CN205395137U

CN205395137U - Device is scalded to heat of electrical heating

Info

Publication number: CN205395137U
Application number: CN201620049167.1U
Authority: CN
Inventors: 倪德米
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-01-19
Filing date: 2016-01-19
Publication date: 2016-07-27
Anticipated expiration: 2026-01-19

Abstract

In this application a device is scalded to heat of electrical heating, including base member, line, film, the edge of base member is located to the line by base member supporting ground on, the line is accompany or follow the rotation of base member and rotatory, and the surface contact of film and base member is equipped with in and is used for carrying out the heating member that heats to the base member, thereby the plating on the boiling hot roll extrusion play film of contact heat is scalded to its line on the surface of the base member that is heated and the heat between the film surface, the inboard of base member is equipped with interior boss, is equipped with the cushion on the interior boss, and the heating member cup joints on the cushion, and the intermediate position of base member alternates has the fixed axle, has cup jointed the rotary sleeve on the fixed axle, and inboard and the fixed axle of rotary sleeve are fixed, cup jointed the brush on the outside, and brush one side is contradicted on the heating member, the opposite side is fixed on the rotary sleeve, at least, have small, directional heating, with low costs, thermoprint clear line's effect.

Description

A kind of electrically heated blanching device

Technical field

The application relates to a kind of electrically heated blanching device, in the rolling plating of thin film.

Background technology

In prior art:

Such as: Chinese patent CN201120483622.6；A kind of equipment of burn lettering；The applying date；2011-11-29；Summary: the utility model discloses the equipment of a kind of burn lettering, including the set button groove portion at knob sleeve column with the joint portion stretching out post；One engagement in rotation portion is positioned at the outer end stretching out post；One rotates transport part is positioned at the other end of knob sleeve column, and described rotation transport part and a level are by biography portion driving contact, and a lettering mould bracing frame links described level by biography portion；The individual character mould of lettering mould has stroke sharp edge；One plastic film, between set button groove portion and lettering mould.One intelligent control unit connects control type matrix guide way, connects and controls driving device, and intelligent control unit also drives moving forward of plastic film.Painted plastic film is earnestly got off by burn method by this utility model on product, incorporating the surface of plastic cement products again, the character printed incorporates product and has certain thickness, not only just and in use has good stability in font, and font color is fixed, do not drop.

In this application, the equipment of burn lettering is disclosed, but the described lettering mould 20 in this application has needed to link 120 DEG C～180 DEG C thermals source；Also need to intelligent control unit and connect control type matrix guide way 53, intelligent control unit control type matrix guide way 53 can be realized and upwards retract；More even controlling driving device 62 and rotate an angle, drive engagement in rotation portion 32 synchronous axial system, this angle is the angle that the next lettering district of knob 10 forwards print position to；Simultaneously level is rotated transport part 34 by biography portion 52 and drives, and makes the next individual character mould 23 on lettering mould 20 be positioned at position to be printed；Intelligent control unit also drives plastic film 4 to move forward, and one does not have the region used to be between lettering district 12 and individual character mould 23, many steps and parts.

Adopting many parts and step to carry out the plating mode of burn, structure complexity is wayward, is not easy to realize.

Above patent application is all different due to their technical scheme purpose and technical problem to be solved, the technical scheme causing them for this includes the difference of structures and methods, they can not combine in order to present patent application simply, otherwise can cause that structural design is more complicated, or can not implement, etc..

In consideration of it, how to design a kind of electrically heated blanching device, overcome in above-mentioned prior art existing defect, be those skilled in the art's technical problems urgently to be resolved hurrily.

Summary of the invention

The application aims to overcome that the technical problem existed in prior art, and provides a kind of electrically heated blanching device.

The purpose of the application completes by following technical solution, a kind of electrically heated blanching device, including matrix, lines, thin film, described lines is located on the edge of matrix by substrate support, lines is adjoint or follows the rotation of matrix and rotates, thin film contacts with the surface of matrix, is provided with the calandria for matrix is heated in matrix, and the burn between lines and film surface on its surface of the matrix being heated contacts thus burn rolls out the plating on thin film.

The inner side of described matrix is provided with inner convex platform, and inner convex platform is provided with cushion, and calandria is socketed on cushion.

The centre position of described matrix is interspersed with fixing axle, and fixing axle is socketed with rotary sleeve, and the inner side of rotary sleeve and fixing axle are fixed, be socketed with brush on outside, and brush side is conflicted on calandria, opposite side is fixed on rotary sleeve.

The edge protuberance of described matrix is annulus, and the outward flange of annulus forms lines, and the sidepiece of lines is provided with breach, and breach is fitted on the sidewall of matrix, and the outer ledge of breach is lower than the surface of lines.

The middle part of described matrix has extended outward two projections, is formed with groove between two projections, and the calandria that matrix is heated is located in groove.

Said two projection includes the outer lug boss outside matrix and close to the inner convex platform with matrix center, and groove is located between outer lug boss and inner convex platform around the gap location formed.

Described matrix center is provided with the hollow draw-in groove for matrix is installed.

The center of described matrix is additionally provided with the hollow through hole for matrix is positioned.

The application compared with prior art, at least has following obvious advantage and effect:

1, simple in construction, reasonable in design, be completely embedded, stability high；

2, selection is convenient, be easy to the manufacturing, and cost is low, be prone to universal；

3, volume is little, and directed heating, cost is low, and thermoprint lines is clear.

Accompanying drawing explanation

Accompanying drawing described herein is used for providing further understanding of the present application, constitutes the part of the application, and the schematic description and description of the application is used for explaining the application, is not intended that the improper restriction to the application.In the accompanying drawings:

Fig. 1 is the schematic cross-section of electrically heated blanching device in the application；

Fig. 2 is the schematic cross-section of matrix in the application；

Fig. 3 is the right view of matrix in the application；

The one that Fig. 4 is electrically heated blanching device in the application uses state diagram；

Fig. 5 is that in the application, electrically heated blanching device another uses state diagram；

Fig. 6 is that in the application, electrically heated blanching device another uses state diagram；

Accompanying drawing labelling:

Detailed description of the invention

For making the purpose of the application, technical scheme and advantage clearly, below in conjunction with the application specific embodiment and corresponding accompanying drawing, technical scheme is clearly and completely described.Obviously, described embodiment is only some embodiments of the present application, rather than whole embodiments.Based on the embodiment in the application, the every other embodiment that those of ordinary skill in the art obtain under not making creative work premise, broadly fall into the scope of the application protection.

nullThe electrically heated blanching device of one described herein，Including matrix 1、Lines 8、Thin film m，Described lines 8 is supportedly located on the edge of matrix 1 by matrix 1，Lines 8 is adjoint or follows the rotation of matrix 1 and rotates，Thin film m contacts with the surface of matrix 1，Matrix 1 is provided with the calandria 9 for matrix 1 is heated，The lines 8 on its surface of matrix 1 being heated and the burn between thin film m surface contact thus burn rolls out the plating on thin film m，The inner side of described matrix 1 is provided with inner convex platform 3，Inner convex platform 3 is provided with cushion 10，Calandria 9 is socketed on cushion 10，The centre position of matrix 1 is interspersed with fixing axle 11，Fixing axle 11 is socketed with rotary sleeve 12，The inner side of rotary sleeve 12 is fixed with fixing axle 11、Outside is socketed with brush 13，Conflict on calandria 9 in brush 13 side、Opposite side is fixed on rotary sleeve 12；At least having volume little, directed heating, cost is low, thermoprint lines effect clearly.

In the embodiment of the present application, by cylindrical matrix 1 and be wrapped in the lines 8 of cylindrical outmost turns thin film m is carried out burn rolling, and then form texture or decorative pattern or numeral.

The inner side of described matrix 1 is provided with inner convex platform 3, and on the outer ring of inner convex platform 3, fixedly sleeved cushion 10, plays anti-skidding effect to calandria 9, and being heated of calandria 9 can be cushioned.

Inner convex platform 3 is provided with cushion 10, and calandria 9 is socketed on cushion 10.

Cushion 10 is micarex or asbestos making, the inner side of calandria 9 is incubated, and heat is intercepted, and makes heat conduct along the lines 8 outside matrix 1 lateral in matrix 1, it is achieved directed heat conduction.

Wherein, at the internally installed heater of matrix 1, and then it is internally heated the thermally equivalent realizing matrix 1 and the lines 8 burn to thin film m along matrix 1.

Overall structure is relatively simple, and is easily achieved, it is simple to manufacture, with low cost, it is easy to universal use on a large scale.

Shown in Fig. 1 ~ Fig. 6；

A kind of electrically heated blanching device, is cylindrical structure including matrix 1, and wherein lines 8 is engraving or inscription rubbing or is mounted in the word on matrix 1 external peripheral surface or decorative pattern or spacer bar.

Thin film m is banding or strip structure.

Described lines 8 is supportedly located on the edge of matrix 1 by matrix 1, and lines 8 can be carved in word on matrix 1 surface or pattern, it is also possible to is the set of circulus, and on set layout or word or texture.

Lines 8 is adjoint or follows the rotation of matrix 1 and rotates, utilize the inner side laminating of lines 8 or be fixed in the outermost surfaces of matrix 1, thus realizing the rotation of lines 8, the rotating of the circumferencial direction of lines 8 realize to lines 8 circulation with contacting between thin film m, thus realizing impressing texture or pattern or the word of contact.But adopt the mode compressed, it is impossible to enough realizations must rely on extruding force.

In the use state of matrix 1；Thin film m contacts with the surface of matrix 1,

The surface utilizing the thin film m top from lines 8 or upper end or upside is passed through, it is possible to forms contacting between thin film m and lines 8, and then realizes the lines 8 burn plating to thin film m.

Certainly, extruding force can be the winding between thin film m and matrix 1, forms the extruding between thin film m surface and the peripheral lines 8 of matrix 1, can be now the thin film m side surfaces process from lines 8, and then form burn plating between the two.

Can also be thin film m interval location between two matrixes 1, and then realize extruding between the two, and then realize burn plating.This kind of mode, it is adaptable to the thickness of thin film m bigger time.It is easy to be formed texture or pattern or word clearly on the surface of thin film m.

Matrix 1 is provided with the calandria 9 for matrix 1 is heated, it is fixed in matrix 1 by the calandria 9 of loop configuration, and matrix 1 is cylindrical-shaped structure, wherein, the calandria 9 of annular is the mechanism of annular, and calandria 9 is the resistance of loop configuration, adopt loop configuration, make calandria 9 corresponding along the center of matrix 1, and fixedly mount, it is simple to ensure the dynamic balancing during rotation of matrix 1.

The calandria 9 adopting annular can heat uniformly along the inside of matrix 1, thus realizing stable uniform burn effect, makes the texture of thin film m shaping surface or pattern or word visibly homogeneous.

The lines 8 on its surface of matrix 1 being heated and the burn between thin film m surface contact thus burn rolls out the plating on thin film m.

In the embodiment of the present application,

The centre position of matrix 1 is interspersed with fixing axle 11, and on the left of cylindrical axis body, termination is fixedly plugged in the draw-in groove 5 in matrix 1 centre position, and band kinetoplast 1 rotates.

Wherein, fixing axle 11 being socketed with rotary sleeve 12, rotary sleeve 12 is bearing.

Inner ring inside bearing is retainer ring, and retainer ring is fixedly sleeved on fixing axle 11, and the inner side of rotary sleeve 12 is fixed with fixing axle 11.

Outer ring outside bearing is steering ring, by steering ring, the right side of brush 13 is installed, and outside is socketed with brush 13.

Contact on the left of brush 13 is conflicted in calandria 9 right edge, carries out the conduction of contact.

Namely the right side of brush 13 be fixed on rotary sleeve 12 to be fixed on the outer ring outside bearing is on steering ring, and then realizes the brush 13 guide type to calandria 9 and heat.

In the embodiment of the present application,

The edge protuberance of described matrix 1 is annulus, and the outward flange of annulus forms lines 8, utilizes protruding structure, it is simple to the lines 8 of mounting circular ring shape or carve out lines 8 in the projection of matrix 1, is formed and installs or the entity of engraving.

The sidepiece of lines 8 is provided with breach 7, and this breach is lines 8 side or the hollow ring of right side formation.

Breach 7 is utilized to make the projection of matrix 1 sidepiece will not contact with between thin film m, it is to avoid the projection not designing word or pattern burns texture because of being heated on thin film m.

Breach 7 is the space being separated out hot stamping stricture of vagina between lines 8, it is ensured that lines 8 is the outermost edges at matrix 1 edge, it is possible to directly contact with between thin film m.

Breach 7 is fitted on the sidewall of matrix 1, and the outer ledge of breach 7 is lower than the surface of lines 8.

Wherein, circumferentially go up, the outer ledge of breach 7 lower than the outermost surfaces of lines 8, enable lines 8 most external diameter surface and thin film m between directly contact, thus carrying out the work of burn plating.

When thin film m is softer, the outer ledge spacing to the outermost surfaces of lines 8 increasing breach 7 that can discharge, further reduce the height of the outer ledge of breach 7, namely the external diameter of the breach 7 that annulus is formed is reduced, increase the external diameter of lines 8, further avoid thin film m to contact with the outer lug boss 2 on breach 7 side.

In the embodiment of the present application,

The middle part of described matrix 1 has extended outward two projections, is formed with groove 4 between two projections, and the calandria 9 that matrix 1 is heated is located in groove 4.

Center along matrix 1 is circular, and the sidepiece at matrix 1 is provided with the projection of two annulars, utilizes the void gap of the annular between two projections that calandria 9 is installed or fixing.

Make calandria 9 along the center of the side of matrix to the outermost lines 8 Transmit evenly heat of matrix 1, it is achieved the heats of lines 8.

And then realize the lines 8 uniformly heating and burn plating to thin film m.

In the embodiment of the present application,

Said two projection includes the outer lug boss 2 outside matrix 1 and close to the inner convex platform 3 with matrix 1 center, and groove 4 is located between outer lug boss 2 and inner convex platform 3 around the gap location formed.

On the left side wall being fixed on matrix 1 that outer lug boss 2 is unified with the left side of inner convex platform 3.

Flush at grade with on the right side of inner convex platform 3 on the right side of outer lug boss 2, it is ensured that outer lug boss 2 and inner convex platform 3 can be stable by calandria 9 fixed clamp between outer lug boss 2 and inner convex platform 3.

When installing calandria 9, it is possible to cushion is set on the outer surface of inner convex platform 3, strengthen the conflict to calandria 9 by cushion and effect is installed.

Wherein cushion can adopt micarex to make, and anti-good buffer effect is unlikely to deform, low price, it is easy to the feature of making.

Cushion can adopt, and asbestos, namely also known as " asbestos ", are have high-tensile, high flexible, chemically-resistant and thermal etching, electric insulation and have the silicates mineral products of spinnability, high insulating effect, it is possible to shock resistance.

The outer surface of inner convex platform 3 arranges cushion, is stoped by cushion, estrangement or as far as possible avoid heat transmit to the center of matrix 1, make heat transmit to the lines 8 outside matrix 1, the raising efficiency of heating surface.

In the embodiment of the present application,

Described matrix 1 center is provided with the hollow draw-in groove 5 for matrix 1 is installed.

It is located on the center of matrix 1 by draw-in groove 5, by draw-in groove 5, matrix 1 is fixed.

It is arranged in draw-in groove 5 for example with roller bearing or spline or bearing etc., utilizes draw-in groove 5 and above-mentioned roller bearing or spline or the corresponding clamping of bearing or socket, thus realizing roller bearing or spline or bearing band kinetoplast 1 rotates.

Thin film m is carried out burn plating by the lines 8 ensured in matrix 1 outermost.

In the embodiment of the present application,

The center of described matrix 1 is additionally provided with the hollow through hole 6 for matrix 1 is positioned.

Utilize through hole 6 and draw-in groove 5 through, by through hole 6, the roller bearing in draw-in groove 5 or spline or bearing positioned or lock, for instance, the spindle nose of roller bearing is positioned in through hole 6.

Wherein, through hole 6 through with draw-in groove 5 and be positioned on the center of draw-in groove 5 i.e. matrix 1 center on.

The foregoing is only embodiments herein, and, the title that in the application, parts take can also be different, are not limiting as the title in the application.To those skilled in the art, the application can have various modifications and variations.All make within spirit herein and principle any amendment, equivalent replacement, improvement etc., should be included within claims hereof scope.

Claims

null1. an electrically heated blanching device，Including matrix (1)、Lines (8)、Thin film (m)，It is characterized in that: described lines (8) is supportedly located on the edge of matrix (1) by matrix (1)，Lines (8) is adjoint or follows the rotation of matrix (1) and rotates，Thin film (m) contacts with the surface of matrix (1)，Matrix (1) is provided with the calandria (9) for matrix (1) is heated，Burn between the lines (8) on matrix (1) its surface and thin film (m) surface that are heated contacts thus burn rolls out the plating on thin film (m)，The inner side of matrix (1) is provided with inner convex platform (3)，Inner convex platform (3) is provided with cushion (10)，Calandria (9) is socketed on cushion (10)，The centre position of matrix (1) is interspersed with fixing axle (11)，Fixing axle (11) is socketed with rotary sleeve (12)，The inner side of rotary sleeve (12) is fixed with fixing axle (11)、Outside is socketed with brush (13)，Conflict on calandria (9) in brush (13) side、Opposite side is fixed on rotary sleeve (12).
2. electrically heated blanching device as claimed in claim 1, it is characterized in that: the edge protuberance of described matrix (1) is annulus, the outward flange of annulus forms lines (8), the sidepiece of lines (8) is provided with breach (7), breach (7) is fitted on the sidewall of matrix (1), and the outer ledge of breach (7) is lower than the surface of lines (8).
3. electrically heated blanching device as claimed in claim 1 or 2, it is characterized in that: the middle part of described matrix (1) has extended outward two projections, being formed with groove (4) between two projections, the calandria (9) that matrix (1) is heated is located in groove (4).
4. electrically heated blanching device as claimed in claim 3, it is characterized in that: said two projection includes near the outer lug boss (2) in matrix (1) outside and close to the inner convex platform (3) with matrix (1) center, and groove (4) is located between outer lug boss (2) and inner convex platform (3) around the gap location formed.
5. electrically heated blanching device as claimed in claim 1, it is characterised in that: described matrix (1) center is provided with the hollow draw-in groove (5) for matrix (1) is installed.
6. electrically heated blanching device as claimed in claim 1, it is characterised in that: the center of described matrix (1) is additionally provided with the hollow through hole (6) for matrix (1) is positioned.