CN2458155Y - Hot gluing machine - Google Patents

Abstract

The utility model relates to a hand holding hot gluing machine for heating and bonding an object being about to be glued with hot melt gum prearranged on the inner side of the object and comprises a shell body and a clipping and heating mechanism. The hand holding hot gluing machine is characterized in that the shell body provided with a concave groove is in the rectangle and can be held in the hand of an operator. A motion path allowing the object being about to be glued to pass is defined, and the clipping and heating mechanism is hidden in the shell body in order to heat and evenly apply the force on the object being about to be glued. A first heat source is arranged on the bottom part of the motion path defined by the concave groove, and a pair of second heat sources are arranged on the two sides of the concave groove corresponding to the hot melt gum position of the inner side of the object.

Description

Hot gluing machine

The utility model relates to a kind of Hot gluing machine, refer in particular to a kind of binder for the treatment of and add the Hot gluing machine of hot gluing strip of paper used for sealing and quires layer composition, it mainly is to utilize clamping device and Tibetan to be located at the interior heat-generating units of clamping device, this clamping device of mat is treated that binder is clamped and is carried out lateral displacement what the strip of paper used for sealing desiring to glue together and paper were formed, utilize heat-generating units to leave the strip of paper used for sealing and paper composition of this desire gummed simultaneously, hot melt adhesive then recovers back solid and reaches the purpose of gummed.

Use always and have the gummed effect, but the formation of different technologies means is found in fully, and for example United States Patent (USP) 5306047,5246325,5219453,5213462,4678386, and 5775864, it is mainly the open square cell body in a upper end, cell body has a heating unit outward, the strip of paper used for sealing and the paper composition of desire gummed must be placed in the cell body during use, takes out behind one section Preset Time and solidifies.

Above-mentioned Hot gluing machine (Thermal Binding Machine) has following one or more use restriction or shortcoming at least.At first, its square cell body can not or be difficult for adjusting size to be applicable to different gummed thickness, and especially length can't change especially; Secondly, because of size restrictions or its technology of square cell body is construed as limiting, appearance and size must be a bit larger tham cell body, and is not portable so its size is quite big, also is difficult for operating easily; Again, its co-operate principle is the PUR distributed areas to be heated together cause physical size to dwindle or in the palm holding operation, its fact of deriving is a production cost, and cost of marketing all improves greatly.

For the square cell body that solves the said fixing size is difficult for adjusting, can utilize clamping device to change its heating operation mode, the built-in heater element essence of establishing of clamping device and strip of paper used for sealing constituted with paper contact a little, utilize clamping device and strip of paper used for sealing and paper formation to do relative motion simultaneously and reach the gummed purpose.The active motor performance of mat clamping device makes entire mechanism quite simplify, and the gummed of applicable different-thickness and length, and a brand-new and practical formation is provided.

Therefore, main purpose of the present utility model is to provide a kind of Hot gluing machine, utilizes thermal source and treats that binder does relative motion, and a brand-new and practical Hot gluing machine effectively is provided.

A main purpose more of the present utility model is to provide a kind of Hot gluing machine, comprise in the clamping device and be provided with heating element heater, utilize the guiding of this clamping device to support to treat binder, allow clamping device essence to contact a little and do relative motion, and reach the purpose of hot gluing with treating binder.

Secondary objective of the present utility model is to provide a kind of Hot gluing machine, allow laminator to treat the active movement pattern of binder, simultaneously also can be on the contrary, allow to treat the motion morphology of binder to laminator, below be defined as the passive movement pattern, so can for example treat the physical size of binder, and select suitable operator scheme according to the demand of operation.

The purpose of this utility model is achieved in that

A kind of Hot gluing machine can grip for hand, and the binder for the treatment of that is used for the inboard is preset with PUR adds hot adhesion, and it comprises housing and clamping and heating arrangements, it is characterized in that:

Housing roughly is rectangle aspect and can places operator's hand to grip, and offers groove on it, defines and allows the above-mentioned motion path for the treatment of that binder passes through;

And clamping and heating arrangements, the Tibetan is located in the above-mentioned housing, so that to the above-mentioned binder heating and the even application of force treated, have the motion path bottom that first thermal source is located at this groove definition, and the both sides that a pair of second thermal source is located at this groove are located at the above-mentioned inboard PUR place that treats binder relatively.

The purpose of this utility model can also further be realized by following technical scheme:

Aforesaid Hot gluing machine further comprises:

One pedestal places on the operating surface, and its upper surface is connected with the some that housing is different from groove, and lower surface contacts with stayed surface.

Aforesaid Hot gluing machine, second thermal source is for being connected with first thermal source separably.

Aforesaid Hot gluing machine, second thermal source is by the heat energy heating that is independent of first thermal source.

Aforesaid Hot gluing machine, second thermal source toward each other, wherein an end is provided with and accepts the above-mentioned arrival end for the treatment of the binder motion path, the other end is provided with the above-mentioned binder for the treatment of and leaves the port of export of motion path, and the spacing of arrival end is greater than the spacing of the port of export, make above-mentioned treat binder by the time be able to suitable resilient clamp.

Aforesaid Hot gluing machine, housing is by forming to being divided into two symmetrical half shell portions along a geometrical axis.

Aforesaid Hot gluing machine, second thermal source are symmetrical curved arc shape shell fragment, the corresponding and slight contact of curved portions in the middle of it, and location, the thermal source body outside is walked around in two free ends formation hook part.

Aforesaid Hot gluing machine, the lower surface of pedestal are the surface with high coefficient of friction.

Aforesaid Hot gluing machine, at least one part of the lower surface of pedestal is arranged with buffer element.

Aforesaid Hot gluing machine, buffer element are valve rubber or ring.

Aforesaid Hot gluing machine, its heat energy source of first thermal source is an electric energy.

Aforesaid Hot gluing machine, electric heating are to be provided by thermal resistance.

Aforesaid Hot gluing machine, its heat energy source of first thermal source is a gas.

Aforesaid Hot gluing machine, thermal source body be with respect to the motion path of groove definition, is provided with an open accommodation space with a ccontaining PTC heater, and the space opening end face of a pressing plate and this opening is relative and seal this accommodation space.

Aforesaid Hot gluing machine, thermal source body are provided with a space of sealing with a ccontaining PTC heater with respect to the slot part motion path, and allow the stressed generation distortion of its enclosure space with this heater of clamping.

Aforesaid Hot gluing machine, the enclosure space cross section is rectangular.

Aforesaid Hot gluing machine, the enclosure space cross section is rounded.

Aforesaid Hot gluing machine, housing, roughly be rectangle aspect and can place operator's palm to grip, but it is formed by be divided into two how much symmetrical half housings along long axis direction, and have the first fork body and the second fork body, form slot part between two fork bodies, slot part is provided with along above-mentioned long axis direction for treating the displacement path that gummed portion passes through;

Be located at housing interior clamping and heating arrangements and hide, first thermal source with the easy heat conduction block that is rectangle approximately, and provide heat energy by thermal resistance, be located at slot part displacement path bottom, second thermal source of a pair of elastic plate sheet is located at the two sides of groove with respect to the inboard PUR place that treats binder, the one end corresponds to each other and is connected to form bigger permanent opening end with first thermal source separably, and the other end forms the formation outlet crooked and close to each other of inlet free end.

Aforesaid Hot gluing machine, pedestal places on the operating surface, is a slab, and its upper surface is provided with the corresponding joint with the housing junction surface in junction surface, and its lower surface is provided with attrition surface and contacts with stayed surface.

Advantage of the present utility model:

One, allows different modes of operation by pedestal, optionally adopt active and passive operation mode according to the essence of operating condition for the operator.

Two, utilize clamping of U type and heating arrangements effectively to reach the purpose of even heating, improve the speed of conducting heat simultaneously.

Three, clamping of U type and heating arrangements are simplified, and make integral miniaturization become possibility.

Below in conjunction with Figure of description and embodiment, the utility model is further described.

Description of drawings:

Fig. 1 is the three-dimensional combination figure of one of the utility model embodiment;

Fig. 2 be Fig. 1 along the cross section view of Y direction to show main functional element;

Fig. 3 is the A-A cutaway view of Fig. 2;

Fig. 4 to Fig. 7 shows multi-form heat source configurations;

Fig. 8 a, 8b, 8c are second thermal source or the resiliency supported of Fig. 2 to Fig. 5;

Fig. 9 a, 9b are the application basic compositions that shows the PTC heater;

Figure 10 is the binder schematic diagram for the treatment of of the present utility model.

See also Fig. 1 to shown in Figure 3, preferred embodiment according to a kind of Hot gluing machine formation of the present utility model, its mainly be by housing 10 rough be rectangle aspect and can place grip on operator's palm, has slot part 15 for treating that binder slips over, and one first thermal source, 30 Tibetan are located in the housing, have a contact surface and the corresponding surface contact (X-Y plane as shown in Figure 1) for the treatment of binder, contact (Y-Z plane) with a pair of second thermal source 40 that extends laterally to provide with vertical surface for the treatment of binder, make win thermal source and second thermal source form two axial heating regions, help heat conducting carrying out fast and promote and treat the fusing of the built-in PUR of binder, that is treat that the relative linear movement between binder and thermal source can accelerate.Again, the utility model further comprises a pedestal 20, optionally be connected detachably with above-mentioned housing, with an embodiment, pedestal is located at another scope of freedom with respect to the slot part 15 of housing, make pedestal be downwards and can be positioned over, and the slot part of housing is upwards done linear displacement to accept to treat that binder slips on one's own initiative as the stayed surface on the desktop; Certainly, pedestal 20 also can be located at another surface that differs from slot part of housing and change the operation aspect, and this moment, pedestal must suitably be fixed in the application of force balance of desktop with balancing run.

By above discussion as can be known, first kind of embodiment mainly is to provide a kind of active mode for the treatment of binder with the utility model Hot gluing machine, utilize thermal source default in the housing to form the two axial or rough areas of heating surface that take the shape of the letter U, make and treat that binder passes through the housing slot part and contact, and axially doing linear displacement and reach the gummed purpose along what housing slot part 15 defined with U type surface essence; And second kind of embodiment mainly is to provide a kind of to treat that binder serves as initiatively the utility model Hot gluing machine to be done relative displacement, as previously defined Passive Mode, mainly utilize the one side that is positioned at slot part of pedestal support housing, make the area of heating surface of U type expose so that the operator will treat that the binder operation contacts and does relative displacement along the housing slot part with U type surface by housing section and reach the gummed purpose.Above-mentioned two kinds of different operator schemes jointly provide one evenly and fast thermal source help heat conducting transient state surface, reduce the time constant of its heat in other words, that is treat that binder and laminator relative motion of the present utility model can accelerate time response (response).Secondly, though the slot part of housing defines the maximum possible of the thickness for the treatment of binder, different advantages but is provided, for example the operator need not go to control chucking power and its chucking power (resiliency supported) can be provided by the spacing of corresponding of second thermal source, uses and reduces the possible fatigue of operator or the inequality of tension force; In addition, present embodiment also provides initiatively and passive operator scheme, and the operator can be according to the physical size for the treatment of binder, thickness for example, and the length of gummed is done suitable selection; What approach reduced size usually treats the binder situation to adopt passive mode preferable, and large-size is accustomed to than closing operation with active mode on the contrary.

See also Fig. 1 again to shown in Figure 3, more specifically, housing 10 can only be made up or utilize screw B locking and form by the direct card of two halves housing of symmetry, there is fastener R to be responsible in the housing with thermal source 30 card fastening positions, with an embodiment, thermal source also can be made rough being rectangle easily, and above-mentioned fastener is directly clamped when directly the mat housing is to the folder combination, also can utilize fastener to make and only have about shaped as frame locator card that matches with above-mentioned thermal source outer peripheral edges; Certainly other card fastening position also be feasible, and it is mainly in balancing run application of force location and support purpose, and while thermal source and fastener also can give suitable heat insulation, practises in this technology personage Ying Ke and changes easily and do not break away from its spiritual scope.Be convenient and discuss that the long axis direction of housing is defined as the direction of displacement for the treatment of binder, can know the zone of seeing the utility model U type thermal source and the relevant position of housing perpendicular to the cross section of long axis direction; Certainly, housing grips for the handled easily person or cooperates pedestal to place the active of desktop and passive operation pattern rectangle to have stable advantage; In fact, the size of housing and ratio, and external form and unrestricted.Housing 20 is along its long axis direction (y direction of principal axis), the longitudinal section sees to have formation slot part 15 between the first fork body 11 and the second fork body, 12, two fork bodies, slot part defines the path for the treatment of that binder passes through basically, and that housing is provided with junction surface 13 with respect to the other end of slot part is corresponding with pedestal 20; The two sides of housing grip for hand, but the hand arc that the compounding practice person grips is provided with slightly recessed grip part 14, treat the displacement control of binder to utilize laminator.

Secondly, first thermal source 30 and second thermal source 40 are discussed and the convenience of moulding can merely be made into integration to be rectangle approximately and cooperates the aspect of location in the housing as previously mentioned for convenient, it mainly provides and treats the thermo-contact of point, line or the face of binder, certainly with to treat that the binder face contacts more favourable.Thermal source can be a metal or other material that is easy to heat conduction is made, treat with it that simultaneously binder essence contact area keeps low friction in order to displacement, and reduce and treat may damaging or pollute of the full thing of glue surface, this point can be by requirement on machining accuracy, or even the process for treating surface of plating or coating (as Te Fulong) reach.For allowing binder enter smoothly and leaving thermal source, the two-phase corresponding end of this thermal source can be made chamfered with label 32 expressions.Again, with an embodiment, first thermal source can be provided by an electric heating unit 33, and electric heating unit has resistance or inductance and commercial electric heating power supply, for example, with the ceramic resistor of 10W or be called PTC (Positive Temperature Coefficient, below discuss and all represent with PTC), directly adopt because of convenient for production, other electric heating power supply can certainly adopt, do not influence discussion, should belong to spiritual scope of the present utility model; For example, having with gas is heat energy source, gas form commonly used such as lighter etc., and being used in commercial welding gun application examples all is to can be used for thermal source of the present utility model.

Though positive temperature coefficient ceramic resistance PTC can provide good thermal source, but still excellent contact must be had so that obtain heat transfer effect fast.PTC is basically by BaTiO ₃Semi-conducting material constitute, it is mainly used so-called curie point (curie point) characteristic and operates, its resistance increases fast when temperature arrives curie point, therefore can be used in the occasion of current limliting and temperature control, can adjust by the composition ratio as for curie point, relevant knowledge, characteristic are found in each dependent merchandise catalogue and textbook, repeat no more.

See also shown in Fig. 9 a, the 9b, show the application note of heater.The PTC of commercial offers has with the geometry of roudnel type and rectangle comparatively common, and is that example is done explanation with the rectangle.As shown in the figure, the operation of PTC must pass to a power supply, and typical application voltage is 110-240 VAC and 12-36VDC, and its curie point scope is 50 ℃ to 320 ℃, can adjust in 10 ohm cm to 10k ohm cm according to selection at normal temperature as for resistance value, as for shape and without particular limitation.At P, N the two poles of the earth add voltage source during application, and are added on the PTC through metal electrode T1, T2, whole again by wrapped with insulation with anticreep.Insulating materials must can be stood operating voltage and temperature, also provides multiple selection according to serviceability temperature and the commercial product of voltage withstand class, for example is good selection as materials such as Polyamide.

Different thermal source forms below is discussed, that is first and second integrally formed thermal source, the perhaps situation of a shared heater.See also shown in Figure 4, the PTC heat source configurations is with figure number 100 expressions, it is mainly by an aluminium alloy or other suitable metal extrusion modling, has cross section quite uniformly, also but less expensive ground produces simultaneously, certainly utilize die cast to allow complicated geometry, but its producing cost obviously can improve.

With present embodiment, can know to show that whole heat source configurations is the H form that the first half is represented to accept to treat passing through of binder that its action principle repeats no more with one with CP from its cross section; Lower Half forms the folder of PTC heater and establishes space 103, present embodiment provides an open combination, utilize H type Lower Half folder to establish the ccontaining PTC heater in space, and utilize pressing plate 104 to push down the PTC heater, and utilize screw 105 to pin so that a chucking power to be provided, can guarantee that so the heat energy that the PTC heater produces suitably is passed to whole heat source configurations.It is also unrestricted down to what deserves to be explained is that this example folder is established the opening in space, and the geometry of pressing plate also can change on demand, and number is also non-simultaneously is restriction.The structure of this kind opening form provides bigger design alternative elasticity during product development, allow the folder of the PTC heater of different size to establish, and also need not be confined to single supplier's specification limits after exploitation is finished simultaneously.

Next sees also Fig. 5 to shown in Figure 7, the closing form that the utility model thermal source is multi-form, and with figure number 200,300,400 expressions mainly also can be by aluminium alloy extruded moulding, and its suitable position, position are with relative numeral number.

The folder of sealing form is established the advantage that mode mainly provides quick production.At first, do explanation with Fig. 5, other form allows the clamping application of force of different directions, and application principle is identical in fact.Lower Half formation one sealing of heat source configurations is the folder of square type and establishes space 203, sidewall 204 indents that folder is established the space form structure than the weak position, allow the even application of force distortion of a symmetric force shown in the figure arrow, on the typical case deflection of reserving 0.01mm to 0.05mm, mainly in deflection and individual other machining characteristic of considering that material allows; Can produce a contraction distortion amount with isoplanar (cross section) vertical direction of present embodiment application of force direction places folder to establish PTC heater in the space 203 so that clamp.Generally speaking, clamping force provides with oil pressure can obtain the uniform application of force, and prevents may breaking of ptc material.

Fig. 6 points out similar formation, and sidewall 304 evaginations that its folder that do not coexist is established space 303 form the weak position of structure and allow the application of force of vertical direction, and shown in the arrow.This formation or force mechanism fixedly provide different selections in its application of force or the application of force, and in some occasion, for example side wall dimensions is less or constitute asymmetric inconvenience different solutions is provided fixedly the time.

Fig. 7 then provides application of force formation more easily, and its folder is established 403 rounded cross sections, space, and allows the vertical and horizontal direction application of force in the cross section.Certainly, preferably, this moment, the profile of inner PTC heater preferably also need cooperate its folder to establish the section morphology setting in space, and for example its metal electrode can be established the arc that space opposite position rounding becomes to match with folder at it.

Second thermal source 40 can be one-body molded or be connected separably, even is located away from first thermal source and forms a side direction clamping and a heating arrangements, and wherein heating arrangements can directly be quoted the discussion of front, and only clamping further specifies to side direction at this.With an embodiment, second thermal source can be a pair of plate body, the one end corresponds to each other and forms bigger permanent opening end 41,41 ', as Fig. 8 a, be about the maximum ga(u)ge for the treatment of that binder is allowed among the inlet of definition shown in the b D1, and other end free end 42,42 ' formation outlet D2 crooked and close to each other, because plate body tool elasticity, when treating binder, force the plate body to strut and form chucking power by inlet, this chucking power can be adjusted by the geometry and the size of plate, and the textbook of any mechanics of materials or mechanical organ design all has detailed design to consider and discussion, repeats no more.Again, second thermal source 40 with and line heat source one-body molded, its advantage is the heat conduction of directly mat first thermal source and obtain the heating function that heat energy provides side direction, helps to treat the even of the transient heating of binder or heat distribution, does not need additionally to provide heating element heater; Can provide the possibility of selecting for use of unlike material and connect separably, and then the advantage of shape, size, ratio even cost and the conversion combination possibility of design condition, for example coefficient of heat conduction, material stiffness, elasticity are provided.With a demonstration example, second thermal source can adopt the resiliency supported lamellar body, and mat screw 34 is locked in the working surface appropriate location of first thermal source, forms U-shaped cross section clamping and heating arrangements and define to support with this working surface and two-side elastic.

Particularly, see also again shown in Fig. 8 a, 8b, the 8c, the heat source configurations first half of the present utility model is treated the channel C P of compound, is the cell body of a square-section, reaches for the clamping for the treatment of binder that reaches different-thickness can utilize second thermal source or the shell fragment of a symmetry.The utility model discloses different shell fragment designs, mainly is the strain and the contact area that provide bigger.Shown in Fig. 8 c, shell fragment S is symmetrical curved arc, and camber S1 of portion is relative in the middle of it, preferably also can contact two free end S2 a little, S3 forms the locating slot 101,201,301 that the hook part is walked around the thermal source body and is positioned body, on 401, and by rivet R1, R2 is fixing respectively, so when treat binder along the arbitrary end admission passage of shell fragment CP according to the thickness for the treatment of binder and the shell fragment distortion, its deflection is fixing because of rivet, and shell fragment is strutted when making distortion be fulcrum with the rivet; So structure can increase the contact length for the treatment of binder thickness and shell fragment greatly, and shell fragment also allows bigger distortion simultaneously, that is channel C P allows thicker treat binder and mat contact length to increase the acceleration gummed operating time in the throat width of its definition.Certainly resiliency supported and heating also can substitute with different institutions equivalently, for example be supported in the lateral wall in U-shaped cross section with the spring of other form, or additionally set up other heat energy and all belong to modification of the present utility model for second thermal source etc., also should be interpreted as spiritual scope of the present utility model.

Generally speaking the utility model discloses the multi-form of thermal source, this moment, aforesaid second thermal source 40 was to be located at the slot part 15 that the working surface 31 of first thermal source 30 is offered, and was supported and was formed preceding described U type clamping and heating arrangements by the short projection 111,112 in the both sides of slot part.What deserves to be mentioned is, the heated perimeter that the U type zone of the second thermal source elastic plate body of clamping and heating arrangements and the working surface of first thermal source 31 definition approximately slightly is size with throat width D1 and the depth D 3 of openend rough with the PUR zone for the treatment of the binder inner edge quite, the fusing that so helps PUR is even with temperature of solidifying response thermal source fast and heat energy distribution.

Next pedestal 20 allows different displacement modes of the present utility model, forms this moment to treat that binder does linear movement to the utility model Hot gluing machine on one's own initiative.With a demonstration example, pedestal can be a thick plate-like, its upper surface is provided with junction surface 22 and aforesaid housing junction surface 13 corresponding and joints, for the easily manufactured tight or interference fits of cylinder and circular hole that adopts also can adopt loose fit, but has local tight fit so that card ends slightly; Lower surface then is provided with attrition surface 21, typically, can be provided by material or processing, and for example use elastomeric material to coat or clamp a rubber grommet, the contour frictional resistance material of sheet and reach preventing that operation from may slide, and the application of force of absorption or buffer operation.Certainly for saving cost, it is integrally moulded that whole pedestal utilizes, and attrition surface to utilize structural lines to reach also be very feasible.

As for mode of operation of the present utility model further mat Figure 10 obtain understanding.Treat that binder mainly is is that a cardboard creasing forms by strip of paper used for sealing C, bent type is the thickness of 0.3mm, the strip of paper used for sealing inboard is preset with hot melt adhesive layer G, and it is that its temperature of a kind of thermosetting plastic can change via physics or chemical method that typical hot melt gelatinization temperature is about about 100.Desire is connected quires layer P solidifies after can and allowing it infiltrate quires layer with hot melt adhesive layer G fusing with strip of paper used for sealing C.Change quires layer P number or promote sticking strength and be generally, the coating of hot melt adhesive layer is the form of U type, and the utility model just can effectively provide the heating purposes of this U type hot melt adhesive layer.

Main form of the present utility model has defined initiatively and passive mode as previously mentioned, according to operator's custom or treat the essence of binder, the path that allows to select to define with the slot part 15 that is initiatively placed the housing 10 on the desktop pedestal by binder is by clamping of U type and heating arrangement by first and second thermal source 30,40, then melt and infiltrate the quires layer when met heat by the hot melt adhesive layer in the binder, then solidify and reach the gummed purpose when left thermal source by binder.Relatively, also can select hand to grip housing, make Hot gluing machine of the present utility model, make with clamping of aforesaid U type and heating arrangement and treat that the binder corresponding region is heated and the purpose that reaches gummed being moved by binder.

In sum, the utility model solved effectively aforementioned application not desirable to the greatest extent may use shortcoming, the functional structure of multinomial initiative is provided simultaneously, should be meet every legal every requirement, utility application is proposed in accordance with the law.

Claims (19)

1, a kind of Hot gluing machine can grip for hand, and the binder for the treatment of that is used for the inboard is preset with PUR adds hot adhesion, and it comprises housing and clamping and heating arrangements, it is characterized in that:

Housing roughly is rectangle aspect and can places operator's hand to grip, and offers groove on it, defines and allows the above-mentioned motion path for the treatment of that binder passes through;

And clamping and heating arrangements, the Tibetan is located in the above-mentioned housing, so that to the above-mentioned binder heating and the even application of force treated, have the motion path bottom that first thermal source is located at this groove definition, and the both sides that a pair of second thermal source is located at this groove are located at the above-mentioned inboard PUR place that treats binder relatively.

2, Hot gluing machine as claimed in claim 1 is characterized in that: further comprise:

One pedestal places on the operating surface, and its upper surface is connected with the some that housing is different from groove, and lower surface contacts with stayed surface.

3, Hot gluing machine as claimed in claim 1 is characterized in that: second thermal source is for being connected with first thermal source separably.

4, Hot gluing machine as claimed in claim 1 or 2 is characterized in that: second thermal source is by the heat energy heating that is independent of first thermal source.

5, Hot gluing machine as claimed in claim 1 or 2, it is characterized in that: second thermal source toward each other, wherein an end is provided with and accepts the above-mentioned arrival end for the treatment of the binder motion path, the other end is provided with the above-mentioned binder for the treatment of and leaves the port of export of motion path, and the spacing of arrival end is greater than the spacing of the port of export, make above-mentioned treat binder by the time be able to suitable resilient clamp.

6, Hot gluing machine as claimed in claim 1 or 2 is characterized in that: housing is by forming to being divided into two symmetrical half shell portions along a geometrical axis.

7, Hot gluing machine as claimed in claim 1 or 2 is characterized in that: second thermal source is symmetrical curved arc shape shell fragment, the corresponding and slight contact of curved portions in the middle of it, and location, the thermal source body outside is walked around in two free ends formation hook part.

8, Hot gluing machine as claimed in claim 2 is characterized in that: the lower surface of pedestal is the surface with high coefficient of friction.

9, Hot gluing machine as claimed in claim 2 is characterized in that: at least one part of the lower surface of pedestal is arranged with buffer element.

10, Hot gluing machine as claimed in claim 9 is characterized in that: buffer element is valve rubber or ring.

11, Hot gluing machine as claimed in claim 1 or 2 is characterized in that: its heat energy source of first thermal source is an electric energy.

12, Hot gluing machine as claimed in claim 11 is characterized in that: electric heating is to be provided by thermal resistance.

13, Hot gluing machine as claimed in claim 1 or 2 is characterized in that: its heat energy source of first thermal source is a gas.

14, Hot gluing machine as claimed in claim 12, it is characterized in that: the thermal source body is with respect to the motion path of groove definition, be provided with an open accommodation space with a ccontaining PTC heater, and the space opening end face of a pressing plate and this opening is relative and seal this accommodation space.

15, Hot gluing machine as claimed in claim 12 is characterized in that: the thermal source body is provided with a space of sealing with a ccontaining PTC heater with respect to the slot part motion path, and allows the stressed generation distortion of its enclosure space with this heater of clamping.

16, Hot gluing machine as claimed in claim 15 is characterized in that: the enclosure space cross section is rectangular.

17, Hot gluing machine as claimed in claim 15 is characterized in that: the enclosure space cross section is rounded.

18, Hot gluing machine as claimed in claim 1 is characterized in that:

Housing, roughly be rectangle aspect and can place operator's palm to grip, but it is formed by be divided into two how much symmetrical half housings along long axis direction, and have the first fork body and the second fork body, form slot part between two fork bodies, slot part is provided with along above-mentioned long axis direction for treating the displacement path that gummed portion passes through;

Be located at housing interior clamping and heating arrangements and hide, first thermal source with the easy heat conduction block that is rectangle approximately, and provide heat energy by thermal resistance, be located at slot part displacement path bottom, second thermal source of a pair of elastic plate sheet is located at the two sides of groove with respect to the inboard PUR place that treats binder, the one end corresponds to each other and is connected to form bigger permanent opening end with first thermal source separably, and the other end forms the formation outlet crooked and close to each other of inlet free end.

19, Hot gluing machine as claimed in claim 2 is characterized in that:

Pedestal places on the operating surface, is a slab, and its upper surface is provided with the corresponding joint with the housing junction surface in junction surface, and its lower surface is provided with attrition surface and contacts with stayed surface.

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