272results about "Affixing tags" patented technology

A device for dispensing an individual plastic fastener from a supply of fastener stock to couple together two or more objects. The supply of fastener stock includes a plurality of equidistantly spaced cross links which are coupled at one end to a continuous side rail. The fastener dispensing device includes a hollowed sharpened needle shaped to define a longitudinal bore and a feed mechanism for advancing the continuous side rail of the fastener stock into direct axial alignment behind the longitudinal bore of the hollowed needle. The feed mechanism includes a rotatably mounted feed shaft, a pair of feed wheels fixedly mounted on the feed shaft, each feed wheel comprising a plurality of sprockets which are sized and shaped to engage the supply of fastener stock, and first and second clutch wheels which are releasably matingly engageable with one another, the first clutch wheel being fixedly mounted on the feed shaft and the second clutch wheel being rotatably mounted on the feed shaft, each of the first and second clutch wheels including a plurality of ratchets. As a feature of the invention, the number of ratchets on each clutch wheel is at most equal to the number of sprockets on each feed wheel.

The present invention refers to a label comprising a pasting part for pasting said label to an object and comprising an electronic device preferably for a radio frequency identification (RFID). In order to improve such a label, it is suggested that the electronic device is pivotably connected to said pasting part.

A system for use in manufacturing vapor-generating articles may include a rotatable drum that is configured to hold a plurality of the vapor-generating articles. The system may also include a tagging drum that is configured to tag a respective label to a housing of each of the vapor-generating articles. The system may also include a pressing roller that is configured to press a leading edge of the label against the housing after the tagging. The system may further include a rolling drum that is configured to roll the label around the housing after the pressing.

According to one embodiment, the plastic fastener comprises a flexible filament having a length of about 4.3 mm and a tensile strength of about 2 pounds, a first transverse bar located at one end of the flexible filament, and a second transverse bar located at the opposite end of the flexible filament. The fastener clip, which preferably does not contain a runner bar, comprises a plurality of identical fasteners of the aforementioned type, each of the fasteners being arranged in a parallel, side-by-side, spaced relationship. A connector post connects the first transverse bars of adjacent fasteners, and a connector post connects the second transverse bars of adjacent fasteners. An extra transverse bar is connected by a connector post to the first transverse bar of the last fastener, and another extra transverse bar is connected by a connector post to the second transverse bar of the last fastener, the extra transverse bars not being interconnected by a flexible filament.

The invention relates to binding equipment in the textile industry, which comprises a frame, an actuating unit, a hold-down mechanism, a steel needle movement mechanism and a plastic pin extruding mechanism, wherein the hold-down mechanism, the steel needle movement mechanism and the plastic pin extruding mechanism which are connected to the actuating unit are driven by the actuating unit to reciprocate up and down along a guide rail on a guide rail support of the frame; and the actuating unit is fixed on the frame. The binding equipment is characterized in that the actuating unit is an electric mechanism. The equipment is suitable for binding clothes, shoes and hats, and socks in families or individual workshops, and can be used for binding hangtags or a plurality of pairs of socks. The equipment is suitable for binding products with different thicknesses, and can bind plastic pins with different specifications through adjustment. The equipment is operated by means of driving two cams and a connecting rod by a motor, and changes the phenomenon that the prior equipment realizes binding through three cylinders. The binding equipment has the advantages of no air source limitation tooperation places and simple and reliable operation.

A label with top, bottom and edge surfaces is attached to a thermoplastic substrate by a method comprising the steps of:

• • A. Placing the bottom surface of the label in contact with a surface of the substrate;
  • B. Melting a portion of the substrate beneath the label or adjacent to an edge of the label;
  • C. Drawing a portion of the melted substrate over an edge of and onto the top surface of the label such that the portion of the melted substrate on the top surface of the label is continuous with the substrate; and
  • D. Solidifying the melted substrate.

The attachment does not require adhesive or mechanical fasteners, and the label and thermoplastic substrate can be made of any material that will withstand the conditions of the environment to which they will be exposed.

A fastener and a fastener assembly for fastening a plurality of layered goods or for attaching a tag to a good has at least one bulged massive portion provided at one end of a filament portion instead of a conventional T-bar end. A fastener attaching device shoots the fastener of the present invention through the goods to attach the fasteners.

A device for dispensing individual plastic fasteners from a continuous supply of 0.1875 inch pitch ladder stock includes a head assembly that is designed to receive the supply of ladder stock, sever an individual fastener from the supply ladder stock and eject the individual fastener during a single stroke of its actuation cycle. The device also includes a stepper motor for driving the head assembly through its actuation cycle, a DC power switching supply for regulating the power supplied to the stepper motor from an AC input power source, and a controller for collecting historical data relating to usage of the device and for regulating operation of the stepper motor. The controller is programmed to enable certain operational characteristics, such as stroke speed and mode, to be regulated through a user interface which includes a screen display and a plurality of control buttons.

A bottle label means having a hole on one side and an ID means on the other is optionally dispensed from a roll or stack by inserting the neck of the bottle into the hole whereby the removal provide another label that is ready for removal by a second bottle. Preferably, the labels are not identical so that each bottle has a unique identification on it without the need to write on the label.

A fastener assembly for coupling together two or more articles includes a plastic fastener and an anchoring member. The plastic fastener includes a pair of parallel cross-bars that are interconnected by a transverse filament. The anchoring member is constructed as a unitary, solid, plastic disc with opposing flattened surfaces. In use, the anchoring member is disposed against an outer surface of the articles to be coupled together. During the fastener dispensing process, the ejected cross-bar penetrates through the articles as well as the anchoring member. Upon completion, the ejected cross-bar lies directly upon the exposed surface of the anchoring member. As such, the stiffened anchoring member provides structural integrity to articles that are deformable in construction. In this manner, the anchoring member prevents intact removal of a dispensed fastener by either intentional or unintentional widening of the hole in the articles through which the fastener extends.

A needle (51) particularly well-suited for use in the dispensing of plastic fasteners (21) of the type comprising a filament (15) having a cross-bar (23-1, 23-2) at a first end thereof, each of the cross-bar (23-1, 23-2) and the filament (15) including a first flat side, the first flat sides of the cross-bar (23-1, 23-2) being coplanar. The needle (51) includes a stem portion (53). The stem portion (53) terminates in a tip (57) at its front end and is shaped to define a longitudinal bore (59) and a longitudinal slot (61) for receiving the filament (15) and the cross-bar (23-1, 23-2). The longitudinal bore (59) has a first flat side, and the longitudinal slot (61) has a first flat side, wherein the flat sides are coplanar.

Continuously connected fastener stock and a method of making same. The method, in one embodiment involves providing a rotating molding wheel, the wheel being provided with a peripheral impression comprising a pair of peripherally-extending side members interconnected by a plurality of cross-links. Molten plastic is extruded into the peripheral impression of the wheel, with a layer of controlled film overlying the peripheral impression. The molten plastic is then allowed to solidify. A knife in substantially elliptical contact with the peripheral impression is then used to skive excess plastic from the rotating molding wheel. The knife is provided with a pair of cut-out portions along its bottom edge, each cut-out portion being aligned with one of the peripherally-extending side members so as to augment the transverse cross-sectional size thereof. The continuously connected fastener stock thus formed is then removed from the rotating molding wheel. The fastener stock includes in one embodiment first and second side members each being generally circular in cross-section and a plurality of cross-links each having a flat surface.

The present invention provides a coiler which can increase the braking force of the coiler and can restrain the coiler abrasion and deformation caused by the braking. The coiler is provided with a bobbin (52) which has a disc outside plate (52b) that is formed to a large shape compared with a disc inner plate (52c). A braking mechanism (89A) clamps a large-shaped part (52e) of the disc outside plate (52b) that has a shape larger than that of the disc inner plate (52c) for braking the bobbin (52). In an embodiment of the invention, the braking mechanism (89A) clamps the disc outside plate (52b) through a braking disc (90h) and a pressure lever (90b) of a solenoid (89a) in power failure.

The invention discloses a tag binding machine comprising a frame, a linkage assembly slidably arranged on the frame, a differential power assembly driving the linkage assembly to move, a plastic pin extrusion mechanism driven by the linkage assembly, and a pedal driving the differential power assembly to move. The pedal is connected to the differential power assembly. The machine is advantaged in that: tag binding is realized with the mechanical force of the pedal, such that defects of small mechanical force and incapability of binding a plurality parts in one time of a traditional gun-type tag machine are overcome. Also, cost is saved, and other power is not needed. The mechanical-transmission tag machine has the advantages of compact structure and long service life. With the machine, tag binding of various plastic pin bullets and fabrics can be achieved.

A device for dispensing a plastic fastener from a supply of ladder-type fastener stock includes a pair of separate modules that are independently pneumatically powered by a common air source. Each module is adapted to receive and index a corresponding side rail of the fastener stock, separate a cross-bar therefrom and eject the separated cross-bar out through a sharpened needle. As a feature of the invention, the pair of modules ejects the cross-bars of the dispensed fastener in an offset relationship to minimize fastener stress. As another feature of the invention, the pair of modules is independently slidably coupled to a common mounting plate. In this manner, the spacing and angular orientation between the modules are adjustable. As another feature of the invention, the feed mechanism includes a feed pawl that selectively engages outwardly facing notches formed in the side rail to ensure accurate alignment prior to the severing process.

The invention relates to subsequent processing equipment of products produced by blowing-filling-sealing integrated equipment, in particular to a plastic ampoule blanking slitting transfer all-in-one machine. The plastic ampoule blanking slitting transfer all-in-one machine comprises a rack; a push assembly, a punch die assembly, a sucker assembly, a virtual cutting product transfer assembly, a cutter assembly, a finished product transfer assembly and a conveying assembly are sequentially arranged on the rack; the punch die assembly comprises a punch die fixing plate, a punch die, a punch die embedding plate, a compression spring and a punch die supporting plate; two sides of the punch die fixing plate are connected with the push assembly and the punch die respectively; the punch die fixing plate is connected with the punch die embedding plate through a guide shaft; the compression spring is disposed on the guide shaft; a straight slot which corresponds to the punch die is formed in the punch die embedding plate; the punch die supporting plate is disposed on the opposite side of the punch die; a claw assembly is arranged above the rack; the claw assembly is disposed on a transverse beam. The plastic ampoule blanking slitting transfer all-in-one machine is compact in structure, easy to operate, high in working efficiency and capable of excellently meeting the requirements for production speed of products by the blowing-filling-sealing equipment.

A hang tag is disclosed. The hang tag has first and second surfaces, which are preferably planar. A slot is defined between the first and second surfaces. Desirably, the slot extends at least about 0.25 inches in one direction and at least about 1 inch in another direction. Also disclosed is a method and an apparatus for automatically applying a hang tag to an elongated object (e.g., an electrical cord such as a cord set), with a machine that is suitable for applying a securement strap to an object. The method includes providing a hang tag having a slot therein. The hang tag is aligned with the machine so that when the securement strap is ejected from the machine, it passes through the slot, forms a loop around the elongated object, and is tensioned around the object. As such, the securement strap serves to attach the hang tag to the elongated object in a stationary manner.