CN203986215U - a protective clothing - Google Patents

Abstract

A kind of protective clothing, including getting an electric shock clothing, conductive shoes, defending gloves and controllers, getting an electric shock clothing and electrically conductive shoes and defending gloves are insulated each other, the controller is installed on getting an electric shock clothing; the controller is provided with a high-voltage generator, a high-voltage switch and a battery, wherein the high-voltage output anode of the high-voltage generator is connected with the electric shock clothes, and the high-voltage output cathode of the high-voltage generator is connected with the conductive shoes and the protective gloves; when the animal threatens the life of the protected person, the controller is used for controlling the high-voltage generator to generate high-voltage electricity, and when the animal attacks and contacts the protected person, the electric shock clothes automatically use the high-voltage electricity to shock the animal attempting to injure the protected person; meanwhile, the protected person can also utilize the protective gloves to actively shock the animal, so that the animal loses the ability of attacking the person, and the life safety of the protected person is maintained.

Description

a protective clothing

technical field

The utility model relates to a protective clothing for preventing being bitten by animals.

Background technique

At present, because staff in zoos and animal protection areas often come into contact with tigers or other animals that can harm people, staff are often injured by tigers or other animals. A protective clothing that prevents or reduces staff from being injured by animals Has become a need to protect workers.

Contents of the invention

The purpose of the utility model is to overcome the deficiencies of the prior art, and provide a protective clothing, which is used to prevent or reduce the injury of workers by animals.

The technical solution adopted by the utility model is: a protective clothing includes electric shock clothing, conductive shoes, protective gloves and a controller, the electric shock clothing, conductive shoes and protective gloves are insulated from each other, and the controller is installed on the electric shock clothing; the electric shock clothing consists of Manufacture of anti-bite cloth, anti-bite cloth includes outer conductive layer and inner insulating layer; electric shock clothing includes hood, top, pants and conductive zipper, conductive zipper includes conductive chain buckle and conductive cloth, electric shock clothing consists of hood, top And the trousers are connected by conductive zippers, so that the outer surface of the electric shock clothing worn outside the human body forms a conductive surface; the conductive shoes include a conductive outer upper and an insulating inner shoe cover, and the protective gloves include a conductive outer glove and an insulating inner glove. The controller includes a high-voltage generator, a high-voltage switch and a battery, the high-voltage output positive pole of the high-voltage generator is connected to the electric shock jacket, and the high-voltage output negative pole of the high-voltage generator is connected to conductive shoes and protective gloves.

The anti-bite cloth is composed of an outer conductive layer and an inner insulating layer. The outer conductive layer is composed of a soft metal cloth. The inner insulating layer is composed of a soft breathable insulating pad and a soft insulating cloth. The outer conductive layer and the breathable insulating pad Connected together, the air-permeable insulation pad and the insulating cloth are connected together, so that the outer layer of the anti-bite clothing has the function of conducting electricity, and at the same time, the inner layer of the anti-bite clothing has the function of insulation.

The conductive zipper includes a chain frame, a conductive chain button, a conductive fabric and a zipper base fabric. The conductive fabric is combined with the zipper base fabric. The conductive fabric is on the top of the zipper base fabric. , the conductive chain buckle and the conductive cloth are made of conductive materials, and the conductive chain buckle is connected to the circuit of the conductive cloth; the conductive chain buckle includes a left conductive chain buckle and a right conductive chain buckle, and the conductive cloth includes a left conductive cloth and a right conductive cloth. The bottom fabric includes left zipper bottom fabric and right zipper bottom fabric; The cloth is inlaid together, the right conductive chain button is inlaid with the right conductive cloth and the right zipper base cloth, and the left conductive chain button is connected with the right conductive chain button, so that the left conductive cloth is connected with the left conductive chain button, the right conductive chain button and the right conductive chain. The cloth circuit can be connected.

When in use, put a kind of protective clothing on the body of the protected person, wear conductive shoes on the feet of the protected person, and wear protective gloves on the hands of the protected person; when the protected person is threatened by an animal attack, The protected person presses the high-voltage switch immediately, and the high-voltage switch transmits its signal to the controller. Piezoelectricity; when an animal attacks and touches the protected person's electric shock jacket, at the moment the animal touches the protected person's electric shock jacket, high-voltage electricity is output from the positive output of the high-voltage generator, and the high-voltage electricity passes through the electric shock jacket and the animal. Then go back to the high-voltage output negative pole of the high-voltage generator through the ground and conductive shoes to form a loop, so that the high-voltage electricity passes through the animals, using high-voltage electric shocks to attack the protected animals, and avoiding high-voltage electricity touching the human body; at the same time, The protected person pushes or hits the animal with his hands. Since the protected person wears protective gloves, the conductive outer glove of the protective glove contacts the animal. The high voltage is output from the positive output of the high voltage generator, and the high voltage passes through The electric shock clothes and animals return to the high-voltage output negative pole of the high-voltage generator through the conductive outer gloves of the protective gloves to form a loop, and use high-voltage electricity to shock the animals, so that the animals lose the ability to attack the protected person and stop the animals. Attack the protected person and protect the safety of the protected person.

The beneficial effect of the utility model is that: a protective clothing includes electric shock clothing, conductive shoes, protective gloves and a controller, and when an animal threatens the life of the protected person, the controller is used to control the high-voltage electric generator to generate high-voltage electricity. , when the animal attacks and touches the protected person, the electric shock jacket uses high-voltage electric shock to attempt to harm the protected person's animal; at the same time, the protected person can also use the protective gloves to actively shock the animal to maintain the life safety of the protected person.

Description of drawings

Fig. 1 is a kind of structural representation of protective clothing;

What Fig. 2 shows is the structural representation of anti-bite cloth;

Figure 3 is a schematic structural view of the conductive zipper.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is further described:

A structural schematic diagram of a protective clothing as shown in Figure 1, a structural schematic diagram of the anti-bite cloth shown in Figure 2, and a structural schematic diagram of a conductive zipper shown in Figure 3, a protective clothing includes an electric shock clothing 1, conductive shoes 2, The protective gloves 3 and the controller 4, the electric shock suit 1, the conductive shoes 2 and the protective gloves 3 are insulated from each other, the controller 4 is installed on the electric shock suit 1; the electric shock suit 1 is made of anti-bite cloth 5, and the anti-bite cloth 5 includes an outer conductive Layer 6 and inner insulating layer 7; electric shock clothing 1 comprises headgear 8, upper garment 9, trousers 10 and conductive zipper 11, and conductive zipper 11 comprises conductive buckle 12 and conductive cloth 13, and electric shock clothing 1 is made up of hood 8, upper garment 9 and the underpants 10 are formed by connecting conductive zippers 11, so that the outer surface of the electric shock suit 1 worn outside the human body forms a conductive surface; the conductive shoes 2 include a conductive outer vamp 53 and an insulating inner shoe cover 54, and the protective gloves 3 include There are conductive outer gloves 55 and insulating inner gloves 56; the controller 4 includes a high-voltage generator 14, a high-voltage switch 15 and a battery 16, and the high-voltage output positive pole 17 of the high-voltage generator 14 is connected with the electric shock suit 1, and the high-voltage generator The high voltage output negative pole 18 of the generator 14 is connected with the conductive shoes 2 and the protective gloves 3 .

For convenience, the electric shock suit 1 is worn on the human body, and the outer surfaces of the hood 8, the upper garment 9 and the lower trousers 10 form a charged body; Including a first conductive zipper 33 and a second conductive zipper 34, the head cover 8 is connected with the upper garment 9 through the first zipper 33, and the upper garment 9 is connected with the lower trousers 10 through the second conductive zipper 34, so that the hood 8, the upper garment 9 and the lower pants Pants 10 become an electrical conductor.

In order to utilize the first conductive slide fastener 33 and the second conductive slide fastener 34 to implement the circuit connection of the head cover 8, the upper garment 9 and the lower trousers 10, the first conductive slide fastener 33 includes the first upper conductive cloth 35, the first lower conductive cloth 36, the first conductive cloth An upper chain button 37, the first lower chain button 38, the first upper zipper base cloth 39 and the first zipper base cloth 40; the second conductive zipper 34 includes a second upper conductive cloth 41, a second lower conductive cloth 42, The second upper chain button 43, the second lower chain button 44, the second upper zipper base cloth 45 and the second lower chain base cloth 46; the head cover 8 includes a conductive outer head cover 47 and an insulating inner head cover 48, and the conductive outer head cover 47 is connected together with the insulating inner hood 48, and the conductive outer hood 47 is enclosed within the outside of the insulating inner hood 48; the upper garment 9 includes a conductive outer hood 49 and an insulating inner hood 50, and the conductive outer hood 49 is connected with the insulating inner hood 50. Together, the conductive outer coat 49 is set on the outside of the insulating inner coat 50; the trousers 10 include a conductive outer trousers 51 and an insulating inner trousers 52, and the conductive outer trousers 51 and the insulating inner trousers 52 are connected together. The trousers 51 are placed on the outside of the insulating underpants 52; the conductive outer hood 47 is connected with the first upper conductive cloth 35, and the first upper conductive cloth 35 is connected with the first upper chain button 37, and the first upper chain button 37 is connected with the first lower chain button. The chain buckle 38 is connected, and the first lower chain buckle 38 is connected with the first lower conductive cloth 36, and the first lower conductive cloth 36 is connected with the conductive outer coat 49; the conductive outer coat 49 is connected with the high voltage output positive pole 17; the conductive outer coat 49 is connected with the conductive outer coat 49. The second upper conductive cloth 41 is connected, the second upper conductive cloth 41 is connected with the second upper link 43, the second upper link 43 is connected with the second lower link 44, and the second lower link 44 is connected with the second lower conductive cloth. 42 connection, the second lower conductive cloth 42 is connected with the conductive outer pants 51; the conductive outer upper 53 is connected with the insulating inner shoe cover 54, and the conductive outer upper 53 is outside the insulating inner shoe cover 54; the insulating inner glove 56 Set inside the conductive outer glove 55 , the conductive outer glove 55 is connected with the insulating inner glove 56 ;

In order to implement the circuit connection between the conductive outer coat 49 and the high voltage output positive pole 17, the conductive outer coat 49 is provided with a conductive connector 65, the circuit of the conductive outer coat 49 communicates with the conductive connector 65, and the conductive connector 65 is connected with the high voltage output positive pole 17.

In order to facilitate the operation and respond to the attack of dangerous animals in time, the high-voltage switch 15 is a touch switch, and the high-voltage switch 15 is installed on the upper garment 9 and the lower trousers 10. Each high voltage switch 15 is connected in parallel. The insulated switch box 66 is bonded to the upper garment 9 by an adhesive, or the insulated switch box 66 is bonded to the underpants 10 by an adhesive. The high-voltage switch 15 includes a first high-voltage switch 67 and a second high-voltage switch 68. The first high-voltage switch 67 is provided with two, which are respectively installed on the left front chest 57 and the right front chest 58 of the conductive outer jacket 49. The second high-voltage switch 68 There are two, respectively installed in the positions of the left front leg 59 and the right front leg 60 of the conductive outer pants 51 . The conductive shoe 2 is provided with a first electrical connector 61, the high voltage output negative pole 18 of the high voltage generator 14 is connected to the first electrical connector 61 through a first insulated wire 62, the first insulated wire 62 is drawn out from the first electrical connector 61, and Pass through the interlayer position between the outer conductive layer 6 and the inner insulating layer 7 of the anti-bite cloth 5, and then connect to the high voltage output negative pole 18. The defense glove 3 is provided with a second electrical connector 63, the high-voltage output negative pole 18 of the high-voltage generator 14 is connected to the second electrical connector 63 through a second insulated wire 64, and the second insulated wire 64 is drawn out from the second electrical connector 63. Pass through the interlayer position between the outer conductive layer 6 and the inner insulating layer 7 of the anti-bite cloth 5, and then connect to the high voltage output negative pole 18.

The working principle of a protective clothing is: when in use, put a protective clothing on the body of the protected person, put the conductive shoes 2 on the feet of the protected person, and wear the protective gloves 3 on the hands of the protected person; When the protected person is threatened by an animal's attack, press the first high-voltage switch 55 or the second high-voltage switch 56, the first high-voltage switch 55 or the second high-voltage switch 56 transmits its signal to the controller 4, and the controller 4 controls the high-voltage Piezoelectric generator 14 produces high-voltage electricity, and high-voltage electricity is sent to the conductive outer coat 49 of coat 9 by high-voltage output positive pole 17, and conduction outer coat 49 sends high-voltage electricity to the conductive outer hood 47 of head cover 8 and the bottom of trousers 10. The conductive outer pants 51 make the conductive outer hood 47, the conductive outer jacket 49 and the conductive outer lower pants 51 have high voltage, so that the body of the protected person is in the protection range of the high voltage; when the animal touches the conductive outer hood 47. During the conductive outer coat 49 or the conductive outer pants 51, the high voltage is output by the conductive outer hood 47, or the conductive outer jacket 49, or the conductive outer pants 51, and is passed through the conductive outer jacket of the animal, the ground, and the conductive shoes 2. The vamp 8 and the high voltage output negative pole 18 form a loop to shock the animal; meanwhile, when the animal attacks and contacts the protected person's conductive outer hood 47, or the conductive outer coat 49, or the conductive outer pants 51, the protected person pushes or When the animal is hit, the moment the conductive outer glove 3 touches the animal, the high voltage is output by the output positive electrode 17 of the high voltage generator 14, and the high voltage passes through the conductive outer hood 47, or the conductive outer jacket 49, or the conductive outer pants 51 , and then return to the high-voltage output negative pole 18 of the high-voltage generator 14 through the conductive outer glove 55 of the protective glove 3 to form a loop, and utilize high-voltage electricity to shock the incoming animal, so that the animal loses the ability to attack the protected person. Animals stop attacking the protected person, lest the protected person be harmed by animals.

As shown in Figure 2, the structure diagram of the anti-bite cloth, the anti-bite cloth 5 is composed of an outer conductive layer 6 and an inner insulating layer 7, the outer conductive layer 6 is made of soft metal cloth, and the inner insulating layer 7 is made of soft The air-permeable insulating pad 19 and the soft insulating cloth 20 are formed. The outer conductive layer 6 is connected with the air-permeable insulating pad 19 , and the air-permeable insulating pad 19 is connected with the insulating cloth 20 . The outer conductive layer 6 is bonded together with the upper end surface of the air-permeable insulating pad 19 through an adhesive, and the lower end surface of the air-permeable insulating pad 19 is bonded with the upper end surface of the insulating cloth 20 .

In order to improve the air permeability of the anti-bite cloth, the air-permeable insulating pad 19 is provided with an air-vent 21, the outer conductive layer 6 is an air-permeable metal material cloth, and the insulating cloth 20 is an air-permeable non-metal material cloth, and the insulating cloth 20 includes natural cloth and chemical fiber. Cloth: make the outer surface of the anti-bite cloth 5 have the function of conducting electricity, make the inside of the anti-bite cloth 5 have the function of insulation, and also have good air permeability. The vent hole 21 of the ventilating insulating pad 19 is vertical to the upper end surface and the lower end face of the ventilating insulating mat 19, and the venting hole 21 is a round hole or a honeycomb hole to ensure that air can pass through the ventilating insulating mat 19.

In order to make the anti-bite cloth have elasticity and better wearing performance, the breathable insulating pad 19 is made of foam rubber, so that the breathable insulating pad 19 has insulating, soft and breathable properties. In order to prevent the insulating cloth 20 from sticking to the human body and affecting the air permeability of the anti-bite cloth 5 , the insulating cloth 20 is provided with an anti-stick hemisphere 22 , and the anti-stick hemisphere 22 is welded to the lower end surface of the insulating cloth 20 .

As shown in the structural diagram of the conductive slide fastener shown in Figure 3, the conductive slide fastener 11 includes a chain frame 69, a conductive chain button 12, a conductive cloth 13 and a zipper base cloth 23, the conductive cloth 13 and the zipper base cloth 23 are combined, and the conductive cloth 13 On the top of the zipper base cloth 23, the conductive chain buckle 12 is embedded with the conductive cloth 13 and the zipper base cloth 23, the conductive chain buckle 12 and the conductive cloth 13 are made of conductive materials, and the conductive chain buckle 12 is connected to the circuit of the conductive cloth 13; The conductive fastener 12 includes a left conductive fastener 24 and a right conductive fastener 25, the conductive fabric 13 includes a left conductive fabric 26 and a right conductive fabric 27, and the zipper base fabric 23 includes a left zipper base fabric 28 and a right zipper base fabric 29. The left conductive cloth 26 is combined with the left zipper bottom cloth 28, the right conductive cloth 27 is combined with the right zipper bottom cloth 29, the left conductive chain button 24 is inlaid with the left conductive cloth 26 and the left zipper bottom cloth 28, and the right The conductive chain button 25 is embedded with the right conductive cloth 27 and the right zipper base cloth 29 . The conductive state of the conductive zipper 11 is: the left conductive chain button 24 and the right conductive chain button 25 are fastened together, and the left conductive chain button 24 and the right conductive chain button 25 are in contact with each other.

In order to make the conductive cloth 13 and the zipper base cloth 23 integral, the left conductive cloth 26 is bonded together with the left zipper base cloth 28 by an adhesive; the right conductive cloth 27 and the right zipper base cloth 29 are bonded together by an adhesive .

In order to improve the connection strength between the conductive fabric 13 and the zipper base fabric 23 , the conductive fabric 13 and the zipper base fabric 23 are sewn together with an insulated sewing thread 30 . The sewing thread 30 includes a left sewing thread 31 and a right sewing thread 32, the left conductive cloth 26 and the left zipper base cloth 28 are stitched together with the left sewing thread 31, and the right conductive cloth 27 and the right zipper base cloth 29 are stitched together with the right sewing thread 32. stitched together.

In order to implement the conductive connection between the conductive cloth 13 and the electric shock clothing 1, the width of the conductive cloth 13 is greater than the width of the zipper base cloth 23, so that the conductive cloth 13 can be in contact with the electric shock clothing 1, so as to prevent the zipper bottom cloth 23 from being separated between the conductive cloth 13 and the electric shock clothing. 1, to ensure the conductive performance of the connection between the conductive cloth 13 and the electric contact clothing 1. The conductive chain buckle 12 is made of aluminum alloy, or copper alloy, or stainless steel. The conductive cloth 13 includes conductive fiber cloth and aluminum foil fiber composite cloth.

Claims (8)

1. A protective clothing, characterized in that: the protective clothing includes electric shock clothing (1), conductive shoes (2), protective gloves (3) and controller (4), electric shock clothing (1) and Conductive shoes (2) and protective gloves (3) are insulated from each other, and the controller (4) is installed on the electric shock suit (1); the electric shock suit (1) is made of anti-bite cloth (5), and the anti-bite cloth (5) includes An outer conductive layer (6) and an inner insulating layer (7); the electric shock suit (1) includes a hood (8), a coat (9), pants (10) and a conductive zipper (11), and the conductive zipper (11) includes There are conductive chain buttons (12) and conductive cloth (13), and the electric shock suit (1) is composed of a hood (8), a coat (9) and trousers (10) connected by a conductive zipper (11), so that the clothes worn outside the human body The outer surface of the electric shock jacket (1) forms a conductive surface; the conductive shoes (2) include a conductive outer shoe upper (53) and an insulating inner shoe cover (54), and the protective gloves (3) include a conductive outer glove (55) and The insulating inner glove (56); the controller (4) includes a high-voltage electric generator (14), a high-voltage switch (15) and a battery (16), and the high-voltage output positive pole (17) of the high-voltage electric generator (14) and The electric shock suit (1) is connected, and the high-voltage output negative pole (18) of the high-voltage electric generator (14) is connected with the conductive shoes (2) and the protective gloves (3). 2. A protective clothing according to claim 1, characterized in that: the electric shock clothing (1) includes a hood (8), a top (9) and trousers (10), a conductive zipper (11) It includes a first conductive zipper (33) and a second conductive zipper (34), the head cover (8) is connected to the jacket (9) through the first zipper (33), and the jacket (9) is connected to the jacket (9) through the second conductive zipper (34). The lower trousers (10) are connected so that the hood (8), the coat (9) and the lower trousers (10) become a conductor; the first conductive zipper (33) includes the first upper conductive cloth (35), the first lower Conductive cloth (36), the first upper chain button (37), the first lower chain button (38), the first upper zipper base cloth (39) and the first zipper base cloth (40); the second conductive zipper (34 ) includes the second upper conductive cloth (41), the second lower conductive cloth (42), the second upper chain button (43), the second lower chain button (44), the second upper zipper base cloth (45) and the second Two lower chain base cloths (46); the head cover (8) includes a conductive outer head cover (47) and an insulating inner head cover (48), and the conductive outer head cover (47) is connected together with the insulating inner head cover (48), The conductive outer hood (47) is enclosed within the outside of the insulating inner hood (48); the coat (9) includes a conductive outer coat (49) and an insulating inner coat (50), and the conductive outer coat (49) and the insulating inner coat (50) ) are connected together, the conductive outer coat (49) is covered with the outside of the insulating inner coat (50); the trousers (10) include conductive outer trousers (51) and insulating inner trousers (52), and the conductive outer trousers ( 51) is connected together with the insulating underpants (52), and the conductive outer underpants (51) are set on the outside of the insulating underpants (52); the conductive outer hood (47) is connected with the first upper conductive cloth (35), The first upper conductive cloth (35) is connected with the first upper chain button (37), the first upper chain button (37) is connected with the first lower chain button (38), and the first lower chain button (38) is connected with the first The lower conductive cloth (36) is connected, the first lower conductive cloth (36) is connected with the conductive outer coat (49); the conductive outer coat (49) is connected with the high voltage output positive pole (17); the conductive outer coat (49) is connected with the second upper The conductive cloth (41) is connected, the second upper conductive cloth (41) is connected with the second upper chain buckle (43), the second upper chain buckle (43) is connected with the second lower chain buckle (44), and the second lower chain buckle (44) is connected with the second lower conductive cloth (42), and the second lower conductive cloth (42) is connected with the conductive outer pants (51); the conductive outer shoe upper (53) is connected with the insulating inner shoe cover (54) , the conductive outer shoe upper (53) is outside the insulating inner shoe cover (54); the insulating inner glove (56) is set inside the conductive outer glove (55), and the conductive outer glove (55) is connected with the insulating inner glove (56) Together; the high voltage output negative pole (18) of the high voltage generator (14) is connected with the conductive outer vamp (53) and the conductive outer glove (55). 3. A protective clothing according to claim 1, characterized in that: the conductive outer coat (49) is provided with a conductive joint (65), and the circuit of the conductive outer coat (49) communicates with the conductive joint (65) , the conductive connector (65) is connected to the high voltage output positive pole (17). 4. A protective clothing according to claim 1, characterized in that: the high-voltage switch (15) is a touch switch, and the high-voltage switch (15) is installed on the jacket (9) and pants (10), The high-voltage switch (15) is provided with an insulating switch box (66), and each high-voltage switch (15) installed on the coat (9) and trousers (10) is connected in parallel. 5. A protective clothing according to claim 4, characterized in that: the insulated switch box (66) is bonded to the coat (9) by an adhesive, or the insulated switch box (66) is bonded The agent is bonded with the underpants (10). 6. A protective clothing according to claim 1, characterized in that: the high-voltage switch (15) includes a first high-voltage switch (67) and a second high-voltage switch (68), the first high-voltage switch (67 ) are provided with two, respectively installed on the left front chest (57) and right front chest (58) of the conductive outer jacket (49), and there are two second high-voltage switches (68), respectively installed on the conductive outer pants ( 51) the position of the left front leg (59) and the right front leg (60). 7. A protective clothing according to claim 1, characterized in that: said conductive shoes (2) are provided with a first electrical connector (61), and the high-voltage output negative pole (18) of the high-voltage electric generator (14) ) is connected to the first electrical connector (61) through the first insulated wire (62), the first insulated wire (62) is led out from the first electrical connector (61), and passes through the outer conductive layer (6) of the anti-bite cloth (5) ) and the interlayer position between the inner insulating layer (7), and then connected to the high voltage output negative pole (18). 8. A protective clothing according to claim 1, characterized in that: the protective gloves (3) are provided with a second electrical connector (63), the high voltage output negative electrode (18) of the high voltage generator (14) ) is connected to the second electrical connector (63) through the second insulated wire (64), the second insulated wire (64) is led out from the second electrical connector (63), and passes through the outer conductive layer (6) of the anti-bite cloth (5) ) and the interlayer position between the inner insulating layer (7), and then connected to the high voltage output negative pole (18).