• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
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  • 优先权
    • 专利摘要:
    (10) SUMMARY In order to be able to have a hand unit (3) strapped and easily visible on the forearm (5) while hunting and other forest sports, while both hands are free, a holding device (1) according to the invention comprises: - a base plate (10) designed for holding a bracelet (2), with which the holding device can be attached to the forearm; and a top part (12) rotatably arranged on the base plate, which is rotatable to fully vary relative to the base plate and comprises mounting pairs (13) adapted to receive and hold a mounting tab (4) contained in the handset or - in case the handset does not have a mounting flange - in an adapter for mounting the handset.
    公开号:SE1351012A1
    申请号:SE1351012
    申请日:2013-08-30
    公开日:2015-03-01
    发明作者:Raed Roro Yakoub
    申请人:Raed Roro Yakoub；
    IPC主号:
    专利说明:

    TECHNICAL FIELD The present invention relates to a device for holding a handset on a person's forearm during hunting, which can at least indirectly receive a signal from a signaling device and a signaling device for hunting and other forestry. determine the direction of the signal call.
    In the present context, the term "forearm" is intended to include the Wen wrist of a person. STATE OF THE ART The signal dll usually consists of a transponder and can be carried by an animal, e.g. a hunting dog, or of a human, and also includes a receiver for position data from satellite systems, such as GPS, GLONASS or Galileo. A-GPS (Assisted GPS) is a function that uses the GSM network and can quickly take in an approximate position. The advantage of this function is that the user does not have to wait on the satellites. Once contact with the satellites has been established, the unit switches to GPS positioning.
    Below anyands bendmningen "GPS" as a summary for the satellite systems. By "handset" in the present context is meant a barbaric electronic device which can at least indirectly receive a signal from a signal field, determine the direction of the signal field and can be e.g. a hunting handset with GPS tracking or a smartphone with GPS. The handset can receive the signal directly or via a repeater, usually carried by anyone else. In the latter case, it is possible to avoid having long projecting antennas on the handset, as these can instead be mounted on the repeater. The handset determines its own position with GPS and sends an interrogation signal to the signal dll, which determines its own position with GPS and sends its position data in response to the handset, which on a display can show the positions of the user and the signal dll and the direction of the signal call.
    Equipment for GPS tracking when hunting salufors of i.a. Garmin International, Inc., Olathe, Kansas, USA, Followit AB, Stockholm, Sweden, Tracker.ch AG, Adliswil, Switzerland, and 2 (10) Swepoint (Pointer Jakt AB), Gavle, Sweden. Such GPS tracking equipment may be used in conjunction with the present invention, but does not form part of the invention.
    Saving systems for hunting with a dog are described in e.g. US 8,115,642 B2 (Thompson et al.).
    As shown therein, the handset mounted in the hunter's bait was carried so that he would have both hands free to hold the rifle and be able to aim.
    In no case above is equipment described that tinks a hunter to check in which direction one of a hunting dog with sandar equipment found is likely to be, while at the same time he can with both hands hold the weapon at least mainly aimed at the assumed maid.
    BRIEF SUMMARY OF THE INVENTION A main object of the present invention is to make it possible for e.g. a fighter to check in which direction one of e.g. a hunting dog with sand equipment has probably found a moth, while at the same time he can hold the weapon with both hands at least mainly towards the assumed moth.
    In a device of the type indicated in the first paragraph above, this object is achieved in that in accordance with the present invention it comprises: a base plate designed for holding a bracelet, with which the holding device can be attached to the arm; and a top part rotatably arranged on the base plate, which is rotatable to fully vary relative to the base plate and comprises mounting pairs adapted for receiving and holding a mounting flange included in the handset or - in case the handset lacks a mounting flange - in an adapter for mounting the handset.
    Because the fighter can see the handset even when he hails the weapon with both hands in the ready position in the direction of the expected grind, he can quickly get to the shot if necessary. This is important, for example, if the intended hunting prey (eg a bear) attacks the dog, who runs back to the hunter for protection and the terrain has e.g. much under-vegetation that obscures the dog and the chasing prey until they are a short distance from the hunter.
    The upper part of the device is suitably rotatable about an axis of rotation of a plurality of predetermined stop layers, and a welding device for the rotation determines these stop layers. By having fixed stop layers, there is no risk that a load by means of friction becomes worn and unreliable. 3 (10) Preferably, the upper part is rotatable completely and the welding device comprises an inner toothed ring and two radially opposite inside the toothed ring, diametrically opposed and radially outwardly engaged in engagement with the toothed ring spring-loaded welding pistons, which can be rotated by means of finger force in the direction of rotation. internal gear and thereby allow rotation. Such a laser device is reliable and relatively simple.
    It is appropriate that the vane welding piston has a maneuvering part, which lies in a plane parallel to the ring gear and extends radially outwards therefrom. Thereby, the locking device 10 can be easily operated by squeezing between the thumb and one or two fingers of a hand.
    For guiding the upper part towards the base plate when rotating, the upper part suitably comprises an annular, axially projecting flange with an inner diameter which is adapted to an outer diameter 15 meters on the ring gear, openings for the welding pistons and their maneuvering part being arranged in the flange. The) part is preferably designed to control the radial movement of the welding pistons and also to prevent the welding pistons at the upper part from being unintentionally unloaded from the base plate.
    Furthermore, the base plate can suitably have a central recess, and each welding piston can also have a projection projecting in the direction of the base plate, which projects into the recess. This makes it even more secure that the welding pistons cannot be detached from the upper part unintentionally.
    Preferably, the mounting savings for receiving and holding the mounting flange extend at a right angle to the movement of the welding pistons. In this way, the maneuvering parts of the welding pistons are always accessible to the fingers, so that the engagement of the welding pistons can be loosened and the upper part rotated. In order to improve the fit of the holding device on the arm, it is suitable that the base plate has a underside which is intended to face the arm of the person, and that this surface is concavely curved in the circumferential direction of the arm.
    BRIEF DESCRIPTION OF THE DRAWINGS In the following, the invention will be described in more detail with reference to preferred embodiments and the accompanying drawings. 4 (10) Figure 1 is a perspective view of a preferred embodiment of the holding device according to the invention provided with straps for holding around the forearm and a handpiece shown in broken lines. Figure 2 is a view of the back of a handset and shows a mounting flange, with which the handset can be locked in the holding device in figure 1.
    Figure 3 is a perspective view of the holding device in figure 1. Figure 4 is a perspective view of the top of a base plate entering the holding device in figure 3 with e.g. an internal gear ring.
    Figure 5 is a perspective view of the top of a rotatable upper part included in the holding device in figure 3 and shows mounting pairs adapted for receiving and holding a mounting flange entering a handset and maneuvering parts in a welding device which laser the upper part relative to the base plate.
    Figure 6 is a perspective view of the underside of the upper part in figure 5 and shows i.a. two radially outwards towards the ring gear spring-loaded welding pistons.
    Figure 7 is a perspective view of the base plate in Figure 3 and shows i.a. aft base plate has a concave arched underside.
    Figure 8 shows the forearm of a fighter holding a rifle and having one of the devices in Figure 3 holding a handset on the forearm.
    DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS Figure 1 shows a perspective view of a preferred embodiment of the holding device 1 according to the invention provided with a bracelet 2 for holding the device on the forearm 5 (figure 8) of a person and a hand unit 3 shown in broken lines. The handset 3 shown is a handheld device with GPS tracking, but can also be used by a smartphone with GPS. Figure 2 shows that the back of the handset 3 is provided with a mounting flange 4 for attaching the handset 3 to the holding device 1. For attaching a smartphone which does not have such a mounting flange, an adapter may be used which hails the smartphone and has a mounting flange. The handset 3 shown in Figure 2 is further provided with a GPS antenna 7 and a VHF antenna 8. (10) As described above, in the present context by "handset" is meant a barbaric electronic unit which can at least indirectly receive a signal from a signal source, determine the direction of the signal source and can be t.cx. a handheld mcd GPS bearing or a smartphone with GPS. The handset can receive the signal directly or via a repeater, usually carried by the user. In the latter case, it is possible to avoid having long projecting antennas on the handset, as these can instead be mounted on the repeater. The handset determines its own position with GPS and sends an interrogation signal to the signal source, which determines its own position with GPS and sends its position data in response to the handset, which on a display can show the positions of the user and the signal call and the direction of the signal call. This is a prior art and does not form part of the present invention, and is therefore not shown in the drawings.
    The holding device 1 is shown from the side in figure 1 and comprises a base plate 10, which is shown in figure 2. The base plate 10 is provided with the fastener 11 for holding the bracelet 2, with which the holding device 1 can be fastened to the arm. With the bracelet 2, the device 1 and below the handset 3 can be fixed in an arbitrary position partly along the forearm and wrist and partly circumferentially around the arm, so that the hunter or other person wearing the handset 3 can easily and comfortably see what is shown on the handset. Furthermore, the device comprises a upper part 12 rotatably arranged centrally on the base plate 10, which is shown at the top in the figure and below in the figure 6. The upper part 12 is rotatable to fully vary relative to the base plate 10 and comprises mounting pairs 13 adapted to receive and hold the handpiece 3 mounting flange 4 or - in case the handset does not have a mounting flange - in an adapter (not shown) for mounting the handset. Because the destroyer, as shown in Figure 8, can see the hand unit 3 even when he hails the weapon 6 with both hands in the ready position in the direction of the expected grind, he can quickly get to the shot if necessary. This is especially important, for example, if the intended hunting prey (eg a bear) attacks the dog, who runs back to the hunter to get protection and the terrain has e.g. much undergrowth that obscures the dog and the pursuit of the prey until they are a short distance from the hunter.
    The upper part 12 is suitably rotatable about an axis of rotation 14 (figure 1) of a plurality of predetermined stop layers, and a welding device (15, 16) for the rotation determines these stop layers. By having fixed stop layers, there is no risk that a load by means of friction becomes worn and unreliable.
    Preferably, the upper part 12 is rotatable completely and the welding device comprises an inner toothed ring 15 (figure 4) and two diametrically 6 (10) arranged radially inside the toothed ring and radially outwardly engaged in engagement with the toothed ring pistons 16, which are loaded by finger force in the direction towards the axis of rotation can be loosened from the engagement in the inner ring gear and thereby by slight rotation. Such a laser device is reliable and relatively simple. In the embodiment shown in Figure 4, the ring gear comprises twelve teeth with a substantially trapezoidal profile, but of course a different number of teeth and a different tooth profile can be selected if desired. Of course, the welding pistons 16 have a shape adapted to the selected number of teeth and the selected tooth profile. Normally, however, twelve teeth are sufficient to provide the desired installability, at the same time as the locking in the installed team is actually stored.
    It is suitable that the habit welding piston 16 has a maneuvering part 17, which lies in a plane parallel to the ring gear and extends radially outwards therefrom. Thereby, the device can be easily operated by squeezing between the thumb and one or two fingers of one hand.
    To guide the upper part 12 towards the base plate when rotating, the upper part 12 suitably comprises an annular, axially projecting flange 18 with an inner diameter which is adapted to an outer diameter of the toothed ring 15, openings for the welding pistons 16 and their respective operating part 17 being arranged in the flange 18. () the part 12 is preferably designed to control the radial movement of the locking pistons 16 towards and away from each other and also to prevent the welding pistons 16 at the upper plate 12 from being unintentionally detached from the upper part 12. This can be achieved by the locking pistons 16 and their maneuvering parts 17 are parallel to the plane of the gear, which grooves are provided with deformable but resilient stop lugs 20. These stop lugs allow insertion of the welding pistons 16 and their maneuvering parts 17 into the spa, clean during assembly, but prevent them from being inadvertently pushed out of the silk by the feather force 12 when the upper part 12 is lOstagen from the base plate 10. 30 In addition, incl The upper part 12 has a top part, which is preferably formed as a slightly resilient tongue 21, which has the two mounting pairs 13 coated on top and along opposite long sides of the tongue 21. The mounting flange 4 on the handset 3 has a wider portion 41, which is adapted to be received. in the mounting groove 13 and a narrower portion 42 with a transverse projection 43 directed towards the tongue 21. A complementary shaped, transverse projection 22 is arranged on the tongue 21, so that when the handset 3 is pushed into the mounting groove 13 to be attached to the holding device 1, the hand unit 3 can then be removed from the gripper device 1 by bending the suitably rear-shaped tip of the tongue 21 (figure 1) away from the net, so that the projections 22, 43 no longer hook into each other.
    Furthermore, the base plate can suitably have a central recess 23, and each welding piston 16 also has a projection 24 projecting in the direction of the base plate, which projects into the recess 23.
    This makes it even more secure that the welding pistons 16 cannot be detached from the upper part 12 unintentionally.
    Preferably, the tongue 21 extends with the mounting spares 13 for receiving and holding the mounting flange 4 on the hand unit 3 at right angles to the movement of the welding pistons 16. Furthermore, because the tongue 21 is narrower than the distance between the outside 17 of the actuating parts 17 of the welding pistons 16, the actuating parts 17 are always accessible to the fingers, so that the engagement of the welding pistons 16 in the inner gear ring can be loosened and the upper part 12 rotated.
    In order to improve the fit of the holding device 1 on the arm, it is appropriate, as shown in Figure 7, that the base plate has a underside 25, which is intended to face the arm of the person, and that this surface 23 is concavely curved in the circumferential direction of the arm.
    INDIUS TRIAL APPLICATION The holding device according to the present invention makes it possible for hunting and other forest sports to have a handset strapped and easily visible on the forearm while both hands are free.
    权利要求:
    Claims (1)
    [1]
    1. ,, '' '' '' ''. 12
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    同族专利:
    公开号 | 公开日
    SE537940C2|2015-12-01|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    SE1351012A|SE537940C2|2013-08-30|2013-08-30|Holder device for a hunting and other forest sports user unit|SE1351012A| SE537940C2|2013-08-30|2013-08-30|Holder device for a hunting and other forest sports user unit|
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