CN2925896Y

CN2925896Y - Heat bookbinder

Info

Publication number: CN2925896Y
Application number: CN 200620013628
Authority: CN
Inventors: 陈华耀
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-04-17
Filing date: 2006-04-17
Publication date: 2007-07-25
Anticipated expiration: 2016-04-17

Abstract

The utility model relates to a hot binding machine, including an outer casing. The outer casing is set with a binding position for placing a binding cover, an aluminum supporting frame connected with the binding surface of the binding cover is set at the lower part of the binding position, and a silica gel layer is fixed on the contracting surface of the aluminum supporting frame and the binding cover. The surface of the silica gel layer is very slippery, can't be stuck with glue, and is favourable for cleaning, and the residual glue on the silica gel layer left when binding can be removed with slight force; a silica gel level added can improve the unevenness of the book cover, greatly improving the quality of book making. The softness of the silica gel level surface can improve the distortion and bending of the binding cover, enabling the binding cover to be heated evenly, being favourable for the complete adherence of paper and glue, not causing the binding cover to be broken out of the binding cover; the silica gel layer a material heating system with good heat transmission, the heat can be transferred to the silica gel layer surface through the aluminum supporting frame to improve the average of heat transmission, having great help for the binding effect and adherence capacity.

Description

The thermally binding machine

Technical field

The utility model relates to a kind of stationery, in particular, relates to a kind of thermally binding machine.

Background technology

The thermally binding machine dissolves by heating power or softens at slipcase or bind the technology of the glue that puts, and this technology transfers heat to binder by heat-generating system and transfers heat to slipcase again with the contact-making surface of binding cover or bind the glue that puts firm being bonded at slipcase or binding in the cover of file.The traditional hot binder has only aluminum frame and heat-generating system, heating power makes the glue dissolving in the slipcase during thermally binding, with the sticking book of making the fixing interior page or leaf of an instinct in the encapsulation of ordering really of a folded file, can spill during the dissolving of the glue in the slipcase sometimes and order the sticking real aluminum frame in encapsulation outside, be not easy cleaning, glue more can be bonded at next this book aluminum frame and be not easy to take out, and causes slipcase unclean and that have glue to pollute, and the poly-stain amount of glue is many can to cause charing to burn black and cause danger.

The utility model content

The technical problems to be solved in the utility model is, at the above-mentioned defective of prior art, provides a kind of thermally binding machine.

The technical scheme that its technical problem that solves the utility model adopts is: construct a kind of thermally binding machine, comprise shell, being arranged on being used in the described shell places the bookbinding position of ordering encapsulation, below, described bookbinding position is provided with and the described contacted aluminum frame of binding surface of ordering encapsulation, and described aluminum frame and the described contacted one side of encapsulation of ordering are provided with one deck layer of silica gel fixed thereon.

In thermally binding machine described in the utility model, also comprise by closing up that rotating shaft and described shell flexibly connect with described bookbinding position lid over cap therein.

In thermally binding machine described in the utility model, side, described bookbinding position is provided with and is used for fixing the elasticity folder of ordering encapsulation.

In thermally binding machine described in the utility model, described aluminum frame is the integrative-structure that pressure injection is shaped, described layer of silica gel and described aluminum frame between be provided with the bonding glue of one deck.

Implement thermally binding machine of the present utility model, have following beneficial effect: layer of silica gel surface dead smooth, can viscose glue water, help cleaning, the glue that has more during because of thermally binding can remain in above the layer of silica gel, and slightly strength can be removed; Increase a slice layer of silica gel and can improve the not straight of slipcase, improve system quality originally greatly, the layer of silica gel soft surface can improve the bending of ordering encapsulation, makes that ordering encapsulation is heated on average, be beneficial to paper fully and glue bonding sturdy, can not cause and order encapsulation and get loose out and order encapsulation; Layer of silica gel still is a kind of material heat-generating system that conducts heat good, is communicated to the average degree that silica gel top layer face can improve heat transfer through aluminum frame, and to the effect of thermally binding, sticking real ability has great help.

Description of drawings

The utility model is described in further detail below in conjunction with drawings and Examples, in the accompanying drawing:

Fig. 1 is the structural representation of thermally binding machine of the present utility model;

Fig. 2 is the structural representation of the aluminum strip of thermally binding machine of the present utility model;

Fig. 3 is the cross section structure schematic diagram of Fig. 2.

The specific embodiment

As shown in Figure 1, be the structural representation of thermally binding machine of the present utility model, thermally binding machine of the present utility model comprises shell 1, described shell 1 is provided with and is used to place the bookbinding position 2 of ordering encapsulation, and the below of bookbinding position 2 is provided with and orders the contacted aluminum frame 4 of binding surface of encapsulation.Aluminum frame 4 is provided with one deck layer of silica gel fixed thereon 5 with the described contacted one side of encapsulation of ordering.Over cap 3 flexibly connects by rotating shaft and described shell 1; when over cap 3 closes up described bookbinding position 2 is covered therein, when not using over cap 3 is closed up, prevent that dust from falling into wherein; open over cap 3 when needing to use, the encapsulation of ordering that paper is housed is inserted in the bookbinding position 2.A side of bookbinding position 2 is provided with and is used for fixing the elasticity folder 6 of ordering encapsulation.

As shown in Figure 2, be the structural representation of the aluminum strip of thermally binding machine of the present utility model, describe the structure of aluminum frame 4 of the present utility model in conjunction with the schematic cross-section of Fig. 2 shown in Figure 3, increasing on the aluminum frame 4 has a slice layer of silica gel 5.Its preparation method is that at first the size extrusion modling according to the thermally binding machine goes out an aluminum frame, is cut into suitable length; With the special bonding glue of aluminum frame oil last layer, the silica gel pressure injection that the heat resistance of will having mixed is high is gone into the aluminum frame internal shaping again; The aluminum frame that will fill up silica gel is then put into the mould baking of vulcanizer, and sulfuration is finished the back and cooled off to finish and remove the silica gel burr that has more and become the aluminum frame that layer of silica gel is arranged; At last heat-generating system is inserted in down aluminum frame, the silica gel aluminum frame is inserted in just becomes one group of well behaved this thermal tool of system.

Layer of silica gel 5 surperficial dead smooths can viscose glue water, helps cleaning, and the glue that has more during because of thermally binding can remain in above the layer of silica gel 5, and slightly strength can be removed.Design increases a slice layer of silica gel 5 can improve the not straight of slipcase, improve system quality originally greatly, layer of silica gel 5 soft surfaces can improve the bending of ordering encapsulation, cause and order encapsulation and be heated on average, make paper fully and glue bonding sturdy, can not cause and order encapsulation and get loose out and order encapsulation, layer of silica gel 5 still is a kind of material heat-generating system that conducts heat good, be communicated to 5 average degrees that can improve heat transfer in silica gel top layer through aluminum frame 4, to the effect of thermally binding, sticking real ability has great help.

Claims

1, a kind of thermally binding machine, comprise shell (1), described shell (1) is provided with and is used to place the flute profile bookbinding position (2) of ordering encapsulation, below, described bookbinding position (2) is provided with and the described contacted aluminum frame of binding surface (4) of ordering encapsulation, it is characterized in that described aluminum frame (4) is provided with one deck layer of silica gel fixed thereon (5) with the described contacted one side of encapsulation of ordering.

2, thermally binding machine according to claim 1 is characterized in that, also comprises by closing up described bookbinding position (2) lid over cap (3) therein that rotating shaft and described shell (1) flexibly connect.

According to any one described thermally binding machine among the claim 1-2, it is characterized in that 3, a side of described bookbinding position (2) is provided with and is used for fixing the elasticity folder (6) of ordering encapsulation.

4, according to any one described thermally binding machine among the claim 1-2, it is characterized in that, be provided with the bonding glue of one deck between the described layer of silica gel (5) of the integrative-structure that described aluminum frame (4) is shaped for pressure injection and the described aluminum frame (4).