CROSS-REFERENCE TO RELATED APPLICATION This application claims the benefit of U.S. Provisional Application No. 61/974271, filed April 2, 2014, which is incorporated herein by reference

BACKGROUND

A helmet camera is a camera attached to a helmet allowing someone to make a visual record from their point of view, while keeping their hands and vision free. The first documented helmet camera was mounted to the side of a helmet at the Nissan USGP 500 World Championship at Carlsbad Raceway in Carlsbad, California, on June 28, 1986. This system offered the viewers an unprecedented perspective of the race as it unfolded. In 1991, the World League of American Football introduced the incorporation of a miniature camera mounted on the right side of the VSR-3 Riddell helmet worn by quarterbacks. However, its use was discontinued after players complained of the extra weight.

SUMMARY

This summary is provided to introduce a selection of concepts in a simplified form that are further described below in the Detailed Description. This summary is not intended to identify key features of the claimed subject matter, nor is it intended to be used as an aid in determining the scope of the claimed subject matter.

One aspect of the subject matter includes a system form reciting a system useful for improving cinematography technology. The system comprises a helmet having a helmet chin bar with an apogee, a Y-shaped accessory mount being fastened to the helmet chin bar by a first removable fastener to cover the apogee, and a camera being fastened to the Y-shaped accessory mount by a second removable fastener.

Another aspect of the subject matter includes a device form reciting a Y-shaped accessory mount which comprises a body on which a female member of a quick-release buckle is fastened; first and second wings, which are flexible, connected to the body; and a tail having first and second rudders, which are flexible, connected to the body.

A further aspect includes another system form reciting a system which comprises a helmet having a chin bar with a first and second portion connected to an apogee; a Y-shaped accessory mount having a body on which a female member of a quick-release buckle is fastened, first and second wings, which are flexible, connected to the body, a tail having first and second rudders, which are flexible, connected to the body, and a strap which is capable of strapping the Y-shaped accessory mount to the first and second portions of the chin bar to cover the apogee; and an accessory hingedly coupled to a male member of the quick-release buckle.

DESCRIPTION OF THE DRAWINGS

The foregoing aspects and many of the attendant advantages of this invention will become more readily appreciated as the same become better understood by reference to the following detailed description, when taken in conjunction with the accompanying drawings, wherein:

FIGURE 1 is an isometric perspective view from a side of an archetypical

Y-shaped accessory mount installed on a helmet workpiece with a strap coupled to a camera workpiece;

FIGURE 2 is another isometric perspective view from the front of an archetypical Y-shaped accessory mount with its strap;

FIGURE 3 is an additional isometric perspective view from the front of an archetypical Y-shaped accessory mount without its strap;

FIGURE 4 is a further isometric perspective view from the front of an archetypical Y-shaped accessory mount without its strap showing the flexibility of its engineered portions;

FIGURES 5a-5c are top plan views of members of an archetypical quick-release buckle;

FIGURE 6 is a pictorial diagram showing a view of a camera workpiece when the camera workpiece is mounted on top of a helmet workpiece;

FIGURE 7 is a pictorial diagram showing a view of a camera workpiece when the camera workpiece is mounted on a chin of a helmet workpiece; and

FIGURE 8 is an isometric perspective view from a side of an archetypical Y-shaped accessory mount installed on a helmet workpiece with a strap coupled to a flashlight workpiece.

DETAILED DESCRIPTION

FIGURE 1 illustrates a helmet 122 having a helmet chin bar 122a. The helmet 122 includes, in one embodiment, a full face helmet covering the entire head, with a rear that covers the base of the skull, and a protective section (the helmet chin bar 122a) over the front of the chin. Such helmets have an open cutout in a band across the eyes and nose, and often include a clear or tinted transparent plastic face shield, known as a "visor", that generally swivels up and down to allow access to the face. In another embodiment, the helmet 122 includes an off-road or motocross helmet showing the elongated sun visor and the helmet chin bar 122a. The off-road or motocross helmet has clearly elongated chin and visor portions, a chin bar (the helmet chin bar 122a), and a partially open face to give the rider extra protection while wearing goggles and to allow the unhindered flow of air during the physical exertion of this type of riding. The helmet 122 includes, in a further embodiment, a modular or "flip-up" or "convertible" or "flip-face" helmet, which is a hybrid between full face and open face helmets for street use. When fully assembled and closed, they resemble full face helmets by bearing the helmet chin bar 122a for absorbing face impacts. The chin bar 122a may be pivoted upwards (or, in some cases, may be removed) by a special lever to allow access to most of the face, as in an open face helmet. This is desirable for users who use eyeglasses as it allows them to fit into a helmet without removing their glasses.

FIGURES 1-5 illustrate a Y-shaped accessory mount 100 which is engineered to attach to the helmet chin bar 122a as a support using a strap 118, the fastening of which is secured by tension lock buckles 120a, 120b. A female member 108a of a quick-release buckle 108 is set near the center of the Y-shaped accessory mount 100 and is fastened to it by four bolts HOa-l lOd. A male member 108b of the quick-release buckle 108 is mechanically coupled to an accessory, such as a camera 114, by a J-hook joint 116. To mount an assembly containing the camera to the helmet 122, the male member 108b engages the female member 108a, the sliding of which mates the assembly containing the camera 114 to the helmet 122's Y-shaped accessory mount 100. Any suitable accessory can be used instead of the camera 114, such as a flashlight 80. See FIGURE 8. Other suitable accessories include a smart phone (not shown).

FIGURE 2 illustrates a chape of each tension lock buckles 120a, 120b being secured in proximity to a respective wing 102a, 102b of the Y-shaped accessory mount 100. Each chape is catched to a loop of fabric which in turn is fastened to the Y-shaped accessory mount through a respective slit 106a, 106b. The strap 118, after being held by the tension lock buckle 120a, winds a first portion of the helmet chin bar 122a to partially secure the Y-shaped accessory mount 100 over the apogee of the helmet chin bar 122a (removed for illustration purposes), enters through a slit 106c from the back of the Y-shaped accessory mount 100 out the front of the Y-shaped accessory mount 100, loops through a second portion of the helmet chin bar 122b (removed for illustration purposes), and winds to the tension lock buckle 120b so as to completely secure the Y-shaped accessory mount 100 to the helmet chin bar 122a. The tension lock buckles 120a, 120b have hinged doors that can be opened to release the tension in which any excess of the strap 118 can be moved to further secure the Y-shaped accessory mount 100 to the helmet chin bar 122a, and after which, the hinged doors can be closed to apply tension to secure the strap 118.

FIGURES 3 and 4 illustrate the Y-shaped accessory mount 100 with the tension lock buckles 120a, 120b; their loops of fabric fasteners; and the strap 118 illustratively removed for specific discussion of the Y-shaped accessory mount 100. The Y-shaped accessory mount 100 is engineered with the two wings 102a, 102b and a tail 104 having two rudders 104a, 104b, each being located at a corner of the tail 104. Both the wings 102a, 102b and the rudders 104a, 104b are engineered to be flexible so that they can be shaped to fit the Y-shaped accessory mount 100 over the apogee of the helmet chin bar 122a.

The Y-shaped accessory mount 100 is useful to improve ease of access to accessories mounted on it compared to side mounts or top mounts. Given that the location of the chin is anatomically closer to the reach of the arms and it is well centered to the body, this placement facilitates better access during the dynamics of the angles of the body of the sportsman during play. In addition, a chin mount is less susceptible to dislodging by obstacles during use. The Y-shaped accessory mount 100 is engineered to universally work with many helmet styles as the flexible wings 102a, 102b and the flexible rudders 104a, 104b of the Y-shaped accessory mount 100 permit molding to many shapes of the apogee of the helmet chin bar 122b. The Y-shaped accessory mount 100 is also removable via the strap 118 in combination with the tension lock buckles 120a, 120b so as to be used on another helmet in the field without any adhesives. The Y-shaped accessory mount 100 is suitably manufactured from aircraft grade aluminum with a thickness ranging from 0.01 to 0.035 inch. Suitably, the Y-shaped accessory mount 100 is covered with a foam whose thickness ranges from 1/16 of an inch to 1/8 of an inch. The width of the strap 118 is suitably about 3/4 of an inch.

FIGURES 5a-5c illustrate the operations of the quick-release buckle 108. The female member 108a of the quick-release buckle 108 appears as a rectangular frame which is secured to the Y-shaped accessory mount 100 by the bolts 1 lOa-1 lOd located at each corner of the female member 108a. At the center of the female member 108a is a female guide bar 112d appearing longitudinally whose termini are notched. Spaced apart from the female guide bar 112d are L-shaped female prongs 112b, 112c.

The quick-release buckle 108 includes the male member 108b. At a distal end of the male member 108b are stopping flanges 128a, 128b. A guiding slot 126 is engineered to define a longitudinal void traversing a substantial portion of the length of the body of the male member 108b. The termini of the male member 108b end in male prongs 124a, 124b, each of which has a spine 120a, 120b.

In operation, the male prongs 124a, 124b of the male member 108b engage the proximal ends of the L-shaped female prongs 112b, 112c into which the male prongs 124a, 124b slide while the guiding slot 126 of the male member 108b hosts the female guide bar 112d. Final pressure is made once the male prongs 124a, 124b of the male member 108b reach the distal ends of the L-shaped female prongs 112b, 112c so as to cause the spines 130a, 130b of the male member 108b to hook into the distal ends of the L-shaped female prongs 112b, 112c. Stopping flanges 128a, 128b of the male member 108b terminate further movement of the male member 108b beyond the distal ends of the L-shaped female prongs 112b, 1 12c.

FIGURE 6 illustrates a point of view 600 taken from the camera 114 when it is mounted via the Y-shaped accessory mount 100 on the top of the helmet 122. The point of view 600 is a conventional surveillance angle in which activities are observed from above, separating a participant of an activity, such as a sports event, from his immediate experience. FIGURE 7 illustrates another point of view 700 taken from the camera 114 when it is mounted via the Y-shaped accessory mount 100 over the apogee of the helmet chin bar 122a. The point of view 700 is a sousveillance in which the observation is down at a human level so as to allow a consumer of the recorded contents of the sousveillance to connect with the sportsman by vicariously undergoing the immediacy of his sporting experience. The point of view 700 is useful for improving the cinematography experience.

While illustrative embodiments have been illustrated and described, it will be appreciated that various changes can be made therein without departing from the spirit and scope of the invention.