1347 results about "Die cutting" patented technology

A female blanking die for a die cutting machine for die cutting and/or blanking a carton blank, as well as a male blanking die/female blanking die combination, and methods of producing them, and elements constituting essential integers thereof, are all provided herein. The male blanking die/female blanking die combination includes a specifically-configured male stripping die. Such male stripping die includes a template having a particularly-specified perimeter, the template including a plurality of foam plastic pads which are removably secured to the undersurface of the template, the template being accurately secured at a predetermined position to the underface of a movable upper plate of the blanking station of the die cutting machine. The male blanking die/female blanking die combination also includes a specifically-configured female blanking die. Such female stripping die includes a rectangular framework and a plurality of grid support members, each grid support member having a slot across its upper face, the grid support members being selectively disposed along the internal perimeter of the rectangular framework. A grid is provided comprising a plurality of intersecting rails, the pattern of the intersecting rails having a predefined shape. The grid is disposed within the slots atop the grid support members. A plurality of jogger members are provided which are selectively disposed along the internal perimeter of the rectangular framework, each jogging member having a particularly-recited structure. The plurality of jogger members are oriented along the internal perimeter of the rectangular framework in a particularly-recited way. The female blanking die is accurately secured at a predetermined position atop a lower fixed plate of the blanking station of the die cutting machine. The male blanking die and the female blanking die are accurately aligned to cooperate to press and separate the carton blanks from a web holding them together, and to force the separated cartons through aligned openings in the female blanking die.

Tackable and markable dry erase display boards which have no frame and which may be die cut from moldable foam material capable of receiving and holding mounting pins and substantially closing after a pin is withdrawn. Such boards are light weight and can be mounted on substantially any desired surface without hardware or tools, and can be fabricated in substantially any desired color. The boards may have convenient means for holding accessories such as an eraser or marking implement.

Ultraremovable adhesive is applied to a paper sheet to form therewith a liner sheet and the liner sheet is laminated to a cardstock sheet to form a laminate cardstock. The cardstock sheet is then die cut therethrough, but not through the liner sheet, to form cardstock cut lines that define at least in part perimeters of business cards (or other printable media). The outer face of the liner sheet is then die cut therethrough, but not through the cardstock sheet, to form liner sheet strips on a back side of the cardstock sheet. Some of the strips define cover strips covering some of the cardstock cut lines, and others of the strips define waste strips. The waste strips are then matrix removed from the back of the cardstock sheet. The resulting business card sheet construction is then fed through a printer or copier by the user and the desired indicia printed on the front sides of the business cards, while the cover strips hold the cards together as a unit sheet construction. After this printing operation, the printed cards are easily peeled off of the cover strips, ready for use. By designing the sheet construction to form in the printed media with different sizes and shapes and by including optional scored fold lines, and/or additional flexibility cut lines or flexibility perforation lines, media aside from business cards, such as post cards and greeting cards, can be constructed and used pursuant to this invention.

Thin, flexible antenna arrangements for use in communication devices, such as mobile communications devices, and methods of making and using the antenna arrangements are provided. The methods used to make the antenna arrangements are print-based and provide a simplified procedure, with a reduced number of process steps, the use of fewer materials and the production of less material waste than conventional methods based on etching and die cutting.

On the top part of the pleated-style bag (1) or “American”-style bag (2), without pleat, and near its open edge, it has some die cut drill holes with a rectangular (3) or circular (5) shape, located at a sufficient distance from the top edge to allow performing some folds (4) to close the bag (1) or (2), being said die cut drill holes (3) or (5) located just below said folds (4), defining the height, from the folds (4) to the base (8) of the bag, for its usable capacity. In the “American”-style bag (2) there is a second area (7) of die cut drill holes, which allows performing more folds (4) when closing the bag (2). It optionally has two reinforcements made of paper, fabric or cotton mesh, attached to the inner sides and in the area of the die cut drill holes, which can have a rectangular shape (3) with its flap (3a), and a circular (5), triangular (9), ovoid (10), semi-circular (11) slanted (12) or multi-slanted (13) shape.

An easy-open and reclosable package includes a pouch including a discrete strip, between first and second side panels, including a sealing segment, a backing segment, and an intermediate layer including a pressure sensitive adhesive; a first portion of the strip anchored to the first panel at a first location, and a second portion of the strip anchored to the first panel at a second location; a die cut in the first panel defining a die cut segment, so arranged that when the package is opened, the sealing segment is partially removed from the discrete strip, the intermediate layer comprising a pressure sensitive adhesive is partially exposed, and the package can be reclosed by adhering at least one of the first and second panels to the adhesive; and a product in the pouch.

A method and apparatus for producing shaped articles from a web material is disclosed. The apparatus generally includes a rotary cylinder adapted to receive a flexible cutting die, and an anvil roller operating in cooperating rotational movement with the rotary cylinder. The cylinder includes attachment mechanisms that are adapted to be received by apertures in the flexible cutting die to thereby secure the cutting die to the cylinder. The apparatus die cuts web material into predetermined shapes.

An easy-open/reclosable gusseted package includes a reclosure mechanism including a first and second interlocking strip; a die cut in a first panel and in a first and optionally a second gusset. The die cut defines a die cut segment spaced from the first and second ends of the package that can be displaced to open the package and access a contained product between the interlocking strips, the interlocking surfaces being at least partially exposed. The package can be reclosed, after removing the die cut segment, by engaging the interlocking surface of a second portion of the first interlocking strip with itself in the first gusset, and optionally a third portion of the first interlocking strip with itself in the second gusset, folding the package, and engaging the interlocking surface of the second interlocking strip with the interlocking surface of the first portion of the first interlocking strip.

An easy-open and reclosable package includes a pouch including a discrete tape including a base strip between first and second side panels; at least a first portion of the first surface of the strip coated with a pressure sensitive adhesive and adhered by the adhesive to the inner surface of the first panel at a first location, and the second surface of the strip anchored to the inner surface of the second side panel; a die cut in the first panel, defining a primary die cut segment so arranged that when the package is opened, it can be reclosed by adhering the adhesive to the first panel; and a product in the pouch. A secondary die cut segment can be disposed between the primary die cut segment and an end of the package. This secondary die cut can be at least partially underlain by the adhesive.

The invention provides a no-body-paper label as well as a process method and a label roll thereof. A baseband layer is subjected to die cutting and cut into a waste material unit and a plurality of lined-up single label units, and the waste material unit and each label unit are respectively connected by multiple sections of reserved or adhered connecting lines to form an entangled structure. The method comprises the following steps that the label is firstly pressed and pasted on a pasted object by a thermoprinting machine or a thermal transfer printer or a heat sealing machine; then, the waste material unit is pulled; the connecting lines are broken or stripped; and the label units are separated from the waste material unit so as to finish the label pasting working procedure. According to the invention, material waste can be reduced, and cost is reduced. According to the invention, the automatic label pasting speed can be improved by the traditional general equipment, and the limitation of a rectangular label can be broken through.

An easy-open and reclosable package includes a pouch including a discrete strip, between first and second side panels; including a sealing segment, a backing segment, and an intermediate layer including a pressure sensitive adhesive, the first surface of the strip anchored to the inner surface of the first panel at a first location, and the second surface of the strip anchored to the inner surface of the second side panel at a first location; a die cut in the first panel, defining a primary die cut segment so arranged that when the package is opened, it can be reclosed by adhering the adhesive to the first side panel; and a product in the pouch. A secondary die cut segment can be disposed between the primary die cut segment and an end of the package. This secondary die cut can be at least partially underlain by the adhesive.

This invention provides an apparatus for attaching a cutting strip to a carton blank. The apparatus includes a first member for conveying carton blanks past a second member, and the second member is arranged to cut a cuffing strip from a supply of cuffing strip material and deposit the cutting strip upon a carton blank. The first member may be a conveyor belt fitted with a suction member, and the second member may be upper and lower dies that are movable relative to one another and a member that can feed a supply of cutting strip material between the dies. Initial downward movement of the upper die cuts a cutting strip from the supply of cutting strip material and the cutting strip is retained on the upper die. Further downward movement of the upper die brings the cutting strip into contact with a carton blank. The apparatus may also include an alignment member to ensure that the carton blanks are properly positioned relative to the second member when the cutting strips are attached.

The invention discloses an automatic die cutter of an injection nozzle, relates to the field of die cutting equipment of injection nozzles, and aims at solving the problems of low production efficiency, high production cost and the like due to the fact that existing nozzle cutting equipment needs an auxiliary artificial operation when cutting the nozzle. The invention provides an automatic die cutter of an injection nozzle. The automatic die cutter is characterized in that an upper die of a jig is connected with a first cylinder, and driven by the first cylinder to do a linear reciprocating motion in the vertical direction; a vacuum chuck for grabbing a plastic product arranged inside a lower die of the jig is embedded inside the upper die of the jig; the vacuum chuck is connected with a vacuum generator; the lower die of the jig is fixedly connected with a frame through a lower die movement device capable of driving the lower die to do a linear reciprocating motion along the horizontal direction. By adopting the automatic die cutter of the injection nozzle, a full-automatic operation of the processing procedure of the injection nozzle can be achieved; seamless joint with the previous procedure and the next procedure is achieved; the procedure of manually picking up and putting a manual cutting device and manually collecting products from a die cutting tool are reduced.

The invention relates to an anti-counterfeiting electronic tag and a manufacturing method thereof. The method is characterized by comprising the following steps of: pre-treating an antenna base material for bearing an antenna before the base material is stuck with the antenna, namely processing a notch on the antenna base material in advance by technology of die cutting, laser and the like, wherein the notch is a full-penetration notch when the antenna base material is selected from thermoplastic resin with high strength, and two thirds of the thickness of the antenna base material is cut when the antenna base material is selected from a paper material with low strength; and then manufacturing the antenna on the antenna base material. The anti-counterfeiting electronic tag manufactured bythe method is difficult to be completely torn from a stuck object; and even if the electronic tag is forcibly torn, the antenna is damaged, and the tag further loses effectiveness, so the anti-counterfeiting purpose is fulfilled.

The invention provides a CCD automatic positioning die cutting machine, and belongs to the field of die cutting equipment. The CCD automatic positioning die cutting machine comprises a die cutting main machine for providing stamping power, a control box for centralized control, a feeding mechanism for feeding materials and a positioning adjusting mechanism for die cutting horizontal adjusting automatic positioning. The control box is mounted behind the die cutting main machine, the adjusting mechanism is mounted on the die cutting main machine, and the feeding mechanism is mounted on the sideportion of the die cutting main machine. Compared with the prior art, adjusting in the horizontal direction can be carried out under the condition without halts, meanwhile, the die cutting precision and the die cutting efficiency are improved, it is not needed to worry about the situation that the die cutting position is wrong due to material staggering, and the CCD automatic positioning die cutting machine has the beneficial effects that the die cutting precision and the die cutting efficiency are higher.

The invention relates to the technical field of waste discharge of a die cutting tape, in particular to a single defective product removing and supplementing-pasting mechanism and method for the die cutting tape. The mechanism comprises a tape linear conveying device, a film tearing and waste discharging device and a good product supplementing-pasting device; the tape linear conveying device is used for conveying the tape and sending a defective product position to the film tearing and waste discharging device and the good product supplementing-pasting device; the film tearing and waste discharging device is used for discharging waste by adopting an adhesive tape pasting method; and the good product supplementing-pasting device is used for supplementing and pasting a good product at the original defective product position. The single defective product removing and supplementing-pasting mechanism for the die cutting tape is used for automatically removing a defective product of the rolled die cutting tape and then automatically supplementing and pasting a good product on the tape, two tasks of removing the defective product and supplementing and pasting the good product can be completed at a time, the tape does not need to be repeatedly rolled so that the deformation influence on a tape product can be small, and therefore the time for removing the defective product and supplementing and pasting the good product can be greatly shortened, the productivity can be greatly improved, the manpower requirement can be lowered, a plurality of mechanisms can be managed by one person, and the mechanism is an excellent partner of product inspection equipment.