Technical Field

Invention relates to disinfectant dispensers used in places where people are present collectively such as health organizations, public buildings, shopping centres, public areas and restaurants.

Invention particularly relates to adjustable aerosol disinfectant dispenser providing spraying of aerosol disinfectants to user’s hands by driving of a pedal and compatible with aerosol disinfectant tanks of various sizes.

Present State of the Art

Micro-organisms may find surviving area for themselves in almost everywhere and this survival area is not only soil, air or water but also human body. Primary method of the most effective ones for prevention of entrance of micro-organisms, also carrying risks that might lead into dangerous results in respect to health, into body is hand sanitizing. For that reason, use of disinfectants in hand disinfection is considerably common.

In the related art, disinfectants are offered for use in dispensers of one-litre plastic bottles in order to provide hand sanitization in areas where people are to be in mass. Said disinfectants are generally in half-litre and 1 -litre plastic bottles of pump structure and placed in dispensers at hand levels. Working principle of dispensers manually or pedal driven operation is conducted by means of user’s pressing pump with hand or pressing pedal by foot and then flow of disinfectant from bottle by mechanism compressed by pump.

In related art, only use of disinfectants in plastic bottles of pump structure is possible. In dispensers working by means of pouring liquid disinfectants in the bottle onto hand by means of pump, considerably high quantity of disinfectant is poured per each pump action and quick consumption of disinfectants of bottles in intensive use areas such Shopping centres, hospitals, banks etc. For that reason, disinfectants are to be controlled frequently and disinfectant bottles are to be replaced frequently. This causes extra work force as well as increase in costs due to consumption of disinfectants in high quantities. In addition, in case of procurement of disinfectants bottles of non-standard structure in different sizes, it is required to use different dispensers as per each new bottle size.

In the related art, there is no dispenser structure working by pedal driving for aerosol disinfectants providing use by spraying disinfectants in particulates. During search of literature, document numbered TR2020/08029 is encountered as an example. Said document relates to a pedal disinfectant machine operated by pedal driving to prevent hand contact to disinfectant pump. In the said invention, pump disinfectant bottle is placed into a disinfectant holding apparatus located on a panel and upon pressing pedal by foot, disinfectant is poured onto user hand from pump.

Another example from the related art is the document numbered TR2020/05780. Said document relates to pedal driver mechanic pump hand disinfectant dosing machine. In said invention, disinfectant bottle is placed inside box and disinfectant is poured onto user’s hand by means of driving of mechanical pump connected to disinfectant bottle by means of foot pressed pedal.

In both documents mentioned above, liquid disinfectant is used by means of pouring it onto user’s hand from plastic disinfectant bottle of pump structure. This causes flow of considerably high quantity of disinfectant per each pumping action driven by pedal and thus consumption in short time period in intensive use areas. Also in said embodiments mentioned above, because of unchanging fixed structure of area where bottle is placed, use of disinfectant bottles of different sizes is not possible. Therefore, in the related art, a disinfectant dispenser providing use of aerosol disinfectants and compatible with aerosol disinfectant containers of different sizes is needed.

As a result, the because of existence the said problems mentioned above and inadequacy of solutions, it has been necessary to make a development in the related art. Purpose of the Invention

This present invention relates to an adjustable aerosol disinfectant dispenser eliminating above mentioned disadvantages and providing new advantages in the related art.

Primary purpose of the invention is to disclose an aerosol disinfectant dispenser providing spray of aerosol disinfectant onto user’s hand by pedal driving. Purpose of invention is to disclose an adjustable aerosol disinfectant dispenser in structure compatible with aerosol disinfectant containers of different sizes.

Another purpose of the invention is to reduce quantity of disinfectant consumed in liquid disinfectant us and eliminate issues arising from consumption of high quantity of disinfectant by means of spraying aerosol disinfectant to user's hand by pedal driving.

A further purpose of the invention is to provide elimination of need for frequent controlling of disinfectant dispensers in intensive use areas.

Another purpose of the invention is to provide elimination of need for extra efforts for filling in disinfectant thanks to direct replacement of empty aerosol disinfectant container with full aerosol disinfectant container one aerosol disinfectant finishes. Another purpose of the invention is to provide use of aerosol disinfectant containers of different sizes thanks to adjustable holders.

In order to achieve all purposes mentioned above and that might elicit from detailed description, the invention is an aerosol disinfectant dispenser used in areas where people are to be in mass such as health organizations, public buildings, shopping centres, public areas and restaurants and comprising aerosol disinfectant container providing spraying disinfectant contained therein through disinfectant container cap in spraying and comprises:

- Base profile located on floor, - at least one strut provided vertically on base profile, - A holder moving up and down on side surfaces of strut and containing aerosol disinfectant container therein,

- a moving profile connected onto cap side surface of aerosol disinfectant container above strut and applying force down from front end onto cap side surface and thus providing spray of disinfectant from container cap,

- A pushing profile connected to moving profile from upper end and moving up and down on strut rear surface and thus providing up and down movement of moving profile,

- A pedal located to lower part of strut side surfaces in a manner allowing up and down motion and also connected to lower end of pushing profile and providing up and down movement of pushing profile when pressed by foot.

The structural and characteristic features and all advantages of the invention will be understood better in the figures given below and the detailed description by reference to the figures. Therefore, the assessment should be made based on the figures and taking into account the detailed descriptions.

Brief Description of the Drawings

Figure 1 is view of aerosol disinfectant dispenser of the invention.

Figure 2 is view of stud of aerosol disinfectant dispenser of the invention.

Figure 3 is view of holder of aerosol disinfectant dispenser of the invention.

Figure 4 is view of aerosol disinfectant container of aerosol disinfectant dispenser of the invention.

Figure 5 is view of moving profile of aerosol disinfectant dispenser of the invention. Figure 6 is view of pushing profile of aerosol disinfectant dispenser of the invention. Figure 7 is detailed view of aerosol disinfectant dispenser of the invention.

Figure 8 is view of an alternative embodiment of aerosol disinfectant dispenser of the invention.

Description of Part References

100. Aerosol disinfectant dispenser 110. Base profile

120. Stud

121. Stage space 122. Adjustment channel

123. Base connection surface

124. Pedal connection hole

125. Profile connection hole 130. Holder

131. Lower base

132. Side support arm

133. Guiding wing

134. Adjustment connection 135. Fixing extension

140. Aerosol disinfectant container

141. Container cap

142. Cap side surface 150. Moving profile 151. Connection space

152. Stud connection hole

153. Pushing profile connection hole

160. Pushing profile

161. Upper connection hole 162. Lower connection hole

170. Pedal

Detailed Description of the Invention In this detailed description, the preferred alternatives of the aerosol disinfectant dispenser (100) being subject of this invention have been disclosed solely for the purpose of better understanding of the subject and described in a manner not causing any restrictive effect. Figure 1 is a general view of aerosol disinfectant dispenser (100) being subject of the invention. In the most basic form, aerosol disinfectant dispenser (100) comprises a base profile (110) located on floor, at least one stud (120) in rectangular form connected in vertical form by means of base connection surface (123) located on lower surface on the base profile (110) a holder (130) moving up and down inside adjustment channel (122) on side surfaces of stud (120) and containing aerosol disinfectant container (140) therein, a moving profile (150) connected onto cap side surface (142) of aerosol disinfectant container (140) above stud (120) and applying force down from front end onto cap side surface (142) and thus providing spray of disinfectant from container cap (141), a pushing profile (160) connected to moving profile (150) from upper end and moving up and down on stud (120) rear surface and thus providing up and down movement of moving profile (150), a pedal (170) located to lower part of stud (120) side surfaces in a manner allowing up and down motion and also connected to lower end of pushing profile (160) and providing up and down movement of pushing profile (160) when pressed by foot.

A stud (120) is connected onto base profile (110) providing location of aerosol disinfectant dispenser (100) on the floor by means of base connection surface (123) provided on lower surface.

As shown in figure 2, said stud (120) is in form of rectangular profile form in general and comprises stage space (121) in order one on other on front surface, adjustment channel (122) extending vertically on upper side of side surfaces, base connection surface (123) on lower surface, pedal connection hole (124) on lower side of side surfaces and profile hole (125) on upper side of side surfaces.

Holder (130) Base profile (110) shown in figure 3 is placed onto stud (120) fixed onto base profile (110). Holder (130) as shown in figure 4 provides placement of aerosol disinfectant container (140) containing disinfectant in aerosol form onto stud (120). Said holder (130) comprises lower base (131) located on front base surface and side support arms (132) extending in an angular form towards front from side surfaces. Aerosol disinfectant container (140) is passed through side support arms (132) and placed onto lower base (131). Thus holding aerosol disinfectant container (140) from base surface by means of lower base (131) and also from round aerosol disinfectant container (140) by means of side support arms (132) is provided.

Holder (130) is connected to adjustment channel (122) on side surfaces of stud (120) by means of adjustment connection (134) extending backward from upper edge surfaces. Wings (133) extends from guided backward from lower edge surfaces of holder (130). Said guiding wings (133) are housed in free manner onto stud (120) side surfaces. Thus right left movement during up and down movement of holder (130) on the stud (120) is prevented. Aerosol disinfectant containers (140) of various sizes can be used in aerosol disinfectant dispenser (100) by means of up and down movement of holder (130) on stud (120). The holder (130) is fixed at a height convenient for aerosol disinfectant container (140) height above stud (120) by means of placement of fixing extension (135) located on front surface and extending backwards into stage space (121) located in order one on one on the stud (120) front surface. Moving profile (150) shown in figure 5 is placed into profile hole (125) located on upper part of side surfaces of the stud (120) in a manner allowing up and down movement by means of stud connection hole (152) located on side surfaces. Cap space (151) located on moving profile (150) providing spray of aerosol disinfectant inside aerosol disinfectant container (140) located on front surface of the holder (130) is of structure convenient for container cap (141) on aerosol disinfectant container (140). Said cap space (151) is passed above container cap (141) and located on cap side surface (142) forming side surfaces of container cap (141). Thus during up motion of front end of moving profile (150), application of downward force onto cap side surface (142) by means of cap space (151) and spraying of aerosol disinfectant is provided.

A pushing profile (160) in rectangular form shown in figure 6 is vertically placed on stud (120) rear surface for up and down movement of moving profile (150). Said pushing profile (160) is connected to pushing profile hole (1539 located on side surfaces of moving profile (150) from upper connection hole (161) on upper end and pushing profile (160) moves up and down on stud (120) rear surface and thus provides up and down movement of moving profile (150).

Lower connection hole (162) is provided on lower end of pushing profile (160). A pedal (170) pressed by foot capable to be moved up and down is placed on lower end of side surface of stud (120) from side surfaces to drive pushing profile (160) to move up and down and said pedal (170) is connected to lower connection hole (162) from rear end. Thus when pedal is pressed from front side by foot, rear end of the pedal (170) moves up and pushing profile (160) moves up. Working principle of aerosol disinfectant dispenser (100) disclosed under the invention is as follows:

Upon pressing pedal (170) located on lower side of stud (120) by foot user, the rear end of the pedal (17) moves up and pushing profile (160) is pushed upward by driving from lower end.

Pushing profile (160) pushed upward moves rear end of moving profile (150) connected to upper end upward, and front end of moving profile (150) of which rear end moves upward moves downward. Meanwhile, cap space (151) located on cap side surface (142) located on moving profile (150) and forming side surfaces of container cap (141) applies force in downward direction onto cap side surface (142).

Spraying of aerosol disinfectant from container cap (141) is provided by the force applied on cap side surface (142).

In an alternative embodiment of the invention, as shown in figure 8 two or more aerosol disinfectant dispensers (100) may be provided on base profile (110). A visor may be installed under holder (130) on front surface of stud (120) and spray of aerosol disinfectant onto children faces can be prevented.