mhurhangee/ep-ind-claims huggingface dataset:
A control method for a refrigerator including a compressor, a condenser connected to an outlet of the compressor, a valve member connected to an outlet of the condenser, a fridge evaporator cooling a fridge and a freezer evaporator cooling a freezer connected in parallel to the fridge evaporator from the valve member, the valve member configured to selectively opening and closing a refrigerant passage to allow refrigerants to flow to any one side of the fridge evaporator and the freezer evaporator, the method comprising: actuating the compressor when it is judged that temperatures of the fridge and the freezer are equal to or higher than set upper limit temperatures, respectively; characterized by opening firstly a refrigerant passage at the fridge evaporator by operating the valve member at the same time when or just after the compressor is actuated; actuating a freezer fan at the same time when or just after the refrigerant passage at the fridge evaporator is opened, the freezer fan configured to be actuated for a predetermined time (ta) in status where a refrigerant passage at the freezer evaporator is closed; and actuating the fridge fan at the predetermined time (ta) after opening the refrigerant passage at the fridge evaporator. actuating the compressor when it is judged that temperatures of the fridge and the freezer are equal to or higher than set upper limit temperatures, respectively; characterized by opening firstly a refrigerant passage at the fridge evaporator by operating the valve member at the same time when or just after the compressor is actuated; actuating a freezer fan at the same time when or just after the refrigerant passage at the fridge evaporator is opened, the freezer fan configured to be actuated for a predetermined time (ta) in status where a refrigerant passage at the freezer evaporator is closed; and actuating the fridge fan at the predetermined time (ta) after opening the refrigerant passage at the fridge evaporator.
A method for transmitting a time-sensitive networking, TSN, frame by a user plane function, UPF, in a mobile communication network configured to support a fully-distributed TSN model, the method comprising: establishing (1.) a packet data unit, PDU, session with a user equipment, UE, communicating with a first TSN node; synchronizing (2.) the first TSN node and a second TSN node; interpreting a first frame received from the first TSN node through the UE, wherein the interpreting of the first frame comprises identifying TSN data and control information and extracting the control information from the first frame; converting the control information of the first frame into a message for transmission in the mobile communication network, and transmitting, to a TSN application function, AF, the message; receiving (6c.), from the TSN AF through a session management function, SMF, of the mobile communication network, a session modification message for a quality of service, QoS, required by the first frame; receiving (7b.), from the TSN AF through the SMF, a parameter update message including at least one of a talker status, a listener status, and an accumulated latency value, wherein the talker status records a status according to whether there is a talker and the listener status indicates whether there is a listener, wherein the talker is the first TSN node and the listener is the second TSN node, and wherein the parameter update message is generated in the TSN AF or the UPF; generating a second frame reflecting the parameter update message; and transmitting (8.) the generated second frame to the second TSN node. establishing (1.) a packet data unit, PDU, session with a user equipment, UE, communicating with a first TSN node; synchronizing (2.) the first TSN node and a second TSN node; interpreting a first frame received from the first TSN node through the UE, wherein the interpreting of the first frame comprises identifying TSN data and control information and extracting the control information from the first frame; converting the control information of the first frame into a message for transmission in the mobile communication network, and transmitting, to a TSN application function, AF, the message; receiving (6c.), from the TSN AF through a session management function, SMF, of the mobile communication network, a session modification message for a quality of service, QoS, required by the first frame; receiving (7b.), from the TSN AF through the SMF, a parameter update message including at least one of a talker status, a listener status, and an accumulated latency value, wherein the talker status records a status according to whether there is a talker and the listener status indicates whether there is a listener, wherein the talker is the first TSN node and the listener is the second TSN node, and wherein the parameter update message is generated in the TSN AF or the UPF; generating a second frame reflecting the parameter update message; and transmitting (8.) the generated second frame to the second TSN node.
Method for producing a pellet preferably intended for subsequent chemical analysis, wherein said method comprises a) melting a material stream, b) shapelessly cooling the molten material stream to obtain a glassy material, c) subsequently grinding the solidified glassy material d) and pressing at least some of the ground material to obtain a pressed pellet, characterized in that the cooling of the molten material stream is achieved by pouring into a small roller mill which simultaneously serves to comminute the unshaped molten material stream and in that the subsequent grinding is performed by means of a fine mill. wherein said method comprises a) melting a material stream, b) shapelessly cooling the molten material stream to obtain a glassy material, c) subsequently grinding the solidified glassy material d) and pressing at least some of the ground material to obtain a pressed pellet, a) melting a material stream, b) shapelessly cooling the molten material stream to obtain a glassy material, c) subsequently grinding the solidified glassy material d) and pressing at least some of the ground material to obtain a pressed pellet, characterized in that the cooling of the molten material stream is achieved by pouring into a small roller mill which simultaneously serves to comminute the unshaped molten material stream and in that the subsequent grinding is performed by means of a fine mill.
Electrical circuit for connecting a photomultiplier, which is designed for detecting light and for converting the detected light in an output signal (I A, U A) and which comprises one or more dynodes (D1 - 06) as well as an anode, with a voltage divider (R0 - R6) comprising several resistors (R1 - R6), which divide a high voltage (H V) applied to the voltage divider (R0 - R6) in several sub-voltages (U R0 - U R6), which are applied to the dynodes (D1 - D6), and at least one circuit element (R0, R6), by means of which at least part of the ratios of sub-voltages (U R0 - U R6) to each other is automatically modified dependent on the high voltage (H V) and/or of the output signal (I A, U A), characterized in that the circuit element is designed as a resistor which is dependent on the high voltage (H V) or on the output signal (I A, U A), respectively, said resistor being arranged downstream of a last dynode which is closest to the anode.
A method of creating a hardened steel assembly from at least two parts (2, 3), wherein joining of the at least two parts comprises a welding process, which welding process is one of spot welding, laser welding or gas metal arc welding, characterised in that the method comprises the consecutive steps of first joining the at least two parts (2, 3) in a cold formed state to form an assembly, followed by hardening of the joined assembly, wherein the hardened steel assembly is removed from the hardening at a temperature between 80 and 100 degrees centigrade.
A method for making a skin moisturizing formulation, comprising: providing a dermatologically acceptable vehicle; selecting a skin moisturizing agent based on its ability to absorb and retain moisture, wherein the skin moisturizing agent selected is a cationic dextran polymer, comprising a dextran polymer functionalized with quaternary ammonium groups; providing the selected skin moisturizing agent; combining the dermatologically acceptable vehicle and the skin moisturizing agent to form a skin moisturizing formulation; wherein the skin moisturizing formulation contains 0.05 to 10 wt%, based on weight of the skin moisturizing formulation, of the skin moisturizing agent; wherein the skin moisturizing formulation is a leave on skin care formulation selected from the group consisting of a color cosmetic, a lotion, a sunscreen and a cream; wherein the dermatologically acceptable vehicle is selected from the group consisting of an aqueous emulsion; wherein the selected skin moisturizing agent has a Kjeldahl nitrogen content corrected for ash and volatiles, TKN, of 1.0 to 4.0 wt%, measured using a Buchi KjelMaster K-375 automated analyzer, corrected for volatiles and ash measured as described in ASTM method D-2364; wherein the dextran polymer is a branched chain dextran polymer and wherein the dextran polymer has a weight average molecular weight of 145,000 to 525,000 Daltons. providing a dermatologically acceptable vehicle; selecting a skin moisturizing agent based on its ability to absorb and retain moisture, wherein the skin moisturizing agent selected is a cationic dextran polymer, comprising a dextran polymer functionalized with quaternary ammonium groups; providing the selected skin moisturizing agent; combining the dermatologically acceptable vehicle and the skin moisturizing agent to form a skin moisturizing formulation; wherein the skin moisturizing formulation contains 0.05 to 10 wt%, based on weight of the skin moisturizing formulation, of the skin moisturizing agent; wherein the skin moisturizing formulation is a leave on skin care formulation selected from the group consisting of a color cosmetic, a lotion, a sunscreen and a cream; wherein the dermatologically acceptable vehicle is selected from the group consisting of an aqueous emulsion; wherein the selected skin moisturizing agent has a Kjeldahl nitrogen content corrected for ash and volatiles, TKN, of 1.0 to 4.0 wt%, measured using a Buchi KjelMaster K-375 automated analyzer, corrected for volatiles and ash measured as described in ASTM method D-2364; wherein the dextran polymer is a branched chain dextran polymer and wherein the dextran polymer has a weight average molecular weight of 145,000 to 525,000 Daltons.
A filter belt with belt surfaces on both sides and a fabric support that has fabric threads made of plastic which form warp and weft threads, characterised in that the surfaces of the fabric threads are provided with polymer particles which are partially and/or totally embedded into the fabric threads, at least in the region of the belt surfaces, by applying pressure and heat to the belt surfaces so that it is no longer necessary to provide a layer of adhesive agent.
A Y-tool for use with a pumping system that includes an electric submersible pump and bypass tubing, the Y-tool comprising: a slave valve assembly, wherein the slave valve assembly controls access to the bypass tubing; a master valve assembly driven by pressure from the electric submersible pump; and a linkage assembly connected between the master valve assembly and the slave valve assembly; characterized in that the slave valve assembly comprises a rotary ball valve; the master valve assembly comprises: a sliding flow sleeve; and a floating check valve assembly; and wherein the linkage assembly is connected between the sliding flow sleeve and the rotary ball valve and configured to rotate the rotary ball valve in response to linear movement of the sliding flow sleeve. a slave valve assembly, wherein the slave valve assembly controls access to the bypass tubing; a master valve assembly driven by pressure from the electric submersible pump; and a linkage assembly connected between the master valve assembly and the slave valve assembly; characterized in that the slave valve assembly comprises a rotary ball valve; the master valve assembly comprises: a sliding flow sleeve; and a floating check valve assembly; and a sliding flow sleeve; and a floating check valve assembly; and wherein the linkage assembly is connected between the sliding flow sleeve and the rotary ball valve and configured to rotate the rotary ball valve in response to linear movement of the sliding flow sleeve.
A microphone support device for sound source localization, wherein the microphone support device supports a plurality of microphones to form a two-dimensional microphone array for the sound source localization, the microphone support device comprising: a ring-shaped frame; a plurality of fixed arms formed to protrude from the frame toward an inner side of the frame and not to be oriented to a center of the frame; a plurality of movable arms; stationary-side microphone attachment portions (2a, 4a) formed at tip portions of the fixed arms and intersection portions between the frame and the fixed arms; and movable-side microphone attachment portions formed at tip portions of the movable arms; characterized in that the plurality of movable arms are configured to be selectively switched between an accommodated position in which the plurality of movable arms radially protrude from the frame toward the inner side of the frame so as not to be oriented to the center of the frame and not to interfere with the fixed arms and a developed position in which the plurality of movable arms radially protrude from the frame toward an outer side of the frame so as not to orient extended axes of the plurality of movable arms to the center of the frame. a ring-shaped frame; a plurality of fixed arms formed to protrude from the frame toward an inner side of the frame and not to be oriented to a center of the frame; a plurality of movable arms; stationary-side microphone attachment portions (2a, 4a) formed at tip portions of the fixed arms and intersection portions between the frame and the fixed arms; and movable-side microphone attachment portions formed at tip portions of the movable arms;
A sample vaporization unit comprising: a tubular insert; a housing having an internal space which accommodates the insert, and a cylindrical cap attachment part provided with an opening part communicating with the internal space on a distal end side thereof, an inclined groove being formed on an outer peripheral surface of the cap attachment part, the inclined groove being inclined from the distal end side toward a proximal end side of the cap attachment part along a circumferential direction, and having a start point at a position closest to the distal end side of the cap attachment part, and an end point at a position closest to the proximal end side of the cap attachment part; a seal cap detachably attached to the cap attachment part of the housing to seal the opening part; and a cap fixing part which has a cap holding part engaged with the seal cap to be movable in the circumferential direction of the outer peripheral surface, and an elastic part connected to the cap holding part, the elastic part having a protrusion fitted into the inclined groove of the cap attachment part, the cap fixing part being rotatably attached to the cap attachment part so that the protrusion slides along the inclined groove inside the inclined groove, the elastic part having a spring property for generating an elastic force of pressing the cap holding part toward the opening part so that the seal cap seals the opening part when the protrusion approaches the end point of the inclined groove. a tubular insert; a housing having an internal space which accommodates the insert, and a cylindrical cap attachment part provided with an opening part communicating with the internal space on a distal end side thereof, an inclined groove being formed on an outer peripheral surface of the cap attachment part, the inclined groove being inclined from the distal end side toward a proximal end side of the cap attachment part along a circumferential direction, and having a start point at a position closest to the distal end side of the cap attachment part, and an end point at a position closest to the proximal end side of the cap attachment part; a seal cap detachably attached to the cap attachment part of the housing to seal the opening part; and a cap fixing part which has a cap holding part engaged with the seal cap to be movable in the circumferential direction of the outer peripheral surface, and an elastic part connected to the cap holding part, the elastic part having a protrusion fitted into the inclined groove of the cap attachment part, the cap fixing part being rotatably attached to the cap attachment part so that the protrusion slides along the inclined groove inside the inclined groove, the elastic part having a spring property for generating an elastic force of pressing the cap holding part toward the opening part so that the seal cap seals the opening part when the protrusion approaches the end point of the inclined groove.
A film comprising: a first transparent substrate; a second transparent substrate; a liquid crystal layer provided between the first transparent substrate and the second transparent substrate; a first transparent conductive layer provided between the first transparent substrate and the liquid crystal layer; a second transparent conductive layer provided between the second transparent substrate and the liquid crystal layer; and a gasket provided on an outer edge of the film, wherein the gasket is in direct contact with the outer edge of the liquid crystal layer, the first transparent substrate, the second transparent substrate, the first transparent conductive layer, and the second transparent conductive layer. a first transparent substrate; a second transparent substrate; a liquid crystal layer provided between the first transparent substrate and the second transparent substrate; a first transparent conductive layer provided between the first transparent substrate and the liquid crystal layer; a second transparent conductive layer provided between the second transparent substrate and the liquid crystal layer; and a gasket provided on an outer edge of the film, wherein the gasket is in direct contact with the outer edge of the liquid crystal layer, the first transparent substrate, the second transparent substrate, the first transparent conductive layer, and the second transparent conductive layer.
A TNFR2 antagonist for use in the prevention or treatment of hematologic malignancy relapse after allogeneic hematopoietic stem cell transplantation (AHCT) or after donor lymphocyte infusion, wherein said TNFR2 antagonist is to be administered to the subjects during or after the allogeneic hematopoietic stem cell transplantation (AHCT) or the donor lymphocyte infusion, wherein said TNFR2 antagonist enhances the graft versus leukemia activity (GVL activity) of the AHCT or the DLI, and wherein the TNFR2 antagonist is an anti-TNFR2 antibody.
A flip-top dispensing closure comprising a base which is attachable to a container and a lid attached to the base by a hinge, the base includes a top deck, wherein at the centre of the deck is an upwardly inclined annular wall, at the centre of the upwardly inclined wall a circular section cylindrical wall depends and defines a dispensing passage including a mouth, the closure further comprises a flexible self-closing valve for closing the passage, a syringe of the type comprising a barrel and a terminal tip is insertable into the passage, characterized in that the dispensing passage is provided with a bead at the mouth for gripping the syringe barrel in use, below the bead and spaced therefrom an annular stop wall extends radially inwards and functions as a stop for limiting insertion of the syringe barrel, in use the syringe is inserted into the passage so that the tip passes through the valve to access product, and thereafter when the syringe is withdrawn the valve wipes against the syringe tip.
A transmission device comprising: an emergency alert information acquisition unit configured to acquire emergency alert information; a broadcast content acquisition unit configured to acquire broadcast content; a transmission frame generation unit configured to generate a transmission frame (30, 900) made up of a payload (32, 920) and a prescribed signal, said payload storing the broadcast content and said prescribed signal, outside the payload, including the emergency alert information wherein the transmission frame generation unit generates and inserts the prescribed signal in a preamble (31, 910) that includes tuning data used for tuning on a receiving side and said preamble precedes the payload in the transmission frame; and a transmission unit configured to transmit the transmission frame on a broadcast channel assigned to a broadcasting station. an emergency alert information acquisition unit configured to acquire emergency alert information; a broadcast content acquisition unit configured to acquire broadcast content; a transmission frame generation unit configured to generate a transmission frame (30, 900) made up of a payload (32, 920) and a prescribed signal, said payload storing the broadcast content and said prescribed signal, outside the payload, including the emergency alert information wherein the transmission frame generation unit generates and inserts the prescribed signal in a preamble (31, 910) that includes tuning data used for tuning on a receiving side and said preamble precedes the payload in the transmission frame; and a transmission unit configured to transmit the transmission frame on a broadcast channel assigned to a broadcasting station.
A washing machine comprising a detergent box having one or more compartments, wherein washing agents such as detergent and softener are placed and wherein the washing agents are mixed with water, and one or more walls which border the compartments; and a detergent box chamber wherein the detergent box is disposed, and a flushing device which is disposed above the detergent box chamber and which completely closes the detergent box from above when the detergent box is disposed into the detergent box chamber, and which provides the water received from the main supply to be directed into the detergent box,wherein • at least one protrusion is located on the top face of the detergent box walls that faces the flushing device, on the rear side of the detergent box walls in the pulling direction of the detergent box, and • at least one protuberance-formed stopper is located on the flushing device face that faces the detergent box, on the front side of the flushing device in the pulling direction of the detergent box, and against which the protrusion bears during the movement of the detergent box when the detergent box is pulled out of the detergent box chamber, characterized by at least two slits which are located at both sides of the stopper to facilitate the stretching of the stopper when the detergent box is pulled out to be completely removed from the detergent box chamber. • at least one protrusion is located on the top face of the detergent box walls that faces the flushing device, on the rear side of the detergent box walls in the pulling direction of the detergent box, and • at least one protuberance-formed stopper is located on the flushing device face that faces the detergent box, on the front side of the flushing device in the pulling direction of the detergent box, and against which the protrusion bears during the movement of the detergent box when the detergent box is pulled out of the detergent box chamber,