mhurhangee/ep-ind-claims huggingface dataset:
An RFID tag assembly, comprising: - an object, wherein the object comprises a tag pocket formed at the intersection of at least two surfaces of the object; - an RFID tag, wherein the RFID tag comprises an electronics module configured to transmit and receive RF signals; - the RFID tag further comprises a carrier configured to contain and protect the electronics module; - the RFID tag is configured to be mounted into the tag pocket; characterized in that - a cross-section of the tag pocket comprises a first major segment of a circle, the first major segment comprising a first major arc; - a cross-section of the RFID tag comprises a second major segment of a circle, the second major segment comprising a second major arc; - wherein the surface of the RFID tag along the second major arc is configured to be enclosed by the surface of the object along the first major arc. - an object, wherein the object comprises a tag pocket formed at the intersection of at least two surfaces of the object; - an RFID tag, wherein the RFID tag comprises an electronics module configured to transmit and receive RF signals; - the RFID tag further comprises a carrier configured to contain and protect the electronics module; - the RFID tag is configured to be mounted into the tag pocket; - a cross-section of the tag pocket comprises a first major segment of a circle, the first major segment comprising a first major arc; - a cross-section of the RFID tag comprises a second major segment of a circle, the second major segment comprising a second major arc; - wherein the surface of the RFID tag along the second major arc is configured to be enclosed by the surface of the object along the first major arc.
A computer readable medium with instructions stored thereon, the instructions comprising instructions that when executed cause a computer system to: monitor network traffic of the computer system in an environment controlled by an operating system of the computer system, producing a first monitor data; monitor network traffic of the computer system in a cryptographically secured hardware environment not controlled by the operating system, producing a second monitor data, wherein the cryptographically secured hardware environment is configured to utilize cryptographic techniques to ensure control over what functionality may execute in the cryptographically secured hardware environment; compare the first monitor data with the second monitor data; and indicate whether the first monitor data is the same as the second monitor data. monitor network traffic of the computer system in an environment controlled by an operating system of the computer system, producing a first monitor data; monitor network traffic of the computer system in a cryptographically secured hardware environment not controlled by the operating system, producing a second monitor data, wherein the cryptographically secured hardware environment is configured to utilize cryptographic techniques to ensure control over what functionality may execute in the cryptographically secured hardware environment; compare the first monitor data with the second monitor data; and indicate whether the first monitor data is the same as the second monitor data.
An elongated elevator load bearing member for a traction elevator system, comprising: a plurality of tension elements that comprise metal; a plurality of non-metallic weave fibers transverse to the tension elements and woven with the tension elements, the weave fibers defining at least one traction surface of the load bearing member; and an elastomer coating over the weave fibers, the coating having an exterior surface texture defined at least in part by the weave fibers. a plurality of tension elements that comprise metal; a plurality of non-metallic weave fibers transverse to the tension elements and woven with the tension elements, the weave fibers defining at least one traction surface of the load bearing member; and an elastomer coating over the weave fibers, the coating having an exterior surface texture defined at least in part by the weave fibers.
An electronic control unit for a vehicle, comprising a nonvolatile memory that is capable of erasing and writing data electrically, and a communication circuit for communicating with communication target units comprising a writing tool, the communication circuit including a plurality of communication buffers, each of which is preassigned for communication with one of the communication target units, and including two communication buffers pre-assigned for communication with the writing tool, and other communication buffers pre-assigned for communication with communication target units other than said writing tool, wherein the electronic control unit is configured to receive a program from the writing tool and write said program into the nonvolatile memory, wherein when the electronic control unit is in an in-vehicle communication environment, the electronic control unit is configured to communicate with a communication target unit other than the writing tool using one or more of said other communication buffers preassigned for communication with communication target units other than the writing tool, among the plurality of communication buffers, characterised in that when the electronic control unit is in a state in which it does not communicate with any unit other than the writing tool, the electronic control unit is configured to communicate with the writing tool using both the two communication buffers preassigned for communication with the writing tool and at least one of said other communication buffers preassigned for communication with at least one communication target unit other than the writing tool.
An antibody or an antigen-binding fragment thereof that specifically binds to human Mer Tyrosine Kinase (MERTK), wherein the antibody or antigen-binding fragment comprises a heavy chain variable region and a light chain variable region, wherein the VH comprises the amino acid sequence of SEQ ID NO: 105 and the VL comprises the amino acid sequence of SEQ ID NO: 106.
Electric motor vehicle coolant pump comprising a housing having a pump unit and a motor unit, the pump unit having an inlet and an outlet nozzle (10, 12), the motor unit having a motor rotor and a motor stator, the motor rotor having an impeller member with blade elements of the pump unit, with axially and radially acting bearing means (22, 28; 18, 34) being provided for the motor rotor, a thrust washer arrangement for the impeller member being provided in the inlet nozzle, the thrust washer arrangement having a thrust element directed towards the impeller element and a damping element facing away from the impeller element, the thrust washer arrangement being designed as an axial bearing, the thrust element being made of steel, sintered metal or ceramic, preferably stainless steel, and the damping element being made of rubber, the thrust washer arrangement being arranged in the inlet nozzle in a form-fitting, bonded and/or force-fitting manner, characterized in that the thrust element and the damping element each have a C-shaped radial cross section, such that the thrust element engages in the damping element and the damping element is pressed into the inlet nozzle.
Vertical roller mill having a rotatable grinding bowl upon which, in operation, a grinding bed made of mill feed is formed, at least two stationary, rotatable grinding rollers which, in operation, roll upon the grinding bed, the mill feed being fed to the grinding rollers by rotation of the grinding bowl, wherein in each case a mill feed scraping means is arranged, with respect to the direction of rotation of the grinding bowl, in front of each grinding roller, characterized in that that each mill feed scraping means is designed to remove a portion of the mill feed that is located on the grinding bowl from the grinding bowl in front of the respective grinding roller, and that the mill feed scraping means has a concave shape on the side facing away from the grinding roller.
A method of obtaining human cardiospheres able to repair damaged myocardiac tissue, the method comprising: a) fragmenting human non-embryonic cardiac tissue in vitro to obtain tissue fragments; b) adhering at least some of the tissue fragments to a solid support and culturing the tissue fragments in a first culture media having nutrients, the tissue fragments sized so that the nutrients in the media can diffuse to a substantial portion of the tissue fragments; c) culturing the tissue fragments on a solid support in a medium containing convenient serum and/or growth factors until multicellular structures that are weakly or non-adherent to the support form; d) separating said multicellular structures and treating them by dissociation until small phase-bright spherical cells detach from said multicellular structures; e) plating the small phase-bright spherical cells on a substrate treated with polylysine or other adhesion-promoting agent in a media containing at least the minimal essential nutrients for growth of mammalian cells to generate phase-bright spheroid formations (cardiospheres); and f) selecting the cardiospheres, thereby obtaining cardiospheres suitable for repairing damaged myocardiac tissue. a) fragmenting human non-embryonic cardiac tissue in vitro to obtain tissue fragments; b) adhering at least some of the tissue fragments to a solid support and culturing the tissue fragments in a first culture media having nutrients, the tissue fragments sized so that the nutrients in the media can diffuse to a substantial portion of the tissue fragments; c) culturing the tissue fragments on a solid support in a medium containing convenient serum and/or growth factors until multicellular structures that are weakly or non-adherent to the support form; d) separating said multicellular structures and treating them by dissociation until small phase-bright spherical cells detach from said multicellular structures; e) plating the small phase-bright spherical cells on a substrate treated with polylysine or other adhesion-promoting agent in a media containing at least the minimal essential nutrients for growth of mammalian cells to generate phase-bright spheroid formations (cardiospheres); and f) selecting the cardiospheres, thereby obtaining cardiospheres suitable for repairing damaged myocardiac tissue.
A method in a node for localizing said node in a a wireless network of an industrial plant, the method comprising: receiving location signals transmitted by each of at least three beacons, the location signals comprising information about the locations of the respective beacons, wherein the location signals from at least one of the beacons are transmitted by the beacon using dynamic transmission power whereby the beacon can consecutively transmit the location signals at a plurality of different predetermined signal levels; detecting the respective received signal strengths of the received location signals; obtaining information about the different signal levels at which the beacons cain transmit; studying the received location signals; determining the signal levels used by each of the beacons for the transmission of the location signals, based on the studying of the received signals; calculating a distance to each of the beacons based on the detected signal strengths and the determined signal levels; and localizing the node by means of the received location information and the calculated distances. receiving location signals transmitted by each of at least three beacons, the location signals comprising information about the locations of the respective beacons, wherein the location signals from at least one of the beacons are transmitted by the beacon using dynamic transmission power whereby the beacon can consecutively transmit the location signals at a plurality of different predetermined signal levels; detecting the respective received signal strengths of the received location signals; obtaining information about the different signal levels at which the beacons cain transmit; studying the received location signals; determining the signal levels used by each of the beacons for the transmission of the location signals, based on the studying of the received signals; calculating a distance to each of the beacons based on the detected signal strengths and the determined signal levels; and localizing the node by means of the received location information and the calculated distances.
Instrument test arrangement, in particular for medical instruments for argon plasma coagulation, with an electrode arrangement which has at least one ignition test electrode that is electrically connected to a neutral conductor (21, 22) of a neutral conductor cable or of a device, wherein the flexible neutral conductor cable or the device has two neutral conductors (21, 22) which are isolated from each other and connected to two partial electrodes (13, 14) of a neutral electrode arrangement, wherein the partial electrodes (13, 14) are connected to a split circuit which serves to measure the electrical resistance between the two partial electrodes (13, 14) in order to detect whether the partial electrodes (13, 14) have an adequate electrical contact with the patient, wherein the ignition test electrode is coupled to the neutral conductors (21, 22) with the same or at most slightly different coupling impedances (23, 24) so that when the ignition test electrode is loaded with HF energy, the currents flowing in the neutral conductors (21, 22) are not so different that the split circuit (25, when the ignition test electrode is loaded with HF energy, falsely indicates a lack of contact of the partial electrodes (13, 14) with the body of the patient.
Hand-operated cleaning and care device, in particular for floor coverings, preferably tiled floor or wooden floor coverings, having a handle for hand guidance, in particular a handle adjustable in length, a motor housing which accommodates at least one electric motor and at least one transmission, and having at least one drive shaft driven by the electric motor, which acts on the at least one transmission with a transmission output shaft, wherein the cleaning and care device comprises at least two processing devices, a first processing device and a second processing device, wherein the first and second processing devices are designed in such a way that they are interchangeable with one another, preferably interchangeable without tools, and can be driven by the transmission output shaft, wherein the first processing device is a disc in the form of a joint brush and comprises a guide device, and the first processing device is positioned on the motor axis eccentrically to the shaft and the second processing device is a roller in the form of a roller brush with a roller surface, wherein the roller brush is arranged parallel to the motor and symmetrically to the shaft, wherein the guide device comprises an running wheel on the opposite side of the joint brush, which ensures a stable position of the shaft.
A gas-liquid separator for a heat medium circulation system, comprising; a tank for receiving the heat medium; a heat medium inlet that is configured to allow the heat medium returning from at least one usage-side heat exchanger of the heat medium circulation system to flow into the tank; a heat medium outlet that is configured to allow the heat medium to flow out of the tank to the at least one usage-side heat exchanger; an internal heat exchanger having a heat medium passage and an adjoining refrigerant passage, said internal heat exchanger being immersed in the heat medium inside the tank and permitting exchange of heat between a refrigerant flowing in the refrigerant passage and the heat medium flowing in the heat medium passage; a first inlet of the internal heat exchanger, said first inlet being an inlet of the heat medium passage and is connected to the heat medium inlet; and a first outlet of the internal heat exchanger, which first outlet is the outlet of the heat medium passage and is open inside the tank; wherein the heat medium outlet opens into the tank at a lower position than where the first outlet of the internal heat exchanger opens into the tank. for a heat medium circulation system, comprising; a tank for receiving the heat medium; a heat medium inlet that is configured to allow the heat medium returning from at least one usage-side heat exchanger of the heat medium circulation system to flow into the tank; a heat medium outlet that is configured to allow the heat medium to flow out of the tank to the at least one usage-side heat exchanger; an internal heat exchanger having a heat medium passage and an adjoining refrigerant passage, said internal heat exchanger being immersed in the heat medium inside the tank and permitting exchange of heat between a refrigerant flowing in the refrigerant passage and the heat medium flowing in the heat medium passage; a tank for receiving the heat medium; a heat medium inlet that is configured to allow the heat medium returning from at least one usage-side heat exchanger of the heat medium circulation system to flow into the tank; a heat medium outlet that is configured to allow the heat medium to flow out of the tank to the at least one usage-side heat exchanger; an internal heat exchanger having a heat medium passage and an adjoining refrigerant passage, said internal heat exchanger being immersed in the heat medium inside the tank and permitting exchange of heat between a refrigerant flowing in the refrigerant passage and the heat medium flowing in the heat medium passage; a first inlet of the internal heat exchanger, said first inlet being an inlet of the heat medium passage and is connected to the heat medium inlet; and a first outlet of the internal heat exchanger, which first outlet is the outlet of the heat medium passage and is open inside the tank; wherein the heat medium outlet opens into the tank at a lower position than where the first outlet of the internal heat exchanger opens into the tank.
A vacuum cleaner comprising: a suction nozzle housing; an agitator provided within the suction nozzle housing; and a suction channel guiding air sucked into the suction nozzle housing to a dust collector, wherein the agitator includes: a body rotatably installed in the suction nozzle housing; brush members disposed on the body in parallel with the center axis of rotation of the body and combined with the body so as to be fixed thereto; and auxiliary members disposed on the body in parallel with the center axis of rotation of the body and loosely combined with the body so as to be pivotable in circumferential direction of the body when the body is rotated, wherein a protrusion having a blunt end is provided in the suction channel, the protrusion being arranged to overlap with parts of the brush members and to contact the brush members when the body is rotated, characterized in that a recess is formed at a position of each of the auxiliary members corresponding to the protrusion. a suction nozzle housing; an agitator provided within the suction nozzle housing; and a suction channel guiding air sucked into the suction nozzle housing to a dust collector, wherein the agitator includes: a body rotatably installed in the suction nozzle housing; brush members disposed on the body in parallel with the center axis of rotation of the body and combined with the body so as to be fixed thereto; and auxiliary members disposed on the body in parallel with the center axis of rotation of the body and loosely combined with the body so as to be pivotable in circumferential direction of the body when the body is rotated, wherein a protrusion having a blunt end is provided in the suction channel, the protrusion being arranged to overlap with parts of the brush members and to contact the brush members when the body is rotated, characterized in that a recess is formed at a position of each of the auxiliary members corresponding to the protrusion. a body rotatably installed in the suction nozzle housing; brush members disposed on the body in parallel with the center axis of rotation of the body and combined with the body so as to be fixed thereto; and auxiliary members disposed on the body in parallel with the center axis of rotation of the body and loosely combined with the body so as to be pivotable in circumferential direction of the body when the body is rotated, wherein a protrusion having a blunt end is provided in the suction channel, the protrusion being arranged to overlap with parts of the brush members and to contact the brush members when the body is rotated, characterized in that a recess is formed at a position of each of the auxiliary members corresponding to the protrusion.
A method of determining whether a given access terminal is being paged within a wireless communications system, comprising the steps of: determining whether service is available on a first network; selecting one of a plurality of paging cycles for page monitoring on a second network based on the step of determining whether service is available on the first network; and periodically monitoring the second network for pages in accordance with the selected paging cycle; characterised in that the plurality of paging cycles includes a first paging cycle configured to be selected by the step of selecting one of a plurality of paging cycles when service on both the first network and the second network is determined to be available, and wherein the plurality of paging cycles includes a second paging cycle, different to the first paging cycle, configured to be selected by the selecting step when service on the first network is determined to be unavailable and service on the second network is determined to be available. determining whether service is available on a first network; selecting one of a plurality of paging cycles for page monitoring on a second network based on the step of determining whether service is available on the first network; and periodically monitoring the second network for pages in accordance with the selected paging cycle; characterised in that the plurality of paging cycles includes a first paging cycle configured to be selected by the step of selecting one of a plurality of paging cycles when service on both the first network and the second network is determined to be available, and wherein the plurality of paging cycles includes a second paging cycle, different to the first paging cycle, configured to be selected by the selecting step when service on the first network is determined to be unavailable and service on the second network is determined to be available.
A turbine ring assembly comprising both a plurality of ring sectors forming a turbine ring and also a ring support structure having two annular flanges (32, 36), each ring sector having a first portion forming an annular base with an inner face defining the inside face of the turbine ring and an outer face from which two tabs (14, 16) extend radially, the tabs (14, 16) of each ring sector being held between the two annular flanges (32, 36) of the ring support structure, the two annular flanges (32, 36) of the ring support structure exerting stress on the tabs (14, 16) of the ring sectors, one of the flanges of the ring support structure being elastically deformable in the axial direction of the turbine ring, the turbine ring assembly being characterized in that each ring sector is made of ceramic matrix composite material and in that it further comprises a plurality of pegs (40; 41) engaged both in at least one of the annular flanges (32; 36) of the ring support structure and in the tabs (14; 16) of the ring sectors facing said at least one annular flange (32; 36), and in that the elastically deformable flange of the ring support structure presents a thickness that is less than the thickness of the other flange of said ring support structure.