TWI778575B - quiver device with positioning arrow body - Google Patents

Abstract

The present invention is a quiver device with a positioning arrow body, the technology of which is that, during the pre-shooting operation, the coordination between the positioning protruding strips provided in the quiver device and the arrow body is used to make the arrow body in the arrow body. The arrow receiving channel of the box device cannot move forward and backward, and when several arrow bodies are placed in the arrow receiving channel, the stacking arrangement of each arrow body is limited by the positioning ribs, so that during the shooting process , Each arrow body is discharged one by one in the arrow cutting channel and is fired. Because each arrow body is limited by each positioning convex strip, the shot body maintains a consistent range, rate of fire and accuracy.

Description

quiver device with positioning arrow body

The present invention is a quiver device with a positioning arrow body, especially the technology applied to the field of shooting. It mainly provides the pre-shooting operation. The arrows are relatively stable in the process of shooting one by one, which is an invention with excellent practicability.

With the prosperity of sports in recent years, more people who love sports are slowly trying many new sports, such as ball, dragon boat, archery, etc. These sports are relatively unpopular, and generally people who are new to sports Not very good at choosing, among them, archery has a high risk, so few people are willing to try it, but with the advancement of technology and time, people gradually understand the fun of archery, and can train concentration and arm muscle endurance , so more and more people are involved, even as one of the sports competitions.

The tools used in archery are nothing more than bows and arrows, and bows are divided into gun-type crossbows and half-moon bows. The common archery method is to draw another in the quiver next to each shot. Carry out rack placement, aiming and shooting, but this method is difficult for beginners to draw the bow and aim, and it is easy to lose the sight when re-aiming after shooting. The quiver of the arrow body is installed on the above-mentioned bow and arrow, so that the user can carry out the continuous shooting of the arrow body in the best state; however, although the general quiver has the accommodation to provide multiple arrow bodies, it is not necessary to release the arrows one by one. In the process of the arrow body, because there is no good positioning method between the arrow body and the quiver, the arrow bodies cannot be arranged neatly, and even after the arrow bodies are placed, the front and rear ends of each arrow body are not completely Alignment leads to different positions when each arrow body falls to the area to be shot by the bow and arrow one by one during the shooting process, which is likely to affect the accuracy, stability and range of the shooting. Therefore, the relevant industry must think about how to improve it. To reduce the occurrence of the above problems.

The main purpose of the present invention is to maintain and stabilize the stability and accuracy of each arrow body in the range, as well as maintain the optimal range distance, which improves the conventional process of continuous shooting. The box is easy to move back and forth, which affects the accuracy, stability and range of shooting. To this end, the present inventor strives to achieve the purpose and effect of the aforementioned creation. The first embodiment of the present invention is a quiver device with a positioning arrow body, wherein: the quiver device has a front end portion opposite to one of the front end portions. The rear end, a top end and a bottom end opposite to the top end, and an arrow-receiving channel is cut from the top end to the bottom end, and two sides of the groove walls of the arrow-receiving channel are respectively protruded with a positioning protrusion. Each positioning protruding strip is close to the rear end, and each positioning protruding strip is used for positioning the accommodating of the arrow body and restricting the displacement.

The second embodiment of the present invention is a quiver device with a positioning arrow body, wherein: the quiver device has a front end portion and a rear end portion, the front end portion corresponds to an arrow of the arrow body, and the rear end portion Corresponding to a nock tail of the arrow body, an arrow accommodating channel is cut from the top end of the quiver device toward the bottom end, and the groove walls on both sides of the arrow accommodating channel are close to the rear end. A positioning protruding strip is further protruded, the arrow body is at the tail of the arrow and corresponding to each positioning protruding strip, two grooves are respectively concave, and the arrow body is assembled in the arrow receiving channel with each groove corresponding to each positioning protruding strip. inside, and each groove is matched with each positioning protruding strip to limit the displacement of the arrow body.

The third embodiment of the present invention is a quiver device with a positioning arrow body, wherein: the quiver device is mounted on a bow and arrow, and the bow and arrow is provided with an arrow portion at the top, and the quiver device has a front end and a rear end, the front end corresponds to an arrow of the arrow body, the rear end corresponds to a nock of the arrow body, and the top end of the quiver device is cut toward the bottom end to form a An arrow-receiving slot, the arrow-receiving slot is communicated with the arrow placement portion of the bow and arrow, and a positioning protruding strip is further protruded from the groove walls on both sides of the arrow-receiving slot and close to the rear end. At the tail of the arrow and corresponding to each positioning protruding strip, two grooves are respectively concave. The arrow body corresponds to each positioning protruding strip and is assembled in the arrow receiving channel, and each groove and each positioning protruding strip are connected to each other. It cooperates to limit the displacement of the arrow body, and the arrow system falls from the arrow-receiving section to the arrow placement portion to wait for the shot to be fired.

According to the description of the above three embodiments of the present invention, the main technology is that during the pre-shooting operation of the arrow, the placement of the arrow body is limited by the positioning protruding strips in the quiver device, so that the arrow body is placed in the quiver device. The arrow can’t move forward and backward in the arrow slot, and when several arrow bodies are placed in the arrow slot, the stacking arrangement of each arrow body is limited by the positioning ribs. During the shooting process, each arrow body will be placed one by one. The arrows are shot and fired when they are discharged in the cut-out channel. Because each arrow body is limited by each positioning convex strip, the shot arrow body maintains a consistent range, firing rate and accuracy. Therefore, the present invention can be said to be a kind of equivalent The new model with practicality and progress is quite worthy of promotion by the industry and publicity to the public.

In order to clearly illustrate the above-mentioned objects and effects that the present invention can achieve, the features and effects of the embodiments of the present invention are described in detail with the accompanying drawings. Please refer to Figures 1 to 10, the present invention is a quiver device with a positioning arrow body, wherein: the quiver device 10 has a front end portion 101, a rear end portion 102 opposite to the front end portion 101, A top end 103 and a bottom end 104 opposite to the top end 103 , and an arrow-receiving slot 20 is cut from the top end 103 to the bottom end 104 , and the two sides of the slot wall of the arrow-receiving slot 20 are respectively protruding A positioning protruding strip 201, and each positioning protruding strip 201 is close to the rear end portion 102, and when the arrow body 30 is placed in the arrow receiving channel 20 of the quiver device 10, an arrow 301 of the arrow body 30 It corresponds to the front end 101 of the quiver device 10, and a nock 302 of the arrow body 30 corresponds to the rear end 102 of the quiver device 10, and the nock 302 of the arrow body 30 is concave with a plurality of concave holes on the outer surface. There are grooves 303, and each groove 303 corresponds to each positioning protruding strip 201. When the pre-shooting operation is performed, several arrow bodies 30 must be loaded into the quiver device 10 one by one. In order to avoid installation in the wrong direction, Therefore, it is only necessary to determine that the nock 302 with a plurality of grooves 303 corresponds to the rear end 102 of the quiver device 10, and align each groove 303 with each positioning protruding strip 201 and then swing it horizontally into the arrow-receiving slot 20, that is, Can.

When several arrow bodies 30 are placed in the arrow-receiving slot 20 of the quiver device 10 in the above-mentioned manner, they can be ready to be fired. When the arrow body 30 is installed in the arrow-receiving channel 20, it will not move back and forth. Each arrow body 30 is neatly accommodated in the arrow-receiving channel 20, and the quiver device 10 is installed on a bow and arrow 40. The bow and arrow 40 has an arrow setting portion 401 at the top. The bow and arrow 40 of the present invention is mainly drawn with a gun-type crossbow. In order to communicate, during the shooting process, the arrow body 30 located at the bottom of the quiver device 10 will first fall into the arrow placement portion 401 of the bow and arrow 40. Therefore, the positions of each arrow body 30 on the arrow placement portion 401 are exactly the same. In this way, the shooting speed and range of all arrow bodies 30 are the same after shooting, so as to maintain the stability of shooting, and each arrow body 30 is provided with grooves 303 to cooperate with each positioning protruding strip 201, which has a foolproof effect. When assembling the arrow body 30, the operator can judge the installation direction through the setting of the groove 303, so as to avoid the wrong direction of the arrow body 30 installation, please refer to Figures 4, 6, 8 to 10 are shown.

For further technical features of the present invention, please refer to the third figure, the arrow receiving slot 20 further has an upper slot 202 located at one of the top ends 103 of the quiver device 10 and a lower part 104 of the bottom end 104 of the quiver device 10 The cut-out 203, the upper cut-out 202 and the lower cut-out 203 are all communicated with the arrow-receiving cut-out 20. When installing the arrow body 30, the operator mainly inserts the arrow body 30 from the upper cut-out 202, And the insertion system of the arrow body 30 is placed horizontally, and each groove 303 is aligned with each positioning protruding strip 201, and then the weight of the arrow body 30 is used to slowly fall into the bottom end 104 of the arrow-receiving channel 20, and Waiting to fall into the arrow setting portion 401 of the bow and arrow 40, please refer to the fifth to tenth figures.

In addition to the above-mentioned grooves 303 of the arrow bodies 30 that cooperate with the positioning protruding strips 201 to limit the installation of the arrow bodies 30 and prevent the arrow bodies 30 from shifting back and forth, it is also necessary to maintain the arrow bodies 30 in the arrow-accommodating section 20 . Therefore, according to the present invention, a plurality of arrow clip blocks 204 are further protruded on the two sides of the groove wall of the arrow receiving channel 20, and the arrow clip blocks 204 protruded from each side groove wall correspond to the other side groove wall. The arrow clipping blocks 204 on the same side are set at intervals, and the arrow clipping blocks 204 corresponding to each other as shown in the first figure are used to distinguish the arrow-receiving section 20 to form several segment spaces, The arrow clips 204 corresponding to each other are attached to the arrow body 30 when the arrow body 30 is placed in the arrow receiving channel 20, and the end surface of each arrow clip 204 is in contact with each arrow body 30, and the end surface of each arrow clip 204 is in contact with each arrow. The surface of the body 30 can limit the lateral displacement of each arrow body 30, and with the cooperation of each groove 303 and each positioning protruding strip 201, each arrow body 30 can be maintained in a certain position in the arrow receiving channel 20 , in this way, the arrow body 30 can be stably guided to fall to the shooting position of the arrow placement portion 401 , without the problem of skew of the arrow body 30 , as shown in FIG. 7 .

Finally, each positioning protruding strip 201 of the present invention is elongated and semi-cylindrical, and each positioning protruding strip 201 extends from the upper slit 202 to the lower slit 203 of the arrow receiving channel 20, and each arrow body 30 The grooves 303 of the nock tails 302 and the positioning protrusions 201 are in the shape of arc concave. The time to reach the arrow setting part 401 is smoother, and there will be no jamming. Please refer to the seventh and eighth figures. To sum up, each arrow body 30 of the present invention utilizes the setting of each groove 303 to match each positioning protruding strip 201 of the quiver device 10, so that each arrow body 30 does not move forward and backward when it is installed in the arrow receiving slot 20 In this way, each arrow body 30 can maintain a certain arrangement direction when it falls into the arrow placement portion 401 of the bow and arrow 40, thereby stabilizing the accuracy of shooting, and the shooting speed and range of each arrow body 30 after shooting. It can also be kept stable. Compared with the conventional quiver on the market today, the present invention enables the operator to maintain a certain degree of stability in shooting, and obviously has a certain degree of progress and practicability.

10: Quiver device

101: Front end

102: rear end

103: Top

104: Bottom

20: Rong Arrow Cuts the Road

201: Positioning rib

202: Upper cut

203: Lower cut

204: Clip Arrow Block

30: Arrow body

301: Arrow

302: Nocking

303: Groove

40: Bow and Arrow

401: Arrow Setting

The first figure is a three-dimensional schematic diagram of the quiver device of the present invention. The second figure is a three-dimensional schematic diagram of the quiver device of the present invention from another perspective. The third figure is a schematic cross-sectional view of the line segment III-III of the first figure. The fourth figure is a three-dimensional schematic diagram of the quiver device of the present invention installed on a bow and arrow. Figure 5 is an enlarged schematic diagram of a partial cross-section of the line segment V-V installed on the arrow body in Figure 4. The sixth figure is a three-dimensional schematic diagram of several arrow bodies inside the quiver device of the present invention. Figure 7 is a schematic top view of the quiver device of Figure 6. The eighth figure is a partial enlarged schematic view of the seventh figure. The ninth picture is a schematic diagram of the movement of the arrow placement process in the sixth picture. . Figure 10 is a schematic cross-sectional view of the arrow body on the line XX-X in Figure 6 to be fired when the arrow body falls into the arrow placement portion.

10: Quiver device

101: Front end

102: rear end

103: Top

104: Bottom

20: Rong Arrow Cuts the Road

201: Positioning rib

202: Upper cut

204: Clip Arrow Block

Claims (5)

A quiver device with a positioning arrow body, wherein: the quiver device has a front end portion and a rear end portion, the front end portion corresponds to an arrow of the arrow body, and the rear end portion corresponds to an arrow of the arrow body At the end, the top end of the quiver device is further cut toward the bottom end to form an arrow-accommodating slit, the arrow-accommodating slit further has an upper notch located at the top of the quiver device, and is located at the bottom of the quiver device A lower notch at the end, and the upper notch and the lower notch are both communicated in the arrow-receiving channel, and the groove walls on both sides of the arrow-receiving channel are further protruded with a position near the rear end. A convex strip, the arrow body is located at the tail of the arrow and corresponding to each positioning convex strip, and two grooves are respectively concave. In cooperation with each positioning protruding strip, the displacement of the arrow body is limited; in addition, a plurality of arrow clipping blocks are further protruded from the groove walls of the two sides of the groove wall, and the arrow clipping blocks protruded from each side groove wall correspond to another Arrow clipping blocks on one side of the groove wall, each corresponding arrow clipping block is connected to each arrow body when the arrow body is placed in the arrow-receiving slot, and the end face of each arrow clipping block is in contact with each arrow body. The quiver device with a positioning arrow body as claimed in claim 1, wherein each positioning protruding strip is in the shape of a long semi-cylindrical, and each positioning protruding strip extends vertically from the top end to the bottom end of the quiver device, and each arrow body The plurality of grooves of the nock tail are formed concavely according to the setting direction of each positioning protruding strip. A quiver device with a positioning arrow body, wherein: the quiver device has a front end, a rear end opposite to the front end, a top end, and a bottom end opposite to the top end, and from the top end to the The bottom end is cut with an arrow-receiving slot, and the arrow-receiving slot further has an upper slot located at the top of the quiver device, and a lower slot located at the bottom end of the quiver device, and the upper slot is connected to the arrow box device. The lower slits are all communicated with the arrow-receiving channel, and two side walls of the arrow-receiving channel are respectively protruded with a positioning protruding strip, and each positioning protruding strip is close to the rear end, and each positioning protruding strip is used for to locate the rocket body and limit the displacement; in addition, the A plurality of arrow clamping blocks are further protruded from the groove walls on both sides of the arrow slit, and the arrow clamping blocks protruding from each side groove wall correspond to the arrow clamping blocks on the other side groove wall. A quiver device with a positioning arrow body, wherein: the quiver device is mounted on a bow and arrow, and the bow and arrow is provided with an arrow portion at the top, and the quiver device has a front end portion and a rear end portion, the The front end portion corresponds to an arrow of the arrow body, the rear end portion corresponds to a nock tail of the arrow body, and the top end of the quiver device is cut toward the bottom end to form an arrow-accommodating slit, the arrow-accommodating channel is formed. The slitting channel is communicated with the arrow placement portion of the bow and arrow, and the arrow receiving slitting channel further has an upper slit located at the top of the quiver device and a lower slit located at the bottom end of the quiver device, and the upper slit is connected to the quiver device. The lower slits are all communicated with the arrow accommodating slit, the arrow body is inserted into the arrow accommodating slit through the upper slit and falls into the arrow placement portion from the lower slit, and the two arrows of the arrow accommodating slit A positioning protruding strip is further protruded from the side groove wall and near the rear end. The arrow body is provided with two recesses at the nock tail and corresponding to each positioning protruding strip, and the arrow body has each groove corresponding to each positioning The protruding strips are assembled in the arrow accommodating slot, and each groove and each positioning protruding strip cooperate to limit the displacement of the arrow body; in addition, the two sides of the slot wall of the arrow accommodating slot are further protruded with a plurality of arrow clipping blocks , and the arrow-clamping blocks protruding from the groove wall on each side correspond to the arrow-clamping blocks on the other side of the groove wall. The end face is in contact with each arrow body, and the arrow system falls from the arrow opening to the arrow placement portion to be fired. The quiver device with a positioning arrow body as described in claim 4, wherein each positioning protruding line is in the shape of a long semi-cylindrical, and each positioning protruding line extends vertically from the top end to the bottom end of the quiver device, and each arrow The plurality of grooves of the nock tail of the body are formed concavely according to the setting direction of each positioning protruding strip.

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