CN102463804B - Thin film transfer device with push button locking function - Google Patents

Abstract

The invention relates to a thin film transfer device with a push button locking function. In the thin film transfer device, an extending opening is formed at one end of a body; a movable channel is arranged on one lateral surface of the thin film transfer device; two groups of positioning grooves are respectively arranged at two sides of the movable channel; a movable assembly is accommodated inside the body; positioning elastic members which can be selectively clamped in one group of positioning grooves are arranged inside the body; the movable assembly is linked with a core band assembly accommodated inside the body; the core band assembly is provided with a sticking head corresponding to the extending opening; and a push button which can be slidably arranged on the movable channel is arranged on the core band assembly and is linked to the movable assembly so as to push and support a positioning part to selectively exit or be clamped in one group of positioning grooves.

Description

The Thin film dispenser of tool push button locking

Technical field

The present invention relates to a kind of stationery, particularly relate to and a kind ofly control with push button the Thin film dispenser that the application head of core ribbon assembly is stretched out or tool push button take in housing locks.

Background technology

Existing integrated correction tape mechanism can utilize driven mode to control the application head revised in core ribbon stretch out or hide into housing, for user in order to place wrong in overlay file and person easy to use corrects this mistake, as TW discloses shown in No. 200720109 " coating film transfer tool " application for a patent for invention case (hereinafter referred to as bibliography one), be a kind of structure controlling application head with driven mode, please refer to Figure 29 and Figure 30, bibliography one has a core ribbon assembly 51 at housing 50 accommodated inside, a this housing 50 wherein side is formed with a microscler sliding ditch 53 of guiding, a storage holding recess 530 is arranged with respectively in opposite directions in the sliding two opposite sides, ditch 53 rear end of this guiding, a release holding recess 531 is arranged with respectively in opposite directions in interlude two opposite sides, on the sliding ditch 53 of guiding of this housing 50, wear one again can along the push button 54 of sliding ditch 53 slide anteroposterior of guiding, and be connected to core ribbon assembly 51 with this push button 54, core ribbon assembly 51 can be moved along with push button 54, this push button 54 is the flexible positioning piece 540 of horizontal V-shaped or Y-shaped further at inner face sheathed, correspondence is placed in the sliding ditch 53 of guiding, along with user promotes push button 54 slip forward or backward, somewhat is elastomeric respectively the both ends of flexible positioning piece 540 leans at release holding recess 531 or storage holding recess 530, thus, application head in order to control core ribbon assembly 51 is stretched out or is taken in housing 50.

But, as as described in bibliography one, wherein push button 54 is only with the elastomeric characteristic of flexible positioning piece 540 somewhat, make flexible positioning piece 540 both ends of V-shaped or Y-shaped slide in guiding ditch 53 pressurized, due to forward with when promoting push button 54 backward, the direction of flexible positioning piece 540 both ends pressurized is different from power, therefore easily cause the strength of push button 54 movement unequal, slip has some setbacks, in addition, when push button 54 interlock core ribbon assembly 51 moves forward or backward, owing to being utilize flexible positioning piece 540 to slide into both ends to correspond respectively to and release holding recess 531 or storage holding recess 530, and be placed in recess 530 to both sides ejecting card, in 531, therefore, core ribbon assembly 51 only reaches locating effect by feat of the end of flexible positioning piece 540, the locating effect of not only fixing a point to lock is not good, the application head of core ribbon assembly 51 is stretched out in the process of rear pressurized traction correction tape, also easily cause flexible positioning piece 540 two ends to be ejected and release holding recess 531, and to make in application head in the middle of retraction housing, use causes suitable puzzlement.

Moreover, there is the artificial practicality improving correction tape, an eraser can be set separately on existing integrated correction tape mechanism, as TW No. M323995 " dual-purpose correction tape " new patent case (hereinafter referred to as bibliography two), wherein bibliography two is bodies eraser being fixedly embedded at correction tape in close-fitting mode, please refer to Figure 31, bibliography two arranges a storage tank 61 in correction tape body 60 rear end, in storage tank 61, again one eraser 62 is set in flush fit mode, and be sheathed on correction tape body 60 rear end separably with a lid 63, carry out cover cap eraser 62 stained to prevent, in use, stationery reversion is then only needed to get final product direct wiping, the inconvenience that pencil and eraser 62 are alternately taken can be reduced, eraser 62 also can be made not easily to drop loss simultaneously.

But, eraser 62 due to bibliography two is fixedly arranged on body 60 in flush fit mode, therefore, easily eraser 62 is caused to depart from body 60 because of the distortion of eraser 62 when wiping, fixed effect is not good, and the eraser 62 be fixedly arranged on body 60 cannot adjust wiping length, more cannot select to hide into or stretch out in body 60, the flexibility ratio used is limited, add when eraser 62 is used up or damaged, eraser 62 is also not easy to extract the eraser 62 that body 60 more renews, the part therefore existing structure still haves much room for improvement.

Summary of the invention

The shift action promoting core ribbon assembly with push button due to existing integrated correction tape mechanism has some setbacks, and fastening structure undercapacity when application head is stretched out or takes in housing, and cause the poor effect of fixed point locking, in addition, integrated correction tape mechanism rear end arranges eraser in flush fit mode, the overhang with eraser cannot adjust, clamping effect is not good, not easily change ... etc. defect, therefore, for solving aforesaid problem, the invention provides a kind of push button can the Thin film dispenser that locks with the tool push button of really locating of smooth-going movement, its design easily can adjust application head and stretches out or take in housing, more can have adjustable overhang and the eraser fixing device be convenient for changing simultaneously.

For achieving the above object, the invention provides the Thin film dispenser of a kind of tool push button locking, it includes: a body, be formed with one in one end of this body and stretch out opening, and a movable passageway is provided with on a side of this body, in this movable passageway, two opposite side walls is formed respectively at intervals and organizes positioning groove more; One moving assembly being placed in this body interior; The one positioning elastic part being linked in moving assembly, this positioning elastic part is formed with a location division, and this location division is to move through hole direction arrange perpendicular to this, and is selectively correspondingly placed in wherein one group of this positioning groove of this movable passageway; One is contained in this body interior and is linked in the core ribbon assembly of this moving assembly, core ribbon assembly is provided with one and corresponds to the application head that this stretches out opening; And one this movable passageway being slidably disposed in this body is linked in the push button of this moving assembly, this corresponding group positioning groove is exited in this location division that this push button selectively pushes against this positioning elastic part, this moving assembly can be moved relative to this body, this push button is formed with a space in inner face, this location division of corresponding this positioning elastic part accommodating in this space.

By above-mentioned technical scheme, the integrated correction tape mechanism of tool push button lock function of the present invention provides the application head of core ribbon assembly to have function that is extended or income body, even if when application head stretches out the traction of body pressurized, also can have stable fixed point locking effect, and can not in retraction body, in use quite stable with smoothly, it also can be simultaneously Detachable by body design, so when correction tape is used up, also body can be taken apart and again install new core ribbon assembly, can use be renewed.

Accompanying drawing explanation

Fig. 1 is the stereoscopic figure of first embodiment of the invention.

Fig. 2 is the exploded partial perspective view of first embodiment of the invention.

Fig. 3 is the partial enlargement exploded perspective view of first embodiment of the invention.

Fig. 4 is the close-up plan view that the location division of first embodiment of the invention positioning elastic part is placed in the second positioning groove state.

Fig. 5 is the enlarged fragmentary cross section that the location division of first embodiment of the invention positioning elastic part is placed in the second positioning groove state.

Fig. 6 is the enlarged fragmentary cross section that the second positioning groove state is exited in location division that first embodiment of the invention pushes away the second pushing block compressing positioning elastic part turned round.

Fig. 7 is the enlarged fragmentary cross section that the location division of first embodiment of the invention positioning elastic part is placed in the first positioning groove state.

Fig. 8 is the close-up plan view that the location division of first embodiment of the invention positioning elastic part is placed in the first positioning groove state.

Fig. 9 is the exploded perspective view of another example of first embodiment of the invention.

Figure 10 is the enlarged fragmentary cross section that the location division of another example positioning elastic part of first embodiment of the invention is placed in the second positioning groove state.

Figure 11 is the enlarged fragmentary cross section that the second positioning groove state is exited in location division that another example of first embodiment of the invention pushes away the second pushing block compressing positioning elastic part turned round.

Figure 12 is the enlarged fragmentary cross section that the location division of another example positioning elastic part of first embodiment of the invention is placed in the first positioning groove state.

Figure 13 is the partial enlargement exploded perspective view of first embodiment of the invention anchor fitting.

Figure 14 is the enlarged fragmentary cross section of first embodiment of the invention anchor fitting clamping eraser state.

Figure 15 is the partial enlargement exploded perspective view of second embodiment of the invention anchor fitting.

Figure 16 is the enlarged fragmentary cross section of second embodiment of the invention anchor fitting clamping eraser state.

Figure 17 second embodiment of the invention anchor fitting changes the enlarged fragmentary cross section of eraser state.

Figure 18 is the partial enlargement exploded perspective view of third embodiment of the invention anchor fitting.

Figure 19 is the enlarged fragmentary cross section of third embodiment of the invention anchor fitting clamping eraser state.

Figure 20 is the enlarged fragmentary cross section that third embodiment of the invention anchor fitting releases eraser state.

Figure 21 is the amagnified partial perspective exploded drawings of fourth embodiment of the invention anchor fitting.

Figure 22 is the stereoscopic figure of fifth embodiment of the invention.

Figure 23 is the exploded perspective view of fifth embodiment of the invention.

Figure 24 is the enlarged fragmentary cross section that the location division of fifth embodiment of the invention convolution push piece is placed in the second positioning groove state.

Figure 25 is the side plan view of fifth embodiment of the invention.

Figure 26 is that fifth embodiment of the invention convolution push piece pushes away and turns round pressurized and make location division exit the enlarged fragmentary cross section of the second positioning groove state.

Figure 27 is the enlarged fragmentary cross section that the location division of fifth embodiment of the invention convolution push piece is placed in the first positioning groove state.

Figure 28 is the enlarged fragmentary cross section that the location division of fifth embodiment of the invention convolution push piece is placed in the 3rd positioning groove state.

Figure 29 is the application head income of existing bibliography one core ribbon assembly and the action schematic diagram of release housing.

Figure 30 is that the flexible positioning piece of existing bibliography one push button moves to from storage holding recess the action schematic diagram releasing holding recess.

Figure 31 is eraser is fixed on integrated correction tape mechanism by existing bibliography two sectional perspective exploded drawings in close-fitting mode.

Detailed description of the invention

The present invention relates to the Thin film dispenser of a kind of tool push button locking, be the kenel that adjustable application head is stretched out or taken in order to provide the core ribbon assembly installed in body, Thin film dispenser of the present invention can be a correction tape or adhesive band etc., wherein allly can namely the device in film transcription to desired location be included among category of the present invention, the present invention separately has adjustable elongation and the eraser fixing device being convenient for changing eraser, reach and have the dual-purpose practical characteristic of one concurrently, the invention provides multiple embodiment to be described, its detailed construction illustrate as after.

Please refer to Fig. 1 to Fig. 3, the first embodiment of the present invention, it includes body 10, anchor fitting 20 and a lid 30.

This body 10 can in microscler and be at one end formed with one and stretch out opening 11, and include movable passageway 12, moving assembly 13, core ribbon assembly 14 and a push button 15, wherein, this movable passageway 12 is formed on a wherein side of body 10 in microscler perforation, another one end of closely stretching out opening 11 in body 10 movable passageway 12 is formed with one first positioning groove 120, differ from the another end of stretching out opening 11 and be then formed with one second positioning groove 121, and each positioning groove 120,121 is respectively recessed in opposite directions in movable passageway 12 in two opposite side walls.

Preferably, this body 10 can be formed by two corresponding mutual fits of half housing, the body 10 of the present embodiment includes first half shell 101 and a later half shell 102, wherein, this first half shell 101 one end forms this and stretches out opening 11, another end then forms fit opening, and a side forms a mounting hole 103 wherein, and first half shell 101 around mounting hole 103 is formed with a bearing and leaning portion 104; One end of this later half shell 102 is inserted in the fit opening of this first half shell 101, and formation one fit portion 105 correspondence is bearing in this bearing and leaning portion 104 of this first half shell 101, the side of corresponding mounting hole 103 is then formed this movable passageway 12, body 10 of the present invention also can be in up and down or the combining form of left and right half shell in addition, as long as body 10 is in separable shape, the present invention does not limit the form of body 10, quantity and combination.

Please coordinate referring to Fig. 4 and Fig. 5 more simultaneously, this moving assembly 13 can be placed in this body 10 in long plate shape inner, and include embeded slot 130, cross-perforating 131, long straight perforation 132, location elastic component 133,1 first side plate 134,1 second side plate 135, two guiding side plate 136 and a core ribbon sleeve column 137, wherein, this embeded slot 130 is located on the side of this moving assembly 13, and corresponding to this movable passageway 12, this embeded slot 130 is microscler and long axis direction along this moving assembly 13 is arranged; This cross-perforating 131 is arranged at embeded slot 130 bottom surface and runs through on this moving assembly 13, and cross-perforating 131 be shorter in length than embeded slot 130, and a support portion 1301 can be formed with respectively at embeded slot 130 two ends; This long straight perforation 132 is arranged on this moving assembly 13 with this cross-perforating 131 direction vertical, and be communicated in this cross-perforating 131 and this embeded slot 130.

This positioning elastic part 133 is in microscler lamellar body, to be placed in this embeded slot 130 through this cross-perforating 131 with this long straight perforation 132 mode, and include location division 138 and two fitting portions 139, wherein, this location division 138 straight shell fragment of length in convex arc shaped, this location division 138 is to arrange perpendicular to mobile through hole 12 direction, and selectively correspondence is placed in the first positioning groove 120 or the second positioning groove 121; Fitting portion 139 is formed at the relative both sides of location division 138 respectively, and is supported on the support portion 1301 at embeded slot 130 two ends.

This first side plate 134 protrudes respectively with this second side plate 135 and is formed on this moving assembly 13, and correspondence is placed in movable passageway 12, this biside plate 134,135 lays respectively at the both sides of this positioning elastic part 133 location division 138, what this first side plate 134 was positioned at nearly body 10 again stretches out opening 11 place, this second side plate 135 be positioned at differ from body 10 stretch out opening 11 place.

This two guidings side plate 136 is connected in end face and the bottom surface of the first side plate 134 and the second side plate 135 respectively, and this two guidings side plate 136 is respectively being recessed into the recess 1361 forming correspondence mutually towards the side of embeded slot 130, in order to the location division 138 of accommodating positioning elastic part 133; This core ribbon sleeve column 137 is formed on this moving assembly 13 and differs from towards the side front end of movable passageway 12.

On the core ribbon sleeve column 137 that this core ribbon assembly 14 is alternatively sheathed on this moving assembly 13 and to be placed in body 10 inner, and include that an application head 140 corresponds to body 10 stretch out out 11, wherein, the substitute mode of this core ribbon assembly 14 is after being separated with later half shell 102 by the first half shell 101 of body 10, take off the core ribbon assembly 14 on moving assembly 13, again new core ribbon assembly 14 is sheathed on the core ribbon sleeve column 137 of moving assembly 13, again moving assembly 13 is inserted in first half shell 101 together with later half shell 102, makes together with first half shell 101 is linked in later half shell 102.

This push button 15 is slidably disposed on the movable passageway 12 of body 10, and be linked in moving assembly 13, this push button 15 inner face protrudes and is formed with one first pushing block 150 and one second pushing block 151, being each passed through movable passageway 12 is placed between the first side plate 134 and the second side plate 135, two pushing blocks 150,151 form dip plane, to surround the location division 138 of the corresponding accommodating positioning elastic part 133 of an elastic component tank 152 in opposite sides respectively.

When the application head 140 of core ribbon assembly 14 is in when being accommodated in the state of body 10, on moving assembly 13, the location division 138 of positioning elastic part 133 is that correspondence is placed in the second positioning groove 121, when needs use this Thin film dispenser, referring again to Fig. 6 to Fig. 8, stir push button 15 along movable passageway 12 to move towards the first positioning groove 120 direction, second pushing block 151 of push button 15 just can move the location division 138 of oppressing positioning elastic part 133 and slightly flexibly exit the second positioning groove 121, the first pushing block 150 and the first side plate 134 can be made at the same time to lean, and allow push button 15 drive moving assembly 13 to move towards the direction of stretching out opening 11 in the lump together with core ribbon assembly 14, until the application head 140 of core ribbon assembly 14 stretch out body 10 stretch out opening 11 after, on moving assembly 13, the location division 138 of positioning elastic part 133 is corresponding and rebound and be placed in the first positioning groove 120, corresponding rebounding is placed in the elastic component tank 152 of push button 15 simultaneously, namely the action releasing core ribbon assembly 14 application head 140 is completed.

When not using this Thin film dispenser, stir push button 15 along movable passageway 12 to move towards the second positioning groove 121 direction, first pushing block 150 of push button 15 just can move the location division 138 of oppressing positioning elastic part 133 and slightly flexibly exit the first positioning groove 120, the second pushing block 151 and the second side plate 135 can be made at the same time to lean, and allow push button 15 drive moving assembly 13 to move towards differing from the direction of stretching out opening 11 in the lump together with core ribbon assembly 14, after the application head 140 of core ribbon assembly 14 takes in body 10, on moving assembly 13, the location division 138 of positioning elastic part 133 is corresponding and rebound and be placed in the second positioning groove 121, corresponding rebounding is placed in the elastic component tank 152 of push button 15 simultaneously, namely the action of income core ribbon assembly 14 application head 140 is completed.

Because positioning elastic part 133 is fixedly embedded on moving assembly 13, and in the first positioning groove 120 being placed in body 10 or the second positioning groove 121, therefore, form firm fixed point lock solid structure, even if application head 140 stretches out the traction of rear pressurized, still can maintain application head 140 in the state of stretching out, and application head 140 can not be caused to slide and body 10 of at random retracting, the stability that Thin film dispenser uses can be improved.

By aforesaid structure and manner of execution known, the invention provides the function of the extended or income body 10 of the application head 140 of core ribbon assembly 14, even and if application head 140 stretch out body 10 pressurized traction time, also stable fixed point locking effect can be had, and can not inside contract, use on quite stable with smoothly, simultaneously when correction tape is used up, also body 10 can be taken apart and again install new core ribbon assembly 14, can use be renewed.

In addition, please refer to Fig. 9, the moving assembly 13A that first embodiment can be provided with another kenel further arranges in pairs or groups a push button 15A, and wherein the structure of this moving assembly 13A includes an embeded slot 130A identical with above-mentioned moving assembly 13, a cross-perforating 131A, a long straight perforation 132A, locates elastic component 133A and a core ribbon sleeve column 137A.

Another this moving assembly 13A is provided with two support bodys, this two support body takes shape in the 138A both sides, location division of this positioning elastic part 133A respectively, each support body is in corresponding up and down by two, the frame plate composition of configured in parallel, and this two frame plate is the side of moving through hole 12 towards this by this moving assembly 13A extends, each support body frame plate inner face differ from the sidepiece of location division 138A is convexly equipped with a L-type against flange, wherein be positioned near this to stretch out opening 11 end and be defined as the first support body 134A, first frame plate and first is against flange 1341A, differ from this to stretch out opening 11 end and be then defined as the second support body 135A, second frame plate and second is against flange 1351A.

Because the first support body 134A and the second support body 135A are made up of up and down corresponding and the first frame plate of configured in parallel and the second frame plate respectively, therefore this positioning elastic part 133A can directly by the frame plate of the first support body 134A and the second support body 135A, and be placed on embeded slot 130A, this cross-perforating 131A is pressed through without the need to passing through, can facilitate and promptly complete installation, guarantee that this positioning elastic part 133A maintains original shape simultaneously.

This push button 15A is slidably disposed on the movable passageway 12 of body 10, and be linked in moving assembly 13A, this push button 15A inner face protrudes the one first pushing block 150A and the one second pushing block 151A that are formed through movable passageway 12, and this first pushing block 150A is placed between two first frame plates of this first support body 134A, and slidably to being resisted against this first against flange 1341A; This second pushing block 151A is placed between two second frame plates of this second support body 135A, and slidably to being resisted against this second against flange 1351A, again, two pushing block 150A, 151A form dip plane in opposite sides respectively, to surround the location division 138A of corresponding accommodating this positioning elastic part 133A of an elastic component tank 152A.

Please refer to Figure 10 to Figure 12, the occupation mode of another example of the first embodiment is roughly the same with the action of above-mentioned first embodiment, but when push button 15A moves towards the first positioning groove 120 direction, first pushing block 150A slip is resisted against first of the first support body 134A and carrys out this moving assembly of driven forward 13A against flange 1341A, and when push button 15A moves towards the second positioning groove 121 direction, second pushing block 151A slip is resisted against second of the second support body 135A against on flange 1351A, promotes this moving assembly 13A backward.

Please refer to Figure 13 and Figure 14, this body 10 forms storage tank 16 and an accommodating opening in another end, this storage tank 16 of the present embodiment is formed on later half shell 102 with this accommodating opening, this body 10 is formed with a clamping part 17 in this storage tank 16, this clamping part 17 is on the two-phase inner surface sides of storage tank 16 the inner differing from this accommodating opening, it is preferred that this clamping part 17 buckle slot that to be two compositions right is recessed on the two-phase inner surface sides of this storage tank 16 the inner respectively.

This anchor fitting 20 can be the rectangular box of hollow, be removable installed on this body 10, and include an opening, one holding part 21, one stop edge 22 and a guiding part 23, wherein, this opening takes shape in the outer end of this anchor fitting 20 relative to this body 10, this holding part 21 is can the mode of extracting out be inserted in the storage tank 16 of body 10, and be defined as outer end in the side of nearly opening, the another side differing from opening is defined as the inner, and laterally to cut open respectively at two opposite side walls interlude and establish one elasticity profile groove 210, holding part 21 is made to be distinguished into two relative clamping half frames, two clamping half frame somewhat are made to have the elasticity remaining inwardly concentrated, two clamping half frames are formed with a fastening part 211 respectively at the lateral surface place of the inner, correspondence is placed in the clamping part 17 on body 10, depart from body 10 in order to prevent anchor fitting 20, preferably, this fastening part 211 is the lateral surface that paired locating point is convexly equipped in two clamping half frame the inners respectively.

An elastic arm 212 is formed at the central portion of clamping half frame respectively on two clamping half frames of holding part 21, each elastic arm 212 one end is integrally connected on the inner of clamping half frame, another end then extends and side direction protrusion formation one packing protuberance 213 towards the outer extreme direction of holding part 21, and this packing protuberance 213 is against by the medial surface pushing away storage tank 16 on this body 10, cause each elastic arm 212 to omit elasticity and stretch into holding part 21 inside, to form the fixed sturcture that Absorbable organic halogens clamps an eraser 40.

This stop edge 22 can rectangular architrave around the outer end being formed at holding part 21, and be resisted against the accommodating opening part of storage tank 16 on body 10.

This guiding part 23 rectangular framework can be formed at the outer end of holding part 21, and extended laterally by stop edge 22, cause between the opening of eraser fixing device 20 and holding part 21 and form a bit of distance, contribute to yielding rubber and wipe 40 drastic deformation produced when wiping, depart from this holding part 21 to prevent eraser 40 or cause breakage because of drastic deformation.

This lid 30 is arranged at one end that body 10 is provided with anchor fitting 20 in a detachable manner, and is sheathed on complete covering anchor fitting 20 on stopper edge 22, effectively can protect and prevent eraser 40 stained.

In use, first anchor fitting 20 is extracted out from body 10, and after the eraser 40 of long strip type is inserted in anchor fitting 20, again anchor fitting 20 is inserted in the storage tank 16 of body 10 together with eraser 40 in the lump, now, packing protuberance 213 due to two opposite sides is subject to the pushing and pressing of body 10, and make the elastic arm 212 of both sides inwardly concentrate the inner of clamping eraser 40, reach stable fixing effect, the interlude of eraser 40 is then accommodating and be resisted against guiding part 23, the outer end of eraser 40 is slightly stretched out guiding part 23 and is formed cleaning and polishing end, thus when eraser 40 is when carrying out wiping, the guiding part 23 of anchor fitting 20 has the effect preventing eraser 40 from departing from holding part 21 because of stress deformation, and the effect of buffering drastic deformation.

In addition, when the curtailment that eraser 40 stretches out, breakage or when needing to change, anchor fitting 20 can be extracted out from the storage tank 16 of body 10, and according to demand and the custom of user, the elongation that adjustment eraser 40 stretches out, or after the eraser 40 directly more renewed, then eraser 40 is planted back in the storage tank 16 of body 10 together with anchor fitting 20 in the lump, simple, conveniently can adjust rapidly again or change eraser 40.

Please refer to Figure 15 to Figure 17, the second embodiment of the present invention, it includes a body 10A, an anchor fitting 20A and a lid 30A.

The structure of this body 10A is roughly identical with the first embodiment, but the clamping part 17A being formed at storage tank 16A two-phase inner surface sides is the hook shape lamellar body extended towards storage tank 16A the inner.

This anchor fitting 20A can be the rectangular box of hollow, and include an a holding part 21A and guiding part 23A, wherein, holding part 21A is can the mode of extracting out be inserted in the storage tank 16A of body 10A, and include two corresponding holding pieces, two holding pieces extend to form one pushing and pressing edge 210A respectively in opposite directions in the inner, in order to push the inner with backstop eraser 40, contribute to against release eraser 40, separately be formed with a fastening part 211A in two holding pieces respectively in middle section, correspondence is placed on the clamping part 17A of body 10A, during in order to prevent from loading eraser, anchor fitting 20A is towards the free slippage in body 10A direction, preferably, this fastening part 211A is two compositions, and right locating point is convexly equipped in the both sides of holding piece interlude respectively.

Two holding pieces are formed with respectively an elastic arm 212A, each elastic arm 212A the inner is integrally connected to holding piece, and the block 214A forming transverse direction is together protruded towards side, the outer end then side direction protrusion formation one packing protuberance 213A of each elastic arm 212A, and packing protuberance 213A is against by the inner face pushing away storage tank 16A or clamping part 17A on body 10A, cause each elastic arm 212A to omit elasticity and stretch into holding part 21A inside, to form the fixed sturcture of Absorbable organic halogens clamping eraser 40.

This guiding part 23A rectangular framework can be formed at holding part 21A outer end, and be arranged at the accommodating opening part of storage tank 16A of body 10A, and extend laterally, and cause between the opening of anchor fitting 20A and holding part 21A and form a bit of distance, yielding rubber can be contributed to and wipe 40 drastic deformation produced when wiping, and prevent eraser 40 from departing from holding part 21A or causing breakage because of drastic deformation.

This lid 30A is arranged at one end that body 10A is provided with anchor fitting 20A in a detachable manner, and is sheathed on complete covering anchor fitting 20A on guiding part 23A, can effectively protect and prevent eraser 40 stained.

The occupation mode of the second embodiment of the present invention is roughly identical with the first embodiment, but the mode of adjustment or replacing eraser 40 is slightly different, and it illustrates as rear:

When the curtailment that eraser 40 stretches out, damaged or when needing to change, first slightly force is placed on the clamping part 17A of body 10A by a bit of for anchor fitting 20A extraction to the block 214A on elastic arm 212A is corresponding, body 10A is departed to prevent anchor fitting 20A, with limit clamping part 17A between block 214 and fastening part 211A, anchor fitting 20A can be avoided at random to slide, now, because the packing protuberance 213A on holding piece has exited body 10A, therefore, packing protuberance 213A forms the state without being resisted against clamping part 17A inner face, then upper two holding pieces of holding part 21A inwardly clamp the elastic force disappearance of eraser 40, easily can adjust the elongation of eraser 40, or the eraser 40 directly more renewed, treat that eraser 40 has been changed or after elongation adjusted, again anchor fitting 20A is pushed in the storage tank 16A of body 10A, fastening part 211A is made again fixedly to be placed in the clamping part 17A of body 10A, the step of adjustment and replacing eraser 40 can be completed.

Please refer to Figure 18 to Figure 20, the third embodiment of the present invention is the Thin film dispenser with dismountable rotary eraser fixing device, and it includes a body 10B, an anchor fitting 20B and a lid 30B.

The structure of this body 10B can be identical with the first embodiment, do not repeat them here.

This anchor fitting 20B removably plugs and is incorporated in the storage tank 16B of body 10B, and include an outer frame body 21B, one stop edge 22B, one conduit 23B, an one pushing block 24B and rotary head 25B, wherein, outer frame body 21B is can the mode of extracting out be inserted in the storage tank 16B of body 10B, and establish one elasticity profile groove 210B horizontal the cuing open of interlude, outer frame body 21B is made to be distinguished into two half relative frames, the inner somewhat of two halves frame is made to have the elasticity remaining inwardly concentrated, two halves frame is formed with a fastening part 211B respectively at the lateral surface place of two opposing inner end, correspondence is placed on the clamping part 17B on body 10B, depart from from body 10B in order to prevent anchor fitting 20B, preferably, this fastening part 211B is two compositions, and right locating point is convexly equipped on the lateral surface of half frame the inner respectively.This stop edge 22B can rectangular architrave around the outer end being formed at outer frame body 21B, and be resisted against the accommodating opening part of storage tank 16B on body 10B with inner face.

This conduit 23B extends in outer frame body 21B inner, and and form clearance space between outer frame body 21B, it is inner that conduit 23B the inner is integrally connected to outer frame body 21B, outer end then then extends to by stop edge 22B and slightly stretches out body 10B outside outer frame body 21B, inner formation has one of rectangular cross section in order to the elongate channel 230B of accommodating eraser, conduit 23B tube wall two opposite sides extend to cut open respectively vertically and establishes a guiding ditch 231B, preferably, two guiding ditch 231B correspond respectively to the elasticity profile groove 210B on outer frame body 21B, and extend beyond outer frame body 21B and stop edge 22B by the inner towards outer end.

This pushing block 24B is placed in the passage 230B of conduit 23B along guiding ditch 231B direction slidably, and include a rectangular blade 240B and two and clamp fin 241B, wherein, push pedal 240B is placed in the passage 230B of conduit 23B with form fit in erect configuration, two clamping fin 241B are formed at push pedal 240B two opposite sides respectively, and be placed in the guiding ditch 231B of conduit 23B accordingly, each clamping fin 241B protrudes formation one section at lateral surface and screws togather double wedge 242B, medial surface then protrudes formation one packing protuberance 243B, in order to clamp the inner of eraser 40.

This rotary head 25B can be one in hollow cylindrical body, be sheathed on conduit 23B in a rotatable manner, and it is inner to be placed in outer frame body 21B, rotary head 25B is formed with an internal thread segment 250B on internal perisporium, what correspondence was screwed together in the upper two clamping fin 241B of pushing block 24B screws togather double wedge 242B, outer end is then stretched out body 10B and is formed an adjustment ring 251B, and this adjustment ring 251B drives pushing block 24B to move to adjust eraser elongation, and this adjustment ring 251B is for being posted by stop edge 22B.

The structure of this lid 30B can be identical with the first embodiment, therefore it will not go into details.

The third embodiment of the present invention in use, microscler eraser 40 is inserted in the passage 230B of anchor fitting 20B upper conduit 23B, the inner of eraser 40 is made to be resisted against on the push pedal 240B of pushing block 24B, and by the packing protuberance 243B institute fixed clamp on sandwich fin 241B, the outer end of eraser 40 is then slightly stretched out rotary head 25B and is formed cleaning and polishing end, the interlude of eraser 40 is then limited to the perisporium of conduit 23B, reach the effect preventing eraser 40 from departing from anchor fitting 20B because of stress deformation thus, and the effect of buffering drastic deformation.

In addition, when the curtailment that eraser 40 stretches out, breakage or when needing to change, only need the adjustment ring 251B rotated on rotary head 25B that internal thread segment 250B is rotated, then the double wedge 242B that screws togather of the upper two clamping fin 241B of pushing block 24B just can along the internal thread segment 250B rotated, and move along the guiding ditch 231B on conduit 23B towards outer end, eraser 40 can be released and be adjusted to suitable length, during to change eraser 40, then eraser 40 be produced to nearly opening part and just can change.

Moreover, when rotating backward the adjustment ring 251B on rotary head 25B, in like manner known, pushing block 24B can hold that eraser 40 follows the internal thread segment 250B on rotary head 25B and the guiding ditch 231B along conduit 23B moves to the inner, by aforesaid mode, receive eraser 40 and adjust its overhang.

Please refer to Figure 21, the fourth embodiment of the present invention, for having the Thin film dispenser of non-dismountable rotary type eraser anchor fitting, its structure is roughly identical with the 3rd embodiment, but the outer frame body 21C in anchor fitting 20C and conduit 23C is integrally formed on body 10C respectively, and on this body 10C a sheathed lid 30C separably, with complete covering anchor fitting 20C with prevent eraser 40 stained, the setting of stop edge then can be omitted, or the outer frame body in anchor fitting 20C and stop edge are omitted, directly inserting with conduit 23C compartment of terrain is formed in body 10C, accommodating pushing block 24C movably in the passage 230C of conduit 23C again, and on conduit 23C sheathed rotary head 25C rotationally, and make rotary head 25C between body 10C and conduit 23C, the action effect as the 3rd embodiment can be reached, because the manner of execution of the 4th embodiment is identical with the 3rd embodiment, therefore in this, it will not go into details.

Moreover, please refer to Figure 22 to Figure 25, the fifth embodiment of the present invention has the convolution push piece that could release or take in core ribbon assembly 14D and eraser 40, this convolution push piece locates elastic component 133D with a three-in-one mode moving assembly 13D joined integrally, a push button 15D and, on this convolution push piece, further group establishes a core ribbon assembly 14D and in order to install the anchor fitting 20D of eraser 40 simultaneously, and its structure is described in detail as follows:

This body 10D is microscler and is at one end formed with one and stretches out opening 11D, this body 10D a side is equipped with a microscler movable passageway 12D wherein, this movable passageway 12D is communicated to this body 10D and differs from the another end that this stretches out opening 11D, two opposite side walls in this movable passageway 12D extends to form one guide rail 123D respectively in opposite directions, on this two relative guide rail 123D, then recessed being formed in compartment of terrain organizes positioning groove more respectively, the present embodiment is described with three groups of positioning grooves, and this positioning groove respectively by this stretch out opening 11D hold sequentially be defined as the first positioning groove 120D towards another end, second positioning groove 121D and the 3rd positioning groove 122D.

This convolution push piece is placed in this movable passageway 12D slidably again, wherein this convolution push piece includes integrated moving assembly 13D, push button 15D and positioning elastic part 133D, this moving assembly 13D is that strip is to being placed in this body 10D inside by movable passageway 12D, and form one against front end 130D in nearly one end that this stretches out opening 11D, form a fit rear end 131D in contrast to this another end of stretching out opening 11D, and form a location division accommodating hole 132D at interlude.

This push button 15D has amount of deflection and can Light deformation, its at one end horizontal expansion forms a linkage section and is incorporated on this moving assembly 13D one-body moldedly, on this limit, linkage section two opposite sides, recessed formation one is guided breach 150D and is sheathed on this guide rail 123D accordingly respectively, the elasticity corresponding groove 151D that this push button 15D is arranged in a linear with this guiding breach 150D after two opposite sides are then recessed into formation one pressurized respectively, the another end of this push button 15D then extends to the side of this location division accommodating hole 132D.

This positioning elastic part 133D is shaped in the another end inner face this push button 15D differing from linkage section, and is provided with a location division 138D and is selectively placed in the accommodating hole 132D of this location division or correspondence is placed in wherein in one group of positioning groove 120D, 121D, 122D.

This core ribbon assembly 14D forms an application head 140D and stretches out opening 11D corresponding to this in front end, this core ribbon assembly 14D is forming a deduction part 141D towards a side front end of this convolution push piece, this deduction part 141D be sticked in this moving assembly 13D against front end 130D, and form one in conjunction with hook part 142D in the rear end of this side, this is fastened on the fit rear end 131D of this moving assembly 13D in conjunction with hook part 142D, thus, this core ribbon assembly 14D is made to be linked in this convolution push piece.

This anchor fitting 20D is arranged at the rear end of this core ribbon assembly 14D, and include an a holding part 21D and guiding part 23D, the wherein one-piece type rear end being formed in this core ribbon assembly 14D support body of this holding part 21D, can in order to grip the inner of eraser 40, this guiding part 23D is sheathed on this holding part 21D and this body 10D rear end separably, and recline with inner peripheral surface and guide this eraser 40, the rear end end face of this guiding part 23D is formed an opening that eraser 40 can be made to stretch out.

This the 5th embodiment is in the folding and unfolding not used time, please refer to Figure 24 and Figure 25, push button 15D is placed in the interlude of movable passageway 12D, namely location division 138D is placed in the second positioning groove 121D, when for use correction tape function, please refer to Figure 26 and Figure 27, first pressing push button 15D makes location division 138D exit the second positioning groove 121D and be placed in this location division accommodating hole 132D, now push button 15D can be slightly inclined because of pressurized, two elasticity corresponding groove 151D are made to correspond respectively to two guiding breach 150D, just can be sheathed on this guide rail 123D and slide towards the first positioning groove 120D direction along movable passageway 12D, moving assembly 13D interlock core ribbon assembly 14D moves and makes application head 140D stretch out opening 11D simultaneously, when portion 138D to be positioned slides into corresponding to the first positioning groove 120D, push button 15D just can make location division 138D resilience be placed in the first positioning groove 120D elastic reset, application head 140D can be made firmly to maintain the location structure stretching out body 10D, if during for application head 140D is taken in body 10D, move to along movable passageway 12D after then in like manner pressing push button 15D makes location division 138D exit the first positioning groove 120D and be placed in the second positioning groove 121D.

When for use eraser function, please refer to Figure 26 and Figure 28, first press push button 15D make location division 138D exit the second positioning groove 121D and slide towards the 3rd positioning groove 122D direction along movable passageway 12D, moving assembly 13D interlock core ribbon assembly 14D makes the eraser 40 on holding part 21D stretch out the opening of guiding part 23D simultaneously, when portion 138D to be positioned slides into corresponding to the 3rd positioning groove 122D, push button 15D just can make location division 138D resilience be placed in the 3rd positioning groove 122D elastic reset, eraser 40 can be made firmly to maintain the location structure stretching out anchor fitting 20D, if during for eraser 40 is taken in body 10D, then can in like manner operate, do not repeat them here.In addition, if the 3rd positioning groove 122D to differ to this body 10D stretch out opening 11D another end between be provided with other group positioning grooves further time, namely can promote the holding part 21D of anchor fitting 20D in convolution push piece piecewise, reaching can the object of multiple stage adjustment eraser 40 elongation.

By the explanation of above-described embodiment, eraser 40 anchor fitting of the present invention has the function of adjustable eraser 40 overhang and conveniently replaced eraser 40, eraser 40 can be released body 10 during use, after to be used, then eraser 40 can be received or hide completely into body 10 inner, quite realistic demand, also quite flexible in the function used, simultaneously, eraser 40 substitute mode designed by the present invention is quite simple, only need anchor fitting 20 is pulled out or rotates rotary head 25, eraser 40 can be taken out rapidly change, thus, make user easily can change breakage or the eraser 40 used up uses more smoothly.

In addition, owing to being designed with holding part 21 and guiding part 23 in anchor fitting 20, the inner of eraser 40 can be gripped firmly by the design of holding part 21, can effectively prevent eraser 40 from coming off, the design of guiding part 23 then can drastic deformation when 40 wiping wiped by yielding rubber effectively, departs from and the effect absorbing eraser 40 deflection with preventing eraser 40.

Above are only preferred embodiment of the present invention; not any pro forma restriction is done to the scope of the claims of the present invention; such as the Equivalent embodiments changing or modify in local is carried out in disclosed technical characteristic; and do not depart from substantial technological spirit of the present invention, all still belong within protection scope of the present invention.

Claims (39)

1. a Thin film dispenser for tool push button locking, is characterized in that, include:

One body, is formed with one in one end of this body and stretches out opening, and is provided with a movable passageway on a side of this body, in this movable passageway, two opposite side walls is formed respectively at intervals and organizes positioning groove more;

One moving assembly being placed in this body interior;

The one positioning elastic part being linked in this moving assembly, this positioning elastic part is formed with a location division, and this location division is to arrange perpendicular to this movable passageway direction, and is selectively correspondingly placed in wherein one group of this positioning groove of this movable passageway;

One is placed in this body interior and is linked in the core ribbon assembly of this moving assembly, this core ribbon assembly is provided with one and corresponds to the application head that this stretches out opening; And

One is slidably disposed on this movable passageway of this body, and be linked in the push button of this moving assembly, this corresponding group positioning groove is exited in this location division that this push button selectively pushes against this positioning elastic part, this moving assembly can be moved relative to this body, this push button is formed with a space in inner face, this location division of corresponding this positioning elastic part accommodating in this space.

2. the Thin film dispenser of tool push button locking according to claim 1, it is characterized in that, this moving assembly is to the side of movable passageway should separately be provided with one first side plate and one second side plate, this first side plate and this second side plate are corresponding to be respectively placed in this movable passageway and to be positioned at the both sides of this location division of this positioning elastic part, and this push button protrudes to be formed at inner face and is placed in one first pushing block between this first side plate and this second side plate and one second pushing block again.

3. the Thin film dispenser of tool push button locking according to claim 2, it is characterized in that, this moving assembly includes end face and the bottom surface that two guiding side plates are arranged at this first side plate and this second side plate respectively.

4. the Thin film dispenser of tool push button locking according to claim 3, it is characterized in that, this body includes a first half shell and a later half shell, and this first half shell one end forms this and stretches out opening, another end is then formed a set ofly runs mouth jointly, and a side forms a mounting hole wherein; One end of this later half shell is inserted in this fit opening of this first half shell, and to the side of mounting hole being formed with this movable passageway and this many group positioning groove.

5. the Thin film dispenser of tool push button locking according to claim 4, is characterized in that, the first half shell around this mounting hole is formed with a bearing and leaning portion; This later half shell is formed a fit portion correspondence be bearing in this bearing and leaning portion of this first half shell.

6. the Thin film dispenser of tool push button locking according to claim 1, it is characterized in that, this moving assembly is being placed in this movable passageway and one first support body and one second support body that are positioned at these both sides, location division the side of movable passageway being separately provided with correspondence, this first body is formed with one first against flange, and this second support body is formed with one second against flange; Again this push button inner face be formed one to be placed in this first support body and slidably to against this first against the first pushing block of flange, and one to be placed in this second support body and slidably to against this second against the second pushing block of flange.

7. the Thin film dispenser of tool push button locking according to claim 6, it is characterized in that, this first support body includes two first frame plates of upper and lower correspondence, configured in parallel; This second support body includes two second frame plates of upper and lower correspondence, configured in parallel; This first pushing block is placed between this two first frame plate again, and this second pushing block is placed between this two second frame plate.

8. the Thin film dispenser of tool push button locking according to claim 7, it is characterized in that, this body includes a first half shell and a later half shell, and this first half shell one end forms this and stretches out opening, another end is then formed a set ofly runs mouth jointly, and a side forms a mounting hole wherein; One end of this later half shell is inserted in this fit opening of this first half shell, and to the side of mounting hole being formed with this movable passageway and this many group positioning groove.

9. the Thin film dispenser of tool push button locking according to claim 8, is characterized in that, the first half shell around this mounting hole is formed with a bearing and leaning portion; This later half shell is formed a fit portion correspondence be bearing in this bearing and leaning portion of this first half shell.

10. the Thin film dispenser of the tool push button locking according to Claims 2 or 3 or 6 or 7, it is characterized in that, this first pushing block and this second pushing block of this push button form dip plane in opposite sides respectively, to surround one in order to the elastic component tank of this location division on this positioning elastic part accommodating.

The Thin film dispenser of 11. tool push button lockings according to claim 10, wherein this moving assembly is formed with a core ribbon sleeve column providing this core ribbon assembly sheathed on the side differing from this movable passageway.

The Thin film dispenser of 12. tool push button lockings according to claim 1, it is characterized in that, this moving assembly, this push button and this positioning elastic part are the formation one convolution push piece that is combined into one; This core ribbon assembly is mounted on this convolution push piece.

The Thin film dispenser of 13. tool push button lockings according to claim 12, it is characterized in that, this movable passageway is communicated on this body and differs from one end that this stretches out opening, two opposite side walls in this movable passageway extends one guide rail respectively in opposite directions, and this many groups positioning groove respectively compartment of terrain is formed in this two relative guide rail;

This moving assembly is formed with a location division accommodating hole; This push button is at one end joined integrally on this moving assembly, this limit, end two opposite sides forms a guiding breach to be respectively sheathed in this guide rail accordingly, the elasticity corresponding groove that this push button is arranged in a linear with guiding breach after two opposite sides then form a pressurized respectively, the another end of this push button then extends to this accommodating hole side, location division; And

This positioning elastic part is formed in one on the another end inner face of this push button, and this location division is selectively placed in this location division accommodating hole or correspondence is placed in wherein in one group of this positioning groove.

The Thin film dispenser of 14. tool push button lockings according to claim 13, it is characterized in that, this core ribbon assembly is being provided with one in order to clamp the anchor fitting of eraser in contrast to one end of application head.

The Thin film dispenser of 15. tool push button lockings according to claim 14, it is characterized in that, this anchor fitting includes one and to be arranged on this core ribbon assembly and can to clamp the holding part of eraser, and the guiding part that is sheathed on this holding part and this body rear end separably, this guiding part is formed an opening that eraser can be made to stretch out.

The Thin film dispenser of 16. tool push button lockings according to claim 1, it is characterized in that, this body differs from the another end of stretching out opening and is formed with a storage tank, an anchor fitting is equiped with in this storage tank, this anchor fitting includes an opening, one holding part and a guiding part, this opening takes shape in the outer end of this anchor fitting relative to this body, this holding part is can be placed in this storage tank of this body movably towards opening direction, to adjust eraser elongation, this holding part is provided with two relatively and in order to the packing protuberance of clipping eraser, and this guiding part is arranged on this holding part, and extension makes to form a segment distance between this opening of this anchor fitting and this holding part laterally, in order to guiding with yielding rubber wipe stressed after distortion.

The Thin film dispenser of 17. tool push button lockings according to claim 16, it is characterized in that, this anchor fitting is can the mode of extracting out be arranged in the storage tank of this body, the relative two sides of this holding part are formed with an elastic arm respectively, respectively this elastic arm the inner is integrally connected to this holding part the inner, and respectively this elastic arm outer end then laterally extends to form this packing protuberance in order to clipping one eraser.

The Thin film dispenser of 18. tool push button lockings according to claim 17, it is characterized in that, this body is formed with a clamping part on this storage tank medial surface, and this holding part the inner is formed with one in order to the fastening part with this clamping part phase buckle.

The Thin film dispenser of 19. tool push buttons according to claim 18 lockings, it is characterized in that, this clamping part is paired buckle slot, and it is recessed in storage tank on two-phase inner surface sides respectively; This fastening part be two compositions to and correspondence is snapped in the locating point of this paired buckle slot, it is convexly equipped in holding part two relatively on lateral surface respectively.

20. according to claim 17 to the Thin film dispenser of described tool push button locking arbitrary in 19, it is characterized in that, this holding part laterally cuts open at two side interlude and establishes one elasticity profile groove, make this holding part be distinguished into two relative clamping half frames, and this two elastic arm is arranged on this two clampings, half frame respectively.

The Thin film dispenser of 21. tool push button lockings according to claim 19, it is characterized in that, this anchor fitting is provided with a stop edge further in this holding part outer end, and it is resisted against the opening part of this storage tank on this body.

The Thin film dispenser of 22. tool push button lockings according to claim 20, it is characterized in that, on this anchor fitting, further covering jacket is provided with a lid.

The Thin film dispenser of 23. tool push button lockings according to claim 18, it is characterized in that, this clamping part is be formed at the hook shape lamellar body on this storage tank two-phase inner surface sides; This fastening part be two compositions to and correspondence is snapped in the locating point of this clamping part, it is convexly equipped in this holding part two relatively on lateral surface respectively.

The Thin film dispenser of 24. tool push button lockings according to claim 23, it is characterized in that, this holding part includes two corresponding holding pieces, this two holding piece extends to form in the inner respectively in opposite directions together in order to push against the pushing and pressing edge of eraser the inner, and this two elastic arm is arranged on this holding piece respectively again.

25. according to claim 16 or 17 or 18 or 23 or 24 tool push button locking Thin film dispenser, on wherein said anchor fitting, further covering jacket is provided with a lid.

The Thin film dispenser of 26. tool push button lockings according to claim 16, it is characterized in that, this anchor fitting includes a conduit, one pushing block and a rotary head, this conduit correspondence forms this guiding part of this anchor fitting, and this conduit forms a guiding and the elongate channel of accommodating eraser in inside, and two opposite sides are cutd open vertically respectively and are established a guiding ditch on the tube wall of this conduit, this holding part of this anchor fitting is formed in this passage that this pushing block is placed in this conduit slidably, this this packing protuberance in order to clipping eraser is formed respectively in these pushing block both sides, and these pushing block both sides be formed respectively one screw togather double wedge correspondence be placed in this conduit this two guiding ditch in, this rotary head is sheathed on this conduit in a rotatable manner, and an internal thread segment is formed on the internal perisporium of this rotary head, correspondence be screwed together on this pushing block this two screw togather double wedge, the outer end of this rotary head is then formed with one and this pushing block can be driven after rotation to move the adjustment ring of adjustment eraser elongation.

The Thin film dispenser of 27. tool push button lockings according to claim 26, it is characterized in that, this pushing block includes a push pedal and two further and clamps fin, this push pedal is placed in this passage of this conduit, this two clampings fin is formed at this push pedal two opposite sides respectively, and be placed in accordingly in this guiding ditch of this conduit, and this two packings protuberance take shape in respectively this two clamping fin medial surface, and this two screw togather double wedge take shape in respectively this two clamping fin lateral surface.

28. according to claim 26 or 27 tool push button locking Thin film dispenser, it is characterized in that, this anchor fitting includes an outer frame body further, this conduit compartment of terrain is inserted in this outer frame body inside again, and the inner of this conduit is integrally connected to this outer frame body the inner, the outer end of this conduit stretches out in this outer frame body, and this rotary head is arranged between this conduit and this outer frame body again.

The Thin film dispenser of 29. tool push button lockings according to claim 28, it is characterized in that, this body is formed with a clamping part on this storage tank medial surface, is formed with one in order to the fastening part with this clamping part phase buckle in this outer frame body the inner.

The Thin film dispenser of 30. tool push buttons according to claim 29 lockings, is characterized in that, this clamping part is the right buckle slots of two compositions, and it is recessed in storage tank on two-phase inner surface sides respectively; This fastening part be two compositions to and correspondence is snapped in the locating point of this paired buckle slot, it is convexly equipped in this outer frame body two relatively on lateral surface respectively.

The Thin film dispenser of 31. tool push button lockings according to claim 30, is characterized in that, this outer frame body laterally cuts open at interlude and establishes one elasticity profile groove, makes this outer frame body be distinguished into relative two halves frame.

The Thin film dispenser of 32. tool push button lockings according to claim 31, it is characterized in that, this anchor fitting is provided with a stop edge further in outer frame body outer end, and it is resisted against the opening part of this storage tank on this body.

The Thin film dispenser of 33. tool push button lockings according to claim 32, it is characterized in that, this external catheter end extends to by this stop edge, and this adjustment ring is posted by this stop edge.

The Thin film dispenser of 34. tool push button lockings according to claim 33, is characterized in that, this two guidings ditch corresponds respectively to this two elasticity profile groove on this outer frame body, and extends beyond this stop edge by the inner of this outer frame body towards outer end.

The Thin film dispenser of 35. tool push button lockings according to claim 28, it is characterized in that, on this anchor fitting, further covering jacket is provided with a lid.

The Thin film dispenser of 36. tool push button lockings according to claim 28, is characterized in that, this outer frame body laterally cuts open at interlude and establishes one elasticity profile groove, makes this outer frame body be distinguished into relative two halves frame.

The Thin film dispenser of 37. tool push button lockings according to claim 36, it is characterized in that, this anchor fitting is provided with a stop edge further in this outer frame body outer end, and it is resisted against the opening part of this storage tank on this body.

38. Thin film dispenser locked according to tool push button according to claim 37, is characterized in that, this two guidings ditch corresponds respectively to this two elasticity profile groove on this outer frame body, and extends beyond this stop edge by the inner of this outer frame body towards outer end.

39. Thin film dispenser locked according to described tool push button arbitrary in claim 1 to 9, it is characterized in that, this moving assembly is formed with a core ribbon sleeve column on the side differing from this movable passageway.