阅读说明：本技术 动态模特 (Dynamic model ) 是由 王玲 于 2018-08-13 设计创作，主要内容包括：一种动态模特利用硅胶或充气硅胶娃娃做外套,利用自平衡以及弹力自复位和电机驱动,使传统非运动模特变成有运动感,更加真实。使服装设计和服装销售及服装展览有更好的效果。(A dynamic model is made up of silica gel or inflatable doll as external sleeve, self-balance elastic self-resetting and motor driving, and features that the model is not moving but moving. The clothes design, the clothes sale and the clothes exhibition have better effects.)

1. The utility model provides a dynamic model comprises overcoat, motor, base and internals, inverter circuit, its characterized in that: the combination of all the components controls the motor to rotate at different speeds through the frequency conversion circuit, so that the model walks at different speeds.

Technical Field

The invention relates to a model with moving performance, namely a dynamic model, for clothing commercial sale, design or exhibition clothing.

Background

Until now, models used in design rooms or the clothing sales industry are basically fixed, no dynamic model is available which can be similar to the walking feeling of people, so that the effect during design is limited, particularly the sales volume during the sales of the clothing industry is greatly influenced, and in order to improve the design effect and the clothing sales volume, a dynamic effect is better, but the field is blank at present.

Disclosure of Invention

In order to overcome the defects and fill up the blank in the field of models with dynamic effects, the invention designs a dynamic model which has better effects in use. Therefore, the invention is improved on the basis of the original fixed model which cannot move, so that the arms and the legs can move at different speeds.

The structure is that the head and the upper body are made of light organic material with small density, such as foam or pearl or sponge, the outer layer is hardened and shaped, a transverse stem and a spine which vertically penetrate through the centers of the head, the neck, the buttocks and the upper body are arranged, the upper part is provided with a transverse shaft at the shoulder position, two ends of the transverse shaft are respectively sleeved with an arm connecting sleeve connected with the left hand and the right hand, an arm swinging rod is arranged on the arm connecting sleeve and connected with the hip swinging rods through arm connecting rods, the two hip connecting rods are connected through a hip connecting shaft, the two hip swinging rods are fixed on two thighs, so when two legs move, the two arms swing together, in order to ensure the automatic balance of the human body, the head, the hands and the trunk are made of light material, the connecting pieces are made of aluminum alloy material, but the part below the hip connecting shaft which is connected with the lower end of the spine and is longer than the hip connecting shaft can be weighted by a cement block if necessary, and the whole body is, this can automatically keep the human body balanced and have certain mobility. The joint of the shank and the thigh is a connecting rod structure of a sewing machine, namely, the joint is a joint head and a joint socket, the joint head is made of metal and is tightly connected with a metal rod, the metal rod is used as the thigh, namely, the joint head is arranged on the thigh, the joint socket is arranged on the shank, the joint socket of the shank can limit the forward bending of the thigh as the connecting rod socket of the sewing machine, a long strip spring piece is fixed right behind the joint socket, the long strip spring piece is bent backwards when the thigh is driven by external force, the long strip spring piece is also bent to be straightened when the thigh is driven to do walking movement by the elasticity of the spring piece, and two supporting rods connected with the motor and the foot drive the foot and the shank to do reciprocating movement under the rotation of the motor when the two shanks do walking movement. The motor is arranged in the combined base which can be round or oval or other polygonal shapes, and the weight of the whole combined body and the motor is larger than the total weight of the upper part, so that the combined body and the motor are more stable. The motor adopts a long-shaft motor with two extended ends, the motor adopts a low-voltage direct-current motor below 24V, and the power can be supplied by a storage battery or a 220V power supply through a power adapter. The connecting direction of the two arm connecting rods, the arm swing rods and the hip swing rods is coordinated with the swinging direction of the feet when people walk. In order to facilitate the wearing of the trousers, the two legs and the left and right struts are connected by the quick-release bolt bolts to be disassembled when the trousers are worn, and then the trousers are worn. When the walking aid is used, the model can start walking under the power of the motor as long as a set of clothes starting switch is worn to supply power to the motor, the motor adjusts the rotating speed through the frequency converter, and the walking speed is different when the rotating speed of the motor is different.

The drawings are described below

FIG. 1 is a schematic diagram of the appearance structure of the present invention.

Fig. 2 is a schematic view of the internal components.

In the drawing, 1 head, 2 neck posts, 3 spines, 4 balance weights, 5 bases, 6 motors, 7 function keys, 8 plugs, 9 batteries, 10 control machines, 11 left swinging machines, 13 left supports, 14 left feet, 15 left shanks, 16 spring rivets, 17 spring pieces, 18 left joint sockets, 19 left joint heads, 20 left thighs, 21 left thigh joint heads, 22 left hip swing rods, 23 hip connecting shafts, 24 left arm hips, 25 left arm joint heads, 26 left arm connecting shaft sleeves, 27 left arm swing rods, 28 left hip connecting rods, 29 arm connecting shafts, 30 outer sleeves and 31 left hands.

DETAILED DESCRIPTION OF EMBODIMENT (S) OF INVENTION

The present invention will now be described with reference to the accompanying drawings. The attached figure 1 is an integral appearance shape and comprises an outer sleeve 30, a left hand 31 and the like, the outer sleeve can be replaced by an inflatable silica gel doll, the inner part of the outer sleeve can be filled with foam or air, and the inner structure of the outer sleeve is manufactured according to the attached figure 2 and comprises a head 1, a neck pillar 2, a spine 3, a balance weight 4, a base 5, a motor 6, a function key 7, a plug 8, a battery 9, a control machine 10, a left swinging machine 11, a left pillar 13, a left foot 14, a left calf 15, a spring rivet 16, a spring piece 17, a left joint socket 18, a left joint head 19, a left thigh 20, a left thigh joint head 21, a left hip swinging rod 22, a hip connecting shaft 23, a left arm hip 24, a left arm joint head 25, a left arm connecting shaft sleeve 26, a left arm swinging rod 27, a left hip connecting rod 28. Wherein the head 1 and the left foot 14 can be made of organic materials such as foam, a metal rod is penetrated through the center, the metal rod in the left foot 14 is made into a 90-degree zigzag lower end which is provided with a hollow side face for replacing a screw hole so that the left support 13 is inserted and extracted, the zigzag upper end is a left lower leg 15, a left joint socket 18 at the upper end of the lower leg 15 is matched with a left joint head 19, the left joint socket 18 and the left joint head 19 can be made according to the structure of a connecting rod of a sewing machine, the right back of the joint socket is riveted with the upper part of a strip-shaped spring piece 17 through a spring piece rivet 16 to be contacted with the back side of the left upper leg 20 so as to prevent the left upper leg 20 from being turned backwards excessively, the left upper leg 20 is erected by the elasticity of the spring piece 17 after the left upper leg 20 is bent, the slightly larger upper end of the left upper leg 20 becomes a hole at the center of the left upper leg joint head 21 and is provided with a hip penetrating connecting shaft, the left hip connecting rod 28 connects the left hip swing rod 27 and the left hip swing rod 22 through a pin and can move relatively, the left hip swing rod 27 is also a section of metal rod and is horizontally fixed on the left arm connecting shaft sleeve 26, the left hand 31 and the left arm are connected through the left arm joint head 25 and the left arm connecting shaft sleeve 26, the center of the left arm connecting shaft sleeve 26 is hollow and penetrates through the left arm connecting shaft 29, the left arm connecting shaft 29 and the spine 3 are fastened and fixed, the left arm connecting shaft sleeve 26 can rotate on the arm connecting shaft 29, the left arm 24 is fixed on the left hip connecting shaft sleeve 26, the tail end left hand 31 of the left arm 24 can be replaced by an inflatable doll left hand, and the left hand 31 can also be made of foam. The cervical column 2 and the spine 3 can be replaced by an aluminum alloy tube, the spine 3 fixes the left hip connecting shaft 29 at the upper end according to the proportion of the human body, the hip connecting shaft 23 is fixed at the lower end, the lower edge is fixed with the balance weight 4 in proper size, the balance weight 4 is heavy, the balance weight can be replaced by an iron block, a lead block or a water mixed block, the weight of the balance weight is ninety percent of the total weight of the upper body, the upper body is enabled to be in a tumbler structure, and the vertical standing is automatically kept. The left pillar 13 is inverted T-shaped, the lower end of the T-shaped is embedded in a sliding groove of the base 5 and can flexibly and freely slide in the sliding groove, the left pillar 13 is connected with a rotating shaft of the motor 6 through a left swing rod 11, the motor 6 is a low-voltage direct current motor with the voltage of below 24V, two ends of the motor extend out of a long shaft, two ends of the long shaft of the motor are respectively fixed with a crankshaft as the rotating shaft, and when the motor rotates, the crankshaft (namely the rotating shaft) on the motor drives a connecting rod to move, so that the left pillar 13 is pushed to reciprocate in a certain range to enable the model to complete. The right part of the whole model is completely symmetrical to the left part. The base 5 can be made into a cylinder shape, or can be made into a closed body with an oval or polygonal section, the motor 6, the function key 7, the plug 8, the battery 9 and the control panel 10 are fixed in the base, the upper surface of the base 5 is provided with a sliding groove, a slidable left support 13 is arranged in the sliding groove, and the base 5 is heavy to prevent the model from falling. The function key 7 is a knob for controlling whether the model walks or not and the walking speed, and is fixed on the control board 10, the upper control board 10 is actually a frequency modulation circuit board which can be replaced by a commercially available frequency modulator, the battery 9 supplies power for the motor and the control board 10, and the plug 8 can be a commercially available part, and the commercially available power and the power adapter are utilized to charge the battery 9 and also supply power for the motor 6 and the control board 10. The whole model outer cover is made of silicon rubber or a silicon rubber layer as the outer cover 30, and the outer cover of the silicon rubber inflatable doll is more beautiful, vivid and high-grade. Thus, much like a real person, as soon as the function keys 7 are turned on, the motor 6 starts to rotate, pushing the model to walk, and the motor 6 rotates at different speeds to rotate the function keys 7, so that the walking speed of the model is also different.

The embodiment shows that the simulation effect of the invention is good, and the invention is a good dynamic model.