CN1386691A

CN1386691A - Sign transfer tool and sign transfer tape

Info

Publication number: CN1386691A
Application number: CN01144082A
Authority: CN
Inventors: 玉井繁; 新谷全利; 小山格平
Original assignee: Seed Co Ltd
Current assignee: Seed Co Ltd
Priority date: 2001-05-18
Filing date: 2001-12-28
Publication date: 2002-12-25
Anticipated expiration: 2021-12-28
Also published as: US20020170683A1; EP1266855A2; KR20020089125A; HK1049322A1; AU4062302A; JP2002337830A; CN100340461C; EP1266855A3; TW568842B; CA2369919A1

Abstract

The present invention relates to a mark transfer tool for various marks composed of characters, codes, graphics, or a combination thereof. The label transfer belt is composed of pressure-sensitive adhesive transfer labels that are continuously, detachably disposed and fixed on the surface of the base belt at specific intervals. Therefore, various marks can be applied in a method completely different from a general pattern of a stamp imprint form or a mark sign adhesion form, etc., so that diverse preferences of general users can be effectively satisfied.

Description

Sign means of conveyance and sign belt conveyor

Technical field

The present invention relates to indicate means of conveyance and sign belt conveyor, more particularly, relate to and a kind of transmission sign in the film is sent to sign tranmission techniques on paper or the analogue, transmission sign in the film is constituted by character, coding, figure or they, and arranges and be formed on the sign belt conveyor.

Background technology

Usually, be made into the marking, be stamped on the surface of paper or other target by the China ink meter then, perhaps be made into denotation token, be bonded to then on paper or the analogue by character, coding, figure or their the various signs that constitute.

Have a preference under the diversified background at recent technology innovation and user, must in various technical fields, widen the variety of product, and this trend is no exception in the stationery field of handling various signs.

Summary of the invention

Therefore main purpose of the present invention is to propose a kind of trendy sign means of conveyance and sign belt conveyor, to solve prior art problems.

Another object of the present invention is the sign tranmission techniques that proposes a kind of novelty, and it is different from fully and utilizes the coated film tranmission techniques, relevant common signage applications technology by character, coding, figure or their the various signs that constitute.

Another object of the present invention is to propose a kind of sign means of conveyance, and application will indicate that the transmission sign on the belt conveyor is sent to the method on paper or the analogue, can adapt to general application person's diversified preference effectively.

Another purpose of the present invention is to propose the sign means of conveyance that a kind of application transmits sign, transmit sign by constituting between various signs and the clear area that is used for writing in the above, wherein, various characters can be used writing implement and write between the clear area that is used for writing in the above after transmit the sign transmission.

Sign means of conveyance of the present invention comprises hand-held housing; The release dish, it includes the sign belt conveyor, and is rotatably installed in the housing; Receiving plate is used to collect used sign belt conveyor, and is rotatably installed in the housing; And transmission head, the sign belt conveyor that is used for just discharging from the release dish compresses and is sent to transit area, and be arranged on the leading end of housing, wherein, the sign belt conveyor has presser sensor cohesiveness and transmits sign, and they are turned up the soil, are provided with continuously and are fixed on the surface of base strap by specific distance is tearable.

In a preferred embodiment, transmission indicates or only is made of sign, or by constituting between the clear area that indicates and be used for writing in the above, in back one situation, the surface between the clear area that is used at least writing in the above forms part by allowing the material with writing implement is write to make in the above.

The operation of sign means of conveyance mainly is divided into, or the band chuck fills type again, the band chuck is made of release dish and receiving plate of removably being placed in the housing at least, thereby the sign belt conveyor can be changed, or it is disposable or disposal type, it has release dish and the receiving plate that is arranged in the housing, and at the leading end of housing the transmission head is being set.

Sign belt conveyor of the present invention can be provided with preferably and be used in the sign means of conveyance, and wherein presser sensor cohesiveness transmission sign is turned up the soil, is provided with continuously and is fixed on the surface of base strap by specific distance is tearable.

In a preferred embodiment, sign belt conveyor of the present invention constitutes by transmitting guide seam, transmit guide seam and comprise tearable turning up the soil, or peelable, become piece to bond discretely and be fixed to a plurality of transmission signs on the face side of base strap, the posterior dorsal of base strap is processed peelable, more particularly, used following hierarchy.

I) transmitting guide seam constitutes by responsive tack coat of one lamination pressure and sign alignment layer, the presser sensor tack coat is made of presser sensor cohesiveness transparent material, the sign alignment layer is by constituting by the continuously arranged a plurality of signs of specific distance along the base strap moving direction, this transmit guide seam tearable turn up the soil, become piece discretely by presser sensor tack coat bonding and be fixed to base strap on the surface of peelable processing.

Ii) transmitting guide seam forms by one lamination sign cambium layer, sign alignment layer and presser sensor tack coat, the sign cambium layer is made by the cohesiveness transparent material, the sign alignment layer has a plurality of signs, they are arranged continuously by specific spacing on the moving direction of base strap, and the presser sensor tack coat is made by presser sensor cohesiveness transparent material, this transmit guide seam by the sign cambium layer tearable turn up the soil, become piece to bond discretely and be fixed to base strap on the surface of peelable processing.

Iii) transmitting guide seam forms by one lamination sign alignment layer and presser sensor tack coat, the sign alignment layer has a plurality of signs, they are arranged continuously by specific distance on the moving direction of base strap, and the presser sensor tack coat is made by presser sensor cohesiveness transparent material, this transmit guide seam peelable by the sign alignment layer, become piece to bond discretely and be fixed on base strap on the surface of peelable processing.

Iv) transmitting guide seam forms by one lamination sign alignment layer and presser sensor tack coat, the sign alignment layer has a plurality of signs, they are arranged continuously by specific distance on the moving direction of base strap, and the presser sensor tack coat is made by presser sensor cohesiveness transparent material, this transmit guide seam peelable by the sign alignment layer, become piece to bond discretely and be fixed on base strap on the surface of binder-treatment.

In addition, transmission indicates or only is made of sign, or by constituting between the clear area that indicates and be used for writing in the above, in back one situation, the surface between the clear area that is used for writing in the above forms the material of partly being write by permission application writing implement in the above and makes.

To indicate that for using sign means of conveyance of the present invention transmission sign on the belt conveyor is sent on the transit area of requirement of paper, grasp housing, be depressed into the leading end pressing section that transmits head on the transit area tightly, and, be transferred on the transit area thereby transmit sign at this state lower edge paper mobile shell.Used sign belt conveyor is after the transmission sign is separated, and also, base strap is accepted and is collected on receiving plate.

In addition, transmitting the situation that sign is made of the white space that indicates and be used for writing in the above, after transmission, anything all can be used writing implement and write the white space that is being used for writing in the above.

Of the present invention these reach the new fact that is disclosed in the specification sheets claim in conjunction with the drawings with all the other purposes and characteristics, study following detailed description and can more clearly be understood.

Description of drawings

Fig. 1 is 1 transparent view, the sign means of conveyance in its expression embodiment of the invention 1.

Fig. 2 is 1 front elevation, the inboard of the housing body of its indicator sign means of conveyance.

Fig. 3 is the perspective exploded view of 1 sign means of conveyance.

Fig. 4 A is 1 transparent view, the basic part of the transmission head of its indicator sign means of conveyance.

Fig. 4 B is a sheet of planar figure, the basic part of the transmission head of its indicator sign means of conveyance.

Fig. 5 A is the planar view of the sign belt conveyor of sign means of conveyance, its indicator sign belt conveyor local truncation surface in process of production.

Fig. 5 B is the section drawing along the sign belt conveyor of Fig. 5 A center line V-V intercepting.

Fig. 5 C is a section drawing, base strap of its indicator sign belt conveyor and the state of tearing that transmits guide seam.

Fig. 6 A-6C is the front elevation that amplifies, and they are the partial cross section of the rotational structure of the transmission head of indicator sign means of conveyance respectively.

Fig. 7 A is the transparent view of the running condition of a sign means of conveyance, and its expression is carried out the running condition that side direction is pulled out with the right hand.

Fig. 7 B is the transparent view of the running condition of a sign means of conveyance, the running condition that its expression is vertically pulled out with the right hand.

Fig. 7 C is the transparent view of the running condition of a sign means of conveyance, and its expression is carried out the running condition that side direction is pulled out with left hand.

Fig. 8 A is a planar view by the sign belt conveyor of the sign means of conveyance of the embodiment of the invention 2 propositions, and figure is blocked in its indicator sign belt conveyor part in process of production.

Fig. 8 B is the section drawing along the sign belt conveyor of Fig. 8 A center line VIII-VIII intercepting.

Fig. 8 C is a section drawing, base strap of its indicator sign belt conveyor and the state of tearing that transmits guide seam.

Fig. 9 A is a planar view by the sign belt conveyor of the sign means of conveyance of the embodiment of the invention 3 propositions, and figure is blocked in its indicator sign belt conveyor part in process of production.

Fig. 9 B is the section drawing along the sign belt conveyor of Fig. 9 A center line IX-IX intercepting.

Fig. 9 C is a section drawing, and the leading end pressing section of the transmission head of its indicator sign means of conveyance indicates the width that compresses of belt conveyor relatively.

Figure 10 A is a planar view by the sign belt conveyor of the sign means of conveyance of the embodiment of the invention 4 propositions, and figure is blocked in its indicator sign belt conveyor part in process of production.

Figure 10 B is the section drawing along the sign belt conveyor of Figure 10 A center line X-X intercepting.

Figure 10 C is a section drawing, and the leading end pressing section of the transmission head of its indicator sign means of conveyance indicates the width that compresses of belt conveyor relatively.

Figure 11 A is a planar view by the sign belt conveyor of the sign means of conveyance of the embodiment of the invention 5 propositions, and figure is blocked in its indicator sign belt conveyor part in process of production.

Figure 11 B is the amplification view of the transmission sign of sign belt conveyor.

Figure 11 C is the section drawing along Figure 11 A center line XI-XI intercepting.

Figure 12 A is a transparent view, after its indicator sign means of conveyance transmits sign, uses the state that writing implement is write in the above.

Figure 12 B is a sheet of planar figure, and its expression transmits the example through changing of sign.

Figure 12 C is a sheet of planar figure, and its expression transmits another example through changing of sign.

Figure 13 is the perspective exploded view that marks means of conveyance that proposes according to the embodiment of the invention 6.

Figure 14 A is a planar view by the sign belt conveyor of the sign means of conveyance of the embodiment of the invention 7 propositions, and figure is blocked in its indicator sign belt conveyor part in process of production.

Figure 14 B is the section drawing along the sign belt conveyor of Figure 14 A center line XIV-XIV intercepting.

Figure 14 C is a section drawing, base strap of its indicator sign belt conveyor and the state of tearing that transmits guide seam.

Figure 15 A is a planar view by the sign belt conveyor of the sign means of conveyance of the embodiment of the invention 8 propositions, and figure is blocked in its indicator sign belt conveyor part in process of production.

Figure 15 B is the section drawing along the sign belt conveyor of Figure 15 A center line XV-XV intercepting.

Figure 15 C is a section drawing, base strap of its indicator sign belt conveyor and the state of tearing that transmits guide seam.

Figure 16 A is a planar view by the sign belt conveyor of the sign means of conveyance of the embodiment of the invention 9 propositions, and figure is blocked in its indicator sign belt conveyor part in process of production.

Figure 16 B is the section drawing along the sign belt conveyor of Figure 16 A center line XVI-XVI intercepting.

Figure 16 C is a section drawing, base strap of its indicator sign belt conveyor and the state of tearing that transmits guide seam.

The specific embodiment

Now, hereinafter will describe the preferred embodiments of the present invention in detail referring to accompanying drawing.

Fig. 1 to Figure 14 A-14C represents the sign means of conveyance by the present invention's proposition, in whole accompanying drawings, and identical identical composition member or the parts of label indication.

Embodiment 1

Sign means of conveyance according to this embodiment is shown among Fig. 1 to Fig. 7 A-7C.This sign means of conveyance 1 specifically is used for sign (in the embodiment shown, be a sign that constitutes by letter " SEED ") M, M ... be sent on page or the analogue, sign M, M ... be arranged in film, by constituting of character, coding, figure or they, and arrange and be formed on the sign belt conveyor T, this is a kind of sign means of conveyance that fills again, has chuck structure, allows sign belt conveyor T to change as expendable parts.

Also promptly, sign means of conveyance 1 comprises housing 2, the outward appearance that its tool is shown in Figure 1; And band chuck C, it has a Fig. 2 and a transmission H shown in Figure 3.

Housing 2 holds and handles by one, it is a flat box, have the shape of front molded lines, and the size and the width that are enough to accommodating belt chuck C, the plane surface side that it is relative and

dorsal part

2a, 2b are that the typical case when being held and handling by holds side.Housing 2 is that housing body 4 is separated with lid 5 by injection molding or the integrally formed plastic construction of similar approach, and band chuck C releasably is inserted in the housing body 4.Leading end at housing 2 is formed with an insertion portion 6, is used for inserting and a taking-up transmission H.

Band chuck C is removable expendable parts.Band chuck C is made of with rotation receiving plate 12 of collecting the sign belt conveyor T after using the release dish 11 that sign belt conveyor T twines thereon, they are installed in rotation in the chuck housing 10, in addition, being used for that the sign belt conveyor is compressed and be sent to a transmission H on the transit area is mounted to and can rotates around the axial centre of head.

Though not concrete in the drawings expression, band chuck C also comprises the band interlock assembly, is used for reciprocal interlocking release dish 11 and receiving plate 12; Clutch mechanism is used for making sign belt conveyor T at the release rate of release dish 11 and receiving plate 12 with accept speed and become synchronously; And other main and basic element of character, they are assembled into an assembly.

Chuck housing 10 is made by synthetic resin, shape is the chuck housing, be used to place two

dishes

11,12, it is light and compact that its shape and size are positioned in the scope with two dishes of clamping, 11,12 functions, more particularly, it is a kind of skeleton structure that mainly is made of thin frame member.

Sign belt conveyor T transmission sign without interruption M, M ..., and presser sensor cohesiveness transmission sign M, M ... then continuously and can place with tearing off and be fixed on the surface of base strap 15 by specific interval.

In the embodiment shown, the cross section structure of sign belt conveyor T shown in Fig. 5 A-5C, on the surface of base strap 15 (at the downside of Fig. 5 B and Fig. 5 C), can adhere to tearing off and fix by a plurality of transmission sign M, M ... the transmission guide seam 16 that constitutes.Because accompanying drawing is to understand in order to help, so they are signals and amplify at thickness direction, and in fact, sign belt conveyor T is a thin film, the border between each layer also unlike shown in clear.

The surface of 15 tools of base strap and both sides, the back side all are processed into and can tear off, also be, it is a kind of film band of being made by plastics or paper material, and the surface of institute's tool is processed into and can separates with adjacent layer or material or tear, and preferably uses a kind of flexible film that can not stretch.

Transmit guide seam 16 and be one lamination sign cambium layer 17, sign alignment layer 18 and presser sensor tack coat 19 and the hierarchy of moulding.Transmit guide seam 16 and be placed on continuously on the whole length of base strap 15, also, transmission sign M, M ... be formed on continuously on the whole length of base strap 15, and be transmitted the transfer operation of a H when sign transmits and suitably cut off.

In addition, the qualitative character of the requirement of transmission guide seam 16 comprises; For example

(1) conveying function: be easy to be transmitted a position of H pressurization in transmission guide seam 16 and transmit at transit area;

(2) cutting property: transmit 16 of guide seams and be transmitted at it and be easy to transmit on position of H pressurization and cutting (if it is not good to transmit the cutting property of guide seam 16, then the part transmission guide seam that need not transmit also may be transmitted);

(3) the non-performance of tearing: be difficult to transmission guide seam 16 is torn off from transit area;

(4) writing quality: be easy to use writing implement, write on the transmission guide seam 16 that has transmitted such as pencil, ballpoint pen;

(5) aging stability: the fastness of being write the prepared Chinese ink on the transmission guide seam 16 that has transmitted by writing implement; And

(6) slickness: after the transmission, transmit guide seam 16 smooth surfaces, do not have irregularity degree.

For obtaining these and the relevant capability and performance of purpose that transmits guide seam 16, various mixing cpds have been merged.

Sign cambium layer 17 has the shaping function (particularly printing functionality) that promotes to indicate alignment layer 18, and will transmit the lip-deep function that guide seam 16 bonds and is fixed on base strap 15, and is transmitted back formation superficial layer at transmission sign M.

Sign cambium layer 17 is made by the viscosity transparent material.Also promptly, sign cambium layer 17 is preferably seen through resin material by drying type transparent and is made, and it is applicable to the superficial layer after the separation, has the separated lip-deep suitable bonding fixed performance at bottom band 15.

Sign cambium layer 17 also can be made by synthetic resin or natural resin, also can suitably comprise surface-active agents, the aging extending agent that postpones reagent, light stabilizer, reinforcement writing quality etc.But the use-case of synthetic resin or natural resin comprises acrylic resin, vinylite, alkide resin, urethane elastomer, epoxy resin, amilan, olefine resin, rubber, styrene-butadiene copolymer, celluosic resin, cumarone resin etc., they or can use separately, with two or polytype combination used, in order to the qualitative character that meets the demands.

Sign alignment layer 18 by along the moving direction of base strap 15 by specific distance continuously and a plurality of sign M ' that can arrange, M ', M ' with tearing off ... (in the embodiment shown, be the sign that constitutes by alphabetical SEED) constitute, and specifically be formed on the sign cambium layer 17 by known printing technology.

The printing process of sign alignment layer 18 comprises various known printing technologies, typesetting and printing (flange) printing, offset printing, process plate (intaglio plate) printing, screen printing, stopper printing and other traditional printing technology are specifically arranged, also have reverse roller coating, directly coating, other coating, spray paint, electrostatic convergence painting, cast japanning, cylinder japanning, submergence paint, also has novel printing technology, such as laser printing, heat transmission and ink-jet printing system, it can according to the shaping target area (shown in situation, be sign cambium layer 17) performance suitably chosen.

Presser sensor tack coat 19 is used for 16 pressurizations of transmission guide seam are bonded to transit area, and forms the superficial layer of sign belt conveyor T before transmission, and this presser sensor tack coat 19 is made by the presser sensor transparent material.Also promptly, presser sensor tack coat 19 is preferably seen through bonding material by drying type transparent and is made, and it is applicable to the superficial layer before separating, and has the presser sensor cohesiveness that is bonded to transit area.

Presser sensor tack coat 19 is made by the adhesive agent composition, also can suitably comprise bonding conditioning agent, aging delayed-action activator, or homogenizing reagent.Spendable adhesive agent comprises acrylic resin, rosin, rubber, ethene ether, polyurethane, styrene and polyisobutene.

The transmission guide seam 16 of this hierarchy shown in Fig. 5 A-5C, bonds and is fixed on the surface of base strap 15 (downside among Fig. 5 B and Fig. 5 C), and base strap 15 is through handling, so that carry out separation peelable, that separate by sign cambium layer 17.

In the embodiment shown, sign belt conveyor T produces a band, its bandwidth corresponding some sign belt conveyor T, T ... width, shown in Fig. 5 A, use bar cutter or other cutter sweep then with its cutting be shaped as the width of a band T.

According to the concrete forming method that transmits guide seam 16, sign cambium layer 17 sticks, and is formed on the surface of base strap 15, and sign alignment layer 18 is printed and is formed on the surface of sign cambium layer 17.Then presser sensor tack coat 19 stick, formed thereon.

Transmit a H and will indicate that belt conveyor T is compacted to the correcting area on the paper, it is placed on the leading end of chuck housing 10, and has the function of boot flag belt conveyor T and the function that it is compressed.

The ad hoc structure that transmits a H comprises head main body 30, a fixed part 31 and rotary manipulation part 32, and this is so-called rotating head structure, because head main body can be installed rotatably around its axial centre.

Head main body 30 is used to compress and transmits sign belt conveyor T, and is shaped as the delivering position that is suitable for accurately being sent to requirement, also, is shaped as the shape of summit or wedge angle, and it has the tip that refers in certain scope.

In the embodiment shown, head main body 30 is thin flat boards, and it has rectangular shape, slightly be wider than sign belt conveyor T, and have the convergent cross section, and in lateral plan pointed shape, so that towards leading end attenuation gradually.

Two

side surface

30a, 30b of head main body 30 are the plane, and they form the Tape movement surface, and guide edge 25 is leading end pressing sections, are used for compressing as described above sign belt conveyor T.This leading end pressing section 25 be a linear edge it perpendicular to the direction of belt travel among Tape movement surface 30a, the 30b.The shaping that is formed with guiding

bead

33,33 on two lateral edges of head main body 30 is moving for boot flag belt conveyor T.

If the thickness of the flat board of formation head main body 30 is less, then convergent is always not necessary as shown in drawings, slab-thickness whole vertically can be uniform, and in any case, structure does not need special stipulation, as long as the thickness (wedge angle) of the leading end institute tool of the pressing section 25 of head main body 30 is enough to accurately locate and indicate delivering position.

Also be formed with stand under load part 35 in the base end side of head main body 30 part as main body rack.

Fixed part 31 supporting head main bodys 30 are around its axial centre rotation, specifically comprise as the stand under load part 35 of main body rack and are arranged on bearing part 36 in the chuck 10.

Shown in Fig. 6 A-6C, stand under load part 35 is cylindrical parts, and it is configured to and head main body 30 concentric and one, and more particularly, it is shaped as circular section, has the mounting hole 35a that sign belt conveyor T leads to head main body 30 on an one part.

Bearing part 36 is arranged on the leading end part of chuck housing 10 integratedly.Shown in Fig. 6 A-6C, bearing part 36 is made of pipe, the neighboring of the corresponding stand under load part 35 of its inner circumference, and the same with stand under load part 35, and it is shaped as circular section, has on partly at one to indicate that belt conveyor T leads to the mounting hole 36a of head main body 30.Stand under load part 35 is bearing on the bearing part 36 slippingly, and head main body 30 can be around axial centre rotation freely in following specific rotation angle range.

Rotary manipulation part 32 is used for determining the hand of rotation position of head main body 30, also as a notch indicator, compresses and delivering position in order to the band of representing head main body 30.

Rotary manipulation part 32 is circular pins, and it has operating lever 45, and this operating lever 45 comprises and is arranged on the action button 45a of its leading end as primary clustering.Operating lever 45 radially outwards stretches linearly from the axial centre of stand under load part 35, by otch insertion portion 46 and the operational guidance part 47 that is arranged on the relevant position in bearing part 36 and the housing 2, projects to the outside of housing 2.In the case, the insertion portion 46 of bearing part 36 plays the lock portion of head main body 30, skids off vertically in order to prevent it.

Operating lever 45 compresses with delivering position according to the band of head main body 30 in the position of the relative head main body 30 of hand of rotation and sets, otch insertion portion 46 and operational guidance part 47 then are stretched in circumferencial direction, thereby allow operating lever 45 to move at the hand of rotation of head main body 30.Particularly, the operational guidance part 47 of housing 2 limits the opereating specification of operating lever 45 at hand of rotation, and the band that it is shaped as in order to control head main body 30 compresses and delivering position.

Operating lever 45 compresses with the relation of delivering position with the band of head main body 30 relative operational guidance part 47 is explained.In the embodiment shown, the structure as the operational guidance part 47 of hand of rotation opereating specification qualifying part is set as follows.Now referring to Fig. 6 A-6C.

(a) when end 47a of operating lever 45 operating of contacts targeting parts 47, also be, when being arranged in position vertically downward (be shown in first of Fig. 6 A and limit position A), the head main body 30 that transmits a H is positioned at such angular position to guide its leading end pressing section 25, so that it is relative with the surperficial 2a of firmly grasping of

housing

2,2b to indicate that belt conveyor T can be close to, also promptly, the surface of sign belt conveyor T can be close to rear side and point to same (parallel) direction of firmly grasping

surperficial

2a, 2b.

In this situation, the new sign belt conveyor T that pulls out from release dish 11 is positioned at the downside of head main body 30, and its residing state is fit to right-handed user and pulls out by side direction and use (seeing Fig. 7 A).

(b) when the midway location between two end 47a, the 47b of operating lever 45 in operational guidance part 47, also be, the level that is arranged in is when upper/lower positions (be shown in second of Fig. 6 B and limit position B), the head main body 30 that transmits a H is positioned at such angular position to guide its leading end pressing section 25, so that indicate that belt conveyor T remains in the state that is wrapped on release dish 11 and receiving plate 12, also promptly, the surface of sign belt conveyor T and rear side can be close to and point to the direction of firmly grasping

surperficial

2a, 2b near normal (quadrature).

In this situation, the new sign belt conveyor T that pulls out from release dish 11 is positioned at the left side of head main body 30, and its residing state is fit to use by vertically pulling out (seeing Fig. 7 B).

(C) when the other end 47b of operating lever 45 operating of contacts targeting parts 47, also be, when being arranged in vertically upward position (being shown in the 3rd limit positions C of Fig. 6 C), the head main body 30 that transmits a H is positioned at such angular position to guide its leading end pressing section 25, so that it is relative with the surperficial 2a of firmly grasping of

housing

2,2b to indicate that belt conveyor T can be close to, and is positioned at and the upper and lower state of putting upside down of above situation (a).

In this situation, the new sign belt conveyor T that pulls out from release dish 11 is positioned at the upside of head main body 30, and its residing state is fit to left-handed user and pulls out by side direction and use (seeing Fig. 7 C).

Can be clear by above explanation, the direction of operating lever 45 is represented the relative direction (effect of the notch indicator of starting) of new sign belt conveyor T directly, intuitively, thereby the user can confirm the compressing and delivering position of band of head main body 30 by the direction of reference operating lever 45.

The hand of rotation opereating specification of operational guidance part 47 (being about 180 °) in the illustrated embodiment maximum consider operating lever 45 and head main body 30 band compress and delivering position between relation can be set in the value of various requirement from small angle range to polarizers of big angle scope.

Use has the sign means of conveyance 1 of this kind structure so that will indicate when transmission sign on the belt conveyor is sent on the transit area 50 of requirement of paper etc., no matter the user is as above-mentioned right-handed or left-handed, operating lever 45 can be rotated according to purpose, thereby the band that can select and set the best of the head main body 30 that transmits a H compresses and delivering position (representative type limits the position as being shown in first of Fig. 6 A, be shown in second of Fig. 6 B and limit the position, or be shown in the 3rd of Fig. 6 C and limit the position), and corresponding this position, (representative type promptly surface is the surface and the rear side 2a of housing 2 on the promptly surface of

housing

2,2b, but according to various objectives, the appropriate location of housing 2 or side also can be firmly grasped) can be by finger grips, thereby various using method, for example the using method shown in Fig. 7 A to Fig. 7 C all is possible.

Also be, in arbitrary using method, writing implement is held as holding on the promptly surface of housing 2, and the leading end pressing section 25 of a transmission H is depressed into the transmission initiating terminal of the transit area 50 on paper or the analogue tightly, housing 2 moves past specific range along paper, stops then.

More particularly, sign formerly transmits the completion status that moves, a transmission H is depressed into the transmission initiating terminal on the transit area 50 tightly, housing 2 directly moves along paper, and when the transmission that (or several) transmits sign M is finished, stop, then transmitting a H and mention and separate from transit area 50.

When adopting this operation, transmission sign M at the sign belt conveyor T at leading end pressing section 25 places that transmit a H tears from base strap 15, be transferred on the correcting area 50, and transmit the sign belt conveyor T that used that indicates after M tears away, also be that 15 of base straps are accepted and are collected on receiving plate 12.

Because having, the sign means of conveyance 1 of this embodiment changes the chuck structure that sign belt conveyor T uses, difference according to application target, by preparing some kinds of band chuck C, they have some types transmission sign M, M ... sign belt conveyor T, just can transmit and use various transmission sign M, M ...

Embodiment 2

This embodiment is shown among Fig. 8 A-8C, and wherein, the structure of the sign belt conveyor T of embodiment 1 is carried out change.

Also be, in the sign belt conveyor T of embodiment 1, transmitting guide seam 16 forms on the whole length of base strap 15 continuously, and in the sign belt conveyor T of this embodiment, shown in Fig. 8 A-8C, transmission sign M, the M of formation transmission guide seam 16 ... by specific distance independence, the tearable stickup of turning up the soil, be fixed on the surface of base strap 15.

In such structure, as identical with the transfer operation of embodiment 1 explanation, sign formerly transmits the completion status that moves, a transmission H is depressed into the transmission initiating terminal on the transit area 50 tightly, housing 2 directly moves along paper, and when the transmission that (or several) transmits sign M is finished, stop, then transmitting a H and mention and separate from transit area 50.

When adopting this operation, have only a transmission sign M to tear from base strap 15 safely on the sign belt conveyor T, and be sent on the correcting area 50.

Other structure with the operation then with embodiment 1 in identical.

Embodiment 3

This embodiment is shown among Fig. 9 A-9C, and wherein, the structure of the sign belt conveyor T of embodiment 1 is changed.

Also be, in the sign belt conveyor T of this embodiment, identical with the sign belt conveyor T of embodiment 1, though transmitting guide seam 16 is formed on the whole length of base strap 15 continuously, but shown in Fig. 9 A-9C, have at least two lines of

cut

55,55 to form between transmission sign M, the M that transmits guide seam 16, thereby when transmitting sign M, be easy to and cut safely by specific distance.

In the embodiment shown, two lines of

cut

55,55 are arranged on the centre of transmitting sign M, M by specific distance.These lines of

cut

55,55 are shaped as, vertically being stretched in as the crow flies on the whole length that transmits guide seam 16 width along belt conveyor T.Spacing L between the line of

cut

55,55 is arranged to press width 1 (L＞1) greater than the leading end pressing section 25 that transmits a H.

In such structure, as identical with the transfer operation of embodiment 1 explanation, sign formerly transmits the completion status that moves, a transmission H is depressed into the transmission initiating terminal on the transit area 50 tightly, housing 2 directly moves along paper, and when the transmission that (or several) transmits sign M is finished, stop, then transmitting a H and mention and separate from transit area 50.And in this situation, the stop position of sign means of conveyance 1 is in the leading end pressing section 25 of a transmission H on the position between two lines of

cut

55,55.

When adopting this operation, have only one on the sign belt conveyor T and transmit sign M, tear from base strap 15 safely, and be sent on the correcting area 50, and cut-off lines is straight at line of cut 55 places.

Other structure and operation are identical with embodiment's 1.

Embodiment 4

This embodiment is shown among Figure 10 A-10C, and wherein, the structure of the sign belt conveyor T of embodiment 3 is changed.

Also be, in the sign belt conveyor T of embodiment 3, article two, line of

cut

55,55 only is formed between transmission sign M, the M of sign transport layer 16 by specific distance, but in the sign belt conveyor T of this embodiment, many lines of

cut

55,55 ... be arranged on the whole length that transmits guide seam 16 by specific distance.

In this structure, during the production process of sign belt conveyor T, line of

cut

55,55 ... shaping easier, safer than among the embodiment 3.

In transfer operation, have only a transmission sign M to be transferred on the correcting area 50 on the sign belt conveyor T, and it is identical with embodiment 3, cut-off lines is straight, but in this situation, the stop position condition of sign means of conveyance 1 loose than among the embodiment 3, when being positioned at, the leading end pressing section 25 that transmits a H transmits sign M, during arbitrary position between the M, by promoting sign means of conveyance 1, transmitting sign M just tears from base strap 15 on the location security ground of line of cut 55, and be sent on the correcting area 50, thereby when transmitting sign M, easier, more safely cut.

Other structure and operation are identical with embodiment's 3.

Embodiment 5

This embodiment is shown among Figure 11 A-11C and Figure 12 A-12C, and wherein, the ad hoc structure of the sign belt conveyor T of embodiment 1 is changed a little.

Also be, in the sign belt conveyor T of

embodiment

1 and 2, transmitting sign M only is made of (in the example shown sign, has only a sign that constitutes by letter " SEED "), and in the sign belt conveyor T of this embodiment, as directed, transmit sign M and constitute by Mb between the clear area that indicates Ma and be used for writing in the above.

More particularly, shown in Figure 11 B, sign Ma is a design logo " FAXED ", and between the clear area that is used for writing in the above be one with the clear area that combines of sign Ma " FAXED " with given shape and size between (inboard of oval frame), Mb is used to write the date between this clear area.

Mb constitutes the sign alignment layer 18 of the transmission guide seam 16 identical with embodiment 1 between sign Ma and clear area.

Also be, shown in Figure 11 A, sign alignment layer 18 by a plurality of signs (between sign " FAXED " and the oval clear area that is used for writing in the above) M ', M ', M ' ... constitute, they are at the moving direction of base strap 15, by specific spacing, continuously, the tearable arrangement of turning up the soil, these signs M ', M ', M ' ... be formed on the sign cambium layer 17 by above-mentioned known printing technology.

Sign cambium layer 17 not only has above-mentioned basic function (the formation function of sign alignment layer 18 and bonding and the fixed function that transmits guide seam 16), also having permission with the function of writing above ballpoint pen or other writing implement 60 are between the clear area, is to transmit sign M to transmit the back and transmit the surface of guide seam 16 and form part between this clear area.

For this purpose, sign cambium layer 17 is made by showing these materials with function.The sign cambium layer 17 of this embodiment is preferably made by the transparent resin material of drying type, this material is applicable to the superficial layer after the separation, allow to write in the above, and have at certain bonding fixed performance on the surface of the base strap 15 of peelable processing with writing implement 60.

In having the sign means of conveyance 1 of this kind structure, identical transfer operation by explanation among the embodiment 1, after the transmission sign M on the sign belt conveyor T is sent on the transit area 50, the character that requires (shown in situation, be the date) can adopt writing implement 60 to write on Mb between the clear area of transmitting sign M.

Like this, transmit that sign M comprises sign Ma and the clear area that is used for writing in the above between Mb, therefore, may on the material of not write, directly write, or in case write on the material unclean and write with regard to wiping with writing implement 60.

Other structure and operation are identical with embodiment's 1.

Another particular instance that transmits sign M (Mb between sign Ma and clear area) is shown among Figure 12 B and Figure 12 C.

In Figure 12 B, with above shown in identical, Mb combines between sign Ma and clear area, wherein (1) is a sign, it comprises the sign Ma " RECEIVED/withthanks/SEED " that is enclosed in the rectangle frame and is produced on the rectangle that indicates under the Ma " RECEIVED/with thanks/SEED " writes interval Mb, and Mb is used to fill the date between the clear area that this is used for writing in the above.

In (2), sign Ma is a rectangular box, and it has 7 rectangle lattices that formed by thick line and fine rule, and they are formed in the rectangular box, as the white space Mb that writes in the above, these 7 lattices of Mb can be filled Japan and be posted numbering (being made of 7 numerals) between the clear area.

On the other hand, in Figure 12 C, Mb is provided with abreast between sign Ma and clear area, and wherein, (1) is a sign Ma " Tel: ", follows by Mb between the clear area, is used for the writing telegraph number.

(2) be a sign Ma " Fax: ", follow, be used to write fax number by Mb between the clear area.

(3) be a sign Ma " Email: ", follow, be used to write the e-mail address by Mb between the clear area.

Embodiment 6

This embodiment is shown among Figure 13, indicates that wherein the basic structure of means of conveyance 1 is changed.

Also be, in the sign means of conveyance 1 of former embodiment, sign belt conveyor T is a kind of replaceable chuck type as expendable parts, also be, the replacement type, and this embodiment proposes a kind of disposable throwing and loses type,, comprises that all parts of sign belt conveyor T all are expendable parts that is.

In the sign means of conveyance 1 of this embodiment, in hand-held housing 2, release dish 11 is installed, is twining sign belt conveyor T thereon; With receiving plate 12, be used to collect sign belt conveyor T through using, transmit a H and then be mounted to the axial centre that is centered on it and rotate at the leading end of housing 2.The ad hoc structure that transmits a H except its installation site, identical with among the embodiment 1.

Though not concrete expression in the housing body 4 of housing 2, except that release dish 11 and receiving plate 12, also will be with interlock assembly, be used for these

dishes

11,12 of reciprocal interlocking; Clutch mechanism is used to make the release rate of the sign belt conveyor T that release dish 11 and receiving plate 12 provide and accepts speed synchronizationization; And other main and basic mechanical component are assembled in the assembly.

Other structure and operation are identical with embodiment's 1.

Embodiment 7

This embodiment is shown among Figure 14 A-14C, indicates that wherein the structure of belt conveyor T is changed.

Also be, in the sign belt conveyor T of this embodiment, shown in Figure 14 A-14C, desire bonding and the transmission guide seam 16 that is fixed on the face side (downside among Figure 14 B and Figure 14 C) of base strap 15 are hierarchies of a kind of one, and it is made of presser sensor tack coat 19 and sign alignment layer 18.

In this embodiment, presser sensor tack coat 19 also plays sign cambium layer 17 among the embodiment 1, and sign alignment layer 18 is then printed and is formed on the surface of this sign cambium layer 17.

Like this, as shown in the figure, the transmission guide seam of layering 16 is bonded and be fixed on the surface of base strap 15, the surface of base strap 15 (downside among Figure 14 B and Figure 14 C) then treated so as 19 peelable by the presser sensor tack coat, can separate dividually.

In the specific manufacturing process that transmits guide seam 16, presser sensor tack coat 19 sticks, is formed on the surface of base strap 15, and sign alignment layer 18 is then printed, is formed on the surface of presser sensor tack coat 19.

Other structure is identical with embodiment 1 with operation.

Embodiment 8

This embodiment is shown among Figure 15 A-15C, indicates that wherein the structure of belt conveyor T is changed.

Also be, in the sign belt conveyor T of this embodiment, shown in Figure 15 A-15C, the transmission guide seam 16 that desire bondd, was fixed on the face side (downside among Figure 15 B and Figure 15 C) of base strap 15 is hierarchies of a kind of one, it is made of sign alignment layer 18 and presser sensor tack coat 19, and the sign cambium layer 17 of the sign belt conveyor T among the embodiment 1 then is removed.

In other words, sign alignment layer 18 directly print and be formed in base strap 15 on the surface of separating treatment, therefore, when transmitting sign, sign alignment layer 18 is torn from the surface of base strap 15, directly forms superficial layer.

Other structure and operation are identical with embodiment's 1.

Embodiment 9

This embodiment is shown among Figure 16 A-16C, and wherein, the structure of sign belt conveyor T is changed a little.

Also promptly, in the sign belt conveyor T of this embodiment, shown in Figure 16 A-16C, the face side of base strap 15 (downside among Figure 16 B and Figure 16 C) is processed into cohesiveness surface 110, and sign alignment layer 18 is directly printed and is formed on this surface.Therefore, when transmitting sign, sign alignment layer 18 is torn from the surface of base strap 15, directly forms superficial layer.

Other structure and operation are identical with embodiment's 8.

Previous embodiment 1 to 9 just implements the preferred embodiments of the present invention, and the present invention is not limited to them, but can change with various forms in its scope and revise.

For example, sign means of conveyance 1 can be realized by other ad hoc structure.In the embodiment shown, transmit a H and have so-called rotating head structure, the head main body 30 of its tool is rotatably installed around its axial centre, this kind transmission H can be used for various bands and compress and delivering position shown in Fig. 7 A to Fig. 7 C, but its also available so-called fixed head structure realized, a this transmission H only allows to use on these bands compress a kind of position with delivering position.

As describing in the literary composition, sign means of conveyance of the present invention is a kind ofly will indicate that the transmission sign on the belt conveyor is sent to the sign means of conveyance on paper or the analogue, and it comprises hand-held housing; The release dish, this release dish comprises the sign belt conveyor, and is rotatably installed in the housing; Receiving plate, this receiving plate are used to collect used sign belt conveyor, and are rotatably installed in the housing; And transmission head, the sign belt conveyor that this transmission head is used for discharging from the release dish compresses and is sent to transit area, and be set on the leading end of housing, wherein, the sign belt conveyor has presser sensor cohesiveness and transmits sign, they are turned up the soil by specific distance is tearable, place and be fixed on the surface of base strap continuously, therefore, by character, coding, figure or their the various signs that constitute can be transmitted by a kind of brand new sign tranmission techniques, this brand new sign tranmission techniques is different from common sign tranmission techniques, such as marking impression or denotation token bonding,, common user's variation preference satisfies thereby obtaining actv..

Promptly, when using sign means of conveyance of the present invention and will indicate that transmission sign on the belt conveyor is sent on the transit area of requirement of paper or analogue, housing is by finger grips, the leading end pressing section that transmits head is depressed on the transit area tightly, and move along paper, be transmitted thereby transmit sign.Also promptly, the sign belt conveyor transmits sign and tears away from it after use, and base strap is accepted and is collected on receiving plate.

When transmitting sign and constitute between by sign and the clear area that is used for writing in the above, after transmitting sign and being transmitted, can use writing implement character is write between the clear area.

In addition,, may on the material of not write, directly write with writing implement when being arranged between the clear area that is used for writing in the above when transmitting sign, or in case write just to wipe on the unclean material and write.

The embodiment that proposes in the above detailed description of the invention book is intended to disclose technical characterstic of the present invention, thereby should understand, the present invention not only is subject to the embodiment of these displayings, but should in wideer meaning scope, be illustrated, only otherwise depart from scope of the present invention or true spirit, can implement various changes and correction.

Claims

1. a sign means of conveyance is used for the transmission sign on the sign belt conveyor is sent to paper or analogue, and this sign means of conveyance comprises:

Hand-held housing;

The release dish, it includes the sign belt conveyor, and is rotatably installed in the housing;

Receiving plate is used to collect used sign belt conveyor, and is rotatably installed in the housing; And

Transmit head, the belt conveyor that marks that is used for just discharging from the release dish compresses and is sent to transit area, and is arranged on the leading end of housing,

Wherein, described sign belt conveyor has presser sensor cohesiveness and transmits sign, and they are turned up the soil, are provided with continuously and are fixed on the surface of base strap by specific distance is tearable.

2. sign means of conveyance as claimed in claim 1 is characterized in that, turn up the soil bonding and being fixed on the face side of base strap that the transmission guide seam that is made of a plurality of transmission signs is tearable, and the posterior dorsal of base strap is treated so that separate.

3. sign means of conveyance as claimed in claim 1 is characterized in that, the transmission guide seam that is made of a plurality of transmission signs is tearable turns up the soil, bonds isolator and be fixed on the face side of base strap, and the posterior dorsal of base strap is treated so that separate.

4. sign means of conveyance as claimed in claim 3 is characterized in that, at least two lines of cut are arranged on by specific distance between the transmission sign that transmits guide seam, and these lines of cut stretch point-blank and form on the whole width that transmits guide seam.

5. sign means of conveyance as claimed in claim 3 is characterized in that, many undercuts secant is arranged on by specific distance on the whole length that transmits guide seam, and these lines of cut stretch point-blank and form on the whole width that transmits guide seam.

6. as claim 4 or 5 described sign means of conveyance, it is characterized in that the disposition interval of line of cut is greater than the width that compresses of the leading end pressing section that transmits head.

7. sign means of conveyance as claimed in claim 1 is characterized in that, described transmission sign only is made of various signs.

8. sign means of conveyance as claimed in claim 1 is characterized in that, described transmission sign is by constituting between various signs and the clear area that is used for writing in the above.

9. sign means of conveyance as claimed in claim 8 is characterized in that, between the clear area that is used for writing in the above in transmitting sign, its surface forms part by allowing the material with writing implement is write to make in the above at least.

10. one kind indicates belt conveyor, and its loads and be applied in and is used for indicating the sign means of conveyance that is sent on paper or the analogue with transmitting,

Wherein, presser sensor cohesiveness transmission sign is provided with and is fixed on the surface of base strap by continuous, tearable the turning up the soil of specific distance.

11. sign belt conveyor as claimed in claim 10 is characterized in that, turn up the soil bonding and being fixed on the face side of base strap that the transmission guide seam that is made of a plurality of transmission signs is tearable, and the posterior dorsal of base strap is treated so that separate.

12. sign belt conveyor as claimed in claim 10 is characterized in that, the transmission guide seam that is made of a plurality of transmission signs is tearable turns up the soil, bonds isolator and be fixed on the face side of base strap, and the posterior dorsal of base strap is treated so that separate.

13. sign belt conveyor as claimed in claim 12 is characterized in that, at least two lines of cut are arranged on by specific distance between the transmission sign that transmits guide seam, and these lines of cut stretch point-blank and form on the whole width that transmits guide seam.

14. sign belt conveyor as claimed in claim 12 is characterized in that, many undercuts secant is arranged on by specific distance on the whole length that transmits guide seam, and these lines of cut stretch point-blank and form on the whole width that transmits guide seam.

15. as claim 13 or 14 described sign belt conveyor, it is characterized in that, the leading end pressing section of the transmission head of the disposition interval greater than flag means of conveyance of line of cut compress width.

16. as claim 13 or 14 described sign belt conveyor, it is characterized in that, described transmission guide seam forms by responsive tack coat of one lamination pressure and sign alignment layer, the presser sensor tack coat is made by presser sensor cohesiveness transparent material, the sign alignment layer has a plurality of signs, they are arranged continuously by specific spacing on the moving direction of base strap, this transmit guide seam peelable, discretely by presser sensor tack coat bonding and be fixed on base strap on the surface of separating treatment.

17. as claim 13 or 14 described sign belt conveyor, it is characterized in that, described transmission guide seam is by one lamination sign cambium layer, sign alignment layer and presser sensor tack coat and forming, the sign cambium layer is made by the cohesiveness transparent material, the sign alignment layer has a plurality of signs, they are arranged continuously by specific spacing on the moving direction of base strap, and the presser sensor tack coat is made by presser sensor cohesiveness transparent material, and it is peelable that this transmits guide seam, discretely by sign cambium layer bonding and be fixed on base strap on the surface of separating treatment.

18. as claim 13 or 14 described sign belt conveyor, it is characterized in that, described transmission guide seam forms by one lamination sign alignment layer and presser sensor tack coat, the sign alignment layer has a plurality of signs, they are arranged continuously by specific spacing on the moving direction of base strap, and the presser sensor tack coat is made by presser sensor cohesiveness transparent material, this transmit guide seam peelable, discretely by sign alignment layer bonding and be fixed on base strap on the surface of separating treatment.

19. as claim 13 or 14 described sign belt conveyor, it is characterized in that, described transmission guide seam forms by one lamination sign alignment layer and presser sensor tack coat, the sign alignment layer has a plurality of signs, they are arranged continuously by specific spacing on the moving direction of base strap, and the presser sensor tack coat is made by presser sensor cohesiveness transparent material, this transmit guide seam peelable, discretely by sign alignment layer bonding and be fixed on base strap on the surface of binder-treatment.

20., it is characterized in that described transmission sign only is made of various signs as the described sign belt conveyor of arbitrary claim in the claim 10 to 14.

21. as the described sign belt conveyor of arbitrary claim in the claim 10 to 14, it is characterized in that, described transmission sign is by constituting between various signs and the clear area that is used for writing in the above, and the surface of transmitting sign forms the material that part write by the assent writing tools in the above and makes.