CN105146813A - Intelligent arresting gloves and application method thereof - Google Patents
Intelligent arresting gloves and application method thereof Download PDFInfo
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- CN105146813A CN105146813A CN201410257642.XA CN201410257642A CN105146813A CN 105146813 A CN105146813 A CN 105146813A CN 201410257642 A CN201410257642 A CN 201410257642A CN 105146813 A CN105146813 A CN 105146813A
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Abstract
The invention provides intelligent arresting gloves and an application thereof, which relate to police-used arresting technology. The structure relationship of the intelligent arresting gloves is characterized in that a palm electric shock pulse conductor is fixed at the palm of each glove body by means of a leather pad; a finger electric shock pulse conductor is fixed at roots of four fingers by means of a leather pad; a thumb impact sheet is fixed at the back surface of the thumb of each glove; a hand back impact housing is fixed at the middle part of the back surface of the glove body; the hand back impact housing has a shape that the joints of four fingers are projected; a finger impact housing is fixed with the upper end of the back surface of the glove body; and the finger impact housing projects in a peach shape; a switch is fixed at the lower side of the hand back impact housing at the back surface of the glove body; and a battery is fixed below the hand back impact housing at the back surface of the glove body; the switch is connected with the battery through a wire; the wire is connected with a module; the module is connected with the palm electric shock pulse conductor and the finger electric shock pulse conductor through a line; and the hand back impact housing and the finger impact housing are connected with the switch through wires.
Description
Technical field: the present invention relates to a kind of police catching instrument, especially intelligence arrests gloves and application process.
Background technology: at present, people's gloves used only have the function of protecting hand, as antifreeze, abrasionproof, anti-stimulation etc., the gloves as utilized when arresting bad person in People's Armed Police, public security, the effect of just do not have fright, conveniently arresting.
Summary of the invention: the object of this invention is to provide a kind of intelligence with police catching function and arrest gloves and application process, the object of the present invention is achieved like this, it is hit sheet be formed by connecting by glove bulk, centre of the palm electric shock pulse electric conductor, finger electric shock pulse electric conductor, hanging ring, junction button, adhesive tape, switch, battery, the back of the hand strike shell, finger strike shell, thumb, is connected to two hanging rings on the top of finger-stall; Junction button is connected in the side, bottom of glove bulk; The bottom opposite side of glove bulk is connected to adhesive tape.Be fixed wtih electric shock pulse electric conductor in the centre of the palm at the centre of the palm place of glove bulk by leather packing, be fixed wtih finger electric shock pulse electric conductor at the root places of four fingers by leather packing, be fixed wtih thumb at the back side of gloves thumb and hit sheet; In the middle of the back side of glove bulk, be fixed wtih the back of the hand hit shell, it is four articulations digitorum manus crowneds that the back of the hand hits shell, and the upper end, the back side of glove bulk is fixed wtih finger and hits shell, and it is peach-shaped crowned that finger hits shell; The following side of hitting shell at back side the back of the hand of glove bulk is fixed wtih switch, and the back of the hand at the glove bulk back side hits shell and is fixed wtih battery below.Switch is connected by electric wire with battery, and electric wire is connected to module, module by circuit and the centre of the palm shock by electricity pulse electric conductor, point the pulse electric conductor that shocks by electricity and be connected; The back of the hand hits shell, finger hits shell and is connected with switch by electric wire respectively.
Circuit connects and application process: in module, charging port J1 is connected to positive pole, the colelctor electrode of Q1, the positive pole of LED1, the resistance R3 of diode D1.The negative pole of diode D11N4007 is connected to positive pole, the positive pole of LED4,4 pin of IC1 of battery BT1, the first pole of L1.The negative pole of battery is connected to 2 and 3 pin, 2 and 11 pin of resistance R6, ICI, 1 and 3 pin of ICI, the emitter stage of electric capacity C1, Q4, Q5, the colelctor electrode of Q6, Q7 of cradle.
LED indicates composition: 1, charging indication is made up of D1, Q3, R3, LED1, LED2, R6, BT1.
The positive pole of D1 is connected to the colelctor electrode of Q1, the positive pole of resistance R310K, LED1, and the emitter stage of Q1 is connected to the positive pole of LED2,14 pin of IC1, the base stage of Q1 are connected to R310K, and the negative pole of LED1 and LED2 is connected to R61K, and the other end of R6 is connected to negative pole; J1 inserts Charger (portable round), and electric current is charged to battery by silicon diode D1, and LED1 series connection R6 forms green glow and is full of instruction; When charging current is large, produce the pressure drop of 0.6-0.8 volt at the two ends of D1, force Q1 conducting, LED2 ruddiness is lighted, and instruction is charged, and be full of rear LED2 ruddiness and extinguish, LED green glow is lighted, and charging terminates.
2,14 pin of low-voltage warning indicating circuit: IC1 are connected to the positive pole of LED2, and the negative pole of LED2 is connected with R6, the other end ground connection of R6; Low voltage test is by IC1 programme-control, and when circuit voltage drops to 2.4V, 14 pin of IC1 export the pulse signal of 1Hz, LED2 and R6 forms indicating circuit, and LED2 ruddiness is lighted and given a warning and should charge as early as possible.
3, on-off circuit composition: on-off circuit is by IC1, LED3, S1 switch, R51K
8 and 9 pin of IC1 are switch control terminal; 9 pin are connected to the positive pole of LED3, one end of S1 switch; 8 pin are connected to the negative pole of LED3, one end of R51K, and the other end is connected to S1 switch; Press switch S 1 two seconds, IC1 receives signal, and internal processes is started working, and 8 and 9 pin export positive and negative voltage simultaneously, and LED3 lights, and be now low-grade location, brightness is general; Press switch S again 1 two seconds, LED transfers to highlighted, is now high tap position, again presses switch S 1 two seconds, and indicator lamp extinguishes, stop.
Booster circuit
1. control section: booster circuit is made up of IC1, IC2, R111K, R21K, R51K, R41K, LED4, LED3, S1 switch, L1100UH, D31N4007, C1400V/104; 1 pin of IC1 is connected to 2 and 4 pin of IC2, and 2 pin are connected to the 1 and 3 pin ground connection of IC2, and 3 pin are connected to R111K resistance, 4 pin are connected to anode, and 5 pin are connected to R121K resistance, and 6 pin are connected to R11K and R41K, 7 pin are connected to the negative pole of R41K and LED4,8 pin are connected to negative pole and the R51K of LED3, and 9 pin are connected to the positive pole of LED3 and one end of S1 switch, and 10 pin are connected to R21K, 11 pin ground connection, 12 pin are connected to R21K and R11K, and 13 pin are empty, and 14 pin are connected to the transmitter of Q1 and the positive pole of LED2.
2. time level booster circuit: by IC2N channel MOS tube, L1100UH boost inductance, commutation diode, filter capacitor C1400V/104 form, and 2 and 4 pin of IC2 are connected to 1 pin of IC1; 1 and 3 pin are connected to the 2 pin ground connection of IC1, and 5,6,7,8 pin are in parallel, are connected to the centre cap of L1; The elementary of L1 is connected to anode, and centre cap is connected to 5,6,7,8 pin of IC2, the secondary positive pole being connected to D31N4007, and the negative pole of D31N4007 is connected to the positive pole of C1400V/104, the emitter stage of Q3, Q2, R7, R8100K.The minus earth of C1400V/104.
Press 1 liang of second of switch S, LED3 indicator lamp is lighted, IC1 program activation, from 2 and 4 pin of 1 pin output pulse signal control IC2, IC2 starts working, and L1 secondary induction goes out high-frequency and high-voltage alternating current, through diode D3 rectification C1 capacitor filtering city 300V direct current, access final stage inverter circuit.
3. final stage inverter output circuit: output circuit components and parts: be made up of Q22D, Q32D, Q62D, Q72D, Q4G1, Q5G1, R7100K, R8100K, R9100K, R10100K, R111K, R121K, R131K, R141K; 300V direct current supply positive pole is connected to the emitter stage of Q22D, Q32D, R7100K, R8100K.Negative pole is connected to the colelctor electrode of Q62D, Q72D, the emitter stage of Q4G1, Q5G1; The base stage of Q4 is connected to R121K, and the base stage of Q5 is connected to R111K, and the base stage of Q2 is connected to R10100K; The base stage of Q3 is connected to R9100K, and the base stage of Q6 is connected to R141K, and the base stage of Q7 is connected to R131K; The base stage of Q5 is connected to R7100K, R9100K, R141K, and the colelctor electrode of Q4 is connected to R8100K, R10100K; The colelctor electrode of R131K, Q3 is connected with the emitter stage of Q7, is electric shock output port 1; The colelctor electrode of Q2 is connected with the emitter stage of Q6, is electric shock output port 2; 3 pin of IC1 and 5 human hair combing wastes go out the base stage that pulse signal is sent to Q4, Q5, Q4, the conducting of Q5 controlled alternate and cut-off, control Q3, Q6 and Q2, Q7 alternate conduction, cut-off, produce high-frequency alternating current, the voltages of 1 and 2 outputs are connected on palm of the hand electric shock pulse packet and finger electric shock pulse packet, when touching the skin of people, anesthesia is neural and lose resistance ability, reaches the object of uniform; Utilize electrode, to contactee's skin and muscle electric discharge, make contactee at once lose resistance and attacking ability, thus reach the object of easily subduing and arresting; The present invention's battery used is chargeable battery, can charge in time when electricity is not enough.
Meaning of the present invention is: the present invention is mainly used in public security, People's Armed Police all departments, substantially increases and arrests efficiency; Powerful; Save great effort; The personal safety of available protecting law enfrocement official; Wear light and handy, easy to use; Belong to novel non-lethal apparatus, the nearly body be applicable in short distance is arrested.
Accompanying drawing illustrates: Fig. 1 is the front view that intelligence arrests gloves, in figure 1, glove bulk 2, centre of the palm electric shock pulse electric conductor 3, finger electric shock pulse electric conductor 4, hanging ring 5, junction button 6, adhesive tape.
Fig. 2 is the rearview that intelligence arrests gloves, and in figure 1, glove bulk 4, hanging ring 7, switch 8, battery 9, the back of the hand hit shell 10, finger hits shell 11, thumb hits sheet.
Fig. 3 intelligence arrests the circuit diagram of gloves.
Detailed description of the invention: embodiment 1, the present invention are hit sheet 11 be formed by connecting by glove bulk 1, centre of the palm electric shock pulse electric conductor 2, finger electric shock pulse electric conductor 3, hanging ring 4, junction button 5, adhesive tape 6, switch 7, battery 8, the back of the hand strike shell 9, finger strike shell 10, thumb, are connected to two hanging rings 4 on the top of finger-stall; Junction button 5 is connected in the side, bottom of glove bulk 1; The bottom opposite side of glove bulk 1 is connected to adhesive tape 6; Electric wire is connected to module, module by circuit and the centre of the palm shock by electricity pulse electric conductor, point the pulse electric conductor that shocks by electricity and be connected.Be fixed wtih centre of the palm electric shock pulse electric conductor 2 at the centre of the palm place of glove bulk 1 by leather packing, be fixed wtih finger electric shock pulse electric conductor 3 at the root places of four fingers by leather packing, be fixed wtih thumb at the back side of gloves thumb and hit sheet 11; In the middle of the back side of glove bulk 1, be fixed wtih the back of the hand hit shell 9, it is four articulations digitorum manus crowneds that the back of the hand hits shell 9, and the upper end, the back side of glove bulk 1 is fixed wtih finger and hits shell 10, and it is peach-shaped crowned that finger hits shell 10; The following side of hitting shell 9 at back side the back of the hand of glove bulk 1 is fixed wtih switch 7, and the back of the hand at glove bulk 1 back side hits shell 9 and is fixed wtih battery 8 below; Switch 7 is connected by electric wire with battery 8, and electric wire is connected to module, module by circuit and the centre of the palm shock by electricity pulse electric conductor 2, point the pulse electric conductor 3 that shocks by electricity and be connected.
Embodiment 2, circuit of the present invention connect and application process is: in module, charging port J1 is connected to positive pole, the colelctor electrode of Q1, the positive pole of LED1, the resistance R3 of diode D1.The negative pole of diode D11N4007 is connected to positive pole, the positive pole of LED4,4 pin of IC1 of battery BT1, the first pole of L1.The negative pole of battery is connected to 2 and 3 pin, 2 and 11 pin of resistance R6, ICI, 1 and 3 pin of ICI, the emitter stage of electric capacity C1, Q4, Q5, the colelctor electrode of Q6, Q7 of cradle.
LED indicates composition: charging indication is made up of D1, Q3, R3, LED1, LED2, R6, BT1; The positive pole of D1 is connected to the colelctor electrode of Q1, the positive pole of resistance R310K, LED1, and the emitter stage of Q1 is connected to the positive pole of LED2,14 pin of IC1, the base stage of Q1 are connected to R310K, and the negative pole of LED1 and LED2 is connected to R61K, and the other end of R6 is connected to negative pole; J1 inserts Charger (portable round), and electric current is charged to battery by silicon diode D1, and LED1 series connection R6 forms green glow and is full of instruction.When charging current is large, produce the pressure drop of 0.6-0.8 volt at the two ends of D1, force Q1 conducting, LED2 ruddiness is lighted, and instruction is charged, and be full of rear LED2 ruddiness and extinguish, LED green glow is lighted, and charging terminates; 14 pin of low-voltage warning indicating circuit: IC1 are connected to the positive pole of LED2, and the negative pole of LED2 is connected with R6, the other end ground connection of R6; Low voltage test is by IC1 programme-control, and when circuit voltage drops to 2.4V, 14 pin of IC1 export the pulse signal of 1Hz, LED2 and R6 forms indicating circuit, and LED2 ruddiness is lighted and given a warning and should charge as early as possible.
On-off circuit forms: on-off circuit is switch control terminal by 8 and 9 pin of IC1, LED3, S1 switch, R51K, IC1; 9 pin are connected to the positive pole of LED3, one end of S1 switch; 8 pin are connected to the negative pole of LED3, one end of R51K, and the other end is connected to S1 switch; Press switch S 1 two seconds, IC1 receives signal, and internal processes is started working, and 8 and 9 pin export positive and negative voltage simultaneously, and LED3 lights, and be now low-grade location, brightness is general; Press switch S again 1 two seconds, LED transfers to highlighted, is now high tap position, again presses switch S 1 two seconds, and indicator lamp extinguishes, stop.
Booster circuit: control section, booster circuit is made up of IC1, IC2, R111K, R21K, R51K, R41K, LED4, LED3, S1 switch, L1100UH, D31N4007, C1400V/104; 1 pin of IC1 is connected to 2 and 4 pin of IC2, and 2 pin are connected to the 1 and 3 pin ground connection of IC2, and 3 pin are connected to R111K resistance, 4 pin are connected to anode, and 5 pin are connected to R121K resistance, and 6 pin are connected to R11K and R41K, 7 pin are connected to the negative pole of R41K and LED4,8 pin are connected to negative pole and the R51K of LED3, and 9 pin are connected to the positive pole of LED3 and one end of S1 switch, and 10 pin are connected to R21K, 11 pin ground connection, 12 pin are connected to R21K and R11K, and 13 pin are empty, and 14 pin are connected to the transmitter of Q1 and the positive pole of LED2.
Secondary booster circuit: by IC2N channel MOS tube, L1100UH boost inductance, commutation diode, filter capacitor C1400V/104 form; 2 and 4 pin of IC2 are connected to 1 pin of IC1; 1 and 3 pin are connected to the 2 pin ground connection of IC1, and 5,6,7,8 pin are in parallel, are connected to the centre cap of L1; The elementary of L1 is connected to anode, and centre cap is connected to 5,6,7,8 pin of IC2, the secondary positive pole being connected to D31N4007, and the negative pole of D31N4007 is connected to the positive pole of C1400V/104, the emitter stage of Q3, Q2, R7, R8100K.The minus earth of C1400V/104; Press 1 liang of second of switch S, LED3 indicator lamp is lighted, IC1 program activation, from 2 and 4 pin of 1 pin output pulse signal control IC2, IC2 starts working, and L1 secondary induction goes out high-frequency and high-voltage alternating current, through diode D3 rectification C1 capacitor filtering city 300V direct current, access final stage inverter circuit.
Final stage inverter output circuit: output circuit components and parts: Q22D, Q32D, Q62D, Q72D, Q4G1, Q5G1, R7100K, R8100K, R9100K, R10100K, R111K, R121K, R131K, R141K form; 300V direct current supply positive pole is connected to the emitter stage of Q22D, Q32D, R7100K, R8100K; Negative pole is connected to the colelctor electrode of Q62D, Q72D, the emitter stage of Q4G1, Q5G1; The base stage of Q4 is connected to R121K, and the base stage of Q5 is connected to R111K, and the base stage of Q2 is connected to R10100K; The base stage of Q3 is connected to R9100K, and the base stage of Q6 is connected to R141K, and the base stage of Q7 is connected to R131K; The base stage of Q5 is connected to R7100K, R9100K, R141K, and the colelctor electrode of Q4 is connected to R8100K, R10100K; The colelctor electrode of R131K, Q3 is connected with the emitter stage of Q7, is electric shock output port 1; The colelctor electrode of Q2 is connected with the emitter stage of Q6, is electric shock output port 2; 3 pin of IC1 and 5 human hair combing wastes go out the base stage that pulse signal is sent to Q4, Q5, Q4, the conducting of Q5 controlled alternate and cut-off, control Q3, Q6 and Q2, Q7 alternate conduction, cut-off, produce high-frequency alternating current, the voltages of 1 and 2 outputs are connected on palm of the hand electric shock pulse packet and finger electric shock pulse packet, when touching the skin of people, anesthesia is neural and lose resistance ability, reaches the object of uniform.
Claims (7)
1. intelligence arrests gloves, it is hit sheet (11) be formed by connecting by glove bulk (1), centre of the palm electric shock pulse electric conductor (2), finger electric shock pulse electric conductor (3), hanging ring (4), junction button (5), adhesive tape (6), switch (7), battery (8), the back of the hand strike shell (9), finger strike shell (10), thumb, it is characterized in that: be connected to two hanging rings (4) on the top of finger-stall; Junction button (5) is connected in the side, bottom of glove bulk (1); The bottom opposite side of glove bulk (1) is connected to adhesive tape (6); Electric wire is connected to module, module by circuit and the centre of the palm shock by electricity pulse electric conductor, point the pulse electric conductor that shocks by electricity and be connected; Be fixed wtih centre of the palm electric shock pulse electric conductor (2) at the centre of the palm place of glove bulk (1) by leather packing, be fixed wtih finger electric shock pulse electric conductor (3) at the root places of four fingers by leather packing, be fixed wtih thumb at the back side of gloves thumb and hit sheet (11); In the middle of the back side of glove bulk (1), be fixed wtih the back of the hand hit shell (9), it is four articulations digitorum manus crowneds that the back of the hand hits shell (9), and the upper end, the back side of glove bulk (1) is fixed wtih finger and hits shell (10), and it is peach-shaped crowned that finger hits shell (10); The following side of hitting shell (9) at back side the back of the hand of glove bulk (1) is fixed wtih switch (7), and the back of the hand at glove bulk (1) back side hits shell (9) and is fixed wtih battery (8) below; Switch (7) is connected by electric wire with battery (8), and electric wire is connected to module, module by circuit and the centre of the palm shock by electricity pulse electric conductor (2), point the pulse electric conductor (3) that shocks by electricity and be connected.
2. intelligence according to claim 1 arrests gloves, it is characterized in that: in module, and charging port J1 is connected to positive pole, the colelctor electrode of Q1, the positive pole of LED1, the resistance R3 of diode D1; The negative pole of diode D11N4007 is connected to positive pole, the positive pole of LED4,4 pin of IC1 of battery BT1, the first pole of L1; The negative pole of battery is connected to 2 and 3 pin, 2 and 11 pin of resistance R6, ICI, 1 and 3 pin of ICI, the emitter stage of electric capacity C1, Q4, Q5, the colelctor electrode of Q6, Q7 of cradle.
3. intelligence according to claim 1 and 2 arrests gloves, it is characterized in that: LED indicates composition, and charging indication is made up of D1, Q3, R3, LED1, LED2, R6, BT1; The positive pole of D1 is connected to the colelctor electrode of Q1, the positive pole of resistance R310K, LED1, and the emitter stage of Q1 is connected to the positive pole of LED2,14 pin of IC1, the base stage of Q1 are connected to R310K, and the negative pole of LED1 and LED2 is connected to R61K, and the other end of R6 is connected to negative pole; J1 inserts Charger (portable round), and electric current is charged to battery by silicon diode D1, and LED1 series connection R6 forms green glow and is full of instruction; When charging current is large, produce the pressure drop of 0.6-0.8 volt at the two ends of D1, force Q1 conducting, LED2 ruddiness is lighted, and instruction is charged, and be full of rear LED2 ruddiness and extinguish, LED green glow is lighted, and charging terminates; 14 pin of low-voltage warning indicating circuit: IC1 are connected to the positive pole of LED2, and the negative pole of LED2 is connected with R6, the other end ground connection of R6; Low voltage test is by IC1 programme-control, and when circuit voltage drops to 2.4V, 14 pin of IC1 export the pulse signal of 1Hz, LED2 and R6 forms indicating circuit, and LED2 ruddiness is lighted and given a warning and should charge as early as possible.
4. intelligence according to claim 1 and 2 arrests gloves, it is characterized in that: on-off circuit is switch control terminal by 8 and 9 pin of IC1, LED3, S1 switch, R51K, IC1; 9 pin are connected to the positive pole of LED3, one end of S1 switch; 8 pin are connected to the negative pole of LED3, one end of R51K, and the other end is connected to S1 switch; Press switch S 1 two seconds, IC1 receives signal, and internal processes is started working, and 8 and 9 pin export positive and negative voltage simultaneously, and LED3 lights, and be now low-grade location, brightness is general; Press switch S again 1 two seconds, LED transfers to highlighted, is now high tap position, again presses switch S 1 two seconds, and indicator lamp extinguishes, stop.
5. intelligence according to claim 1 and 2 arrests gloves, it is characterized in that: booster circuit: control section, booster circuit is made up of IC1, IC2, R111K, R21K, R51K, R41K, LED4, LED3, S1 switch, L1100UH, D31N4007, C1400V/104; 1 pin of IC1 is connected to 2 and 4 pin of IC2, and 2 pin are connected to the 1 and 3 pin ground connection of IC2, and 3 pin are connected to R111K resistance, 4 pin are connected to anode, and 5 pin are connected to R121K resistance, and 6 pin are connected to R11K and R41K, 7 pin are connected to the negative pole of R41K and LED4,8 pin are connected to negative pole and the R51K of LED3, and 9 pin are connected to the positive pole of LED3 and one end of S1 switch, and 10 pin are connected to R21K, 11 pin ground connection, 12 pin are connected to R21K and R11K, and 13 pin are empty, and 14 pin are connected to the transmitter of Q1 and the positive pole of LED2.
6. intelligence according to claim 1 and 2 arrests gloves, it is characterized in that: secondary booster circuit: by IC2N channel MOS tube, L1100UH boost inductance, and commutation diode, filter capacitor C1400V/104 form; 2 and 4 pin of IC2 are connected to 1 pin of IC1; 1 and 3 pin are connected to the 2 pin ground connection of IC1, and 5,6,7,8 pin are in parallel, are connected to the centre cap of L1; The elementary of L1 is connected to anode, and centre cap is connected to 5,6,7,8 pin of IC2, the secondary positive pole being connected to D31N4007, and the negative pole of D31N4007 is connected to the positive pole of C1400V/104, the emitter stage of Q3, Q2, R7, R8100K; The minus earth of C1400V/104; Press 1 liang of second of switch S, LED3 indicator lamp is lighted, IC1 program activation, from 2 and 4 pin of 1 pin output pulse signal control IC2, IC2 starts working, and L1 secondary induction goes out high-frequency and high-voltage alternating current, through diode D3 rectification C1 capacitor filtering city 300V direct current, access final stage inverter circuit.
7. intelligence according to claim 1 and 2 arrests gloves, it is characterized in that: final stage inverter output circuit: output circuit components and parts: Q22D, Q32D, Q62D, Q72D, Q4G1, Q5G1, R7100K, R8100K, R9100K, R10100K, R111K, R121K, R131K, R141K form; 300V direct current supply positive pole is connected to the emitter stage of Q22D, Q32D, R7100K, R8100K; Negative pole is connected to the colelctor electrode of Q62D, Q72D, the emitter stage of Q4G1, Q5G1; The base stage of Q4 is connected to R121K, and the base stage of Q5 is connected to R111K, and the base stage of Q2 is connected to R10100K; The base stage of Q3 is connected to R9100K, and the base stage of Q6 is connected to R141K, and the base stage of Q7 is connected to R131K; The base stage of Q5 is connected to R7100K, R9100K, R141K, and the colelctor electrode of Q4 is connected to R8100K, R10100K; The colelctor electrode of R131K, Q3 is connected with the emitter stage of Q7, is electric shock output port 1; The colelctor electrode of Q2 is connected with the emitter stage of Q6, is electric shock output port 2; 3 pin of IC1 and 5 human hair combing wastes go out the base stage that pulse signal is sent to Q4, Q5, Q4, the conducting of Q5 controlled alternate and cut-off, control Q3, Q6 and Q2, Q7 alternate conduction, cut-off, produce high-frequency alternating current, the voltages of 1 and 2 outputs are connected on palm of the hand electric shock pulse packet and finger electric shock pulse packet, when touching the skin of people, anesthesia is neural and lose resistance ability, reaches the object of uniform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410257642.XA CN105146813A (en) | 2014-06-12 | 2014-06-12 | Intelligent arresting gloves and application method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410257642.XA CN105146813A (en) | 2014-06-12 | 2014-06-12 | Intelligent arresting gloves and application method thereof |
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| Publication Number | Publication Date |
|---|---|
| CN105146813A true CN105146813A (en) | 2015-12-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410257642.XA Pending CN105146813A (en) | 2014-06-12 | 2014-06-12 | Intelligent arresting gloves and application method thereof |
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| CN (1) | CN105146813A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107687790A (en) * | 2017-10-10 | 2018-02-13 | 解满杰 | A kind of new-type body protector |
| CN108700397A (en) * | 2017-07-31 | 2018-10-23 | 深圳市森讯达电子技术有限公司 | Catching hand covers management system and monitoring and managing method |
-
2014
- 2014-06-12 CN CN201410257642.XA patent/CN105146813A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108700397A (en) * | 2017-07-31 | 2018-10-23 | 深圳市森讯达电子技术有限公司 | Catching hand covers management system and monitoring and managing method |
| WO2019023826A1 (en) * | 2017-07-31 | 2019-02-07 | 深圳市森讯达电子技术有限公司 | Catching glove management system and supervision method |
| CN107687790A (en) * | 2017-10-10 | 2018-02-13 | 解满杰 | A kind of new-type body protector |
| CN107687790B (en) * | 2017-10-10 | 2019-08-13 | 徐州口口朗电子信息科技有限公司 | A kind of body protector |
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Application publication date: 20151216 |