mhurhangee/ep-ind-claims huggingface dataset:
A hydromount assembly comprising: first and second chambers (140, 142) separated by an inertia track having a passage that communicates with the chambers (140, 142); an opening through a central portion of the inertia track dimensioned to receive an associated fastener therethrough; and a hollow shaft extending through the first and second chambers (140, 142) and the inertia track and including a shoulder; characterised in that the shoulder sealingly engages an inner perimeter portion of the inertia track, and in that the assembly further comprising a tube operatively cooperating with the shaft and sealingly engaging the inner perimeter portion of the inertia track. first and second chambers (140, 142) separated by an inertia track having a passage that communicates with the chambers (140, 142); an opening through a central portion of the inertia track dimensioned to receive an associated fastener therethrough; and a hollow shaft extending through the first and second chambers (140, 142) and the inertia track and including a shoulder; characterised in that the shoulder sealingly engages an inner perimeter portion of the inertia track, and in that the assembly further comprising a tube operatively cooperating with the shaft and sealingly engaging the inner perimeter portion of the inertia track.
A method, comprising: an evaluator receiving, via an application programming interface, a query from an application executing on a client device, the evaluator embodied on non-transitory computer memory including instructions translatable by at least one processor, the query containing a predicate; the evaluator processing the predicate using a tree structure containing nodes representing objects and edges representing relationships thereof (fig. 7), the processing including applying filters to attributes of the relationships to identify a first set of objects that are relevant to the predicate (fig. 9), the processing further including navigating along each incoming role of a relationship and from there via an outgoing role to other objects to identify a second set of objects that are relevant to the predicate, wherein the evaluator determines an object as relevant to the predicate if at least a value of a field of the object is equal or similar to a value of the predicate; and responsive to the query, the evaluator returning identifiers associated with a united set of the first set of objects and the second set of objects to the application. an evaluator receiving, via an application programming interface, a query from an application executing on a client device, the evaluator embodied on non-transitory computer memory including instructions translatable by at least one processor, the query containing a predicate; the evaluator processing the predicate using a tree structure containing nodes representing objects and edges representing relationships thereof (fig. 7), the processing including applying filters to attributes of the relationships to identify a first set of objects that are relevant to the predicate (fig. 9), the processing further including navigating along each incoming role of a relationship and from there via an outgoing role to other objects to identify a second set of objects that are relevant to the predicate, wherein the evaluator determines an object as relevant to the predicate if at least a value of a field of the object is equal or similar to a value of the predicate; and responsive to the query, the evaluator returning identifiers associated with a united set of the first set of objects and the second set of objects to the application.
A portable organ transportation system, comprising: a mobile cart; and an organ container comprising a handle; wherein at least one of the organ container and the mobile cart comprises at least two protrusions and the other of the organ container and the mobile cart comprises at least two respectively corresponding attachment units that each mate with one of the at least two protrusions to releasably attach the organ container to the mobile cart, and the at least two attachment units are configured so that a user can actuate at least one of the attachment units with a hand that is gripping the handle. a mobile cart; and an organ container comprising a handle; wherein at least one of the organ container and the mobile cart comprises at least two protrusions and the other of the organ container and the mobile cart comprises at least two respectively corresponding attachment units that each mate with one of the at least two protrusions to releasably attach the organ container to the mobile cart, and the at least two attachment units are configured so that a user can actuate at least one of the attachment units with a hand that is gripping the handle.
An isolated antibody or antigen-binding fragment thereof that specifically binds to dimeric forms of PSMA, but not monomeric forms of PSMA, and has the ability to bind live cells expressing PSMA.
A safety structure for performing servicing operations outside a wind turbine blade pitch bearing, characterized in that the safety structure comprises a number of temporarily deployable safety bars and a support member, wherein the safety bars can be attached to the support member, the safety bars being arranged at least partially surrounding the wind turbine blade pitch bearing and wherein the support member is either integral with or permanently attached to one of a wind turbine hub, a wind turbine blade, a wind turbine blade root section, and a pitch bearing.
A method for performing communication by a User Equipment, UE, configured to operate jn an LTE communication system, the method comprising: receiving resource configuration information on an unlicensed band cell through a Physical Downlink Control Channel, PDCCH; receiving reference signals within a Reserved Resource Period, RRP, of the unlicensed band cell; and performing measurement based on the reference signals within the RRP of the unlicensed band cell, wherein -for the measurement of the unlicensed band cell, a power per Resource Element, RE, of reference signals is constant within the RRP of the unlicensed band cell, wherein the RRP of the unlicensed band cell comprises a plurality of contiguous Orthogonal Frequency Division Multiplexing, OFDM, symbols, and wherein the of the unlicensed band cell is configured based on the resource configuration information. receiving resource configuration information on an unlicensed band cell through a Physical Downlink Control Channel, PDCCH; receiving reference signals within a Reserved Resource Period, RRP, of the unlicensed band cell; and performing measurement based on the reference signals within the RRP of the unlicensed band cell, wherein -for the measurement of the unlicensed band cell, a power per Resource Element, RE, of reference signals is constant within the RRP of the unlicensed band cell, wherein the RRP of the unlicensed band cell comprises a plurality of contiguous Orthogonal Frequency Division Multiplexing, OFDM, symbols, and wherein the of the unlicensed band cell is configured based on the resource configuration information.
A composition for use in preventing or alleviating one or more vascular complication(s) in a subject suffering from diabetes and/or impaired glucose tolerance and/or hyperglycemia, wherein the composition comprises siRNA that specifically targets a thioredoxin-interacting protein (TXNIP)-encoding nucleic acid and reduces expression of TXNIP.
Method for obtaining a picture with a multi-camera system comprising at least two cameras (500, 600), the method comprising detecting a fast shooting mode condition, if an autofocus process is incomplete for each of the at least two cameras (500, 600) after a user commands the multi-camera system to shoot a picture, activating a fast shooting mode, if the fast shooting mode condition is detected, controlling (202, 203, 306), in the fast shooting mode, the at least two cameras (500, 600) for simultaneously capturing an image each, wherein the at least two images are captured with different focuses, acquiring the at least two captured images, and post processing the at least two acquired images to obtain the picture based on the at least two captured images.
A process for producing a compound of formula, comprising performing a Wittig reaction by reacting a phosphonium salt of general formula wherein R1 represents a hydrogen atom or R5, wherein R5 is a substituted or unsubstituted group selected from alkyl, cycloalkyl, aryl, alkenyl; R2 and R3 may be the same or different and represent each a hydrogen atom or a substituted or unsubstituted group selected from alkyl, cycloalkyl, aryl, alkenyl, - COR, wherein R is a substituted or unsubstituted group selected from alkyl, cycloalkyl, aryl, alkenyl, alkyloxy, cycloalkyloxy, aryloxy; R4 represents a substituted or unsubstituted group selected from alkyl, cycloalkyl, aryl, alkenyl; with compound, wherein compound is selected in the group consisting of a ketone or aldehyde of formula RaCORb, an imine of formula RaRbC=NRc, a [Ra,Rb]-trisubstituted trioxane and a RaRbC (SO 3 Na); wherein Ra and Rb may be the same or different and representent each a hydrogen atom or a substituted or unsubsituted group selected from alkyl, alkenyl, cycloalkyl, aryl, metallocenyl and -COR, wherein R is a substituted or unsubstituted group selected from alkyl, cycloalkyl, aryl, alkenyl, alkyloxy, cycloalkyloxy and aryloxy; and wherein Rc represents a hydrogen atom, a substituted or unsubstituted group selected from alkyl, cycloalkyl, aryl or an electroattractive group; in presence of a weak base and of a solvent suitable for phase transition conditions, resulting in compound, wherein the weak base is selected in the group comprising Cs 2 CO 3, Li 3 PO 4, NaH, K 3 PO 4 and K 2 CO 3. R1 represents a hydrogen atom or R5, wherein R5 is a substituted or unsubstituted group selected from alkyl, cycloalkyl, aryl, alkenyl; R2 and R3 may be the same or different and represent each a hydrogen atom or a substituted or unsubstituted group selected from alkyl, cycloalkyl, aryl, alkenyl, - COR, wherein R is a substituted or unsubstituted group selected from alkyl, cycloalkyl, aryl, alkenyl, alkyloxy, cycloalkyloxy, aryloxy; R4 represents a substituted or unsubstituted group selected from alkyl, cycloalkyl, aryl, alkenyl; with compound, wherein compound is selected in the group consisting of a ketone or aldehyde of formula RaCORb, an imine of formula RaRbC=NRc, a [Ra,Rb]-trisubstituted trioxane and a RaRbC (SO 3 Na); wherein Ra and Rb may be the same or different and representent each a hydrogen atom or a substituted or unsubsituted group selected from alkyl, alkenyl, cycloalkyl, aryl, metallocenyl and -COR, wherein R is a substituted or unsubstituted group selected from alkyl, cycloalkyl, aryl, alkenyl, alkyloxy, cycloalkyloxy and aryloxy; and wherein Rc represents a hydrogen atom, a substituted or unsubstituted group selected from alkyl, cycloalkyl, aryl or an electroattractive group; in presence of a weak base and of a solvent suitable for phase transition conditions, resulting in compound, wherein the weak base is selected in the group comprising Cs 2 CO 3, Li 3 PO 4, NaH, K 3 PO 4 and K 2 CO 3.
A semiconductor device card comprising: a semiconductor device; a working voltage indicator that is set to indicate a desired level of a working voltage corresponding to the semiconductor device and to output a corresponding target voltage signal; and a working voltage generator; characterized in that the semiconductor device is configured to operate at said desired level of the working voltage independent of whether a host voltage supplied to the semiconductor device card has a different voltage level; the working voltage generator is coupled to the semiconductor device and receives the target voltage signal from the working voltage indicator an able to generate the working voltage for the semiconductor device having said desired level; and the working voltage indicator includes a plurality of reference voltage generators (244, 246) for generating respectively different target voltages at least one of which being different from the host voltage supplied to the card, a multiplexer for coupling a selected one of the target voltages having the desired level from one of the reference voltage generators to the working voltage generator, and at least one option pin coupled to the multiplexer, wherein a respective logical state of each option pin (SEL, 272, 274) is set to indicate the desired level of the working voltage. a semiconductor device; a working voltage indicator that is set to indicate a desired level of a working voltage corresponding to the semiconductor device and to output a corresponding target voltage signal; and a working voltage generator; characterized in that the semiconductor device is configured to operate at said desired level of the working voltage independent of whether a host voltage supplied to the semiconductor device card has a different voltage level; the working voltage generator is coupled to the semiconductor device and receives the target voltage signal from the working voltage indicator an able to generate the working voltage for the semiconductor device having said desired level; and the working voltage indicator includes a plurality of reference voltage generators (244, 246) for generating respectively different target voltages at least one of which being different from the host voltage supplied to the card, a multiplexer for coupling a selected one of the target voltages having the desired level from one of the reference voltage generators to the working voltage generator, and at least one option pin coupled to the multiplexer, wherein a respective logical state of each option pin (SEL, 272, 274) is set to indicate the desired level of the working voltage.
A composition comprising a B7 molecule, a 4-1BB agonist and animal cancer or tumour cells contacted with ( e.g., culturing in the presence of) at least one exogenous IFN for a time and under conditions sufficient to enhance the antigen presenting function of the cells, wherein: the 4-1BB agonist comprises a 4-1BBL molecule or a biologically active fragment thereof; the 4-1BB agonist is expressed on the surface of the cells, wherein at least a portion of the 4-1BB agonist is exposed to the extracellular environment; and the B7 molecule is expressed on the surface of the cells, wherein at least a portion of the B7 molecule is exposed to the extracellular environment. the 4-1BB agonist comprises a 4-1BBL molecule or a biologically active fragment thereof; the 4-1BB agonist is expressed on the surface of the cells, wherein at least a portion of the 4-1BB agonist is exposed to the extracellular environment; and the B7 molecule is expressed on the surface of the cells, wherein at least a portion of the B7 molecule is exposed to the extracellular environment.
A method of forming a doped surface region of a semiconductor material at a surface of a semiconductor device during its manufacture, the semiconductor material being silicon, the surface region of the semiconductor material being coated with a dielectric material surface layer and the doping being performed in one or more localised regions of the semiconductor material, the method comprising: using a heating source to locally heat the surface of the semiconductor material at an area to be doped to locally melt the semiconductor material, the melting of the semiconductor material being performed in the presence of a dopant source whereby dopant from the dopant source is absorbed into the molten semiconductor material; and controlling the heating such that a region of the surface of the semiconductor material in the area to be doped is maintained in a molten state for a period of time greater than one microsecond without refreezing. using a heating source to locally heat the surface of the semiconductor material at an area to be doped to locally melt the semiconductor material, the melting of the semiconductor material being performed in the presence of a dopant source whereby dopant from the dopant source is absorbed into the molten semiconductor material; and controlling the heating such that a region of the surface of the semiconductor material in the area to be doped is maintained in a molten state for a period of time greater than one microsecond without refreezing.
A method for moving a refrigerated counter with a product space as well as with an operator side and a customer side, wherein the product space can be accessed in an operating state from the operator side to an extent sufficient for operation, and on the customer side has a product protector that protects against contamination or undesired access by customers and comprises a product shelter as well as a money tray, and in a self-service state can be accessed from the customer side to an extent sufficient for self-service, from the operating state in the self-service state, wherein the money tray is moved from an operating position into a self-service position that releases the product shelter from the operator side and from the customer side and/or from a self-service position that releases the product shelter from the operator side and from the customer side into an operating position, characterized in that the self-service position is located below the height of a countertop provided on the operator side.
A method for producing a gas barrier plastic molded product, the method comprising a film-forming process of forming a gas barrier thin film by bringing a raw material gas into contact with a heating element that has generated heat, decomposing the raw material gas to produce a chemical species, and causing the chemical species to arrive at the surface of the plastic molded product, wherein an organosilane-based compound is used as the raw material gas, the organosilane-based compound is vinylsilane, disilylacetylene, or 2-aminoethylsilane, a material containing one or two or more metal elements selected from the group consisting of Mo, W, Zr, Ta, V, Nb and Hf is used as the heating element, and the heat generation temperature of the heating element is set to 1550°C to 2400°C:
A power plant, comprising: a gas turbine engine to generate power; a heat recovery steam generator (HRSG) to produce steam from high energy fluids produced from the generation of power in the gas turbine engine; a steam turbine engine to generate power from the steam produced in the HRSG; and a thermal load reduction system to control thermal loading of components of the HRSG and/or the steam turbine engine during at least startup and/or part load operations, which includes: an eductor assembly by which a mixture of compressor discharge air and entrained fluids is injectable into the HRSG; and a detector disposed within the HRSG to facilitate identification of hot spots therein, characterized in that the eductor assembly and the detector are rotatable, pivotable or movable in one or more of height, width and depth directions. a gas turbine engine to generate power; a heat recovery steam generator (HRSG) to produce steam from high energy fluids produced from the generation of power in the gas turbine engine; a steam turbine engine to generate power from the steam produced in the HRSG; and a thermal load reduction system to control thermal loading of components of the HRSG and/or the steam turbine engine during at least startup and/or part load operations, which includes: an eductor assembly by which a mixture of compressor discharge air and entrained fluids is injectable into the HRSG; and a detector disposed within the HRSG to facilitate identification of hot spots therein, characterized in that the eductor assembly and the detector are rotatable, pivotable or movable in one or more of height, width and depth directions. an eductor assembly by which a mixture of compressor discharge air and entrained fluids is injectable into the HRSG; and a detector disposed within the HRSG to facilitate identification of hot spots therein, characterized in that the eductor assembly and the detector are rotatable, pivotable or movable in one or more of height, width and depth directions.
A light emitting diode apparatus with a heatsink having a front surface with an opening, the light emitting diode apparatus comprising: a sub-mount; at least one LED die mounted on said sub-mount; and a thermally conductive slug having first and second areas, said first area being thermally coupled to said sub-mount and said second area having a post protruding outwardly therefrom, said post being operably configured to be received in the opening in the heat sink and to secure the LED apparatus to the heat sink such that said second area is thermally coupled to the front surface of the heat sink characterized by, a thermally conductive material disposed on said second area, said thermally conductive material being operable to form an interface between said second area and the front surface of the heat sink when the LED apparatus is mounted on the heat sink thereby lowering a thermal resistance there between; and a spring clip disposed on a distal portion of said post, said spring clip having at least one portion operably configured to be compressed flush against said post while being received in the opening in the heat sink, said thermally conductive material being sufficiently compliant to permit said LED apparatus to be depressed against the front surface of the heat sink to a sufficient extent to permit said at least one portion of said spring clip to engage a back surface of the heat sink to urge the second area into thermal coupling with the front surface. a sub-mount; at least one LED die mounted on said sub-mount; and a thermally conductive slug having first and second areas, said first area being thermally coupled to said sub-mount and said second area having a post protruding outwardly therefrom, said post being operably configured to be received in the opening in the heat sink and to secure the LED apparatus to the heat sink such that said second area is thermally coupled to the front surface of the heat sink characterized by, a thermally conductive material disposed on said second area, said thermally conductive material being operable to form an interface between said second area and the front surface of the heat sink when the LED apparatus is mounted on the heat sink thereby lowering a thermal resistance there between; and a spring clip disposed on a distal portion of said post, said spring clip having at least one portion operably configured to be compressed flush against said post while being received in the opening in the heat sink, said thermally conductive material being sufficiently compliant to permit said LED apparatus to be depressed against the front surface of the heat sink to a sufficient extent to permit said at least one portion of said spring clip to engage a back surface of the heat sink to urge the second area into thermal coupling with the front surface.