Terminal structure for elastically clamping wire

Abstract

The utility model relates to a terminal structure for elastically clamping a wire. The terminal structure comprises a terminal assembly and a terminal seat for accommodating the terminal assembly, the terminal assembly is provided with a terminal and a metal elastic sheet, the terminal is provided with a base part, a hollow accommodating part is arranged on the base part, and at least one pin part is arranged on the local edge of the peripheral side of the base part in a bending manner; the middle section of the metal elastic sheet is provided with a bent arc part, one end of the metal elastic sheet is combined with the edge of the inner side of the accommodating part, the other end of the metal elastic sheet obliquely extends into the accommodating part to form a movable elastic clamping end, and the other peripheral side of the accommodating part except the combined part of the metal elastic sheet and the accommodating part is provided with an elastic clamping part. And a limiting part which extends towards the extending direction of the clamping end and is vertical to the base part is formed, so that the clamping end is matched with the inner edge of the accommodating part to form a mechanism capable of elastically clamping the lead, and the limiting part can limit and stably guide the clamping end to clamp the lead.

Description

TECHNICAL FIELD

[0001] The utility model relates to the terminal structure of elastic clamping wire, especially a kind of terminal structure with simple structure, material saving and can effectively reduce overall volume and produce stable movable clamping wire. BACKGROUND

[0002] As Figures 1-2 As shown, it is a kind of traditional terminal device with the function of elastic clamping wire, which is mainly composed of multiple terminal units C connected with each other and a side cover;Wherein the terminal unit C includes: terminal assembly 3 and terminal seat 4, the terminal assembly 3 is composed of a terminal 31 and a metal spring 32, the terminal 31 middle section is provided with a vertical stop portion 311, the stop portion 311 one end is connected with a vertical bending foot portion 313 through a connecting bending portion 312, the stop portion 311 other end both sides are connected with a positioning portion 315 extending bending towards foot portion 313 through a bending side limiting portion 314, so that the space 317 can be formed between the two side limiting portions 314, and the positioning portion 315 is provided with a convex point 316 on one side of the receiving space 317.

[0003] The metal spring 32 is arranged in the receiving space 317, the metal spring 32 middle section is provided with a bending portion 321, the metal spring 32 one end forms a positioned end 322, the positioned end 322 is provided with a hook portion 324, which can be hooked on the convex point 316 and combined on the positioning portion 315, the metal spring 32 other end extends towards the stop portion 311 to form a carding end 323 with elastic activity, so that the carding end 323 can cooperate with the inner edge of the stop portion 311 to form a structure capable of clamping wire.

[0004] The terminal seat 4 is provided with a containing space 41 capable of containing the terminal assembly 3, the containing space 41 is at least communicated with outside through a channel 42 and a wire insertion hole 43, an operation hole 44;Wherein the channel 42 is used for the foot portion 313 of the terminal 31 to protrude outward, and the wire insertion hole 43 is corresponding to the outer edge of the carding end 323 of the metal spring 32, so that the wire is inserted between the carding end 323 and the stop portion 311 to form clamping and positioning, and the operation hole 44 is used for tool to enter to release the clamping of the carding end 323 to the wire.

[0005] However, the above structure has the following disadvantages in actual application:

[0006] A. Since the terminal 31 comprises the abutted positioning portion 315, the side limiting portion 314, the stop portion 311, the connecting bent portion 312 and the pin portion 313, the structure is complicated and the length is long, which consumes more material. Meanwhile, the accommodation space 317 (hollow portion) between the two side limiting portions 314 produces a large area of waste, which makes the overall material and manufacturing cost difficult to reduce.

[0007] B. Since the overall volume of the terminal 31 after forming is large, the terminal seat 4 accommodating the terminal 31 also needs to maintain a large volume, which is not conducive to the development of product miniaturization.

[0008] C. Since the two side limiting portions 314 can only cross the two sides of the clamping end 323 of the metal spring 32 to form point contact, the clamping end 323 cannot be stably guided and laterally limited in a large section, which is easy to cause the metal spring 32 to deviate and skew during movement. Therefore, the metal spring 32 must use the surrounding portion of the accommodation space 41 of the terminal seat 4 (plastic material) to limit the movement of the metal spring 32, which is easy to cause wear and damage.

[0009] D. Since the shape structure of the stop portion 311 in the terminal 31 limits the pin portion 313 to be arranged on the side away from the stop portion 311, and each terminal seat 4 is arranged with the channel 42 on a single side of the accommodation space 41 for the stop portion 311 to pass through and protrude outward, in order to meet the insulation requirement between the pin portions 313, a sufficient distance must be maintained between the pin portions 313, which makes it difficult for each terminal unit C to meet the trend of small and exquisite products.

[0010] In view of the above-mentioned shortcomings of the conventional terminal device in actual application, the inventor has researched and improved the device, and finally the present utility model is produced. Utility model content

[0011] The utility model discloses a terminal structure of elastic clamping wire, comprising: a terminal assembly and a terminal seat containing the terminal assembly, the terminal assembly has a terminal and a metal spring piece, the terminal has a base, and the base is provided with a hollow containing portion, and at least one pin portion is arranged on the local edge of the outer circumferential side of the base, the metal spring piece is provided with a bending portion in the middle, and the metal spring piece is combined with the inner edge of the containing portion at one end, the other circumferential side of the combining portion of the containing portion and the metal spring piece is formed with a limiting portion extending towards the stretching direction of the clamping end and perpendicular to the base, the other end of the metal spring piece is obliquely inserted into the containing portion to form a clamping end with elastic flexibility, and the clamping end cooperates with the inner edge of the containing portion to form a mechanism capable of elastically clamping wire, the limiting portion and the clamping end are formed with larger section line contacts on both sides, which can effectively limit and stabilize the activity of the clamping end clamping wire, can avoid the metal spring piece from being skewed and loosened during the activity, can reduce the abnormal contact and friction between the metal spring piece and the terminal seat, and can reduce the abrasion and damage of the terminal seat.

[0012] Another purpose of the utility model is to provide a terminal structure of elastic clamping wire, wherein the terminal of the terminal assembly has a shorter stretching length and a simpler shape structure, which can save material consumption, reduce production cost, reduce the volume of the terminal assembly and the terminal seat, and improve the overall application range of the terminal assembly by combining the structure change of the single pin portion or the double pin portion of the terminal.

[0013] Still another purpose of the utility model is to provide a terminal structure of elastic clamping wire, wherein the terminal seat is provided with a containing space containing the terminal assembly, and the containing space has at least a first channel, a second channel, a wire insertion hole and an operation hole, the at least one pin portion extends outward from at least one of the first channel and the second channel, the wire insertion hole is used for inserting a wire and extending to the position corresponding to the outer edge of the clamping end and the inner part of the containing portion, and the operation hole is used for inserting a tool to extend to the position corresponding to the clamping end and the bending portion, so as to form an insulation protection structure easy to operate and use on the outer circumferential side of the terminal assembly.

[0014] To achieve the above object and effect, the utility model adopts the technical means of a terminal structure of elastic clamping wire, comprising: at least one terminal assembly; wherein the terminal assembly has a terminal and a metal spring piece, the terminal has a base, a hollow accommodating part is arranged on the base, a positioning part is arranged on one side of the accommodating part, and the local edge of the outer circumferential side of the base is bent to extend at least one contact pin part; the middle segment of the metal spring piece is provided with a bending arc part, one end of the metal spring piece is provided with a positioned part combined with the positioning part, the other end of the metal spring piece is obliquely extended into the accommodating part to form a clamping end with elastic activity, and the other edge of the accommodating part except the positioning part is respectively provided with a limiting part extending towards the extension direction of the clamping end, so that the clamping end can cooperate with the internal edge of the accommodating part not combined with one end of the metal spring piece and the limiting part, thereby limiting the mechanism of the interval of the elastic clamping of the clamping end.

[0015] According to the above structure, the limiting part is formed by the edge of the accommodating part and the vertical extension of the base.

[0016] According to the above structure, the terminal is a first terminal, the outer circumferential side of the base of the first terminal is respectively provided with two opposite first end parts, second end parts and two opposite first side parts, second side parts, the edge of the outer circumferential side of the base is bent to extend a contact pin part, the contact pin part is arranged on the outer side edge close to the first end part, and a first contact pin is formed.

[0017] According to the above structure, the terminal is a second terminal, the outer circumferential side of the base of the second terminal is respectively provided with two opposite first end parts, second end parts and two opposite first side parts, second side parts, the edge of the outer circumferential side of the base is bent to extend a contact pin part, the contact pin part is arranged on the outer side edge close to the second end part, and a second contact pin is formed.

[0018] According to the above structure, the terminal is a third terminal, the outer circumferential side of the base of the third terminal is respectively provided with two opposite first end parts, second end parts and two opposite first side parts, second side parts, the edge of the outer circumferential side of the base is bent to extend a contact pin part, the contact pin part is arranged on the outer side edge close to one of the first side part, second side part, and a first side contact pin is formed.

[0019] According to the above structure, the terminal is a fourth terminal, the outer circumferential side of the base of the fourth terminal is respectively provided with two opposite first end parts, second end parts and two opposite first side parts, second side parts, the edge of the outer circumferential side of the base is bent to extend two contact pin parts, the two contact pin parts are respectively arranged on the outer side edge close to the first end part, second end part, and a third contact pin and a fourth contact pin are formed.

[0020] According to the above structure, the terminal is a fifth terminal, the base periphery side of the fifth terminal is respectively provided with two opposite first end portions, second end portions and two opposite first side portions, second side portions, the base periphery side edge is bent and extended to two pin portions, the two pin portions are arranged at the outer side edge of at least one of the first side portions, second side portions and respectively form second side pins and third side pins.

[0021] According to the above structure, a first positioning end portion is arranged between the first pin and the base periphery side edge.

[0022] According to the above structure, a first positioning side portion is arranged between the first side pin and the base periphery side edge.

[0023] According to the above structure, a third positioning end portion is arranged between the third pin and the base periphery side edge.

[0024] According to the above structure, a second positioning side portion is arranged between the second side pin and the base periphery side edge.

[0025] According to the above structure, a second positioning end portion is arranged between the second pin and the base periphery side edge.

[0026] According to the above structure, a third positioning end portion is arranged between the third pin and the base periphery side edge; a fourth positioning end portion is arranged between the fourth pin and the base periphery side edge.

[0027] According to the above structure, a second positioning side portion is arranged between the second side pin and the base periphery side edge; a third positioning side portion is arranged between the third side pin and the base periphery side edge.

[0028] According to the above structure, the terminal assembly is combined with a terminal seat; the terminal seat is recessed with a containing space for containing the terminal assembly at a side surface, the containing space is internally provided with a positioning column capable of stopping the bending portion of the metal sheet to prevent displacement of the metal sheet when the metal sheet moves, the containing space is provided with a first channel and a second channel which are externally communicated, and the pin portion extends to the outside of the terminal seat through at least one of the first channel and the second channel.

[0029] According to the above structure, the terminal assembly is a first terminal assembly with the first terminal, the first terminal assembly is combined with a terminal seat to form a first terminal unit; the terminal seat is recessed with a containing space for containing the first terminal assembly at a side surface, the containing space is internally provided with a positioning column capable of stopping the bending portion of the metal sheet to prevent displacement of the metal sheet when the metal sheet moves, the containing space is provided with a first channel and a second channel which are externally communicated, and the first pin of the first terminal assembly extends to the outside of the terminal seat through the first channel.

[0030] According to the above structure, the terminal assembly is a second terminal assembly with the second terminal, and the second terminal assembly and a terminal seat form a second terminal unit. The terminal seat has a receiving space on a side surface for receiving the second terminal assembly. The receiving space has a positioning column inside to stop the bending part of the metal spring to prevent displacement of the metal spring when the metal spring moves. The receiving space has a first channel and a second channel outside. The second pin of the second terminal assembly extends to the outside of the terminal seat through the second channel.

[0031] According to the above structure, the terminal assembly is a fourth terminal assembly with the fourth terminal, and the fourth terminal assembly and a terminal seat form a third terminal unit. The terminal seat has a receiving space on a side surface for receiving the fourth terminal assembly. The receiving space has a positioning column inside to stop the bending part of the metal spring to prevent displacement of the metal spring when the metal spring moves. The receiving space has a first channel and a second channel outside. The third pin and the fourth pin of the fourth terminal assembly extend to the outside of the terminal seat through the first channel and the second channel, respectively.

[0032] According to the above structure, the terminal seat has a plurality of combination parts on a side facing the receiving space, and a plurality of combined parts corresponding to the combination parts on a side away from the receiving space. The combination parts of different terminal seats are combined with the combined parts of another terminal seat, and the side cover has combined parts corresponding to the combination parts. The side cover is combined with the terminal seat farthest from the edge and covers the receiving space.

[0033] According to the above structure, the surface of the terminal seat has a wire insertion hole for inserting a wire and an operation hole. The wire insertion hole extends to a position between the outside edge of the clamping end corresponding to the metal spring and the inside of the receiving part. The operation hole extends to a position between the clamping end and the bending part.

[0034] According to the above structure, the operation hole has an operation key inside. BRIEF DESCRIPTION OF DRAWINGS

[0035] In order to make the above-mentioned purposes, effects and characteristics of the present application more specific, the following drawings are used to explain as follows:

[0036] Figure 1 It is a perspective exploded view of a conventional terminal unit with elastic clamping function.

[0037] Figure 2 It is a perspective view of a terminal assembly. Figure 1

[0038] Figure 3 ​This is an exploded perspective view of the first embodiment of the present invention.

[0039] Figure 4 This is a side view of the combined cross-section of the first embodiment of the present invention.

[0040] Figure 5 This is a schematic diagram of the application of the first embodiment of the present invention (I); it shows the state in which the wire is inserted into the wire socket and is fixed by the locking end of the metal spring.

[0041] Figure 6 This is a schematic diagram of the application of the first embodiment of the present invention (II); it shows the state in which a tool is inserted into the operating hole to press against the metal spring, causing the locking end to disengage from the wire.

[0042] Figure 7 This is a schematic diagram of the structure and application of the second embodiment of the present utility model.

[0043] Figure 8 This is an exploded perspective view of the third embodiment of the present invention.

[0044] Figure 9 This is a schematic diagram illustrating the application of the third embodiment of this utility model; it reveals the state in which the wire is inserted into the wire socket and fixed by the locking end of the metal spring.

[0045] Figure 10 This is a structural schematic diagram of the fourth embodiment of the present utility model.

[0046] Figure 11 This is an exploded perspective view of the fifth embodiment of the present invention.

[0047] Figure 12 This is a side view of the combined cross-section of the fifth embodiment of the present utility model.

[0048] Figure 13 This is a schematic diagram of the application of the fifth embodiment of the present invention (I); it shows the state in which the wire is inserted into the wire socket and is fixed by the locking end of the metal spring.

[0049] Figure 14 This is a schematic diagram (II) of the application scenario of the fifth embodiment of this utility model; it reveals the state in which a tool is inserted into the operating hole to press against the metal spring, causing the locking end to disengage from the wire.

[0050] Figure 15 This is a schematic diagram of the structure and application of the sixth embodiment of this utility model.

[0051] Figure 16 This is a structural schematic diagram of the seventh embodiment of the present utility model.

[0052] Explanation of symbols in the attached diagram:

[0053] 1: first terminal assembly

[0054] 1a: second terminal assembly

[0055] 1b: third terminal assembly

[0056] 1c: fourth terminal assembly

[0057] 1d: fifth terminal assembly

[0058] 11: first terminal

[0059] 11a: second terminal

[0060] 11b: third terminal

[0061] 11c: fourth terminal

[0062] 11d: fifth terminal

[0063] 110: base

[0064] 111: housing

[0065] 1111: first end

[0066] 1112: second end

[0067] 1113: first side

[0068] 1114: second side

[0069] 112, 315: positioning portion

[0070] 113: limiting portion

[0071] 114: first leg

[0072] 114b: first side leg

[0073] 114c: third leg

[0074] 114d: second side leg

[0075] 115a: second leg

[0076] 115c: fourth leg

[0077] 115d: third side leg

[0078] 116: first positioning end

[0079] 116b: first positioning side

[0080] 116c: third positioning end

[0081] 116d: second positioning side

[0082] 117a: Second positioning end

[0083] 117c: Fourth positioning end

[0084] 117d: Third positioning side

[0085] 12,32: Metal shrapnel

[0086] 121,321: Curved section

[0087] 122: Positioning Department

[0088] 123,323: Card control end

[0089] 2,4: Terminal blocks

[0090] 20: Side Cover

[0091] 201: Joint

[0092] 21,41: Accommodation space

[0093] 211: First Channel

[0094] 212: Second Channel

[0095] 213: Positioning Post

[0096] 22,43: Wire socket

[0097] 23, 44: Operating holes

[0098] 231: Operation Key

[0099] 24: Joint

[0100] 25: The junction

[0101] 3: Terminal assembly

[0102] 31:Terminal

[0103] 311: Stopping part

[0104] 312: Connecting bend

[0105] 313: Foot joint

[0106] 314: Side limiting part

[0107] 316: Protrusion

[0108] 317: Containment Space

[0109] 322: The target end

[0110] 324: Hook

[0111] 42: channel

[0112] A1: first terminal unit

[0113] A2: second terminal unit

[0114] A3: third terminal unit

[0115] B1: first terminal device

[0116] B2: second terminal device

[0117] B3: third terminal device

[0118] C: terminal unit

[0119] D: wire

[0120] E: tool DETAILED DESCRIPTION

[0121] Please refer to Figures 3-4 As shown in the drawings, the structure of the first embodiment of the utility model includes: a terminal assembly and a terminal seat 2; in this embodiment, the terminal assembly is a first terminal assembly 1, the first terminal assembly 1 and a terminal seat 2 form a first terminal unit A1; wherein the first terminal assembly 1 has a first terminal 11 and a metal spring 12, the first terminal 11 has a base 110, a hollow receiving portion 111 is arranged on the base 110, one side of the receiving portion 111 is provided with a positioning portion 112 (which can be a groove), and the local edge of the outer circumferential side of the base 110 is bent to extend at least a pin portion.

[0122] In this embodiment, the base 110 is respectively provided with two opposite first ends 1111, second ends 1112 and two opposite first sides 1113, second sides 1114 on the outer circumferential side of the receiving portion 111, the pin portion is arranged close to the outer side of the first end 1111 and forms a first pin 114, and a first positioning end 116 with a larger width is arranged between the first pin 114 and the first end 1111.

[0123] The metal elastic sheet 12 has a bending part 121 in the middle section, and a positioning part 122 at one end, which is combined with the positioning part 112 to form a positioning, and the other end of the metal elastic sheet 12 is obliquely inserted into the accommodating part 111 to form a clamping end 123, which is away from the positioning part 112, and the accommodating part 111 has limiting parts 113 at the edges other than the positioning part 112, which extend along the extending direction of the clamping end 123, and the limiting parts 113 are formed by the edges of the accommodating part 111 and the base 110, so that the clamping end 123 can be elastically clamped with the inner edge of the accommodating part 111 (away from the positioning part 112) and the limiting parts 113.

[0124] The terminal seat 2 has a receiving space 21 on one side surface, which receives the first terminal assembly 1, and the receiving space 21 has a positioning column 213 inside, which is stopped in the bending part 121 of the metal elastic sheet 12 to form a positioning, and the receiving space 21 has a first channel 211, a second channel 212, a wire insertion hole 22, and an operation hole 23, which are connected to the outside; the first channel 211 and the second channel 212 correspond to the outer ends of the first end part 1111 and the second end part 1112 of the accommodating part 111, so that the first pin 114 can extend to the outside of the terminal seat 2 through the first channel 211, the wire insertion hole 22 extends between the outer edge of the clamping end 123 of the metal elastic sheet 12 and the inside of the accommodating part 111, and the operation hole 23 extends between the clamping end 123 and the bending part 121.

[0125] In a feasible embodiment, the terminal seat 2 has a plurality of combined parts 24 on one side of the receiving space 21, and a plurality of combined parts 25 corresponding to the combined parts 24 on the side away from the receiving space 21; the combined parts 24 of different terminal seats 2 are combined with the combined parts 25 of another terminal seat 2, and the side cover 20 has combined parts 201 corresponding to the combined parts 24, so that the side cover 20 can be combined with the terminal seat 2 at the edge and covered on the receiving space 21, so as to be combined into a first terminal device B1 combined by a plurality of same first terminal units A1.

[0126] Please refer to Figures 5-6 As shown in the drawings, in the actual application, when a wire D is inserted into the wire insertion hole 22, it can be inserted between the clamping end 123 and the edge of the accommodating part 111, and the clamping end 123 can be clamped and positioned with the inner edge of the accommodating part 111 and the limiting part 113; if a tool E is inserted into the operation hole 23, it can be pushed to the position between the clamping end 123 and the bending part 121, so that the clamping end 123 is separated from the wire D, so as to be taken out outwardly.

[0127] Compared with the terminal 31 of the conventional terminal assembly 3, the first terminal 11 only has the main structures such as the accommodating portion 111 and the first pin 114 (pin portion), so that the overall height is greatly reduced and the structure is simpler, and the material and production cost can be saved; meanwhile, the limiting portion 113 formed at the edge of the accommodating portion 111 can effectively reduce the waste generated in the production process, so as to improve the overall economic benefit; in addition, the limiting portion 113 and the clamping end 123 are respectively formed in line contact, which can not only stably guide and laterally limit the movement of the clamping end 123 in a large section, so as to effectively avoid the deviation and skew of the metal spring 12 during the movement, but also can reduce the abnormal contact between the surrounding of the accommodating space 21 and the metal spring 12, so as to cause the abnormal wear and damage of the terminal seat 2.

[0128] As shown in Figure 7 As shown in

[0129] As shown in Figures 8-9 As shown in

[0130] In the embodiment, the pin portion is arranged close to the outer side of the second end portion 1112 and forms a second pin 115a; and a second positioning end portion 117a with a larger width is arranged between the second pin 115a and the second end portion 1112.

[0131] The metal elastic sheet 12 is combined with the positioning portion 112 to form a positioning, and the clamping end 123 of the metal elastic sheet 12 extends obliquely towards a side away from the positioning portion 112, and the clamping end 123 can be elastically clamped with the inner edge of the accommodating portion 111 (a side away from the positioning portion 112) and the limiting portion 113.

[0132] When the second terminal assembly 1a is assembled in the accommodating space 21 of the terminal seat 2, the second pin 115a can be extended out of the terminal seat 2 by the second channel 212 of the terminal seat 2; and the wire D is inserted into the wire insertion hole 22, and the wire D is elastically clamped by the clamping end 123 cooperating with the inner edge of the accommodating portion 111 and the limiting portion 113.

[0133] In actual application, since the first pin 114 of the first terminal unit A1 is extended outwards by the first channel 211 of the terminal seat 2, and the second pin 115a of the second terminal unit A2 is extended outwards by the second channel 212 of the terminal seat 2, in the terminal device B2, there is a large spacing between the first pin 114 and the second pin 115a adjacent to each other and exposed out of each terminal seat 2.

[0134] As shown in Figure 10 As shown in

[0135] In the embodiment, the pin portion is arranged close to the outer side of the first side portion 1113 to form a first side pin 114b, and a first positioning side portion 116b with a larger width is arranged between the first side pin 114b and the first end portion 1111; in actual application, the pin portion can also be arranged close to the outer side of the second side portion 1114, so as to achieve different changes in structure design and application.

[0136] In addition to the above differences, the mutual combination relationship and the effect achieved between the third terminal 11b and the metal elastic sheet 12 in the embodiment are the same as those of the first embodiment, and will not be described here.

[0137] As shown in Figures 11-12As shown, the structure of the fifth embodiment of the utility model includes: a third terminal unit A3 composed of a fourth terminal assembly 1c and a terminal seat 2 same as the first embodiment; wherein the fourth terminal assembly 1c has a fourth terminal 11c and a metal spring 12 same as the first embodiment, the fourth terminal 11c has the same structure as the first terminal 11 of the first embodiment, including a base 110, a receiving portion 111, a positioning portion 112, a limiting portion 113, a first end portion 1111, a second end portion 1112, a first side portion 1113, a second side portion 1114, and the like, and the local edge of the base 110 is respectively bent and extended to two pin portions.

[0138] In the embodiment, the two pin portions are respectively arranged close to the outer side of the first end portion 1111 and the second end portion 1112, and form a third pin 114c and a fourth pin 115c; and a third positioning end portion 116c with a larger width is arranged between the third pin 114c and the first end portion 1111, and a fourth positioning end portion 117c with a larger width is arranged between the fourth pin 115c and the second end portion 1112.

[0139] The metal spring 12 is combined with the positioning portion 112 by the positioning portion 122 to form positioning, so that the clamping end 123 of the metal spring 12 extends obliquely away from the side of the positioning portion 112, and the clamping end 123 can cooperate with the inner edge of the receiving portion 111 (the side away from the positioning portion 112) and the limiting portion 113 to form an elastic clamping mechanism.

[0140] When the fourth terminal assembly 1c is arranged in the accommodating space 21 of the terminal seat 2, the third pin 114c and the fourth pin 115c can respectively extend to the outside of the terminal seat 2 through the first and second grooves 211 and 212; and the wire insertion hole 22 extends to the position between the outer edge of the clamping end 123 of the metal spring 12 and the inside of the receiving portion 111, and the operation hole 23 extends to the position between the clamping end 123 and the curved portion 121.

[0141] In a feasible embodiment, the terminal seat 2 is provided with a plurality of combination portions 24 on the side facing the accommodating space 21, and is provided with a combined portion 25 corresponding to each combination portion 24 on the side away from the accommodating space 21; by combining the combination portion 24 of one terminal seat 2 with the combined portion 25 of another terminal seat 2, and by arranging the engaged portion 201 corresponding to the combination portion 24 on one side cover 20, the side cover 20 can be combined with the terminal seat 2 at the edge and covered on the accommodating space 21, so as to be combined into a third terminal device B3 composed of a plurality of same third terminal units A3.

[0142] Please refer to Figures 13-14As shown, it can be known that the fifth embodiment of the utility model in practical application, when a wire D is inserted by the wire jack 22, it can be inserted between the clamping end 123 and the edge of the accommodation part 111, by the cooperation of the clamping end 123 with the inner edge of the accommodation part 111 and the limiting part 113, the wire D can be clamped and positioned, if a tool E is inserted into the operation hole 23, it can be pushed to the position between the clamping end 123 and the arc part 121, so that the clamping end 123 is separated from the wire D, so that the wire D is taken out outward.

[0143] In practical application, the fourth terminal 11c of the utility model has the third pin 114c and the fourth pin 115c, which can effectively shunt the current introduced by the wire D, so that the third terminal unit A3 (the fourth terminal assembly 1c) has higher current load bearing force as a whole, to meet the demand of higher working current specification.

[0144] Please refer to Figure 15 As shown, it can be known that the structure of the sixth embodiment of the utility model comprises: the fourth terminal assembly 1c and the terminal seat 2 which are same as the fifth embodiment; the difference is only that the operation hole 23 of the terminal seat 2 is provided with an operation key 231, one end of the operation key 231 extends towards the clamping end 123 and the arc part 121; in practical application, the user can directly press the operation key 231 with fingers (without the tool E), so that the clamping end 123 is separated from the wire D, so that the wire D is taken out outward; in addition, the other structures and mutual combination relationship of the fourth terminal assembly 1c and the terminal seat 2 are same as the fifth embodiment, and will not be described here.

[0145] Please refer to Figure 16 As shown, the structure of the seventh embodiment of the utility model comprises: a fifth terminal assembly 1d, and a terminal seat (not drawn) for accommodating the fifth terminal assembly 1d; wherein the fifth terminal assembly 1d has a fifth terminal 11d and a metal spring 12 same as the first embodiment, the fifth terminal 11d has the same structure as the first terminal 11 of the first embodiment, the base 110, the accommodation part 111, the positioning part 112, the limiting part 113, the first end part 1111, the second end part 1112, the first side part 1113, the second side part 1114, and the like, and the local edge of the base 110 is bent and extended to two pin parts.

[0146] In the embodiment, the two pin portions are respectively arranged at positions close to the outer sides of the two ends of the first side portion 1113, and form a second side pin 114d and a third side pin 115d, and a second positioning side portion 116d with a larger width is arranged between the second side pin 114d and the first side portion 1113, and a third positioning side portion 117d with a larger width is arranged between the third side pin 115d and the first side portion 1113; in actual application, the two pin portions can also be respectively arranged at positions close to the outer sides of the two ends of the second side portion 1114, so as to achieve different changes in structural design and application.

[0147] In addition to the above differences, the mutual combination relationship and the effect achieved between the fifth terminal 11d and the metal spring 12 in the embodiment are the same as those of the fifth embodiment, and thus will not be described in detail.

[0148] In summary, the terminal structure of the elastic clamping wire of the utility model can achieve the effects of simple structure, material saving, and stable and movable clamping of the wire, and is a novel and advanced utility model, so the utility model patent is applied according to the law; however, the above description is only a preferred embodiment of the utility model, and any change, modification, change or equivalent replacement within the technical means and scope of the utility model shall also fall within the scope of the patent application of the utility model.

Claims

1. A terminal structure for elastically clamping a wire, characterized in that, The terminal structure of the elastic clamping wire includes at least one terminal assembly, wherein the terminal assembly has a terminal and a metal spring piece (12), the terminal has a base (110) with a hollow receiving part (111) provided thereon, one side of the receiving part (111) is provided with a positioning part (112), and the local edge of the outer circumferential side of the base (110) is bent to extend at least one pin part; the middle part of the metal spring piece (12) is provided with a bending part (121), one end of the metal spring piece (12) is provided with a positioned part (122) combined with the positioning part (112), the other end of the metal spring piece (12) extends obliquely into the receiving part (111) to form a clamping end (123) with elastic flexibility, and the other edges of the receiving part (111) except the positioning part (112) are respectively provided with limiting parts (113) extending towards the extending direction of the clamping end (123), so that the clamping end (123) can be matched with the internal edge of the receiving part (111) not combined with one end of the metal spring piece (12) and the limiting part (113), thereby limiting the interval of the elastic clamping of the clamping end (123).

2. The elastically clamped conductor terminal structure according to claim 1, characterized in that The limiting part (113) is formed by the edge of the receiving part (111) and the vertical extension of the base (110).

3. The elastically clamped conductor terminal structure according to claim 1 or 2, characterized in that The terminal is a first terminal (11), the outer circumferential side of the base (110) of the first terminal (11) is respectively provided with two opposite first end parts (1111), second end parts (1112) and two opposite first side parts (1113), second side parts (1114), the edge of the outer circumferential side of the base (110) is bent to extend a pin part, the pin part is arranged on the outer side edge close to the first end part (1111), and a first pin (114) is formed.

4. The elastically clamped conductor terminal structure according to claim 1 or 2, characterized in that, The terminal is a second terminal (11a), the outer circumferential side of the base (110) of the second terminal (11a) is respectively provided with two opposite first end parts (1111), second end parts (1112) and two opposite first side parts (1113), second side parts (1114), the edge of the outer circumferential side of the base (110) is bent to extend a pin part, the pin part is arranged on the outer side edge close to the second end part (1112), and a second pin (115a) is formed.

5. The elastically clamped conductor terminal structure according to claim 1 or 2, characterized in that, The terminal is a third terminal (11b), the outer circumferential side of the base (110) of the third terminal (11b) is respectively provided with two opposite first end parts (1111), second end parts (1112) and two opposite first side parts (1113), second side parts (1114), the edge of the outer circumferential side of the base (110) is bent to extend a pin part, the pin part is arranged on the outer side edge close to one of the first side part (1113), second side part (1114), and a first side pin (114b) is formed.

6. The elastically clamped conductor terminal structure according to claim 1 or 2, characterized in that, The terminal is provided as a fourth terminal (11c), the base (110) of the fourth terminal (11c) is provided with two opposite first end portions (1111), second end portions (1112) and two opposite first side portions (1113), second side portions (1114) on the outer periphery side, the outer periphery side edge of the base (110) is bent to extend two pin portions, the two pin portions are arranged on the outer side edge close to the first end portion (1111), the second end portion (1112) and form a third pin (114c) and a fourth pin (115c).

7. The elastically clamped conductor terminal structure according to claim 1 or 2, characterized in that The terminal is provided as a fifth terminal (11d), the base (110) of the fifth terminal (11d) is provided with two opposite first end portions (1111), second end portions (1112) and two opposite first side portions (1113), second side portions (1114) on the outer periphery side, the outer periphery side edge of the base (110) is bent to extend two pin portions, the two pin portions are arranged on the outer side edge of at least one of the first side portion (1113), the second side portion (1114) and form a second side pin (114d) and a third side pin (115d).

8. The elastically clamped conductor terminal structure according to claim 3, characterized in that A first positioning end portion (116) is arranged between the first pin (114) and the outer periphery side edge of the base (110).

9. The elastically clamping wire terminal structure according to claim 5, characterized by, A first positioning side portion (116b) is arranged between the first side pin (114b) and the outer periphery side edge of the base (110).

10. The elastically clamping wire terminal structure according to claim 6, characterized by, A third positioning end portion (116c) is arranged between the third pin (114c) and the outer periphery side edge of the base (110).

11. The elastically clamping wire terminal structure according to claim 7, characterized by, A second positioning side portion (116d) is arranged between the second side pin (114d) and the outer periphery side edge of the base (110).

12. The elastically clamping wire terminal structure according to claim 4, characterized by A second positioning end portion (117a) is arranged between the second pin (115a) and the outer periphery side edge of the base (110).

13. The elastically clamping wire terminal structure according to claim 6, characterized by, A third positioning end portion (116c) is arranged between the third pin (114c) and the outer periphery side edge of the base (110); a fourth positioning end portion (117c) is arranged between the fourth pin (115c) and the outer periphery side edge of the base (110).

14. The elastically clamping wire terminal structure according to claim 7, characterized by, A second positioning side portion (116d) is arranged between the second side pin (114d) and the outer periphery side edge of the base (110); a third positioning side portion (117d) is arranged between the third side pin (115d) and the outer periphery side edge of the base (110).

15. The terminal structure for an elastic clamped conductor wire according to claim 1 or 2, characterized by The terminal assembly is combined with a terminal seat (2); the terminal seat (2) is concave on one side surface to form a containing space (21) for containing the terminal assembly, the containing space (21) is internally provided with a positioning column (213) capable of stopping the bending portion (121) of the metal spring sheet (12) to prevent displacement of the metal spring sheet (12) when the metal spring sheet (12) moves, the containing space (21) is provided with a first channel (211) and a second channel (212) externally connected, and the pin portion extends to the outside of the terminal seat (2) through at least one of the first channel (211) and the second channel (212).

16. The elastically clamping wire terminal structure according to claim 3, characterized by The terminal assembly is provided with a first terminal assembly (1) having the first terminal (11), which is combined with a terminal seat (2) to form a first terminal unit (A1); the terminal seat (2) is recessed with a receiving space (21) for accommodating the first terminal assembly (1) on one side surface, which is internally provided with a positioning column (213) capable of stopping the bending part (121) of the metal spring (12) to prevent displacement of the metal spring (12) when it moves, and is externally provided with a first channel (211) and a second channel (212) around the receiving space (21), and the first pin (114) of the first terminal assembly (1) extends to the outside of the terminal seat (2) through the first channel (211).

17. The elastically clamping wire terminal structure according to claim 4, characterized by The terminal assembly is provided with a second terminal assembly (1a) having the second terminal (11a), which is combined with a terminal seat (2) to form a second terminal unit (A2); the terminal seat (2) is recessed with a receiving space (21) for accommodating the second terminal assembly (1a) on one side surface, which is internally provided with a positioning column (213) capable of stopping the bending part (121) of the metal spring (12) to prevent displacement of the metal spring (12) when it moves, and is externally provided with a first channel (211) and a second channel (212) around the receiving space (21), and the second pin (115a) of the second terminal assembly (1a) extends to the outside of the terminal seat (2) through the second channel (212).

18. The elastically clamping wire terminal structure according to claim 6, characterized by, The terminal assembly is provided with a fourth terminal assembly (1c) having the fourth terminal (11c), which is combined with a terminal seat (2) to form a third terminal unit (A3); the terminal seat (2) is recessed with a receiving space (21) for accommodating the fourth terminal assembly (1c) on one side surface, which is internally provided with a positioning column (213) capable of stopping the bending part (121) of the metal spring (12) to prevent displacement of the metal spring (12) when it moves, and is externally provided with a first channel (211) and a second channel (212) around the receiving space (21), and the third pin (114c) and the fourth pin (115c) of the fourth terminal assembly (1c) extend to the outside of the terminal seat (2) through the first channel (211) and the second channel (212), respectively.

19. The elastically clamping wire terminal structure according to claim 15, characterized by, The terminal seat (2) is provided with a plurality of combination parts (24) on one side facing the receiving space (21), and is provided with a combined part (25) corresponding to each combination part (24) on the side away from the receiving space (21); by combining the combination part (24) of a different terminal seat (2) with the combined part (25) of another terminal seat (2), and by providing a corresponding engaged part (201) on one side cover (20), the side cover (20) is combined with the outermost terminal seat (2) and covers the receiving space (21).

20. The elastically clamping wire terminal structure according to claim 16, characterized by The terminal seat (2) is provided with a plurality of combination portions (24) on the side facing the accommodating space (21), and is provided with a combined portion (25) corresponding to each combination portion (24) on the side away from the accommodating space (21); the combination portions (24) of different terminal seats (2) are combined with the combined portions (25) of another terminal seat (2), and the side cover (20) is provided with a combined portion (201) corresponding to the combination portion (24), and the side cover (20) is combined with the outermost terminal seat (2) and covers the accommodating space (21).

21. The elastically clamping wire terminal structure according to claim 17, characterized by, The terminal seat (2) is provided with a plurality of combination portions (24) on the side facing the accommodating space (21), and is provided with a combined portion (25) corresponding to each combination portion (24) on the side away from the accommodating space (21); the combination portions (24) of different terminal seats (2) are combined with the combined portions (25) of another terminal seat (2), and the side cover (20) is provided with a combined portion (201) corresponding to the combination portion (24), and the side cover (20) is combined with the outermost terminal seat (2) and covers the accommodating space (21).

22. The elastically clamping wire terminal structure according to claim 18, characterized by The terminal seat (2) is provided with a plurality of combination portions (24) on the side facing the accommodating space (21), and is provided with a combined portion (25) corresponding to each combination portion (24) on the side away from the accommodating space (21); the combination portions (24) of different terminal seats (2) are combined with the combined portions (25) of another terminal seat (2), and the side cover (20) is provided with a combined portion (201) corresponding to the combination portion (24), and the side cover (20) is combined with the outermost terminal seat (2) and covers the accommodating space (21).

23. The elastically clamping wire terminal structure according to claim 15, characterized by, The terminal seat (2) is provided with a plurality of combination portions (24) on the side facing the accommodating space (21), and is provided with a combined portion (25) corresponding to each combination portion (24) on the side away from the accommodating space (21); the combination portions (24) of different terminal seats (2) are combined with the combined portions (25) of another terminal seat (2), and the side cover (20) is provided with a combined portion (201) corresponding to the combination portion (24), and the side cover (20) is combined with the outermost terminal seat (2) and covers the accommodating space (21).

24. The elastically clamping wire terminal structure according to claim 16, characterized by, The terminal seat (2) is provided with a plurality of combination portions (24) on the side facing the accommodating space (21), and is provided with a combined portion (25) corresponding to each combination portion (24) on the side away from the accommodating space (21); the combination portions (24) of different terminal seats (2) are combined with the combined portions (25) of another terminal seat (2), and the side cover (20) is provided with a combined portion (201) corresponding to the combination portion (24), and the side cover (20) is combined with the outermost terminal seat (2) and covers the accommodating space (21).

25. The elastically clamping wire terminal structure according to claim 17, characterized by, The terminal seat (2) is provided with a plurality of combination portions (24) on the side facing the accommodating space (21), and is provided with a combined portion (25) corresponding to each combination portion (24) on the side away from the accommodating space (21); the combination portions (24) of different terminal seats (2) are combined with the combined portions (25) of another terminal seat (2), and the side cover (20) is provided with a combined portion (201) corresponding to the combination portion (24), and the side cover (20) is combined with the outermost terminal seat (2) and covers the accommodating space (21).

26. The elastically clamping wire terminal structure according to claim 18, characterized by, The terminal seat (2) surface is provided with a wire insertion hole (22) and an operation hole (23) that can be inserted into a wire (D), the wire insertion hole (22) extends to the outside edge of the clamping end (123) of the metal spring (12) and the inside of the receiving part (111), the operation hole (23) extends to the position corresponding to the clamping end (123) and the curved part (121).

27. The elastically clamping wire terminal structure according to claim 19, characterized by, The terminal seat (2) surface is provided with a wire insertion hole (22) and an operation hole (23) that can be inserted into a wire (D), the wire insertion hole (22) extends to the outside edge of the clamping end (123) of the metal spring (12) and the inside of the receiving part (111), the operation hole (23) extends to the position corresponding to the clamping end (123) and the curved part (121).

28. The elastically clamping wire terminal structure according to claim 20, characterized by, The terminal seat (2) surface is provided with a wire insertion hole (22) and an operation hole (23) that can be inserted into a wire (D), the wire insertion hole (22) extends to the outside edge of the clamping end (123) of the metal spring (12) and the inside of the receiving part (111), the operation hole (23) extends to the position corresponding to the clamping end (123) and the curved part (121).

29. The elastically clamping wire terminal structure according to claim 21, characterized by, The terminal seat (2) surface is provided with a wire insertion hole (22) and an operation hole (23) that can be inserted into a wire (D), the wire insertion hole (22) extends to the outside edge of the clamping end (123) of the metal spring (12) and the inside of the receiving part (111), the operation hole (23) extends to the position corresponding to the clamping end (123) and the curved part (121).

30. The elastically clamping wire terminal structure according to claim 22, characterized by, The terminal seat (2) surface is provided with a wire insertion hole (22) and an operation hole (23) that can be inserted into a wire (D), the wire insertion hole (22) extends to the outside edge of the clamping end (123) of the metal spring (12) and the inside of the receiving part (111), the operation hole (23) extends to the position corresponding to the clamping end (123) and the curved part (121).

31. The elastically clamping wire terminal structure according to claim 23, characterized by, The terminal seat (2) surface is provided with a wire insertion hole (22) and an operation hole (23) that can be inserted into a wire (D), the wire insertion hole (22) extends to the outside edge of the clamping end (123) of the metal spring (12) and the inside of the receiving part (111), the operation hole (23) extends to the position corresponding to the clamping end (123) and the curved part (121).

32. The elastically clamping wire terminal structure according to claim 24, characterized by, The operation hole (23) is provided with an operation key (231) inside.

33. The elastically clamping wire terminal structure according to claim 25, characterized by, The operation hole (23) is provided with an operation key (231) inside.

34. The elastically clamping wire terminal structure according to claim 26, wherein The operation hole (23) is provided with an operation key (231) inside.

35. The elastically clamping wire terminal structure according to claim 27, wherein The operation hole (23) is provided with an operation key (231) inside.

36. The elastically clamping wire terminal structure according to claim 28, wherein The operation hole (23) is provided with an operation key (231) inside.

37. The elastically clamping wire terminal structure according to claim 29, wherein The operation hole (23) is provided with an operation key (231) inside.

38. The elastically clamping wire terminal structure according to claim 30, wherein The operation hole (23) is provided with an operation key (231) inside. The operation hole (23) is provided with an operation key (231) inside.

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