CN201005361Y

CN201005361Y - Assembling structure for the manikin

Info

Publication number: CN201005361Y
Application number: CNU2007200495781U
Authority: CN
Inventors: 梁国健
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-03-22
Filing date: 2007-03-22
Publication date: 2008-01-16
Anticipated expiration: 2017-03-22

Abstract

The utility model relates to an assembled structure of body module comprising a head module, a head module, two arms-modules, two legs-modules, wherein an articulated caulking groove which is capable of inserting on the lower portion of the head module is provided on the upper portion of the head module, the head module is embedded into the caulking groove via the lower portion of the head module, two arms-modules are provided on two sides of the upper portion of the head module respectively and thread the arms-modules, head module, a pin of head module in sequence and is in hinge installment with the head module on the upper portion of the head module. The utility model is designed into an active connecting structure with an articulation-type with the gap between the various die block of the body module, thereby the utility model can be wrenched out various motion postures via imitating human conveniently, arbitrarily and lively according to the imagination and the creation ability of users.

Description

A kind of assembly structure of manikin

Technical field

The utility model relates to a kind of assembly structure of manikin.

Background technology

The four limbs and the body part of existing manikin generally fixedly are connected as a single entity, and its attitude generally is fixing hard and fast.And in reality decoration, display, in order to obtain the human attitude of the various imitations (attitude when doing various sports as all kinds of sportsmen in the echocinesis meeting.) manikin the time, the various attitudes in the time of just must doing exercises according to the mankind design separately and process, and so not only consuming timely take material, but also make the unit cost of the model product that produces too high, have influenced market demand greatly.

Summary of the invention

The purpose of this utility model is to solve above-mentioned existing problems, provide a kind of and make things convenient for, arbitrarily, imitate out human exercises attitude to the life, and simple and reasonable for structure, the assembly structure of the manikin of production cost.

The technical solution of the utility model is achieved in that

A kind of assembly structure of manikin, comprise head module, the health module, two limb arm modules and two limb leg modules, its characteristics are that described health module top is provided with the caulking groove that can insert the hinge dress for the bottom of head module, described head module is flush-mounted in the caulking groove by its underpart, described two limb arm modules are arranged at two upper lateral parts of health module respectively, and by passing limb arm module in regular turn, the health module, the pin of head module and cut with scissors the top that is loaded on the health module with head module, described two limb leg modules are arranged at the both sides, bottom of health module respectively, and cut with scissors the bottom that is loaded on the health module by the pin that passes between it.

In order to make the utility model can be more convenient, arbitrarily, pull the more multimode apery class attitude of back-outing realistically, above-mentioned two limb arm modules are respectively by the big arm module that is articulated and connected together; forearm module and palm module are formed; at this moment; described big arm module; forearm module and palm module are respectively that two ends are arc-shaped structure and receive little plate gradually by the rear end forward end; the rear end of wherein big arm module is loaded on two outer upper of health module by the pin hinge; the rear end of forearm module is loaded on the front end lateral surface of big arm module by the pin hinge, and the rear end of palm module is loaded on the front end lateral surface of forearm module by the pin hinge.Above-mentioned two limb leg modules are made up of the thigh module, shank module and the sole module that are articulated and connected together respectively, at this moment, described thigh module, shank module and sole module are respectively that two ends are arc-shaped structure and receive little plate by the upper end gradually to the lower end, wherein the upper end of thigh module is loaded on two outer lower portion of health module by the pin hinge, the upper end of shank module is loaded on the lower end lateral surface of thigh module by the pin hinge, and the upper end of sole module is loaded on the lower end lateral surface of shank module by the pin hinge.

The utility model is owing to be designed to the movable connection structure of " joint " formula between employing each module with manikin, make the utility model can be according to user's imagination and creative capability, conveniently, pull the human attitudes of doing exercises of various imitations of back-outing arbitrarily, realistically, not only simple and reasonable for structure, but also have assembling connect very simple, the advantage that production cost is low.

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

Description of drawings

Fig. 1 is a perspective view of the present utility model.

Fig. 2 is the side structure schematic diagram of the utility model Fig. 1.

The specific embodiment

As shown in Figures 1 and 2, the assembly structure of a kind of manikin described in the utility model, it comprises head module 1, health module 2, two limb arm modules 3 and two limb leg modules 4.Wherein, described health module 2 tops are provided with the caulking groove 23 that can insert the hinge dress for the bottom of head module 1, described head module 1 is flush-mounted in the caulking groove 23 by its underpart, described two limb arm modules 3 are arranged at two upper lateral parts of health module 2 respectively, and be loaded on the top of health module 2 with head module 1 hinge by the pin that passes limb arm module, health module 2, head module 1 in regular turn, described two limb leg modules 4 are arranged at the both sides, bottom of health module 2 respectively, and cut with scissors the bottom that is loaded on health module 2 by the pin that passes between it.For making assembly structure of the present utility model more simple, convenient, described health module 2 is made up of lath 21 and lath 22 that two ends are arc-shaped structure, described head module 1 is clipped on the top between two laths 21 and the lath 22, form caulking groove 23, described two limb arm modules 3 and two limb leg modules 4 are cut with scissors the upper and lower that is loaded on lath 21 and lath 22 lateral surfaces respectively.Simultaneously, described head module 1 is made up of the plate 12 that the oval plate body 11 of making header functionality and one are connected in the double as neck function of oval plate body 11 bottoms, and described head module 1 is cut with scissors the top that is loaded between lath 21 and the lath 22 by its plate 12.In order to make the utility model can make things convenient for, pull arbitrarily, realistically the more multimode apery class attitude of back-outing, as shown in Figures 1 and 2, described two limb arm modules 3 are made up of the big arm module 31, forearm module 32 and the palm module 33 that are articulated and connected together respectively.At this moment, described big arm module 31, forearm module 32 and palm module 33 are respectively that two ends are arc-shaped structure and receive little plate gradually by the rear end forward end, the rear end of wherein big arm module 31 is loaded on two outer upper of health module 2 by the pin hinge; the rear end of forearm module 32 is loaded on the front end lateral surface of big arm module 31 by the pin hinge, and the rear end of palm module 33 is loaded on the front end lateral surface of forearm module 32 by the pin hinge.Can pull the more multimode apery class attitude of back-outing more convenient, arbitrarily, realistically in order to make the utility model further, Figure 1 and Figure 2 and for example, described two limb leg modules 4 are made up of the thigh module 41, shank module 42 and the sole module 43 that are articulated and connected together respectively.At this moment, described thigh module 41, shank module 42 and sole module 43 are respectively that two ends are arc-shaped structure and receive little plate by the upper end gradually to the lower end, wherein the upper end of thigh module 41 is loaded on two outer lower portion of health module 2 by the pin hinge, the upper end of shank module 42 is loaded on the lower end lateral surface of thigh module 41 by the pin hinge, and the upper end of sole module 43 is loaded on the lower end lateral surface of shank module 42 by the pin hinge.By such structural design, make the utility model can be according to user's imagination and creative capability, conveniently, pull the human attitudes of doing exercises of various imitations of back-outing arbitrarily, realistically, not only simple and reasonable for structure, but also have assembling connect very simple, the advantage that production cost is low.

Claims

1. the assembly structure of a manikin, comprise head module (1), health module (2), two limb arm modules (3) and two limb leg modules (4), it is characterized in that described health module (2) top is provided with the caulking groove (23) that the hinge dress is inserted in the bottom that can supply head module (1), described head module (1) is flush-mounted in the caulking groove (23) by its underpart, described two limb arm modules (3) are arranged at two upper lateral parts of health module (2) respectively, and by passing limb arm module in regular turn, health module (2), the pin of head module (1) and be loaded on the top of health module (2) with head module (1) hinge, described two limb leg modules (4) are arranged at the both sides, bottom of health module (2) respectively, and cut with scissors the bottom that is loaded on health module (2) by the pin that passes between it.

2. according to the assembly structure of the described manikin of claim 1, it is characterized in that above-mentioned health module (2) is made up of lath (21) and lath (22) that two ends are arc-shaped structure, above-mentioned head module (1) is clipped on the top between two laths (21) and the lath (22), form caulking groove (23), above-mentioned two limb arm modules (3) and two limb leg modules (4) are cut with scissors the upper and lower that is loaded on lath (21) and lath (22) lateral surface respectively.

3. according to the assembly structure of claim 1 or 2 described manikins, it is characterized in that above-mentioned head module (1) is made up of the plate (12) that oval plate body (11) and one are connected in oval plate body (11) bottom, above-mentioned head module (1) is loaded on top between lath (21) and the lath (22) by its plate (12) hinge.

4. according to the assembly structure of the described manikin of claim 1, it is characterized in that above-mentioned two limb arm modules (3) are made up of the big arm module (31), forearm module (32) and the palm module (33) that are articulated and connected together respectively.

5. according to the assembly structure of the described manikin of claim 4, it is characterized in that above-mentioned big arm module (31), forearm module (32) and palm module (33) are respectively that two ends are arc-shaped structure and receive little plate gradually by the rear end forward end, the rear end of wherein big arm module (31) is loaded on two outer upper of health module (2) by the pin hinge; the rear end of forearm module (32) is loaded on the front end lateral surface of big arm module (31) by the pin hinge, and the rear end of palm module (33) is loaded on the front end lateral surface of forearm module (32) by the pin hinge.

6. according to the assembly structure of the described manikin of claim 1, it is characterized in that above-mentioned two limb leg modules (4) are made up of the thigh module (41), shank module (42) and the sole module (43) that are articulated and connected together respectively.

7. according to the assembly structure of the described manikin of claim 6, it is characterized in that above-mentioned thigh module (41), shank module (42) and sole module (43) are respectively that two ends are arc-shaped structure and receive little plate by the upper end gradually to the lower end, wherein the upper end of thigh module (41) is loaded on two outer lower portion of health module (2) by the pin hinge, the upper end of shank module (42) is loaded on the lower end lateral surface of thigh module (41) by the pin hinge, and the upper end of sole module (43) is loaded on the lower end lateral surface of shank module (42) by the pin hinge.