Catching Glove Management System and Supervision Method

Abstract

The present invention discloses an arrest glove management system and a monitoring method. The system includes a control end, a mobile terminal and an arrest glove; a monitoring APP capable of invoking a map is installed on the mobile terminal; the map is embedded into the control end; the arrest glove includes a glove body and pulse output electrodes; a power supply, a microprocessor, a pulse output circuit, a satellite positioning module and a wireless transmission module are disposed in the glove body; the microprocessor includes a pulse oscillation circuit and a booster circuit; the pulse output circuit includes a first output end and a second output end; a current output by the power supply sequentially passes through the pulse oscillation circuit and the booster circuit to convert into a set magnitude of pulse current; the pulse output electrodes are connected with the booster circuit via the pulse output circuit; and when the arrest glove is out of a scope of a predetermined use area, the power supply is controlled to disable an arrest function of the arrest glove. According to the arrest glove management system and the monitoring method provided by the present invention, the use process of the arrest glove can be monitored, the abuse of a police force is prevented, and the criminal suspect can be effectively controlled.

What is claimed is: 
     
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         11 ) An arrest glove management system for use with a criminal suspect; the arrest glove management system comprising:
 a) a control end ( 1 ) controlling operation of the glove management system, wherein the control end ( 1 ) is adapted for:
 i) authorizing a predetermined time and geographic area of use for operation of the glove management system; and 
 ii) intercommunicating with a mobile terminal ( 2 ); 
   b) the mobile terminal ( 2 ) comprising a monitoring APP; the monitoring APP intercommunicating with the control end ( 1 ) and an arrest glove ( 3 ), wherein upon authorization from the control end ( 1 ), the monitoring APP enables arrest functions of arrest glove ( 3 ) for the predetermined time and geographic area and records a historical record of the arrest glove's ( 3 ) use and transmits the historical record to the control end ( 1 ); and   c) the arrest glove ( 3 ) comprising a glove body ( 31 ); the glove body ( 31 ) comprising:
 i) a power supply ( 33 ) and one or more pulse output electrodes ( 32 ) connected with a pulse output circuit ( 34 ); the pulse output circuit ( 34 ) comprising a first output end ( 351 ) and a second output end ( 352 ) for delivery of electricity to the pulse output electrodes ( 32 ); 
 ii) a microprocessor ( 34 ) intercommunicating with:
 a wireless communication module ( 37 ) intercommunicating with the mobile terminal ( 2 ); 
 a pulse oscillation circuit ( 341 ) connected with a booster ( 342 ) comprising a first booster circuit ( 343 ); the booster ( 342 ) connected with the pulse oscillation circuit ( 341 ) and a switch (K) adapted for connection with a second booster circuit ( 344 ), the first output end ( 351 ) or the second output end ( 352 ) such that the position of switch (K) causes a higher or a lower voltage delivery to the one or more pulse output electrodes ( 32 ); 
 
 iii) a satellite positioning module ( 36 ) adapted to monitor a location of the arrest glove ( 3 ); the satellite positioning module ( 36 ) intercommunicating with the microprocessor ( 34 ) and causing the microprocessor ( 34 ) to forward an alarm to the monitoring APP when the arrest glove ( 3 ) is located outside the predetermined area; and 
 iv) a first timer for disabling the arrest glove ( 3 ) after the predetermined time is exceeded. 
   
     
     
         12 ) The arrest glove management system according to  claim 11  comprising a second timer intercommunicating with the microprocessor ( 34 ); the second timer recording duration of delivery of the higher or the lower voltage to the one or more pulse output electrodes ( 32 ). 
     
     
         13 ) The arrest glove management system according to  claim 12 ; the glove body ( 31 ) comprising one or more sampling end points ( 40 ) communicating with the microprocessor ( 34 ), wherein the one or more sampling end points ( 40 ) measures an electrical resistance value for the object contacted by the one or more sampling end points ( 40 ). 
     
     
         14 ) The arrest glove management system according to  claim 13 , wherein
 a) the lower voltage pulse parameter's range is from about 320-380 V, 15-30 mA and 25-30 Hz; and   b) the higher voltage pulse parameter's range is from about 2000-20000 V, 0.25-3 mA and 25-50 Hz.   
     
     
         15 ) The arrest glove management system of  claim 14 , wherein the glove body ( 31 ) comprises:
 a) an inner layer contacting the user's hand;   b) a shielding layer shielding the user of the arrest glove ( 3 ) from electricity delivered to the one or more pulse output electrodes ( 32 ); and   c) an anti-cutting layer to defend against a knife used by the criminal suspect, wherein the anti-cutting layer comprises one or more of the following: aramid fibers, a high-strength high-modulus polyethylene fiber coated glass fiber, a spandex and/or a steel wire,   
     
     
         16 ) The arrest glove management system of  claim 15 , wherein the one or more pulse output electrodes ( 32 ) are:
 a) connected with conductive fabrics covering a palm side of glove body ( 31 ); or   b) extend beyond the palm side of the glove body ( 31 ) when use of the glove body ( 31 ) applies stress to the glove body ( 31 ).   
     
     
         17 ) The arrest glove management system of  claim 16 ; the back side of the glove body ( 31 ) comprising reinforcing protrusions, wherein the reinforcing protrusions comprise one or more of the following: a glass fiber, an acrylonitrile butadiene styrene (ABS), a polycarbonate (PC) or a carbon fiber or any combination thereof. 
     
     
         18 ) A method of using an arrest glove management system with a criminal suspect; the method comprising the steps of:
 a) establishing a control end ( 1 ) controlling operation of the glove management system, wherein the control end ( 1 ) is adapted for authorizing a predetermined time and geographic area of use for operation of the glove management system; ii)   b) providing a mobile terminal ( 2 ) comprising a monitoring APP; the monitoring APP intercommunicating with the control end ( 1 ) and an arrest glove ( 3 ), wherein upon authorization from the control end ( 1 ), the monitoring APP enables arrest functions of arrest glove ( 3 ) for the predetermined time and geographic area and records a historical record of the arrest glove's ( 3 ) use and transmits the historical record to the control end ( 1 ); and   c) providing the arrest glove ( 3 ) comprising a glove body ( 31 ); the glove body ( 31 ) comprising:
 i) a power supply ( 33 ) and one or more pulse output electrodes ( 32 ) connected with a pulse output circuit ( 34 ); the pulse output circuit ( 34 ) comprising a first output end ( 351 ) and a second output end ( 352 ) for delivery of electricity to the pulse output electrodes ( 32 ); 
 ii) a microprocessor ( 34 ) intercommunicating with:
 a wireless communication module ( 37 ) intercommunicating with the mobile terminal ( 2 ); 
 a pulse oscillation circuit ( 341 ) connected with a booster ( 342 ) comprising a first booster circuit ( 343 ); the booster ( 342 ) connected with the pulse oscillation circuit ( 341 ) and a switch (K) adapted for connection with a second booster circuit ( 344 ), the first output end ( 351 ) or the second output end ( 352 ) such that the position of switch (K) causes a higher or a lower voltage delivery to the one or more pulse output electrodes ( 32 ); 
 
 iii) a satellite positioning module ( 36 ) adapted to monitor a location of the arrest glove ( 3 ); the satellite positioning module ( 36 ) intercommunicating with the microprocessor ( 34 ) and causing the microprocessor ( 34 ) to forward an alarm to the monitoring APP when the arrest glove ( 3 ) is located outside the predetermined area; and 
 iv) a first timer for disabling the arrest glove ( 3 ) after the predetermined time is exceeded; 
   d) requesting the predetermined time and the predetermined area of use by the user of the arrest glove ( 3 ) from control end ( 1 );   e) granting authorization by control end ( 1 ) for use of the arrest glove ( 3 ) to the monitoring APP, thereby enabling use of the arrest glove ( 3 ) on the criminal suspect; and   e) unless disabled prior to use on the criminal suspect, applying the arrest glove ( 3 ) to the criminal suspect.   
     
     
         19 ) The method of using an arrest glove management system with a criminal suspect of  claim 9 ; wherein the user of the arrest glove ( 3 ) can select step of applying:
 a) the lower voltage pulse parameter's range from about 320-380 V, 15-30 mA and 25-30 Hz to the criminal suspect; or   b) the higher voltage pulse parameter's range from about 2000-20000 V, 0.25-3 mA and 25-50 Hz to the criminal suspect.   
     
     
         20 ) The method of using an arrest glove management system with a criminal suspect of  claim 19  comprising the step of providing the glove body ( 31 ) with one or more sampling end points ( 40 ) communicating with the microprocessor ( 34 ), wherein the one or more sampling end points ( 40 ) measures an electrical resistance value for the object contacted by the one or more sampling end points ( 40 ). 
     
     
         21 ) The method of using an arrest glove management system with a criminal suspect of  claim 20 , wherein the microprocessor ( 34 ) judges whether the step of applying:
 a) the lower voltage pulse parameter's range from about 320-380 V, 15-30 mA and 25-30 Hz to the criminal suspect is utilized; or   b) the higher voltage pulse parameter's range from about 2000-20000 V, 0.25-3 mA and 25-50 Hz to the criminal suspect is utilized.