TECHNICAL FIELD

The invention relates to a device and methods for cutting or slicing an object. In particular, the device and methods relate to cutting an object using a cutting member which comprises a cutting wire.

BACKGROUND OF THE INVENTION

There are a number of known devices and methods, portable or non-portable, for cutting or slicing objects, such as fruit. Some examples include basic manual cutting using e.g., a knife, manual or electric cutters which may use blades moving at high speeds, and corers which may be used to remove the core of an object, such as an apple or other fruit. While these solutions may provide a tool for cutting or slicing objects, such as fruits, there are several disadvantages or drawbacks associated with these existing solutions which remain unresolved.

One of the most important and concerning drawbacks relates to the safety of these existing solutions. Devices used for cutting or slicing object(s) typically feature sharp blades or edges that may easily cut through the object. However, this also means that they may be dangerous and harmful to the user if not used properly. Users need to be extremely cautious when handling such a device and refrain from placing their fingers (or other body parts) near the sharp portions of these devices. This is even more of an issue for children, who will need to be prohibited from using the device or be given close supervision during use.

Moreover, many of the existing solutions come with design limitations. For examples, many devices may struggle with cutting or slicing relatively harder objects such as apples (which has an outer layer that is relatively more difficult to cut or slice through). This reduces the versatility of the device and/or requires additional force to be applied by the user which may be inconvenient or not possible.

Further, as with many applications, hygiene may be an important factor concerning a cutting or slicing device. Like many other tools, a cutting or slicing device may need to be operable in a hygienic regiment and also be easy to clean. This may be challenging with some existing designs, as the blades and other components may be difficult to safely access and clean thoroughly.

Additionally, or alternatively, some existing solutions may also pose issues with regards to durability and quality. Still further, some solutions may be made using low quality materials that may break easily or wear out quickly.

Thus, there remains a need for a more safe, reliable, versatile, and low-maintenance solution for making precise cuts or slices of objects, such as fruit. It is therefore an object of the invention to provide a device and related methods for cutting or slicing objects, such as fruit, which at least in part addresses these needs, or to at least provide a useful alternative to existing solutions, or to at least provide the public with a useful choice.

SUMMARY OF THE INVENTION

According to a first aspect a device for cutting or slicing an object, such as a fruit is provided. The device comprising a main body having: a first end portion; a second end portion oppositely arranged to the first end portion; a first support member for supporting a first side of the object, the first support member being arranged at or proximate to the first end portion; a second support member for supporting a second side of the object, the second support member being arranged at or proximate to the second end portion; and a cutting member comprising a cutting wire for cutting or slicing the object when the object is supported by the first support member and the second support member.

In some examples, the cutting member may be attached at a first end thereof to the first end portion of the main body.

In some examples, the first side of the object may be opposite to the second side of the object.

In some examples, the first support member may extend perpendicularly, or substantially perpendicularly, to the main body along a first axis; and the second support member may extend perpendicularly, or substantially perpendicularly, to the main body along a second axis. In an idle state, the first axis is offset from the second axis and/or the first axis is not parallel to second axis. In an extended state, the offset between the first axis and the second axis may be larger than that in the idle state. In an active state, the offset between the first axis and the second axis may be smaller than that in the idle state. Further, the first and second axes may be parallel, or substantially parallel, in the active state.

In some examples, the first support member is longer than the second support member. Alternatively, the second support member may be longer than the first support member.

In some examples, an angle between the first axis and the second axis may be adjustable. The angle between the first and second axes may be configured to: increase as the device moves from an idle state to an extended state; and/or decrease as the device moves from the idle state to an active state.

In some examples, the first and second end portions are configured to be reversibly urged away from each other when the device is moved from an idle state to an extended state; and the first and second end portions are configured to be reversibly urged towards each other when the device is moved from the idle state to an active state. The device may be configured to remain in and/or return to the idle state in the absence of any external load and/or force. Moreover, the device may be configured to move from the idle state to the extended state and/or active state in the presence of an external load and/or force. Further, the external load and/or force may be configured to be applied to the first and/or second end portions. The external load and/or force causing the device to move from the idle state to the extended state may be a pulling force. The external load and/or force causing the device to move from the idle state to the active state may be a pushing or pressing force.

In some examples, the main body may be configured such that it contours, or substantially contours, to the shape of the user's hand and/or the object.

In some examples, the main body may comprise an intermediate portion between the first and second end portions. The intermediate portion may comprise at least one curved portion and/or at least one linear portion. The intermediate portion may comprise a guiding/alignment member configured to provide a cutting reference point. One of the at least one linear portion and one of the at least one curved portion may be: (a) attached to each other and/or (b) configured to pivot around, an attachment portion, such that one or both of the first and second end portions are configured to be reversibly urged towards and/or away from one another. The first and/or second end portions may be reversibly urged towards and/or away from one another in the presence of an external load and/or force. The external load and/or force may be configured to be applied to the first and/or second end portions. The external load and/or force urging the first and/or second end portion away from one another may be a pulling force. The external load and/or force urging the first and/or second end portion towards one another may be a pushing or pressing force.

In some examples, a second end of the cutting member may be configured to be moved along a first cutting direction by moving/being urged away from the second end portion of the main body.

In some examples, the device comprises a cutting channel or cutting guide positioned between the first and second end portions. The cutting member may be configured to cut or slice the object by passing through or being guided through the cutting channel or cutting guide using the second end. The cutting channel or cutting guide may comprise at least one generally linear extension. The first support member may extend from a first location and the second support member may extend from a second location, where the first and second locations may be formed in a plane being parallel, or substantially parallel, to the at least one generally linear extension of the cutting channel or cutting guide. The first and/or second locations are laterally offset the at least one generally linear extension of the cutting channel or cutting guide. The first location may be offset from the first end portion. The first location may be offset from the first end portion by 1mm.

The second location may abut or may be immediately next to the second end portion.

The cutting channel or cutting guide may comprise a locking portion that is configured to securably maintain the second end of the cutting member at or proximate to the second end portion of the main body.

In some examples, the second end of the cutting member may comprise a handle. The handle may comprise a piercing portion that is configured to pierce or perforate the object/fruit to allow the cutting member to initiate cutting. One side of the handle may be longer than the other and the longer side comprises the piercing portion. The second end of the cutting member may be configured to be moved along a second cutting direction by moving/being urged through the pierced or perforated object/fruit and towards the second end portion of the main body.

The first and second directions may be in parallel, or substantially in parallel, to the cutting channel or cutting guide.

The cutting channel or cutting guide and/or the attached first end of the cutting member may be formed along a first plane. The first and second directions may move along the first plane.

The piercing portion may be configured to be inserted through the cutting channel or cutting guide to access the object.

The width of the cutting channel or cutting guide may be adjustable.

In some examples, the first end portion and/or second end portion comprise curved distal ends.

In some examples, the second end portion may be longer than the first end portion.

In some examples, the first and second end portions may be wider than the remaining portion of the main body.

In some examples, the first end portion may comprise a first gripping portion and/or the second end portion may comprise a second gripping portion.

In some examples, the first and second gripping portions may each be formed by a portion of the exterior surface of the first and second end portions, respectively. Optionally, the portion of the exterior surface of the first and second end portions comprise a different texture than the remainder of the first and second end portions.

In some examples, the wire is made from metal.

In some examples, the first end of the cutting member may be pivotably attached to the first end portion of the main body.

According to a second aspect a kit of parts is provided. The kit of parts comprises a device according to the first aspect, and the associated object to be cut or sliced.

In some examples, the kit of parts further comprises a tray arranged to be attached to the device. The tray may be configured to be positioned on an/the intermediate portion of the main body.

BRIEF DESCRIPTION OF THE DRAWINGS

A number of examples will now be shown, by way of example, with reference to the following drawings, in which:

Figure 1 shows an isometric view of the device according to an example disclosed herein;

Figure 2 shows another isometric view of the device of Figure 1;

Figure 3 shows another isometric view of the device of Figures 1 and 2;

Figure 4 shows another isometric view of the device of Figures 1 to 3; Figure 5 shows another isometric view of the device of Figures 1 to 4;

Figure 6 shows another isometric view of the device of Figures 1 to 5;

Figure 7 shows another isometric view of the device of Figures 1 to 6;

Figure 8 shows another isometric view of the device of Figures 1 to 7;

Figure 9 shows another isometric view of the device of Figures 1 to 8;

Figure 10 shows a bottom view of the device of Figures 1 to 9;

Figure 11 shows a sectioned isometric view of the device of Figures 1 to 10;

Figure 12 shows another sectioned isometric view of the device of Figures 1 to 10;

Figure 13 shows an isometric view of a tray according to an example disclosed herein;

Figure 14 shows an assembly of a kit of parts according to an example disclosed herein; and Figures 15A-15G depicts steps of a method of using the device according to an example disclosed herein.

DETAILED DESCRIPTION

The present invention relates to a device and/or associated method(s) for cutting or slicing an object (e.g., fruit). The cutting/slicing device and associated methods employs a unique mechanism that, among other advantages, allows for the user to cut or slice an object into pieces with minimal effort. The mechanism of the device and its associated methods provide an approach to cutting/slicing which minimizes safety risks by eradicating the use of dangerously sharp objects/tools, in turn reducing the risk of accidental cuts or injuries during the cutting or slicing process. This ensures complete physical safety for all users, with minimal prospect of any cuts, pricks or scrapes while using the device. Further, the device and/or its associated methods of use minimises the amount of force required from the user for performing a cut or a slice. This makes its use simple and easy so that children could use the device/cutter, while also ensuring precision and accuracy in the cutting process is also improved or at least maintained. The device and/or its associated methods may be used for various objects such as fruits (e.g., apple) and vegetables.

Moreover, the device disclosed herein provides simplicity and convenience, by minimising the number of separate components and essentially providing a one-piece cutting or slicing device.

With reference to Figures 1 to 12, the device 100 for cutting or slicing an object, such as a fruit (e.g., an apple), comprises a main body and a cutting member 150. The main body may comprise a first end portion 110 and a second end portion 120. The second end portion 120 may be oppositely arranged to the first end portion 110.

In some examples, the device (or "cutter") may be configured to hold the object (e.g., apple) firmly so that no or little object movement, lateral, in line, rotation or other, is possible during operation of the device. In addition to holding the object firmly, the device may be configured to allow the object to move and/or rotate to the next cutting location. Further, in some examples, the device (or "cutter") may be a one size product that can fit and slice an object of varying sizes and shapes (e.g., all apples). Moreover, in some examples, the device 100 (or "cutter") may comprise designated gripping points with finger stops, to stop any finger movement during the operation of the device 100. As will be explained in detail below, the device disclosed herein enables or provides these technical effects, among others.

The device 100, e.g., the main body, may comprise a first support member 130 (that may also be referred to as a first centring stud and/or first apple lock), for example, for supporting a first side of the object. The first support member 130 may be arranged at or proximate to the first end portion 110. The device 100, e.g., the main body, may comprise a second support member 140 (that may also be referred to as a second centring stud and/or first apple lock) for supporting a second side of the object. The first and second support members 130, 140 may be used to firmly hold the object in place during operation, so that no or little object movement or rotation is possible. The second support member 140 may be arranged at or proximate to the second end portion 120. In some examples, the first support member 130 is longer than the second support member 140. Alternatively, the second support member 140 may be longer than the first support member 130 or the first and second support members 130, 140 may be comprise the same length (or substantially the same length). The space provided between the first support member 130 and the second support member 140 may be referred to as a receiving region of the device 100, since the device 100 may be configured to receive the object in this particular space.

The cutting member 150 may comprise a cutting wire 151 for cutting or slicing the object. The cutting wire 151 may be used to cut or slice the object when the object is supported by the first support member 130 and/or the second support member 140. In some examples, the cutting wire 151 is made from metal. In some examples, the cutting wire 151 is made from bronze composite wire. The thickness of the cutting wire 151 may fall in the range of 0.125mm to 0.7 mm. In some examples, the thickness of the cutting wire 151 is approximately 0.035mm, such as 0.035mm. In some examples, the length of the cutting wire 151 is longer than the maximum space between the first and second end portions 110, 120 (i.e., space between the first and second end portions 110, 120 in an extended state (explained further below) with the largest receiving region).

In some examples, the cutting member 151 may be attached at a first end 152 thereof (i.e., of the cutting member 151) to the first end portion 110 of the main body. The first end 152 may be pivotably attached to the first end portion 110.

In some examples, the first support member 130 may extend (from a first location) perpendicularly, or substantially perpendicularly, to the main body along a first axis 131. In some examples, the second support member 140 extends (from a second location) perpendicularly, or substantially perpendicularly, to the main body along a second axis 141.

The device 100 may be configured to be transitioned or moved into different states or modes. In some examples, the device 100 may be configured to be positioned into any one or more of an idle state, an active state, and an extended state. In the idle state, the device 100 may be in a resting and/or default position, where there are no external factors (or forces) affecting the operation or configuration of the device 100. In the idle state, the size of the receiving region of the device 100 remains constant, or substantially constant. The device may be moved or transitioned to the extended state by increasing the size of the receiving region of the device 100 in comparison to that in the idle state (e.g., by urging the first and second support member 130, 140 away from each other, as will be explained further below). The device 100 may be moved or transitioned to the active state by decreasing the size of the receiving region of the device 100 in comparison to that in the idle state (e.g., by urging the first and second support member 130, 140 towards each other, as will be explained further below). This may essentially provide a device 100 with a variable receiving region, such that objects of a range of sizes (e.g., a range of apple sizes) may be received (e.g., using the extended state) and secured in place (e.g., using the active state), ready to be pierced and/or cut or sliced by the cutting member 150. Further, by being able to vary the size of the receiving region, the user is able to reduce the grip/hold of the support members on the object (e.g., by increasing the receiving region), such that the object may be shifted and/or rotated between each cut or slice.

In some examples, the device 100 is configured such that a transition/movement from one state or mode to another occurs due to the presence of an external load and/or force. The device 100 may be configured to remain in and/or return to the idle state in the absence of any external load and/or force. For example, the device 100 may be configured to reversibly move or transition from the idle state to the extended state and/or the active state by the device 100 being subjected to the external load and/or force. Alternatively, the device 100 may remain in a state or mode (e.g., the extended state and/or the active state), following the application and subsequent removal of the external load and/or force. In such a configuration, the device 100 may require the application of another external load and/or force to return to the previous state or mode (e.g., idle state) from the new state or mode (e.g., extended state and/or the active state). In some examples, the external load and/or force is configured to be applied to the first end portion 110 and/or the second end portion 120.

In some examples, the first end portion 110 and the second end portion 120 may be urged towards and/or away from one another. After being urged towards and/or away from one another (e.g., using an external load and/or force), the first and second end portions 110, 120 may return to a default position, i.e. , they may be "reversibly" urged towards and/or away from one another. Alternatively, after being urged towards and/or away from one another, the first and second end portions 110, 120 may remain in their new position and not return to a default position.

The first and second end portions 110, 120 may be configured to be reversibly urged away from each other when the device 100 is moved from the idle state to the extended state, and/or the first and second end portions 110, 120 are configured to be reversibly urged towards each other when the device is moved from the idle state to the active state. The external load and/or force causing the device 100 to move from the idle state to the extended state may be a pulling force. The external load and/or force causing the device to move from the idle state to the active state may be a pushing or pressing force.

In the idle state and/or the extended state, the first axis 131 may be offset from the second axis 141 and/or the first axis 131 may not be parallel to the second axis 141. In the extended state, the offset between the first axis 131 and the second axis 141 may be larger than that in the idle state. In the active state, the offset between the first axis 131 and the second axis 141 may be smaller than that in the idle state. In some examples, the first and second axes 131, 141 are parallel, or substantially parallel, in the active state. In some examples, the location of the first support member (or top centring stud) is offset so that it accommodates for the compression of the device 100 (or cutter), resulting in an aligned centre axis during use (e.g., the first and second axes 131, 141 being in parallel during use).

In some examples, an angle 160 between the first axis 131 and the second axis 141 is adjustable. The angle 160 between the first axis 131 and the second axis 141 may be configured to increase as the device moves from the idle state and/or the active state to the extended state; and/or decrease as the device moves from the extended state and/or the idle state to the active state.

As shown in Figures 15A to 15G, the main body of the device 100 may be configured such that it contours, or substantially contours, to the shape of the user's hand and/or the object (e.g., an apple). By having this configuration, delicate objects such as fruits may be easily handled using the device 100 without damaging, bruising, or breaking any portion of the object.

The main body of the device 100 may comprise an intermediate portion 170. The intermediate portion 170 may be positioned between the first and second end portions 110, 120. In some examples, the intermediate portion 170 comprises at least one curved portion 171 and/or at least one linear portion 172. In some examples, one of the at least one linear portion 172 and one of the at least one curved portion 171 may be: (a) attached to each other and/or (b) configured to pivot around, an attachment portion 174. In other words, a transition location from one of the at least one curved portion to the at least one linear (or straight) portion, may create a pivot point that enables portions of the device to freely move about this point and fit a range of sizes of objects (e.g., apples). This may be easily or feasibly achieved by having a main body that comprises along thickness below a certain threshold, to make sure that the structural make up of the main body is not completely rigid and/or is at least somewhat flexible. In some examples, one or both of the first and second end portions 110, 120 are configured to be reversibly urged towards and/or away from one another, for example, by having one of the at least one curved portion 171 and/or one of the at least one linear portion 172 pivot around the attachment portion 174. This can, for example, facilitate the transition or movement of the device 100 from one state or mode (e.g., the idle state) to another state or mode (e.g., active state and/or extended state). In some examples, the first end portion 110 and/or the second end portion 120 may be urged (e.g., reversibly urged) towards and/or away from one another in the presence of an external load and/or force. The external load and/or force may be configured to

B be applied to the first and/or second end portions 110, 120. The external load and/or force urging the first and/or second end portion away from one another may be a pulling force. The external load and/or force urging the first and/or second end portion 110, 120 towards one another may be a pushing or pressing force.

As explained above, when the external load and/or force is removed (i.e., is absent) or reduced, the device 100 may be configured to remain in and/or return to the idle state. Alternatively, the device 100 may remain in a state or mode (e.g., the extended state and/or the active state), following the application and subsequent removal of the external load and/or force. In such a configuration, the device 100 would require the application of external load and/or force to return to the previous state or mode (e.g., idle state) from the new state or mode (e.g., extended state and/or the active state).

As will be explained further below, in some examples, the device 100 may comprise designated gripping points and/or curved distal ends, to allow the user to have better control of the device and/or the cut during operation.

In some examples, the first end portion 110 comprises a first gripping portion (that may also be referred to as a top gripping point) and/or the second end portion 120 (that may also be referred to as a bottom gripping point or lower gripping point) comprises a second gripping portion. The first and/or second gripping portions may each be formed by a portion of the exterior surface of the first end portion 110 and the second end portion 120, respectively. The portion of the exterior surface of the first and second end portions 110, 120 may comprise a different texture than the remainder (or remaining portion) of the first and second end portions 110, 120.

The location and/or size of the top gripping point (e.g., designated for the user's thumb) may ensure that any pressure applied to the apple locks may be centred down through the core of the object (e.g., apple), thereby potentially maintaining the ability to stop movement of object (e.g., apple) right down to its last segment. The second gripping portion (lower gripping point) may comprise a longer length than the first gripping portion (top gripping point), such that it allows for two to three fingers to be used. This can create more a comfortable operation of the device 100 (or cutter), whilst still ensuring that any pressure applied to the object (e.g., apple) via the support members (or apple locks) is centred through the core of the object (e.g., apple), thereby maintaining the ability to stop object (e.g., apple) movement right down to its last segment.

In some examples, the first and second end portions 110, 120 (and/or the first and second gripping portions) are wider than the remaining portion (i.e., of the main body of the device 100. That is, the first and second end portions 110, 120 (and/or the first and second gripping portions) may be the widest portions of the main body of the device 100. This may enable the fingers of the user to be kept clear of the cutting wire 151 and/or may ensure that pressure is applied through the object's core centre. The first and second end portions 110, 120 may (at least substantially) comprise the same width. Alternatively, the first end portion 110 may be wider or narrower than the second end portion 120. In some examples, the second end portion 120 is longer than the first end portion 110. Alternatively, the first end portion 110 may be longer than the first end portion 120. In some examples, as shown in Figures 1 to 12, the first end portion 110 and/or second end portion 120 and/or the first and/or second gripping portions comprise curved distal ends (or stop ends). The curved distal end(s) (or stop end(s)) of the first and/or second end portions 110, 120 (and/or at the first and/or second gripping portions) may be useful in securing the position of the user's hand and/or finger(s) by preventing the hand and/or finger(s) of the user from slipping or sliding off (e.g., from a distal end of the first and/or second end portions) or sliding along the first and/or second gripping portions of the device 100 when in use. This may allow the user to securably hold the object in place using the main body, such that movement of the object is prohibited or restricted, providing better control for the user and making it easier for the cutting member 151 to more easily and accurately cut or slice the object.

In some examples, it may be beneficial for the device (or "cutter") to guide the cutting or slicing process throughout each cut or slice, including the starting and ending locations. As will be described below, in some examples, the device disclosed herein provides this technical feature/ effect. In some examples, the main body of the device 100 may comprise a cutting channel or cutting guide 173. The cutting channel or cutting guide 173 may be positioned between the first and second end portions 110, 120. In an example, the intermediate portion 170 comprises the cutting channel or cutting guide 173. The cutting channel or cutting guide 173 may be at least partially formed by a first channel block 177 (that may also be referred to as an inner guide) and a second channel block 178 (that may also be referred to as an outer guide) of the intermediate portion 170, i.e., the space between the first and second channel blocks 177, 178 may form at least part of the cutting channel or cutting guide 173. This space (i.e., at least part of the cutting channel or cutting guide 173) may be 1mm wide.

The first channel block 177 (i.e., the inner block that may be closest to the centre of the object) may serve at least two functions. The first may be to set the size of the core of the object to help in reducing or minimising waste (e.g., setting the size of the core of an apple). Secondly, the first channel block 177 may comprise a larger width than the second channel block 178, providing cutting stability and therefore improving the accuracy of the cut. The second channel block 178 may aid in keeping the cutting wire 151 aligned with the first channel block 177. This may mitigate any affect that the shape of the object or its surface may have in the trajectory that the cutting wire 151 follows when performing a cut or slice. For example, an apple typically comprises a rounded contour which may cause the cutting wire 151 to pull away from the first channel block 177. The second channel block 178 may be used to stop or minimise this undesirable effect.

In some examples, it may be beneficial to clearly identify a point of reference (e.g., a point of rotation) as the next cut location in order to achieve the desired size and/or thickness of a cut or slice (e.g., apple segments or slices being consistently cut or sliced in similar sizes). To achieve this, in some examples, the main body of the device 100 may comprise an alignment member 176 (that may also be referred to as a cut locator). The alignment member 176 may be configured to provide a cutting or slicing reference point on the object for the user. In some examples, the intermediate portion 170 comprises the alignment member 176. In some examples, the cutting member 150 may be configured to cut or slice the object by passing through or being guided through the cutting channel or cutting guide 173.

In some examples, in order to create/provide a relatively smoother cutting operation, a blocking member (that may also be referred to as a cutting stop, a top stop, a neck or a stop end) may be used to ensure that the cutting wire 151 does not completely exit the apple and/or the cutting channel or cutting guide 173 once the cutting process commences. In some examples, the device 100 may comprise a blocking member 190 (may also be referred to as the top stop end or neck) that is configured to block or prohibit a portion of the cutting wire 151 from passing through or being guided through the cutting channel or cutting guide 173 (see Figure 5, 6 and 8). By doing so, the blocking member 190 enables a portion of the cutting wire 151 to remain within the cutting channel or cutting guide 173 at all times. In other words, the blocking member 190 prohibits the cutting wire 151 from being completely removed from the cutting channel or cutting guide 170. This may improve the user experience by improving cutting or slicing efficiency and also convenience of use, since the cutting wire 151 does not need to be reinserted into the cutting channel or cutting guide 170 after every cutting or slicing action. Additionally or alternatively, the blocking member 190 may allows for a sliver connection or portion of the object (e.g., apple) to remain intact following a cut or slice, which can be broken with ease to remove the cut or sliced segment of the object.

The blocking member 190 (such as the neck or stop end) may be configured such that it does not join the second channel block 178 (or outer guide) to the first channel block 177 (or inner guide). In other words, the blocking member 190 may be disconnected from the first channel block 177. As will be further explained herein, to enable the cutting wire 151 to start the first cut or slice, the outer surface of the object (e.g., apple skin surface adjacent to the blocking member 190 (or neck)) may require to be initially pierced or perforated (this may be referred to as the "starter cut"). The starter cut may be approximately 7mm deep.

The blocking member 190 may be attached to or extend from the first channel block 177 or the second channel block 178 (which may form the cutting channel or cutting guide 173). The default width of the cutting channel or cutting guide 173 may be maintained and/or reattained following any movement of the first channel block 177 and the second channel block 178 towards and/or away each other, e.g., by using the blocking member 190 as an intermediary to ensure that a certain amount of spacing is provided.

In some examples, the device 100 (such as the cutter) may comprise horizontal, or substantially horizontal, top and bottom segments. The horizontal, or substantially horizontal, top and bottom segments of the device 100 (or cutter) act as object locks (e.g., apple locks) and stop the object (e.g., apple) from moving when pressure is applied through the gripping portions (or gripping points) pushing the object locks (e.g., apple locks) towards the surface of the object (e.g., apple). In some examples, the cutting channel or cutting guide 173 may comprise at least one generally linear extension 174. In an example, the cutting channel or cutting guide 173 comprises two generally linear extensions. In some examples, the first location (from which the first support member 130 extends) and the second location (from which the second support member 140 extends) may be formed in a plane that is parallel, or substantially parallel, to the at least one generally linear extension 174.

In some examples, the cutting member 150 may comprise a second end 153. The second end 153 may be configured to be moved along a first cutting direction by moving and/or being urged away from the second end portion 120 of the main body.

The cutting member 150 may be passed through or guided through the cutting channel or cutting guide 173 using the second end 153. The first and/or second locations may be positioned such that they are laterally offset from the at least one generally linear extension 174 and/or the first and second end portions 110, 120. For example, the first location (or the first support member 130) may be offset from the first end portion 110, e.g., by 1mm, and/or the second location (or the second support member 140) may be offset from the at least one generally linear extension 174 (see mark "X" in Figure 11). In some examples, the first and/or the second positions (or the first and/or second support members 130, 140) abut or is/are immediately next to the first and/or second end portions 110, 120. One purpose of having the first and/or second support members 130, 140 being potentially offset as described above, is that they may be easily aligned with the first and/or second side of the object (e.g., first and second ends of a core of an apple) that is configured to be cut or sliced by the device 100. This may allow the position of the first and/or second support members 130, 140 to be selected in order to improve alignment with and support of the first side and/or the second side of the object. For example, the base of the second support member 140 (or lower centring stud) may be offset 1mm from the centre of an apple compared to the first support member 130. This may allow or accommodate for a tighter inner core circumference of the lower core cavity of the apple, thereby providing better alignment and support of the apple and therefore producing more accurate cuts in the apple (e.g., even apple segments).

The angled design and size of the first and second support members 130, 140 (or the top and bottom centring studs) ensure that the studs are able to centre the object (e.g., apple) and hold it firmly whilst not bruising or damaging the outer surface of the object (e.g., breaking skin of the apple). They may be angled in line and at right angles away from the centre of the object (e.g., apple) to support the core contouring to the object (e.g., apple).

In some examples, the cutting channel or cutting guide 173 may comprise a locking portion 175 (that may also be referred to as a bottom wire lock or wire lock stop). The locking portion 175 may be configured to securably maintain the second end 153 of the cutting member 150 at or proximate to the second end portion 120 of the main body. The locking portion 175 may comprise mechanisms for securably maintaining the second end 153 of the cutting member 175. For example, the locking portion 175 may be narrower than the remaining portion of the cutting channel or cutting guide 173 (see Figure 12), such that the narrower locking portion 175 is configured to reduce or stop the movement of the cutting wire 151 when the cutting wire 151 is moved towards and/or through the locking portion 175. This may be made possible by using the relatively narrower locking portion 175 to provide a gripping mechanism or friction against the cutting wire 151 to restrict and/or prohibit the movement of the cutting wire 151. Alternatively, the locking portion 175 may provide a snap-lock or snap-fit arrangement to be used with the cutting wire 151. To remove the cutting wire 151 from the locking member 175, additional force may be required to overcome the friction or gripping mechanism, the snap-lock or the snap-fit arrangement.

In some examples, when the object (e.g., apple) is securably held in position by the device, a "starter cut" in the object at a particular point of the object may be required. Thus, it may be beneficial for the device 100 to comprise a means for piercing or perforating at least a portion of the object (e.g., the object's exterior surface). When applying the "starter cut" and considering/choosing the location of the cut, the user may benefit from taking into account the surface of the object which is being pierced or perforated. For example, the user needs to account and make allowances for the surface of an apple not being flat.

When the cutting wire 151 is pulled down the cutting channel or cutting guide 173, the cutting wire 151 may not engage with the starter cut and/or may rather be pulled sideways by, e.g., a rounded face contour of the object (e.g., apple), meaning that the cutting wire 151 would be unable to start the cutting or slicing process. The blocking member's 190 non-connection to the first channel block 177 (or inner guide), may enable it to move away from the first channel block 177 (or inner guide) to allow a piercing portion 155 of the handle 154 to enter the channel or guide 173 and/or make a starter cut or slice. The starter cut or slice may be approximately 2mm from the first channel block 177 (or inner guide). This may account for or allow for any veer off factor, such as the veer of factor of a rounded apple face, such that when the cutting wire 151 is pulled down the cutting channel or cutting guide 173, it may engage with the starter cut.

In some examples, the second end 153 of the cutting member comprises a handle 154. The handle 154 may comprise the piercing portion 155 (that may also be referred to as the handle knife edge or knife edge). The piercing portion 155 may be configured to pierce or perforate the object (e.g., fruit such as apple). In some examples, the width of the cutting channel or cutting guide 173 (e.g., space between the first and second channel blocks 177, 178) is adjustable. In other words, the portions of the main body which make up the cutting channel or cutting guide 173 may not be rigidly in place and/or may be urged apart from or urged towards each other. The piercing portion 155 may be configured to be inserted through the cutting channel or cutting guide 173 in order to access the object. The piercing or perforation of the object may allow the cutting member 151 to initiate cutting or slicing the object. In some examples, the second end 153 of the cutting member 150 is configured to be moved or urged along a second cutting direction by moving or being urged through the pierced or perforated object and towards the second end portion 120 of the main body. Thus, the object may be cut or sliced by moving or urging the second end 153 in the first direction and/or the second direction. Cutting or slicing in the second direction may require the object to be initially pierced or perforated using the piercing portion 155 of the handle 154. In some examples, the first and second directions are in parallel, or substantially in parallel, to the cutting channel or cutting guide 173. In some examples, one side of the handle 154 is longer than the other. The longer side of the handle 154 may comprise the piercing portion 155. The piercing portion 155 may be provided using a tapered edge of the handle 154.

In some examples, the cutting channel or cutting guide 173 and/or the attached first end 152 of the cutting member 150 are formed along a first plane. The first direction and/or the second direction may move along, or substantially along, the first plane.

In some examples, the device 100 comprises a tray 200 (that may also be referred to as a dip tray or sachet). The tray 200 may be permanently attached to the device 100 or may be removably attachable to the device 100. The tray 200 may be configured to be positioned on the intermediate portion 170 of the main body of the device 100. In some examples, the device 100 and the tray together form the shape of the object (e.g., form the shape of an apple).

The device 100 and the object which the device 100 is configured to cut or slice may be provided in a kit of parts. The kit of parts may also comprise the drip tray 200 which may be permanently attached to the device 100 (e.g., to the intermediate portion 170) or may be arranged to be attached to the device 100 (e.g., to the intermediate portion 170). The device 100 (and optionally any other component of the kit of parts) may be made up of biodegradable and compostable material, allowing the device (and other components of the kit of parts) to be disposable and used as a singleuse product. In some examples, the kit of parts may be fully biodegradable and compostable in a home environment.

As mentioned above, the tray 200 (or sachet) design may be shaped to form to the shape of the object (e.g., an apple shape). However, the shape could be amended to suit any desired appearance, such as a wave pattern etc. The volume of the tray 200 (or sachet) may be amended by, for example, reducing or increasing the width of the tray 200 (or sachet). The tray 200 (or sachet) may attach to the first channel block 177 (or inner guide) and/or may be set back from the cutting channel edge to maintain operational functionality. The connection of the tray 200 to the first channel block 177 (or inner guide) may be flexible. The connection may be made using clips and/or connection grooves set into the first channel block 177 (or inner guide) and/or connection holes that the tray 200 (or sachet) can press into. This connection arrangement may change as suits.

Features and methods of use of the device 100 will now be described with an apple being used as an example of the object. The example depicted in Figures 15A to 15G have been used as a reference, but it should be understood that other examples of the device disclosed herein are also possible. For example, the device 100 in Figures 15A to 15G comprises a tray 200. However, it is also possible for the tray 200 to not be included or be removably attachable to the device 100.

To use the device 100 for an apple (e.g., attaching the device to an apple), the first and second support members 130, 140 may be moved into the extended position (e.g., the centring studs may be simply spread apart and placed into the upper and lower core cavities of the apple). Optionally, the user may check to make sure the apple may still freely move and/or rotate in this position.

To prepare the apple for cutting or slicing, the user may stop the apple from moving by squeezing the device 100 to engage or abut the first and/or second support members 130, 140 with or against the apple surface - e.g., see Figure 15A. For example, the user may place their finger(s) and/or thumb (e.g., using their left thumb) at the first gripping portion of the device 100 (or cutter) and the second gripping portion (e.g., using two or more of their left fingers) to urge the first and/or second end portions 110, 120 towards the other (e.g., squeeze the apple locks towards the surface of the apple) and restrict any movement of the apple.

The piercing portion 155 (or the knife edge) of the handle 154 may be used (e.g., using the right hand) to be inserted through the cutting channel or cutting guide 173 to pierce or perforate the external surface of the apple and create an initial cut (or the "starter cut") - see Figure 15B. The initial cut may be made proximate to the blocking member 190, e.g., adjacent to top stop ends or neck of the device 100.

To create a first cut or slice 300 in the apple, the cutting wire 151 may be guided through the cutting channel or cutting guide 173 (e.g., by pulling the handle 154 and inserting the cutting wire 151 between the cutting guides) in the second cutting direction, right down through the initial cut in the apple and proximate to or all the way to the second end portion 120 - see Figure 15C. The cutting wire 151 may be pulled all the way to the locking portion 175 (or the wire lock stop), where it may be maintained securably and removably in place by the locking portion 175 (not shown in Figure 15C).

To create a second cut or slice 301 in the apple, the first and/or second support members 130, 140 need to be released from engaging the apple (e.g., the user needs to stop squeezing the first and second end portions 110, 120) so that the apple may be moved and/or rotated in relation to the device 100. In the example shown in Figure 15D, an example of a movement and/or rotation of the apple has been indicated by the arrow labelled "Ml". The user may use the alignment member 176 as a cutting or slicing reference point, to get an idea of what the size of a cut or slice will be and therefore how much they prefer to move and/or rotate the apple. The user may then position the apple such that the second cut or slice 301 cut in the apple (once executed) will line up with the alignment member 176 (or cut locator).

To execute the second cut or slice 301, the apple may need to once again be secured in place by squeezing or urging the first and/or second end portions 110, 120 (and therefore the first and/or second support members 130, 140), or the first and second apple locks, towards the other to urge the support members against the apple surface. The cutting wire 151 may be guided or pulled (e.g., by pulling the handle 154) through the cutting channel or cutting guide 173 in the first cutting direction - see Figure 15E. For example, the cutting wire 151 may be guided or pulled all the way to the first end portion 110 (or the top stop). The first cut or slice 300 in combination with the second cut or slice 301 allow for a cut portion 400 of the apple to be completely (or substantially) separated from the remainder of the apple. In other words, by performing the first cut or slice 300 and the second cut or slice 301, the user is able to cut away and separate (or almost cut away and separate) a cut portion 400 of the apple. An example of the cut portion 400 is depicted in Figures 15 F and 15G.

To create any further cut portions 400, i.e., to cut away and separate (or almost cut away and separate) any further portions from the apple, subsequent cut(s) or slice(s) will need to be combined with the first and or second cuts or slices 300, 301. To do so, the steps mentioned above for creating and executing the second cut or slice 301 may need to be repeated. These include:

• Guiding the cutting wire 151 through the cutting channel or cutting guide 173 in the second cutting direction, into the space left behind by the separated cut portion 400 see dashed lines in Figure 15F, proximate to or all the way to the second end portion 120. Again, the cutting wire 151 may be pulled all the way to the locking portion 175.

• Releasing the "squeeze" on the apple by the first and/or second support members 130, 140;

• The rotation/movement process (e.g., for aligning the newly cut edge with the alignment member 176 (or cut locator)) before cutting or slicing off another cut portion 400 may be repeated. This may involve: o Moving or rotating the apple in relation to the device 100 and using the alignment member 176 (or cut locator) as a reference point for how much movement and/or rotation is desired. In the example shown in Figure 15G, an example of a movement and/or rotation of the apple has been indicated by the arrow labelled "M2".; and o Urging the cutting wire 151 through the cutting channel or cutting guide 173 in the first cutting direction, (for example, by pulling the handle 154), to create a subsequent cut or slice from the inside of the apple.

• The further cut portion 400 of the apple may now be separated from the remainder of the apple or may be released/sepa rated by the user (if the further cut portion 400 is not completely separated from the remainder of the apple).

The initial cut allows for the cutting member 151 to execute the first cut or slice 300 without having to penetrate through the outer surface or skin of the apple. Another technical effect of the device 100 is that, after the initial cut (using the piercing portion 155) and the first cut or slice 300, the second cut or slice 301 and any further subsequent cuts may be made by using the cutting wire 151 to cut the apple from the inside of the apple. These arrangements may essentially negate the surface resistance posed by the apple skin, which may prohibit easily cutting the apple from the outside (i.e., cutting the apple skin). This may be especially useful for children or the elderly (or any individual having physical disabilities or limitation), who may not safely and effectively apply sufficient force to the outer skin of the apple (or another object).

The device 100 (or cutter) may be designed in such a way to allow it to be pressed or laser cut out of a single flat piece of material, timber veneer or bamboo, before being machine pressed into the finished (i.e., desired) shape. Additionally or alternatively, the device 100 could be cast in a mould using metal or eco-friendly plastic. Moreover, the packaging may be fully and easily biodegradable and compostable in a home environment.

One of the key factors for the device 100 being simple and able to be used by children (e.g., school aged children), is that the device 100 (or cutter) is configured use the cutting wire 151 to cut or slice the object (e.g., an apple) from the inside of the object (e.g., apple) to the outside. This way, any skin surface resistance that potentially prohibits easy cutting (i.e., makes cutting or slicing more difficult) from the outside is negated. Depending on the durability required for the device 100 (or cutter), any wire may be used for the cutting wire 151. The material used for the cutting wire 151 (e.g., bronze composite) may comprise a high tensile strength and/or meet the criteria for home compostable materials.

As used in this specification, the words "comprise", "comprises", "comprising", and similar words, are not to be interpreted in an exclusive or exhaustive sense. In other words, they are intended to mean "including, but not limited to". When interpreting each statement in this specification that includes the term "comprise", "comprises", or "comprising", features other than that or those prefaced by the term may also be present.

It should be noted that various changes and modifications to the presently preferred examples described herein will be apparent to those skilled in the art. Such changes and modifications may be made without departing from the spirit and scope of the invention and without diminishing its attendant advantages. It is therefore intended that such changes and modifications be included within the present invention.

The invention may also be said broadly to consist in the parts, elements and features referred to or indicated in the specification of the application, individually or collectively, in any or all combinations of two or more of said parts, elements or features.

Aspects of the invention have been described by way of example only, and it should be appreciated that variations, modifications and additions may be made without departing from the scope of the invention, for example when present the invention as defined in the indicative claims. Furthermore, where known equivalents exist to specific features, such equivalents are incorporated as if specifically referred in this specification.