mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic gearbox actuator with a hydraulic pump, which has a pump body, in which a rotor is arranged, wherein a drive motor is provided with which the rotor can be driven in opposite directions, wherein two working chambers (8, 9) which are separated from each other, are formed in the pump body, said working chambers each having two openings (A, B, C, D), characterized in that at least three openings (A, B, D) are connected to a respective pressure supply circuit, the one side of which is connected to a reservoir and the other side of which is connected to one of three pressure outlets (10, 20, 30, 40) of the gearbox actuator.
A recombinant microorganism of the genus Escherichia having enhanced rate of producing L-threonine, wherein the recombinant microorganism is obtained by transformation so as to contain a permease of Corynebacterium origin represented by SEQ ID NO: 1 or SEQ ID NO: 2, or a permease having at least 80% identity to SEQ ID NO: 1 or SEQ ID NO: 2.
A terminal device for communicating with a base station using a Time Division Duplex, TDD, method, the terminal device comprising: a control unit configured to transmit uplink control signal based on setting information indicating a first resource which is periodically placed in each of a plurality of bandwidth parts included in a component carrier and which is to be used in transmission of the uplink control signal, wherein the setting information contains, for each of the plurality of bandwidth parts, information indicating a radio frame in which the first resource is placed and information indicating a slot in which the first resource is placed in the radio frame, characterized in that the setting information is adapted to have the first resource being placed in slots arriving at periodicity of a predetermined slot count in a radio frame, and the setting information contains information indicating the periodicity, and in that the control unit is configured to, when the uplink control signal is not transmittable in the first resource, skip transmission of the uplink control signal in the first resource. a control unit configured to transmit uplink control signal based on setting information indicating a first resource which is periodically placed in each of a plurality of bandwidth parts included in a component carrier and which is to be used in transmission of the uplink control signal, wherein the setting information contains, for each of the plurality of bandwidth parts, information indicating a radio frame in which the first resource is placed and information indicating a slot in which the first resource is placed in the radio frame, characterized in that the setting information is adapted to have the first resource being placed in slots arriving at periodicity of a predetermined slot count in a radio frame, and the setting information contains information indicating the periodicity, and in that the control unit is configured to, when the uplink control signal is not transmittable in the first resource, skip transmission of the uplink control signal in the first resource.
A liquid milk clotting aspartic protease enzyme composition comprising: I: milk clotting aspartic protease enzyme at a strength of from 25 IMCU/g to 30000 IMCU/g of the composition; II: polypeptides longer than 10 amino acids in a concentration from 0.01% to 10% (w/w) of the composition, wherein the polypeptides longer than 10 amino acids are at least one polypeptide selected from the group consisting of: alpha lactalbumin, beta-lactoglobulin, transferrin, lactoperoxidase, casein, alpha-s1-casein, alpha-s2-casein, beta-casein, kappa-casein, ovalbumin, gelatin, soy proteins, pea proteins, corn proteins, potato proteins, hemp proteins, rice proteins, spirulina proteins, wheat proteins, peanut proteins, sun flower proteins, rape seed proteins, blood proteins and algae proteins; and III: a salt in a concentration from 1 to 350 g/kg and wherein the pH of the composition is from 2 to 8; and wherein the milk clotting aspartic protease enzyme is chymosin (EC 3.4.23.4), wherein the milk clotting aspartic protease enzyme is Camelius dromedarius chymosin comprising the polypeptide amino acid sequence shown in Figure 5 herein (termed "Camel_chymosin") or a variant of Camelius dromedarius chymosin, wherein the variant comprises a polypeptide sequence which has at least 90%, preferably at least 95%, more preferably at least 99%, sequence identity with the camel chymosin polypeptide amino acid sequence shown in Figure 5 herein, wherein the International Milk Clotting Units (IMCU) are determined as set forth in the description. I: milk clotting aspartic protease enzyme at a strength of from 25 IMCU/g to 30000 IMCU/g of the composition; II: polypeptides longer than 10 amino acids in a concentration from 0.01% to 10% (w/w) of the composition, wherein the polypeptides longer than 10 amino acids are at least one polypeptide selected from the group consisting of: alpha lactalbumin, beta-lactoglobulin, transferrin, lactoperoxidase, casein, alpha-s1-casein, alpha-s2-casein, beta-casein, kappa-casein, ovalbumin, gelatin, soy proteins, pea proteins, corn proteins, potato proteins, hemp proteins, rice proteins, spirulina proteins, wheat proteins, peanut proteins, sun flower proteins, rape seed proteins, blood proteins and algae proteins; and III: a salt in a concentration from 1 to 350 g/kg and wherein the pH of the composition is from 2 to 8; and wherein the milk clotting aspartic protease enzyme is chymosin (EC 3.4.23.4), wherein the milk clotting aspartic protease enzyme is Camelius dromedarius chymosin comprising the polypeptide amino acid sequence shown in Figure 5 herein (termed "Camel_chymosin") or a variant of Camelius dromedarius chymosin, wherein the variant comprises a polypeptide sequence which has at least 90%, preferably at least 95%, more preferably at least 99%, sequence identity with the camel chymosin polypeptide amino acid sequence shown in Figure 5 herein, wherein the International Milk Clotting Units (IMCU) are determined as set forth in the description.
A surgical instrument comprising: a body: a transmission assembly extending distally from the body; an end effector coupled to a distal end of the transmission assembly; an ultrasonic transducer in acoustic communication with the end effector via the transmission assembly such that the transducer, the transmission assembly, and the end effector together define an acoustic assembly; a mounting ring rotatably coupling the transducer with the body, wherein one or more piezoelectric components of the transducer are disposed proximally of the mounting ring; a drum disposed distally of the mounting ring; and one or more electrical conduits coupling the drum with the piezoelectric components, characterized in that, in a first alternative, the electrical conduits are routed over the mounting ring, or, in a second alternative, the mounting ring comprises one or more channels disposed in the mounting ring and configured to receive the one or more electrical conduits and the electrical conduits are routed through the one or more channels in the mounting ring. a transmission assembly extending distally from the body; an end effector coupled to a distal end of the transmission assembly; an ultrasonic transducer in acoustic communication with the end effector via the transmission assembly such that the transducer, the transmission assembly, and the end effector together define an acoustic assembly; a mounting ring rotatably coupling the transducer with the body, wherein one or more piezoelectric components of the transducer are disposed proximally of the mounting ring; a drum disposed distally of the mounting ring; and one or more electrical conduits coupling the drum with the piezoelectric components,
A seismic streamer cable, comprising: elongated strength members extending along the length of the streamer; a plurality of sensor holders spaced longitudinally along the elongated strength members; at least one sensor holder of the plurality of sensor holders comprising: a pair of rigid support plates, each of which is provided with a pair of apertures arranged to couple the support plates to the strength members such that the support plates are longitudinally spaced apart along the strength members leaving a space between them, wherein each support plate includes a central receptacle; and a particle motion sensor assembly disposed in the space between the rigid support plates, the particle motion sensor assembly having opposed longitudinal end portions that are received and fixedly engaged by the central receptacles of the support plates. elongated strength members extending along the length of the streamer; a plurality of sensor holders spaced longitudinally along the elongated strength members; at least one sensor holder of the plurality of sensor holders comprising: a pair of rigid support plates, each of which is provided with a pair of apertures arranged to couple the support plates to the strength members such that the support plates are longitudinally spaced apart along the strength members leaving a space between them, wherein each support plate includes a central receptacle; and a particle motion sensor assembly disposed in the space between the rigid support plates, the particle motion sensor assembly having opposed longitudinal end portions that are received and fixedly engaged by the central receptacles of the support plates. a pair of rigid support plates, each of which is provided with a pair of apertures arranged to couple the support plates to the strength members such that the support plates are longitudinally spaced apart along the strength members leaving a space between them, wherein each support plate includes a central receptacle; and a particle motion sensor assembly disposed in the space between the rigid support plates, the particle motion sensor assembly having opposed longitudinal end portions that are received and fixedly engaged by the central receptacles of the support plates.
A method of operating a digital system in a secure mode, comprising the steps of: executing an entry sequence (302; 413, 414) arranged to cause the system to enter into the secure mode of operation for executing secure code of an application program if predetermined secure mode entry conditions are met; asserting a security signal; characterized by writing (528.1) to a memory mapped latch (154, 318), wherein the memory mapped latch (154, 318) can be written to only when the security signal is asserted; and activating a secure mode indicator means (155, 319) in response to writing to the memory mapped latch (154, 318), the indicator means (155, 319) being observable by a user of the digital system; wherein the step of executing an entry sequence comprises the steps of: jumping to an entry address at a particular address in an instruction memory; executing an activation sequence of instructions beginning at the entry address; and entering the secure mode of operation only if the activation sequence of instructions is fully executed by the central processing unit in a predefined order. executing an entry sequence (302; 413, 414) arranged to cause the system to enter into the secure mode of operation for executing secure code of an application program if predetermined secure mode entry conditions are met; asserting a security signal; characterized by writing (528.1) to a memory mapped latch (154, 318), wherein the memory mapped latch (154, 318) can be written to only when the security signal is asserted; and activating a secure mode indicator means (155, 319) in response to writing to the memory mapped latch (154, 318), the indicator means (155, 319) being observable by a user of the digital system; jumping to an entry address at a particular address in an instruction memory; executing an activation sequence of instructions beginning at the entry address; and entering the secure mode of operation only if the activation sequence of instructions is fully executed by the central processing unit in a predefined order.
A manufacturing method of decorated natural leather including the steps of: a) laser ablating part of a base coat on dyed crusted leather; and b) bleaching the laser ablated part with a bleaching agent.
An absorbent article comprising: a top sheet; a liquid impermeable back sheet; and an absorbent body interposed between the top sheet and the back sheet, wherein welded portions are formed on at least a part of the top sheet, the welded portions constitute a plurality of units, each of the units including rod portions that are arranged radially in planar view, a distance between adjacent units is greater than a diameter of a smallest virtual circle inscribed in the rod portions included in each of the units, characterized in that a short side of a first rod portion included in a first unit of the plurality of units and a short side of a first rod portion of a second unit of the plurality of units, the second unit being not the first unit, are in a first virtual straight line, and a short side of a second rod portion included in the first unit and a short side of a second rod portion are in a second virtual straight line, such that when a force causing the top sheet to twist is applied, a plurality of units can deform in the same direction along the first or second virtual straight line. a top sheet; a liquid impermeable back sheet; and an absorbent body interposed between the top sheet and the back sheet, wherein welded portions are formed on at least a part of the top sheet, the welded portions constitute a plurality of units, each of the units including rod portions that are arranged radially in planar view, a distance between adjacent units is greater than a diameter of a smallest virtual circle inscribed in the rod portions included in each of the units, characterized in that a short side of a first rod portion included in a first unit of the plurality of units and a short side of a first rod portion of a second unit of the plurality of units, the second unit being not the first unit, are in a first virtual straight line, and a short side of a second rod portion included in the first unit and a short side of a second rod portion are in a second virtual straight line, such that when a force causing the top sheet to twist is applied, a plurality of units can deform in the same direction along the first or second virtual straight line.
A power determining method executed by an apparatus for a terminal device, wherein the apparatus accesses a first access device by using a long term evolution, LTE, access technology, and accesses a second access device by using a new radio, NR, access technology, the method comprising: determining first NR power based on first additional maximum power reduction, AMPR, wherein the first AMPR is calculated based on first resource allocation information and NR scheduling information, wherein the first resource allocation information indicates LTE resource allocation; determining LTE power based on second AMPR, wherein the second AMPR is calculated based on LTE scheduling information and second resource allocation information, wherein the second resource allocation information indicates NR resource allocation and the second resource allocation information is a preset value; and when a sum of the first NR power and the LTE power is greater than maximum dual connectivity transmit power of the terminal device, sending LTE information to the first access device at the LTE power on time domain resources that completely or partially overlap each other, and sending NR information to the second access device at second NR power or skipping sending NR information, wherein the second NR power is less than the first NR power. determining first NR power based on first additional maximum power reduction, AMPR, wherein the first AMPR is calculated based on first resource allocation information and NR scheduling information, wherein the first resource allocation information indicates LTE resource allocation; determining LTE power based on second AMPR, wherein the second AMPR is calculated based on LTE scheduling information and second resource allocation information, wherein the second resource allocation information indicates NR resource allocation and the second resource allocation information is a preset value; and when a sum of the first NR power and the LTE power is greater than maximum dual connectivity transmit power of the terminal device, sending LTE information to the first access device at the LTE power on time domain resources that completely or partially overlap each other, and sending NR information to the second access device at second NR power or skipping sending NR information, wherein the second NR power is less than the first NR power.
A method for controlling an air conditioning device, said air conditioning device being capable of changing an object condition of a building, such as temperature, humidity, while the air conditioning device is operated and during a period of time in which the operation of the air conditioning device has a continued effect, characterized in that the controlling of said device is carried out based on the energy balance of the building at a time (t), said energy balance being determined based on the following input parameters: a) a prognosis of a time-dependent development of environmental parameters in an area around the building, the environmental parameters in said area having an effect on the object condition, while taking into account that another environmental parameter, i.e., a position of the sun outside said area, does not have any effect on the building, because rays of sunshine are prevented from impinging on the building by an adjacent obstruction, b) the time-dependent effect of the environmental parameters on a section of said building, said effect being determined by the object characteristics that are temporally relevant, and c) the time-dependent effect of the air conditioning device on the building, so that a section of said building reaches a certain object condition within a defined range of object conditions at a later point in time (t+1). a) a prognosis of a time-dependent development of environmental parameters in an area around the building, the environmental parameters in said area having an effect on the object condition, while taking into account that another environmental parameter, i.e., a position of the sun outside said area, does not have any effect on the building, because rays of sunshine are prevented from impinging on the building by an adjacent obstruction, b) the time-dependent effect of the environmental parameters on a section of said building, said effect being determined by the object characteristics that are temporally relevant, and c) the time-dependent effect of the air conditioning device on the building, so that a section of said building reaches a certain object condition within a defined range of object conditions at a later point in time (t+1).
A method for selecting a cell performed by a terminal in a wireless communication system, the method comprising: storing information on at least one cell on which the terminal has camped and a cell used just before forming a call; performing, if an end of the call is detected, a cell search based on a cell used during the call, and the stored information on the at least one cell on which the terminal has camped and a cell used just before forming the call; comparing first location area information of a cell of which a reception signal strength is the strongest, based on a result of the cell search, with second location area information of the cell used just before forming the call; determining the cell of which the reception signal strength is strongest as a cell to which a cell selection is performed, if the first location area information is identical to the second location area information, as a result of the comparison; and selecting the determined cell. storing information on at least one cell on which the terminal has camped and a cell used just before forming a call; performing, if an end of the call is detected, a cell search based on a cell used during the call, and the stored information on the at least one cell on which the terminal has camped and a cell used just before forming the call; comparing first location area information of a cell of which a reception signal strength is the strongest, based on a result of the cell search, with second location area information of the cell used just before forming the call; determining the cell of which the reception signal strength is strongest as a cell to which a cell selection is performed, if the first location area information is identical to the second location area information, as a result of the comparison; and selecting the determined cell.
A temporary removable graphic film assembly configured to conform to and to fracture over contours of irregular surfaces having a roughness average (Ra) of at least 25 microns, characterised in that the assembly comprises: - a printable polymeric layer having a first surface and a second surface and having a thickness of less than 0.0762 mm, the printable polymeric layer consisting of a polymeric coating composition comprising a blend of fracturable material wherein a ratio of cellulose acetate butyrate and sucrose acetate isobutyrate in said blend is within a range of 7:1 to 3:1; - a layer of pressure sensitive adhesive having a first surface and a second surface, wherein the first surface of the pressure sensitive adhesive is adhered to the second surface of the printable polymeric layer - a printable polymeric layer having a first surface and a second surface and having a thickness of less than 0.0762 mm, the printable polymeric layer consisting of a polymeric coating composition comprising a blend of fracturable material wherein a ratio of cellulose acetate butyrate and sucrose acetate isobutyrate in said blend is within a range of 7:1 to 3:1; - a layer of pressure sensitive adhesive having a first surface and a second surface, wherein the first surface of the pressure sensitive adhesive is adhered to the second surface of the printable polymeric layer
An overspeed assembly for use with a governor assembly for limiting of an elevator system, the overspeed assembly comprising: a rod movable relative to the governor assembly in response to a speed of an elevator car; a pin coupled to the rod; characterized by the pin being movable between a first position and a second position based on a direction of travel of the elevator car, wherein the pin is configured to engage a first component to indicate a first overspeed condition when the elevator car is travelling in a first direction and the pin is configured to engage a second component to indicate a second overspeed condition when the elevator car is travelling in a second, opposite direction; wherein the pin further comprises a first magnet, and the overspeed assembly includes a second magnet, the second magnet being selectively operable to attract and repel the first magnet to move the pin between the first position and the second position. a rod movable relative to the governor assembly in response to a speed of an elevator car; a pin coupled to the rod; characterized by the pin being movable between a first position and a second position based on a direction of travel of the elevator car, wherein the pin is configured to engage a first component to indicate a first overspeed condition when the elevator car is travelling in a first direction and the pin is configured to engage a second component to indicate a second overspeed condition when the elevator car is travelling in a second, opposite direction; wherein the pin further comprises a first magnet, and the overspeed assembly includes a second magnet, the second magnet being selectively operable to attract and repel the first magnet to move the pin between the first position and the second position.