WO2016023472A1

WO2016023472A1 - High-voltage protective garment apparatus

Info

Publication number: WO2016023472A1
Application number: PCT/CN2015/086694
Authority: WO
Inventors: 冯林
Original assignee: 冯林
Priority date: 2014-08-15
Filing date: 2015-08-12
Publication date: 2016-02-18
Also published as: CN105705049A; CN104116220A

Abstract

A high-voltage protective garment apparatus comprises a protective garment (1), conductive shoes (2), defense gloves (8), and a controller (3). The protective garment (1) is insulated from the conductive shoes (2) and the defense gloves (8). The controller (3) is mounted on the protective garment (1). The controller (3) is provided with a high-voltage electricity generator (11), a high-voltage switch (12), and a battery (13). A high-voltage output positive electrode (14) of the high-voltage electricity generator (11) is connected to the protective garment (1), and a high-voltage output negative electrode (15) of the high-voltage electricity generator (11) is connected to the conductive shoes (2) and the defense gloves (8). When an animal threatens the life of a protected person, the high-voltage electricity generator (11) is controlled by the controller (3) to generate a high voltage, and at the moment the animal attacks and touches the protected person, the protective garment (1) automatically uses the high voltage to electrically shock the animal attempting to hurt the protected person. In addition, the protected person can also use the defense gloves (8) to electrically shock the incoming animal actively. Furthermore, in case that the animal attacks the protected person on the insulation floor and the electric shock function of the protective garment (1) fails, the defense gloves (8) can also be used to electrically shock the incoming animal actively, and the life safety of the protected person is maintained.

Description

High pressure protective clothing device

Technical field

The present invention relates to a protective garment device for preventing bites by an animal, and more particularly to a high pressure protective garment device.

Background technique

At present, because the zoo and the staff in the animal sanctuary often come into contact with tigers or other animals that can harm people, there are often workers who are injured by tigers or other animals, a high-pressure protective clothing device that prevents or reduces the injury of workers to animals. It has become a need to protect staff.

Summary of the invention

SUMMARY OF THE INVENTION It is an object of the present invention to overcome the deficiencies of the prior art and to provide a high pressure protective garment device for preventing or reducing injury to a worker.

The technical solution adopted by the invention is that the high-pressure protective clothing device comprises a protective clothing, a conductive shoe, a defense glove and a controller, the protective clothing is insulated from the conductive shoes and the protective gloves, and the controller is mounted on the protective clothing; the protective clothing includes The conductive outer garment and the insulating underwear, the conductive outer garment is connected with the insulating underwear, the conductive outer garment is outside the insulating underwear; the conductive shoe comprises an outer conductive layer and an inner insulating layer, the outer conductive layer is connected with the inner insulating layer, and the outer conductive layer is The outer layer of the inner insulating layer; the protective glove comprises a conductive outer glove and an insulating inner glove, the insulating inner glove is sleeved inside the conductive outer glove, the conductive outer glove is connected with the insulated inner glove; the controller comprises a high voltage electric generator and a high voltage The switch and the battery, the high-voltage output positive electrode of the high-voltage electric generator is connected with the conductive outer coat of the protective clothing, the high-voltage output negative electrode of the high-voltage electric generator is connected with the outer conductive layer of the conductive shoe, and the high-voltage output negative electrode of the high-voltage electric generator and the defense The conductive outer glove connection of the glove; the protective clothing is insulated from the conductive shoes and the protective gloves. The conductive outer garment, the conductive outer glove and the outer conductive layer are composed of a conductive material, the conductive material comprises a stainless steel woven mesh and a copper alloy woven mesh; the insulating underwear, the insulating inner glove and the inner insulating layer are composed of an insulating material, and the insulating material comprises plastic and rubber. In order to increase the battery's power, the battery is a rechargeable battery, and the controller is equipped with a charger to charge the battery.

When the high-pressure protective clothing device is used, the protective clothing is worn on the protected person's body, the conductive shoes are worn on the protected person's feet, and the protective gloves are worn on the protected person's hand; when the protected person is threatened by the animal attack When the protected person immediately presses the high voltage switch, the high voltage switch transmits its signal to the controller, the controller controls the high voltage electric generator to generate high voltage electricity, and sends the high voltage electric power to the protective clothing to make the outer belt of the protective clothing There is high voltage electricity; when the animal attacks the protective clothing of the protected person, when the animal touches the protective clothing of the protected person, the high voltage electricity is output from the output positive electrode of the high voltage electric generator, and the high voltage electricity passes through the protective clothing and The animal, then passes through the ground and the conductive shoes back to the high-voltage output negative pole of the high-voltage generator to form a loop, so that the high-voltage electricity passes through the animal, and the high-voltage electric shock strikes the protected animal; at the same time, the protected person pushes by hand Or hit the animal, because the protected person's hand wears protective gloves, the conductive gloves of the defensive gloves are in contact with the animal, and the high-voltage electricity is output from the output of the high-voltage generator, and the high-voltage power is protected. The clothes and animals, and then the conductive outer gloves of the defensive gloves return to the high-voltage output negative pole of the high-voltage generator to form a loop, and use the high-voltage electricity to shock the animal, so that the animal loses the ability to attack the protected person, causing the animal to stop attacking. The protected person protects the safety of the protected person.

The invention has the beneficial effects that the high-pressure protective clothing device comprises a protective clothing, a conductive shoe, a defense glove and a controller. When the 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 the contacted person, the protective clothing automatically uses the high-voltage electric shock to injure the animal of the protected person; at the same time, the protected person can also use the protective gloves to actively attack the animal; in addition, if the animal is insulated The floor is attacked by the protected person, the electric shock function of the protective clothing is invalid, and the protective gloves can be used to actively attack the animal to protect the life of the protected person.

DRAWINGS

Figure 1 is a schematic view showing the structure of a high pressure protective clothing device.

detailed description

The present invention will be further described below in conjunction with the accompanying drawings:

FIG. 1 is a schematic view showing the structure of the high-pressure protective clothing device. The high-pressure protective clothing device includes a protective clothing 1, a conductive shoe 2, a protective glove 8 and a controller 3. The protective clothing 1 and the conductive shoe 2 and the protective glove 8 are insulated from each other. The protective device 1 is mounted on the protective clothing 1; the protective clothing 1 comprises a conductive outer garment 4 and an insulating underwear 5, the conductive outer garment 4 is connected with the insulating underwear 5, the conductive outer garment 4 is outside the insulating underwear 5; and the conductive shoe 2 includes external conductive Layer 6 and inner insulating layer 7, outer conductive layer 6 and inner insulating layer 7 are connected together, outer conductive layer 6 is outside of inner insulating layer 7; The glove 8 includes a conductive outer glove 9 and an insulating inner glove 10, the inner insulating glove 10 is sleeved inside the conductive outer glove 9, the conductive outer glove 9 is connected with the insulating inner glove 10; the controller 3 includes a high voltage electric generator 11 The high voltage switch 12 and the battery 13, the high voltage output positive electrode 14 of the high voltage electric generator 11 is connected to the conductive outer cover 4 of the protective clothing 1, and the high voltage output negative electrode 15 of the high voltage electric generator 11 is connected to the outer conductive layer 6 of the conductive shoe 2. The high-voltage output negative electrode 15 of the high-voltage generator 11 is connected to the conductive outer glove 10 of the protective glove 8; the protective clothing 1 is insulated from the conductive shoe 2 and the protective glove 8. The conductive outer garment 4, the conductive outer glove 9 and the outer conductive layer 6 are made of a conductive material, the conductive material comprises a stainless steel woven mesh and a copper alloy woven mesh; the insulating underwear 5, the insulating inner glove 10 and the inner insulating layer 7 are made of an insulating material, and the insulating The material includes plastic and rubber; in order to increase the power of the battery 13, the battery 13 is a rechargeable battery, and the controller 3 is provided with a charger 42, which charges the battery 13 with the charger 42.

The working principle of the high-pressure protective clothing device is: when using, the protective clothing 1 is worn on the body of the protected person, the conductive shoes 2 are worn on the feet of the protected person, and the protective gloves 8 are worn on the hands of the protected person; When the protected person is threatened by an animal attack, the protected person immediately presses the high voltage switch 12, and the high voltage switch 12 transmits its signal to the controller 3, and the controller 3 controls the high voltage power generator 11 to generate high voltage, and will be high. The piezoelectricity is sent to the protective clothing 1, so that the outside of the protective clothing 1 is provided with high-voltage electricity; when the animal attacks the protective clothing 1 of the protected person, the high-voltage electricity is supplied when the animal contacts the protective clothing 1 of the protected person. The output positive electrode 14 of the high-voltage generator 11 is output, and the high-voltage electric power passes through the protective clothing 1 and the animal, and then passes through the ground and the conductive shoe 2 to return to the high-voltage output negative electrode 15 of the high-voltage electric generator 11 to form a loop to make the high-voltage electric power. Through the animal, the high-voltage electric shock is used to attack the animal of the protected person; at the same time, the protected person pushes or hits the animal by hand, and the protective glove 8 is worn by the protected person's hand, and the conductive glove 9 and the animal of the protective glove 8 are made. Contact, high voltage electricity by high voltage electricity The output positive electrode 14 of the generator 11 is output, and the high voltage electric power passes through the protective clothing 1 and the animal, and then passes through the conductive outer glove 9 of the protective glove 8 to return to the high voltage output negative electrode 15 of the high voltage electric generator 11 to form a loop, using high voltage electricity. The electric shock to the animal causes the animal to lose the ability to attack the protected person, causing the animal to stop attacking the protected person and protect the safety of the protected person.

In order to achieve the purpose of high-voltage electric shock when the animal attacks the protected person, the protective clothing 1 includes a head cover 16, a top 17, a lower leg 18 and an electric connector 19. The head cover 16 includes a conductive outer cover 20 and an insulating inner head. The cover 21, the insulating inner cover 21 is sleeved inside the conductive outer cover 20, and the conductive outer cover 20 is connected with the insulating inner cover 21; the upper cover 17 includes a conductive outer top 22 and an insulating inner top 23, and the insulating inner top 23 is sleeved. Conductive outer top 22, conductive outer top 22 is connected with the insulating inner top 23; the underpants 18 include conductive outer pants 24 and insulated under pants 25, and the insulating under pants 25 sets inside the conductive outer pants 24, the conductive outer pants 24 and the inner and outer insulation pants The pants 25 are connected together; the electrical connector 19 includes a first electrical connector 26 and a second electrical connector 27, the first electrical connector 26 includes a first plug 28 and a first socket 29, and the second electrical connector 27 includes a second connector 30 and the second socket 31; the conductive outer cover 20 is connected to the first plug 28, the first plug 28 is inserted into the first socket 29, the first socket 29 is connected to the conductive outer jacket 22, and the conductive outer jacket 22 and the second plug 30 are connected. The second plug 30 is connected to the second socket 31, the second socket 31 is connected to the conductive outer pants 24, and the conductive outer jacket 22 is connected to the high voltage output positive electrode 14 of the high voltage generator 11, the high voltage generator 11 The high voltage output negative electrode 15 is connected to the outer conductive layer 6 of the conductive shoe 2 and the conductive outer glove 10 of the protective glove 8.

In order to prevent electric shock from the human body, the insulating underwear 5 of the protective clothing 1 is in contact with the protected person, and the insulating underwear 5 is located between the conductive outer garment 4 and the protected person, and the protected person is insulated from the conductive outer garment 4. The defensive glove 8 includes a conductive outer glove 9 and the insulating inner glove 10 is in contact with the hand of the protected person, and the insulating inner glove 10 is located between the conductive outer glove 9 and the protected person's hand, the protected person's hand and the conductive outer glove 9 The inner insulating layer 7 of the conductive shoe 2 is in contact with the foot of the protector, and the inner insulating layer 7 is located between the outer conductive layer 6 and the foot of the protected person, and is insulated from the outer conductive layer 6 by the foot of the protector.

In order to form a charged body on the outside of the human body, the first outer connector 26 and the second electrical connector 27 are used to connect the conductive outer cover 17, the conductive outer top 19, and the conductive outer pants 21 to the outside of the protected person. The cover 16, the upper garment 17, and the lower pants 18 become a conductor. The first electrical connector 26 is provided with a plurality, each first plug 28 of each first electrical connector 26 is connected to the conductive outer cover 20; each first plug 28 and each of the first electrical connectors 26 are first The sockets 29 are plugged in, each of the first sockets 29 is connected to the conductive outer jacket 22; the second electrical connector 27 is provided with a plurality, and each of the second plugs 30 of each of the second electrical connectors 27 is connected to the conductive outer jacket 22, each Two second plugs 30 are plugged into each of the second sockets 31 of each of the second electrical contacts 27, and each of the second sockets 31 is connected to the conductive outer pants 24.

In order to facilitate timely control of the controller 3 to generate high voltage power, the high voltage switch 12 includes a first high voltage switch 32 and a second high voltage switch 33. The first high voltage switch 31 is mounted on the upper garment 17, and the second high voltage switch 33 is mounted on the lower pants 18, The controller 3 is provided with a control line connected to the first high voltage switch 32 and the second high voltage switch 33; the first high voltage switch 32 is connected in parallel with the second high voltage switch 33; the first high voltage switch 32 is provided with two, and the second high voltage switch 33 is provided. Two are provided; each of the first high voltage switches 32 is connected in parallel, and each of the second high voltage switches 33 is connected in parallel.

In order to improve the conductive performance of the conductive shoe 2, the conductive shoe 2 is provided with a conductive pin 34, the conductive pin 34 is fixed to the sole of the conductive shoe 2, the conductive pin 34 is connected to the outer conductive layer 6 of the conductive shoe 2, and the outer conductive layer 6 is provided with a third The joint 35, the conductive outer glove 9 is provided with a fourth joint 36, and the third joint 35 is connected to the fourth joint 36 by an insulated wire.

In order to facilitate assembly, the protective garment 1 is provided with a control box 37, and the high voltage electric generator 11 of the controller 3 and the battery 13 are provided in the control box 37. In order to reduce the influence of the head cover 13 on the line of sight of the protected person, the front cover 16 is provided with a frame 38 on the front side thereof, and the frame 38 is provided with a see-through hole 39.

In order to avoid leakage, a first insulating sleeve 40 is disposed between the conductive shoe 2 and the interface of the lower pants 18, and the outer conductive layer 6 of the conductive shoe 2 is separated from the conductive outer pants 24 of the lower pants 18 by the first insulating sleeve 40. a second insulating sleeve 41 is disposed between the cuff position of the upper garment 17 and the protective glove 8, and the conductive outer glove 9 of the protective glove 8 is separated from the conductive outer top 22 of the upper garment 17 by the second insulating sleeve 41; the conductive outer garment 4 The conductive outer glove 9 and the outer conductive layer 6 are made of a conductive material, the conductive material comprises a stainless steel woven mesh and a copper alloy woven mesh; the insulating underwear 5, the insulating inner glove 10 and the inner insulating layer 7 are made of an insulating material, and the insulating material comprises plastic. And rubber.

The high-pressure protective device is used by pressing the first high-voltage switch 32 or the second high-voltage switch 33 when the protected person is threatened by the animal, and the first high-voltage switch 32 or the second high-voltage switch 33 transmits the signal to the control. The controller 3 controls the high voltage generator 11 to generate high voltage electricity. The high voltage power is supplied from the high voltage output positive electrode 14 to the conductive outer cover 20 of the head cover 16, the conductive outer top 22 of the upper garment 17, and the conductive outer portion of the lower pants 18. The lower pants 24, the conductive outer cover 20, the conductive outer top 22 and the conductive outer pants 24 are provided with high voltage, so that the protected person's body is within the protection range of high voltage; when the animal contacts the conductive outer cover 20, Or the conductive outer top 22 or the conductive outer pants 24, the high voltage is output by the conductive outer cover 20, or the conductive outer top 22, or the conductive outer pants 24, through the outer conductive layer 6 of the animal, the ground, and the conductive shoe 2. And the high-voltage output negative electrode 15 forms a loop to shock the animal; at the same time, when the animal attacks and contacts the protected person's conductive outer cover 20, or the conductive outer top 22, or the conductive outer pants 24, the protected person pushes or hits the animal by hand. in At the moment when the electric external glove 9 contacts the animal, the high voltage power is output from the output positive electrode 14 of the high voltage electric generator 11, and the high voltage electric power passes through the conductive outer cover 20 of the protective clothing 1, or the conductive outer top 22, or the conductive outer pants 24 Then, the conductive outer glove 9 of the defensive glove 8 returns to the high-voltage output negative electrode 15 of the high-voltage generator 11 to form a loop, and the high-voltage electric power is used to strike the animal to cause the animal to lose the ability to attack the protected person. The animal stops attacking the protected person to prevent the protected person from being harmed by the animal.

Claims

High-pressure protective clothing device, high-pressure protective clothing device includes protective clothing (1), conductive shoes (2), protective gloves (8) and controller (3), protective clothing (1) and conductive shoes (2) and protective gloves ( 8) Insulating each other, the controller (3) is mounted on the protective clothing (1); the protective clothing (1) comprises a conductive outer garment (4) and an insulating underwear (5), and the conductive outer garment (4) is connected with the insulating underwear (5) Together, the conductive outer garment (4) is outside the insulating underwear (5); the conductive shoe (2) includes an outer conductive layer (6) and an inner insulating layer (7), an outer conductive layer (6) and an inner insulating layer (7). Connected together, the outer conductive layer (6) is outside the inner insulating layer (7); the protective glove (8) includes a conductive outer glove (9) and an insulating inner glove (10), and the insulating inner glove (10) is placed over Inside the conductive outer glove (9), the conductive outer glove (9) is connected with the insulated inner glove (10); the controller (3) includes a high voltage electric generator (11), a high voltage switch (12), and a battery (13). The high voltage output positive electrode (14) of the high voltage electric generator (11) is connected to the conductive outer garment (4) of the protective clothing (1), and the high voltage output negative electrode (15) of the high voltage electric generator (11) and the conductive shoes ( 2) The outer conductive layer (6) is connected, and the high voltage generator (11) A negative voltage output (15) and defense gloves (8) an outer electrically conductive glove (10);

The protective garment (1) is insulated from the conductive shoe (2) and the protective glove (8); the protective garment (1) includes a head cover (16), a top (17), a lower pants (18), and an electrical connector (19), the head The cover (16) includes a conductive outer cover (20) and an insulating inner cover (21). The upper cover (17) includes a conductive outer top (22) and an insulative inner top (23), and the lower pants (18) include an electrically conductive outer cover. a lower pant (24) and an insulated underpants (25); the electrical connector (19) includes a first electrical connector (26) and a second electrical connector (27), the first electrical connector (26) including a first connector ( 28) and a first socket (29), the second electrical connector 27 includes a second plug 30 and a second socket 31; the conductive outer cover (20) is coupled to the first plug (28), the first plug (28) and the A socket (29) is inserted, the first socket (29) is connected to the conductive outer jacket (22), the conductive outer jacket (22) is connected to the second plug (30), and the second plug (30) and the second socket (31) The second socket (31) is connected to the conductive outer pants (24); the conductive outer jacket (22) is connected to the high voltage output positive electrode (14) of the high voltage electric generator (11), and the high voltage electric generator ( 11) Conductive output of the high-voltage output negative electrode (15) and the outer conductive layer (6) of the conductive shoe (2) and the protective glove (8) Gloves (10);

The utility model is characterized in that: the working principle of the high-pressure protective clothing device is: when using, the protective clothing (1) is worn on the body of the protected person, and the conductive shoe (2) is worn on the foot of the protected person to defend The glove (8) is worn on the protected person's hand; when the protected person is threatened by the animal, the protected person immediately presses the high voltage switch (12), and the high voltage switch (12) transmits its signal to the controller (3) The controller (3) controls the high-voltage generator (11) to generate high-voltage electricity, and sends the high-voltage electricity to the protective clothing (1), so that the outside of the protective clothing (1) is equipped with high-voltage electricity; When attacking the protective clothing (1) of the protected person, the high-voltage power is output from the output positive electrode (14) of the high-voltage generator (11) at the moment when the animal contacts the protective clothing (1) of the protected person, and the high voltage is applied. After passing through the protective clothing (1) and the animal, the ground and the conductive shoes (2) are returned to the high-voltage output negative electrode (15) of the high-voltage generator (11) to form a circuit, so that the high-voltage electricity passes through the animal and utilizes the high voltage. The electric shock strikes the animal of the protected person; at the same time, the protected person pushes or strikes the animal by hand, and the protective glove (8) wears the conductive outer glove (9) and the animal because the protected person's hand wears the protective glove (8). Contact, high voltage electricity is output from the output positive electrode (14) of the high voltage electric generator (11), and the high voltage electricity passes through the protective clothing (1) and the animal, and then passes through the protective glove (8). The electric external glove (9) returns to the high-voltage output negative electrode (15) of the high-voltage generator (11) to form a circuit, and uses an electric shock to electrically attack the animal, so that the animal loses the ability to attack the protected person, causing the animal to stop attacking. The protected person protects the safety of the protected person.
The high-pressure anti-seizure device according to claim 1, wherein the protective underwear (5) of the protective clothing (1) is in contact with the protected person, and the insulating underwear (5) is located in the conductive outer garment. (4) Between the protected person and the protected person, the protected person is insulated from the conductive outerwear (4).
The high-pressure anti-seizure device according to claim 1, wherein the protective glove (8) comprises a conductive outer glove (9) and an insulating inner glove (10) which is in contact with the protected person's hand, and is insulated. The glove (10) is located between the conductive outer glove (9) and the protected person's hand, the protected person's hand is insulated from the conductive outer glove (9); the conductive inner layer (7) of the conductive shoe (2) is protected from the person In the foot contact, the inner insulating layer (7) is located between the outer conductive layer (6) and the foot of the protected person, and is insulated from the outer conductive layer (6) by the foot of the protector.
The high-pressure anti-seizure device according to claim 1, characterized in that the conductive outer cover (17), the conductive outer top (19) and the conductive outer portion are used by the first electrical connector (26) and the second electrical connector (27). The circuit of the underpants (21) is turned on, so that the hood (16), the top (17), and the lower pants (18) outside the protected person become an electric conductor.
The high-pressure anti-seizure device according to claim 1, characterized in that the first high-voltage switch (32) is connected in parallel with the second high-voltage switch (33).
The high-pressure anti-seizure device according to claim 1, wherein a first insulating sleeve (40) is disposed between the conductive shoe (2) and the lower pants (18), and the first insulating sleeve is used. (40) separating the outer conductive layer (6) of the conductive shoe (2) from the conductive outer pants (24) of the lower pants (18); between the cuff position of the upper garment (17) and the protective glove (8) The second insulating sleeve (41) separates the conductive outer glove (9) of the protective glove (8) from the conductive outer top (22) of the upper garment (17) by the second insulating sleeve (41).
The high-pressure anti-seizure device according to claim 1, wherein said conductive outer garment (4), conductive outer glove (9) and outer conductive layer (6) are made of a conductive material, and the conductive material comprises stainless steel braided. The mesh and the copper alloy woven mesh; the insulating underwear (5), the insulating inner glove (10) and the inner insulating layer (7) are composed of an insulating material including plastic and rubber.
The high-pressure anti-seizure device according to claim 1, wherein the high-pressure anti-seizure device is used by pressing the first high-voltage switch (32) or the second high-voltage when the protected person is threatened by the animal. The switch (33), the first high voltage switch (32) or the second high voltage switch (33) transmits its signal to the controller (3), and the controller (3) controls the high voltage generator (11) to generate high voltage power. The high piezoelectricity is supplied from the high voltage output positive electrode (14) to the conductive outer cover (20) of the head cover (16), the conductive outer top (22) of the top (17), and the conductive outer pants (24) of the lower pants (18). The conductive outer hood (20), the conductive outer top (22) and the conductive outer pants (24) are provided with high voltage, so that the protected person's body is within the protection range of high voltage; when the animal is exposed to the conductive outer hood (20), or conductive outer top (22), or conductive outer pants (24), high-voltage power from the conductive outer cover (20), or conductive outer top (22), or conductive outer pants (24) output Through the outer conductive layer (6) of the animal, the ground, and the conductive shoes (2) and the high-voltage output negative electrode (15) to form a circuit to shock the animal; at the same time, the animal is attacked and contacted and protected. When the conductive outer cover (20), or the conductive outer top (22), or the conductive outer pants (24) are used, the protected person pushes or strikes the animal by hand, and the high-voltage electricity is touched when the conductive outer glove (9) contacts the animal. Outputted from the output positive electrode (14) of the high voltage electric generator (11), the high voltage electric through the protective outer cover (20) of the protective clothing (1), or the conductive outer top (22), or the conductive outer pants (24) Then, through the conductive outer glove (9) of the defensive glove (8), return to the high-voltage output negative electrode (15) of the high-voltage generator (11) to form a loop, and use the high-voltage electricity to strike the animal with an electric shock to make the animal lose The ability to attack the protected person causes the animal to stop attacking the protected person so that the protected person is not harmed by the animal.