mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a medical image capturing apparatus, the method comprising: establishing, by a mobile apparatus , a communication link between the mobile apparatus and the medical image capturing apparatus (S220); detecting an operation mode of the mobile apparatus in response to establishing the communication link (S230); determining a function corresponding to the detected operation mode from functions provided by the medical image capturing apparatus (S240); and performing the determined function (S250), characterized in that detecting the operation mode comprises determining the operation mode as one of a width direction mode and a height direction mode based on displacement information of the mobile apparatus, wherein the performing the determined function comprises, when the operation mode is the width direction mode in which the mobile apparatus is displaced in a width direction, controlling the medical image capturing apparatus based on a user input, and wherein the performing the determined function comprises, when the operation mode is the height direction mode in which the mobile apparatus is displaced in a height direction, displaying object-related information comprising at least one of medical record information of an object, medical image record information of the object, a medical image captured by the medical image capturing apparatus, and lesion information of the object. establishing, by a mobile apparatus , a communication link between the mobile apparatus and the medical image capturing apparatus (S220); detecting an operation mode of the mobile apparatus in response to establishing the communication link (S230); determining a function corresponding to the detected operation mode from functions provided by the medical image capturing apparatus (S240); and performing the determined function (S250), characterized in that detecting the operation mode comprises determining the operation mode as one of a width direction mode and a height direction mode based on displacement information of the mobile apparatus, wherein the performing the determined function comprises, when the operation mode is the width direction mode in which the mobile apparatus is displaced in a width direction, controlling the medical image capturing apparatus based on a user input, and wherein the performing the determined function comprises, when the operation mode is the height direction mode in which the mobile apparatus is displaced in a height direction, displaying object-related information comprising at least one of medical record information of an object, medical image record information of the object, a medical image captured by the medical image capturing apparatus, and lesion information of the object.
Rail device for a guide device that comprises at least one carriage , with which a sliding door is held displaceable along a guide channel provided in the rail device , which guide channel is formed by first rail part extending at least partially in a straight line and at least one second rail part adjoining first rail part and extending at least partially along a curve and which guide channel comprises a first channel section and a second channel section , wherein bearing elements (218, 311, 2211; 219, 2191, 2221) are provided which engage in one another in a form-fitting manner and by means of which the second rail part is held displaceably parallel to a longitudinal axis (x) of the first rail part , wherein fastening means are provided by which the second rail part is connectable or connected at a selected position to the first rail part ; wherein overlapping parts of the first and second rail parts together adjoin the guide channel on a second side and form each a track section for a guide element guided in the guide channel , and wherein the second rail part , which forms the second channel section and comprises a first and a second channel wall , is part of a rail plate which is made of plastic or metal and has a first plate part running on the first side of the guide channel and a second plate part extending on the second side of the guide channel , characterised in that that the first and the second rail part are connected to one another on a first side of the guide channel by a first auxiliary rail along which the second rail part or the rail plate is displaceable and fixable in a selected position with the first auxiliary rail .
A communication method, comprising: receiving (S202), by a terminal from a base station, information that indicates information about pilot antenna ports used for a resource block, RB, set used by the terminal, wherein the pilot antenna ports used for the RB set are configured to be used by terminals to receive a signal on each RB in the RB set; wherein each pilot antenna port corresponds to a pilot location configured to be used for transmission of a pilot symbol for channel estimation for data demodulation; and determining (S203), by the terminal based on the received information, the pilot antenna ports used by the terminal, wherein a field in downlink control information, DCI, is used to indicate a power ratio of energy per resource element, EPRE, of a physical downlink shared channel, PDSCH, to EPRE of a demodulation reference signal, DMRS, of the PDSCH; wherein the information is indicated by the field in the DCI; wherein a quantity of bits occupied by the field is greater than or equal to 2, wherein, after the determining, by the terminal, the pilot antenna ports used for the RB set, further comprising: receiving, by the terminal, a data symbol at an unused pilot location corresponding to a pilot antenna port unused for the RB set. receiving (S202), by a terminal from a base station, information that indicates information about pilot antenna ports used for a resource block, RB, set used by the terminal, wherein the pilot antenna ports used for the RB set are configured to be used by terminals to receive a signal on each RB in the RB set; wherein each pilot antenna port corresponds to a pilot location configured to be used for transmission of a pilot symbol for channel estimation for data demodulation; and determining (S203), by the terminal based on the received information, the pilot antenna ports used by the terminal, wherein a field in downlink control information, DCI, is used to indicate a power ratio of energy per resource element, EPRE, of a physical downlink shared channel, PDSCH, to EPRE of a demodulation reference signal, DMRS, of the PDSCH; wherein the information is indicated by the field in the DCI; wherein a quantity of bits occupied by the field is greater than or equal to 2, wherein, after the determining, by the terminal, the pilot antenna ports used for the RB set, further comprising: receiving, by the terminal, a data symbol at an unused pilot location corresponding to a pilot antenna port unused for the RB set.
Cooling system (30; 30a; 30b) for at least one component , equipped with a heat exchanger (34; 52), of a fuel cell system , comprising a refrigerating plant (38; 38a; 38b); a thermofluid circuit (32; 32; 32b), which on the one hand is connected to a thermofluid inlet (35; 53) and a thermofluid outlet (36; 54) of the heat exchanger (34; 52) of the respective component (12; 50) of the fuel cell system and on the other hand is connected to a heat exchanger (39; 39a; 39b) of the refrigerating plant (38; 38a; 38b); a pump (40; 40a; 40b) in the thermofluid circuit (32; 32a; 32) for transporting a thermofluid through the heat exchanger (34; 52) of the respective component (12; 50) of the fuel cell system and through the heat exchanger (39; 39a; 39b) of the refrigerating plant (38; 38a; 38b); and a controller (42; 42a; 42b) for activating the pump (40; 40a; 40b) of the thermofluid circuit (32; 32a; 32b), wherein the controller (42; 42a; 42b) is configured to vary a thermal power dissipation of the pump (40; 40a; 40b) in order when there is a need for an increased temperature level of the respective component (12; 50) of the fuel cell system to increase the temperature of the thermofluid by increasing the thermal power dissipation of the pump (40; 40a; 40b). a refrigerating plant (38; 38a; 38b); a thermofluid circuit (32; 32; 32b), which on the one hand is connected to a thermofluid inlet (35; 53) and a thermofluid outlet (36; 54) of the heat exchanger (34; 52) of the respective component (12; 50) of the fuel cell system and on the other hand is connected to a heat exchanger (39; 39a; 39b) of the refrigerating plant (38; 38a; 38b); a pump (40; 40a; 40b) in the thermofluid circuit (32; 32a; 32) for transporting a thermofluid through the heat exchanger (34; 52) of the respective component (12; 50) of the fuel cell system and through the heat exchanger (39; 39a; 39b) of the refrigerating plant (38; 38a; 38b); and a controller (42; 42a; 42b) for activating the pump (40; 40a; 40b) of the thermofluid circuit (32; 32a; 32b), wherein the controller (42; 42a; 42b) is configured to vary a thermal power dissipation of the pump (40; 40a; 40b) in order when there is a need for an increased temperature level of the respective component (12; 50) of the fuel cell system to increase the temperature of the thermofluid by increasing the thermal power dissipation of the pump (40; 40a; 40b).
Barrel weapon comprising a base plate , a ball bearing introduced in the base plate and a weapon barrel having a ball at the end , the ball being rotatably mounted in the ball bearing , it being possible for the ball to be clamped in the ball bearing , and at least one means being provided which can release the clamping of the ball in the ball bearing , characterized in that the means is at least one handle by means of which a pressure plate can be acted upon via at least one line .
An adjustable table assembly installable in a passenger cabin environment, the adjustable table assembly comprising: a fixed rail assembly attachable to a fixed structure, for example a fixed structure comprised in a passenger cabin, the fixed rail assembly comprising a control rail ; a support column by which the adjustable table can be translated fore and aft by movement along a longitudinal axis and being rotatably mounted on the rail assembly ; and a table mounted on the support column , the table having a stowed position and deployed positions in a first direction from the stowed position; wherein the table has a predetermined stowage orientation at which the support column and table are movable along the rail assembly in a second direction opposite the first direction to the stowed position, and the rail assembly prevents the table from moving into the stowed positions when the table is rotated out of the predetermined stowage orientation; wherein the control rail comprises a first portion extending in the first direction and along which the support column and table are rotatable around a vertical axis defined by the support column , and a second portion extending in the second direction and along which the support column and table are not rotatable around the vertical axis ; and wherein the first portion of the control rail has a first lateral width (W1), the second portion of the control rail has a second lateral width (W2) greater than the first lateral width (W1), and the support column has a radially reduced portion that faces the control rail when the table is in the predetermined stowage orientation. a fixed rail assembly attachable to a fixed structure, for example a fixed structure comprised in a passenger cabin, the fixed rail assembly comprising a control rail ; a support column by which the adjustable table can be translated fore and aft by movement along a longitudinal axis and being rotatably mounted on the rail assembly ; and a table mounted on the support column , the table having a stowed position and deployed positions in a first direction from the stowed position; wherein the table has a predetermined stowage orientation at which the support column and table are movable along the rail assembly in a second direction opposite the first direction to the stowed position, and the rail assembly prevents the table from moving into the stowed positions when the table is rotated out of the predetermined stowage orientation; wherein the control rail comprises a first portion extending in the first direction and along which the support column and table are rotatable around a vertical axis defined by the support column , and a second portion extending in the second direction and along which the support column and table are not rotatable around the vertical axis ; and wherein the first portion of the control rail has a first lateral width (W1), the second portion of the control rail has a second lateral width (W2) greater than the first lateral width (W1), and the support column has a radially reduced portion that faces the control rail when the table is in the predetermined stowage orientation.
An electronic device comprising: a plastic casing defining an interior and an exterior, the interior defining a cavity housing a printed circuit board, an electrical cell, and a metal retaining clip for retaining said electrical cell in electrical contact with the PCB, the casing comprising an integral cover which permits access to the interior of the casing; wherein the integral cover is formed as part of the casing, and includes portions of relative weakness joining the cover to the remainder of the casing, such that said weak portions may be broken by the application of sufficient force, to allow at least a part of the cover to be separated from the remainder of the casing, thereby creating an aperture permitting access to the interior of the casing; characterized in that the retaining clip separates the electrical cell from the cover, and the clip and cover are of suitable relative size and shape so as to cause the clip to be deformed on application of sufficient force to remove the clip through the aperture created on separation of the cover. a plastic casing defining an interior and an exterior, the interior defining a cavity housing a printed circuit board, an electrical cell, and a metal retaining clip for retaining said electrical cell in electrical contact with the PCB, the casing comprising an integral cover which permits access to the interior of the casing; wherein the integral cover is formed as part of the casing, and includes portions of relative weakness joining the cover to the remainder of the casing, such that said weak portions may be broken by the application of sufficient force, to allow at least a part of the cover to be separated from the remainder of the casing, thereby creating an aperture permitting access to the interior of the casing; characterized in that the retaining clip separates the electrical cell from the cover, and the clip and cover are of suitable relative size and shape so as to cause the clip to be deformed on application of sufficient force to remove the clip through the aperture created on separation of the cover.
A cap assembly for a secondary battery , comprising: a cap plate , wherein the cap plate comprises an electrode lead-out hole ; an electrode terminal, wherein the electrode terminal comprises a terminal board , the terminal board is located at a side of the cap plate and covers the electrode lead-out hole ; a fixing member , wherein the fixing member at least partially surrounds the terminal board to fix the terminal board to the fixing member ; a connection member , wherein the connection member is separated from the electrode terminal by the fixing member , and the connection member is connected with the cap plate ; the connection member comprises a main body , the main body is provided with a first groove formed downwardly along a top of the main body ; wherein a part of the fixing member is located in the first groove ; wherein the main body comprises a cylinder-like base portion and a ring-like first flange ; the first flange extends from the base portion in a direction toward the terminal board . a cap plate , wherein the cap plate comprises an electrode lead-out hole ; an electrode terminal, wherein the electrode terminal comprises a terminal board , the terminal board is located at a side of the cap plate and covers the electrode lead-out hole ; a fixing member , wherein the fixing member at least partially surrounds the terminal board to fix the terminal board to the fixing member ; a connection member , wherein the connection member is separated from the electrode terminal by the fixing member , and the connection member is connected with the cap plate ; the connection member comprises a main body , the main body is provided with a first groove formed downwardly along a top of the main body ; wherein a part of the fixing member is located in the first groove ; wherein the main body comprises a cylinder-like base portion and a ring-like first flange ; the first flange extends from the base portion in a direction toward the terminal board .
A content addressable memory, CAM, comprising: a plurality of memory sections, each memory section comprising an addressable memory storage space configured to store data; and a comparator using shared compare circuitry configured to compare the stored data in each memory section of the plurality of memory sections with search input data by comparing data in each of the addressable memory storage spaces with the search input data in a time division multiplexed fashion, wherein the stored data in the addressable memory storage space of each memory section of the plurality of memory sections is multiplexed to the shared compare circuitry. a plurality of memory sections, each memory section comprising an addressable memory storage space configured to store data; and a comparator using shared compare circuitry configured to compare the stored data in each memory section of the plurality of memory sections with search input data by comparing data in each of the addressable memory storage spaces with the search input data in a time division multiplexed fashion, wherein the stored data in the addressable memory storage space of each memory section of the plurality of memory sections is multiplexed to the shared compare circuitry.
A rail for a weapon configured to removably receive and retain a powered accessory provided with a magnetic switch , the rail comprising: a plurality of slots and a plurality of ribs each being located in an alternating fashion on a surface of the rail; a first plurality of pins each having an end portion located on a surface of one of a first plurality of the plurality of ribs; a second plurality of pins each having a first end portion and a second end portion located on a surface of a second plurality of the plurality of ribs; the first and second plurality of pins being connectable to magnets located in the powered accessory and triggering a magnetic switch located in the rail to indicate the conductively powering rail that the accessory has been connected and a third plurality of pins located in the rail for power and data transfer, wherein the third plurality of pins have an exposed contact surface comprising tungsten carbide and wherein the contact surfaces are round pads. a plurality of slots and a plurality of ribs each being located in an alternating fashion on a surface of the rail; a first plurality of pins each having an end portion located on a surface of one of a first plurality of the plurality of ribs; a second plurality of pins each having a first end portion and a second end portion located on a surface of a second plurality of the plurality of ribs; the first and second plurality of pins being connectable to magnets located in the powered accessory and triggering a magnetic switch located in the rail to indicate the conductively powering rail that the accessory has been connected and a third plurality of pins located in the rail for power and data transfer, wherein the third plurality of pins have an exposed contact surface comprising tungsten carbide and wherein the contact surfaces are round pads.
Interaction device for a vehicle , comprising at least one active exterior trim part that includes at least one movable visible component , a vehicle environment sensor system and an access authorisation system and/or a vehicle status sensor system wherein an evaluation and control unit evaluates information from the vehicle environment sensor system and/or the access authorisation system and/or the vehicle status sensor system and controls the at least one movable component of the at least one active exterior trim part as a function of the evaluation for interaction with other road users in the vehicle environment, at least one movable visible first component being configured as an exterior mirror housing that can be adjusted between a folded-in storage position and a folded-out operating position by means of an actuator , and/or at least one movable visible second component being configured as an adjustable segment that can be adjusted between a storage position and a deployed operating position by means of the actuator , wherein, during the driving operation, if a possible hazard to the other road user is detected, the evaluation and control unit adjusts at least one of the movable components as a recognition scenario between the storage position and the operating position and back by means of the corresponding actuator at a specified switching frequency.
A tethering device in combination with a container closure of the type having a cap and a tamper-evident ring at one end thereof, whereby the device is formed separately from and being attached to a first region of the closure including the removable cap and also being attached to a second region of the closure including the ring, whereby when the cap is removed from a container it remains tethered to the ring by the device.
A polymerization catalyst comprising: a metal complex obtained by mixing at least one ketimine derivative selected from the group consisting of a β-ketimine compound and a tautomer thereof with a compound having at least one metal selected from among Group 4 and 5 transitional metals; an organoaluminum compound; and a halogen compound having a structure in which chlorine is bonded to tertiary carbon or tertiary silicon, wherein the organoaluminum compound is an aluminoxane compound. a metal complex obtained by mixing at least one ketimine derivative selected from the group consisting of a β-ketimine compound and a tautomer thereof with a compound having at least one metal selected from among Group 4 and 5 transitional metals; an organoaluminum compound; and a halogen compound having a structure in which chlorine is bonded to tertiary carbon or tertiary silicon, wherein the organoaluminum compound is an aluminoxane compound.