mhurhangee/ep-ind-claims huggingface dataset:
A superabsorbent polymer composition comprising a superabsorbent polymer and aluminum hydroxide, wherein the aluminum hydroxide is attached on the surface of the superabsorbent polymer, and the aluminum hydroxide has an average particle size of 2 μm to 50 μm.
A power electronic assembly comprising a power electronic module (101, 102) having multiple of power electronic components and a cooling element, wherein the cooling element is attached to a surface of the power electronic module (101, 102) and is arranged to transfer heat from the power electronic assembly to a cooling medium, wherein the assembly comprises multiple of vapour chambers (21, 22) arranged to transfer the heat generated by the multiple of power electronic components, wherein at least one vapour chamber of the multiple of vapour chambers (21, 22) is arranged to transfer heat to another vapour chamber of the multiple of vapour chambers (21, 22), characterized in that at least one of the multiple of vapour chambers (21, 22) is arranged in the power electronic module (101, 102) and at least one of the multiple of vapour chambers (21, 22) is arranged in the cooling element.
Method for operating a GNSS sensor of a vehicle, the control operations of which are influenceable by an electronic control unit, comprising at least the following steps: a) receiving satellite data, b) evaluating the satellite data, c) deactivating a least one operating mode of the GNSS sensor if at least a portion of the satellite data is unsuitable for determining the position of the vehicle, wherein the deactivation of the at least one operating mode of the GNSS sensor is reported to a superordinate system, wherein the at least one operating mode of the GNSS sensor is reactivated if the superordinate system triggers an activation signal, wherein the superordinate system is a cloud and wherein the report of the deactivation of the at least one operating mode of the GNSS sensor results in the last valid position and/or time of said sensor and/or the reason for deactivation being transmitted to the superordinate system, characterized in that the superordinate system then checks whether the deactivation was legitimate and the subordinate system then transmits a corresponding response, according to which the GNSS sensor is reactivated if the deactivation is not legitimate. a) receiving satellite data, b) evaluating the satellite data, c) deactivating a least one operating mode of the GNSS sensor if at least a portion of the satellite data is unsuitable for determining the position of the vehicle,
A drying device for drying the intake air fed to a compressed-air system of a vehicle, in particular a mobile work machine, comprising: - a cooling device which is connected downstream of a compressor in the intake air flow path and comprises a cooling helix which draws off heat from the intake air coming from the compressor; and - a desiccant container which is connected downstream of the cooling device in the intake air flow path and comprises an adsorbent which removes water from the intake air flowing through the desiccant container, wherein a regeneration container which is connected downstream of the desiccant container in the intake air flow path and encircled by the cooling helix receives a first portion of the intake air coming from the desiccant container and, as required, returns it to the desiccant container and feeds heat, drawn off by the cooling helix to the regeneration container substantially by means of thermal radiation, to the received intake air. - a cooling device which is connected downstream of a compressor in the intake air flow path and comprises a cooling helix which draws off heat from the intake air coming from the compressor; and - a desiccant container which is connected downstream of the cooling device in the intake air flow path and comprises an adsorbent which removes water from the intake air flowing through the desiccant container, wherein a regeneration container which is connected downstream of the desiccant container in the intake air flow path and encircled by the cooling helix receives a first portion of the intake air coming from the desiccant container and, as required, returns it to the desiccant container and feeds heat, drawn off by the cooling helix to the regeneration container substantially by means of thermal radiation, to the received intake air.
An axial flow turbine for generation of electrical power, the turbine comprising: multiple stages each defined by a stator and a rotor, wherein the turbine is configured for operation at low absolute pressure such that the turbine exhaust pressure is substantially lower than atmospheric pressure, with the motive fluid being steam; characterized in that the turbine includes: a partial admission inlet defined in a first stator of a first stage of the multiple stages, wherein the partial admission inlet admits a first amount of steam, each subsequent stage increasing the amount of steam admission in the corresponding stator until complete admission is achieved towards the final stages of the stator; and the rotor in each stage having blisks made as single piece and having a periphery shaped to define steam passages through the turbine; and the stator and rotor of each stage is fabricated from aluminium or plastic. multiple stages each defined by a stator and a rotor, wherein the turbine is configured for operation at low absolute pressure such that the turbine exhaust pressure is substantially lower than atmospheric pressure, with the motive fluid being steam; characterized in that the turbine includes: a partial admission inlet defined in a first stator of a first stage of the multiple stages, wherein the partial admission inlet admits a first amount of steam, each subsequent stage increasing the amount of steam admission in the corresponding stator until complete admission is achieved towards the final stages of the stator; and the rotor in each stage having blisks made as single piece and having a periphery shaped to define steam passages through the turbine; and a partial admission inlet defined in a first stator of a first stage of the multiple stages, wherein the partial admission inlet admits a first amount of steam, each subsequent stage increasing the amount of steam admission in the corresponding stator until complete admission is achieved towards the final stages of the stator; and the rotor in each stage having blisks made as single piece and having a periphery shaped to define steam passages through the turbine; and
A contactless power transfer device for a moving object, in which a power transmission coil connected to a high-frequency power source is installed on the ground, a power receiving coil facing the power transmission coil with a gap in between is installed in the moving object, and power is transferred from the power transmission coil to the power receiving coil, characterized in that each of the power transmission coil and the power receiving coil has an H-shaped core, core portions in parallel with each other in the core form magnetic poles (81, 82), and a core portion that connects between the magnetic poles (81, 82) facing each other forms a wire-wound portion around which a wire is wound, the power receiving coil is installed in the moving object so that the core portions in parallel with each other are perpendicular to a front-back direction of the moving object, in the H-shaped core of the power transmission coil or the power receiving coil, at least one of the magnetic poles (81, 82) includes a first search coil (SC1, Cy1a, Cy1b) that intersects a magnetic flux proceeding toward one end (811, 821) of the magnetic pole (81, 82) from the wire-wound portion and a magnetic flux proceeding in the opposite direction and a second search coil (SC2, Cy2a, Cy2b) that intersects a magnetic flux proceeding toward the other end(812, 822) of the magnetic pole (81, 82) from the wire-wound portion and a magnetic flux proceeding in the opposite direction, and the contactless power transfer device for a moving object further includes a power transferable range identification unit (56, 74) that uses a voltage detected by the first search coil (SC1, Cy1a, Cy1b) or the second search coil (SC2, Cy2a, Cy2b) to identify whether the power transmission coil and the power receiving coil are located inside the power transferable range, wherein the first search coil (SC1, Cy1a, Cy1b) generates a first voltage (Vy1, Vy1a, Vy1b) and the second search coil (SC2, Cy2a, Cy2b) generates a second voltage (Vy2, Vy2a, Vy2b) for determining the difference between the first voltage (Vy1, Vy1a, Vy1b) and the second voltage (Vy2, Vy2a, Vy2b) in the power transferable range identification unit (56, 74).
A mobile or portable device comprising an illuminating arrangement comprising a light source, and an amplitude splitting interferometer configured to form two interferograms with different wavelengths of light emitted by the light source, the illuminating arrangement being configured to illuminate a target region at a distance of at least 10 cm from the device by the interferograms one at a time, thereby projecting structured light patterns onto the target region; an image sensor configured to capture at least one digital image frame of the target region illuminated by the interferograms, for each of the different wavelengths; and a processing unit configured to obtain image data of the at least one digital image frames for each of the different wavelengths, and determine depth of at least one object location in the target region relative to a reference location on the basis of the obtained image data. an illuminating arrangement comprising a light source, and an amplitude splitting interferometer configured to form two interferograms with different wavelengths of light emitted by the light source, the illuminating arrangement being configured to illuminate a target region at a distance of at least 10 cm from the device by the interferograms one at a time, thereby projecting structured light patterns onto the target region; an image sensor configured to capture at least one digital image frame of the target region illuminated by the interferograms, for each of the different wavelengths; and a processing unit configured to obtain image data of the at least one digital image frames for each of the different wavelengths, and determine depth of at least one object location in the target region relative to a reference location on the basis of the obtained image data.
Voltage converter, comprising: an inverter, wherein the inverter comprises a plurality of switching elements (S1... S6), comprising a two-phase DC voltage input, which is connectable to a DC voltage source, and comprising a polyphase AC voltage output, which is connectable to an electrical load; and a current-compensated inductor arranged between the DC voltage input of the inverter and the DC voltage source, wherein the AC voltage output of the inverter comprises a plurality of phase terminals (121, 122, 123), and wherein a capacitor (14-i) or a series circuit comprising a capacitor (14-i) and an electrical resistor (15-i) is arranged between each phase terminal (121, 122, 123) of the inverter and a reference potential, and wherein the inverter and the capacitor (14-i) or respectively the series circuit comprising capacitor (14-i) and electrical resistor (15-i) are arranged in a common power module. an inverter, wherein the inverter comprises a plurality of switching elements (S1... S6), comprising a two-phase DC voltage input, which is connectable to a DC voltage source, and comprising a polyphase AC voltage output, which is connectable to an electrical load; and a current-compensated inductor arranged between the DC voltage input of the inverter and the DC voltage source, wherein the AC voltage output of the inverter comprises a plurality of phase terminals (121, 122, 123), and wherein a capacitor (14-i) or a series circuit comprising a capacitor (14-i) and an electrical resistor (15-i) is arranged between each phase terminal (121, 122, 123) of the inverter and a reference potential, and wherein the inverter and the capacitor (14-i) or respectively the series circuit comprising capacitor (14-i) and electrical resistor (15-i) are arranged in a common power module.
A method for updating (S2-S9, S10a-S10e, S11) a data carrier with regard to a data-carrier application executable in the data carrier, with the data carrier being inserted in a telecommunication end device, comprising the steps of: - making updating data (110, 111, 418) available to a security application installed in the data carrier, through the telecommunication end device; - updating the data carrier according to the updating data (110, 111, 418), the updating of the data carrier comprising the steps of: - transferring (S10c) at least a part of the updating data (110, 111, 418) from the security application to a programming interface installed in the telecommunication end device and adapted for communication between the telecommunication end device and the data carrier; - onward transferring (S10d) the transferred (S10c) at least part of the updating data (110, 111, 418) from the programming interface to a data-carrier management of the data carrier installed in the data carrier; - so that the programming interface enables a communication between the two instances security application and data-carrier management which are provided spatially within the data carrier but mutually separated in terms of communication technology; and - updating the data carrier through the data-carrier management according to the onward transferred at least part of the updating data (110, 111,418). - making updating data (110, 111, 418) available to a security application installed in the data carrier, through the telecommunication end device; - updating the data carrier according to the updating data (110, 111, 418), the updating of the data carrier comprising the steps of: - transferring (S10c) at least a part of the updating data (110, 111, 418) from the security application to a programming interface installed in the telecommunication end device and adapted for communication between the telecommunication end device and the data carrier; - onward transferring (S10d) the transferred (S10c) at least part of the updating data (110, 111, 418) from the programming interface to a data-carrier management of the data carrier installed in the data carrier; - so that the programming interface enables a communication between the two instances security application and data-carrier management which are provided spatially within the data carrier but mutually separated in terms of communication technology; and - updating the data carrier through the data-carrier management according to the onward transferred at least part of the updating data (110, 111,418).
A plate for fixing a wash basin to a wall, said plate comprising: a first surface and a second surface opposing one another; at least four holes for fixing said plate to a wall, each hole extending from said first surface to said second surface; a slot with a width and a length; said slot comprising a central aperture; said second surface comprising a milled recess adjacent to the periphery of said slot; said plate further comprising an elevator bolt, characterised in that said slot, said central aperture and said recess are configured such that, when fixed to a wall, a head of said elevator bolt can be inserted through said central aperture and said elevator bolt can be moved along the length of said slot, said recess configured to accommodate said head such that a surface of said head sits flush with said second surface. a first surface and a second surface opposing one another; at least four holes for fixing said plate to a wall, each hole extending from said first surface to said second surface; a slot with a width and a length; said slot comprising a central aperture; said second surface comprising a milled recess adjacent to the periphery of said slot; said plate further comprising an elevator bolt, characterised in that said slot, said central aperture and said recess are configured such that, when fixed to a wall, a head of said elevator bolt can be inserted through said central aperture and said elevator bolt can be moved along the length of said slot, said recess configured to accommodate said head such that a surface of said head sits flush with said second surface.
Method for manufacturing a booklet which has a cover sheet and an inner part containing at least one further sheet, in which, after the booklet has been supplied, its cover sheet and its inner part are folded away from one another for processing the cover sheet and/or inner part and are brought together again after processing, characterised in that after provision of the booklet, its cover sheet is held in the provision plane and its inner part is folded away downwards, the cover sheet being trimmed with the inner part folded away downwards.
A percutaneous ostomy implant (1; 20) for implantation into the abdominal wall of a patient, the implant comprising a connecting member for mounting an external detachable device thereto and being adapted to receive a bowel segment within it to form a stoma, wherein the implant further comprises a radially-extending dermal anchor to engage the abdominal wall beneath and adjacent to the dermis, characterised by the dermal anchor comprising a radially-extending ingrowth mesh.
A channel feedback information transmission method, wherein the method comprises: obtaining, by a base station, a load ratio of a radio transmission link, wherein the load ratio is a ratio of an information exchange amount to a link capacity, wherein the information exchange amount is an amount of information exchange between the base station and a data center within a preset period of time, and the link capacity is an amount of containable information in a link from the base station to the data center within a preset period of time; and when the load ratio is greater than or equal to a first preset value, extracting, by the base station according to a first feedback factor, first channel feedback information from channel information fed back by a terminal, and transmitting the first channel feedback information to the data center, wherein the first feedback factor corresponds to a first proportion of the channel information fed back by the terminal. obtaining, by a base station, a load ratio of a radio transmission link, wherein the load ratio is a ratio of an information exchange amount to a link capacity, wherein the information exchange amount is an amount of information exchange between the base station and a data center within a preset period of time, and the link capacity is an amount of containable information in a link from the base station to the data center within a preset period of time; and when the load ratio is greater than or equal to a first preset value, extracting, by the base station according to a first feedback factor, first channel feedback information from channel information fed back by a terminal, and transmitting the first channel feedback information to the data center, wherein the first feedback factor corresponds to a first proportion of the channel information fed back by the terminal.
A compound having Formula wherein m is 1 to 4, and R 16 and R 17 are independently selected from methoxy, ethoxy and propoxy, or a salt thereof. m is 1 to 4, and R 16 and R 17 are independently selected from methoxy, ethoxy and propoxy,
Rotating electric machine rotor comprising a plurality of North poles and South poles that alternate and are formed from a plurality of permanent magnets arranged in first openings that extend along an axis (X-X') of said rotor and are distributed regularly between a circumferential part and a central part of the magnetic mass of said rotor so as to define a plurality of circumferential polar sections having a predetermined polar pitch (θp), said permanent magnets having a first polygonal radial section and a first axial plane of symmetry, and said polar sections having a second, outwardly lobe-forming radial section and a second axial plane of symmetry, characterized in that, so as to maximize a useful magnetic flux (ΦU) circulating radially in each of said polar sections and to minimize a leakage magnetic flux (ΦL) circulating in a circumferential direction in said circumferential part: - said lobe partially overlaps said permanent magnets, and - said polar sections have a predetermined angle of polar overlap (θr), said angle of polar overlap (θr) being an angle of view of said lobe from a point of said axis (X-X') and - said polar sections have a predetermined overlap ratio, said overlap ratio being equal to a ratio of said angle of polar overlap (θr) to said predetermined polar pitch (θp) and said overlap ratio lies substantially between 0.35 and 0.50. - said lobe partially overlaps said permanent magnets, and - said polar sections have a predetermined angle of polar overlap (θr), said angle of polar overlap (θr) being an angle of view of said lobe from a point of said axis (X-X') and - said polar sections have a predetermined overlap ratio,
A weighing and packaging system comprising: a weighing unit which weighs and sequentially discharges articles; a discharge chute which is disposed below the weighing unit and through which the articles discharged from the weighing unit pass; a foreign matter detecting unit which detects the foreign matter contained in the article passing through the discharge chute; a memory unit which stores quality information pertaining to quality of the article based on a detection result of the foreign matter detecting unit; and a control unit which controls the memory unit, wherein in a case where the foreign matter is detected by the foreign matter detecting unit with respect to the N th (N is an integer of 2 or more) article discharged from the weighing unit, the control unit controls the memory unit to forcibly store the quality information of the (N-1) th article discharged from the weighing unit as a poor quality. a weighing unit which weighs and sequentially discharges articles; a discharge chute which is disposed below the weighing unit and through which the articles discharged from the weighing unit pass; a foreign matter detecting unit which detects the foreign matter contained in the article passing through the discharge chute; a memory unit which stores quality information pertaining to quality of the article based on a detection result of the foreign matter detecting unit; and a control unit which controls the memory unit, wherein in a case where the foreign matter is detected by the foreign matter detecting unit with respect to the N th (N is an integer of 2 or more) article discharged from the weighing unit, the control unit controls the memory unit to forcibly store the quality information of the (N-1) th article discharged from the weighing unit as a poor quality.