CN209594806U - Electric shock arrests Anti-cut Gloves - Google Patents
Electric shock arrests Anti-cut Gloves Download PDFInfo
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- CN209594806U CN209594806U CN201822211238.5U CN201822211238U CN209594806U CN 209594806 U CN209594806 U CN 209594806U CN 201822211238 U CN201822211238 U CN 201822211238U CN 209594806 U CN209594806 U CN 209594806U
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- cutting layer
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Abstract
A kind of electric shock arrests Anti-cut Gloves, including glove bulk, and glove bulk includes anti-cutting layer and insulating layer, and anti-cutting layer is set in outside insulating layer；It further include power module, power module is connected with master switch, and master switch is connected with pulse generating module, and power module, master switch and pulse generating module are arranged on the back of the hand of glove bulk and are located on the outside of anti-cutting layer；Touch switch is connected with pulse generating module, and touch switch is arranged on the palm of the hand of glove bulk and is located on the outside of anti-cutting layer；Output electrode is connected with touch switch, and output electrode is arranged on the finger of glove bulk and is located on the outside of anti-cutting layer；The utility model is simple in sturcture, ingenious in design, easy to carry, highly-safe, and personnel's moment can be made to disable, but not generates permanent injury；Meanwhile using conical output electrode, validity is good, can directly puncture object clothes, touches purported skin and uses；Using dual-switch, maloperation is avoided, it is safe and reliable.
Description
Technical field
The utility model relates to a kind of gloves more particularly to a kind of electric shock to arrest Anti-cut Gloves.
Background technique
China is disabling gun country, and people's police and People's Armed Police have very stringent regulation when using gun；It is using simultaneously
When, it will also result in some adverse effects, easily cause common people's blame.In order to which people's police can carry, and can quickly make
Offender is taken, occurs some electric shock gloves currently on the market, electric shock gloves are that a kind of utilize exports high electric field pulse when contacting
Make targeted neuromuscular tissue paralysis, generate strong and automatic contraction of muscle, of short duration disability, to lose resistance ability
Non-lethal weapon.
When existing electric shock gloves are ruffian's fight of hand-held cutter, anti-cutting ability is poor, and being unable to gloves for protection makes
The safety of user, therefore, designing a anti-cutting ability, the gloves with electric shock function are very necessary again by force.
Utility model content
The utility model provides a kind of shock by electricity and arrests Anti-cut Gloves, has and arrests ruffian rapidly by electric shock and protect hand
Cover the function that the hand of user is not injured by cutter.Specific technical solution is as follows:
A kind of electric shock arrests Anti-cut Gloves, including glove bulk, and glove bulk includes anti-cutting layer and insulating layer, anti-cutting layer set
It is located at outside insulating layer；It further include power module, master switch, pulse generating module, touch switch and output electrode；Power supply mould
Block is connected with master switch, and master switch is connected with pulse generating module, and power module, master switch and pulse generating module setting exist
On the back of the hand of glove bulk and it is located on the outside of anti-cutting layer；Touch switch is connected with pulse generating module, and touch switch is arranged in hand
It covers on the palm of the hand of ontology and is located on the outside of anti-cutting layer；Output electrode is connected with touch switch, and output electrode is arranged in glove bulk
Finger on and be located at anti-cutting layer on the outside of；Output electrode is cone, and conical bottom end is fixedly linked with anti-cutting layer, cone
Tip far from anti-cutting layer be arranged.
Further, anti-cutting layer includes aramid fiber and alloy wire, and aramid fiber is connected with alloy wire.
Further, the material of insulating layer is rubber.
Further, compartment, power module, master switch and arteries and veins are fixedly installed on the anti-cutting layer of the back of the hand of glove bulk
Punching occurs module and is accommodated in compartment.
Further, power module includes battery compartment, battery and battery cover, battery containing in battery compartment, battery cover with
Battery compartment is connected.
Further, one end that battery compartment is connected with battery cover is provided with external screw thread, and battery cover is provided with internal screw thread, battery compartment
It is threadedly coupled with battery cover.
Further, output electrode outer sheath is equipped with anticollision layer, and anticollision layer is fixed on the outside of anti-cutting layer.
Further, conducting wire is provided between anti-cutting layer and anticollision layer, output electrode is connected with conducting wire, conducting wire and touch switch
It is connected.
Further, touch switch is fixedly installed on the anti-cutting layer of the palm of the hand of glove bulk, touch switch includes switching this
Body and elastic covering, elastic covering are hemispherical；Switch main body is fixedly linked with anti-cutting layer, and elastic covering is set in the outer of Switch main body
Side.
Further, conducting wire is provided between anti-cutting layer and insulating layer, touch switch is connected with conducting wire, conducting wire and high-voltage pulse
Module is connected.
The utility model is simple in sturcture, ingenious in design, easy to carry, highly-safe, personnel's moment can be made to disable, but not
Permanent injury can be generated；Meanwhile using conical output electrode, validity is good, can directly puncture object clothes, touches target skin
Skin uses；Using dual-switch, maloperation is avoided, it is safe and reliable.
Detailed description of the invention
Fig. 1 is the schematic diagram that the electric shock of the utility model arrests the back of the hand of Anti-cut Gloves；
Fig. 2 is the schematic diagram that the electric shock of the utility model arrests the palm of the hand of Anti-cut Gloves；
Fig. 3 is that the electric shock of the utility model arrests the cross-sectional view of Anti-cut Gloves；
Fig. 4 is the cross-sectional view that the electric shock of the utility model arrests the touch switch of Anti-cut Gloves；
Fig. 5 is the cross-sectional view that the electric shock of the utility model arrests the output electrode of Anti-cut Gloves.
Specific embodiment
In order to be best understood from the purpose of this utility model, function and specific design scheme, with reference to the accompanying drawing, to this
The electric shock of utility model is arrested Anti-cut Gloves and is described in further detail.
As shown in Figure 1 and shown in Fig. 2, it includes glove bulk 1, power module that the electric shock of the utility model, which arrests Anti-cut Gloves,
2, master switch 3, pulse generating module 4, touch switch 5 and output electrode 6.Power module 2 is connected with master switch 3, master switch 3
It is connected with pulse generating module 4, the back of the hand of glove bulk 1 is arranged in power module 2, master switch 3 and pulse generating module 4
On；Touch switch 5 is connected with pulse generating module 4, and touch switch 5 is arranged on the palm of the hand of glove bulk 1；Output electrode 6 with
Touch switch 5 is connected, and output electrode 6 is arranged on the finger of glove bulk 1.
Specifically, anti-cutting layer 11 is set in insulating layer as shown in figure 3, glove bulk 1 includes anti-cutting layer 11 and insulating layer 12
Outside 12, anti-cutting layer 11 is woven by aramid fiber and alloy wire, has good anti-cutting and wearability.Insulating layer 12
It is made of rubber, rubber has good insulating properties and waterproof performance.
As shown in Figure 1, being fixedly installed compartment 7 on the anti-cutting layer 11 of the back of the hand of glove bulk 1, power module 2 is always opened
Close 3 and pulse generating module 4 be accommodated in compartment 7, compartment 7 is made of waterproof material, to avoid because contact water and
The damage that short circuit causes the utility model occurs.
Power module 2 includes battery compartment 21, battery and battery cover 22.Battery containing is in battery compartment 21, battery cover 22
It is connected with battery compartment 21, it is preferred that one end that battery compartment 21 is connected with battery cover 22 is provided with external screw thread, and battery cover 22 is provided with
Internal screw thread, battery compartment 21 are connected through a screw thread with battery cover 22, to facilitate the replacement of battery.Preferably, it is also set up in compartment 7
There is battery allowance indicator light 8, battery allowance indicator light 8 is connected with battery, for the remaining capacity of real-time monitoring battery, with convenient
Replacement battery in time.
As shown in Figure 2 and Figure 4, it is fixedly installed touch switch 5 on the anti-cutting layer 11 of the palm of the hand of glove bulk 1, touch-control is opened
Closing 5 includes Switch main body 51 and elastic covering 52.Switch main body 51 is fixedly linked with anti-cutting layer 11, and elastic covering 52 is set in switch originally
The outside of body 51, it is preferred that elastic covering 52 is hemispherical, to make no matter elastic covering 52 can oppress out in which direction stress
Ontology 51 is closed, electric discharge is completed, effectively raises the reliability of the utility model.
As shown in figure 5, output electrode 6 is fixed on the anti-cutting layer 11 of the finger of glove bulk 1, output electrode 6 is
Cone, conical bottom end are fixed on anti-cutting layer 11, and conical tip is arranged far from anti-cutting layer 11, the point of circular cone
End aggregation charge is high-efficient, to improve electric shock effect.
Preferably, 6 outer sheath of output electrode is equipped with anticollision layer 8, and anticollision layer 8 is fixed at 11 outside of anti-cutting layer, anticollision
Layer 8 can prevent run-off the straight during fighting of output electrode 6, influence the effect that shocks by electricity, it is preferred that anticollision layer 8 uses insulation material
Material is made, and the anticollision layer 8 of the present embodiment uses vulcanie, and the anticollision layer 8 of insulation can avoid output electrode 6 and anti-cutting layer 11
Alloy wire is connected, and avoids the user that the utility model is accidentally injured because of the electrification of anti-cutting layer 11.
As shown in Figure 4 and Figure 5, conducting wire 9, touch switch 5 and high-voltage pulse are provided between anti-cutting layer 11 and insulating layer 12
Module 4 is connected also by conducting wire 9；Conducting wire 9, output electrode 6 and touch switch 5 are also equipped between anti-cutting layer 11 and anticollision layer 8
It is connected by conducting wire 9.
When the utility model is used, opening master switch 3, target is grabbed, electric discharge can be completed in pressure touch switch 5, right
Target output high electric field pulse makes targeted neuromuscular tissue paralysis, generates strong and automatic contraction of muscle, of short duration disability,
And then it is arrested.
The utility model is simple in sturcture, ingenious in design, easy to carry, highly-safe, personnel's moment can be made to disable, but not
Permanent injury can be generated；Meanwhile using conical output electrode, validity is good, can directly puncture object clothes；It is opened using dual
It closes, avoids maloperation, it is safe and reliable.
The utility model is further described by specific embodiment above, it should be understood that, have here
The description of body, should not be construed as the restriction to the spirit and scope of the utility model, and one of ordinary skilled in the art is readding
The various modifications made after reader specification to above-described embodiment belong to the range that the utility model is protected.
Claims (10)
1. a kind of electric shock arrests Anti-cut Gloves, which is characterized in that including glove bulk, glove bulk includes anti-cutting layer and insulation
Layer, anti-cutting layer are set in outside insulating layer；It further include power module, master switch, pulse generating module, touch switch and output
Electrode；Power module is connected with master switch, and master switch is connected with pulse generating module, power module, master switch and pulse hair
Raw module is arranged on the back of the hand of glove bulk and is located on the outside of anti-cutting layer；Touch switch is connected with pulse generating module, touch-control
Switch is arranged on the palm of the hand of glove bulk and is located on the outside of anti-cutting layer；Output electrode is connected with touch switch, and output electrode is set
It sets on the finger of glove bulk and is located on the outside of anti-cutting layer；Output electrode is cone, and conical bottom end and anti-cutting layer are solid
Fixed to be connected, conical tip is arranged far from anti-cutting layer.
2. electric shock as described in claim 1 arrests Anti-cut Gloves, which is characterized in that anti-cutting layer includes aramid fiber and alloy
Silk, aramid fiber are connected with alloy wire.
3. electric shock as described in claim 1 arrests Anti-cut Gloves, which is characterized in that the material of insulating layer is rubber.
4. electric shock as described in claim 1 arrests Anti-cut Gloves, which is characterized in that solid on the anti-cutting layer of the back of the hand of glove bulk
Surely it is provided with compartment, power module, master switch and pulse generating module are accommodated in compartment.
5. electric shock as described in claim 1 arrests Anti-cut Gloves, which is characterized in that power module include battery compartment, battery, with
And battery cover, in battery compartment, battery cover is connected battery containing with battery compartment.
6. electric shock as claimed in claim 5 arrests Anti-cut Gloves, which is characterized in that one end that battery compartment is connected with battery cover is set
It is equipped with external screw thread, battery cover is provided with internal screw thread, and battery compartment is threadedly coupled with battery cover.
7. electric shock as described in claim 1 arrests Anti-cut Gloves, which is characterized in that output electrode outer sheath is equipped with anticollision layer,
Anticollision layer is fixed on the outside of anti-cutting layer.
8. electric shock as claimed in claim 7 arrests Anti-cut Gloves, which is characterized in that be provided with and lead between anti-cutting layer and anticollision layer
Line, output electrode are connected with conducting wire, and conducting wire is connected with touch switch.
9. electric shock as described in claim 1 arrests Anti-cut Gloves, which is characterized in that solid on the anti-cutting layer of the palm of the hand of glove bulk
Surely it is provided with touch switch, touch switch includes Switch main body and elastic covering, and elastic covering is hemispherical；Switch main body and anti-cutting layer
It is fixedly linked, elastic covering is set in the outside of Switch main body.
10. electric shock as claimed in claim 9 arrests Anti-cut Gloves, which is characterized in that be provided between anti-cutting layer and insulating layer
Conducting wire, touch switch are connected with conducting wire, and conducting wire is connected with high-voltage pulse module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822211238.5U CN209594806U (en) | 2018-12-26 | 2018-12-26 | Electric shock arrests Anti-cut Gloves |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822211238.5U CN209594806U (en) | 2018-12-26 | 2018-12-26 | Electric shock arrests Anti-cut Gloves |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209594806U true CN209594806U (en) | 2019-11-08 |
Family
ID=68397550
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822211238.5U Active CN209594806U (en) | 2018-12-26 | 2018-12-26 | Electric shock arrests Anti-cut Gloves |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209594806U (en) |
-
2018
- 2018-12-26 CN CN201822211238.5U patent/CN209594806U/en active Active
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