mhurhangee/ep-ind-claims huggingface dataset:
A cooking appliance, comprising: a pot body assembly, a pot cover assembly and a valve body mounted on the pot cover assembly, the pot cover assembly covering the pot body assembly in an openable and closable manner, a first control panel working in a cover-open state and corresponding to a cooking function in the cover-open state, and a second control panel working in a cover-closed state and corresponding to a cooking function in the cover-closed state, wherein the pot cover assembly covers the first control panel in the cover-closed state, wherein; the cooking appliance further comprises a detection component configured to detect that a working state of the cooking appliance is the cover-closed state or the cover-open state, and transmit the detected working state to a controller, wherein; the controller comprises a first control circuit and a second control circuit, the first control panel being connected to the controller by the first control circuit, and the second control panel being connected to the controller by the second control circuit, and wherein; the controller controls to connect the first control circuit and disconnect the second control circuit when the cooking appliance is in the cover-open state; the controller controls to connect the second control circuit and disconnect the first control circuit when the cooking appliance is in the cover-closed state. a pot body assembly, a pot cover assembly and a valve body mounted on the pot cover assembly, the pot cover assembly covering the pot body assembly in an openable and closable manner, a first control panel working in a cover-open state and corresponding to a cooking function in the cover-open state, and a second control panel working in a cover-closed state and corresponding to a cooking function in the cover-closed state, wherein the pot cover assembly covers the first control panel in the cover-closed state, wherein; the cooking appliance further comprises a detection component configured to detect that a working state of the cooking appliance is the cover-closed state or the cover-open state, and transmit the detected working state to a controller, wherein; the controller comprises a first control circuit and a second control circuit, the first control panel being connected to the controller by the first control circuit, and the second control panel being connected to the controller by the second control circuit, and wherein; the controller controls to connect the first control circuit and disconnect the second control circuit when the cooking appliance is in the cover-open state; the controller controls to connect the second control circuit and disconnect the first control circuit when the cooking appliance is in the cover-closed state.
A method of producing a latent heat storage device which comprises: placing at least one graphite blank in a reactor space, the graphite blank having a given density; preheating the graphite blank at a temperature above the melting temperature (Tm) of the phase change material in a vacuum furnace; feeding the phase change material in a liquid phase into the reactor space and causing the phase change material to infiltrate the graphite blank to form an infiltrated graphite body having a density exceeding the density of the graphite blank by at least 3:1; and removing the infiltrated graphite body from the reactor space. placing at least one graphite blank in a reactor space, the graphite blank having a given density; preheating the graphite blank at a temperature above the melting temperature (Tm) of the phase change material in a vacuum furnace; feeding the phase change material in a liquid phase into the reactor space and causing the phase change material to infiltrate the graphite blank to form an infiltrated graphite body having a density exceeding the density of the graphite blank by at least 3:1; and removing the infiltrated graphite body from the reactor space.
Device for delivering printed products (2A, 2B, 2C), in particular book blocks or books, supplied in a product stream, to at least two separate stacks (26A, 26B, 26C), the device comprising an endlessly circulating conveyor belt on which the printed products (2A, 2B, 2C) are deposited, a first upper upstream deflection roller fixed to a frame, a second upper downstream, displaceable deflection roller which is arranged in a substantially horizontal plane with the first deflection roller, a third deflection roller which is arranged below the second deflection roller and is displaceable jointly therewith, and a fourth deflection roller which is arranged below the third deflection roller and is fixed to the frame, by means of which deflection rollers the conveyor belt is guided, and comprising an actuator for jointly displacing the second and third deflection rollers (8A, 8B) parallel to the horizontal plane from a first delivery position, in which the printed products (2A, 2B, 2C) are conveyed with their leading edge forward to a first stop arranged above a first product-receiving chamber for the first stack, to a second delivery position, in which the printed products (2A, 2B, 2C) are conveyed with their leading edge forward to a further stop arranged above a further product-receiving chamber for the further stack (26B, 26C), and a first and second adjustment device (30A, 30B) for changing the distance between the bases (28A, 28B) of the first and second product-receiving chambers (20A, 20B) and the horizontal plane, characterised in that the device includes an electronic control device for selecting the desired product-receiving chamber (20A, 20B) and for lowering the respective bases (28A, 28B) of the product-receiving chambers (20A, 20B), the control device being designed such that the delivery position of the deflection roller is calculated as a function of stored parameters of the printed products, in particular format, product thickness, total number of products in an order and number of products to be stacked per compartment, the data being communicated to the actuator, and the delivery position being moved to by means of the actuator and the products being stacked in the respective product-receiving chamber (20A, 20B).
Picking device for arranging between at least one automatic placement point and at least one picking workstation, comprising at least one container holder movable along a travel path from the at least one picking workstation to the at least one placement point, and comprising a rotation unit for moving the at least one container holder along the travel path, wherein the picking device has a tilt device for the at least one container holder, by means of which the at least one container holder can be tilted toward the at least one picking workstation during a movement along the travel path, wherein the tilt device has a mechanical guidance for the at least one container holder along the travel path, wherein the travel path is self-contained, and wherein the tilt device has a forced guidance for the at least one container holder, that specifies the travel path for the at least one container holder and by means of which the tilting movement of the at least one container holder can be triggered during a rotation of the rotation unit, characterized in that the at least one container holder has a tilting axis, which is spaced apart horizontally from the mechanical guidance.
A device intended for detection of non-authorised objects or substances carried by an individual in a protected access zone, including: - at least two columns (10, 20) together defining a channel by which individuals to be checked can transit, - windings (110, 120) distributed in the two columns (10, 20), adapted to emit a detection magnetic field and adapted to detect the perturbations of the detection magnetic field caused when an individual crosses the channel between the two columns, - microwave sender/receiver means (210, 220) arranged in the two columns (10, 20), and characterized in that it comprises: - analysis means adapted to analyse the signals from the receiver windings (110, 120) to detect the presence of a metallic object carried by an individual transiting via said channel formed between the two columns (10, 20), to analyse signals from microwave receivers (210Rx, 220Rx) corresponding to the microwave signals transmitted from one column into the opposite column and to the microwave signals reflected from one column towards this same column to detect the presence of dielectric material carried by the individual transiting via said channel and to set up the spatial correlations existing between the detected metallic objects and dielectric materials. - at least two columns (10, 20) together defining a channel by which individuals to be checked can transit, - windings (110, 120) distributed in the two columns (10, 20), adapted to emit a detection magnetic field and adapted to detect the perturbations of the detection magnetic field caused when an individual crosses the channel between the two columns, - microwave sender/receiver means (210, 220) arranged in the two columns (10, 20), and characterized in that it comprises: - analysis means adapted to analyse the signals from the receiver windings (110, 120) to detect the presence of a metallic object carried by an individual transiting via said channel formed between the two columns (10, 20), to analyse signals from microwave receivers (210Rx, 220Rx) corresponding to the microwave signals transmitted from one column into the opposite column and to the microwave signals reflected from one column towards this same column to detect the presence of dielectric material carried by the individual transiting via said channel and to set up the spatial correlations existing between the detected metallic objects and dielectric materials.
Angle fitting and hanging furniture mounted on said angle fitting, said angle fitting comprising a plate-shaped portion on which at least one opening (203, 216) for a fastening means is recessed, characterized in that said at least one opening (203, 216) comprises at least one horizontally aligned elongated hole (208, 209, 211, 212) which is interconnected by a connecting portion (210, 213, 214) having a widening for passing a widened head of the fastening means, the connecting portion (210, 213, 214) ends substantially centrally at the at least one elongated hole (208, 209, 211,212).
A full pull-out guide for furniture parts, in particular for drawers, - having a body rail that is attachable to a stationary furniture part, - having a running rail that is attachable to a movable furniture part, - having a middle rail, - having an inner running path arranged between the body rail and the middle rail, on which a series of first force-transferring elements (7, 7', 7") are movably arranged, - having an outer running path arranged between the middle rail and the running rail, on which a series of second force-transferring elements (8, 8', 8") are movably arranged, such that on at least one side of a vertical middle plane of the full pull-out guide an outer first force-transferring element is arranged in a vertical middle plane (V1, V1'), which extends between a vertical middle plane (V2, V2') of an inner first force-transferring element (7"), which is arranged on the same side of the vertical middle plane as the outer first force-transferring element and/or between an inner second force-transferring element (8"), which is arranged on the same side of the vertical middle plane as the outer first force-transferring element on the one hand, and a vertical middle plane (V3, V3') of an outer second force-transferring element, which is arranged on the same side of the vertical middle plane as the outer first force-transferring element on the other hand, and such that the first force-transferring elements (7, 7', 7") and the second force-transferring elements (8, 8', 8") do not intersect the vertical middle plane of the full pull-out guide. - having a body rail that is attachable to a stationary furniture part, - having a running rail that is attachable to a movable furniture part, - having a middle rail, - having an inner running path arranged between the body rail and the middle rail, on which a series of first force-transferring elements (7, 7', 7") are movably arranged, - having an outer running path arranged between the middle rail and the running rail, on which a series of second force-transferring elements (8, 8', 8") are movably arranged,
An array of space-filling polyhedral-shaped sorbent microliths, wherein at least one of the microliths comprises one or more aplanarities on one or more polygonal faces, wherein the array comprises an interpenetrating, interstitial manifold of free space.
A method of measuring a particle density of particles with a size of less than 20 μm, preferably less than 10 μm in a fluid, the method comprising the steps of: emitting a laser beam to a mirror, redirecting the laser beam by means of the mirror with a predetermined periodical movement, focusing the laser beam to a detection volume by means of an optical imaging device, determining a self mixing interference signal of an optical wave within a laser cavity of the laser if the self mixing interference signal is generated by laser light of the laser beam reflected by at least one of the particles characterized in that the method further comprises the step of: suppressing of a false self mixing interference signal for particle detection if the self mixing interference signal is caused by a disturbance in an optical path of the laser beam, wherein the false self mixing signal caused by the disturbance in the optical path are suppressed in a defined range of angles of the mirror during the periodical movement, wherein the method further comprises determining the defined range of angles based on a characteristic of the self-mixing interference signal determined during the periodical movement of the mirror. emitting a laser beam to a mirror, redirecting the laser beam by means of the mirror with a predetermined periodical movement, focusing the laser beam to a detection volume by means of an optical imaging device, determining a self mixing interference signal of an optical wave within a laser cavity of the laser if the self mixing interference signal is generated by laser light of the laser beam reflected by at least one of the particles
A device for producing an array of thermal micro-depressions in skin having a controlled distance, comprising: at least one heated tip, for producing said array of thermal micro-depressions; a controller; and a closed loop advancing and retracting mechanism, coupled with said at least one heated tip and said controller, for pushing said at least one heated tip towards skin and for retracting said at least one heated tip from skin; said closed loop advancing and retracting mechanism comprising a position encoder for providing feedback to said closed loop advancing and retracting mechanism, wherein said position encoder and said controller are for controlling a position of said at least one heated tip within skin; characterized in that said closed loop advancing and retracting mechanism detects contact of said at least one heated tip with skin; and wherein said closed loop advancing and retracting mechanism advances said at least one heated tip in skin to said controlled distance according to said position encoder and said controller controlling a position of said at least one heated tip when said closed loop advancing and retracting mechanism detects contact of said at least one heated tip with skin. at least one heated tip, for producing said array of thermal micro-depressions; a controller; and a closed loop advancing and retracting mechanism, coupled with said at least one heated tip and said controller, for pushing said at least one heated tip towards skin and for retracting said at least one heated tip from skin; said closed loop advancing and retracting mechanism comprising a position encoder for providing feedback to said closed loop advancing and retracting mechanism, wherein said position encoder and said controller are for controlling a position of said at least one heated tip within skin; characterized in that said closed loop advancing and retracting mechanism detects contact of said at least one heated tip with skin; and wherein said closed loop advancing and retracting mechanism advances said at least one heated tip in skin to said controlled distance according to said position encoder and said controller controlling a position of said at least one heated tip when said closed loop advancing and retracting mechanism detects contact of said at least one heated tip with skin.
A resource allocation method, characterized by comprising: monitoring a plurality of nodes of a shared resource pool, wherein the plurality of nodes comprise at least one node with an attribute of control plane processing board, CP, and at least one node with an attribute of user plane processing board, UP; and according to a monitoring result, adjusting the attribute of one or more nodes in the plurality of nodes; wherein, the shared resource pool composes of a dedicated CP resource pool and dedicated UP resource pool; the CP is dedicated CP, and the UP is dedicated UP, wherein the dedicated CP and dedicated UP, are used for processing functions relevant to specific dedicated user equipment, and the backup mode of the dedicated CP or dedicated UP is a resource pool manner. monitoring a plurality of nodes of a shared resource pool, wherein the plurality of nodes comprise at least one node with an attribute of control plane processing board, CP, and at least one node with an attribute of user plane processing board, UP; and according to a monitoring result, adjusting the attribute of one or more nodes in the plurality of nodes; wherein, the shared resource pool composes of a dedicated CP resource pool and dedicated UP resource pool; the CP is dedicated CP, and the UP is dedicated UP, wherein the dedicated CP and dedicated UP, are used for processing functions relevant to specific dedicated user equipment, and the backup mode of the dedicated CP or dedicated UP is a resource pool manner.
A polyurethane adhesive for laminating films, the adhesive containing at least one NCO-reactive polyurethane prepolymer and/or polyisocyanates, characterized in that the PU adhesive is liquid at room temperature and contains between 0.5 and 20 wt.% of a low-molecular compound having a molecular weight below 2,000 g/mol and containing at least one group that is reactive with primary amino groups and is selected from epoxy groups or oligomeric polyesters of unsaturated carboxylic acids.
Switch (100; 200; 300; 400; 500; 600) comprising: - first, second and third electrodes (107a, 107b, 107d; 607a, 607b, 107d); - a region made of a phase-change material coupling the first, second, and third electrodes; and - first, second, and third heater elements (109a, 109b, 109d) connected between a first surface of the region of phase-change material and the first, second, and third electrodes, respectively; and - a continuous conductive layer integrally coating a second surface of the region of phase-change material opposite to the first surface, the second and third heater elements (109b, 109d) being intended to modify the state of the phase-change material in first and second areas (113b, 113d) within said region by application respectively of a first control signal between the conductive layer and the second heater element, and of a second control signal between the conductive layer and the third heater element, wherein the first and second electrodes (107a, 107b; 607a, 607b) are intended to be connected to a radio frequency communication circuit and the third electrode is intended to be taken to a reference potential. - first, second and third electrodes (107a, 107b, 107d; 607a, 607b, 107d); - a region made of a phase-change material coupling the first, second, and third electrodes; and - first, second, and third heater elements (109a, 109b, 109d) connected between a first surface of the region of phase-change material and the first, second, and third electrodes, respectively; and - a continuous conductive layer integrally coating a second surface of the region of phase-change material opposite to the first surface, the second and third heater elements (109b, 109d) being intended to modify the state of the phase-change material in first and second areas (113b, 113d) within said region by application respectively of a first control signal between the conductive layer and the second heater element, and of a second control signal between the conductive layer and the third heater element, wherein the first and second electrodes (107a, 107b; 607a, 607b) are intended to be connected to a radio frequency communication circuit and the third electrode is intended to be taken to a reference potential.
A method on a mobile device comprising: receiving an IVIS device identifier associated with an in-vehicle infotainment system, IVIS, during initial pairing of the IVIS with the mobile device; determining and storing, at the mobile device, paired-device identity information associated with the IVIS device identifier; connecting the mobile device with the IVIS; retrieving the stored paired-device identity information associated with the IVIS device identifier received from the IVIS; responsive to retrieving the paired-device identity information, determining a mobile device behaviour from the retrieved paired-device identity information wherein the determined device behaviour is associated with a behaviour profile, the behaviour profile defining one or more actions to be performed by the mobile device when paired to the IVIS; based upon the one or more actions defined by the behaviour profile associated with the determined device behaviour: identifying available services of the mobile device that are accessible via the IVIS based on services identified in the behaviour profile; retrieving content for a lock screen on a display of the mobile device when connected to the IVIS, the lock screen identifying the available services; and displaying the lock screen on the display of the mobile device. receiving an IVIS device identifier associated with an in-vehicle infotainment system, IVIS, during initial pairing of the IVIS with the mobile device; determining and storing, at the mobile device, paired-device identity information associated with the IVIS device identifier; connecting the mobile device with the IVIS; retrieving the stored paired-device identity information associated with the IVIS device identifier received from the IVIS; responsive to retrieving the paired-device identity information, determining a mobile device behaviour from the retrieved paired-device identity information wherein the determined device behaviour is associated with a behaviour profile, the behaviour profile defining one or more actions to be performed by the mobile device when paired to the IVIS; based upon the one or more actions defined by the behaviour profile associated with the determined device behaviour: identifying available services of the mobile device that are accessible via the IVIS based on services identified in the behaviour profile; retrieving content for a lock screen on a display of the mobile device when connected to the IVIS, the lock screen identifying the available services; and displaying the lock screen on the display of the mobile device. identifying available services of the mobile device that are accessible via the IVIS based on services identified in the behaviour profile; retrieving content for a lock screen on a display of the mobile device when connected to the IVIS, the lock screen identifying the available services; and displaying the lock screen on the display of the mobile device.