mhurhangee/patent-ind-claim-en huggingface dataset:
A mammography device for acquiring internal information of a breast (B) of an examinee (A) by radiating light to the breast (B) and detecting the diffused light, the mammography device comprising: a container configured to surround the breast (B), the container having a base member having an opening through which the examinee inserts the breast (B), and a bottom member ; and a plurality of optical fibers attached to the container to be directed inward in the container and configured to perform radiation and detection of light; characterized in that : the container further has a plurality of annular members continuously disposed between the bottom member and the opening in the base member along an axis direction (C) perpendicular to an opening surface of the opening; and wherein an inner diameter of each of the annular members is smaller than that of the adjacent annular member on the side of the base member or that of the opening of the base member , the annular members and the bottom member are configured to be relatively displaced along the axis direction (C) with respect to the adjacent annular member on the side of the base member , or with respect to the base member , and at least some of the plurality of optical fibers are attached to the plurality of annular members . a container configured to surround the breast (B), the container having a base member having an opening through which the examinee inserts the breast (B), and a bottom member ; and a plurality of optical fibers attached to the container to be directed inward in the container and configured to perform radiation and detection of light; characterized in that : the container further has a plurality of annular members continuously disposed between the bottom member and the opening in the base member along an axis direction (C) perpendicular to an opening surface of the opening; and wherein an inner diameter of each of the annular members is smaller than that of the adjacent annular member on the side of the base member or that of the opening of the base member , the annular members and the bottom member are configured to be relatively displaced along the axis direction (C) with respect to the adjacent annular member on the side of the base member , or with respect to the base member , and at least some of the plurality of optical fibers are attached to the plurality of annular members . the container further has a plurality of annular members continuously disposed between the bottom member and the opening in the base member along an axis direction (C) perpendicular to an opening surface of the opening; and wherein an inner diameter of each of the annular members is smaller than that of the adjacent annular member on the side of the base member or that of the opening of the base member , the annular members and the bottom member are configured to be relatively displaced along the axis direction (C) with respect to the adjacent annular member on the side of the base member , or with respect to the base member , and at least some of the plurality of optical fibers are attached to the plurality of annular members .
A stable liposomal formulation, the stable formulation comprising a liposome that contains at least one lipid bilayer formed of a phosphatidylcholine selected from the group consisting of palmitoyloleoylphosphatidylcholine (POPC), dimyristoylphosphatidylcholine (DMPC), and dioleoylphosphatidylcholine (DOPC) or mixtures thereof; and a drug encapsulated in the liposome, wherein the drug is sirolimus, umirolimus, or everolimus and the liposome has a diameter of 50 nm to 2 μm and is free of cholesterol.
Device for controlling a heating/cooling system , which heating/cooling system is configured to be coupled to a temperature sensor , characterized in that the device comprises - a number of heat-actuatable NTC resistances , - adjacent heater elements for the supply of heat to said resistances , - relays for connecting and disconnecting one or more of said resistances in serial connection and parallel connection relatively to sensor , and - a control system configured to power said adjacent heater elements , and in that for the increase or decrease of the heat or the cold provided by means of the system , the device is configured to couple the sensor to the heating/cooling system via said resistances thereby providing galvanic separation between the control system and the connection between the heating/cooling system and the sensor . - a number of heat-actuatable NTC resistances , - adjacent heater elements for the supply of heat to said resistances , - relays for connecting and disconnecting one or more of said resistances in serial connection and parallel connection relatively to sensor , and - a control system configured to power said adjacent heater elements ,
A method for producing a sterilized composition suitable for stabilizing an extracellular nucleic acid population of a biological sample, the method comprising: a) providing a composition comprising: i. at least one caspase inhibitor, and ii. at least one compound selected from N-acetyl-cysteine, glutathione, ascorbic acid, vitamin B6, and/or a water-soluble vitamin E derivate; and b) irradiating the composition for sterilization in a liquid form. a) providing a composition comprising: i. at least one caspase inhibitor, and ii. at least one compound selected from N-acetyl-cysteine, glutathione, ascorbic acid, vitamin B6, and/or a water-soluble vitamin E derivate; and i. at least one caspase inhibitor, and ii. at least one compound selected from N-acetyl-cysteine, glutathione, ascorbic acid, vitamin B6, and/or a water-soluble vitamin E derivate; and b) irradiating the composition for sterilization in a liquid form.
A combination of a compound selected from the group consisting of: and or a pharmaceutically acceptable salt thereof, and of a DNA damaging agent, for use in therapy, wherein the compound and the DNA damaging agent may be administered together in a unitary pharmaceutical composition or separately and, when administered separately this may occur simultaneously or sequentially in any order.
Method for assembling a dispensing assembly of cosmetic product (PC), the dispensing assembly comprising a transmission element , a tubular cartridge of cosmetic product (PC) and a receiving shell , the cartridge being configured to be removably coupled to the transmission element , and the receiving shell capable of receiving the transmission element , the method comprising at least the following steps: • coupling the cartridge to the transmission element, the cartridge comprising an outer tube comprising at least one helical groove , a control sleeve comprising at least one longitudinal guide slot , a receptacle for cosmetic product (PC) cooperating with the helical groove of the outer tube and the longitudinal guide slot of the control sleeve , and a bottom element integral in rotation with the control sleeve , and • arrange the transmission element coupled to the cartridge in the reception shell by a relative movement between the reception shell and the transmission element in a snap-in direction (D), the snap-in direction being a direction of relative closeness between the reception shell and the transmission element, the transmission element being configured to be received and maintained in a non-removable manner in the reception shell , the reception shell comprising a snap-in element on an inner face of the receiving shell . • coupling the cartridge to the transmission element, the cartridge comprising an outer tube comprising at least one helical groove , a control sleeve comprising at least one longitudinal guide slot , a receptacle for cosmetic product (PC) cooperating with the helical groove of the outer tube and the longitudinal guide slot of the control sleeve , and a bottom element integral in rotation with the control sleeve , and • arrange the transmission element coupled to the cartridge in the reception shell by a relative movement between the reception shell and the transmission element in a snap-in direction (D), the snap-in direction being a direction of relative closeness between the reception shell and the transmission element, the transmission element being configured to be received and maintained in a non-removable manner in the reception shell , the reception shell comprising a snap-in element on an inner face of the receiving shell .
Brake disc with a friction ring which consists at least in part of a first material, and a brake pot which consists at least in part of a second material which is different from the first material, the friction ring having an collar which is configured in the axial direction, and the collar being connected by means of at least one connecting element to an edge of the brake pot , which edge is directed axially towards the friction ring , characterized in that a plastically deformable intermediate piece is provided between the connecting element and the curved surface of the brake pot , which surface bears against the connecting element which is guided through via a hole which is provided in the collar and the edge.
A method for parameter configuration to determine power, comprising: configuring a first transmission parameter set for a first communication node, the first transmission parameter set comprising target receiving power configuration information and path loss configuration information; and indicating an uplink transmitting resource to the first communication node through physical layer signaling, using resource indication information of a sounding reference signal, SRS, to cause the first communication node to determine a power of a current uplink transmission according to the determined first transmission parameter set, wherein the first transmission parameter set has an association relationship with the uplink transmitting resource, the association relationship configured for the first communication node by a higher layer signaling. configuring a first transmission parameter set for a first communication node, the first transmission parameter set comprising target receiving power configuration information and path loss configuration information; and indicating an uplink transmitting resource to the first communication node through physical layer signaling, using resource indication information of a sounding reference signal, SRS, to cause the first communication node to determine a power of a current uplink transmission according to the determined first transmission parameter set, wherein the first transmission parameter set has an association relationship with the uplink transmitting resource, the association relationship configured for the first communication node by a higher layer signaling.
A method performed by a user equipment, the method comprising: receiving (S71), from a base station, information regarding first physical resource blocks, related to a first partitioning of channel resource elements, that can carry, in downlink, a configurable enhanced physical downlink control channel for allocating resources to a data channel; determining (S72) a number of enhanced control channel elements, related to a second partitioning of channel resource elements, to be used per physical resource block of the first physical resource blocks; determining (S73), for at least one first enhanced control channel element, an enhanced control channel element index based on: i) the information regarding the first physical resource blocks, and ii) the determined number of enhanced control channel elements to be used per physical resource block; and determining (S74), for at least one physical uplink control channel resource, related to a third partitioning of channel resource elements, a physical uplink control channel index based on the determined enhanced control channel element index and according to the information regarding the first physical resource blocks, wherein the first partitioning is related to a partitioning used for allocating channel resources to the data channel, wherein the second partitioning is related to the allocation of channel resources of the enhanced physical downlink control channel, and wherein the third partitioning is related to allocating channel resources of a physical uplink control channel. receiving (S71), from a base station, information regarding first physical resource blocks, related to a first partitioning of channel resource elements, that can carry, in downlink, a configurable enhanced physical downlink control channel for allocating resources to a data channel; determining (S72) a number of enhanced control channel elements, related to a second partitioning of channel resource elements, to be used per physical resource block of the first physical resource blocks; determining (S73), for at least one first enhanced control channel element, an enhanced control channel element index based on: i) the information regarding the first physical resource blocks, and ii) the determined number of enhanced control channel elements to be used per physical resource block; and determining (S74), for at least one physical uplink control channel resource, related to a third partitioning of channel resource elements, a physical uplink control channel index based on the determined enhanced control channel element index and according to the information regarding the first physical resource blocks, wherein the first partitioning is related to a partitioning used for allocating channel resources to the data channel, wherein the second partitioning is related to the allocation of channel resources of the enhanced physical downlink control channel, and wherein the third partitioning is related to allocating channel resources of a physical uplink control channel.
A video encoding method comprising a resolution control, applied to a computing device, the computing device comprising a processor and a memory, and the method comprising: determining a quantization parameter threshold QPTH of a to-be-encoded current frame according to a preset rule; determining a quantization parameter estimated value of the current frame according to an encoding mode of an encoder; and determining encoding resolution of the current frame according to the quantization parameter threshold QPTH and the quantization parameter estimated value of the current frame; wherein the determining a quantization parameter threshold QPTH of a to-be-encoded current frame according to a preset rule comprises: determining the proportion of intra predicted blocks of the current frame such that if the average value of the intra-frame prediction block proportions of the N preceding frames is larger, a smaller quantization parameter threshold QPTH is set, and the current frame is downsampled encoded; otherwise, if the average value of the intra-frame prediction block proportion of the N preceding frames is smaller, a larger quantization parameter threshold QPTH is set and the frame is encoded at full resolution, wherein N is a positive integer greater than or equal to 1. determining a quantization parameter threshold QPTH of a to-be-encoded current frame according to a preset rule; determining a quantization parameter estimated value of the current frame according to an encoding mode of an encoder; and determining encoding resolution of the current frame according to the quantization parameter threshold QPTH and the quantization parameter estimated value of the current frame; wherein the determining a quantization parameter threshold QPTH of a to-be-encoded current frame according to a preset rule comprises: determining the proportion of intra predicted blocks of the current frame such that if the average value of the intra-frame prediction block proportions of the N preceding frames is larger, a smaller quantization parameter threshold QPTH is set, and the current frame is downsampled encoded; otherwise, if the average value of the intra-frame prediction block proportion of the N preceding frames is smaller, a larger quantization parameter threshold QPTH is set and the frame is encoded at full resolution, wherein N is a positive integer greater than or equal to 1.
An electromagnetic detector for detecting one or more properties of a product, for example a rod-shaped article, or a semi-finished product, of the tobacco industry, comprising a detecting channel which is open on three sides to allow the product to pass through the electromagnetic detector along a pass-through direction (D), wherein in the detecting channel is located an electromagnetic field, characterized in that the electromagnetic detector comprises a cleaning circuit for removing unwanted fluid substances and/or extraneous bodies from the detecting channel and which is configured to deliver compressed air into the detecting channel , wherein the detector comprises: a body which is hollow and comprises a base wall , an emitting half-shell and a receiving half-shell which extend from the base wall ; wherein the cleaning circuit comprises at least a first cleaning opening in the emitting half-shell , or in the receiving half-shell , to deliver compressed air from the emitting half-shell , or from the receiving half-shell .
A control device for controlling a main processing machine in accordance with a program where a plate thickness of a workpiece (W) is a first plate thickness (H1), comprising: a program storage unit configured to store a program for specifying a machining shape (S1) on a machining surface (P) of the workpiece (W) and a fixing distance (D1) of a fixing portion (F) that fixes a core (C) to be formed by machining the workpiece (W) to the workpiece (W), on a machining line (L) between the workpiece (W) and the core (C); an enlargement/reduction ratio setter configured to set an enlargement/reduction ratio (Ms) of the machining shape (S1) of the workpiece (W); a plate thickness setter configured to set a second plate thickness (H2) as the plate thickness of the workpiece (W) to be machined by the main processing machine ; a plate thickness ratio calculator configured to calculate the ratio of the second plate thickness (H2) to the first plate thickness (H1) as a plate thickness ratio (Mh); and a control unit configured to control the main processing machine by reading the program replacing the machining shape (S1) specified in the program with a shape (S2) corresponding to the enlargement/reduction ratio (Ms) and replacing the fixing distance (D1) specified in the program with a distance (D2) corresponding to the enlargement/reduction ratio (Ms) and the plate thickness ratio (Mh). a program storage unit configured to store a program for specifying a machining shape (S1) on a machining surface (P) of the workpiece (W) and a fixing distance (D1) of a fixing portion (F) that fixes a core (C) to be formed by machining the workpiece (W) to the workpiece (W), on a machining line (L) between the workpiece (W) and the core (C); an enlargement/reduction ratio setter configured to set an enlargement/reduction ratio (Ms) of the machining shape (S1) of the workpiece (W); a plate thickness setter configured to set a second plate thickness (H2) as the plate thickness of the workpiece (W) to be machined by the main processing machine ; a plate thickness ratio calculator configured to calculate the ratio of the second plate thickness (H2) to the first plate thickness (H1) as a plate thickness ratio (Mh); and a control unit configured to control the main processing machine by reading the program replacing the machining shape (S1) specified in the program with a shape (S2) corresponding to the enlargement/reduction ratio (Ms) and replacing the fixing distance (D1) specified in the program with a distance (D2) corresponding to the enlargement/reduction ratio (Ms) and the plate thickness ratio (Mh).
A tilting structure for providing a force for tilting a worm shaft of an electrically powered steering apparatus to a worm wheel , comprising: a guide block configured for insertion into an insertion space of a housing of the electrically powered steering apparatus; an elastic member which is disposed within the guide block ; and a plug which is movably disposed within the guide block and is elastically supported by the elastic member and configured to exert a tilting force to a bearing which supports the worm shaft , characterized in that a guide groove is formed on an outer surface of the guide block and configured to receive a guide protrusion formed in the housing , wherein the guide block is provided with a fixing pin hole into which a fixing pin which fixes the plug in a state of compressing the elastic member is inserted, wherein the fixing pin is removed after the guide block is inserted into the housing of the electrically powered steering apparatus in a state that the fixing pin is inserted into the fixing pin hole such that the plug is fixed to compress the elastic member . a guide block configured for insertion into an insertion space of a housing of the electrically powered steering apparatus; an elastic member which is disposed within the guide block ; and a plug which is movably disposed within the guide block and is elastically supported by the elastic member and configured to exert a tilting force to a bearing which supports the worm shaft , characterized in that a guide groove is formed on an outer surface of the guide block and configured to receive a guide protrusion formed in the housing , wherein the guide block is provided with a fixing pin hole into which a fixing pin which fixes the plug in a state of compressing the elastic member is inserted, wherein the fixing pin is removed after the guide block is inserted into the housing of the electrically powered steering apparatus in a state that the fixing pin is inserted into the fixing pin hole such that the plug is fixed to compress the elastic member .