mhurhangee/ep-ind-claims huggingface dataset:
A crosslinkable syrup polymer composition comprising: a) an epoxy-functional (meth)acrylic solute copolymer comprising interpolymerized monomers comprising: i) an alkyl (meth)acrylate monomer; ii) an epoxy-functional (meth)acryloyl monomer; iii) an optional acid-functional ethylenically unsaturated monomer; iv) an optional non-acid functional polar monomer; v) an optional vinyl monomer, and vi) an optional multifunctional (meth)acrylate crosslinker; b) an epoxy resin; and c) an ionic photoacid generator d) a solvent monomer mixture comprising: i) an alkyl (meth)acrylate monomer; ii) an epoxy-functional (meth)acryloyl monomer iii) an optional acid-functional ethylenically unsaturated monomer; iv) an optional non-acid functional polar monomer; v) an optional vinyl monomer, and vi) an optional multifunctional (meth)acrylate crosslinker. a) an epoxy-functional (meth)acrylic solute copolymer comprising interpolymerized monomers comprising: i) an alkyl (meth)acrylate monomer; ii) an epoxy-functional (meth)acryloyl monomer; iii) an optional acid-functional ethylenically unsaturated monomer; iv) an optional non-acid functional polar monomer; v) an optional vinyl monomer, and vi) an optional multifunctional (meth)acrylate crosslinker; i) an alkyl (meth)acrylate monomer; ii) an epoxy-functional (meth)acryloyl monomer; iii) an optional acid-functional ethylenically unsaturated monomer; iv) an optional non-acid functional polar monomer; v) an optional vinyl monomer, and vi) an optional multifunctional (meth)acrylate crosslinker; b) an epoxy resin; and c) an ionic photoacid generator d) a solvent monomer mixture comprising: i) an alkyl (meth)acrylate monomer; ii) an epoxy-functional (meth)acryloyl monomer iii) an optional acid-functional ethylenically unsaturated monomer; iv) an optional non-acid functional polar monomer; v) an optional vinyl monomer, and vi) an optional multifunctional (meth)acrylate crosslinker. i) an alkyl (meth)acrylate monomer; ii) an epoxy-functional (meth)acryloyl monomer iii) an optional acid-functional ethylenically unsaturated monomer; iv) an optional non-acid functional polar monomer; v) an optional vinyl monomer, and vi) an optional multifunctional (meth)acrylate crosslinker.
A method of receiving channel feedback information by an evolved node B, eNB (500, 1300), in a communication system using at least eight antenna ports, the method comprising: generating (504, 1100) reference signal configuration information comprising power boosting information of reference signals allocated to the at least eight antenna ports; transmitting (506, 1102, 1200) the reference signal configuration information to a user equipment, UE (502, 1400); transmitting the reference signals to the UE (502, 1400); and receiving (510, 1104, 1204) channel feedback information on a channel state estimated based on the reference signal configuration information from the UE (502, 1400), wherein the power boosting information comprises a resource location at which a reference signal, to which zero power is allocated, is configured, wherein the power boosting information comprises information on a resource location at which a power level is applied, and, wherein the power level is adaptively controlled based on a location of the UE (502, 1400) to which the reference signals are transmitted. generating (504, 1100) reference signal configuration information comprising power boosting information of reference signals allocated to the at least eight antenna ports; transmitting (506, 1102, 1200) the reference signal configuration information to a user equipment, UE (502, 1400); transmitting the reference signals to the UE (502, 1400); and receiving (510, 1104, 1204) channel feedback information on a channel state estimated based on the reference signal configuration information from the UE (502, 1400), wherein the power boosting information comprises a resource location at which a reference signal, to which zero power is allocated, is configured, wherein the power boosting information comprises information on a resource location at which a power level is applied, and, wherein the power level is adaptively controlled based on a location of the UE (502, 1400) to which the reference signals are transmitted.
Method for operating at least two electrically parallel-connected battery cells of a battery for a motor vehicle, wherein each of the battery cells having a galvanic element with two electrodes and a battery cell housing for accommodating the galvanic element with two terminals (20, 22) and each of the electrodes is electrically coupled to one terminal (20, 22) of the battery cell, characterised in that from each of the battery cells a value of a state variable is measured, in that the values of the state quantity of the battery cells are compared with each other, and in the case of a deviation of the values from each other which is outside a predetermined tolerance range, an electrical resistance (R DS) between at least one electrode and one of the terminals (20, 22) of at least one of the battery cells is adjusted so that the deviation is within the predetermined tolerance range.
An apparatus comprising: a network interface configured to receive a data unit that includes a signal, SIG, field and a data field, wherein the SIG field provides information for interpreting the data field, detect a first symbol constellation rotation of at least a first orthogonal frequency division multiplexing, OFDM, symbol in the SIG field of the data unit, wherein the SIG field of the data unit selectively utilizes one of at least two different modes respectively corresponding to different combinations of modulation and coding scheme, MCS, and bit repetition; determine, based on the detected first symbol constellation rotation, a number of information bits per OFDM symbol in the SIG field of the data unit, wherein the number of information bits per OFDM symbol is determined by the combination of MCS and bit repetition used in the SIG field; process the SIG field of the data unit according to the determined number of information bits per OFDM symbol in the SIG field, and process the data field of the data unit according to the information for interpreting the data field as provided in the SIG field of the data unit a network interface configured to receive a data unit that includes a signal, SIG, field and a data field, wherein the SIG field provides information for interpreting the data field, detect a first symbol constellation rotation of at least a first orthogonal frequency division multiplexing, OFDM, symbol in the SIG field of the data unit, wherein the SIG field of the data unit selectively utilizes one of at least two different modes respectively corresponding to different combinations of modulation and coding scheme, MCS, and bit repetition; determine, based on the detected first symbol constellation rotation, a number of information bits per OFDM symbol in the SIG field of the data unit, wherein the number of information bits per OFDM symbol is determined by the combination of MCS and bit repetition used in the SIG field; process the SIG field of the data unit according to the determined number of information bits per OFDM symbol in the SIG field, and process the data field of the data unit according to the information for interpreting the data field as provided in the SIG field of the data unit
A blind spot assist device (100, 101, 102, 103) for showing an image of a blind-spot zone blocked by an obstacle (21, 50), the blind spot assist device (100, 101, 102, 103) comprising: a pair of mirrors on which light representing the image is incident and which comprises a semitransparent mirror and a mirror opposed to each other, wherein the semitransparent mirror is provided on a viewer side for reflecting a part of the light and transmitting a part of the light, and the mirror reflects the light to the semitransparent mirror, characterized in that, the pair of mirrors is formed in such a manner that a width (W1, W2) in a direction perpendicular to a travel direction of the light is gradually decreased toward the travel direction of the light. a pair of mirrors on which light representing the image is incident and which comprises a semitransparent mirror and a mirror opposed to each other, wherein the semitransparent mirror is provided on a viewer side for reflecting a part of the light and transmitting a part of the light, and the mirror reflects the light to the semitransparent mirror, characterized in that, the pair of mirrors is formed in such a manner that a width (W1, W2) in a direction perpendicular to a travel direction of the light is gradually decreased toward the travel direction of the light.
An electronic label tag for an electronic label tag system, the electronic label tag comprising: a machine readable identifier module, a communication module for receiving product related information, a display for displaying product related information, wherein the electronic label tag further comprises attachment means for attaching the electronic label tag to a product, wherein the electronic label tag comprises a first antenna and a second antenna and the electronic label tag is configured to communicate using two different systems with the first antenna and the second antenna, wherein the first antenna is an RFID-antenna which complies with RFID-standard and the second antenna is an antenna for radio communication with base stations of the electronic label tag system and, characterized in that the machine readable identifier module comprises an RFID-tag and the RFID-tag is configured to activate the communication module and display from a deactivated state in response to a command received by the RFID-tag of the machine readable identifier module. a machine readable identifier module, a communication module for receiving product related information, a display for displaying product related information, wherein the electronic label tag further comprises attachment means for attaching the electronic label tag to a product, wherein the electronic label tag comprises a first antenna and a second antenna and the electronic label tag is configured to communicate using two different systems with the first antenna and the second antenna, wherein the first antenna is an RFID-antenna which complies with RFID-standard and the second antenna is an antenna for radio communication with base stations of the electronic label tag system and, characterized in that the machine readable identifier module comprises an RFID-tag and the RFID-tag is configured to activate the communication module and display from a deactivated state in response to a command received by the RFID-tag of the machine readable identifier module.
An adjustable bed system, comprising: a first frame structure; a second frame structure disposed on and moveably coupled to the first frame structure; a back lifting assembly comprising a back lifting bracket pivotally connected to the second frame structure, and a back lifting actuator pivotally connected between the back lifting bracket and the first frame structure for operably driving the back lifting bracket to pivotally move in an upward rotating direction or a downward rotating direction relative to one of the first frame structure and the second frame structure; a leg lifting assembly comprising a leg lifting bracket pivotally coupled to the first frame structure, and a leg lifting actuator pivotally connected between the leg lifting bracket and the second frame structure for operably driving the leg lifting bracket to pivotally move in an upward rotating direction or a downward rotating direction relative to the one of the first frame structure and the second frame structure; a plurality of platforms - coupled with the first frame structure, the second frame structure, the back lifting assembly and the leg lifting assembly, such that positions of at least one or more of the plurality of platforms - are adjustable in accordance with operations of the back lifting assembly and the leg lifting assembly; and a plurality of fans coupled with the plurality of platforms - and adapted for operably providing air circulation in surrounding of the adjustable bed system. a first frame structure; a second frame structure disposed on and moveably coupled to the first frame structure; a back lifting assembly comprising a back lifting bracket pivotally connected to the second frame structure, and a back lifting actuator pivotally connected between the back lifting bracket and the first frame structure for operably driving the back lifting bracket to pivotally move in an upward rotating direction or a downward rotating direction relative to one of the first frame structure and the second frame structure; a leg lifting assembly comprising a leg lifting bracket pivotally coupled to the first frame structure, and a leg lifting actuator pivotally connected between the leg lifting bracket and the second frame structure for operably driving the leg lifting bracket to pivotally move in an upward rotating direction or a downward rotating direction relative to the one of the first frame structure and the second frame structure; a plurality of platforms - coupled with the first frame structure, the second frame structure, the back lifting assembly and the leg lifting assembly, such that positions of at least one or more of the plurality of platforms - are adjustable in accordance with operations of the back lifting assembly and the leg lifting assembly; and a plurality of fans coupled with the plurality of platforms - and adapted for operably providing air circulation in surrounding of the adjustable bed system.
Bumper device for a shelf, comprising a bumping protection bar and at least two holders, the holders having a free end adapted to hold the bumping protection bar, wherein the bumping protection bar can be plugged onto the free ends of the holders in a plug-on direction extending transversely to the longitudinal direction of the bumping protection bar, wherein the bumping protection bar comprises at least one metal tube and at least one plastic part (32a, 32b) plugged at least partially into one end of the metal tube, characterized in that the plastic part (32a, 32b) is configured to fasten the bumping protection bar to one of the holders and wherein the end of the metal tube comprises a partial slot which complements the an opening of the plastic part (32a, 32b) so as to form a slot of the bumping protection bar.
A compound for use in the treatment of a rearranged during transfection altered cancer in a subject in need thereof, comprising administering to the subject 300 mg or 400 mg of Compound 1 or a pharmaceutically acceptable salt thereof once daily, wherein Compound 1 is: wherein the RET alteration comprises a RET mutation or a RET fusion, and wherein the RET altered cancer is selected from non-small cell lung cancer (NSCLC) and thyroid cancer.
A heating, ventilation, and air conditioning system configured for use in a vehicle to provide a perceived comfortable thermal environment to an occupant seated in a rear portion of a vehicle cabin, said system comprising: a heat exchanger disposed in a front portion of the vehicle, said heat exchanger configured to provide a first airstream characterized as having a first temperature; an air moving device having an air blower configured to generate a second airstream characterized as having a second temperature, wherein the second airstream comprises a mixture of the first airstream and cabin air drawn from the rear portion of the vehicle cabin; and a nozzle configured to direct the second airstream toward a location in the rear portion of the vehicle cabin; characterized in that the system further comprises: a control vane coupled to a servo mechanism configured to control the first airstream; and an occupant sensor configured to determine the presence of an occupant in the rear portion of the vehicle cabin; and a controller in communication with the air moving device and configured to control the flow rate of the cabin air into the air moving device by controlling a speed of the air blower and thereby control a mixing ratio of the first air stream to cabin air in the second air stream; wherein the controller is in communication with the occupant sensor and the servo mechanism, and wherein the controller is configured to reduce the flow rate of the first airstream when the occupant sensor does not detect the presence of an occupant in the rear portion of the vehicle cabin. a heat exchanger disposed in a front portion of the vehicle, said heat exchanger configured to provide a first airstream characterized as having a first temperature; an air moving device having an air blower configured to generate a second airstream characterized as having a second temperature, wherein the second airstream comprises a mixture of the first airstream and cabin air drawn from the rear portion of the vehicle cabin; and a nozzle configured to direct the second airstream toward a location in the rear portion of the vehicle cabin; a control vane coupled to a servo mechanism configured to control the first airstream; and an occupant sensor configured to determine the presence of an occupant in the rear portion of the vehicle cabin; and a controller in communication with the air moving device and configured to control the flow rate of the cabin air into the air moving device by controlling a speed of the air blower and thereby control a mixing ratio of the first air stream to cabin air in the second air stream; wherein the controller is in communication with the occupant sensor and the servo mechanism, and wherein the controller is configured to reduce the flow rate of the first airstream when the occupant sensor does not detect the presence of an occupant in the rear portion of the vehicle cabin.
A method for optical measurement of a liquid sample placed in a sample well where the sample in the sample well is exposed to excitation light at a first wavelength from an excitation light source, which excitation light generates a collection of singlet state oxygen molecules from donor molecules in the liquid sample, said singlet state oxygen molecules reacting with acceptor molecules in the liquid sample causing said acceptor molecules to emit chemiluminescence emission light at a second wavelength, which second wavelength is shorter than said first wavelength, and where the emission light produced by the excitation light is measured with a detector, wherein the excitation light source is a LED, characterized in that the method comprises forming a focused image of the LED on top of the opening of the sample well.
A chewable product for oral delivery of a substance, the chewable product comprising: a dry-laid needled nonwoven fabric substrate having a matrix of interleaved fibres, wherein the nonwoven fabric substrate has a thickness of 1-2 mm; and a substance held within the matrix, wherein the substance is releasable from the matrix by a chewing action. a dry-laid needled nonwoven fabric substrate having a matrix of interleaved fibres, wherein the nonwoven fabric substrate has a thickness of 1-2 mm; and a substance held within the matrix, wherein the substance is releasable from the matrix by a chewing action.
A method for making a base-neutralized aqueous resinous dispersion comprising: (a) adding a sulfur-functional azole to a composition comprising a phosphated epoxy resin derived from at least (i) a polyepoxide, and (ii) a phosphorous acid; (b) adding a base to the composition after at least a portion of the sulfur-functional azole has been added; and (c) adding water to the composition after at least a portion of the base has been added to the composition, wherein the resinous composition comprises an ungelled phosphated epoxy resin comprising the reaction product of reactants comprising; a polyepoxide; a sulfur-functional azole; and a phosphorous acid. (a) adding a sulfur-functional azole to a composition comprising a phosphated epoxy resin derived from at least (i) a polyepoxide, and (ii) a phosphorous acid; (b) adding a base to the composition after at least a portion of the sulfur-functional azole has been added; and (c) adding water to the composition after at least a portion of the base has been added to the composition,
A test chamber for conditioning air, the test chamber comprising a test space which serves to receive test material and which can be closed off from the surroundings and which is temperature-insulated, and a temperature control device for controlling the temperature of the test space, the temperature control device allowing a temperature in a temperature range of -80 °C to +180 °C, preferably -100 °C to +200 °C, to be established within the test space, the temperature control device having a cooling device comprising a cooling circuit with a refrigerant, a heat exchanger disposed in the test space, a compressor, a condenser, and an expansion element, characterized in that the refrigerant is a nearly azeotropic and/or zeotropic refrigerant mixture of a mass percentage of carbon dioxide of 0.2 to 0.8 and a mass percentage of at least one of the components pentafluoroethane of 0.1 to 0.4, monofluoroethane and/or fluoromethane, the refrigerant having a relative CO 2 equivalent of < 3000, preferably < 500, in particular preferably < 10, with respect to 20 years.
A method for producing a flexible tooling liner for casting a ceramic core, comprising: producing a 3D reference object representative of the ceramic core to be cast; disposing the reference object into a containment vessel configured to receive a liquid flexible tooling liner material within a cavity defined by the containment vessel and the reference object; filling the cavity of the containment vessel with the liquid flexible tooling liner material so that the reference object is encapsulated by the liquid tooling material on the surfaces whose topography is intended to be imparted in the flexible tooling liner formed upon the curing of the liquid tooling material; allowing the liquid tooling material to cure; and separating the cured flexible tooling liner along a parting surface into opposing portions and removing the reference object. producing a 3D reference object representative of the ceramic core to be cast; disposing the reference object into a containment vessel configured to receive a liquid flexible tooling liner material within a cavity defined by the containment vessel and the reference object; filling the cavity of the containment vessel with the liquid flexible tooling liner material so that the reference object is encapsulated by the liquid tooling material on the surfaces whose topography is intended to be imparted in the flexible tooling liner formed upon the curing of the liquid tooling material; allowing the liquid tooling material to cure; and separating the cured flexible tooling liner along a parting surface into opposing portions and removing the reference object.