mhurhangee/ep-ind-claims huggingface dataset:
System comprising a pipe insulation as well as a pipe with a clamp fitting, wherein the pipe insulation comprises an insulating jacket, in particular of foamed material, wherein the insulating jacket extends around a center axis and completely encloses a cavity for the reception of the pipe and wherein the surface of the insulating jacket facing the cavity comprises a plurality of projections and grooves lying between two projections, wherein when viewed in the cross-section transverse to the center axis, in each case one groove lies across from one groove diametrically to the cavity or to the center axis, respectively, wherein the clamp fitting comprises a clamping element and a clamping ring, wherein the clamping element is connectable to the pipe and wherein the clamping ring surrounds the clamping element in a circumferential direction with an annular section and a clamping ear, the clamping ear projecting radially from the annular section and provides a clamping effect by a deformation via the annular section, and wherein the clamping ear comes to lie in the region of a groove of the insulating jacket in the installation position.
A method for the horizontal displacement of article groups or article layers from a first support surface of a first conveying module onto a vertically movable second support surface of a second conveying module that is disposed immediately downstream in a conveying direction of the first conveying module, wherein each transferred article group or article layer is displaced in conveying direction on the second conveying module by means of a support surface that is horizontally movable in relation to this second conveying module and/or is centred on the second conveying module by means of the horizontally movable support surface, characterised in that the article group or article layer is displaced and/or centred on the second conveying module by means of the support surface while said second conveying module is performing a vertical lifting movement, and characterised in that the article groups or article layers are displaceable from the vertically movable second conveying module onto a vertically movable third conveying module disposed immediately downstream in conveying direction from the second conveying module, with said third conveying module being formed, in particular, by a vertically movable loading station, wherein the second conveying module and the third conveying module rest at the same vertical height or perform synchronous vertical movements in the same direction during the transfer procedure of the article group or article layer.
Sub-assembly of external parts for a timepiece or watch, comprising a first component comprising edges which project from a first skirt, alternating with first undercuts, and a second component comprising wings which project from a second skirt, alternating with second undercuts, provided to occupy a first dismantled position for insertion in which said first component and said second component have, one relative to the other, a first angular orientation or to occupy a second assembled and locked position in which said first component and said second component have, one relative to the other, a second angular orientation different from said first angular orientation and are retained axially by a bayonet fit between at least two said edges and at least two said wings, characterised in that at least said first component or said second component comprises, at least in part in the thickness of said first skirt or respectively second skirt, at least one elastically deformable zone comprising a lug which is provided to cooperate, by indexing in a relative position between said first component and second component, with a limit stop for angular indexation and locking (63, 163), which the other of said first component and second component comprises, and characterised in that, in said first dismantled position for insertion, said first component and said second component have, one relative to the other, a first angular orientation, and are retained at a distance, one from the other, by repulsion means, which comprise magnetic repulsion means and/or at least one elastic element and/or at least one sealing joint, and in that, in said second assembled and locked position, said first component and said second component are retained axially counter to the resistant force exerted by said repulsion means.
A dry and solid fertiliser in the form of discreet particles, wherein particles of the dry and solid fertiliser comprise a homogenous mixture of organic and inorganic materials, the inorganic material comprising at least one of N,P,K and S nutrients, and the organic material comprising a carbon-labile sterile product of organic waste, wherein the organic waste has been subject to torrefaction at a temperature between 150 degrees C and 350 degrees C in an inert anaerobic atmosphere to result in a torrefied organic material, wherein the torrefaction does not subject the organic waste to temperatures that result in biochar.
A light module including a planar light emitting device, comprising: a wiring board on which a wiring pattern for feeding power to the planar light emitting device is formed; and a drip-proof optical sheet, provided on a light emitting surface of the planar light emitting device, for adjusting distribution of light emitted from the planar light emitting device, the planar light emitting device is accommodated in a hole that is formed in the wiring board, the planar light emitting device and the wiring board are fixed on the optical sheet in a manner that the planar light emitting device and the wiring board are flush with each other on the light emitting surface side of the light module, such that the optical sheet covers, at the light emitting surface side of the light module, the planar light emitting device and a boundary formed between the planar light emitting device and the wiring board; characterized in that the light module consists of two layers formed by the optical sheet, and the planar light emitting device and the wiring board, respectively, wherein the thickness of the light module is defined by the thickness of the two layers; and wherein electrodes of the planar light emitting device and the wiring pattern of the wiring board are electrically connected by aluminum wires, and the aluminum wires are clad with an ultraviolet curable resin. a wiring board on which a wiring pattern for feeding power to the planar light emitting device is formed; and a drip-proof optical sheet, provided on a light emitting surface of the planar light emitting device, for adjusting distribution of light emitted from the planar light emitting device, the planar light emitting device is accommodated in a hole that is formed in the wiring board, the planar light emitting device and the wiring board are fixed on the optical sheet in a manner that the planar light emitting device and the wiring board are flush with each other on the light emitting surface side of the light module, such that the optical sheet covers, at the light emitting surface side of the light module, the planar light emitting device and a boundary formed between the planar light emitting device and the wiring board; characterized in that the light module consists of two layers formed by the optical sheet, and the planar light emitting device and the wiring board, respectively, wherein the thickness of the light module is defined by the thickness of the two layers; and wherein electrodes of the planar light emitting device and the wiring pattern of the wiring board are electrically connected by aluminum wires, and the aluminum wires are clad with an ultraviolet curable resin.
A computer-implemented method for providing category- specific search suggestions to a user, the method comprising: under control of one or more computer systems configured with executable instructions, receiving from a user one or more characters associated with a search query (202; 302; 402) to be executed against a set of data; determining a plurality of search queries (206; 308) relevant to the characters received from the user; associating each of the plurality of relevant search queries (206; 308) with at least one of a plurality of search categories (210;310), determined to be relevant to the search query; determining a relevance score for each of the plurality of search categories; determining an ordered set of at least some of the relevant search queries and at least some of the associated search categories based at least in part on the relevance score of each category; providing for display a search suggestion window (212; 306; 412) including the ordered set of at least some of the relevant search queries and at least some of the associated search categories, the user enabled to select one of the relevant search queries to be executed against the set of data in the associated search category; and dynamically updating the ordered set of relevant search queries and the associated search categories as the user enters or deletes characters. under control of one or more computer systems configured with executable instructions, receiving from a user one or more characters associated with a search query (202; 302; 402) to be executed against a set of data; determining a plurality of search queries (206; 308) relevant to the characters received from the user; associating each of the plurality of relevant search queries (206; 308) with at least one of a plurality of search categories (210;310), determined to be relevant to the search query; determining a relevance score for each of the plurality of search categories; determining an ordered set of at least some of the relevant search queries and at least some of the associated search categories based at least in part on the relevance score of each category; providing for display a search suggestion window (212; 306; 412) including the ordered set of at least some of the relevant search queries and at least some of the associated search categories, the user enabled to select one of the relevant search queries to be executed against the set of data in the associated search category; and dynamically updating the ordered set of relevant search queries and the associated search categories as the user enters or deletes characters.
A substrate processing apparatus comprising: - a base with an extended, essentially plane process-side surface and a back-side surface, - a substrate support, arranged on the process-side surface and designed to carry a substrate at its periphery, the periphery defining a plane being spaced apart from the process-side surface, - a heating element arranged on the base between the plane defined by said periphery of the substrate support and the process-side surface, the heating element comprising a passage allowing the passage of electromagnetic radiation from the plane defined by said periphery of the substrate support to the process-side surface, - at least one radiation sensor adapted to measure electromagnetic radiation, - at least one radiation channel arranged between the at least one radiation sensor and the plane defined by said periphery of the substrate support, the radiation channel being at least partially permeable to electromagnetic radiation and comprising a passage in the base extending from the process-side surface to the back-side surface, - a first radiation conductor arranged on the back-side surface of the base or at a distance to the back-side surface mounted in a sleeve that is mounted to the back-side surface, or within the passage of the base, and - an additional radiation conductor arranged between the heating element and the first radiation conductor to protect the underlying first radiation conductor. - a base with an extended, essentially plane process-side surface and a back-side surface, - a substrate support, arranged on the process-side surface and designed to carry a substrate at its periphery, the periphery defining a plane being spaced apart from the process-side surface, - a heating element arranged on the base between the plane defined by said periphery of the substrate support and the process-side surface, the heating element comprising a passage allowing the passage of electromagnetic radiation from the plane defined by said periphery of the substrate support to the process-side surface, - at least one radiation sensor adapted to measure electromagnetic radiation, - at least one radiation channel arranged between the at least one radiation sensor and the plane defined by said periphery of the substrate support, the radiation channel being at least partially permeable to electromagnetic radiation and comprising a passage in the base extending from the process-side surface to the back-side surface, - a first radiation conductor arranged on the back-side surface of the base or at a distance to the back-side surface mounted in a sleeve that is mounted to the back-side surface, or within the passage of the base, and - an additional radiation conductor arranged between the heating element and the first radiation conductor to protect the underlying first radiation conductor.
An image sensor comprising: a semiconductor substrate having a photoelectric conversion unit that is configured to receive light which has passed through a microlens; a light shielding unit that is configured to block a part of the light that enters the semiconductor substrate, the light shielding unit having an opening; an accumulation unit that is configured to accumulate the electric charge generated by the photoelectric conversion unit; and a transfer unit that is configured to transfer the electric charge generated by the photoelectric conversion unit to the accumulation unit, wherein: the light shielding unit is configured to prevent the light which has passed through the microlens from entering the accumulation unit and the transfer unit; and at least a part of the photoelectric conversion unit has a light receiving surface that passes through the opening and is configured to receive the light which has passed through the microlens, the light being received at a position between the microlens and the light shielding unit, characterized in that the transfer unit is provided between the photoelectric conversion unit and the accumulation unit in a direction of an optical axis of the microlens. a semiconductor substrate having a photoelectric conversion unit that is configured to receive light which has passed through a microlens; a light shielding unit that is configured to block a part of the light that enters the semiconductor substrate, the light shielding unit having an opening; an accumulation unit that is configured to accumulate the electric charge generated by the photoelectric conversion unit; and a transfer unit that is configured to transfer the electric charge generated by the photoelectric conversion unit to the accumulation unit, wherein: the light shielding unit is configured to prevent the light which has passed through the microlens from entering the accumulation unit and the transfer unit; and at least a part of the photoelectric conversion unit has a light receiving surface that passes through the opening and is configured to receive the light which has passed through the microlens, the light being received at a position between the microlens and the light shielding unit, characterized in that the transfer unit is provided between the photoelectric conversion unit and the accumulation unit in a direction of an optical axis of the microlens.
A manufacturing device for manufacturing objects layer by layer, comprising - at least one transfer platform, - at least one printing unit for applying at least one layer of the object, in particular line by line, to a transfer platform surface of the transfer platform, wherein the layer extends in a first direction (x) and in a second direction (y), and - a construction platform formed to receive the layer from the transfer platform, so that the object is produced layer by layer in a third direction (z), characterized in that - the at least one printing unit is an extruder. - at least one transfer platform, - at least one printing unit for applying at least one layer of the object, in particular line by line, to a transfer platform surface of the transfer platform, wherein the layer extends in a first direction (x) and in a second direction (y), and - a construction platform formed to receive the layer from the transfer platform, so that the object is produced layer by layer in a third direction (z), characterized in that - the at least one printing unit is an extruder.
An apparatus comprising a processor coupled to a memory wherein the processor and the memory are configured to provide a secure execution environment, and wherein the memory stores a shared secret value, wherein the processor is configured to: receive a certificate, wherein the certificate comprises a device identifier, a digital signature, and a plurality of diversifier values (522-1 - 522-n); validate the certificate based on the digital signature and the device identifier; recover a cryptographic key based on the shared secret value, the device identifier, and a diversifier value in the plurality of diversifier values (522-1 - 522-n); and perform a cryptographic operation based on the recovered cryptographic key. receive a certificate, wherein the certificate comprises a device identifier, a digital signature, and a plurality of diversifier values (522-1 - 522-n); validate the certificate based on the digital signature and the device identifier; recover a cryptographic key based on the shared secret value, the device identifier, and a diversifier value in the plurality of diversifier values (522-1 - 522-n); and perform a cryptographic operation based on the recovered cryptographic key.
A voltage conversion device comprising: a first loop circuit that includes a first switching element; and a second loop circuit, wherein the first loop circuit and the second loop circuit include a common inductance element and a common loop portion which is an overlap part between the first loop portion and the second loop portion, wherein the common loop portion has a magnetic member ( 90, 92) arranged within the common loop portion, wherein electric current alternately flows through the first loop circuit or the second loop circuit as the first switching element is turned on or off, a magnetic field that is formed when the first switching element is turned on and that penetrates through the first loop circuit and a magnetic field that is formed when the first switching element is turned off after the first switching element is turned on and that penetrates through the second loop circuit have the same direction, all elements that constitute the first loop circuit and the second loop circuit are arranged on the same surface of a substrate, and the second loop circuit is connected to a second direct-current power source, and the first loop circuit is connected to a first direct-current power source that has a voltage different from a voltage of the second direct-current power source. a first loop circuit that includes a first switching element; and a second loop circuit, wherein the first loop circuit and the second loop circuit include a common inductance element and a common loop portion which is an overlap part between the first loop portion and the second loop portion, wherein the common loop portion has a magnetic member ( 90, 92) arranged within the common loop portion, wherein electric current alternately flows through the first loop circuit or the second loop circuit as the first switching element is turned on or off, a magnetic field that is formed when the first switching element is turned on and that penetrates through the first loop circuit and a magnetic field that is formed when the first switching element is turned off after the first switching element is turned on and that penetrates through the second loop circuit have the same direction, all elements that constitute the first loop circuit and the second loop circuit are arranged on the same surface of a substrate, and the second loop circuit is connected to a second direct-current power source, and the first loop circuit is connected to a first direct-current power source that has a voltage different from a voltage of the second direct-current power source.
A group control method for grouping electric appliances into control groups and controlling electric power of the electric appliances for each control group in a predetermined control period, the method comprising: obtaining (S101, S201) characteristics of each of the electric appliances; calculating (S102, S202) an amount of controllable electric energy of each of the electric appliances, based on the characteristics of the electric appliance, the amount of controllable electric energy being an amount of energy to be used in control for increasing or decreasing electric power to be supplied from an electric power system, grouping (S104, S205) the electric appliances into the control groups; and determining (S105, S106, S206, S207), for each of the control groups, a control period at which the electric power of one or more electric appliances included in the control group is periodically controlled, wherein, in the determining (S105, S106, S026, S207), when a total of amounts of controllable electric energy for a first control group of the control groups is larger than a total of amounts of controllable electric energy for a second control group of the control groups, the control period for the first control group is set to be shorter than the control period for the second control group. obtaining (S101, S201) characteristics of each of the electric appliances; calculating (S102, S202) an amount of controllable electric energy of each of the electric appliances, based on the characteristics of the electric appliance, the amount of controllable electric energy being an amount of energy to be used in control for increasing or decreasing electric power to be supplied from an electric power system, grouping (S104, S205) the electric appliances into the control groups; and determining (S105, S106, S206, S207), for each of the control groups, a control period at which the electric power of one or more electric appliances included in the control group is periodically controlled, wherein, in the determining (S105, S106, S026, S207), when a total of amounts of controllable electric energy for a first control group of the control groups is larger than a total of amounts of controllable electric energy for a second control group of the control groups, the control period for the first control group is set to be shorter than the control period for the second control group.
Crystallizer for continuous casting comprising a tubular body (11, 211) having at least one wall (12, 212) which defines a through longitudinal casting cavity (13, 213) and a plurality of longitudinal grooves made at least on one part of said at least one wall (12, 212) and open toward the outside thereof, characterized in that a covering binding, comprising one or more layers of a band of fiber material impregnated or pre-impregnated with a polymer material, is irremovably wound and polymerized around said external surface of said at least one wall (12, 212).