CN102056826A

CN102056826A - Hand held non-adhesive tape dispenser with friction brakes

Info

Publication number: CN102056826A
Application number: CN2009801225828A
Authority: CN
Inventors: 沃尔斯·高斯
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-06-10
Filing date: 2009-04-15
Publication date: 2011-05-11
Anticipated expiration: 2029-04-15
Also published as: CN102056826B; EP2300342A4; US20110155839A1; WO2009149538A1; EP2300342A1

Abstract

Disclosed is an apparatus and method for dispensing non-adhesive tape carried on a spool to an article wherein the spool has a spool bore therethrough. The apparatus comprises a casing having a casing bore therethrough adapted to rotatably receive a support member therein. The apparatus further comprises a spool support for resistively and rotatably supporting the spool around the casing bore and a dispenser portion located in the casing for dispensing the non-adhesive tape therethrough. The method comprises supporting the casing on a support member located within the casing bore and securing a free end of the tape to the article through a dispenser portion of the casing. The method further comprises rotating the spool within the casing as to unwind the non-adhesive tape while the casing is moved around the article with the dispenser portion maintained in radial alignment with the article.

Description

A kind of non-adhesive strip Tape dispensers of hand-held that has friction brake

Technical field

The present invention relates generally to dispense strap, and relates in particular to a kind of method and apparatus that is used to distribute non-gluing band.

Background technology

Pipeline often utilizes thread head and is interconnected.Be well known that,, usually use the thread seal bar to bring this connection of sealing for this connection.A kind of normally used thread seal band is to be commonly referred to as pipeliner's (plumbers) band or poly tetrafluoroethylene The polytetrafluoroethylene band of band or PTFE band.Usually sell the PTFE band with the form of the roll coil of strip with the hole by the middle part.In use, before it being screwed in adaptor union or the pipeline, can twine the PTFE band around the exposed end of the screw thread of pipeline.A kind of typical method of the PTFE of winding band is the roll coil of strip of user's clamping PTFE band between one of their thumb and their finger.The user can apply friction drag by the roll coil of strip that squeezes the PTFE band betwixt then to launch band.

Be well known that the PTFE band has low frictional properties with the connection between the lubrication piping.Normally, also do not use adhesive agent that the PTFE band is fastened on the pipeline, but in fact, when twining the PTFE band around pipeline, tension force is applied on the band to move to band in the screw thread and to make band plastic deformation to screw thread.

The general problem that the PTFE band has is the fact that it lacks adhesive agent.If band is discharged by the user accidentally, this problem can cause band freely to scatter from the roll coil of strip.This problem can cause excessive band to launch from the roll coil of strip, and band may be dirty or be tangled then.These of band tangle partly often discards and therefore produces waste.

Thereby the other difficulty that the PTFE band has is to apply tension force by the user to band band is deformed in the screw thread to use the fact of PTFE band.Because the PTFE band does not have adhesive agent and therefore do not have the resistance that freely launches from the roll coil of strip, PTFE band self does not provide tension force to secure it to screw thread to band.Therefore need the user to apply the tension force of proper level to band to be applied to screw thread.When from the roll coil of strip, launching band, normally on the roll coil of strip, keep the friction clamping and apply tension force by the user.Therefore the user can control the friction size that is applied to band by controlling their clamping on the roll coil of strip.In a lot of situations or for the people with less experiences and practices, this may be difficult to exactly or control as one man.

Summary of the invention

According to the first embodiment of the present invention, a kind of method that is used for being distributed in to goods the non-gluing band that carries on the spool is provided, wherein this spool has the spool hole by wherein.This method comprises provides the shell with the shell hole by wherein, and wherein this shell is resistively and rotatably around shell hole supporting reel.This method further is included in the support component upper support shell that is positioned at the shell hole, and the dispenser portion by shell is fastened to goods with the free end of band.This method further is included in spinning reel in the shell, keeps the dispenser portion of radially aiming at goods and centers at shell and launch non-gluing band when goods move thereby utilize.

This strut member can comprise user's finger.This distribution portion can be with the non-gluing band of compressible mode clamping.When shell moved around goods, this shell can be around the strut member rotation.Shell can rotate on strut member.Shell can rotate being secured on the supporting member of strut member.

According to further embodiment of the present invention, a kind of equipment that is used for being distributed in to goods the non-gluing band that carries on the spool is provided, wherein this spool has the spool hole by wherein.This equipment comprises having the shell that is suitable for therein receiving in rotatable mode shell hole support component, by wherein.This equipment further comprise be used for around the shell hole resistively and rotatably supporting reel the spool strut member and be used for by wherein distributing dispenser portion non-gluing band, that be positioned at shell.

This support component can comprise user's finger.This shell can comprise the Grains with spool Tong Xin De.

This shell can be included in the sleeve that wherein has the shell hole, and wherein this shell can be around the sleeve rotation.Sleeve and shell can comprise supporting member betwixt.Sleeve can have central axial line, and wherein shell can be around central axial line and around the sleeve rotation.Spool can be around the central axial line rotation.Sleeve can be suitable for the clamping support component.Sleeve can be suitable for receiving slidably support component.

One of spool or shell can comprise the bias voltage projection of one of a plurality of corresponding recesses in another that is suitable for being bonded on spool or shell.These a plurality of recesses can be radially directed around the shell hole, thereby spool rotation in the enclosure will cause bump bonds recess in succession.Recess can the position on Grains, its protrusions from spool inwardly along radially extending.Spool can comprise the spool axis and perpendicular to the sidewall of spool axis.Recess can be positioned at least one inside face of the shell that is adjacent to spool, and its protrusions extends to this at least one inside face from corresponding sidewall.

Recess can be positioned at least one sidewall, and its protrusions extends to this at least one sidewall from the corresponding inside face of shell.

Spool can comprise inner cylindrical shell.Shell can comprise first side and second side, and wherein inner cylindrical shell engages with friction mode via first side and second side of shell.This equipment may further include at first side of inner cylindrical shell and shell and the friction auxiliary spacer between second side.

Spool comprises that cylindrical shell is along the sidewall that radially extends internally.Shell comprises first side and second side, and wherein sidewall engages with friction mode via first side and second side of shell.This equipment further is included in first side of sidewall and shell and the friction auxiliary spacer between second side.Dispenser portion can be with the friction mode breasting through wherein non-gluing band.

Description of drawings

In the accompanying drawing of signal embodiments of the invention, wherein similar reference character is represented consistent part in each view;

Fig. 1 be to the screw thread of pipeline use non-gluing band, according to the transparent view of equipment of the present invention;

Fig. 2 is the decomposition diagram of the equipment of Fig. 1;

Fig. 3 illustrates the calibration resistance gauge according to equipment first embodiment along the cross sectional view of the equipment of line 3-3 intercepting, Fig. 1;

Fig. 4 illustrates the calibration resistance gauge according to the further embodiment of equipment along the cross sectional view of line 4-4 intercepting, Fig. 1 equipment, and wherein spool advances with the signal limb;

Fig. 5 illustrates the friction drag device according to the further embodiment of equipment along the cross sectional view of line 4-4 intercepting, Fig. 1 equipment;

Fig. 6 illustrates the alternative friction drag device according to the further embodiment of equipment along the cross sectional view of line 4-4 intercepting, Fig. 1 equipment;

Fig. 7 is transparent view tensile part, Fig. 1 equipment with the finger that is used for the clamping user;

Fig. 8 is the transparent view of the bias voltage wall components of finger in the finger hole of Fig. 1 equipment, that be used for the clamping user;

Fig. 9 be have alternative recharge shell, according to the present invention the transparent view of the equipment of alternate embodiments;

Figure 10 is the cross section detailed view according to the distribution portion of Fig. 1 equipment of an alternate embodiments;

Figure 11 is the cross section detailed view according to the distribution portion of Fig. 1 equipment of an alternate embodiments;

Figure 12 a is to the lateral plan of Fig. 1 equipment of pipe applications PTFE band at the primary importance place;

Figure 12 b is to the lateral plan of Fig. 1 equipment of pipe applications PTFE band at second place place;

Figure 13 according to the present invention further embodiment, not with the decomposition diagram of Fig. 1 equipment of finger sleeve.

The specific embodiment

With reference to figure 1, pipeline 8 generally includes the thread head 12 that is used to be fastened to accessory and other pipeline.Can utilize thread seal band or PTFE band 14 to twine thread head 12 to seal formed connection.Be used for to goods use non-gluing band, be shown at equipment 10 places substantially to the thread head 12 of pipeline 8 according to the equipment of first embodiment of the invention and use the PTFE bands.Though equipment of the present invention signal and be described as using the PTFE band to the screw thread of pipeline one skilled in the art will appreciate that this equipment can also use the non-gluing band of other kind; As unrestricted example, other non-gluing bands comprise the thread seal band of silk ribbon or other type.

Equipment 10 comprises the shell 20 of the spool (as shown in FIG. 2) that supports the PTFE band, and this spool has finger hole 30 by the center of distributing box to receive user's finger.Equipment 10 can also comprise the dispenser portion 24 with the slit 26 by wherein, and slit 26 is used to receive the PTFE band of the thread head 12 that will be applied to pipeline 8.In certain embodiments, when PTFE band process slit 26, slit 26 can squeeze or breasting PTFE band, for example utilizes the friction shim 27 guiding PTFE bands of meaning as shown in Figure 11.One skilled in the art will appreciate that in certain embodiments, thereby thereby slit 26 can have the sidewall or the edge encapsulation slit 26 of the rising of extending from dispenser portion to be prevented from side direction slave unit 10 pull PTFE bands 14.Thereby the slit 26 that has this lateral edges will encapsulate slit 26 fully keeps PTFE band 14 therein.

In operation, the user can settle their finger and the PTFE strap ends is applied to thread head 12 by finger hole 30.After this thereby the user can be as schematically being maintained at part equipment 10, the most contiguous with thread head 12 around thread head with do exercises their finger dispenser portion 24 of basic circumference by arrow 56.Correspondingly, one skilled in the art will appreciate that by PTFE band 14 to keep radially aiming at that equipment 10 centers on the thread head 12 of pipeline 8 as schematically remains radial directed by arrow 58 with pipeline 8.

Turn to Fig. 2, Fig. 2 has illustrated the decomposition view of an embodiment of equipment 10.Equipment 10 comprises back cover 22, fore shell 40 and finger sleeve 50.Meaning ground as shown in the figure, the spool 80 of PTFE band remains between fore shell 40 and the back cover 22.Back cover 22 comprises lining plank 32 and the spool stop sleeve 34 from wherein giving prominence to.Meaning ground as shown in the figure, lining plank 32 has circular contour, but one skilled in the art will appreciate that other shape may be useful equally, for example, as an example cup-shaped.Back cover 22 can also have enclosure wall 18, and enclosure wall 18 has the distal edge 19 of extending around its periphery.Spool stop sleeve 34 has outside face 36 and inside face 38 and end margin 39.

Fore shell 40 comprises the annular header board 42 that is suitable for keeping the spool 80 of PTFE band 14 between header board 42 and lining plank 32.Fore shell also comprises the preceding enclosure wall 44 of extending from the periphery edge of header board 42.Before enclosure wall 44 comprise the distal edge 43 of the distal edge 19 that is suitable for engaging back enclosure wall 18.Header board 42 also has 45 that limit, the preceding hole 46 by wherein of internal edge by header board 42.Before hole 46 corresponding to and be suitable for engaging with the end margin 39 of spool stop sleeve 34.Finger sleeve 50 comprises the cylinder with inside face 52 and outside face 54, and wherein inside face 52 limits finger hole 30.

The spool 80 of PTFE band 14 comprises having around the outside face 84 of its winding PTFE band 14 and the central cylindrical shell 82 of inside face 86.Spool 80 can select to comprise the first side wall 88 and second sidewall 90 arbitrarily.One skilled in the art will appreciate that PTFE band 14 can directly be wound on the outside face 84 of cylindrical shell 82.Alternatively, thereby PTFE band 14 can be wound into the existing spool that can use PTFE band 14 on the disposable cylindrical shell that is fastened to central cylindrical shell 82 in current device, thereby and need not be improved or the alternative spool of PTFE band can be inserted in the equipment 10.

Spool 80 by PTFE band 14 is positioned on the outside face 36 of spool stop sleeve 34 and mounting equipment 10.The distal edge 43 of enclosure wall 44 before end margin 39 that fore shell 40 failure-freies are fastened to back cover 22 such spool stop sleevees 34 engages the distal edge joint of the internal edge 45 of header boards 42 and back enclosure wall 18.Can be by the anchor clamps that engage corresponding brake component being set on one of fore shell or back cover or being fastened to any other known method together and fore shell 40 is fastened to back cover by two and half ones with shell.When finger sleeve 50 is positioned at the hole support that shell 20 its outside faces 54 are limited by the inside face 38 of spool stop sleeve 34.Can utilize locking ring 53 fastening finger sleeve 50 in shell 20.Meaning ground is pointed sleeve 50 and can be comprised that anchor clamps 55 are to engage locking ring at its free distal end 57 places as shown in the figure.Meaning ground as shown in FIG. 2, the two keeps this two members betwixt thereby finger sleeve 50 and locking ring 53 can stride across fore shell 40 and back cover 22.Also illustrated this embodiment in the cross section in Fig. 4.One skilled in the art will appreciate that in such an embodiment not at first from finger sleeve 50 when removing locking ring 53, shell 20 can not be opened.In alternate embodiments, meaning ground as shown in the cross section in Fig. 5, locking ring 53 and finger sleeve can only keep the spool stop sleeve 34 of back cover 22 betwixt.In these embodiments, one skilled in the art will appreciate that shell 20 can open and need not from finger sleeve 50 ring 53 that goes out of lock, thus the spool 80 that can be easy to utilize new PTFE band 14 more pad device 10 once more.Can also utilize other connection between finger sleeve 50 and locking ring 53, such as, for example mantle fiber or adhesive agent.Meaning ground as shown in the figure, in the present embodiment, the spool 80 of finger sleeve 50, spool stop sleeve 34 and PTFE band 14 is coaxial around axis 28.

With reference to figure 3, thus the spool 80 of PTFE band 14 can with respect to 34 rotations of lining plank 32 and spool stop sleeve can as by arrow 59 schematically from unwinding PTFE band 14 wherein.In other words, allow shell 20 operations or the rotation of strap reel 80 or reel with respect to distributing equipment 10.This can be by allowing PTFE band 14 the central cylindrical shell 82 of spool 80 rotate in the resistance mode with respect to spool stop sleeve 34 and be accomplished.The spool 80 that one skilled in the art will appreciate that therefore PTFE band 14 is with respect to back cover 22 and therefore with respect to unsplit casing 20 rotations.In operation, will be by causing spool 80 with respect to shell 20 rotations from wherein launching PTFE band 14 during around pipeline 8 rotation when equipment, and the PTFE band is applied to pipeline.

Turn to Figure 12 a and 12b now, when the thread head 12 to pipeline 8 distributes PTFE band 14, in a plurality of positions, illustrated according to equipment 10 of the present invention.As on meaning ground as shown in Figure 12 a, thus this equipment below pipeline 8 the orientation dispenser portion in the topmost office of the equipment 10 that is adjacent to pipeline 8 orientation.As on meaning ground as shown in Figure 12 a, projection 66 and dispenser portion in equipment along radially aiming at.As on meaning ground as shown in Figure 12 b, equipment 10 center on pipeline 8 rotations now, and wherein dispenser portion is directed to equipment 10 1 sides now still still in the position of the adjacent conduit equipment end.Those skilled in the art also will observe, and between the position that is to illustrate among Figure 12 a and the 12b, the spool 80 of PTFE band 14 rotates at the shell with respect to equipment during spool 80 expansion PTFE bands 14.Between projection 66 and distribution portion 24, utilize angle 100 to illustrate rotation amount between spool 80 and shell 20.

At the spool 80 of PTFE band 14 and the resistance size between the back cover 22 is that the drag devices that utilizes as be further described below provides, and should be selected to and prevent PTFE band 14 uncoiling freely.In practice, should be chosen in the spool 80 of PTFE band and the resistance size between the back cover 22, thus if user's equipment that makes falls, then PTFE band 14 will be not freely slave unit 10 scatter.In other words, the resistance size between PTFE band and cushion body constitutes brake, and when equipment is hung by the free end 15 of PTFE band 14, should be enough to the weight of the spool 80 of fastening 10 and PTFE band 14.

In certain embodiments, should be chosen in the spool 80 of PTFE band 14 and the resistance size between the cushion body, to guarantee that 14 PTFE bands 14 are embedded at the screw thread of pipeline 8 thereby the tension force of institute's phase size is applied to the PTFE band when being used by the user.Also enough the highland selects the resistance size to have weight around the equipment 10 of the spool 80 of full PTFE band 14 with support, thereby when the free end of PTFE band is secured to goods, if the user decontrols equipment, then prevents the expansion of PTFE band 14 slave units.In addition, the size that is applied to the tension force of PTFE band 14 should be less than the tensile strength of PTFE band 14, thereby prevents from unfavorable fracture to take place being applied to goods period P TFE band.Therefore one skilled in the art will appreciate that and to select the actual resistance size that provides by equipment based on type, width and the thickness of the non-gluing band that is intended to use therewith this equipment.

Spool stop sleeve 34 also can be with respect to the user's who is arranged in finger hole 30 finger rotation.This can be achieved with respect to 34 rotations of spool stop sleeve by allowing finger sleeve 50.In such an embodiment, the size of finger sleeve 50 can be suitable for cosily centering on user's finger.In such an embodiment, the tight sliding fit of finger sleeve 50 on user's finger will help also to prevent that the user from falling equipment 10 immodestly.Can utilize roller bearing spare, journal rest spare or axle bush to allow spool stop sleeve 34 rotation on finger sleeve 50.Thereby pad 31 or other similar shock absorber can be located in the finger hole 30 makes finger hole 30 can cosily be adapted to various finger sizes.Alternatively, the meaning biasing member 33 that extended across finger hole can be used for clamping user's finger as shown in FIG. 7.Meaning ground as shown in FIG. 8, have semicircle 35 and the hold assembly of bias voltage wall 37 can be positioned at finger hole, wherein bias voltage wall 37 is suitable for clamping user's finger.One skilled in the art will appreciate that finger hole 30 and the size that is positioned at any holding device wherein can be confirmed as being fit to various fingers.Those skilled in the art also will understand, and other supporting object also can be arranged in finger hole and by in the finger hole clamping as described above such as, for example rod etc.When in use, clamping user's finger can be fastened to equipment 10 user's finger in finger hole 30.Therefore it will be apparent to one skilled in the art that utilizing pad 31 or other similarly to install holding finger will prevent that equipment 10 from falling accidentally.

Meaning ground can be limited by spool stop sleeve 34 thereby can not be with finger sleeve 50 ground mounting equipments 10 to point holes as shown in Figure 13.In such an embodiment, user's finger can receive in the finger hole 30 that is formed by spool stop sleeve 34 and can rotation freely in finger hole 30.

Meaning ground as shown in FIG. 3, drag devices can comprise that inside face 86 from the central cylindrical shell 82 of spool 80 is along the bias voltage projection 66 of radially extending.Projection 66 can by along a pair of biasing arm 67 bias voltages that circumferentially extend around central cylindrical shell 82 with along inside bias voltage projection 66 radially.Limb 60 places on the outside face 36 of spool stop sleeve 34.Limb 60 comprises a plurality of pits that replace respectively 62 and convex ridge 64.When spool along substantially in the direction of 68 places signals during with respect to 34 rotations of spool stop sleeve, thereby projection 66 matches with respect to the motion of spool stop sleeve 34 calibration spools 80 with convex ridge 62.Those skilled in the art also will understand outer sleeve can comprise a plurality of convex ridges that replace and pit, and spool stop sleeve 34 comprises along the projection 66 from wherein extending radially.Those skilled in the art also will understand, though two projectioies shown in Figure 3 can be arranged single or a plurality of projectioies around central cylindrical shell 82.Those skilled in the art also will understand, and provide institute's phase resistance thereby the central cylindrical shell 82 of spool 80 can have frictional fit on spool stop sleeve 34.

In an alternate embodiments of anticipating as shown in FIG. 4, can put limbs 60 by the sidewall 88 along hoop around spool 80.In this embodiment, projection 66 is on the far-end of the biasing arm 67 that the lining plank 32 from back cover 22 extends.Those skilled in the art also will understand, and limb 60 can be applied to the sidewall 90 of spool 80, and its protrusions 66 is extended from the header board 42 of fore shell 40.One skilled in the art will appreciate that in addition limb 60 can be applied to spool 80, and projection 66 from shell, extend corresponding to the part of the position of limb.

Turn to Fig. 5 and Fig. 6 now, Fig. 5 and Fig. 6 have illustrated a kind of alternative drag devices that utilizes friction.This fricting resistance device is included in the position that is adjacent to spool 80 sides and is applied to the header board of shell and the friction shim 70 of back plate 42 and 32.Spool does not have among the embodiment of side therein, and the

lateral edges

81 and 83 that can be adjacent to central cylindrical shell 82 is put friction shim.Meaning ground as shown in FIG. 6, spool comprises among the embodiment of

sidewall

88 and 90 therein, can be adjacent to

sidewall

88 and 90 and put friction shims.Those skilled in the art also will understand, and friction shim can be fastened to the sidewall or the lateral edges of spool 80.Friction shim 70 will have the thickness that is enough to engage with friction mode betwixt spool when fore shell and

back cover

40 and 22 are bonded with each other.Friction shim also will have enough thickness and friction coefficient with friction that enough sizes are provided to spool 80 to stop PTFE band 14 from wherein freely launching, yet allow spool 80 under user's operation, to rotate, like that the PTFE band is applied to goods with as discussed above.

With reference to figure 9, shell 20 can optionally be opened, thereby is convenient to change therein the spool 80 of PTFE band 14.Fore shell 40 can comprise corresponding cam 94 engage, the rotation lockings 92 from wherein extending that are used for and extend from back cover 22.Rotating locking 92 can break away to allow fore shell and

back cover

40 and 22 to remove from each other from cam 94.Those skilled in the art also will understand, and can also use the coupling of other type between fore shell 40 and back cover 22, such as, for example fin and screw thread coupling.In such an embodiment, one skilled in the art will appreciate that meaning ground as shown in FIG. 5, finger sleeve 50 will fully be supported by back cover 22.In such an embodiment, finger sleeve 50 can comprise the end boss 51 that is suitable for around the end margin 39 of spool stop sleeve 34.Those skilled in the art also will understand, thereby fore shell 40 can also comprise from the internal edge 45 of header board 42 and extends to lining plank 32 provides external bracing sleeve 48 from other support to header board 42.In such an embodiment, if external bracing sleeve 48 centers on spool stop sleeve 34, then limb 60 or projection can also be positioned on this external bracing sleeve.

In other embodiments, shell 20 can not be opened, from but will do not fill once more therein the disposable unit of spool 80 of PTFE band.In such an embodiment, the finger sleeve can be by fore shell 40 and back cover 22 the two supports.One skilled in the art will appreciate that in such an embodiment, the ground of anticipating as shown in FIG. 4, the end boss 51 of finger sleeve can breasting header board 42.

Turn to Figure 10 and 11 now, Figure 10 and Figure 11 have illustrated the alternate embodiments of dispenser portion 24.Meaning ground as shown in Figure 10, dispenser portion can comprise that PTFE band 14 is by its a plurality of rollers 110 of advancing.Though one skilled in the art will appreciate that and illustrated three rollers, can also utilize one, two or more than three rollers.One skilled in the art will appreciate that roller will provide other resistance for freely scattering of PTFE band 14 slave units 10.Alternatively, the ground of anticipating as shown in Figure 11, dispenser portion 24 can comprise first side 120 and second side 122, wherein further extend along the travel path of PTFE band 14 120 to the second sides 122, first side.One skilled in the art will appreciate that in such an embodiment when band is torn off near dispenser portion 24, the development length of first side 120 will be convenient to the end that the user can grasp PTFE band 14.

One skilled in the art will appreciate that some embodiments of the present invention will be suitable for receiving the existing PTFE band roll coil of strip.Those skilled in the art also will understand, and in other embodiments of the invention, can be used as compound artifact and make the PTFE band roll coil of strip to abandon after using.In such an embodiment, the external member of this equipment can for good and all be invested each other.In addition, the roll coil of strip that is used for the PTFE band of this embodiment can also comprise that the part of aforesaid calibration or fracture mechanism or more parts are ad hoc to be used by this integral type goods.

Those skilled in the art also will understand, and can also provide the special roll coil of strip of the PTFE band that comprises this calibration or fracture mechanism to use as the replaceable roll coil of strip for corresponding apparatus.

Though the disclosure has been described polytetrafluoroethylene band or PTFE, but those skilled in the art will appreciate that, with the non-gluing band of other type explicitly, this equipment and method will similarly be useful, for example comprise the antiseize band, as unrestricted example, other PTFE band comprises PTFE band and silk ribbon with nickel, copper or pottery of comprising therein.

Though described and illustrated specific embodiments of the invention, as understood ground according to claims, this embodiment should be regarded as only illustrating the present invention and unrestricted the present invention.

Claims

1. method that is used for being distributed in to goods the non-gluing band that carries on the spool, described spool have the spool hole by wherein, and described method comprises:

Shell with the shell hole by wherein is provided, and described shell supports described spool around described shell hole resistively and rotatably;

Be positioned at the described shell of support component upper support of described shell hole;

Dispenser portion by described shell with the free end of described band be fastened to described goods and

Keep with described goods in described dispenser portion and radially to aim at, when described shell moves around described goods, thereby the described spool of rotation launches described non-gluing band in described shell.

2. according to the process of claim 1 wherein that described support comprises user's finger.

3. according to the process of claim 1 wherein that described dispenser portion is with the described non-gluing band of compressible mode clamping.

4. according to the process of claim 1 wherein when described shell moves around described goods, described shell is around described strut member rotation.

5. according to the method for claim 4, wherein said shell rotates on described strut member.

6. according to the method for claim 4, wherein said shell rotates being fastened on the supporting member of described strut member.

7. equipment that is used for being distributed in to goods the non-gluing band that carries on the spool, described spool have the spool hole by wherein, and described equipment comprises:

Have the shell of the shell hole by wherein, described shell hole is suitable for rotatably receiving therein support component;

Be used for supporting resistively and rotatably the spool strut member of described spool around described shell hole; With

Be arranged in described shell with by wherein distributing the dispenser portion of described non-gluing band.

8. according to the equipment of claim 7, wherein said support component comprises user's finger.

9. according to the equipment of claim 7, wherein said shell comprises sleeve, and described sleeve has described shell hole therein, and wherein said shell can be around described sleeve rotation.

10. according to the equipment of claim 9, wherein said sleeve and described shell comprise supporting member betwixt.

11. according to the equipment of claim 9, wherein said sleeve has central axial line, wherein said shell can be around described central axial line rotation.

12. according to the equipment of claim 11, wherein said spool can be around described central axial line rotation.

13. according to the equipment of claim 9, wherein said sleeve is suitable for the described support component of clamping.

14. according to the equipment of claim 9, wherein said sleeve is suitable for receiving slidably described support component.

15. according to the equipment of claim 7, wherein said shell Bao Kuo Grains, Suo Shu Grains is concentric with described spool.

16. equipment according to claim 15, described bias voltage projection that comprises one of a plurality of corresponding recesses of being suitable for being bonded in described spool or the described shell another in wherein said spool or the described shell, thus described a plurality of recess is along radially causing described bump bonds recess in succession around the rotation of the directed described spool of described shell hole in described shell.

17. according to the equipment of claim 16, wherein said recess is positioned on the Suo Shu Grains, wherein said projection from described spool along extending radially inwardly.

18. according to the equipment of claim 16, wherein said spool comprises the spool axis and perpendicular to the sidewall of this spool axis.

19. according to the equipment of claim 18, wherein said recess is positioned at least one inside face of the described shell that is adjacent to described spool, wherein said projection extends to described at least one inside face from corresponding sidewall.

20. according to the equipment of claim 18, wherein said recess is positioned at least one sidewall, wherein said projection extends to described at least one sidewall from the corresponding inside face of described shell.

21. according to the equipment of claim 7, wherein said spool comprises inner cylindrical shell.

22. according to the equipment of claim 21, wherein said shell comprises first side and second side, wherein said inner cylindrical shell engages with friction mode via described first side and second side of described shell.

23., further be included in described first side of described inner cylindrical shell and described shell and the friction auxiliary spacer between second side according to the equipment of claim 22.

24. according to the equipment of claim 21, wherein said spool comprises from described inner cylindrical shell along the sidewall that radially extends.

25. according to the equipment of claim 25, wherein said shell comprises first side and second side, wherein said sidewall engages with friction mode via described first side and second side of described shell.

26., further be included in described first side of described sidewall and described shell and the friction auxiliary spacer between second side according to the equipment of claim 25.

27. according to the equipment of claim 7, wherein said dispenser portion is with the described non-gluing band of friction mode breasting by wherein.