mhurhangee/ep-ind-claims huggingface dataset:
Mirror replacement system for attachment to a vehicle, the system comprising: - a module housing, and - a cleaning assembly comprising at least one cleaning nozzle (318, 320, 322, 324), in particular a compressed air cleaning nozzle, a liquid cleaning nozzle or a combination nozzle, and at least one fluid line (332, 334, 336), the cleaning assembly being accommodated in a holding device, the module housing having a receiving body which - has at least one receiving opening and at least one viewing opening of a camera holder for fastening a camera, the at least one viewing opening allowing a view of the camera out of the module housing, the receiving body furthermore - having the holding device for the cleaning assembly, the cleaning assembly having at least the cleaning nozzle (318, 320, 322) and a fluid line (332, 334, 336) for a cleaning fluid (RF, DL, F), which fluid line has at least one line body (335, 337), the holding device having: - a line receptacle for the fluid line (332, 334, 336), - a nozzle receptacle (340, 342, 344) for the cleaning nozzle (318, 320, 322), which is arranged such that - cleaning fluid (RF, DL, F) can be applied to the at least one viewing opening from the cleaning nozzle (318, 320, 322), characterized in that - the cleaning assembly has a quick-action ventilating valve which is designed to receive compressed air and to provide a compressed air cleaning pulse to the cleaning nozzle, - the quick-action ventilating valve being accommodated in the holding device. - a module housing, and - a cleaning assembly comprising at least one cleaning nozzle (318, 320, 322, 324), in particular a compressed air cleaning nozzle, a liquid cleaning nozzle or a combination nozzle, and at least one fluid line (332, 334, 336), the cleaning assembly being accommodated in a holding device, the module housing having a receiving body which - has at least one receiving opening and at least one viewing opening of a camera holder for fastening a camera, the at least one viewing opening allowing a view of the camera out of the module housing, the receiving body furthermore - having the holding device for the cleaning assembly, the cleaning assembly having at least the cleaning nozzle (318, 320, 322) and a fluid line (332, 334, 336) for a cleaning fluid (RF, DL, F), which fluid line has at least one line body (335, 337), the holding device having: - a line receptacle for the fluid line (332, 334, 336), - a nozzle receptacle (340, 342, 344) for the cleaning nozzle (318, 320, 322), which is arranged such that - cleaning fluid (RF, DL, F) can be applied to the at least one viewing opening from the cleaning nozzle (318, 320, 322), characterized in that - the cleaning assembly has a quick-action ventilating valve which is designed to receive compressed air and to provide a compressed air cleaning pulse to the cleaning nozzle, - the quick-action ventilating valve being accommodated in the holding device.
A response message transmission method, comprising: receiving, by relay user equipment, a request message sent by remote user equipment, wherein the request message carries indication information; sending, by the relay user equipment to a base station, a resource request carrying the indication information, wherein the resource request is used to trigger the base station to determine a relay communication period of the remote user equipment according to the indication information, and to allocate a first initial resource in the relay communication period to the relay user equipment; and determining, by the relay user equipment, a first target resource based on the first initial resource, and sending a response message corresponding to the request message to the remote user equipment by using the first target resource, wherein the relay communication period is a discontinuous reception DRX dormant period that is configured by the base station for the remote user equipment, or the relay communication period is a discovery gap that is configured by the base station at the request of the remote user equipment. receiving, by relay user equipment, a request message sent by remote user equipment, wherein the request message carries indication information; sending, by the relay user equipment to a base station, a resource request carrying the indication information, wherein the resource request is used to trigger the base station to determine a relay communication period of the remote user equipment according to the indication information, and to allocate a first initial resource in the relay communication period to the relay user equipment; and determining, by the relay user equipment, a first target resource based on the first initial resource, and sending a response message corresponding to the request message to the remote user equipment by using the first target resource, wherein the relay communication period is a discontinuous reception DRX dormant period that is configured by the base station for the remote user equipment, or the relay communication period is a discovery gap that is configured by the base station at the request of the remote user equipment.
A method for determining Top Dead Center rotational location of a piston in a cylinder of a multiple-cylinder internal combustion engine having a pressure sensor (12a-h) in the cylinder and having a crankshaft rotational position sensor, characterized by the steps of: a) determining the rotational Location of Peak Pressure in said cylinder, during a compression-only non-firing cycle, with respect to the indicated rotational location of said crankshaft position sensor by a procedure selected from the group consisting of determining Continuity of Polytropic Coefficient (EQ. 4) and determining Waveform Symmetry extrapolated to a peak (EQ. 5), wherein said determining of Location of Peak Pressure by determining Continuity of Polytropic Coefficient includes the algorithm P before d V before = P after d V after, and wherein P before and V before represent the Pressure and Volume on the compression side at a chosen angle and P after and V after represent the Pressure and the Volume at the expansion side, and wherein said determining of Location of Peak Pressure by determining Waveform Symmetry extrapolated to a peak includes the extrapolation algorithm LPP = Y 340 − X 340 X 340 − X 350 Y 340 − Y 350 1 − Y 340 − Y 350 X 340 − X 350 = Y int ercept 1 − Slope; wherein X angle represents the compression-side beginning angle and Y angle the LPP estimation at this angle. and the slope represents the slope of the line segment b) adding a calculated Heat Loss Offset to said determined Location of Peak Pressure (EQ. 1) to provide said Top Dead Center rotational location of said piston in said cylinder. a) determining the rotational Location of Peak Pressure in said cylinder, during a compression-only non-firing cycle, with respect to the indicated rotational location of said crankshaft position sensor by a procedure selected from the group consisting of determining Continuity of Polytropic Coefficient (EQ. 4) and determining Waveform Symmetry extrapolated to a peak (EQ. 5), wherein said determining of Location of Peak Pressure by determining Continuity of Polytropic Coefficient includes the algorithm P before d V before = P after d V after, and wherein P before and V before represent the Pressure and Volume on the compression side at a chosen angle and P after and V after represent the Pressure and the Volume at the expansion side, and wherein said determining of Location of Peak Pressure by determining Waveform Symmetry extrapolated to a peak includes the extrapolation algorithm LPP = Y 340 − X 340 X 340 − X 350 Y 340 − Y 350 1 − Y 340 − Y 350 X 340 − X 350 = Y int ercept 1 − Slope; wherein X angle represents the compression-side beginning angle and Y angle the LPP estimation at this angle. and the slope represents the slope of the line segment b) adding a calculated Heat Loss Offset to said determined Location of Peak Pressure (EQ. 1) to provide said Top Dead Center rotational location of said piston in said cylinder.
A composition comprising at least one slow fusing plasticizer selected from esters of cyclohexanecarboxylic acid and at least one fast fusing plasticizer selected from isodecyl benzoate, 2-ethylhexyl benzoate, isooctyl benzoate, di-2-propylheptyl benzoate, dibutyl terephthalate, dibenzoate esters of dipropylene glycol, dibenzoate esters of diethylene glycol, C4-C7 aliphatic alcohol esters of cyclohexanoates, acetyl tributyl citrate, acetyl trihexyl citrate, butyryl tributyl citrate, and mixtures thereof, wherein there is at least 65 wt% fast fusing plasticizer based on the total weight of plasticizer present.
Crosslinked elastomeric composition comprising: - a multiblock copolymer of ethylene and of alpha-olefin comprising polymerized units of ethylene and of alpha-olefin, - an elastomer comprising a block copolymer having at least two aromatic blocks, which may be identical or different, separated by at least one elastomeric block, the block copolymer being a styrene-ethylene/butylene-styrene triblock copolymer (SEBS) or a styrene-butadiene-styrene triblock copolymer (SEBS), - a cross-linkable polymer, the cross-linkable polymer being a polybutadiene or a styrene-butadiene-styrene triblock copolymer (SEBS), and - oils for thermoplastic rubbers. - a multiblock copolymer of ethylene and of alpha-olefin comprising polymerized units of ethylene and of alpha-olefin, - an elastomer comprising a block copolymer having at least two aromatic blocks, which may be identical or different, separated by at least one elastomeric block, the block copolymer being a styrene-ethylene/butylene-styrene triblock copolymer (SEBS) or a styrene-butadiene-styrene triblock copolymer (SEBS), - a cross-linkable polymer, the cross-linkable polymer being a polybutadiene or a styrene-butadiene-styrene triblock copolymer (SEBS), and - oils for thermoplastic rubbers.
A system for preparing a dose of food, the system comprising: - a first sealed package containing a first ingredient and comprising a tray with a compartment containing the first ingredient, an upper opening delimited by a first rim, and a sealing element of the tray; - a second sealed package containing a second ingredient; and - at least one machine configured to supply hot water and steam for cooking and/or heating the first ingredient in accordance with first cooking and/or heating parameters and configured to supply steam for cooking and/or heating the second ingredient in accordance with second cooking and/or heating parameters, the machine and the tray being configured to be coupled to each other at the upper opening of the tray once the sealing element has been removed so as to perform the cooking/heating of the first ingredient in the tray. - a first sealed package containing a first ingredient and comprising a tray with a compartment containing the first ingredient, an upper opening delimited by a first rim, and a sealing element of the tray; - a second sealed package containing a second ingredient; and - at least one machine configured to supply hot water and steam for cooking and/or heating the first ingredient in accordance with first cooking and/or heating parameters and configured to supply steam for cooking and/or heating the second ingredient in accordance with second cooking and/or heating parameters,
A composition comprising: an isocyanate-terminated polythioether prepolymer, wherein the isocyanate-terminated polythioether comprises reaction products of reactants comprising: a polythioether polyol, wherein the polythioether polyol comprises reaction products of reactants comprising a thiol-terminated polythioether and a hydroxy-functional vinyl ether; and a diisocyanate; a curing agent comprising an aromatic amine; and a polyfunctional silane. a polythioether polyol, wherein the polythioether polyol comprises reaction products of reactants comprising a thiol-terminated polythioether and a hydroxy-functional vinyl ether; and a diisocyanate; a curing agent comprising an aromatic amine; and a polyfunctional silane.
An antibody that specifically binds within amino acids 186-276 of TFPI (SEQ ID NO: 1), wherein the heavy chain comprises: • a CDR1 sequence of amino acids 31 to 35 (SYYMY) of SEQ ID NO: 5 and • a CDR2 sequence of amino acids 50-66 (EINPSNGDTNLNEKFKS) of SEQ ID NO: 5 and • a CDR3 sequence of amino acids 99-107 (WDRFDGFVY) of SEQ ID NO: 5; and the light chain comprises: • a CDR1 sequence of amino acids 24-34 (IISTNIDDDIN) of SEQ ID NO: 7 and • a CDR2 sequence of amino acids 50-56 (EGNTLRP) of SEQ ID NO: 7 and • a CDR3 sequence of amino acids 89-97 (LQSDDLPYT) of SEQ ID NO: 7. • a CDR1 sequence of amino acids 31 to 35 (SYYMY) of SEQ ID NO: 5 and • a CDR2 sequence of amino acids 50-66 (EINPSNGDTNLNEKFKS) of SEQ ID NO: 5 and • a CDR3 sequence of amino acids 99-107 (WDRFDGFVY) of SEQ ID NO: 5; • a CDR1 sequence of amino acids 24-34 (IISTNIDDDIN) of SEQ ID NO: 7 and • a CDR2 sequence of amino acids 50-56 (EGNTLRP) of SEQ ID NO: 7 and • a CDR3 sequence of amino acids 89-97 (LQSDDLPYT) of SEQ ID NO: 7.
A modular battery comprising: a first planar battery cell having a plurality of positive and negative electrodes (9, 10) connected in parallel, one of the electrodes having a first planar electrode surface; a second planar battery cell having a plurality of positive and negative electrodes (9, 10) connected in parallel, one of the electrodes having a second planar electrode surface; and a compressible interconnector disposed between the first planar surface and the second planar surface and electrically connecting the first and second planar electrode surfaces; wherein the compressible interconnector has an uncompressed volume and wherein the compressible interconnector is compressible to less than 90 percent of the uncompressed volume when disposed between the first planar battery cell and the second planar battery cell. a first planar battery cell having a plurality of positive and negative electrodes (9, 10) connected in parallel, one of the electrodes having a first planar electrode surface; a second planar battery cell having a plurality of positive and negative electrodes (9, 10) connected in parallel, one of the electrodes having a second planar electrode surface; and a compressible interconnector disposed between the first planar surface and the second planar surface and electrically connecting the first and second planar electrode surfaces; wherein the compressible interconnector has an uncompressed volume and wherein the compressible interconnector is compressible to less than 90 percent of the uncompressed volume when disposed between the first planar battery cell and the second planar battery cell.
A coupling assembly in a computer input device having a first housing portion with an aperture therein, a radiation source, and an image detector, the radiation source emitting radiation through the aperture and the image detector receiving radiation reflected off a work surface over which the computer input device is used, the coupling assembly comprising: a source housing coupled to the radiation source; a first optical coupler having a radiation coupling portion defining a length, an inlet end located proximate the radiation source and an outlet end emitting radiation collected by the inlet end to form an illumination pattern (130, 140) on the work surface, the first optical coupler being disposed generally between the source housing and the aperture in the first housing portion; and a first optical coupler housing supporting the first optical coupler and the radiation source, wherein: the radiation source is disposed at an angle relative to the work surface between 0 and 90 degrees; the first optical coupler is rotationally sensitive; and the first optical coupler allows the first optical coupler and the radiation source to be rotationally oriented properly relative to one another. a source housing coupled to the radiation source; a first optical coupler having a radiation coupling portion defining a length, an inlet end located proximate the radiation source and an outlet end emitting radiation collected by the inlet end to form an illumination pattern (130, 140) on the work surface, the first optical coupler being disposed generally between the source housing and the aperture in the first housing portion; and a first optical coupler housing supporting the first optical coupler and the radiation source, wherein: the radiation source is disposed at an angle relative to the work surface between 0 and 90 degrees; the first optical coupler is rotationally sensitive; and the first optical coupler allows the first optical coupler and the radiation source to be rotationally oriented properly relative to one another. the radiation source is disposed at an angle relative to the work surface between 0 and 90 degrees; the first optical coupler is rotationally sensitive; and the first optical coupler allows the first optical coupler and the radiation source to be rotationally oriented properly relative to one another.
A process for laser drilling or laser welding a metallic component with a laser beam comprising: laser drilling or laser welding the component, characterized in that the process further comprises: applying a maskant to an external surface of the component to protect areas of the external surface of the component against damage caused by the laser beam, said maskant comprising a paste of metallic powder and silica; drying the maskant on the surface of the component; and removing the residual maskant from the component, the maskant being capable of dissipating the heat resulting from an overhanging laser beam strike. applying a maskant to an external surface of the component to protect areas of the external surface of the component against damage caused by the laser beam, said maskant comprising a paste of metallic powder and silica; drying the maskant on the surface of the component; and removing the residual maskant from the component, the maskant being capable of dissipating the heat resulting from an overhanging laser beam strike.
A brachytherapy seed localization system for localizing radioactive seeds within a diseased tissue, the brachytherapy seed localization system comprising: a tool tracking machine operable to generate a tracked seed distribution map of delivered locations of the radioactive seeds within the diseased tissue as the radioactive seeds are being delivered to the diseased tissue in accordance with a planned seed distribution map; a tissue imaging machine operable to generate a seed distribution image of projected locations of the radioactive seeds within the diseased tissue; and a brachytherapy seed localizer in communication with the tool tracking machine and the tissue imaging machine, wherein responsive to the generation of the tracked seed distribution map and the seed distribution image, the brachytherapy seed localizer is operable to generate a composite seed distribution map of estimated locations of the radioactive seeds within the diseased tissue derived from a combination of the tracked seed distribution map and the seed distribution image excluding any at least one false projected location within the seed distribution image characterized in that the tool tracking machine is an electromagnetic tracking machine. a tool tracking machine operable to generate a tracked seed distribution map of delivered locations of the radioactive seeds within the diseased tissue as the radioactive seeds are being delivered to the diseased tissue in accordance with a planned seed distribution map; a tissue imaging machine operable to generate a seed distribution image of projected locations of the radioactive seeds within the diseased tissue; and a brachytherapy seed localizer in communication with the tool tracking machine and the tissue imaging machine, wherein responsive to the generation of the tracked seed distribution map and the seed distribution image, the brachytherapy seed localizer is operable to generate a composite seed distribution map of estimated locations of the radioactive seeds within the diseased tissue derived from a combination of the tracked seed distribution map and the seed distribution image excluding any at least one false projected location within the seed distribution image characterized in that the tool tracking machine is an electromagnetic tracking machine.
A display apparatus, comprising: a display; a communicator, configured to receive information input from a terminal device; and a controller, in connection with the display and the communicator and configured to: while the display apparatus is in communication connection with the terminal device, in response to change of device information of the display apparatus, send network information of the display apparatus to the terminal device, so that the terminal device generates a request for obtaining device information according to the network information, wherein the request for obtaining device information is configured to obtain changed device information of the display apparatus; and in response to the request for obtaining device information sent from the terminal device, send the changed device information to the terminal device, and re-establish a communication connection with the terminal device. a display; a communicator, configured to receive information input from a terminal device; and a controller, in connection with the display and the communicator and configured to: while the display apparatus is in communication connection with the terminal device, in response to change of device information of the display apparatus, send network information of the display apparatus to the terminal device, so that the terminal device generates a request for obtaining device information according to the network information, wherein the request for obtaining device information is configured to obtain changed device information of the display apparatus; and in response to the request for obtaining device information sent from the terminal device, send the changed device information to the terminal device, and re-establish a communication connection with the terminal device. while the display apparatus is in communication connection with the terminal device, in response to change of device information of the display apparatus, send network information of the display apparatus to the terminal device, so that the terminal device generates a request for obtaining device information according to the network information, wherein the request for obtaining device information is configured to obtain changed device information of the display apparatus; and in response to the request for obtaining device information sent from the terminal device, send the changed device information to the terminal device, and re-establish a communication connection with the terminal device.