50results about "Other printing matter" patented technology

The present invention relates to a 3D card in which a horizontal fold line is provided between a card center portion and a card bottom surface, a lower fold line is provided between the card bottom surface and a lower blocking surface, vertical fold lines are provided between left and right sides of the card center portion, left and right blocking films, and a lens plate, respectively, and an upper fold line is provided between an external light window and the upper blocking surface, so that the card bottom surface rotates from a lower portion to front and rear surfaces of a card, thereby forming a single card or a three-dimensional device.

A decorative item including a base, a motor mounted to the base, and a pop-up assembly coupled to the motor. The motor is operable to rotate the pop-up assembly with respect to the base. The pop-up assembly is movable between a collapsed position, in which the pop-up assembly is generally two-dimensional, and an expanded position, in which at least a portion of the pop-up assembly is generally three-dimensional, extends outward from the base, and occupies a volume of space adjacent the base. The decorative item may be a greeting card or any other suitable item intended to be gifted to a recipient.

We provide a resin film for cards or passports that offers both transparency and flexibility. [Solution] A resin film for cards or passports comprising a polycarbonate resin (A) containing a structural unit (A1) derived from a dihydroxy compound having a part of its structure represented by the following formula (1), and an impact-resistant agent, wherein the impact-resistant agent is a core-shell type graft copolymer with an average primary particle size of 300 nm or less, and is a multilayer polymer composed of a core made of saturated or unsaturated rubber components and a shell made of monomer components including a (meth)acrylic compound, and the proportion of long relaxations when the sum of short relaxations and long relaxations measured by pulsed NMR of the resin film is normalized to 1 is 0.28 or less. JPEG2026101552000010.jpg1547 However, this excludes cases where the part represented by formula (1) is part of -CH2-OH.

In carbonless notepads, this design facilitates peeling of individual sheets in sets and prevents damage to the paper. [Solution] In the carbonless notepad, the spine adhesive 2 that binds the laminated carbonless paper 1 is provided with non-adhesive areas 4 on at least a portion of both ends where the adhesive does not adhere, making it easy to grip the edges with your fingers.

The present invention provides a label sticker that allows information applied to a transparent film to be recognized even if it is the same color as the surface to which it is applied. [Solution] The invention comprises a transparent film on which information 4 is applied, an adhesive layer laminated on the film, and a release layer laminated on the film via the adhesive layer, wherein the film has a peripheral colored portion 7 applied to the periphery of the information 4. At least a part of the peripheral colored portion 7 is composed of a border portion 8 that outlines the information 4. The information 4 is composed of black, the border portion 8 of the peripheral colored portion 7 is composed of white, and the parts other than the border portion 8 are composed of chromatic colors.

This questionnaire comprises a question column where question items are listed and a column for answers to the question items. The question items include the following question items (1) to (5). Question item (1): a question about the presence or absence of asthma history. Question item (2): a question about the presence or absence of wheezing. Question item (3): a question about the presence or absence of breathing difficulty at rest. Question item (4): a question about the presence or absence of awakening at night due to breathlessness or coughing. Question item (5): a question about the presence or absence of symptoms such as coughing or shortness of breath depending on weather or season.

This invention relates to printed matter and a method for manufacturing printed matter. In the printed matter, a recording medium is folded and pressed together using the surface where the image portion and the pressure phase change layer are formed as the pressing surface, or the recording medium is overlapped and pressed together with other recording media using the surface where the image portion and the pressure phase change layer are formed as the pressing surface, the pressing surfaces of the printed matter are peeled off from each other, and the printed matter is unfolded. When observing the surface on the unfolded object corresponding to the pressing surface of the printed matter, at the outer edge portion E corresponding to at least one edge of the printed matter, the exposed area ratio EA of the pressure phase change layer is less than the exposed area ratio IA of the pressure phase change layer in the region other than the outer edge portion E.

A substrate (S) for use in forming a security product, e.g. a banknote, the substrate (S) having a laminated structure (1, 5, 3, 2) comprising: at least one upper layer (1, 5) of polymeric material; and at least one lower layer (3, 2) of polymeric material; wherein the laminated structure (1, 5, 3, 2) includes at least one at least partially diffractive optical security element (4) incorporated between the upper (1, 5) and lower (3, 2) layers.

A duplex printing system for performing duplex printing on cards, and a card personalization system that includes the duplex printing system. In each instance, the duplex printing system is configured to have at least two cards simultaneously therein whereby the two cards are simultaneously processed by the duplex printing system. The duplex printing system further includes a card printing mechanism that is configured to perform printing on the two cards, and a card flipper that is configured to flip the cards. First and second separately movable card transports support the two cards thereon so that each of the two cards can be separately transported through the duplex printing system including to and from the card printing mechanism and the card flipper.

This paper presents a method and structure in which a card image is materialized on the front of the card, a three-dimensional image is displayed on the back of the card, and a three-dimensional observation structure that allows for the three-dimensional observation of such a three-dimensional image is combined in a thin film form on a single card. [Solution] The three-dimensional card is characterized in that a horizontal fold line 10 is provided between the central part 1b of the card and the bottom surface 1c of the card, a lower fold line 8 is provided between the bottom surface 1c of the card and the lower shielding surface 7, vertical fold lines 15 are provided on the left and right sides of the central part 1b of the card and between the left and right shielding films and the lens plate 5, and an upper fold line 8 is provided between the light window 2 and the upper shielding surface 6, so that the bottom surface 1c of the card rotates and moves between the front and back surfaces below the card 1 to become a single card 1 or a three-dimensional device.

The utility model relates to a card technology field, concretely disclose a kind of rotating waterfall machine card, including card body, rotating waterfall machine is provided on the card body, rotating waterfall machine includes handle, rotating folding plate and several decorative cards, the handle is rotatably installed on the card body by rotating plate, the side of the handle is adhered with one end of the rotating folding plate, the other end of the rotating folding plate is adhered with the card body, the decorative card is sequentially pasted on the rotating folding plate.The utility model increases and sets rotating waterfall switch, when using, the handle is pulled to drive rotating folding plate to carry out rotating movement, and then drive decorative card to stand, overturn in turn, realize rotating display effect, increase interesting and playability, can satisfy the diversification needs of user.

The aim is to provide a folded business card that can contain a large amount of information compared to a single-sheet business card, can be manufactured cheaply and easily because most of the front and back surfaces of the paper are not covered with a pseudo-adhesive medium, and allows the recipient to reliably peel and unfold the large amount of information contained inside. [Solution] The solution is provided by a folded business card in which a unit sheet, composed of two sheets connected vertically via fold lines, is connected horizontally via vertical fold lines, the unit sheet is initially folded so that it overlaps from the vertical fold line, and finally folded in half from the horizontal fold line, and the inner surfaces of the two folded surfaces are then peelably bonded together with a pseudo-adhesive medium.

This utility model discloses a sound-emitting collectible card, comprising: a shell, a battery disposed within the shell, a magnet disposed within the shell for attaching the shell, and a speaker disposed within the shell. The speaker is connected to the battery, which drives the speaker. The shell also includes a battery compartment whose inner dimensions match the outer dimensions of the battery, and the battery compartment is used to house the battery. This sound-emitting collectible card, with its speaker and sound outlet design, breaks through the limitations of traditional visual display. It can dynamically play cultural and creative stories, instructions, and other content in audio format, creating a multi-dimensional information delivery scenario and significantly enhancing the user's immersive experience. The dual control mode of buttons and NFC coils supports both manual triggering of audio playback and automatic wake-up when the user approaches via near-field communication technology, meeting the convenient operation needs of different usage scenarios.

The application relates to the technical field of certificates, and an intelligent certificate comprises a certificate shell body, a certificate inner core and an NFC chip, the certificate inner core is connected to the certificate shell body, and the NFC chip is connected to the certificate shell body or the certificate inner core. The intelligent certificate effectively overcomes the limitation of limited certificate content by introducing the NFC chip in the traditional certificate structure, the NFC chip can store more data about the origin of the certificate and the information of the certificate holder, and other people can use electronic devices to approach the NFC chip, open corresponding pictures, characters, videos, applets or websites and the like to read corresponding extended information, and the content carrying capacity and the proof effect of the certificate are improved.

A Torah scroll case includes a middle section which is hinged at opposite sides thereof to first and second outer sections by hinges. Each of the sections forms part of a full shape, so that when the sections are closed, the sections form a closed full shape, The sections, when closed, form upper and lower discs, the upper disc including upper disc portions formed on the middle section and the first and second outer sections, and the lower disc including lower disc portions formed on the middle section and the first and second outer sections. The first and second outer sections each include a pole for placing thereon a Torah scroll, and each of the poles extends between the upper and lower discs. A hinge assembly couples the first and second outer sections to each other and to the middle section.

This disclosure relates to a method and system for uploading a baggage image collection, including images of the contents of baggage items, to a cloud storage system. This collection is acquired by a computed tomography imaging system. The scanner scans the identification information on the baggage items and obtains a baggage identification record that identifies the item and passenger data associated with the first mode of transport (FMOT). A screening manifest is inferred from this record and lists the second modes of transport (SMOT) that require baggage screening based on rules and regulations specific to SMOT, which are different from those of FMOT. Images of the accessed content are re-analyzed to determine whether the content complies with the rules and regulations of the SMOT. An authentication record is created and lists the security compliance results for the SMOT. If the compliance result is positive, the baggage items can bypass baggage screening by the SMOT.

A substrate for security verification, including a first substrate layer including a first transparent region; a second substrate layer including a second transparent region; and an intervening substrate layer between the first substrate layer and the second substrate layer including an intervening transparent region positioned with respect to the first and second transparent regions, wherein the first substrate layer includes a first image that is laser-engraved on the first transparent region and the second substrate layer includes a second image deposited on the second transparent region, the first image and the second image being configured to interact to create a visual dynamic pattern when a viewing angle of the substrate changes.

The present invention relates to a system (100) for adjusting positions of rollers in an outsert making machinery. There are frequent manual errors in existing outsert-making machinery during adjustment of grooving rollers. The system (100) includes an input interface (30) which receives input data regarding geometrical parameters of a strip (13') and final outsert (16') which sends data to a processor (50) configured in a workstation (40). The processor calculates an output data in the form of geometrical details of the grooving rollers (21) and positions of the grooving rollers (21) on grooving shaft(s) (22) and displays the output data on a display (60). Based on data displayed, an operator can manually adjust the positions of the grooving rollers (21) or the workstation (40) actuates a mechanism (70) to adjust grooving rollers (21) and a control unit (80) to adjust operational parameters of folding units (14a', 14b').

The present invention relates to a printed matter manufacturing method and a printed matter manufacturing system. The printed matter manufacturing method of the present invention has the following steps: a color image forming step; a pressure phase change particle imparting step; a bonding step; and a pressure bonding step. The pressure phase change particle contains a styrene resin containing styrene and other vinyl monomers in the polymerization component and a (meth)acrylate resin containing at least two (meth)acrylates in the polymerization component, the mass ratio of the (meth)acrylate in the entire polymerization component of the (meth)acrylate resin being 90 mass% or more; the pressure phase change particle has at least two glass transition temperatures, and the difference between the lowest glass transition temperature and the highest glass transition temperature among the glass transition temperatures exhibited by the pressure phase change particle is 30°C or more.

A protected, full-color document, as well as the processes and systems for manufacturing it, secured by a removable scratch-off film, where protection against attacks such as alteration and / or copying is ensured by digitally imaged Benday patterns and / or digitally imaged background patterns around variable indices. By printing Benday patterns and / or an imaged background using the same four-color imagers, ease of use and integrity of the protected document are achieved from the consumer's point of view, while offering a more secure, less expensive, and more aesthetically pleasing document design. Figure from the abstract: [FIG. 2G]

The utility model provides a kind of printed matter of swing sound production, the printed matter discards traditional electronic sounder, to significantly reduce processing cost, simplify the overall structure of printed matter, and greatly improve its recyclability.Specifically, printed matter includes: panel is provided with operating hole;Bottom plate is set in one side of panel;Interlayer is set between panel and bottom plate, and interlayer is provided with slide slot, and the slide slot with the operating hole is interconnected;Slide card includes first end and second end, and the slide card is set in the slide slot, and it is configured to swing around the first end;Scraper is set in the second end of slide card;Sound production component is set between slide card and bottom plate, and the side of slide card is set to rough surface or uneven surface towards sound production component;Wherein, when the slide card swings in slide slot, the scraper scrapes the rough surface or uneven surface of sound production component, to emit sound.

The utility model relates to a card technology field, specifically disclose a kind of rotary butterfly machine card, including card body, pull display mechanism is provided on the card body, the pull display mechanism includes pull plate, stereoscopic display board and arc plate, the stereoscopic display board is pasted on the card body, pull through-hole is opened in the stereoscopic display board, one end of the pull plate is glued with the stereoscopic display board, the other end of the pull plate is pulled out through-hole outside, the arc plate is pasted on the stereoscopic display board, the arc plate is pasted with several decorative plates of different shapes, the inside of the arc plate is connected with heart plate by pull rope, the utility model increases and is provided with pull display switch on the card body, when using, the pull plate is pulled out to drive stereoscopic display board movement, so that arc plate and heart plate are in stereoscopic state display, realize pull display effect, higher interesting, can satisfy the diversification needs of user.

This disclosure aims to provide a pressure-sealed document that prevents tearing of the protected pages when opened. [Solution] The pressure-sensitive paper of the present disclosure is formed by folding a single piece of paper 1 and stacking adjacent pages together to form a document for mailing, a transparent film layer 2a is formed on the page to be protected 1b, and a pseudo-adhesive layer 2b is formed on the protective page 1c, and the page to be protected 1b and the protective page 1c are stacked with the transparent film layer 2a and the pseudo-adhesive layer 2b stacked on top of each other, the tear strength of the transparent film layer 2a is greater than the tear strength of the pseudo-adhesive layer 2b, and the page to be protected 1b and the protective page 1c are pressure-sensitive paper by the pseudo-adhesive layer 2b.

We provide the system. [Solution] Means for obtaining user income data and financial data, Means for standardizing acquired data, A means of analyzing users' spending patterns and income structure using standardized data, A means of generating individual tax-saving plans based on analysis results, A means of notifying the user of the generated tax-saving plan, A system that includes this.

To provide a continuous form prepared by fan-folding form sheets with RFID attached thereto, the continuous form being configured to properly reduce pressure applied to an IC chip of an RFID label even if the RFID label in the form sheet can be attached in a limited range.SOLUTION: A form sheet includes a group-1 form sheet with a first RFID label 11a attached thereto, and a group-2 form sheet with a second RFID label 11d attached thereto. The second RFID label 11b is formed by arranging an RFID inlet 12 which is the same as that of the first RFID label 11a, in a front / back reversed orientation with respect to the first RFID label 11a, thereby allowing the first RFID label 11a and the second RFID label 11D to overlap each other in a lamination direction and preventing an IC chip 15 of the first RFID label 11a from overlapping an IC chip 15 of the second RFID label 11d in the lamination direction.SELECTED DRAWING: Figure 16