mhurhangee/ep-ind-claims huggingface dataset:
Household refrigeration appliance, comprising a cold air distribution system which is arranged in a storage space of the household refrigeration appliance and which has a vertical cold air guiding section and a horizontal cold air guiding section in a cooling space for frost-free cooling for items to be stored, wherein the horizontal cold air guiding section branches off from the vertical cold air guiding section, a cold air current can flow along a rear wall of the storage space in the height direction of the storage space in the vertical cold air guiding section and the cold air current can flow in the depth direction of the storage space in the horizontal cold air guiding section, the horizontal cold air guiding section forms a cold air channel, in which the cold air current can flow through the horizontal cold air guiding section, between a cover plate and a base plate joined to the cover plate, wherein the cover plate has a placement region for items to be stored, which is formed from a thermally conducting material, wherein the placement region is provided to form a thermal bridge between the items to be stored that are placed on the placement region and the cold air current in the cold air channel that flows in the operating state of the horizontal cold air guiding section, wherein a cold air return to the vertical cold air guiding section is integrated in the horizontal cold air guiding section, characterised in that the cold air distribution system has an adjustable cold air current distributor, which is embodied to direct the cold air current into the cold air channel of the horizontal cold air guiding section.
A chromatography system for separation of a biopolymer, comprising: at least one feed tank, at least one hold tank (4;4a,4b,4c), at least one elution buffer tank, at least one eluate tank, at least two packed bed chromatography columns (7,8,9) and for each column (7,8,9) at least one respective pump and at least one respective outlet detector both connected to said column, wherein said feed tank, hold tank(s), elution buffer tank and eluate tank are each connected to said at least two columns via a system of valves and wherein said hold tank(s) is/are connected to a respective outlet end of one of said columns and to a respective inlet end of another one of said columns, wherein said at least one hold tank (4;4a,4b,4c) is arranged to receive a fluid from said outlet end of said one column and to convey the fluid to said inlet end of said other column by means of a pump connected to said other column.
A ring (100, 280, 380, 290, 390) for a bearing (200, 300), the ring (100, 280, 380, 290, 390) comprising a raceway ring (110, 210, 212, 220, 310, 320) being a hardened steel metal ring (110, 210, 212, 220, 310, 320) comprising a raceway surface (130, 230, 330) configured and constructed for supporting and guiding rolling elements (205, 305) of the bearing (200, 300), characterized in that the ring (100, 280, 380, 290, 390) further comprises printed material (160, 250, 255, 260, 350, 360, 460, 560, 660) bonded to the steel of the raceway ring (110, 210, 212, 220, 310, 320), the printed material (160, 250, 255, 260, 350, 360, 460, 560, 660) being material printed via an additive manufacturing process, wherein the raceway ring (110, 210, 212, 220, 310, 320) comprises an attachment element (247, 248, 345) on the same side as the raceway surface for improving the bonding between printed material (160, 250, 255, 260, 350, 360, 460, 560, 660) and the raceway ring (110, 210, 212, 220, 310, 320).
Diagnostic circuit for a tweeter in a loudspeaker combination, wherein the diagnostic circuit has: a device producing HF signal for outputting an HF voltage signal, at least one connection (A1, A2) for a loudspeaker combination that has a tweeter and at least one further loudspeaker designed for a lower frequency than the tweeter, wherein the tweeter is connected in parallel with the further loudspeaker via a capacitor, and that has an amplifier device (V1, V2) connected upstream of it, a measuring shunt that, when a loudspeaker combination is connected to the connection, forms a voltage divider circuit (R2, R4) with said loudspeaker combination, a measuring device (10, 11, 12) for measuring a complex measured voltage, dropping in the voltage divider circuit (R2, 4), when the amplifier device (V1, V2) is switched off and/or at high impedance and ascertaining a state of the tweeter of the loudspeaker combination from the measured complex measured voltage. a device producing HF signal for outputting an HF voltage signal, at least one connection (A1, A2) for a loudspeaker combination that has a tweeter and at least one further loudspeaker designed for a lower frequency than the tweeter, wherein the tweeter is connected in parallel with the further loudspeaker via a capacitor, and that has an amplifier device (V1, V2) connected upstream of it, a measuring shunt that, when a loudspeaker combination is connected to the connection, forms a voltage divider circuit (R2, R4) with said loudspeaker combination, a measuring device (10, 11, 12) for measuring a complex measured voltage, dropping in the voltage divider circuit (R2, 4), when the amplifier device (V1, V2) is switched off and/or at high impedance and ascertaining a state of the tweeter of the loudspeaker combination from the measured complex measured voltage.
A dispensing assembly (100, 100', 100", 200, 300, 500, 600, 700, 900, 1000) comprising: - a cartridge holder, wherein the cartridge holder is operable for receiving a cartridge (108, 108', 108") operable for dispensing a fluid, wherein the cartridge comprises a reservoir (114, 804, 908) operable for receiving the fluid, wherein the reservoir comprises an outlet (115, 806), wherein the reservoir has an adjustable volume for forcing the fluid through the outlet, wherein the cartridge further comprises a nozzle (116, 912) having an orifice for dispensing the fluid, wherein the nozzle is connected to the outlet; - an actuator for actuating the adjustable volume; and - an impulse generator for imparting an impulse to the nozzle; characterized in that: the impulse generator comprises an actor for contacting the nozzle; and wherein the dispensing assembly further comprises a controller (202, 420) for controlling the actuator and the impulse generator wherein the controller is programmed for controlling the actuator to force a predetermined volume of fluid through the outlet, wherein the controller is further programmed for controlling the impulse generator to impart an impulse to the nozzle after the predetermined volume of fluid is forced through the outlet and/or controlling the impulse generator to impart an impulse to the nozzle during the forcing of the predetermined volume fluid through the outlet. - a cartridge holder, wherein the cartridge holder is operable for receiving a cartridge (108, 108', 108") operable for dispensing a fluid, wherein the cartridge comprises a reservoir (114, 804, 908) operable for receiving the fluid, wherein the reservoir comprises an outlet (115, 806), wherein the reservoir has an adjustable volume for forcing the fluid through the outlet, wherein the cartridge further comprises a nozzle (116, 912) having an orifice for dispensing the fluid, wherein the nozzle is connected to the outlet; - an actuator for actuating the adjustable volume; and - an impulse generator for imparting an impulse to the nozzle; characterized in that: the impulse generator comprises an actor for contacting the nozzle; and wherein the dispensing assembly further comprises a controller (202, 420) for controlling the actuator and the impulse generator wherein the controller is programmed for controlling the actuator to force a predetermined volume of fluid through the outlet, wherein the controller is further programmed for controlling the impulse generator to impart an impulse to the nozzle after the predetermined volume of fluid is forced through the outlet and/or controlling the impulse generator to impart an impulse to the nozzle during the forcing of the predetermined volume fluid through the outlet.
A vapour compression device for a transcritical fluid cycle, comprising at least: - an internal heat exchanger, - a first vapour compression system connected to the outlet of the internal heat exchanger, - a first isobaric cooling system connected to the outlet of the first vapour compression system, - a fluid distributor placed at the outlet of first isobaric cooling system and separating the fluid into a main circuit (1-y) of the cycle and an auxiliary cooling circuit (y) of the cycle, - an auxiliary expansion system placed on the auxiliary cooling circuit (y) between the fluid distributor and the inlet of the internal heat exchanger, - a main expansion system placed on the main circuit (1-y) and connected to the outlet of the internal heat exchanger, - an evaporator operating at low pressure placed between the outlet of the main expansion system and the inlet of the internal heat exchanger, characterized in that it comprises a second vapour compression system and a second isobaric cooling system connected to the outlet of the second vapour compression system, the second vapour compression system and the second isobaric cooling system being placed on the main circuit (1-y) of the cycle after the fluid distributor and before the inlet of the internal heat exchanger. - an internal heat exchanger, - a first vapour compression system connected to the outlet of the internal heat exchanger, - a first isobaric cooling system connected to the outlet of the first vapour compression system, - a fluid distributor placed at the outlet of first isobaric cooling system and separating the fluid into a main circuit (1-y) of the cycle and an auxiliary cooling circuit (y) of the cycle, - an auxiliary expansion system placed on the auxiliary cooling circuit (y) between the fluid distributor and the inlet of the internal heat exchanger, - a main expansion system placed on the main circuit (1-y) and connected to the outlet of the internal heat exchanger, - an evaporator operating at low pressure placed between the outlet of the main expansion system and the inlet of the internal heat exchanger,
A surface skin comprising: a vinyl chloride resin molded sheet which comprises a vinyl chloride resin and a plasticizer (a); and a foamed vinyl chloride resin molded sheet, wherein an amount of the plasticizer (a) contained in the vinyl chloride resin molded sheet is 50 parts by mass or more per 100 parts by mass of the vinyl chloride resin, the foamed vinyl chloride resin molded sheet is disposed on one side in a thickness direction of the vinyl chloride resin molded sheet, and a thickness of the foamed vinyl chloride resin molded sheet is 2.3 mm or more. a vinyl chloride resin molded sheet which comprises a vinyl chloride resin and a plasticizer (a); and a foamed vinyl chloride resin molded sheet, wherein an amount of the plasticizer (a) contained in the vinyl chloride resin molded sheet is 50 parts by mass or more per 100 parts by mass of the vinyl chloride resin, the foamed vinyl chloride resin molded sheet is disposed on one side in a thickness direction of the vinyl chloride resin molded sheet, and a thickness of the foamed vinyl chloride resin molded sheet is 2.3 mm or more.
A magnetic field sensor comprising: a lead frame having a first surface, a second opposing surface, and comprising a plurality of leads (14, 16, 18), wherein: a first lead and a second lead of the plurality of leads are spaced from each other; each of the first and second leads has an elongated connection portion (36, 38) and a die attach portion (26, 28); and the die attach portion of the first lead comprises two separate portions (28a, 28b) spaced from and proximate to each other; a semiconductor die supporting a magnetic field sensing element and attached to the die attach portions of the first and second leads adjacent to the first surface of the lead frame with a non-conductive adhesive, wherein the semiconductor die is electrically coupled to the lead frame such that the first lead is a power lead of the sensor, and the second lead is a ground lead; a separately formed ferromagnetic element disposed adjacent to the lead frame; a first passive component coupled between the first and second leads; and a second passive component coupled between the two separate portions of the die attach portion of the first lead such that the second passive component is electrically connected in series between the two separate portions (28a, 28b) of the first lead. a lead frame having a first surface, a second opposing surface, and comprising a plurality of leads (14, 16, 18), wherein: a first lead and a second lead of the plurality of leads are spaced from each other; each of the first and second leads has an elongated connection portion (36, 38) and a die attach portion (26, 28); and the die attach portion of the first lead comprises two separate portions (28a, 28b) spaced from and proximate to each other; a first lead and a second lead of the plurality of leads are spaced from each other; each of the first and second leads has an elongated connection portion (36, 38) and a die attach portion (26, 28); and the die attach portion of the first lead comprises two separate portions (28a, 28b) spaced from and proximate to each other; a semiconductor die supporting a magnetic field sensing element and attached to the die attach portions of the first and second leads adjacent to the first surface of the lead frame with a non-conductive adhesive, wherein the semiconductor die is electrically coupled to the lead frame such that the first lead is a power lead of the sensor, and the second lead is a ground lead; a separately formed ferromagnetic element disposed adjacent to the lead frame; a first passive component coupled between the first and second leads; and a second passive component coupled between the two separate portions of the die attach portion of the first lead such that the second passive component is electrically connected in series between the two separate portions (28a, 28b) of the first lead.
A designer cell that expresses a non-naturally occurring carbonyl reductase polypeptide of sequence selected from SEQ ID NO: 1, 3, 5 or 7 of the Sequence Listing on the surface of cell having 250-fold to 300-fold higher activity per unit mass of CRS polypeptide compared to the designer cell that expresses corresponding carbonyl reductase of SEQ ID NO: 13 or 15 or 17 or 19 of the sequence listing in cytoplasm of cell for conversion of ethyl 4-chloro-3-oxobutyrate of formula 1 to ethyl -4-chloro-3-hydroxybutyrate of formula 2.
A seat extension apparatus fixable to a cabin dividing element positioned in front of a passenger seating arrangement in an aircraft cabin, the seat extension apparatus comprising at least: - an extension device having a mounting side (3.1) and a bed surface side (3.2), wherein the extension device is movable between a vertical stowed position in which the mounting side (3.1) is facing into the aircraft cabin and the bed surface side (3.2) is in alignment with the cabin dividing element, and a horizontal use position in which the bed surface side (3.2) is in alignment with a seat surface of the passenger seating arrangement and the mounting side (3.1) is arranged on a bottom of the bed surface side (3.2), and - a support structure coupled to the extension device to pivotably support the extension device, wherein the support structure comprises at least one pivotable strut element having at least one end (5.1) pivotably coupled to the mounting side (3.1) of the extension device and at least one free end (5.2), wherein - in the vertical stowed position of the extension device the strut element is arranged substantially parallel to a longitudinal axis (a) of the extension device, and - in the horizontal use position of the extension device the strut element is arranged substantially perpendicular or angled to the longitudinal axis (a) of the extension device. - an extension device having a mounting side (3.1) and a bed surface side (3.2), wherein the extension device is movable between a vertical stowed position in which the mounting side (3.1) is facing into the aircraft cabin and the bed surface side (3.2) is in alignment with the cabin dividing element, and a horizontal use position in which the bed surface side (3.2) is in alignment with a seat surface of the passenger seating arrangement and the mounting side (3.1) is arranged on a bottom of the bed surface side (3.2), and - a support structure coupled to the extension device to pivotably support the extension device, wherein the support structure comprises at least one pivotable strut element having at least one end (5.1) pivotably coupled to the mounting side (3.1) of the extension device and at least one free end (5.2), wherein - in the vertical stowed position of the extension device the strut element is arranged substantially parallel to a longitudinal axis (a) of the extension device, and - in the horizontal use position of the extension device the strut element is arranged substantially perpendicular or angled to the longitudinal axis (a) of the extension device.
An information sending method, comprising: determining, by a network device, a physical downlink control channel, wherein the physical downlink control channel comprises at least one first control channel element, CCE, wherein the at least one first CCE is mapped to a resource element group, REG, bundle set in a plurality of REG bundle sets included in a control resource set, the REG bundle set comprising N REG clusters that are discrete in frequency domain, each REG cluster comprising a plurality of consecutive physical resource blocks in frequency domain, N being less than M, M being a quantity of REG clusters comprised in the control resource set, and both N and M are positive integers and the at least one first CCE occupying only REGs in the assigned REG bundle set; and sending, by the network device, downlink control information by using the physical downlink control channel, wherein the determining, by the network device, the physical downlink control channel comprises: determining the at least one first CCE comprised in the physical downlink control channel; and mapping the at least one first CCE to each of the N REG clusters in the assigned REG bundle set in an interleaved manner, wherein quantities of REGs of the control resource set that are used to map the at least one first CCE and that are in at least two of the N REG clusters are different. determining, by a network device, a physical downlink control channel, wherein the physical downlink control channel comprises at least one first control channel element, CCE, wherein the at least one first CCE is mapped to a resource element group, REG, bundle set in a plurality of REG bundle sets included in a control resource set, the REG bundle set comprising N REG clusters that are discrete in frequency domain, each REG cluster comprising a plurality of consecutive physical resource blocks in frequency domain, N being less than M, M being a quantity of REG clusters comprised in the control resource set, and both N and M are positive integers and the at least one first CCE occupying only REGs in the assigned REG bundle set; and sending, by the network device, downlink control information by using the physical downlink control channel, wherein the determining, by the network device, the physical downlink control channel comprises: determining the at least one first CCE comprised in the physical downlink control channel; and mapping the at least one first CCE to each of the N REG clusters in the assigned REG bundle set in an interleaved manner, wherein quantities of REGs of the control resource set that are used to map the at least one first CCE and that are in at least two of the N REG clusters are different. determining the at least one first CCE comprised in the physical downlink control channel; and mapping the at least one first CCE to each of the N REG clusters in the assigned REG bundle set in an interleaved manner, wherein quantities of REGs of the control resource set that are used to map the at least one first CCE and that are in at least two of the N REG clusters are different.
A power consumption management method, wherein the method is applied to a device, the device comprises a plurality of voltage domains, each of the voltage domains comprises at least one processor core, and the method comprises: identifying a first voltage domain that meets a preset condition, wherein the first voltage domain is any voltage domain in the device, and wherein the first voltage domain comprises components whose power consumption can be adjusted; migrating a task to be executed by a processor core in the first voltage domain to a second voltage domain, wherein the second voltage domain is a voltage domain other than the first voltage domain in the device; and setting working modes of each of the components in the first voltage domain as a first mode, wherein the components comprise the processor core and other components associated with the processor core, and wherein the first mode is a mode with a lower or lowest power consumption. identifying a first voltage domain that meets a preset condition, wherein the first voltage domain is any voltage domain in the device, and wherein the first voltage domain comprises components whose power consumption can be adjusted; migrating a task to be executed by a processor core in the first voltage domain to a second voltage domain, wherein the second voltage domain is a voltage domain other than the first voltage domain in the device; and setting working modes of each of the components in the first voltage domain as a first mode, wherein the components comprise the processor core and other components associated with the processor core, and wherein the first mode is a mode with a lower or lowest power consumption.
A pharmaceutical solution consisting of dopamine hydrochloride dissolved in saline solution, wherein the solution has a pH between 5.5 and 7 and wherein the solution is injectable, free of oxygen and free of preservative agent wherein the saline solution consists of water and monosodium or disodium phosphate, sodium, potassium, calcium or magnesium chloride or mixtures of such salts.