CN208998650U - Multi-functional attacking and defending combined complete - Google Patents

Abstract

The utility model relates to police equipment technical fields, specially a kind of multi-functional attacking and defending combined complete, including shield body, electric shock device, lighting device, law-enforcing recorder and battery, electric shock device, lighting device, it is to be electrically connected and be mounted in shield body between law-enforcing recorder and battery, the back side of shield body is equipped with buffer layer and Police stick clip, the length direction that the back side of shield body is located on the region of buffer layer along shield body is successively arranged armband and handle, one end of close handle on shield body length direction is equipped with several broken window cones, broken window cone is scalable to be connected in shield body, in shield body along its length on integrally formed at least two reinforcing ribs being parallel to each other.The utility model has the advantages of simple structure, rationally distributed, is connected in shield body since broken window cone is scalable, without using when make brokenly window tapered time, avoid it from damaging other people；Due in shield body along its length on integrally formed with reinforcing rib, the intensity of shield body is improved, to improve the anti-percussion ability of shield body.

Description

Multi-functional attacking and defending combined complete

Technical field

The utility model relates to police equipment technical field, specially a kind of multi-functional attacking and defending combined complete.

Background technique

Riot shield is board-like fixture (" People's Republic of China's public safety row for protecting, resisting nocuity strike Industry standard GA422-2008 riot shield "), mainly it is made of shield body, buffer layer, handle, several parts of armband.When encountering crowd When attack, police keep out attack by explosion-proof shield, protect itself.

And only with the riot shield of single protective action, in actual use often very passively, so it is existing Some explosion-proof shields are generally also equipped with electric shock device (and be equipped with baton and be used together), lighting device, law-enforcing recorder and broken window Cone, to improve its safety, practicability.But since broken window cone is sharp metal component, is using storage, transfer and using During, it is easy to accidentally injure other people, other people life can be even jeopardized when serious；And existing shield body tapped by foreign matter after hold It is easily-deformable.For this purpose, we have proposed a kind of multi-functional attacking and defending combined completes.

Utility model content

The main purpose of the utility model is to provide a kind of multi-functional attacking and defending combined completes, to solve above-mentioned background technique The broken window cone of middle proposition is easy to accidentally injure other people, even can jeopardize him when serious during using storage, transfer and use The problem of the problem of life is ordered and existing shield body are easily deformed after being tapped by foreign matter.

To achieve the above object, the utility model provides the following technical solutions: a kind of multi-functional attacking and defending combined complete, including Shield body, electric shock device, lighting device, law-enforcing recorder and battery, the electric shock device, lighting device, law-enforcing recorder and Battery is mounted in the shield body, is electrically to connect between the electric shock device, lighting device, law-enforcing recorder and battery It connects；The back side of the shield body is equipped with buffer layer and Police stick clip, and the Police stick clip is located at below the buffer layer, the back of the shield body The length direction that face is located on the region of the buffer layer along the shield body is successively arranged armband and handle, the shield body length side Upward one end close to the handle is equipped with several broken window cones, and the broken window cone is scalable to be connected in the shield body, institute It states in shield body on along its length integrally formed at least two reinforcing ribs being parallel to each other.

The utility model has the beneficial effects that: the utility model has the advantages of simple structure, rationally distributed, by that described will break Window cone is scalable to be connected in the shield body, is able to that its retraction can be made when boring without using the broken window, to avoid its right Other people damage；In addition, by the shield body along its length on be parallel to each other integrally formed at least two Reinforcing rib, is improved the intensity of the shield body, to improve the anti-percussion ability of the shield body.

Preferably, scalable be connected in the shield body of the broken window cone refers to that the shield body is equipped with the receiving broken window For the axis of cone to movable sleeve, the broken window cone is above radially connected arresting lever, is axially arranged with around it for limiting on the sleeve The arresting lever is made along the broken window axis of cone to movable first locking groove and the second locking groove, and first locking groove and Be connected between second locking groove for the arresting lever along the broken window axis of cone to be flexibly connected slot.Its advantage is that by making The arresting lever is in first locking groove or the second locking groove, is achieved the scalability of the broken window cone.

Preferably, the end of the arresting lever is built-in with ferromagnetic substance, close to described on the back side of the shield body The position of first locking groove and the second locking groove is equipped with magnetite.Its advantage is that the magnetite is to built in the stop boom end Ferromagnetic substance can generate attraction, prevent in use, non-artificial movement occurs for the broken window cone, to influence Its normal use.

Preferably, the end of the arresting lever is integrally formed with slide block.Its advantage is that due to the effect of the magnetite, The arresting lever is sucked, and is conducive to the separation between the arresting lever and magnetite by the slide block.

Preferably, the electric shock device includes switch, transformer and multiple is connected to the positive electricity of the shield body at equal intervals Hit component, the switch is located on the handle, and the transformer is connected to the shield body back side, the battery, transformer, It switchs between electric shock component to be electrically connected, and is to be connected in parallel between multiple electric shock components.Its advantage is that if institute It states between electric shock component to be connected in series, when keeping out attack with the shield body, wherein after electric shock component damage described in one group, The remaining electric shock component is unable to normal use, therefore is best when being connected in parallel between the electric shock component.

Preferably, the electric shock component includes positive electric shock head and cathode electric shock head, the positive electric shock head and cathode Electric shock head passes through insulator and is connected with the shield body, and the positive electric shock head and cathode electric shock head be electrically connected in The switch.Its advantage is that the electrical insulating property between the shield body and the positive electric shock head and cathode electric shock head is improved, User is prevented to be electrically shocked.

Preferably, the front of the shield body is sequentially coated with the first insulating layer, the first wearing layer from inside to outside and prevents striking Hit layer.Its advantage is that first insulating layer improves between the shield body and the positive electric shock head and cathode electric shock head Electrical insulating property, first wearing layer and the anti-layer that taps improve the service life of the shield body.

Preferably, the back side of the shield body is sequentially coated with second insulating layer and the second wearing layer from inside to outside.Its is excellent Point is that the second insulating layer improves being electrically insulated between the shield body and the positive electric shock head and cathode electric shock head Property, second wearing layer improves the service life of the shield body.

Detailed description of the invention

Fig. 1 is the multi-functional positive three-dimensional structure diagram of attacking and defending combined complete of an embodiment of the utility model；

Fig. 2 is the multi-functional attacking and defending combined complete top view of an embodiment of the utility model；

Fig. 3 be in Fig. 2 along the sectional view of A-A；

Fig. 4 is the partial enlarged view in Fig. 3 at I；

Fig. 5 is the three-dimensional structure diagram at the multi-functional attacking and defending combined complete back side of an embodiment of the utility model；

Fig. 6 is the partial enlarged view in Fig. 5 at II；

Fig. 7 is the schematic diagram of Fig. 6 variable condition one；

Fig. 8 is the schematic diagram of Fig. 6 variable condition two；

Fig. 9 is the coating distribution schematic diagram of the shield body of an embodiment of the utility model.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, makees the specific embodiment of the utility model embodiment It further describes.Following embodiment is only used for more clearly illustrating the technical solution of the present embodiment, and cannot be used as a limitation limitation The protection scope of the utility model.

Please refer to Fig. 1 to Fig. 9, in the utility model embodiment, a kind of multi-functional attacking and defending combined complete, including shield body 1, electricity Hit device, lighting device 3, law-enforcing recorder 4 and battery, the electric shock device, lighting device 3, law-enforcing recorder 4 and battery Between to be electrically connected, the back side of the shield body 1 is bolted with battery fixed bin 100, and the battery is placed in the battery and fixes In box 100；The lighting device 3 and law-enforcing recorder 4 is the prior art, they pass through screw and are fixed on the shield body 1 The back side, the first window 30 is offered in the shield body 1 with 3 corresponding position of lighting device, the lighting device 3 issues Light beam cast out；The second window 40, institute are offered with 4 corresponding position of law-enforcing recorder in the shield body 1 Law-enforcing recorder 4 is stated to be able to capture picture by second window 40；First window 30 and the second perspective Equal sticker has implosion guard on window 40,3 He of lighting device when preventing the shield body 1 from tapping by foreign matter, directly described in damage Law-enforcing recorder 4；The back side of the shield body 1 is equipped with buffer layer 11 and Police stick clip 12, and the Police stick clip 12 is located at the buffer layer 11 lower section (lower section of the buffer layer 11 refers to the lower extreme direction of Fig. 5 drawing), the back side of the shield body 1 is located at the buffering Length direction on the region of layer 11 along the shield body 1 is successively arranged armband 13 and handle 14, on 1 length direction of shield body It sets close to one end of the handle 14 there are two broken window cone 5, the broken window cone 5 is scalable to be connected in the shield body 1；The shield On body 1 along its length on integrally formed with two reinforcing ribs being parallel to each other 10, the section of the reinforcing rib 10 is preferably Arc one is formed by integrated die-casting and is made, be improved the shield to the front protrusion (as shown in Figure 4) of the shield body 1 The intensity of body 1, to improve the anti-percussion ability of the shield body 1.

In embodiment, scalable be connected in the shield body 1 of the broken window cone 5 refers to that the shield body 1 is equipped with receiving institute It states brokenly the axial movable sleeve 15 of window cone 5 and (in the present embodiment, for saving material, aesthetics is improved, by carrying on the back in the shield body 1 One arcuate structure of welding on the position of the reinforcing rib 10 in face, is able to form institute between the reinforcing rib 10 of arc State the structure of sleeve 15), the broken window bores and is radially welded with arresting lever 51 on 5, is axially arranged with use around it on the sleeve 15 5 axial movable first locking grooves 16 and the second locking groove 17 are bored along the broken window in limiting the arresting lever 51, and described It is connected between first locking groove 16 and the second locking groove 17 for the arresting lever 51 along the axial flexible connection of the broken window cone 5 Slot 18；As shown in fig. 6, first locking groove 16 will limit when the arresting lever 51 is located in first locking groove 16 The arresting lever 51 is axial movable along the broken window cone 5, at this point, the broken window cone 5 is in stretching state, so as to play The effect of shattered glass；As shown in fig. 7, when the axial direction by the arresting lever 51 around the broken window cone 5 turns to the connection After in slot 18, so that the arresting lever 51 can be along the axial activity of the broken window cone 5；As shown in figure 8, when that described will stop After lever 51 is moved in second locking groove 17, second locking groove 17 will limit the arresting lever 51 along the broken window The axial activity of cone 5 is avoided the broken window cone 5 and accidentally injures other people, improve it at this point, the broken window cone 5 is in retracted mode Safety.

In embodiment, the end of the arresting lever 51 is built-in with ferromagnetic substance, and the ferromagnetic substance is iron, cobalt, nickel Or ferrite any one of or multiple combinations form；Close to first locking groove on the back side of the shield body 1 16 and second the equal sticker in position of locking groove 17 have magnetite 19；When the arresting lever 51 is located in first locking groove 16, The magnetite 19 near first locking groove 16 generates attraction to the arresting lever 51, is avoided the arresting lever 51 Non-artificial be moved in the link slot 18 and influence its normal use；When the arresting lever 51 is located at second locking groove 17 When interior, the magnetite 19 near second locking groove 17 generates attraction to the arresting lever 51, is avoided described stop Lever 51 is non-artificial to be moved in the link slot 18 and stretches out the broken window cone 5.

In embodiment, the end of the arresting lever 51 is integrally formed with slide block 52, since the magnetite 19 meeting will be described Arresting lever 51 is sucked, therefore the separation between the arresting lever 51 and magnetite 19 is advantageously implemented by the slide block 52.

In embodiment, the electric shock device is being connected to the shield body 1 just including switch 23, transformer 24 and five at equal intervals The electric shock component in face, the switch 23 are embedded on the handle 14, and the transformer 24 is installed on the shield body 1 by screw The back side, to be electrically connected between the battery, transformer 24, switch 23 and electric shock component, and electric shock component described in five Between to be connected in parallel.If to be connected in series between the electric shock component, when keeping out attack with the shield body 1, wherein one group After the electric shock component damage, remaining described electric shock component is unable to normal use, therefore for simultaneously between the electric shock component It is best when connection connection.

In embodiment, the electric shock component includes positive electric shock head 21 and cathode electric shock head 22, the positive electric shock head 21 and cathode electric shock head 22 be connected with the shield body 1 by insulator 6, and the positive electric shock head 21 and cathode electric shock head 22 are electrically connected in the switch 23.In the present embodiment, five positive electric shock heads 21 and five cathode electric shocks First 22 are spacedly distributed respectively on two reinforcing ribs 10, since 10 one of reinforcing rib is convex to 1 front of shield body Arcuate structure out is more advantageous to when the positive electric shock head 21 and cathode electric shock head 22 are located on the reinforcing rib 10 It is contacted with attacker, to prevent attack；The positive electric shock head 21 is identical with the fixed form of cathode electric shock head 22, such as schemes Shown in 4, the back side of the cathode electric shock head 22 is connected with stud 221, and running through on the reinforcing rib 10 has through-hole, the spiral shell Column 221 is spirally connected with nut 220 (by welding lead, the other end of the conducting wire on the nut 220 after running through the through-hole It is welded on the switch 23, the electric connection being achieved between the cathode electric shock head 22 and switch 23), the nut Be lined with felt pad 222 between 220 and the reinforcing rib 10, the insulator 6 be located at the cathode electric shock head 22 and shield body 1 it Between；Wherein, the insulator 6 is identical with the material of felt pad 222, preferably bakelite, tough and tensile resistance to high mechanical strength It the advantages that mill, dimensionally stable is corrosion-resistant, and electrical insulation capability is excellent, is able to extend making for the insulator 6 and felt pad 222 With the service life, user itself is prevented to be electrically shocked.

In embodiment, the front of the shield body 1 is sequentially coated with the first insulating layer 101, the first wearing layer from inside to outside 102 and anti-percussion layer 103；The back side of the shield body 1 is sequentially coated with second insulating layer 104 and the second wearing layer from inside to outside 105.Wherein, the material of the shield body 1 is preferably aluminum alloy materials, and intensity is high, light weight, is easy to use；Described first Insulating layer 101 is identical with the material of second insulating layer 104, preferably covering class insulated paint, with fast drying, adhesive force it is strong, The advantages that paint film is hard, high mechanical strength, moisture resistance, oil resistant, corrosion-resistant, good insulating, front and back coated on the shield body 1 Face, be improved the shield body 1 insulating properties (preventing when the rainy day is using the electric shock device, user is electrically shocked itself) and Resistance to percussion ability；First wearing layer 102 is identical with the material of the second wearing layer 105, by high-performance abrasion-proof ceramic particle The wear-resisting erosion resistance polymeric material obtained with modified toughened resin compounded, coated on first insulating layer 101 and the second insulation The outer surface of layer 104, is improved wearability, hardness and the service life of the shield body 1；The anti-material for tapping layer 103, Based on the resins such as polyvinyl chloride or polyurethane, plasticizer, pigment, filler is added, auxiliary agent etc. organizes assignment system at being sprayed at The outer surface of first wearing layer 102 is improved the anti-percussion ability of the shield body 1.

Working principle: left hand holds the handle 14, and 13 beam of armband is good, due to growing in the shield body 1 along it It spends on direction integrally formed with two reinforcing ribs being parallel to each other 10, the intensity of the shield body 1 is improved, to improve the shield body 1 anti-percussion ability is able to guarantee the safety of user；The switch 23 is opened, due to the battery, transformer 24, is opened It closes between 23, positive electric shock head 21 and cathode electric shock head 22 to be electrically connected, after 1 front of shield body is contacted with attacker, It is connected between the positive electric shock head 21 and cathode electric shock head 22, to play the role of corona attacker；The broken window cone 5 Usage mode are as follows: when the arresting lever 51 is located in first locking groove 16 (as shown in Figure 6), first locking groove 16 will limit the arresting lever 51 along the axial activity of the broken window cone 5, and the magnetite near first locking groove 16 19 can be sucked the arresting lever 51, prevent the non-artificial movement of the arresting lever 51, at this point, the broken window cone 5 is in stretching state, To hit to glass by holding the shield body 1, keep it broken；The arresting lever 51, which is lifted, by the slide block 52 makes institute Arresting lever 51 and magnetite 19 separation stated, and the arresting lever 51 is made to turn to the connection around the axial direction of the broken window cone 5 In slot 18 (as shown in Figure 7), at this point, the arresting lever 51 is able to the axial activity along the broken window cone 5, so that described stop Lever 51 can move in second locking groove 17 out of described first locking groove 16；When the arresting lever 51 is moved to institute After stating in the second locking groove 17 (as shown in Figure 8), second locking groove 17 will limit the arresting lever 51 along the broken window cone 5 Axial activity, the magnetite 19 near second locking groove 17 can be sucked the arresting lever 51, prevent the arresting lever 51 non-artificial movements are avoided the broken window cone 5 and accidentally injure other people, improve it at this point, the broken window cone 5 is in retracted mode Safety.

Above description is merely a prefered embodiment of the utility model, it is noted that for the common skill of the art For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these change Into should also be as being considered as the protection scope of the utility model with retouching.

Claims (8)

1. a kind of multi-functional attacking and defending combined complete, including shield body (1), electric shock device, lighting device (3), law-enforcing recorder (4) and Battery, the electric shock device, lighting device (3), law-enforcing recorder (4) and battery are mounted on the shield body (1), described Electric shock device, lighting device (3), between law-enforcing recorder (4) and battery to be electrically connected；The back side of the shield body (1) is set There are buffer layer (11) and Police stick clip (12), the Police stick clip (12) is located at below the buffer layer (11), the back of the shield body (1) The length direction that face is located on the region of the buffer layer (11) along the shield body (1) is successively arranged armband (13) and handle (14), one end close to the handle (14) on shield body (1) length direction is equipped with several broken window cones (5), feature Be, (5) are scalable is connected on the shield body (1) for the broken window cone, on the shield body (1) along its length upper one at Type has at least two reinforcing ribs (10) being parallel to each other.

2. multi-functional attacking and defending combined complete according to claim 1, which is characterized in that the broken window bores (5) scalable company It is connected on the shield body (1) and refers to that the shield body (1) is equipped with the described broken axial movable sleeve (15) of window cone (5) of receiving, institute State brokenly it is radially connected on window cone (5) have arresting lever (51), on the sleeve (15) around its be axially arranged with for limit it is described only Lever (51) is along broken window cone (5) axially movable first locking groove (16) and second locking groove (17), and described first It is connected between locking groove (16) and the second locking groove (17) for the arresting lever (51) along the broken axial activity of window cone (5) Link slot (18).

3. multi-functional attacking and defending combined complete according to claim 2, which is characterized in that in the end of the arresting lever (51) Ferromagnetic substance is equipped with, close to first locking groove (16) and the second locking groove (17) on the back side of the shield body (1) Position on be equipped with magnetite (19).

4. multi-functional attacking and defending combined complete according to claim 3, which is characterized in that the end of the arresting lever (51) It is integrally formed with slide block (52).

5. multi-functional attacking and defending combined complete according to claim 1, which is characterized in that the electric shock device includes switch (23), transformer (24) and it is multiple be connected to the positive electric shock component of the shield body (1) at equal intervals, the switch (23) is located at institute It states on handle (14), the transformer (24) is connected to the shield body (1) back side, the battery, transformer (24), switch It (23) to be electrically connected between electric shock component, and is to be connected in parallel between multiple electric shock components.

6. multi-functional attacking and defending combined complete according to claim 5, which is characterized in that the electric shock component includes anode electricity It taps the head (21) and cathode electric shock head (22), the positive electric shock head (21) and cathode electric shock head (22) passes through insulator (6) It is connected with the shield body (1), and the positive electric shock head (21) and cathode electric shock head (22) is electrically connected and opens in described It closes (23).

7. multi-functional attacking and defending combined complete according to claim 1, which is characterized in that the shield body (1) front by In be sequentially coated with the first insulating layer (101), the first wearing layer (102) and anti-percussion layer (103) outward.

8. multi-functional attacking and defending combined complete according to claim 1, which is characterized in that the back side of the shield body (1) by In be sequentially coated with second insulating layer (104) and the second wearing layer (105) outward.