CN202298165U

CN202298165U - 3D (Three-dimensional) vision embroidered structure

Info

Publication number: CN202298165U
Application number: CN2011202673775U
Authority: CN
Inventors: 蔡孟夏
Original assignee: LONG DEED INDUSTRIAL CO LTD
Current assignee: LONG DEED INDUSTRIAL CO LTD
Priority date: 2011-07-27
Filing date: 2011-07-27
Publication date: 2012-07-04
Anticipated expiration: 2021-07-27

Abstract

The utility model discloses a 3D (three-dimensional) vision embroidered structure. The embroidered structure at least comprises an outer frame body, an inner frame body, a protective layer, a fixing and holding frame, an upper fibre layer, a lower fibre layer, a plurality of fabrics and a fixing and holding support, wherein the fixing and holding frame forms a gap; the upper fibre layer is arranged in the gap of the fixing and holding frame, has atomization transparency and is provided with the plurality of fabrics; and the bottom of the fixing and holding frame is provided with the lower fibre layer with pigment picture cloth, thereby presenting a 3D embroidered effect with different scene depths and vision angles and different vision senses.

Description

The 3D vision is embroidered graph structure

Technical field:

The utility model relates to a kind of 3D vision and embroiders graph structure, refers to a kind of structure that can the 3D visual effect appears especially.

Background technology:

Art is to increase life various and the variation and the pressure of relaxing; Such as art comprises spatial art and visual art and action art etc.; And the think of that often can therefrom explore the creator that appears of the art work is expressed implied meaning for reaching; Or increase the peculiar sculpture of moulding and color in the urban planning now or build the space of different normalities, so that the common people are able to different moods and the life of loosening.

So, with the paintings art, paintings are divided into oil painting, watercolor, sketch, compound medium materials picture or embroidery etc.; The vision that it showed all presents different effects, also gives different mental state, is example with embroidery; Need on an embroidery plate, to indulge crossover, and build the third dimension on the plane, and this mode can't reach three-dimensional visual effect with tone with the mistake of various colo(u)r streaks; Promptly there is a TaiWan, China patent to register M282994 number improvement, embroider out the layer stereo pattern back and forth with horizontal embroidery mode, and the 3 D pattern mid portion embroidery number of plies is many than two ends for multi-level three-dimensional embroidery mode; And, pars intermedia is launched toward both sides in the together vertical breach of 3 D pattern pars intermedia cutting, and form the cubic embroidery of a tool multi-layer effect; And only appearing to make a type 3D aspect on the plane of this mode reaches the purpose that appears of 3D and can't progress greatly.

The utility model content:

The utility model technical problem to be solved is: to the deficiency of above-mentioned prior art, provide a kind of 3D vision to embroider graph structure, by forming a drop with one on top of another setting of two-layer or two-layer above fibrage in the framework; And should go up the suitable transparency of fibrage tool; This time fibrage is opaque, and arrangement is provided with bent thorn embroidered square thing between last fibrage, in descending fibrage with opaque colorant figure cloth; Irradiation via light; Make the embroidery thing shade in the fibrage be projected to down fibrage, and following fibrolaminar color, via last fibrolaminar suitable transparency; And presenting fuzzy shape, integral body presents the 3D 3-D effect embroidery figure that has the depth of field and also present different visual perceptions according to the difference of visual angle.

In order to solve the problems of the technologies described above; The technical scheme that the utility model adopted is: a kind of 3D vision is embroidered graph structure; Wherein 3D embroidery module includes outer framework, protective layer, internal frame body, retaining frame at least, goes up fibrage, several fabrics, following fibrage and fixing-holding rack; Be characterized in: the said cloth body of going up fibrage tool atomizing light-permeable, this cloth body clamping and are provided with this fabric in last fiber layer surface between retaining frame; This time fibrage is opaque cloth body and is coated with colorant and is coated on outside the fixing-holding rack, on this retaining frame to forming a drop down.

It is said that upward fibrage is made by silk fiber, cotton fiber, polyamide fiber, vinal, polyvinyl chloride fibre, polyacrylonitrile fibre, nylon fiber, dacron fibre, aromatic polyamide fibers, elastomer or phenolic fiber.

It is said that fibrage is made by polyamide fiber, vinal, polyvinyl chloride fibre, polyacrylonitrile fibre, nylon fiber, dacron fibre, aromatic polyamide fibers, elastomer or phenolic fiber down.

Said drop is by forming between last fibrage and following fibrage.Said fabric is bent curling embroidery lamellar body.Said fabric is implemented by the line body embroidery of several colors.The said fibrage of going up can be exported pattern with figure in the surface.Said fibrage down can be exported pattern with figure in the surface.

So, stack formation one drop by above fibrage of retaining frame and following fibrage, and should go up the suitable transparency of fibrage tool; This time fibrage is opaque, and arrangement is provided with bent thorn embroidered square thing between last fibrage, in descending fibrage with opaque colorant figure cloth; Irradiation via light; Make the embroidery thing shade in the fibrage be projected to down fibrage, and following fibrolaminar color, via last fibrolaminar suitable transparency; And presenting fuzzy shape, integral body presents the 3D 3-D effect embroidery figure that has the depth of field and also present different visual perceptions according to the difference of visual angle.

Detailed description of relevant the utility model and technology contents cooperate graphic explanation following at present:

Description of drawings:

Fig. 1 is the decomposition generalized section of the utility model.

Fig. 2 is the combination generalized section of the utility model.

Label declaration:

3D embroiders module 1 outer framework 10

Holding part 100,120 is against seat 1000

Protective layer 11 internal frame bodies 12

Fibrage 130 on the retaining frame 13

14 times fibrages 15 of fabric

Fixing-holding rack 150 drop X

The specific embodiment:

At first see also Fig. 1 and shown in Figure 2; See among the figure and know that the section of embroidering graph structure for the 3D vision of the utility model decomposes and section combination sketch map, and is wherein as shown in Figure 1; The 3D of the utility model embroiders module 1 and includes outer framework 10, protective layer 11, internal frame body 12, retaining frame 13 at least, goes up fibrage 130, several fabrics 14, time fibrage 15 and 150 formations of fixing-holding rack; And this 3D embroidery module 1 can form the cubic embroidery figure with Deep Canvas, should outer framework 10 be approximate all around around the framework of center thread sky wherein, in a side, forms holding part 100; And enclose place's formation L shape against seat 1000 in the ring of holding part 100; Protective layer 11 and internal frame body 12 minutes are given in its confession, and other is ccontaining, encloses in outer framework 10 outer shrouds to form the irregular curve shape, with decoration and the whole fixing as outward appearance;

This protective layer 11 is approximate rectangular plate body, and transparent, and it is located at 1000 of the butting sections of the holding part 100 in the outer framework 10, and one of which side and butting section 1000 are inconsistent, and opposite side is then inconsistent with internal frame body 12;

This internal frame body 12 is as outer framework 10, and it forms holding part 120 for approximate all around around the empty framework of center thread in a side, and the ring of this holding part 120 encloses and forms the L shape, and it is ccontaining to supply to give 13 of retaining frames;

This retaining frame 13 is the suitably rectangle framework of height of tool one; Establish on one fibrage 130 and should go up the fabric 14 that fibrage 130 1 side surfaces are provided with the crooked irregular arrangement of tool in framework one side folder; And be located in the holding part 120 of internal frame body 12 with retaining frame 13, the then following fibrage 15 of retaining frame 13 1 sides resists fixings;

Should go up the cloth body that fibrage 130 forms the atomizing light-permeable; It is located in 13 of retaining frames; Can be silk fiber (silk), cotton fiber, polyamide fiber, vinal, polyvinyl chloride fibre, polyacrylonitrile fibre, nylon fiber, dacron fibre, aromatic polyamide fibers, elastomer, phenolic fiber etc. and implement and go up fibrolaminar selection; And in the crooked and irregular fabric 14 of the surface of last fibrage 130 arrangement fixing tool; Or in last fibrage 130 direct output patterns, simultaneously and retaining frame 13 be located at 120 of the holding parts of internal frame body 12;

This fabric 14 is formed by several lamellar body group structures; Wherein these several lamellar bodies form with the embroidery line hand embroidering of multicolour; And the processing procedure of this lamellar body is the required figure of between an embroidery plate, embroidering out, cuts out down after accomplishing, and bends curl combination and fixing in last fibrage 130 surfaces again;

This time fibrage 15 is opaque cloth body; And be coated on rectangular-shaped fixing-holding rack 150 1 sides; And in the surface coated colorant of following fibrage 15; Or in following fibrage 15 direct output patterns, the fixing-holding rack 150 that will coat down fibrage 15 again resists a side of the retaining frame 13 of fibrage 130 in clamping;

So; The utility model by outer framework 10, protective layer 11, internal frame body 12, retaining frame 13, go up fibrage 130, several fabrics 14, fibrage 15 and fixing-holding rack 150 respectively behind one on top of another group of structure down; And will descend the fixing-holding rack 150 of fibrage 15 to bind a side that is immobilizated in retaining frame 13 with adhesion, embroider module 1 and form 3D.

As shown in Figure 2 again, to embroider in the module 1 through 3D one on top of another, this counts the surface that fabric 14 combinations are immobilizated in fibrage 130; And down fibrage 15 is in the surface coated colorant, because last fibrage 130 clampings are in 13 of retaining frames, and these retaining frame 13 up and down form a drop X; Mat on it fibrage 130 be the cloth body of atomizing light-permeable, following fibrage 15 is a colorant figure cloth, when outside last fibrage 130, watching; Then make down fibrage 15 form fuzzy shape; Via retaining frame 130 formed drop X, then make the shadow of fibrage 130 surface fabric 14 be projeced into down 15 of fibrages again, and form the 3D vision embroidery figure of the depth of field of the clear blurred background of tool prospect; And the actual enforcement of the utility model is through the permutation and combination of prospect stereo fabric 14, and matching background is fuzzy appears, and it can be built and provide 3D vision scene.

In sum, the utility model is that reference is described with the certain specific embodiments, however obviously various corrections and the spirit and the scope that change the broadness that does not break away from the utility model.And explanation that should correspondence is to be used for explaining and the category of unrestricted the utility model with diagram.Therefore, expression the utility model should be contained all additional claims that appear at the utility model equate item with it correction and variation.

Claims

1. a 3D vision is embroidered graph structure; Comprise that 3D embroiders module; This module includes outer framework, protective layer, internal frame body, retaining frame at least, goes up fibrage, several fabrics, following fibrage and fixing-holding rack; It is characterized in that: the said cloth body of going up fibrage tool atomizing light-permeable, this cloth body clamping is between retaining frame, and fiber layer surface is provided with this fabric on this; This time fibrage is opaque cloth body and is coated with colorant and is coated on outside the fixing-holding rack, on this retaining frame to forming a drop down.

2. 3D vision as claimed in claim 1 is embroidered graph structure, it is characterized in that: said upward fibrage is made by silk fiber, cotton fiber, polyamide fiber, vinal, polyvinyl chloride fibre, polyacrylonitrile fibre, nylon fiber, dacron fibre, aromatic polyamide fibers, elastomer or phenolic fiber.

3. 3D vision as claimed in claim 1 is embroidered graph structure, it is characterized in that: said fibrage is made by polyamide fiber, vinal, polyvinyl chloride fibre, polyacrylonitrile fibre, nylon fiber, dacron fibre, aromatic polyamide fibers, elastomer or phenolic fiber down.

4. 3D vision as claimed in claim 1 is embroidered graph structure, and it is characterized in that: said drop is by forming between last fibrage and following fibrage.

5. 3D vision as claimed in claim 1 is embroidered graph structure, and it is characterized in that: said fabric is bent curling embroidery lamellar body.

6. 3D vision as claimed in claim 5 is embroidered graph structure, it is characterized in that: said fabric is implemented by the line body embroidery of several colors.