Mobile phone holder for insecticidal gun

Abstract

A mobile phone holder for an insecticidal gun, comprising a mobile phone clamping part and an insect gun track attachment part. The clamping part has holding jaws that are pushed together to hold the edges of the mobile phone. The attachment part has a base, a covering part, attachment claws, and a cam lock. The attachment claws move laterally and vertically and are attached to the top track of the gun. The cam lock has a rotating part with a vertical axis, rotatably mounted to the base and engaging the attachment claws. The cam lock has a rod with a rotatably attached rotating cam. The cam is mounted to the vertical axis and supported on the covering part. When the rod rotates, the attachment claws move laterally; and when the rod moves laterally, the rotating cam moves the attachment claws vertically, thereby mounting the mobile phone to the top track of the insecticidal gun.

Description

Technical Field

[0001] The present invention relates to a mobile phone holder device, and more particularly to a mobile phone holder for an aiming rib of an insecticidal gun. Background Art

[0002] Exciting new sports / hobbies have developed around toy guns designed to fire salt grains at flies, mosquitoes, and other insects. As with many sports and hobbies, enthusiasts like to record their games with photos. Modern cellular phones enable this by providing high-quality video cameras that can autofocus and adjust lighting with minimal user input. Users of currently available insecticidal guns are interested in making videos of their hunting and killing of pests. Since it generally takes two hands to accurately shoot a small, potentially moving target with an insecticidal gun, holding a phone to record the event becomes problematic. Various devices have been developed to attach a phone to a weapon. The following are some examples of available devices.

[0003] U.S. Patent No. 10,006,742, granted to Campbell, relates to an aiming-adjustable rotatable smartphone holder for a firearm, through which a shooter can view an enlarged target area on a smartphone screen and record the target area from either side of the firearm, the holder standing perpendicular to the firearm rail and barrel. This is achieved by using a mirror that reflects the view below the barrel and into the camera of the phone, enabling the user to view a forward image without aligning with the firearm barrel.

[0004] U.S. Patent No. 9,151,571, granted to Russell, relates to a device for mounting a smartphone on a firearm to image and record a firearm target. The smartphone holder device equipped with a camera includes an adapter connected to the sight of the firearm, a sleeve connecting the adapter, and a base member for receiving the camera in the form of a platform.

[0005] U.S. Patent No. 8,819,983, granted to Tate, relates to a mounting device for attaching to a hunting weapon and supporting a recording device. The flexible arm of the phone holder is connected to the hunting device by screwing a connector screw and the flexible arm is held in place, thereby providing rigid support for the camera phone and the camera phone holder.

[0006] U.S. Patent No. 8,971,959, granted to Hunt et al., relates to a mounting system for attaching a camera-equipped mobile device to a firearm or any other sports device for video or image capture purposes. The mounting system is for attaching the mobile device to sports equipment (firearms, arrows, etc.).

[0007] U.S. Patent No. 10,408,565, issued to Albrecht, relates to an apparatus for mounting an accessory on a rifle and includes a base mountable on the rifle for taking pictures and videos during shooting. The accessory mounting apparatus includes a base and an accessory mounting bracket that includes accessory mounting legs and depth positioning legs to enable a user to mount an accessory such as a camera on the rifle.

[0008] U.S. Patent No. 9,080,839, issued to Arachequesne, relates to a mounting device for setting a miniature camera or mobile phone having a photographic function on a telescopic sight of a firearm for taking pictures or videos when the firearm is fired. A screw hole formed in the mobile phone is mounted on a threaded pin protruding from the top of the firearm sight.

[0009] Although some of these devices have desirable features, there are still problems that make them less useful. The present invention solves these problems by providing a novel design of a face mask that incorporates a variety of innovative features.

[0010] The object of the present invention is to provide a stable mobile phone holder that can be rigidly attached to currently available insecticidal guns. A further object is to provide a holder that will accommodate a variety of popular mobile phones. Yet another object of the present invention is to provide a holder that allows the use of the original insecticidal gun sight without interference. Yet another object is to provide a holder that can be quickly and easily attached to and removed from the insecticidal gun. Another object is to provide a durable, easy-to-clean, and aesthetically pleasing holder. Finally, an object of the present invention is to provide a mobile phone holder that can be easily and economically mass-produced.

[0011] Although some of the objects of the present invention are disclosed in the prior art, none of the inventions found include all of the requirements identified. Summary of the Invention

[0012] The present invention solves all of the deficiencies of prior art mobile phone mounting inventions and meets all of the above objects.

[0013] (1) The mobile phone holder for an insecticidal gun may be composed of the following components. A mobile phone clamping portion and an insect gun rail attachment portion are provided.

[0014] The mobile phone clamping portion is mounted to the insect gun rail attachment portion. The mobile phone clamping portion has first and second retaining jaws. The first and second retaining jaws are sized and shaped to hold the first and second side edges of the mobile phone and are pushed together to provide a first clamping action.

[0015] The insect gun rail attachment portion has a base, a covering portion, first and second attachment claws, and a positioning cam lock. The first and second attachment claws are movable laterally and vertically from the base to provide a second clamping action. The second clamping action attaches the base to the top rail of the insecticidal gun. The insect gun rail attachment portion is provided with an aiming opening. The aiming opening is located above the top rail and allows continued use of the sight of the insecticidal gun. The positioning cam lock has a rotating portion and a locking portion. The rotating portion has an extending vertical axis, is rotatably mounted to the base, and engages the first and second attachment claws to move them laterally and vertically. The locking portion includes a rod having a rotatable cam attached thereto.

[0016] The covering portion has a central hole and is attached to the rotating portion of the positioning cam lock, wherein the extending vertical axis extends through the central hole. The rotatable cam is pivotally mounted to the extending vertical axis and is supported on the covering portion adjacent the central hole. When the rod rotates, the first and second attachment claws will move laterally relative to the base, and when the rod moves vertically, the rotatable cam will move the first and second attachment claws vertically. The rotatable cam fixes the first and second attachment claws in a fixed position by pushing the first and second attachment claws upward against the lower side of the top rail and downward against the upper surface of the covering portion, thereby attaching the mobile phone holder to the insecticidal gun.

[0017] (2) In a variant of the present invention, the mobile phone clamping portion further includes at least one compression spring, at least one spring retaining channel, the bottom of the clamping portion, and the covering portion of the clamping portion. The bottom of the clamping portion has at least one spring compression block and at least one spring compression channel. At least one compression spring is sized and shaped to fit within at least one spring retaining channel. At least one spring retaining channel is orthogonally attached to the first retaining jaw. At least one spring compression block is sized and shaped to slidably fit within at least one spring retaining channel and bear against the upper end of at least one compression spring. At least one spring retaining channel is sized and shaped to slidably fit within at least one spring compression channel.

[0018] The covering portion of the clamping portion is orthogonally attached to the second retaining jaw and removably attached to the bottom of the clamping portion. The bottom of the clamping portion fixes at least one compression spring within at least one spring retaining channel and fixes at least one spring retaining channel within at least one spring compression channel. When the first retaining jaw is pulled away from the second retaining jaw, space is created for the entry of the mobile phone, and when the first retaining jaw is released, the first and second retaining jaws will clamp the mobile phone.

[0019] (3) In another variant, the mobile phone clamping portion further includes first and second friction pads. The first and second friction pads are attached to the inner gripping surfaces of the first and second retaining jaws. The first and second friction pads have textured outer surfaces and first and second retaining ridges.

[0020] (4)In yet another variant, the mobile phone clamping part is attached to the covering part of the insect gun rail attachment part at a downward angle.

[0021] (5)In yet another variant, the insect gun rail attachment part further includes at least one first side gripping protrusion. The at least one first side gripping protrusion extends inwardly from the inner side of the first attachment claw. At least one second side gripping protrusion is provided. The at least one second side gripping protrusion extends inwardly from the inner side of the second attachment claw. First and second guide pins are provided. The first and second guide pins extend vertically from the first and second attachment claws. First and second blocking protrusions are provided. The first and second blocking protrusions extend outwardly from the outer sides of the first and second attachment claws. First and second attachment claw slots are provided. The first and second attachment claw slots are adjacent to the first and second side edges of the base and are dimensioned and shaped to allow the first and second attachment claws to move upward until the first and second blocking protrusions.

[0022] A raised central support ring is provided. The raised central support ring is located on the upper surface of the base. The rotating part of the positioning cam lock has a guide wheel at the lower end. The guide wheel has a circular recess on the lower side of the guide wheel. The circular recess is dimensioned and shaped to slidably fit onto the raised central support ring. The guide wheel is penetrated by first and second curved slots. The curved slots are dimensioned and shaped to engage the first and second guide pins. This engagement causes the first and second attachment claws to move laterally as the rotating part rotates. The guide wheel has first and second lifting ridges. The first and second lifting ridges are positioned along the outer periphery of the guide wheel adjacent to the first and second curved slots.

[0023] A sighting tube is provided. The sighting tube is located on the upper surface of the guide wheel and has a closed upper end. A circular support ring is located on the closed upper end. An extending vertical shaft extends above the circular support ring. The sighting tube has front and rear alignment openings. When the extending vertical shaft is rotated to the locked position, the front and rear alignment openings allow the use of the sight of the insecticide gun through the sighting tube. The covering part has a circular support surface. The circular support surface protrudes below the central hole and slidably engages the circular support ring of the rotating part of the positioning cam lock. The covering part has front and rear sighting openings at the front end and the rear end of the covering part. When the extending vertical shaft is rotated to the locked position, the front and rear sighting openings are aligned with the front and rear alignment openings in the sighting tube.

[0024] The covering part has a countersunk circular support surface on the upper surface of the covering part. A cam activation block is provided. The cam activation block has a protruding circular ring on the lower surface. The protruding circular ring rotatably engages the countersunk circular support surface. An enlarged through hole extends through the protruding circular ring and a V-shaped notch is located above the enlarged through hole. The V-shaped notch provides a pivoting surface for a support pin. The support pin pivotally mounts the rotating cam of the locking part of the positioning cam lock to a point adjacent to the upper end of the extending vertical shaft of the rotating part.

[0025] (6) In a final variant, first and second first-side vertical guiding tabs are provided. The first and second first-side vertical guiding tabs are adjacent to the front and rear ends of the first-side edge of the base. First and second second-side vertical guiding tabs are provided. The first and second second-side vertical guiding tabs are adjacent to the front and rear ends of the second-side edge of the base.

[0026] First and second first-side vertical guiding blocks are provided. The first and second first-side vertical guiding blocks have internal horizontal channels, are sized and shaped to slidably fit onto the first and second first-side vertical guiding tabs, and have vertical guiding tracks located on the inner surface. First and second second-side vertical guiding blocks are provided. The first and second second-side vertical guiding blocks have internal horizontal channels, are sized and shaped to slidably fit onto the first and second second-side vertical guiding tabs, and have vertical guiding tracks located on the inner surface.

[0027] First and second side retaining covers are provided. The first and second side retaining covers have first and second central curved internal protrusions. The first and second central curved internal protrusions are sized and shaped to engage the first and second lifting ridges of the guiding wheels. The first and second side retaining covers are attached to the upper edges of the first and second attachment claws, such that the first and second attachment claws move vertically as the extended vertical axis, the sighting tube, and the guiding wheels move vertically.

[0028] The first and second side retaining covers have first and second guiding posts, first and second first-side guiding grooves, and first and second second-side guiding grooves. The cover has first and second first-side guiding tracks and first and second second-side guiding tracks. The first and second guiding posts are sized and shaped to slidably fit between the first and second first-side guiding tracks and between the first and second second-side guiding tracks, respectively. The first and second first-side guiding grooves and the first and second second-side guiding grooves are sized and shaped to slidably fit around the first and second first-side guiding tracks and the first and second second-side guiding tracks, respectively.

[0029] The first and second side retaining covers have front and rear guiding notches at the front and rear guiding ends of the first and second side retaining covers. The front and rear guiding notches of the first-side retaining cover are sized and shaped to engage the vertical guiding tracks of the first and second first-side vertical guiding blocks. The vertical guiding tracks of the first and second first-side vertical guiding blocks are sized and shaped to engage the front and rear ends of the first-side attachment claw. The front and rear guiding notches of the second-side retaining cover are sized and shaped to engage the vertical guiding tracks of the first and second second-side vertical guiding blocks. The vertical guiding tracks of the first and second second-side vertical guiding blocks are sized and shaped to engage the front and rear ends of the second-side attachment claw.

[0030] When the insect gun track attachment portion is positioned on the top track of the insect gun and the rotating portion of the positioning cam lock rotates with the rod, the first and second attachment jaws will move laterally to fit under the lower side of the insect gun track. When the rotating cam is actuated by the rod, the rotating cam will be biased against the cam-actuating block, thereby pulling the extension vertical shaft, the sighting tube, and the guide wheel upward, biasing the first and second lifting ridges against the first and second central curved inner protrusions of the first and second side retaining cover portions, and the first and second side retaining cover portions pulling the first and second attachment claws upward to clamp the insect gun track attachment portion to the top track of the insect gun. Description of the Drawings

[0031] Figure 1 is a side view of a preferred embodiment of the present invention attached to an insecticidal gun;

[0032] Figure 2 is Figure 1 a perspective view of the embodiment with a mobile phone attached;

[0033] Figure 3 is a perspective view of the first and second attachment claws;

[0034] Figure 4 is a perspective view of the base of the insect gun track attachment portion showing the rotating portion of the positioning cam lock and the guide wheel engaging the attachment claws and a bottom perspective view showing the covering portion of the first and second second side guide tracks;

[0035] Figure 5 is a perspective view of the base with the side retaining cover portion, the guide block, and the rod of the locking portion of the rotating cam in place;

[0036] Figure 5A is an exploded perspective view of the insect gun track attachment portion including the covering portion, showing the posts and notches of the side covering portion and the track of the covering portion;

[0037] Figure 6 is a top plan view of the insect gun track attachment portion showing the movement of the guide wheel and the attachment claws;

[0038] Figure 7 is locked to the insect gun track and the openings in the covering portion and the sighting tube are aligned Figure 1 rear view of the embodiment;

[0039] Figure 8 is Figure 1 a rear view of the embodiment where the attachment claws are disengaged from the insect gun track and the openings in the covering portion and the sighting tube are not aligned;

[0040] Figure 9 is an enlarged partial exploded perspective view of the corner of the base showing the side retaining cover portion, the attachment claws, the vertical guide tabs, and the guide block and their components;

[0041] Figure 10 Side cross-sectional view of the insect gun track attachment portion showing the vertical locking function of the positioning cam lock and the movement of the attachment claws; and

[0042] Figure 11 is a partially cut-away perspective view of the mobile phone clamping portion. Detailed Description of the Invention

[0043] The present invention solves all the defects of the prior art mobile phone mounting inventions and meets all the above objectives.

[0044] (1) As Figures 1 to 11 shown, the mobile phone holder for the insect gun 10 can be composed of the following components. A mobile phone clamping portion 14 and an insect gun track attachment portion 18 are provided. The mobile phone clamping portion 14 is mounted to the insect gun track attachment portion 18. As Figure 2 and 11 shown, the mobile phone clamping portion 14 has a first holding jaw 22 and a second holding jaw 26. The first holding jaw 22 and the second holding jaw 26 are sized and shaped to hold the first side edge 30 and the second side edge 34 of the mobile phone 38 and are pushed together to provide a first clamping action 42.

[0045] As Figures 1 - 6 shown, the insect gun track attachment portion 18 has a base 46, a covering portion 50, a first attachment claw 54 and a second attachment claw 58, and a positioning cam lock 62. The first attachment claw 54 and the second attachment claw 58 can move laterally and vertically from the base 46 to provide a second clamping action 66. The second clamping action 66 attaches the base 46 to the top track 70 of the insect gun 74. The insect gun track attachment portion 18 is provided with a sighting opening 20. The sighting opening 20 is located above the top track 70 and allows continued use of the sights 24, 28 of the insect gun 74. The positioning cam lock 62 has a rotating portion 78 and a locking portion 82. The rotating portion 78 has an extending vertical axis 86, is rotatably mounted to the base 46 and engages the first attachment claw 54 and the second attachment claw 58 to move them laterally and vertically. The locking portion 82 includes a rod 88 having an attached rotating cam 90.

[0046] As Figure 10As shown, the covering portion 50 has a central hole 94 and is attached to the rotating portion 78 of the positioning cam lock 62, wherein the extending vertical shaft 86 extends through the central hole 94. The rotating cam 90 is pivotally mounted to the extending vertical shaft 86 and is supported on the covering portion 50 adjacent to the central hole 94. When the rod 88 rotates, the first attaching claw 54 and the second attaching claw 58 will move laterally relative to the base 46, and when the rod 88 moves vertically, the rotating cam 90 will move the first attaching claw 54 and the second attaching claw 58 vertically. The rotating cam 90 fixes the first attaching claw 54 and the second attaching claw 58 in a fixed position by pushing the first attaching claw 54 and the second attaching claw 58 upward against the lower side 102 of the top track 70 and supporting downward on the upper surface 106 of the covering portion 50, thereby attaching the mobile phone holder 10 to the insecticidal gun 74.

[0047] (2) In a variant of the present invention, as Figure 2 and Figure 11 shown, the mobile phone clamping portion 14 further includes at least one compression spring 110, at least one spring holding channel 114, a clamping portion bottom 118, and a clamping portion covering portion 122. The clamping portion bottom 118 has at least one spring compression block 126 and at least one spring compression channel 130. At least one compression spring 110 is sized and shaped to fit within at least one spring holding channel 114. At least one spring holding channel 114 is orthogonally attached to the first holding jaw 22. At least one spring compression block 126 is sized and shaped to slidably fit within at least one spring holding channel 114 and bear against the upper end portion 134 of at least one compression spring 110. At least one spring holding channel 114 is sized and shaped to slidably fit within at least one spring compression channel 130.

[0048] The clamping portion covering portion 122 is orthogonally attached to the second holding jaw 26 and is removably attached to the clamping portion bottom 118. The clamping portion bottom 118 fixes at least one compression spring 110 within at least one spring holding channel 114 and fixes at least one spring holding channel 114 within at least one spring compression channel 130. When the first holding jaw 22 is pulled away from the second holding jaw 26, space 138 is created for the entry of the mobile phone 38, and when the first holding jaw 22 is released, the first holding jaw 22 and the second holding jaw 26 will clamp the mobile phone 38.

[0049] (3) In another variant, the mobile phone clamping portion 14 further includes a first friction pad 142 and a second friction pad 146. The first friction pad 142 and the second friction pad 146 are attached to the inner gripping surfaces 150, 154 of the first holding jaw 22 and the second holding jaw 26. The first friction pad 142 and the second friction pad 146 have textured outer surfaces 158, 162 and a first holding ridge 166 and a second holding ridge 170.

[0050] (4) In yet another variant, as Figure 1 and Figure 2 shown, the mobile phone clamping part 14 is attached to the covering part 50 of the insect gun track attachment part 18 at a downward angle 174.

[0051] (5) In yet another variant, as Figure 3 and Figure 6 shown, the insect gun track attachment part 18 further includes at least one first side grip protrusion 178. The at least one first side grip protrusion 178 extends inwards from the inner side 182 of the first attachment claw 54. At least one second side grip protrusion 186 is provided. The at least one second side grip protrusion 186 extends inwards from the inner side 190 of the second attachment claw 58. A first guide pin 194 and a second guide pin 198 are provided. The first guide pin 194 and the second guide pin 198 extend vertically from the first attachment claw 54 and the second attachment claw 58. A first blocking protrusion 202 and a second blocking protrusion 206 are provided. The first blocking protrusion 202 and the second blocking protrusion 206 extend outwards from the outer sides 210, 214 of the first attachment claw 54 and the second attachment claw 56. As Figure 4 , 7 , 8 and 10 shown, a first attachment claw groove 218 and a second attachment claw groove 222 are provided. The first attachment claw groove 218 and the second attachment claw groove 222 are adjacent to the first side edge 226 and the second side edge 230 of the base 46 and are dimensioned and shaped to allow the first attachment claw 54 and the second attachment claw 56 to move upwards until the first blocking protrusion 202 and the second blocking protrusion 206.

[0052] A raised central support ring 234 is provided. The raised central support ring 234 is located on the upper surface 238 of the base 46. The rotating part 78 of the positioning cam lock 62 has a guide wheel 242 at the lower end 248. The guide wheel 242 has a circular recess 246 on the lower side 250 of the guide wheel 242. The circular recess 246 is dimensioned and shaped to slidably fit on the raised central support ring 234. The guide wheel 242 is penetrated by a first curved groove 254 and a second curved groove 258. The curved grooves 254, 258 are dimensioned and shaped to engage the first guide pin 194 and the second guide pin 196. This engagement causes the first attachment claw 54 and the second attachment claw 56 to move laterally as the rotating part 78 rotates. The guide wheel 242 has a first lifting ridge 262 and a second lifting ridge 266. The first lifting ridge 262 and the second lifting ridge 266 are positioned along the outer periphery 270 of the guide wheel 242 adjacent to the first curved groove 254 and the second curved groove 258.

[0053] A sighting tube 274 is provided. The sighting tube 274 is located on the upper surface 278 of the guide wheel 242 and has a closed upper end 282. A circular support ring 286 is located on the closed upper end 282. An extension vertical shaft 86 extends to the circular support ring 286. The sighting tube 274 has a front alignment opening 290 and a rear alignment opening 294. When the extension vertical shaft 86 is rotated to the locked position 302, the front alignment opening 290 and the rear alignment opening 294 allow the sights 24, 28 of the insecticidal gun 74 to be used through the sighting tube 274. The covering portion 50 has a circular support surface 306. The circular support surface 306 projects below the central hole 94 and slidably engages the circular support ring 286 of the rotating portion 78 of the positioning cam lock 62. The covering portion 50 has a front sight opening 310 and a rear sight opening 314 located in the front end 318 and the rear end 322 of the covering portion 50. When the extension vertical shaft 86 is rotated to the locked position 302, the front sight opening 310 and the rear sight opening 314 are aligned with the front alignment opening 290 and the rear alignment opening 294 in the sighting tube 274.

[0054] The covering portion 50 has a countersunk circular support surface 330 on the upper surface 106 of the covering portion 50. A cam activation block 334 is provided. The cam activation block 334 has a protruding circular ring 338 on the lower surface 342. The protruding circular ring 338 rotatably engages the countersunk circular support surface 330. An enlarged through-hole 346 extends through the protruding circular ring 338 and a V-shaped notch (not shown) 350 is located above the enlarged through-hole 346. The V-shaped notch 350 provides a pivot surface 354 for the support pin 358. The support pin 358 pivotally mounts the rotating cam 90 of the locking portion 82 of the positioning cam lock 62 to a point 362 adjacent to the upper end 366 of the extension vertical shaft 86 of the rotating portion 78.

[0055] (6) In a final variant, as Figure 4 、 5 、5A and 9 show, a first first-side vertical guide tab 370 and a second first-side vertical guide tab 374 are provided. The first first-side vertical guide tab 370 and the second first-side vertical guide tab 374 are adjacent to the front end 378 and the rear end 382 of the first-side edge 226 of the base 46. A first second-side vertical guide tab 386 and a second second-side vertical guide tab 390 are provided. The first second-side vertical guide tab 386 and the second second-side vertical guide tab 390 are adjacent to the front end 380 and the rear end 384 of the second-side edge 230 of the base 46.

[0056] Provide a first first-side vertical guide block 394 and a second first-side vertical guide block 398. The first first-side vertical guide block 394 and the second first-side vertical guide block 398 have internal horizontal channels 402, 406, are sized and shaped to slidably fit onto a first first-side vertical guide tab 370 and a second first-side vertical guide tab 374, and have vertical guide tracks 410, 414 located on inner surfaces 418, 422. Provide a first second-side vertical guide block 426 and a second second-side vertical guide block 430. The first second-side vertical guide block 426 and the second second-side vertical guide block 430 have internal horizontal channels 434, 438, are sized and shaped to slidably fit onto a first second-side vertical guide tab 386 and a second second-side vertical guide tab 390, and have vertical guide tracks 442 (not shown) located on inner surfaces 450, 454.

[0057] Provide a first-side retaining cover 458 and a second-side retaining cover 462. The first-side retaining cover 458 and the second-side retaining cover 462 have a first central curved internal protrusion 466 and a second central curved internal protrusion 470. The first central curved internal protrusion 466 and the second central curved internal protrusion 470 are sized and shaped to engage a first lifting ridge 262 and a second lifting ridge 266 of a guide wheel 242. The first-side retaining cover 458 and the second-side retaining cover 462 are attached to upper edges 474, 478 of a first attachment claw 54 and a second attachment claw 58, such that the first attachment claw 54 and the second attachment claw 58 move vertically as a vertical axis 86, a sight tube 274, and the guide wheel 242 move vertically.

[0058] The first-side retaining cover 458 and the second-side retaining cover 462 have a first guide post 482 and a second guide post 486, a first first-side guide slot 490 and a second first-side guide slot 494, and a first second-side guide slot (not shown) and a second second-side guide slot 502. A cover 50 has a first (not shown) and a second (not shown) first-side guide track and a first second-side guide track 514 and a second second-side guide track 518. The first guide post 482 and the second guide post 486 are sized and shaped to slidably fit between a first first-side guide track and a second first-side guide track and between a first second-side guide track 514 and a second second-side guide track 518, respectively. The first first-side guide slot 490 and the second first-side guide slot 494 and the first second-side guide slot 498 and the second second-side guide slot 502 are sized and shaped to slidably fit around a first and a second first-side guide track and a first second-side guide track 514 and a second second-side guide track 518, respectively.

[0059] The first side retaining cover 458 and the second side retaining cover 462 have front guiding notches 522, 526 (not shown) and rear guiding notches 530, 534 at the front guiding ends 538, 542 and the rear guiding ends 546, 550 of the first side retaining cover 458 and the second side retaining cover 462. The front guiding notch and the rear guiding notch 530 of the first side retaining cover 458 are sized and shaped to engage the vertical guiding tracks 410, 414 of the first first side vertical guiding block 394 and the second first side vertical guiding block 398. The vertical guiding tracks 410, 414 of the first first side vertical guiding block 394 and the second first side vertical guiding block 398 are sized and shaped to engage the front end 554 and the rear end 558 of the first side attachment claw 54. The front guiding notch and the rear guiding notch 534 of the second side retaining cover 462 are sized and shaped to engage the vertical guiding tracks (not shown), 446 of the first second side vertical guiding block 426 and the second second side vertical guiding block 430. The vertical guiding tracks (not shown), 446 of the first second side vertical guiding block 426 and the second second side vertical guiding block 430 are sized and shaped to engage the front end 562 and the rear end 568 of the second side attachment claw 58.

[0060] When the bug gun track attachment portion 18 is positioned on the bug gun top track 70 and the rotating portion 78 of the positioning cam lock 62 rotates with the rod 88, the first attachment jaw 54 and the second attachment jaw 58 will move laterally to fit under the lower side 102 of the bug gun track 70. When the rotating cam 90 is actuated by the rod 88, the rotating cam 90 will be biased against the cam actuating block 334, thereby pulling the extending vertical shaft 86, the sighting tube 274 and the guide wheel 242 upward, biasing the first and second lifting ridges 262, 266 against the first central curved inner protrusion 466 and the second central curved inner protrusion 470 of the first side retaining cover 458 and the second side retaining cover 462, and the first side retaining cover 458 and the second side retaining cover 462 pulling the first attachment claw 54 and the second attachment claw 58 upward to clamp the bug gun track attachment portion 18 on the bug gun top track 70.

Claims

1. A mobile phone holder for an insecticidal gun, comprising: a mobile phone clamping part and an insect gun track attachment part; the mobile phone clamping part is mounted to the insect gun track attachment part; the mobile phone clamping part has first and second holding jaws, the first and second holding jaws being sized and shaped to hold the first and second side edges of the mobile phone and being pushed together to provide a first clamping action; the insect gun track attachment part has a base, a covering part, first and second attachment claws, and a positioning cam lock; the first and second attachment claws are capable of moving laterally and vertically from the base to provide a second clamping action; the second clamping action attaches the base to the top track of the insecticidal gun; the insect gun track attachment part provides an aiming opening, the aiming opening being disposed above the top track and allowing continued use of the sight of the insecticidal gun, the positioning cam lock has a rotating part and a locking part; the rotating part has an extending vertical axis, is rotatably mounted to the base and engages the first and second attachment claws to move them laterally and vertically; the locking part includes a rod having a rotatable cam attached thereto; the covering part has a central hole and is attached to the rotating part of the positioning cam lock, wherein the extending vertical axis extends through the central hole; the rotatable cam is pivotally mounted to the extending vertical axis and is supported on the covering part adjacent the central hole; wherein, when the rod rotates, the first and second attachment claws will move laterally relative to the base, and when the rod moves vertically, the rotatable cam will cause the first and second attachment claws to move vertically; and the rotatable cam fixes the first and second attachment claws in a fixed position by pushing the first and second attachment claws upward against the lower side of the top track and downwardly supporting on the upper surface of the covering part, thereby attaching the mobile phone holder to the insecticidal gun.

2. The mobile phone holder for the insecticidal gun according to claim 1, wherein, The mobile phone clamping part further includes: at least one compression spring, at least one spring holding channel, a clamping part bottom, and a clamping part covering part, the clamping part bottom having at least one spring compression block and at least one spring compression channel; the at least one compression spring is sized and shaped to fit within the at least one spring holding channel; the at least one spring holding channel is orthogonally attached to the first holding jaw; the at least one spring compression block is sized and shaped to slidably fit within the at least one spring holding channel and bear against the upper end of the at least one compression spring; the at least one spring holding channel is sized and shaped to slidably fit within the at least one spring compression channel; the clamping part covering part is orthogonally attached to the second holding jaw and removably attached to the clamping part bottom, thereby fixing the at least one compression spring within the at least one spring holding channel and fixing the at least one spring holding channel within the at least one spring compression channel; and wherein, when the first holding jaw is pulled away from the second holding jaw, space is created for the entry of the mobile phone, and when the first holding jaw is released, the first holding jaw and the second holding jaw will clamp the mobile phone.

3. The mobile phone holder for an insecticidal gun according to claim 1, wherein, The mobile phone clamping part further includes: First and second friction pads, the first and second friction pads being attached to the inner gripping surfaces of the first and second holding jaws; and The first and second friction pads have a textured outer surface and first and second holding ridges.

4. The mobile phone holder for the insecticidal gun according to claim 1, wherein, The mobile phone clamping part is attached to the covering part of the insect gun track attachment part at a certain inclination angle.

5. The mobile phone holder for an insecticidal gun according to claim 1, wherein, The insect gun track attachment part further includes: At least one first side gripping protrusion, the at least one first side gripping protrusion extending inwards from the inner side of the first attachment claw; At least one second side gripping protrusion, the at least one second side gripping protrusion extending inwards from the inner side of the second attachment claw; First and second guide pins, the first and second guide pins extending vertically from the first and second attachment claws; First and second blocking protrusions, the first and second blocking protrusions extending outwards from the outer sides of the first and second attachment claws; First and second attachment claw grooves, the first and second attachment claw grooves being arranged adjacent to the first and second side edges of the base and sized and shaped to allow the first and second attachment claws to move upwards until the first and second blocking protrusions; A raised central support ring, the raised central support ring being provided on the upper surface of the base; The rotating part of the positioning cam lock has a guide wheel provided at the lower end, the guide wheel having a circular recess provided on the lower side of the guide wheel, the circular recess being sized and shaped to slidably fit onto the raised central support ring; The guide wheel is penetrated by first and second curved grooves, the curved grooves being sized and shaped to engage the first and second guide pins, the engagement causing the first and second attachment claws to move laterally as the rotating part rotates; The guide wheel has first and second lifting ridges, the first and second lifting ridges being provided along the outer periphery of the guide wheel adjacent to the first and second curved grooves; A sighting tube, the sighting tube being provided on the upper surface of the guide wheel and having a closed upper end, a circular support ring being provided on the closed upper end, and an extended vertical axis extending above the circular support ring; The sighting tube has front and rear alignment openings, and when the extended vertical axis rotates to the locked position, the front and rear alignment openings allow the use of the sight of the insecticidal gun through the sighting tube; The covering part has a circular support surface, the circular support surface protruding below the central hole and slidably engaging the circular support ring of the rotating part of the positioning cam lock; The covering part has front and rear sighting openings provided at the front end and the rear end of the covering part, and when the extended vertical axis rotates to the locked position, the front and rear sighting openings are aligned with the front and rear alignment openings in the sighting tube; The covering part has a countersunk circular support surface on the upper surface of the covering part; and The cam starting block, the cam starting block having a protruding circular ring provided on the lower surface, the protruding circular ring rotatably engaging the countersunk circular support surface, a larger through hole extending through the protruding circular ring and a V-shaped notch provided above the larger through hole, the V-shaped notch providing a pivoting surface for a support pin, the support pin pivotally mounting the rotating cam of the locking portion of the positioning cam lock to a point adjacent to the upper end of the extended vertical axis of the rotating portion.

6. The mobile phone holder for an insecticidal gun according to claim 5, further comprising: First and second first-side vertical guiding tabs, the first and second first-side vertical guiding tabs being provided adjacent to the front end and the rear end of the first-side edge of the base; First and second second-side vertical guiding tabs, the first and second second-side vertical guiding tabs being provided adjacent to the front end and the rear end of the second-side edge of the base; First and second first-side vertical guiding blocks, the first and second first-side vertical guiding blocks having internal horizontal channels, sized and shaped to slidably fit on the first and second first-side vertical guiding tabs, and having vertical guiding tracks provided on the inner surface; First and second second-side vertical guiding blocks, the first and second second-side vertical guiding blocks having internal horizontal channels, sized and shaped to slidably fit on the first and second second-side vertical guiding tabs, and having vertical guiding tracks provided on the inner surface; First and second side retaining cover portions, the first and second side retaining cover portions having first and second central curved internal protrusions, the first and second central curved internal protrusions sized and shaped to engage the first and second lifting ridges of the guiding wheels; The first and second side retaining cover portions are attached to the upper edges of the first and second attachment claws, so that the first and second attachment claws move vertically as the extended vertical axis, the aiming barrel and the guiding wheels move vertically; The first and second side retaining cover portions have first and second guiding posts, first and second first-side guiding grooves and first and second second-side guiding grooves; The cover portion has first and second first-side guiding tracks and first and second second-side guiding tracks; the first and second guiding posts are sized and shaped to slidably fit respectively between the first and second first-side guiding tracks and between the first and second second-side guiding tracks, and the first and second first-side guiding grooves and the first and second second-side guiding grooves are sized and shaped to slidably fit respectively around the first and second first-side guiding tracks and the first and second second-side guiding tracks; The first and second side retaining cover portions have front and rear guiding notches provided at the front and rear guiding ends of the first and second side retaining cover portions; The front and rear guiding notches of the first side retaining cover are sized and shaped to engage the vertical guiding tracks of the first and second first side vertical guiding blocks, and the vertical guiding tracks of the first and second first side vertical guiding blocks are sized and shaped to engage the front end and the rear end of the first side attachment claw; The front and rear guiding notches of the second side retaining cover are sized and shaped to engage the vertical guiding tracks of the first and second second side vertical guiding blocks, and the vertical guiding tracks of the first and second second side vertical guiding blocks are sized and shaped to engage the front end and the rear end of the second side attachment claw; Wherein, when the insect gun track attachment portion is positioned on the insect gun top track and the rotating portion of the positioning cam lock rotates with the rod, the first and second attachment jaws will move laterally to be assembled below the lower side of the insect gun track, and when the rotating cam is actuated by the rod, the rotating cam will be biased against the cam actuating block, thereby pulling the extension vertical shaft, the aiming tube and the guiding wheel upward, biasing the first and second lifting ridges against the first and second central curved inner protrusions of the first and second side retaining covers, and the first and second side retaining covers pull the first and second attachment claws upward to clamp the insect gun track attachment portion to the insect gun top track.

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