305 results about "PaPeRo" patented technology

A digital ticket is procured by a client ticket consumer upon, preferably, the Internet from and by staged interaction with a ticket provider server. The digital ticket becomes embodied in a tangible transportable data storage medium, normally a 2-D bar code printed on paper by the consumer, or on the consumer's flexible disk or smart card, containing Sign(s,I||hash(R))||R where (1) R is a number having its origin in the computer of the ticket consumer, which number R is appended to (2) a number Sign(s,I||hash(R)). This number Sign(s,I||hash(R)) was earlier computed in the computer of the ticket provider as a digital signature using signature key s of a number hash(R) combined with event information I, and was subsequently communicated across the communications network to the computer of the ticket consumer. The number hash(R) was itself even earlier computed in the computer of the ticket consumer as a one-way function of random number R, which computed one-way function was subsequently communicated to the computer of the ticket provider. The number R is private to the ticket consumer and not public; the digital signature key s is private to the ticket provider.The digital ticket is redeemed by (1) transporting the transportable storage medium within which the Sign(s,I||hash(R))||R is written to the particular selected event; (2) tendering the digital ticket for verification and for admission; (3) reading the Sign(s,I||hash(R))||R to an event computer and extracting the number R; (4) decrypting the remaining Sign(s, I||hash(R)) with verification key v of the ticket producer to get hash(R) and I; (5) re-calculating from R, with the same one-way function previously used, a re-calculated hash(R); then, having this recalculated hash(R) to hand; (6) comparing the re-calculated hash(R) to the extracted hash(R). The (4) decrypting will work, producing a proper I for the selected event, and the (6) comparing will be equal, only for a legitimate ticket.

This disclosure describes an apparatus for wrapping all exposed surfaces of a large annular coil, including its hollow cylindrical core, to prevent contamination and to prepare it for shipping. A pair of opposing robotic arms hand off or transfer a roll of wrapping material, such as paper or plastic, from a gripper on one arm to a gripper on the other arm. The arms travel around both ends of the coil, handing off the roll back and forth above the coil and in the center of its hollow core, as it is slowly rotated by a variable-speed coil roller. The speed of the coil roller is adjusted such that the wrap overlaps during each successive pass around the coil, thereby ensuring its sealed integrity. A compact variable-tensioning mechanism, inserted into the roll, maintains constant tension on the wrapping material to keep it taut while being pulled around the coil. The work envelope of the robotic arms traveling around the coil is adjusted to the relative height and width of each new coil to minimize wrap time and reduce wear and tear.

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.

The invention discloses a realizing method of a terminal for tracking and positioning, identification, voice video and data transmission of a moving target satellite, in particular to an integrated navigation information system used for completing integrated ship-handling tasks on the basis of an electronic chart. The invention can integrate reckoned ship-position information, satellite positioning and radio navigation system data, chart information, voice information, video information, data information and radar information for processing and display; and the processed result is returned to various control equipment to control or prompt navigating staffs by medias such as images, voices, languages and the like. The invention not only can complete the operations which are carried out on the traditional paper chart and comprise design of intended route, calculation of distance and orientation, reckoning of position modification, positioning calculation, track indication and the like, but also can solve new problems that when the ship enters a danger area, alarming is carried out automatically, the ship avoids rock and prevents shallowness, the superimposing of the electronic chart and the radar images is used for providing more intuitive shockproof information and the chart is modified automatically. The invention can complete the construction of the platforms of the whole set of system.

A lightweight, portable lateral heat press machine that allows an operator to quickly and economically transfer graphic characters or images using an ink transfer paper process or a sublimation process, or vinyl onto the surface of a garment or an object. The device includes a vertical aligned sliding arm assembly perpendicularly aligned to a horizontally aligned chassis assembly. Attached to the chassis assembly is at least one workstation assembly and a console. The workstation assembly includes a pedestal with an exchangeable, horizontally aligned lower platen that may be selectively rotated and locked in portrait or landscape orientation and a height and pressure adjustment feature. The sliding arm assembly extends upward and forward and includes a heated, upper platen attached to a manually operated plunger. The console contains the controls for operating the heating element inside the upper platen and a timer. In a second embodiment, a second workstation assembly is provided which enables the operator to slide the arm assembly between workstations thereby enabling the operator to setup one workstation as the pressing procedure is being performed on the other.

Device (1) comprising a base (2) for holding a sheet of paper comprising an adhesive means (8). The device may comprise an arm (3) for carrying a mobile device, wherein the base is adapted to carry a document and wherein the arm provides at least one holding portion (9) for carrying a mobile device.

Systems and methods for secure, remote printing includes a mobile device (e.g., cell phone or PDA) establishing a secure communication connection with a mobile printer and a server, such a connection using one or more encryption protocols (e.g., SSL, TLS, etc.). The server encrypts the requested data and transmits it to the printer via the secure connection, whereon the printer decrypts and prints the data. The mobile device can, according to other aspects of the invention, logs operational performance characteristic of the printer, the server, and / or the communication connections therebetween. A media cartridge can be provided includes an enclosure having a substantially planar shape, wherein each of its length and width dimensions are greater than its height. An opening is disposed along a width-wise edge (e.g., a “front” of the enclosure), and one or more regions are also disposed on opposing length-wise edges (e.g., a “left side” and a “right side” of the enclosure). The regions permit a user to see and / or exert a force on sheet media (e.g., paper) contained within the enclosure.

The invention discloses a high-speed board collecting and releasing machine with an MES system and AGV vehicles. The high-speed board collecting and releasing machine mainly comprises a board placingmachine main machine body and the two AGV vehicles, wherein a paper separating platform switching mechanism is arranged in the board placing machine main machine body and comprises two parallel horizontal guide rails and a suction cup supporting frame erected on the horizontal guide rails and capable of sliding back and forth along the horizontal guide rails; a suction cup set component is arranged on the suction cup supporting frame; a left lifting station and a right lifting station which are arranged side by side are arranged below the paper separating platform switching mechanism; the paper separating platform switching mechanism is arranged between the horizontal guide rails and erected over the left lifting station and the right lifting station; the output end of a conveying mechanism is connected with the back portions of the left lifting station and the right lifting station; a robot is arranged beside the conveying mechanism; a mechanical arm of the robot is connected with a board grabbing suction cup set; and the AGV vehicles are connected with the MES system through communication cables. According to the high-speed board collecting and releasing machine, continuous production with paper separating and carrier universality are achieved, the occupied area is reduced, the equipment efficiency is improved, and the requirement of a high-end production line in the PCB industry is met.

A remote control includes a base and an insert that is attached in a detachable manner to the base. The base includes a remote control circuit, a button coupled to operate the remote control circuit and a fastener capable of holding the insert. The insert includes a printed publication (such as a card, a sheet of paper or a booklet) containing at least one leaf having human-understandable content (such as text and / or graphics). To assemble the remote control, a user attaches the insert to the fastener, so that the human-understandable content is laid over the button. Thereafter, when the user operates the button (e.g. by touching the leaf), the base transmits a remote control signal that causes a host device to visually display information related to the human-understandable content at the touched location. A base in the form of a three ring binder gives the user an intuitive feel of simply touching human-understandable content on a leaf in the binder to view a display of information related to the content. In addition to the human-understandable content, the insert can carry a predetermined pattern that can be sensed by a sensor during mounting of the insert on the base. The base transmits, in the remote control signal, a number determined from the predetermined pattern thereby to indicate to the host device the insert currently in the base.

A device for supplying coolant into a shank of a rotary tool as well as a rotary tool, in particular a drill. The abstract of the disclosure is submitted herewith as required by 37 C.F.R. §1.72(b). As stated in 37 C.F.R. §1.72(b): A brief abstract of the technical disclosure in the specification must commence on a separate sheet, preferably following the claims, under the heading “Abstract of the Disclosure.” The purpose of the abstract is to enable the Patent and Trademark Office and the public generally to determine quickly from a cursory inspection the nature and gist of the technical disclosure. The abstract shall not be used for interpreting the scope of the claims. Therefore, any statements made relating to the abstract are not intended to limit the claims in any manner and should not be interpreted as limiting the claims in any manner.

The invention discloses a single-arm robot stamping and carrying apparatus. The single-arm robot stamping and carrying apparatus comprise a machine table; a linear lifting platform is arranged in themiddle part of the machine table; a liftable robot carrying apparatus is arranged at one end, positioned on the linear lifting platform, of the machine table; an isolation paper placement plate and anisolation paper carrying apparatus for carrying isolation paper to a finished product placement plate one by one are arranged at the other end, positioned on the linear lifting platform, of the machine table; the finished product placement plate is positioned on the linear lifting platform; and the linear lifting platform is also provided with a supplied material plate structure with a compensating and lifting function. The single-arm robot stamping and carrying apparatus is mainly specific to flexible FPC board stamping and carrying. The apparatus is a four-axis robot with a liftable base; the Z axis of the robot is positioned on the base, so that the robot can walk in the narrow space of upper and lower modules of a punch conveniently; a suction cup is arranged at the tail end of the robot, and a product protection function is added at the suction cup adsorption position; the suction cup is rotatable, so that a secondary stamping function of the symmetrical products can be realizedconveniently; and the four-axis robot with the liftable base is mainly used for material carrying.

A winding-up and roll-replacing device of wide-width thin films comprises a machine frame, wherein a left small swing arm, a right small swing arm and a small air cylinder are arranged on the machine frame, the small air cylinder drives the left small swing arm and the right small swing arm to swing, and the swing ends of the two small swing arms are respectively provided with a chuck which can be used for clamping a standard paper core tube; a film supporting plate is arranged below a cutter, a hole extending transversely is formed behind a cut groove of the film supporting plate, a lower clamping wheel is arranged at the position of the hole, and an upper clamping wheel is arranged above the lower clamping wheel; a large swing arm is arranged on the machine frame and can swing, a large air cylinder which can drive the large swing arm to swing is also arranged, the large air cylinder is a dual-stroke air cylinder having a first stroke and a second stroke, a piston rod of the large air cylinder is connected with the large swing arm, and small swing shafts of the small swing arms are arranged on the large swing arm; a first winding-up roll, a second winding-up roll, a winding-up roll support and a second motor are further arranged below the large swing arm. The winding-up and roll-replacing device is suitable for winding up the wide-width thin films, achieves high priming quality, has sufficient winding-up power, and has a high automation degree, and a film roll is clamped through the chucks easily.

The invention discloses a bill provided with a two-dimensional code. The bill comprises security paper and a two-dimensional code icon. The two-dimensional code icon is arranged in any position on the plane of the security paper and is a double-layer structure label. A printing layer serves as the face layer, and a carrier layer serves as the bottom layer. The carrier layer comprises a release layer, a code printing layer and a viscose layer. The invention further provides an interactive system based on the bill. The interactive system comprises a user mobile terminal, an interactive management unit and an operator communication unit. The user mobile terminal comprises a two-dimensional code scanning unit, a user information confirming unit and a display unit. The interactive management unit comprises a two-dimensional code recognition unit, a prize winning confirming unit and a reward getting control unit. The operator communication unit comprises a user information receiving unit and a prize winning information unit. According to the bill provided with the two-dimensional code and the interactive system, a consumer can conduct anti-counterfeiting identification according to the two-dimensional code on the bill and achieve online information confirmation on the Internet at the same time, online reward getting is achieved, and the positivity of a user for asking for invoices is improved.

The invention discloses an automatic labeling device for toy producing and processing. A conveying mechanism, a labeling mechanism, an adjusting mechanism and an installing base are included. The conveying mechanism is arranged on one side of the top of the installing base. The end portion of the side, away from the conveying mechanism, of the top of the installing base is provided with the adjusting mechanism, and the labeling mechanism is arranged at the top end of the adjusting mechanism. According to the labeling device, in the toy conveying process, a label peeling plate peels label paper, when the peeled label paper makes contact with a toy, the label paper is attached to the surface of the toy, the automation degree is high, the labeling efficiency is high, and the toy production efficiency is effectively improved. According to the labeling device, the horizontal-direction inclined angle and the vertical-direction included angle between the labeling mechanism and the conveying mechanism can be adjusted, the left-right position and the front-back position of the labeling mechanism can be adjusted, and the height of limiting plates and the distance between the limiting plateson the two sides can be adjusted. The labeling device is applicable to labeling of various specifications of toys, and the application range of the labeling device is wide.

The invention relates to a tridimensional solid simulation paper model and the way of accomplish. Printing developed drawing with real object surface characteristic pattern In flat paper surface, and shearing, nicking, folding, calking rivet, embedding and assembling to the developed drawing, to get tridimensional solid simulation paper model. It is suitable for use in such domains: toys, teaching aids, art presents, greeting cards of model, DIY handcraft, and publishing, advertising.

The invention discloses a high-efficiency adhesive sticker label winding machine for non-stop operation. A rack of the winding machine is provided with a vertically arranged movable disc which is driven by a disc driving mechanism and rotates intermittently, an edge part of the movable disc is provided with four winding air shafts which are circumferentially, annularly and uniformly distributed ina spaced manner, and each winding air shaft is mounted on the rack through an air shaft mounting sleeve cup; the movable disc is provided with a paper element loading station, a first winding station, a second winding station and an unloading station which are successively arranged in the rotating direction of the disc, an automatic paper element loading assembly is arranged next to the paper element loading station on the rack, a winding switching assembly is arranged next to the first winding station on the rack, an air shaft driving assembly is arranged above the first winding station andthe second winding station on the rack, and the automatic unloading assembly is arranged next to the unloading station on the rack. According to the structural design, the high-efficiency adhesive sticker label winding machine for non-stop operation has the advantages of being novel in structural design, high in degree of automation and high in work efficiency.

Rack gear(s) of far-side paper guide(s) is / are constituted such that manner(s) of meshing with pinion gear(s) is / are made tight at respective region(s) corresponding to location(s) for constraining paper of standard size(s) (e.g., A4 landscape and B4 portrait) capable of being contained within paper supply apparatus(es), and such that manner(s) of meshing therewith is / are made loose elsewhere. Alternatively or in addition thereto, by constituting width guide plate(s) which is / are upstream in paper feed direction(s) from far-side paper guide(s) and width guide plate(s) which is / are downstream in paper feed direction(s) therefrom such that respective areas of surfaces receiving paper, and respective distances from respective width guide plates to gear mesh location(s), are respectively set so as to be more or less mutually equal, impact(s) from stack(s) of paper produced during placement of paper within paper supply apparatus(es) and / or insertion of paper supply apparatus(es) into image forming apparatus(es) may be received more or less equally upstream and downstream from gear mesh location(s) of far-side paper guide(s), and torques acting on far-side paper guide(s) upstream and downstream from gear mesh location(s) may be made more or less mutually equal.

The invention discloses a method for correcting composite type fully automatic platform bridge deflection. The method for correcting the composite type fully automatic platform bridge deflection is characterized by comprising the following steps: (1) a base is arranged and a light curtain measuring sensing unit group, a sun wheel deflection correcting unit group and an automatic limit unit group are arranged on the base; (2) a deflection correcting control system is arranged; (3) a layer of face paper is arranged; (4) a plurality of layers of corrugated paper is arranged; and (5) the sun wheel deflection correcting unit group and the automatic limit unit group operate in a matched mode, and in low speed, the automatic limit unit group is adopted to finish a deflection correcting function and in stable speed, the sun wheel deflection correcting unit group is adopted to finish the deflection correcting function. In addition, the invention further discloses a device for achieving the method. A light curtain measuring sensing mechanism serves as a measuring device, automatic edge alignment of the face paper and the plurality of layers of corrugated paper is achieved with combination of a sun wheel deflection correcting mechanism and an automatic limit mechanism, and therefore the technical problems that a fixed locating block damages paper boards, a sun wheel can not adapt to high speed and the like in the prior art are solved.

The invention discloses an automatic recycling and reusing system and method based on express paper packaging box image analysis, and the method comprises the steps: enabling a plurality of cameras torespectively collect multi-view appearance images of a paper packaging box, enabling a feature vector construction module to carry out the image analysis of the multi-view appearance images, and constructing a state feature vector; making a reuse type identification module input the state feature vector into a reuse classification neural network to identify the reuse type of the packaging box, using specification type detection equipment to carry out specification type detection corresponding to the reuse type on the paper packaging box, and making recovery reuse equipment carry out corresponding recovery reuse on the packaging box according to the reuse type and a specification type detection result. According to the system, the reusable degree and the parameter specification of the carton are recognized and classified in a carton image collection mode, the carton can be recycled in the mode of being matched with the reusable degree and the parameter specification, and accurate, rapid and automatic carton recycling and reusing are achieved.

An automatic attaching apparatus of a foamed seal member includes an attaching hand handling a foamed seal member, a preset machine in which the foamed seal member is preset, a removing machine removing a release paper, and a robot moving the attaching hand. The attaching hand picks up the foamed seal member from the preset machine, presses the foamed seal member from which the release paper is removed against an attaching surface of a work using a pressing roller in a state where the foamed seal member is floated by an air floating device, and sends out the foamed seal member to attach the foamed seal member to the attaching surface of the work.

A dosing device for the application of a coating mix (6) onto a running web, in particular a paper or paperboard web (1), which device comprises a rod (8) that is supported revolvingly over its entire length in a rod cradle (12), and a pressing device (13) acting on the rod cradle and producing a pressure of the rod onto the web (1) and onto the holding-on device (2, 17, 15) of the web, the rod (8) being provided with a wear resistant surface coating (15) with a hardness of about 10 to about 100 according to Shore A. The invention also relates to methods of using said rod, and to said revolving rod.

The invention discloses an automatic labelling machine and belongs to an intelligent robot. The automatic labelling machine comprises a labelling machine complete machine, wherein a circuit board inlet, a circuit board outlet and an observation door are arranged on side faces of the labelling machine complete machine; a conveyer for conveying a circuit board, a label feeding device for conveying label paper and a labelling device are arranged in the labelling machine complete machine; the labelling device takes out the label paper sent out by the label feeding device and pastes the label on the label paper onto the circuit board of the conveyer; the labelling machine complete machine is connected with a control system for setting a labelling position; and the control system is in communication connection with the label feeding device and the labelling device. According to the automatic labelling machine, the labelling device and the label feeding device are positioned on the side of the conveyer, so that the path that a labelling head moves to the label feeding device is short, and the labelling speed is high; the control system is accurate in positioning, high in labelling precision and safe to operate; and design of the observation door saves space, and the complete machine can use the circuit boards with different specifications and can be matched with other machines at willto construct the automatic labelling machine of a production line.

The invention relates to a full-automatic hydraulic deep embossing machine which comprises a framework, a paper conveying mechanism, a main unit, a paper collecting machine, a hydraulic mechanism and a cooler. The paper conveying mechanism, the main unit and the paper collecting machine are sequentially arranged on the framework, and the hydraulic mechanism is mounted on one side of the framework. The full-automatic hydraulic deep embossing machine has the advantages that stroke of a working piston is shortened by a two-third as long as normal work of the full-automatic hydraulic deep embossing machine is guaranteed, and is only 75mm currently, so that inlet and outlet oil quantities of cylinders can be reduced, and the working speed can be increased; the work efficiency is improved after a first measure is adopted, but the temperature of oil in an existing oil tank is quickly increased, and an existing embossing machine cannot even work normally, and the problem of increase of the temperature of the oil in the existing oil tank can be effectively solved after the direct cooler is additionally arranged in an oil tank; the hydraulic deep embossing machine is provided with a large cylinder, two small cylinders and two oil pumps, accordingly, problems of noise of the existing machine, vibration of the existing machine and impact sound can be effectively solved by a stepped pressure relief mode, measured noise is 83 decibels, impact sound can be greatly lowered, and vibration can be greatly reduced.

The current invention promotes accountability in reading, in terms of spatial, causal, temporal, protagonist, and intentionality elements of a story. A book with interactive maps was developed to emphasize the spatial and other dimensions of stories and encourage more spatial mental models, and generally more accurate situation models of the story. The interactive maps were printed on microdot paper and interspersed throughout the book, sometimes with successful completion of the activities required to obtain the page number of the next section of the book, which had been reordered in a non-sequential manner. Wireless electronic pens with cameras track X-Y location information from the microdot paper. Auditory feedback may be provided through a secondary device, like a personal computer, or directly using the electronic pen. The interactive book was tested on a group of sixth-grade students and found to reinforce spatial accountability.

The invention relates to the technical field of office equipment, and discloses a full-automatic finance binding machine which comprises a rack. A first hydraulic pump is fixedly installed above the top of the rack. A framework is fixedly installed on an extending shaft of the first hydraulic pump. An air drilling tool is fixedly installed on the lower bottom face of the framework. A first air pump is fixedly installed in an inner cavity of the framework. An ejector pin is movably installed on the bottom of the first air pump in a sleeved manner. According to the full-automatic finance bindingmachine, a glue pipe is installed in the air drilling tool in a sleeved manner before perforating, in the perforating process, the glue pipe can be synchronously conveyed into a hole, after cooperation with the ejector pin, an H-shaped sealing cavity is formed, air is injected, heating swelling is achieved, heat is conducted to the glue pipe, thus the glue pipe is softened and swelled, and fixedly bonded with the paper hole wall, and efficiency of perforating and placing of the glue pipe is higher. The glue pipe is molten and bonded to the perforating portion of paper, turning over and tearing of the paper can be prevented, more holes are not needed for fixing, the fixing effect is better, and the working efficiency of the equipment is higher.

The invention provides a paper-pen interaction system for middle and primary schools. An electromagnetic touchpad and a control module are arranged in a shell, an electromagnetic pen can perform writing operation on the electromagnetic touchpad, a positioning plate is arranged on the shell, the positioning plate can be used for fixing paper for writing, the positioning plate can fix the paper at a designated position, and a refill is arranged at the top of the electromagnetic pen; and the control module is further electrically connected with an answering module. When the system is used, homework is completely answered on the intelligent homework paper, correction is completed through a server, and finally answers and analyses are printed through a thermal printer, so that students do not need to touch a screen or operate through a mobile phone or a tablet computer in the whole homework process, distraction is not likely to happen, and meanwhile the influence on the eyes of the students is small; and meanwhile, the system also has multiple homework modes, and when an instant challenge mode and a breakthrough mode are used, students can enjoy game-like instant feedback during homework writing, so that the learning fun is increased.

The invention discloses a manufacturing method of an intelligent notebook and a handwriting recognition system, and relates to the technical field of informatization. The system comprises a notebook with dot codes, an intelligent pen, a client, a content processing server and an identification server; the intelligent pen writes on paper with the dot codes, the intelligent pen is connected with theclient through Bluetooth, the client is connected with the content processing server through a network, and the content processing server is connected through the network. Not only can the writing habit of a user on paper not be changed, but also the handwritten content can be quickly converted into an editable electronic text at the same time, and the editable electronic text can be permanentlystored and searched at any time.