mhurhangee/ep-ind-claims huggingface dataset:
A system for tracking location, comprising: a plurality of location tracking nodes to cover an area where the location tracking is to be carried out, wherein the location tracking nodes are configurable to form a static communication network infrastructure for routing communication messages; at least one mobile tag (120 - 124) configured to communicate bidirectionally with at least one of said plurality of location tracking nodes at a time for location tracking purposes; and a control apparatus configured to receive through the communication network infrastructure a message associating said at least one mobile tag to at least one location tracking node and to map the location of the mobile tag on the basis of said association, characterized in that the system further comprises at least one radio beacon node (300 - 308) disposable to improve the coverage of the location tracking system without belonging to the static communication network infrastructure, wherein the at least one radio beacon node is configured to broadcast a beacon frame comprising a unique identifier of the radio beacon node, wherein the at least one mobile tag is configured to receive the broadcast and to transmit the unique identifier to the control apparatus in another message through the communication network infrastructure, and wherein the control apparatus is further configured to receive through the communication network infrastructure the other message associating said at least one mobile tag to said at least one radio beacon node and to map the location of the mobile tag on the basis of said association. a plurality of location tracking nodes to cover an area where the location tracking is to be carried out, wherein the location tracking nodes are configurable to form a static communication network infrastructure for routing communication messages; at least one mobile tag (120 - 124) configured to communicate bidirectionally with at least one of said plurality of location tracking nodes at a time for location tracking purposes; and a control apparatus configured to receive through the communication network infrastructure a message associating said at least one mobile tag to at least one location tracking node and to map the location of the mobile tag on the basis of said association, characterized in that the system further comprises at least one radio beacon node (300 - 308) disposable to improve the coverage of the location tracking system without belonging to the static communication network infrastructure, wherein the at least one radio beacon node is configured to broadcast a beacon frame comprising a unique identifier of the radio beacon node, wherein the at least one mobile tag is configured to receive the broadcast and to transmit the unique identifier to the control apparatus in another message through the communication network infrastructure, and wherein the control apparatus is further configured to receive through the communication network infrastructure the other message associating said at least one mobile tag to said at least one radio beacon node and to map the location of the mobile tag on the basis of said association.
Assembly for a computer system, comprising - a heat-generating expansion card, wherein the expansion card comprises a card and a card housing in which the card is encapsulated; - a slot bracket which is attached to the expansion card and is intended for attachment to a slot panel; - a cooling device which comprises at least one fan and a cuboid hollow body having a first opening and a second opening located opposite the first opening and for cooling the expansion card; wherein - the hollow body is arranged with the first opening towards the expansion card; - the at least one fan is arranged on the hollow body in the region of the second opening or is at least partially surrounded by the hollow body by means of the second opening; and - the at least one fan is configured to generate an airflow through the hollow body for cooling the expansion card; - the slot bracket comprises openings for the admission or exit of the airflow. - a heat-generating expansion card, wherein the expansion card comprises a card and a card housing in which the card is encapsulated; - a slot bracket which is attached to the expansion card and is intended for attachment to a slot panel; - a cooling device which comprises at least one fan and a cuboid hollow body having a first opening and a second opening located opposite the first opening and for cooling the expansion card; wherein - the hollow body is arranged with the first opening towards the expansion card; - the at least one fan is arranged on the hollow body in the region of the second opening or is at least partially surrounded by the hollow body by means of the second opening; and - the at least one fan is configured to generate an airflow through the hollow body for cooling the expansion card; - the slot bracket comprises openings for the admission or exit of the airflow.
A method for the additive manufacturing of a silicone elastomer article and a support using a 3D printer, selected from an extrusion 3D printer and a 3D jetting printer, said method comprising the steps of: 1) printing at least one part of the support with a support material composition V; 2) printing at least one part of a crosslinkable silicone composition X precursor of the silicone elastomer article; steps 1) and 2) being done simultaneously or successively, and when steps 1) and 2) are done successively, step 1) can be performed before step 2), or step 2) can be performed before step 1); 3) optionally repeating step 1) and/or step 2); and 4) allowing the crosslinkable silicone composition X precursor of the silicone elastomer article to crosslink, optionally by heating, to obtain a silicone elastomer article; characterized in that said support material composition V comprises: - between 3 wt. % and 30 wt. % of at least one nanoclay, and - at least 50 wt. % of water, preferably demineralized or distilled water. 1) printing at least one part of the support with a support material composition V; 2) printing at least one part of a crosslinkable silicone composition X precursor of the silicone elastomer article; steps 1) and 2) being done simultaneously or successively, and when steps 1) and 2) are done successively, step 1) can be performed before step 2), or step 2) can be performed before step 1); 3) optionally repeating step 1) and/or step 2); and 4) allowing the crosslinkable silicone composition X precursor of the silicone elastomer article to crosslink, optionally by heating, to obtain a silicone elastomer article; - between 3 wt. % and 30 wt. % of at least one nanoclay, and - at least 50 wt. % of water, preferably demineralized or distilled water.
An isolatedantibody or active fragment thereof, wherein said isolated antibody or active fragment thereof: (a) binds cell-bound human wild type EGFR when EGFR gene is amplified; (b) binds de2-7 EGFR at an epitope distinct from the junctional peptide LEEKKGNYVVTDH; (c) does not bind to wild-type cells expressing endogenous EGFR; (d) recognizes an epitope within the sequence of residues 273-501 of human wild-type EGFR. (a) binds cell-bound human wild type EGFR when EGFR gene is amplified; (b) binds de2-7 EGFR at an epitope distinct from the junctional peptide LEEKKGNYVVTDH; (c) does not bind to wild-type cells expressing endogenous EGFR; (d) recognizes an epitope within the sequence of residues 273-501 of human wild-type EGFR.
An immunization platform for use in a prime boost immunization strategy, wherein said immunization platform comprises: a. one vaccine or immunogenic composition comprising a full length recombinant vesicular stomatitis virus (rVSV) Indiana serotype (rVSV Ind), and b. another vaccine or immunogenic composition comprising a full length rVSV New Jersey serotype (rVSV NJ), wherein the rVSV Ind expresses an Indiana serotype M protein having a methionine at position 51 changed to an arginine (M51 R substitution), and the rVSV NJ includes a mutant M gene that expresses a New Jersey serotype M protein having a methionine at position 48 changed to an arginine, and a methionine at position 51 changed to an arginine (M48R-M51 R substitution). a. one vaccine or immunogenic composition comprising a full length recombinant vesicular stomatitis virus (rVSV) Indiana serotype (rVSV Ind), and b. another vaccine or immunogenic composition comprising a full length rVSV New Jersey serotype (rVSV NJ), wherein the rVSV Ind expresses an Indiana serotype M protein having a methionine at position 51 changed to an arginine (M51 R substitution), and the rVSV NJ includes a mutant M gene that expresses a New Jersey serotype M protein having a methionine at position 48 changed to an arginine, and a methionine at position 51 changed to an arginine (M48R-M51 R substitution).
Use of a sealing part (8, 8') for sealing a door with respect to a wall opening in a more secure manner against water running in from behind, comprising - a stiff basic body, - a first sealing film, - a second sealing film, - wherein the first sealing film and the second sealing film are tightly connected to the stiff basic body and protrude beyond the basic body at least on one side while respectively forming a sealing tab (17, 18) projecting from the basic body, wherein - the sealing part (8, 8') is connected in prefabricated form to the outer frame back of the outer frame of the door, and, - after mounting, the second sealing tab is sealingly connected to the building, characterized in that, - after mounting a floor recess profile and/or a threshold, the first sealing tab is sealingly connected to the exterior visible surface of the floor recess profile and/or of the threshold. - a stiff basic body, - a first sealing film, - a second sealing film, - wherein the first sealing film and the second sealing film are tightly connected to the stiff basic body and protrude beyond the basic body at least on one side while respectively forming a sealing tab (17, 18) projecting from the basic body, wherein - the sealing part (8, 8') is connected in prefabricated form to the outer frame back of the outer frame of the door, and, - after mounting, the second sealing tab is sealingly connected to the building, characterized in that, - after mounting a floor recess profile and/or a threshold, the first sealing tab is sealingly connected to the exterior visible surface of the floor recess profile and/or of the threshold.
An apparatus, adapted to measure a pulse rate of a subject, comprising: a plurality of band pass filters, each of which has a center frequency that is different from the others, the band pass filters being connected in parallel to one another so as to be adapted to receive a first signal corresponding to a pulse wave of the subject and be operable to output a plurality of second signals each of which is obtained by filtering the first signal with each center frequency; a band pass filter, operable to filter the first signal; a first processor, operable to obtain a fundamental frequency of the output signal of the band pass filter; a selector, operable to select one of the second signals which is output from one of the band pass filters having such a center frequency that is closest to the fundamental frequency; and a second processor, operable to calculate the pulse rate from the selected one of the second signals; and a noise separator, operable to separate noise superimposed on the output signal of the band pass filter, wherein the noise separator is disposed at a previous stage of the first processor. a plurality of band pass filters, each of which has a center frequency that is different from the others, the band pass filters being connected in parallel to one another so as to be adapted to receive a first signal corresponding to a pulse wave of the subject and be operable to output a plurality of second signals each of which is obtained by filtering the first signal with each center frequency; a band pass filter, operable to filter the first signal; a first processor, operable to obtain a fundamental frequency of the output signal of the band pass filter; a selector, operable to select one of the second signals which is output from one of the band pass filters having such a center frequency that is closest to the fundamental frequency; and a second processor, operable to calculate the pulse rate from the selected one of the second signals; and a noise separator, operable to separate noise superimposed on the output signal of the band pass filter, wherein the noise separator is disposed at a previous stage of the first processor.
A method, comprising: coating a plurality of quantum dots with one or more insulating layers; dispensing the coated quantum dots in a sheet; and installing the coated quantum dots sheet as a remote component in an light emitting diode lighting or electronic display device, wherein after coating the plurality of quantum dots with one or more insulating layers and before dispensing the coated quantum dots in a sheet, treating the coated quantum dots with a base, or mixing the coated quantum dots with a polymer, or mixing the coated quantum dots with a polymer and a base, and wherein dispensing the coated quantum dots in a sheet comprises dispensing a varying concentration of coated quantum dots across the sheet. coating a plurality of quantum dots with one or more insulating layers; dispensing the coated quantum dots in a sheet; and installing the coated quantum dots sheet as a remote component in an light emitting diode lighting or electronic display device, wherein after coating the plurality of quantum dots with one or more insulating layers and before dispensing the coated quantum dots in a sheet, treating the coated quantum dots with a base, or mixing the coated quantum dots with a polymer, or mixing the coated quantum dots with a polymer and a base, and wherein dispensing the coated quantum dots in a sheet comprises dispensing a varying concentration of coated quantum dots across the sheet.
A method for operating a hearing device, wherein the hearing device comprises a housing, a first user input (110, 120, 150) coupled to the housing, a second user input (110, 120, 150), a processor configured to receive control signals from the first and second inputs (110, 120, 150), the method comprising: receiving a first control signal from the first user input (110, 120, 150) to select an operation mode for the hearing device; receiving a second control signal from the second user input (110, 120, 150) to activate the selected operation mode for the hearing device; and switching the hearing device from a regular operation mode to the selected operation mode based on the received second control signal, wherein in the selected operation mode causes the hearing device to stop transmitting wireless communication signals in a first frequency range, and enables the hearing device to transmit wireless communication signals in a second frequency range. receiving a first control signal from the first user input (110, 120, 150) to select an operation mode for the hearing device; receiving a second control signal from the second user input (110, 120, 150) to activate the selected operation mode for the hearing device; and switching the hearing device from a regular operation mode to the selected operation mode based on the received second control signal, wherein in the selected operation mode causes the hearing device to stop transmitting wireless communication signals in a first frequency range, and enables the hearing device to transmit wireless communication signals in a second frequency range.
A needle device comprising: a catheter hub having a body defining an interior cavity and having a proximal opening; a catheter tube extending distally of the catheter hub and comprising a distal opening; a needle hub; a needle extending distally of the needle hub, said needle comprising a shaft and a needle tip extending distally of the distal opening of the catheter tube in a ready to use position, and a needle guard comprising a proximal wall and at least one arm (124a, 124b) extending distal the proximal wall, characterized in that said the needle comprises a first shaft diameter region, a first transition region 104c that tapers from a large diameter to a smaller diameter in a proximal direction, a reduced diameter region 104b, and a second transition region 104c that tapers from a small diameter to a larger diameter in the proximal direction, and a second shaft diameter region 104a proximal of the second transition region 104c and at least part of the shaft diameter region and the transition region are located in a bore of the catheter tube, proximal of the distal opening; and the at least one arm (124a, 124b) presses against the reduced diameter region in the ready position and secures the needle tip in a protective position. a catheter hub having a body defining an interior cavity and having a proximal opening; a catheter tube extending distally of the catheter hub and comprising a distal opening; a needle hub; a needle extending distally of the needle hub, said needle comprising a shaft and a needle tip extending distally of the distal opening of the catheter tube in a ready to use position, and a needle guard comprising a proximal wall and at least one arm (124a, 124b) extending distal the proximal wall, characterized in that said the needle comprises a first shaft diameter region, a first transition region 104c that tapers from a large diameter to a smaller diameter in a proximal direction, a reduced diameter region 104b, and a second transition region 104c that tapers from a small diameter to a larger diameter in the proximal direction, and a second shaft diameter region 104a proximal of the second transition region 104c and at least part of the shaft diameter region and the transition region are located in a bore of the catheter tube, proximal of the distal opening; and the at least one arm (124a, 124b) presses against the reduced diameter region in the ready position and secures the needle tip in a protective position.
A device, comprising: a well plate formed with a well for holding a subject on an inner bottom part and storing liquid; and a suction nozzle including a suction port for sucking the subject held in the well, wherein: a clearance forming member for forming a clearance to allow the liquid to flow in a state where a tip part of the suction nozzle including the circular suction port in a cross-sectional shape is inserted into and held in contact with the well is provided in the well; the well has a substantially cylindrical shape; the clearance forming member is a plurality of ribs projecting on an inner wall of the well, the plurality of ribs including a pair of ribs facing each other; and each of the pair of ribs is formed to extend upward from the inner bottom part of the well toward an opening and includes a sloped part on a part; characterized in that a projecting length of the sloped part from the inner wall of the well is longer near the inner bottom part than near the opening, and a distance between the pair of ribs facing each other on the inner bottom part of the well is shorter than a diameter of a cross-section of the suction port. a well plate formed with a well for holding a subject on an inner bottom part and storing liquid; and a suction nozzle including a suction port for sucking the subject held in the well, wherein: a clearance forming member for forming a clearance to allow the liquid to flow in a state where a tip part of the suction nozzle including the circular suction port in a cross-sectional shape is inserted into and held in contact with the well is provided in the well; the well has a substantially cylindrical shape; the clearance forming member is a plurality of ribs projecting on an inner wall of the well, the plurality of ribs including a pair of ribs facing each other; and each of the pair of ribs is formed to extend upward from the inner bottom part of the well toward an opening and includes a sloped part on a part; a clearance forming member for forming a clearance to allow the liquid to flow in a state where a tip part of the suction nozzle including the circular suction port in a cross-sectional shape is inserted into and held in contact with the well is provided in the well; the well has a substantially cylindrical shape; the clearance forming member is a plurality of ribs projecting on an inner wall of the well, the plurality of ribs including a pair of ribs facing each other; and each of the pair of ribs is formed to extend upward from the inner bottom part of the well toward an opening and includes a sloped part on a part; characterized in that a projecting length of the sloped part from the inner wall of the well is longer near the inner bottom part than near the opening, and a distance between the pair of ribs facing each other on the inner bottom part of the well is shorter than a diameter of a cross-section of the suction port.
A method of queuing access to a power supply shared by a set of electric power access points, comprising: for each access point, identifying a power draw value associated with the access point being in an on state, the power draw value associated with a load duration curve; normalizing the load duration curves for a set of operating states of the access points to generate a probability distribution function, the probability distribution function having a set of probability thresholds corresponding to the number of operating states, the probability thresholds including at least one threshold representing a particular grade of service, GoS, at which access to the power supply should be queued; and queuing access to the power supply when, in response to a first change in operating state, the threshold representing the grade of service is met. for each access point, identifying a power draw value associated with the access point being in an on state, the power draw value associated with a load duration curve; normalizing the load duration curves for a set of operating states of the access points to generate a probability distribution function, the probability distribution function having a set of probability thresholds corresponding to the number of operating states, the probability thresholds including at least one threshold representing a particular grade of service, GoS, at which access to the power supply should be queued; and queuing access to the power supply when, in response to a first change in operating state, the threshold representing the grade of service is met.
A method for the injection of rock or soil material, whereby grout from a common supply pump is simultaneously pumped through several injection pipes to several injection holes, and where at least the pressure and the injected volume are monitored and individually measured with the aid of a control unit for the supply to each one of the said injection holes (A-G), characterised in that also the duration of injection into an injection hole is monitored for each one of the injection holes (A-G) by means of the control unit, and that the control unit based on stop criteria specified for any one of a maximum pressure, a maximum injection volume or a maximum injection time has been reached for the injection of an injection hole (A-G), regulates a valve arrangement such that no grout is fed any longer to the injection pipe that leads to the relevant injection hole (A-G), and instead connects a water line for the supply of water to the valve arrangement and the injection pipe in order that these be rinsed clean.