CN103954173A - Solar inner-red-dot sighting telescope with sight bead - Google Patents
Solar inner-red-dot sighting telescope with sight bead Download PDFInfo
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- CN103954173A CN103954173A CN201410163695.5A CN201410163695A CN103954173A CN 103954173 A CN103954173 A CN 103954173A CN 201410163695 A CN201410163695 A CN 201410163695A CN 103954173 A CN103954173 A CN 103954173A
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- foresight
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Abstract
The invention provides a solar inner-red-dot sighting telescope with a sight bead. The solar inner-red-dot sighting telescope provided by the invention has the advantages that a solar battery is arranged at the top surface of a shell and is used for supplying power to an LED lamp, so that the inner-red-dot sighting telescope can adjust the brightness of light outputted by the LED lamp automatically along with the change of the ambient brightness; the solar inner-red-dot sighting telescope does not need to be dependent on any control circuit and does not need to be powered by the battery, so that the service life of the battery is prolonged and the use cost is reduced; and the solar inner-red-dot sighting telescope is connected with a gun barrel by a left clamping rail and a right clamping rail arranged at the bottom part of the telescope and a gun-barrel connecting sleeve, so that the disassembly and the assembly with a gun are very convenient, especially too-large installation space is not needed and the installation is easy.
Description
Technical field
The invention belongs to field of photoelectric technology, be specifically related to a kind of interior red some rifle and take aim at, in especially a kind of solar energy with foresight, a red rifle is taken aim at.
Background technology
Existing interior red some rifle taken aim at most use battery, as lithium battery provides 5 work of LED lamp required electric energy, battery life is limited, need to change, increase use cost, and, in use, can be because the variation of the illumination of external environment need to be passed through by-pass cock, the supply current of regulating cell or voltage, to realize the adjusting to the brightness of the output light of LED lamp 5, while strengthening as ambient brightness, just need to lighten the brightness of the output light of LED lamp 5, otherwise, need to weaken the brightness of the output light of LED lamp 5.
This interior red some rifle taken aim at and all relied on powered battery at daytime, night, and the replacing of battery increases use cost.
In addition, existing interior red some rifle taken aim in use and all need to be arranged on firearms by the installing card rail being arranged on firearms, and the dismounting of this kind of installing card rail is all not too convenient.With interior red some rifle of foresight, take aim at and be mainly used on air gun, the accurate heart of aiming that gun barrel front end is installed, mostly is the mechanical accurate heart, must the run-home of sight alignment ability during aiming.Due to limited space, interior red larger rifle cannot be installed and take aim at (because the supplying cell that existing interior red some rifle taken aim at use is larger, installing space demand is large).
Summary of the invention
The object of the invention is to overcome existing interior red some rifle and take aim at and only rely on battery electric energy is provided, the high problem of use cost causing makes this interior red point take aim at tool simple and easy with connecting of firearms simultaneously.
For reaching above-mentioned purpose, the invention provides a red rifle in a kind of solar energy with foresight takes aim at, comprise housing, be arranged on the arch lens carrier of the mounted lens of housing front end, be arranged on the LED lamp of housing rear end, be arranged on the battery compartment in housing, be arranged on the brightness regulating switch on housing, be arranged on the control circuit board in housing, battery compartment, brightness regulating switch, control circuit board forms and is connected in series loop with LED lamp, also comprise the solar cell to described LED lamp power supply being arranged on housing, with the embedded end face that is arranged on described housing of described battery compartment, and be placed between this battery compartment and LED lamp,
Described brightness regulating switch is arranged on the rear end of left surface or the right flank of housing;
On described control circuit board, be provided with Dual-power automatic switching module, in order at described brightness regulating switch during in off state, be communicated with being electrically connected to of solar cell and LED lamp, make solar cell provide power supply to LED lamp; Or when described solar cell can not provide enough voltage or electric current, be communicated with the loop that is connected in series of battery, brightness regulating switch, control circuit board and LED lamp formation, realize battery control to the brightness output of LED lamp to the power supply of LED lamp and brightness regulating switch;
Or on control circuit board, be provided with process chip MCU and gear control circuit, the treated chip MCU of solar cell is connected in series the lamp to LED, and the treated chip MCU of battery, gear control circuit are connected in series the lamp to LED, brightness regulating switch is key switch, comprises "+", "-" button, and this "+", "-" button are connected with process chip MCU respectively, process chip MCU is according to "+", the cut-out of the input signal first solar cell of the arbitrary button in "-" button and being electrically connected to of LED lamp, and according to this "+", again or the repeatedly input signal of the arbitrary button in "-" button is controlled gear control circuit to realize the adjusting to the supply voltage of LED lamp or size of current, change the brightness of the output light of LED lamp, and according to "+", the signal that "-" button is inputted simultaneously or within a period of time, there is no arbitrary input after cut off being electrically connected to of battery and gear control circuit, recover being electrically connected to of solar cell and LED lamp simultaneously.
Above-mentioned LED lamp be arranged in the rear end that is placed in described housing can be along on the slide block laterally horizontally slipping of housing, slide block cross section is " work " font, the limit sliding chutes that its front end face top arranges LED lamp putting groove, top offers with the position limiting slide block to downward-extension coordinates from housing end face inner surface.
On above-mentioned housing bottom surface, be provided with the lower cover that is positioned at described slide block below, on it, offer four three fixing threaded holes and at least one osculum.
Above-mentioned housing bottom surface is provided with the left and right card rail extending vertically, is provided with dovetail fixture block, with the lock-screw thread connection penetrating from right card rail on left card rail;
Housing connects with gun barrel splice sleeve by this left and right card rail;
This gun barrel splice sleeve consists of interior shell of establishing the stay pipe of axial channel and being set in outside it;
Stay pipe comprises quadrangular cylinder and the circular end surface that is arranged on this quadrangular cylinder front end, and the bottom of the left and right side of quadrangular cylinder is respectively provided with the spacing stupefied of an extension vertically; The chute that extends and protrude from vertically this bottom surface is downwards offered in the bottom surface of quadrangular cylinder;
The front end of the top surface of quadrangular cylinder is provided with the card rail of holding from circular end surface, the described left and right of the confession card rail clip that extends back vertically, is provided with the first screw that penetrates duct in the rear of this card rail;
The front end of the top surface of described shell offers axially extended use so that the hole slot that described left and right card rail inserts, and in the end face of the shell at this hole slot rear, for extending vertically rectangular groove, and offers the second screw on this rectangular groove;
The bottom surface front end of shell is provided with the lower prominent chamber of accommodating described chute, and this lower prominent chamber connects with chute by screw.
Above-mentioned duct, the front end of this duct self-supporting pipe is direction to the back-end, and internal diameter reduces gradually; The rear end of shell is tapered truncated cone-shaped from front to back.
Level tune screw is installed in described slide block corresponding position on the right flank of above-mentioned housing, adjustable screw spring is installed between the left surface of housing and slide block, this adjustable screw spring housing is located on limited post.
In above-mentioned housing, be provided with the split washer being fastened on Level tune screw, to prevent that Level tune screw from rotating under the squeezing action of adjustable screw spring.
In the rear end face of above-mentioned housing, be provided with the power-assisted pin that presses on the rear end face of slide block, be set in power-assisted helical spring on this power-assisted pin and with housing thread connection and press the hold-down screw in the helical spring rearward end of this power-assisted, by this power-assisted pin, power-assisted helical spring and hold-down screw, realize spacing to the front and back of slide block.
The rear end of above-mentioned housing is vertically installed with up-down adjustment screw, its be arranged on the rear end of housing in and with the embedded adjustment disk thread connection connecting of rear end face of described slide block.
Above-mentioned solar cell is any in monocrystalline silicon, polysilicon, silicon photoelectric diode or Weak light type amorphous silicon solar cell.
Advantage of the present invention is: use solar cell to provide electric energy for LED lamp 5, in having realized, red some rifle taken aim at itself along with the variation of ambient brightness regulates the brightness of the output light of LED lamp 5 automatically, and without relying on any control circuit, without powered battery, extend the service life of battery, reduced use cost.In conjunction with interior red some rifle, take aim at battery power supply system itself, in having guaranteed, red some rifle taken aim at the normal use at night; The gun barrel splice sleeve providing is simple in structure, simple with firearms gun barrel join operation, does not especially need too large installing space, installs easily.
Below in conjunction with drawings and Examples, the present invention is elaborated.
Accompanying drawing explanation
Fig. 1 takes aim at the axis side views such as back side with red some rifle in the solar energy of foresight.
Fig. 2 takes aim at the axis side views such as left front orientation with red some rifle in the solar energy of foresight.
Fig. 3 takes aim at axial cutaway view with red some rifle in the solar energy of foresight.
Fig. 4 is slide block schematic perspective view.
Fig. 5 is the axial cutaway view of slide block (LED lamp and adjustment disk are installed).
Fig. 6 takes aim at explosive view with red some rifle in the solar energy of foresight.
Fig. 7 is adjustment disk stereogram.
Fig. 8 is lower cover structure schematic diagram.
Fig. 9 takes aim at transverse sectional view (along left and right directions) with red some rifle in the solar energy of foresight.
Figure 10 is stay pipe schematic diagram.
Figure 11 is shell schematic diagram.
Figure 12 takes aim at red some rifle in the solar energy of foresight the axial cutaway view being installed together with gun barrel splice sleeve.
Figure 13 is that circuit is controlled schematic diagram.
Description of reference numerals: 1, housing; 2, lens; 3, arch lens carrier; 4, battery compartment; 5, LED lamp; 6, solar cell; 7, brightness regulating switch; 8, slide block; 9, LED lamp putting groove; 10, position limiting slide block; 11, limit sliding chutes; 12, LED lamp putting groove; 13, fixing threaded hole; 14, osculum; 15, dovetail fixture block; 16, lock-screw; 17, stay pipe; 18, shell; 19, quadrangular cylinder; 20, circular end surface; 21,22, spacing stupefied; 23, chute; 24, card rail; 25, the first screw; 26, hole slot; 27, rectangular groove; 28, the second screw; 29, lower prominent chamber; 30, Level tune screw; 31, adjustable screw spring; 32, limited post; 33, power-assisted pin; 34, power-assisted helical spring; 35, hold-down screw; 36, up-down adjustment screw; 37, adjustment disk; 38, split washer; 39, prominent circle; 40, duct; 41, circuit board; 42, cover glass; 43, battery cover; 44, battery; 45, battery packing ring; 46, protecgulum; 47, LED cover glass; 48, screw.
The specific embodiment
As Fig. 1, shown in 2, in this solar energy with foresight, a red rifle is taken aim at, comprise housing 1, be arranged on the arch lens carrier 3 of the mounted lens 2 of housing 1 front end, be arranged on the LED lamp 5 of housing 1 rear end, be arranged on the battery compartment 4 in housing 1, be arranged on the brightness regulating switch 7 on housing 1, be arranged on the control circuit board in housing 1, battery compartment 4, brightness regulating switch 7, control circuit board 41 forms and is connected in series loop with LED lamp 5, also comprise the solar cell 6 to 5 power supplies of LED lamp being arranged on housing 1, with the embedded end face that is arranged on housing 1 of battery compartment 4, and be placed between this battery compartment 4 and LED lamp 5, brightness regulating switch 7 is arranged on the rear end of left surface or the right flank of housing 1, on control circuit board 41, be provided with the Dual-power automatic switching module shown in Figure 13, in order at brightness regulating switch 7 during in off state, be communicated with being electrically connected to of solar cell 2 and LED lamp 5, make solar cell 6 provide power supply to LED lamp 5, or when solar cell 6 can not provide enough voltage or electric current, be communicated with the loop that is connected in series of battery, brightness regulating switch 7, control circuit board and LED lamp 5 formations, realize the control of battery to the brightness output of the power supply of LED lamp 5 and 7 pairs of LED lamps 5 of brightness regulating switch,
Or 41 be provided with process chip MCU and gear control circuit on control circuit board, the treated chip MCU of solar cell 6 is connected in series to LED lamp 5, and the treated chip MCU of battery, gear control circuit are connected in series to LED lamp 5, brightness regulating switch 7 is key switch, comprises "+", "-" button, and this "+", "-" button are connected with process chip MCU respectively, process chip MCU is according to "+", the cut-out of the input signal first solar cell 6 of the arbitrary button in "-" button and being electrically connected to of LED lamp 5, and according to this "+", again or the repeatedly input signal of the arbitrary button in "-" button is controlled gear control circuit to realize the adjusting to the supply voltage of LED lamp 5 or size of current, change the brightness of the output light of LED lamp 5, and according to "+", the signal that "-" button is inputted simultaneously or within a period of time, there is no arbitrary input after cut off being electrically connected to of battery and gear control circuit, recover being electrically connected to of solar cell 6 and LED lamp 5 simultaneously.
Thus, by day or have while using the solar powered interior red some rifle with foresight that the present embodiment provides to take aim in the environment of sunlight, by solar cell 6, give LED lamp 5 power supplies, and the brightness meeting of the output light of LED lamp 5 adaptive change along with the variation of the electric energy of solar cell 6 generations, while strengthening as ambient brightness, the brightness of the output light of LED lamp 5 is also followed and is brightened, otherwise, with the dimmed of ambient brightness, weaken, solar cell 6 can not provide in the situation of enough voltage or electric current, Dual-power automatic switching module just can be cut off being connected of solar cell 2 and LED lamp 5, switch to powered battery, certainly, voltage or the electric current that also can provide at solar cell 6 are less, but deficiency is so that Dual-power automatic switching module generation redirect, and under the darker prerequisite of the now Output of laser brightness of LED lamp 5, by triggering brightness regulating switch 7 manually to Dual-power automatic switching module or process chip MCU mono-input signal, realization cut-out solar cell 6 is connected with LED lamp 5, the link circuit of turn-on battery and LED lamp 5.
Here the solar cell 6 relating to can be any in monocrystalline silicon, polysilicon, silicon photoelectric diode or Weak light type amorphous silicon solar cell.
As seen from Figure 3, LED lamp 5 be arranged in the rear end that is placed in housing 1 can be along on the slide block laterally horizontally slipping 8 of housing 1, visible in conjunction with Fig. 4, slide block 8 cross sections are " work " font, as seen from Figure 5, its front end face top arranges LED lamp putting groove 9, top offers and the position limiting slide block 10(to downward-extension is shown in Fig. 3 from housing 1 end face inner surface) limit sliding chutes 11 that coordinates, thus, in conjunction with in slide block 8 corresponding positions, Level tune screw 30 being installed on the right flank that is arranged on housing 1 shown in Fig. 6, between the left surface of housing 1 and slide block 8, adjustable screw spring 31 is installed, this adjustable screw spring 31 is set on limited post 32, by the inside pushing tow of positive and negative rotation Level tune screw 30 or the power of unloading in slide block 8, slide block 8 squeeze adjustments helical spring 31 or be conditioned that helical spring 31 is counter to be pushed away under the pushing tow of Level tune screw 30, thereby the transverse horizontal that realizes slide block 8 moves, finally realize the adjustment to the transverse horizontal position of LED lamp 5.In this process, the horizontal adjusting range of 11 restriction slide blocks 8 of position limiting slide block 10 and limit sliding chutes, avoids Level tune screw 30 too much to screw or revolve and send, and significantly affects the lateral attitude of LED lamp 5, the trickle adjustment of realization to the lateral attitude of LED lamp 5, contributes to adjust the raising of precision.
And in order to ensure slide block 8 stability in the adjustment of transverse horizontal position; as shown in Figure 6; in the rear end face of housing 1, be provided with the power-assisted pin 33 that presses on the rear end face of slide block 8, be set in power-assisted helical spring 34 on this power-assisted pin 33 and with housing 1 thread connection and press the hold-down screw 35 in the rearward end of this power-assisted helical spring 34, by this power-assisted pin 33, power-assisted helical spring 34 and hold-down screw 35, realize spacing to the front and back of slide block 8.
In order to prevent that Level tune screw 30 from rotating under the squeezing action of adjustable screw spring 31, the special split washer 38 being fastened on Level tune screw 30 that is provided with in housing 1.
By Fig. 3 or 6, can be seen, the rear end of housing 1 is vertically installed with up-down adjustment screw 36, its be arranged on the rear end of housing 1 in and with embedded connection of rear end face of slide block 8 (see Fig. 5, as seen from Figure 4, the bottom of the rear end face of slide block 8 offers groove, and the prominent circle 39 of being convenient on adjustment disk 37 perisporiums shown in Fig. 7 snaps in) adjustment disk 37 thread connection.
By Fig. 6, be it can also be seen that, on housing 1 bottom surface, be provided with the lower cover 12 that is positioned at slide block 8 belows, visible in conjunction with Fig. 8, on it, offer four three fixing threaded holes 13 and at least one osculum 14.
In order to realize in the solar energy with foresight that above-described embodiment provides red some rifle, take aim at the easy of firearms and connect, on the basis of Fig. 6, visible in conjunction with Fig. 9, housing 1 bottom surface is provided with the left and right card rail extending vertically, on left card rail, be provided with dovetail fixture block 15, with lock-screw 16 thread connection that penetrate from right card rail; Housing 1 connects with gun barrel splice sleeve by this left and right card rail;
Gun barrel splice sleeve as shown in Figure 6, consists of the stay pipe 17 of axial hollow and the shell 18 being set in outside it;
Stay pipe 17 as shown in figure 10, comprises quadrangular cylinder 19 and the circular end surface 20 that is arranged on these quadrangular cylinder 19 front ends, and the bottom of the left and right side of quadrangular cylinder 19 is respectively provided with spacing stupefied 21,22 of an extension vertically; The chute 23 that extends and protrude from vertically this bottom surface is downwards offered in the bottom surface of quadrangular cylinder 19;
The front end of the top surface of quadrangular cylinder 19 is provided with the card rail 24 of holding from circular end surface 20, the described left and right of the confession card rail clip that extends back vertically, is provided with the first screw 25 that penetrates duct 40 in the rear of this card rail 24;
As shown in figure 11, front end of the top surface offers axially extended use so that the hole slot 26 that left and right card rail inserts for 18, shell, in the end face of the shell 18 at these hole slot 26 rears, for extending vertically rectangular groove 27, and offers the second screw 28 on this rectangular groove 27; The bottom surface front end of shell 18 is provided with the lower prominent chamber 29 of accommodating chute 23, and this lower prominent chamber 29 connects with chute 23 by screw.
After shell 18 is set on stay pipe 17, by the first screw 25, the second screw 28, adopt screw attachment.
With red some rifle in the solar energy of foresight, take aim at by being arranged on the left and right card track of the bottom surface of its housing 1, insert after hole slot 26, by dovetail fixture block dovetail fixture block 15 and lock-screw 16 realization left and right card rails, connect with the clamping of card rail 24, then by stay pipe 17, together with red some rifle in the whole solar energy with foresight, take aim on the gun barrel that is sleeved on firearms, finally, by spacing through the attachment screw of the first screw 25 and the second screw 28, dismounting is very convenient.As shown in figure 12, the duct 40 along circumferential extension of stay pipe 17, the front end of purple stay pipe 17 is direction to the back-end, and internal diameter reduces gradually, and this structure is also in order to realize the red some mounting limit that rifle is taken aim in the whole solar energy with foresight in fact.
The rear end of shell 18 is tapered truncated cone-shaped from front to back, can reduce the obstruction of 18 pairs of sight lines of shell.
In Fig. 6, also can find out; in the solar energy with foresight that each embodiment provides above, a red rifle is taken aim at; also be provided with the cover glass of solar cell 6; prevent a day sun energy battery damaged; at battery 44, be outside equipped with battery cover 43 simultaneously; battery 44 bottoms arrange battery packing ring 45, are elastic component, for coordinating with battery cover 43, compress battery 44.Equally, outside LED lamp 5, be also provided with LED cover glass 47.Screw 48 shown in Figure 11 is in order to realize being connected of lower cover 12 and housing 1.
In sum, be not difficult to find out, use solar cell 6 to provide electric energy for LED lamp 5, in having realized, red some rifle taken aim at itself along with the variation of ambient brightness regulates the brightness of the output light of LED lamp 5 automatically, and without relying on any control circuit, without powered battery, extended the service life of battery, reduced use cost.And left and right card rail and the gun barrel splice sleeve of by being arranged on rifle, taking aim at bottom connect with gun barrel, very convenient.
Claims (10)
1. in the solar energy with foresight, a red rifle is taken aim at, comprise housing (1), be arranged on the arch lens carrier (3) of the mounted lens (2) of housing (1) front end, be arranged on the LED lamp (5) of housing (1) rear end, be arranged on the battery compartment (4) in housing (1), be arranged on the brightness regulating switch (7) on housing (1), be arranged on the control circuit board in housing (1), battery compartment (4), brightness regulating switch (7), control circuit board forms and is connected in series loop with LED lamp (5), it is characterized in that: also comprise the solar cell (6) to described LED lamp (5) power supply being arranged on housing (1), with the embedded end face that is arranged on described housing (1) of described battery compartment (4), and be placed between this battery compartment (4) and LED lamp (5),
Described brightness regulating switch (7) is arranged on the left surface of housing (1) or the rear end of right flank;
On described control circuit board, be provided with Dual-power automatic switching module, in order at described brightness regulating switch (7) during in off state, connection solar cell (2) is electrically connected to LED lamp (5), makes solar cell (6) provide power supply to LED lamp (5); Or when described solar cell (6) can not provide enough voltage or electric current, be communicated with the loop that is connected in series of battery, brightness regulating switch (7), control circuit board and LED lamp (5) formation, realize battery control to the brightness output of LED lamp (5) to the power supply of LED lamp (5) and brightness regulating switch (7);
Or on control circuit board, be provided with process chip MCU and gear control circuit, the treated chip MCU of solar cell (6) is connected in series to LED lamp (5), and the treated chip MCU of battery, gear control circuit are connected in series to LED lamp (5), brightness regulating switch (7) is key switch, comprises "+", "-" button, and this "+", "-" button are connected with process chip MCU respectively, process chip MCU is according to "+", the cut-out solar cell of input signal first (6) of the arbitrary button in "-" button and being electrically connected to of LED lamp (5), and according to this "+", again or the repeatedly input signal of the arbitrary button in "-" button is controlled gear control circuit to realize the supply voltage of LED lamp (5) or the adjusting of size of current, change the brightness of the output light of LED lamp (5), and according to "+", the signal that "-" button is inputted simultaneously or within a period of time, there is no arbitrary input after cut off being electrically connected to of battery and gear control circuit, recover being electrically connected to of solar cell (6) and LED lamp (5) simultaneously.
2. in the solar energy with foresight as claimed in claim 1, a red rifle is taken aim at, it is characterized in that: described LED lamp (5) be arranged in the rear end that is placed in described housing (1) can be along on the slide block laterally horizontally slipping (8) of housing (1), slide block (8) cross section is " work " font, the limit sliding chutes (11) that its front end face top arranges LED lamp putting groove (9), top offers with the position limiting slide block (10) to downward-extension coordinates from housing (1) end face inner surface.
3. in the solar energy with foresight as claimed in claim 2, a red rifle is taken aim at, it is characterized in that: on described housing (1) bottom surface, be provided with the lower cover (12) that is positioned at described slide block (8) below, on it, offer four three fixing threaded holes (13) and at least one osculum (14).
4. in the solar energy with foresight as claimed in claim 1, a red rifle is taken aim at, it is characterized in that: described housing (1) bottom surface is provided with the left and right card rail extending vertically, on left card rail, be provided with dovetail fixture block (15), with lock-screw (16) thread connection penetrating from right card rail;
Housing (1) connects with gun barrel splice sleeve by this left and right card rail;
This gun barrel splice sleeve is established the stay pipe (17) of axial channel (40) and is set in its outer shell (18) formation by interior;
Stay pipe (17) comprises quadrangular cylinder (19) and is arranged on the circular end surface (20) of this quadrangular cylinder (19) front end, and the bottom of the left and right side of quadrangular cylinder (19) is respectively provided with spacing stupefied (21,22) of extending vertically; The chute (23) that extends and protrude from vertically this bottom surface is downwards offered in the bottom surface of quadrangular cylinder (19);
The front end of the top surface of quadrangular cylinder (19) is provided with the card rail (24) of holding from circular end surface (20), the described left and right of the confession card rail clip that extends back vertically, is provided with the first screw (25) that penetrates duct (40) in the rear of this card rail (24);
The front end of the top surface of described shell (18) offers axially extended use so that the hole slot (26) that described left and right card rail inserts, in the end face of the shell (18) at this hole slot (26) rear, for extending vertically rectangular groove (27), and offer the second screw (28) on this rectangular groove (27);
The bottom surface front end of shell (18) is provided with the lower prominent chamber (29) of accommodating described chute (23), and this lower prominent chamber (29) connects with chute (23) by screw.
5. in the solar energy with foresight as claimed in claim 4, a red rifle is taken aim at, and it is characterized in that: described duct (40), the front end of this duct (40) self-supporting pipe (17) is direction to the back-end, and internal diameter reduces gradually; The rear end of described shell (18) is tapered truncated cone-shaped from front to back.
6. in the solar energy with foresight as claimed in claim 2, a red rifle is taken aim at, it is characterized in that: Level tune screw (30) is installed in described slide block (8) corresponding position on the right flank of described housing (1), between the left surface of housing (1) and slide block (8), adjustable screw spring (31) is installed, this adjustable screw spring (31) is set on limited post (32).
7. in the solar energy with foresight as claimed in claim 6, a red rifle is taken aim at, it is characterized in that: in described housing (1), be provided with the split washer (38) being fastened on Level tune screw (30), to prevent that Level tune screw (30) from rotating under the squeezing action of adjustable screw spring (31).
8. in the solar energy with foresight as described in claim 2 or 6, red some rifle taken aim at, it is characterized in that: in the rear end face of described housing (1), be provided with the power-assisted pin (33) that presses on the rear end face of slide block (8), be set in power-assisted helical spring (34) on this power-assisted pin (33) and with housing (1) thread connection and press the hold-down screw (35) in the rearward end of this power-assisted helical spring (34), by this power-assisted pin (33), power-assisted helical spring (34) and hold-down screw (35), realize spacing to the front and back of slide block (8).
9. in the solar energy with foresight as described in claim 2 or 6, red some rifle taken aim at, it is characterized in that: the rear end of described housing (1) is vertically installed with up-down adjustment screw (36), its be arranged on the rear end of housing (1) in and with the embedded adjustment disk connecting of rear end face (37) thread connection of described slide block (8).
10. in the solar energy with foresight as claimed in claim 1 or 2, a red rifle is taken aim at, and it is characterized in that: described solar cell (2) is any in monocrystalline silicon, polysilicon, silicon photoelectric diode or Weak light type amorphous silicon solar cell.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410163695.5A CN103954173B (en) | 2014-04-23 | 2014-04-23 | Red rifle is taken aim in a kind of solar energy with foresight |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410163695.5A CN103954173B (en) | 2014-04-23 | 2014-04-23 | Red rifle is taken aim in a kind of solar energy with foresight |
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| Publication Number | Publication Date |
|---|---|
| CN103954173A true CN103954173A (en) | 2014-07-30 |
| CN103954173B CN103954173B (en) | 2017-08-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410163695.5A Active CN103954173B (en) | 2014-04-23 | 2014-04-23 | Red rifle is taken aim in a kind of solar energy with foresight |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015131452A1 (en) * | 2014-03-01 | 2015-09-11 | 西安华科光电有限公司 | Inner red-dot gun sighting device powered by solar cell and provided with micro-current led light source |
| CN107782199A (en) * | 2016-08-30 | 2018-03-09 | 西安华科光电有限公司 | A kind of interior red point for eliminating veiling glare takes aim at tool |
| CN107796267A (en) * | 2016-08-30 | 2018-03-13 | 西安华科光电有限公司 | Red point takes aim at tool light source adjusting mechanism in one kind |
| CN109186346A (en) * | 2018-11-08 | 2019-01-11 | 南通神目机械有限公司 | A kind of dedicated gun sight of Shotgun |
| CN110017728A (en) * | 2018-01-08 | 2019-07-16 | 西安华科光电有限公司 | A kind of adaption brightness adjusting circuit based on object and interior red dot take aim at tool |
| CN110645832A (en) * | 2018-06-26 | 2020-01-03 | 西安华科光电有限公司 | Firearm casing and sighting device |
| WO2020125323A1 (en) * | 2018-12-20 | 2020-06-25 | 西安华科光电有限公司 | Self-adaptive illumination adjustment circuit and inner red dot sight |
| CN114174761A (en) * | 2019-07-10 | 2022-03-11 | 普莱姆埃姆斯有限责任公司 | Solar cover assembly for optical sighting system |
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| US11421960B2 (en) | 2018-12-20 | 2022-08-23 | Huanic Corporation | Self-adaptive brightness adjustment circuit and solar inner red dot sight |
| JP2021520051A (en) * | 2018-12-20 | 2021-08-12 | 西安華科光電有限公司Ｈｕａｎｉｃ Ｃｏｒｐｏｒａｔｉｏｎ | Self-adaptive brightness adjustment circuit and inner red dot sight |
| WO2020125323A1 (en) * | 2018-12-20 | 2020-06-25 | 西安华科光电有限公司 | Self-adaptive illumination adjustment circuit and inner red dot sight |
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