mhurhangee/ep-ind-claims huggingface dataset:
A display device configured as an electronic price display comprising a storage stage for storing a product dataset that was received while communicating with a base station (25, 26) via a first radio interface of the display device, and a second radio interface for RFID or NFC communication with a self-service checkout device, wherein the display device is adapted to process a self-service checkout request received from a self-service checkout device for transmitting the product dataset via the second radio interface, characterized in that the storage stage comprises an availability dataset associated with the product dataset, which availability dataset can be used to control the availability of the product dataset, and wherein the display device is adapted to check the availability dataset when processing the self-service checkout request and only transfer the product dataset when it is available.
A ceramic heater comprising: a rod-shaped support extending in an axial direction, and comprising an insulating ceramic; and a resistor member including a heating portion embedded in a tip end part of said support, and a pair of lead portions each comprising: one end which is connected to said heating portion; another end which is exposed from a rear end of said support; and a terminal part which is exposed from an outer peripheral face of said support, wherein said heating portion and said lead portions comprise a same conductive ceramic; characterized in that a maximum heating temperature per W of power consumption is 18.4 to 30.0 degrees Celsius per watt (°C/W).
A large reactor, comprising a housing, an internal heat-exchange member, an inlet tube case and an outlet tube case, wherein the internal heat-exchange member comprises a heat-exchange winding tube; wherein the housing comprises an upper seal head, a cylinder body, a lower seal head; wherein a gas inlet and a gas outlet are provided on the upper seal head and the lower seal head respectively; wherein the numbers of the inlet tube case and/or the outlet tube case each are 2 or a multiple of 2; wherein the inlet tube case and the outlet tube case are connected to two ends of the heat-exchange winding tube respectively, wherein the heat-exchange winding tube is separated and positioned by a positioning strip from inside to outside and winds into a layer-by-layer tube set, wherein a catalyst is loaded between heat-exchange winding tubes to form a catalyst layer, characterized in that the inlet tube case and/or the outlet tube case are respectively provided on the lower seal head and the upper seal head, or on a lower part and an upper part of the cylinder body, arranged uniformly in a circumferentially symmetric manner, and wherein a steam drum is provided on the upper seal head and is also used as an outlet tube case, wherein an even number of winding tube sets in a sectorial tube distribution zone are connected to a tube sheet between the steam drum and the upper seal head.
A one-touch slide assembly type wiper blade in which rail springs are coupled to an upper side of a rubber blade, a base cover is disposed at a longitudinal center of the rubber blade having the rail springs, and left and right spoilers are assembled on left and right sides of the base cover, respectively, the rubber blade having rail insertion grooves, an upper rubber rib thickness, and a lower rubber rib thickness, wherein the base cover comprises one or more " "-shaped grip parts formed on a bottom surface of each of a front side and a rear side of the base cover and is slidingly assembled using the grip parts to be freely movable in both directions; the left and right spoilers having spoiler grip parts capable of gripping in a " "-shape are respectively slidingly assembled on both sides of the slidingly assembled base cover from both directions to determine the position of the base cover; a base cover-spoiler coupling medium is formed between the base cover and each of the left and right spoilers, or a rail spring-spoiler joining medium is formed between the rail springs and the spoilers; a hinge pin is formed in the base cover such that when an adapter is freely rotatably coupled to an upper side of the base cover by a hinge, the center of a pivot of the hinge is allocated to the base cover; hinge joining grooves corresponding to the hinge pin are formed at respective ends of hinge feet protruding downward from a bottom surface of the adapter; and a wiper device is coupled to the upper side of the base cover, wherein the wiper device is provided with the arm-coupling adapter whose lower part is coupled to the base cover at the center by the hinge so as to be freely rotatable at a predetermined angle, whose upper part has a hook arm assembling part to which a hook arm is assembled, the wiper blade being characterized in that the central part of the arm-coupling adapter has an arm pin assembling groove penetrated in a longitudinal direction and the spoiler grip parts at both sides of each of the left and right spoilers are configured to simultaneously grip all of the spring rails inserted into the rail insertion grooves of the rubber blade and the upper and lower rubber rib thicknesses (111, 112) covering upper and lower sides of the spring rails.
Method for computing an AR-superposition, corresponding to "augmented reality" superposition, of additional information for display on a display unit of an observer vehicle or a pair of smartglasses, wherein the superposition of additional information is used to support the driver in the longitudinal control of the observer vehicle, wherein the superposition is computed in the manner of the enhanced reality corresponding to "augmented reality" in a contact-analogous manner to one or more objects in the vicinity of the observer vehicle, wherein the position of a vehicle travelling in front is captured, wherein, in the case of the regulation activity of a longitudinal control system for the observer vehicle being established, an animation graphic is computed when approaching the vehicle travelling in front, characterized in that the animation graphic is computed such that the animation graphic is superposed section by section starting from the observer vehicle, wherein, in the case of the first or a recurring superposition of the end of the animation graphic, an AR-superposition is computed in such a way that at least one object recognition mark (330, 335) is placed at the end of the vehicle travelling in front in a contact-analogous manner to the vehicle travelling in front, and wherein, for the purpose of indicating an approach towards or a movement away from the vehicle travelling in front, a regulation activity mark is computed, which is computed in such a way that it is superposed in the form of an arrow pointing towards the vehicle travelling in front between the observer vehicle and the vehicle travelling in front in the case of an approach towards the vehicle travelling in front, and it is superposed in the form of an arrow pointing away from the vehicle travelling in front between the observer vehicle and the vehicle travelling in front in the case of a movement away from the vehicle travelling in front, wherein the regulation activity mark is computed in a longitudinal control system for regulating distance or speed such that it moves towards the vehicle travelling in front in the case of an approach towards the vehicle travelling in front, wherein, when the target distance or the target speed is reached, the regulation activity mark is computed such that it reaches the end of the animation graphic at the position of the vehicle travelling in front and merges with the object recognition mark, wherein at least one side part of the regulation activity mark attaches itself in a contact-analogous manner next to the object recognition mark.
A mobile silo arrangement, comprising a silo chamber with silo stock made of silage, said silo chamber being laterally bounded by two approximately parallel side walls extending in the longitudinal direction, and comprising a flexible film arrangement covering the silo stock, and an uncovering device which is movable in the longitudinal direction and by means of which the film arrangement, from a front side of the silo chamber, can be lifted from the silo stock for step-by-step removal of silage up to a front edge of the remaining residual silo stock and can be wound up on a film reel, wherein the uncovering device contains a movable holding-down device (GR, GA), by means of which the film arrangement can be pressed in the respective new longitudinal position onto the upper side of the residual silo stock, and the holding-down device contains a weight arrangement with one or several weights that can be placed on the film arrangement, characterized in that the weight arrangement can be lifted from the film arrangement by means of a lifting device (GG, GW) before a displacement of the uncovering device and can be placed on the film arrangement after completion of the displacement.
A method for displaying data files non-hierarchically, the method comprising: providing a computer processor configured to: present a first selectable icon associated with a first data file, the first selectable icon having a perimeter and the first data file being associated with at least two attributes; and present at least two selectable indicators (108, 110, 112) in proximity to the perimeter of the first selectable icon, each of the at least two selectable indicators being associated with one of the at least two attributes of the first data file associated with the first selectable icon and each selectable indicator being associated with a certain value of said attribute, wherein each indicator, upon selection, enables a user to interact with the first data file with respect to the attribute associated with the selected indicator; present a second selectable icon associated with a second data file; wherein the first and second selectable icons are non-hierarchically presented. providing a computer processor configured to: present a first selectable icon associated with a first data file, the first selectable icon having a perimeter and the first data file being associated with at least two attributes; and present at least two selectable indicators (108, 110, 112) in proximity to the perimeter of the first selectable icon, each of the at least two selectable indicators being associated with one of the at least two attributes of the first data file associated with the first selectable icon and each selectable indicator being associated with a certain value of said attribute, wherein each indicator, upon selection, enables a user to interact with the first data file with respect to the attribute associated with the selected indicator; present a second selectable icon associated with a second data file; wherein the first and second selectable icons are non-hierarchically presented. present a first selectable icon associated with a first data file, the first selectable icon having a perimeter and the first data file being associated with at least two attributes; and present at least two selectable indicators (108, 110, 112) in proximity to the perimeter of the first selectable icon, each of the at least two selectable indicators being associated with one of the at least two attributes of the first data file associated with the first selectable icon and each selectable indicator being associated with a certain value of said attribute, wherein each indicator, upon selection, enables a user to interact with the first data file with respect to the attribute associated with the selected indicator; present a second selectable icon associated with a second data file; wherein the first and second selectable icons are non-hierarchically presented.
Use of a composition comprising: a) at least one polyisocyanate including at least one dimer unit and at least one polyisocyanate, identical with or different from the preceding one, including at least one iminotriazine-dione unit, said polyisocyanates having one and/or the other, preferably both following characteristics: the molar ratio (isocyanate functions/ iminotriazine-dione units) before masking is less than 100, preferably less than 90; and/or the molar ratio (iminotriazine-dione units/ trimer units) is greater than 3; b) at least one compound bearing at least one function with mobile hydrogen selected from among primary or secondary hydroxyl functions, phenols, primary and/or secondary amines, carboxylic functions, and SH function, and c) at least one aminoplastic resin (« aminoplast » resin) of the melamine-aldehyde type, in particular melamine-formaldehyde and/or urea-aldehyde type, in particular ureaformaldehyde, or benzoguanamine type and/or their alkoxyalkyl derivatives, for elaborating a coating by cross-linking by a heat treatment. a) at least one polyisocyanate including at least one dimer unit and at least one polyisocyanate, identical with or different from the preceding one, including at least one iminotriazine-dione unit, said polyisocyanates having one and/or the other, preferably both following characteristics: the molar ratio (isocyanate functions/ iminotriazine-dione units) before masking is less than 100, preferably less than 90; and/or the molar ratio (iminotriazine-dione units/ trimer units) is greater than 3; b) at least one compound bearing at least one function with mobile hydrogen selected from among primary or secondary hydroxyl functions, phenols, primary and/or secondary amines, carboxylic functions, and SH function, and c) at least one aminoplastic resin (« aminoplast » resin) of the melamine-aldehyde type, in particular melamine-formaldehyde and/or urea-aldehyde type, in particular ureaformaldehyde, or benzoguanamine type and/or their alkoxyalkyl derivatives,
A transportation device in a brush production machine, including a holder to be transported for a plurality of brush parts to be machined successively or for bristle receptacles to be bristled successively, and including a servo drive motor for moving the holder to move brush parts or bristle receptacles into and out of a machining position, wherein between the servo drive motor and the holder there is provided a step-type transmission, characterized in that a control unit, which is coupled to the servo drive motor, is provided which starts and decelerates the servo drive motor in a stepwise fashion.
An airbag device provided in a vehicle having a prescribed structure suspended from an upper center of a vehicle interior in a vehicle widthwise direction, the airbag device comprising: a main bag inflated and deployed in front of a seat, a center bag (114, 222, 242, 262, 282) inflated and deployed on an inner side of the main bag in the vehicle widthwise direction; and an avoidance-shaped part (154, 208, 226, 244, 268, 286) provided at an upper part of the center bag (114, 222, 242, 262, 282) and recessed at least downward to avoid contact between the center bag (114, 222, 242, 262, 282) and the structure, characterized in a rear region (160, 228, 248, 264, 284) provided behind the avoidance-shaped part (154, 208, 226, 244, 268, 286) in the center bag (114, 222, 242, 262, 282) and protruding above a lower end of the structure. a main bag inflated and deployed in front of a seat, a center bag (114, 222, 242, 262, 282) inflated and deployed on an inner side of the main bag in the vehicle widthwise direction; and an avoidance-shaped part (154, 208, 226, 244, 268, 286) provided at an upper part of the center bag (114, 222, 242, 262, 282) and recessed at least downward to avoid contact between the center bag (114, 222, 242, 262, 282) and the structure, characterized in a rear region (160, 228, 248, 264, 284) provided behind the avoidance-shaped part (154, 208, 226, 244, 268, 286) in the center bag (114, 222, 242, 262, 282) and protruding above a lower end of the structure.
Vertical packaging machine comprising a frame; a feed module attached to the frame and configured for supplying a film; a fold forming module configured for receiving said film coming from the feed module and for generating at least one longitudinal fold in said film; a forming tube configured for receiving the film with at least one fold coming from the fold forming module; and detection means configured for performing a first detection in a part of said film arranged between the forming tube and the fold forming module, for detecting the position of a first reference of the film, characterized in that the feed module is attached to the frame with freedom of movement and comprises a reel holder (1.0) in which the film to be supplied is wound as a reel, the machine further comprising actuation means with a first actuator (7.1) configured for causing the movement of at least the feed module with respect to the frame, in order to move the film laterally, and with a second actuator (7.2) configured for moving the fold forming module at least with respect to the feed module, in order to adjust the position of the fold formed by said fold forming module with respect to longitudinal edges of the film; and a control unit communicated with the actuation means and configured for being able to cause, while the film is being supplied, the first actuator (7.1) to move at least the feed module with respect to the frame and the second actuator (7.2) to move the fold forming module at least with respect to the feed module, the detection means being also configured for performing a second detection for detecting the position of a second reference of the film in a part of said film arranged upstream the fold forming module, preferably between the feed module and said fold forming module, the control unit being also communicated with the detection means and configured for causing, based on the first detection performed by the detection means, the actuation means to cause a coordinated and/or joint movement of the feed module and of the fold forming module with respect to the frame such that the film is moved laterally without the position of the fold changing with respect to the longitudinal edge of the film, and for causing, based on the second detection performed by the detection means, the actuation means to cause the movement of the fold forming module with respect to the feed module such that after said movement, the position of the fold generated by said fold forming module changes with respect to the longitudinal edge of the film compared with the fold generated before said movement.
A method of zero-switching a relay switching an AC-powered load, the method comprising the steps of: - Determining the switching inertia of the relay during the switch-on process and/or during the switch-off process by detecting the voltage via the relay contacts (9, 10) between the time (t ein1) of its switch-on or switch-off actuation and the time (t schalt1) of the closed or opened relay contacts (9, 10), - Monitoring the voltage curve of the voltage to be switched by the relay to determine the time of the next expected zero crossing and - Control of the relay for closing or opening the relay contacts (9, 10) at a time (t ein2) which corresponds to the time of the expected zero crossing minus the switch-on inertia or the switch-off inertia of the relay, characterized by the fact that the switching inertia is determined several times and an average value is calculated from a predefined number of switching inertia measurements, which represents the switching inertia to be taken into account when determining the time of actuation of the relay. - Determining the switching inertia of the relay during the switch-on process and/or during the switch-off process by detecting the voltage via the relay contacts (9, 10) between the time (t ein1) of its switch-on or switch-off actuation and the time (t schalt1) of the closed or opened relay contacts (9, 10), - Monitoring the voltage curve of the voltage to be switched by the relay to determine the time of the next expected zero crossing and - Control of the relay for closing or opening the relay contacts (9, 10) at a time (t ein2) which corresponds to the time of the expected zero crossing minus the switch-on inertia or the switch-off inertia of the relay,
A magnetoresistance element deposited upon a substrate, comprising: a first stack portion having opposing first and second surfaces and comprising a first plurality of layers, the first stack portion having a first substantially linear response corresponding to an applied magnetic field over a first magnetic field strength range, wherein the first plurality of layers comprises; a first pinned layer; a first spacer layer, disposed over the first pinned layer, comprised of a first material having a first thickness, wherein the first material and the first thickness are selected to result in the first stack portion having the first substantially linear response; and a first free layer structure disposed over a spacer layer; and a second stack portion having opposing first and second surfaces and comprising a second plurality of layers, wherein the first surface of the second stack portion is disposed over the second surface of the first stack portion and the second stack portion has a second substantially linear response that is different than the first substantially linear response, the second substantially linear response corresponding to the applied magnetic field over a second magnetic field strength range. a first stack portion having opposing first and second surfaces and comprising a first plurality of layers, the first stack portion having a first substantially linear response corresponding to an applied magnetic field over a first magnetic field strength range, wherein the first plurality of layers comprises; a first pinned layer; a first spacer layer, disposed over the first pinned layer, comprised of a first material having a first thickness, wherein the first material and the first thickness are selected to result in the first stack portion having the first substantially linear response; and a first free layer structure disposed over a spacer layer; and a first pinned layer; a first spacer layer, disposed over the first pinned layer, comprised of a first material having a first thickness, wherein the first material and the first thickness are selected to result in the first stack portion having the first substantially linear response; and a first free layer structure disposed over a spacer layer; and a second stack portion having opposing first and second surfaces and comprising a second plurality of layers, wherein the first surface of the second stack portion is disposed over the second surface of the first stack portion and the second stack portion has a second substantially linear response that is different than the first substantially linear response, the second substantially linear response corresponding to the applied magnetic field over a second magnetic field strength range.