mhurhangee/patent-ind-claim-en huggingface dataset:
An optical member resin sheet wherein the difference between the sheet edge thickness and sheet centre thickness relative to total sheet thickness, in relation to the sheet width direction, is no greater than 5.0%, the thickness of the sheet centre ranges from 10 to 1,000 μm and the sheet area is at least 225 mm 2 , and which is characterized in that it comprises; (A) one or more fluorescent substances selected from oxide phosphors, oxynitride phosphors, nitride phosphors, sulphide phosphors, fluoride phosphors, and oxysulphide phosphors, or one or more reflective materials and (B) an resin-linear organopolysiloxane block copolymer having, within its molecular structure, an alkenyl group, a resin structure block having arylsiloxane units represented by the formula R A SiO 3/2 (wherein R A is to an aryl group having 6 to 14 carbon atoms) and a linear structure block having a polydiorganosiloxane structure represented by the formula (R 2 SiO 2/2 ) n (wherein R is to an aryl group having 6 to 14 carbon atoms or an alkyl group having 1 to 20 carbon atoms, which may be halogen-substituted, and n is a number ranging from 3 to 1,000). (A) one or more fluorescent substances selected from oxide phosphors, oxynitride phosphors, nitride phosphors, sulphide phosphors, fluoride phosphors, and oxysulphide phosphors, or one or more reflective materials and (B) an resin-linear organopolysiloxane block copolymer having, within its molecular structure, an alkenyl group, a resin structure block having arylsiloxane units represented by the formula R A SiO 3/2 (wherein R A is to an aryl group having 6 to 14 carbon atoms) and a linear structure block having a polydiorganosiloxane structure represented by the formula (R 2 SiO 2/2 ) n (wherein R is to an aryl group having 6 to 14 carbon atoms or an alkyl group having 1 to 20 carbon atoms, which may be halogen-substituted, and n is a number ranging from 3 to 1,000).
An electric balancing swing car , comprising: supporting frameworks , comprising a first supporting framework and a second supporting framework that are symmetrically disposed and moveable relative to each other; a first wheel , connected to the first supporting framework; a second wheel , connected to the second supporting framework; a connecting device, extending from the second supporting framework, wherein the connecting device is fixed to the second supporting framework, and is matched with and in a moveable connection to the first supporting framework; a position sensor , disposed in the first supporting framework and configured for sensing a first position information of the first supporting framework relative to the ground; and a control device , configured for driving the first wheel to rotate or move according to the first position information obtained by the position sensor, characterized in that the position sensor is further configured for sensing a movement change information of the second supporting framework relative to the first supporting framework; and the control device is further configured for driving the second wheel to rotate or move according to the first position information and the movement change information. supporting frameworks , comprising a first supporting framework and a second supporting framework that are symmetrically disposed and moveable relative to each other; a first wheel , connected to the first supporting framework; a second wheel , connected to the second supporting framework; a connecting device, extending from the second supporting framework, wherein the connecting device is fixed to the second supporting framework, and is matched with and in a moveable connection to the first supporting framework; a position sensor , disposed in the first supporting framework and configured for sensing a first position information of the first supporting framework relative to the ground; and a control device , configured for driving the first wheel to rotate or move according to the first position information obtained by the position sensor, characterized in that the position sensor is further configured for sensing a movement change information of the second supporting framework relative to the first supporting framework; and the control device is further configured for driving the second wheel to rotate or move according to the first position information and the movement change information.
An epoxy resin composition comprising the following constituent components: an epoxy resin [A] in which 50 mass% or more is accounted for by a compound as represented by Formula (I) given below, a curing agent [B] based on an organic nitrogen compound, a phosphate [C], a phosphazene compound [D] and a thermoplastic resin which is in a phenoxy resin [E]: where R 1 , R 2 , and R 3 denote either a hydrogen atom or a methyl group, and n is an integer of 1 or higher.
A biological information monitoring apparatus comprising: an antenna assembly including at least one antenna , the antenna assembly being disposed close to an object; a signal generator configured to generate a highfrequency signal; a coupling amount detector configured to detect coupling amount of a near-field coupling due to an electric field between the object and the at least one antenna ; and a displacement detection circuit configured to detect a physical displacement of the object based on change in coupling amount of the near-field coupling of the highfrequency signal, wherein the at least one antenna comprises a main antenna to which the high frequency signal is supplied and a parasitic element to which the high frequency signal is not supplied, the main antenna is configured as a planar dipole antenna having a first face and a second face, the at least one antenna is disposed close to the object, characterized in that the parasitic element is configured as a planar conductor mounted on one of the first and second faces of the planar dipole antenna in such a manner that the parasitic element is insulated from a conductor of the planar dipole antenna, and the parasitic element is disposed on the face furthest from the object, of the first and second faces of the planar dipole antenna. an antenna assembly including at least one antenna , the antenna assembly being disposed close to an object; a signal generator configured to generate a highfrequency signal; a coupling amount detector configured to detect coupling amount of a near-field coupling due to an electric field between the object and the at least one antenna ; and a displacement detection circuit configured to detect a physical displacement of the object based on change in coupling amount of the near-field coupling of the highfrequency signal, wherein the at least one antenna comprises a main antenna to which the high frequency signal is supplied and a parasitic element to which the high frequency signal is not supplied, the main antenna is configured as a planar dipole antenna having a first face and a second face, the at least one antenna is disposed close to the object, characterized in that the parasitic element is configured as a planar conductor mounted on one of the first and second faces of the planar dipole antenna in such a manner that the parasitic element is insulated from a conductor of the planar dipole antenna, and the parasitic element is disposed on the face furthest from the object, of the first and second faces of the planar dipole antenna.
A pack for cigarettes having an outer pack , preferably realized as a hinge-lid pack with a box part and a lid which is mounted on the box part so as to be pivotable, and having an inner pack with a blank produced from packaging material which surrounds at least one cigarette group as pack contents preferably substantially on all sides, wherein the inner pack comprises a removal opening in order to make it possible for the consumer to access the pack contents, and wherein the inner pack comprises a closure means, in particular a closure flap , which is fastened to the inner pack by means of an at least partially releasable adhesive bond and is removable from the inner pack for access to the removal opening or to the pack contents, and wherein for forming the removal opening the blank is provided with an opening which is closable by the closure means, wherein the closure means comprises a coverage region which, with the closure means in the closed position, surrounds the removal opening on all sides or circumferentially and is connectable by means of adhesion to a region of the blank which surrounds the removal opening circumferentially, characterized in that a separate blank produced from packaging material is fastened by means of adhesion on the closure means on the side pointing to the inner pack , said separate blank, with the closure means in the closed position, covering the removal opening entirely and projecting beyond an edge of the removal opening on all sides with an overlap region (X).
A secondary battery, comprising a first electrode assembly , a second electrode assembly , a case and a top cap assembly ; the first electrode assembly and the second electrode assembly are housed in the case ; the top cap assembly comprises a top cap plate and a first electrode terminal , the top cap plate is connected to the case , and the first electrode terminal is arranged on the top cap plate ; the first electrode assembly comprises a first body and first tabs extending from the first body , and the first tabs are multiple and stacked; the second electrode assembly comprises a second body and second tabs extending from the second body , and the second tabs are multiple and stacked; the second tabs are bent toward a direction approaching the first tabs and connected to the first tabs , and an end of each of the second tabs that is away from the second body is a second end portion ; each of the first tabs comprises a first connecting portion extending beyond the second end portions of the second tabs , and the first connecting portion is connected to the first electrode terminal . the first electrode assembly and the second electrode assembly are housed in the case ; the top cap assembly comprises a top cap plate and a first electrode terminal , the top cap plate is connected to the case , and the first electrode terminal is arranged on the top cap plate ; the first electrode assembly comprises a first body and first tabs extending from the first body , and the first tabs are multiple and stacked; the second electrode assembly comprises a second body and second tabs extending from the second body , and the second tabs are multiple and stacked; the second tabs are bent toward a direction approaching the first tabs and connected to the first tabs , and an end of each of the second tabs that is away from the second body is a second end portion ; each of the first tabs comprises a first connecting portion extending beyond the second end portions of the second tabs , and the first connecting portion is connected to the first electrode terminal .
A method for determining a likely effect of a treatment to improve male fertility, the method comprising • determining the level of OPG in a blood serum sample, which has been obtained from a male subject; • comparing said determined OPG level to a reference level; and • determining that said subject will ∘ likely not benefit from treatment with an antagonist or inhibitor of RANKL, if said level is lower than said reference level, or ∘ likely benefit from treatment with an antagonist or inhibitor of RANKL, if said level is equal to higher than said reference level; wherein said reference level is above 3 pmol/l OPG in blood serum. • determining the level of OPG in a blood serum sample, which has been obtained from a male subject; • comparing said determined OPG level to a reference level; and • determining that said subject will ∘ likely not benefit from treatment with an antagonist or inhibitor of RANKL, if said level is lower than said reference level, or ∘ likely benefit from treatment with an antagonist or inhibitor of RANKL, if said level is equal to higher than said reference level; ∘ likely not benefit from treatment with an antagonist or inhibitor of RANKL, if said level is lower than said reference level, or ∘ likely benefit from treatment with an antagonist or inhibitor of RANKL, if said level is equal to higher than said reference level;
An information transmission method, comprising: receiving , by a terminal device, indication information from a network device, wherein the indication information comprises information used to indicate content of M pieces of system information; receiving , by the terminal device, the M pieces of system information from the network device; determining , by the terminal device, at least two pieces of system information with same content in the M pieces of system information based on the indication information; and processing , by the terminal device, the at least two pieces of system information, wherein M is a positive integer greater than or equal to 2; wherein the processing , by the terminal device, the at least two pieces of system information comprises: demodulating, by the terminal device, a first piece of system information in the at least two pieces of system information, and skipping demodulating system information other than the first piece of system information in the at least two pieces of system information. receiving , by a terminal device, indication information from a network device, wherein the indication information comprises information used to indicate content of M pieces of system information; receiving , by the terminal device, the M pieces of system information from the network device; determining , by the terminal device, at least two pieces of system information with same content in the M pieces of system information based on the indication information; and processing , by the terminal device, the at least two pieces of system information, wherein M is a positive integer greater than or equal to 2; wherein the processing , by the terminal device, the at least two pieces of system information comprises: demodulating, by the terminal device, a first piece of system information in the at least two pieces of system information, and skipping demodulating system information other than the first piece of system information in the at least two pieces of system information.
A smoke inhalation device comprising: a housing ; a cartridge (114; 214) configured to contain a substance; a release device (118; 218) associated with the cartridge (114; 214); a light device ; a power source (122; 222) coupled to the release device (118; 218) and the light device ; a controller (124; 224) operatively and communicatively coupled to the release device (118; 218) and the light device , the controller (124; 224) being configured to control the release device (118; 218) and to vary the intensity of light emitted by the light device based on an amount of airflow through the housing ; and a sensor configured to measure the amount of airflow through the housing . a housing ; a cartridge (114; 214) configured to contain a substance; a release device (118; 218) associated with the cartridge (114; 214); a light device ; a power source (122; 222) coupled to the release device (118; 218) and the light device ; a controller (124; 224) operatively and communicatively coupled to the release device (118; 218) and the light device , the controller (124; 224) being configured to control the release device (118; 218) and to vary the intensity of light emitted by the light device based on an amount of airflow through the housing ; and a sensor configured to measure the amount of airflow through the housing .
A method performed by a user equipment, UE , comprising: receiving , from an evolved Node B, eNB , a Radio Resource Control, RRC, message including a parameter related to a Scheduling Request, SR, periodicity for a Physical Uplink Control Channel, PUCCH, secondary cell and a parameter related to a SR prohibit timer; and setting the SR prohibit timer based on (i) shortest SR periodicity of a primary cell and the PUCCH secondary cell, and (ii) the parameter related to the SR prohibit timer. receiving , from an evolved Node B, eNB , a Radio Resource Control, RRC, message including a parameter related to a Scheduling Request, SR, periodicity for a Physical Uplink Control Channel, PUCCH, secondary cell and a parameter related to a SR prohibit timer; and setting the SR prohibit timer based on (i) shortest SR periodicity of a primary cell and the PUCCH secondary cell, and (ii) the parameter related to the SR prohibit timer.
A photometric process measurement arrangement with a photometric immersion probe , the photometric immersion probe being electrically supplied with a probe supply voltage (Us) comprising: a photometer flashlight source configured for providing photometric light impulses with a continuous spectrum, an impulse energy capacitor configured for storing the electric impulse energy, an electronic flyback-converter configured for successively electrically charging the impulse energy capacitor with numerous charging voltage quantums (Uq), wherein the flyback-converter is provided with a converter switch between a converter supply voltage port and a transformer , a switching signal generator configured for driving the converter switch with a switching signal having a switching frequency (f), the switching signal generator comprising a standard duty cycle signal generator configured for driving the converter switch with a standard duty cycle value (D1) and comprising a boost duty cycle signal generator configured for alternatively driving the converter switch with a higher boost duty cycle value (D2), when the boost duty cycle signal generator is activated, the switching signal generator being provided with a supply voltage comparator and a boost voltage memory memorizing a boost voltage value (Ub), the supply voltage comparator continuously comparing the probe supply voltage (Us) at the converter supply voltage port and the boost voltage value (Ub), the switching signal generator activating the boost duty cycle signal generator if the supply voltage comparator determines that the supply voltage (Us) is below the boost voltage value (Ub). a photometer flashlight source configured for providing photometric light impulses with a continuous spectrum, an impulse energy capacitor configured for storing the electric impulse energy, an electronic flyback-converter configured for successively electrically charging the impulse energy capacitor with numerous charging voltage quantums (Uq), wherein the flyback-converter is provided with a converter switch between a converter supply voltage port and a transformer , a switching signal generator configured for driving the converter switch with a switching signal having a switching frequency (f), the switching signal generator comprising a standard duty cycle signal generator configured for driving the converter switch with a standard duty cycle value (D1) and comprising a boost duty cycle signal generator configured for alternatively driving the converter switch with a higher boost duty cycle value (D2), when the boost duty cycle signal generator is activated, the switching signal generator being provided with a supply voltage comparator and a boost voltage memory memorizing a boost voltage value (Ub), the supply voltage comparator continuously comparing the probe supply voltage (Us) at the converter supply voltage port and the boost voltage value (Ub), the switching signal generator activating the boost duty cycle signal generator if the supply voltage comparator determines that the supply voltage (Us) is below the boost voltage value (Ub).
An electrical connector for mounting to a circuit board, the circuit board including a pair of conductive contact pads , the electrical connector comprising: first and second electrically conductive terminals , each terminal having a surface mount tail , a vertical section adjacent the surface mount tail and a contact section, the terminals defining a differential signal pair, an insulative housing , a portion of each terminal is disposed in the housing , the housing having a lower surface ; an electrically conductive shield extending around at least a portion of the first and second terminals and a least a portion of the housing characterized in that said housing further comprises a projection extending downward from the lower surface between a portion of the vertical section of each of the first and second terminals . first and second electrically conductive terminals , each terminal having a surface mount tail , a vertical section adjacent the surface mount tail and a contact section, the terminals defining a differential signal pair, an insulative housing , a portion of each terminal is disposed in the housing , the housing having a lower surface ; an electrically conductive shield extending around at least a portion of the first and second terminals and a least a portion of the housing
A method of determining which of a plurality of different target nucleic acids are present in a test sample, the method comprising the steps of: (a) in a reaction mixture containing nucleic acids from the test sample, serially permitting, in order, first and second secondary reactions of a multiplex invasive cleavage assay to take place, each of the secondary reactions being active under a different temperature condition, and each secondary reaction being specific for only one of the target nucleic acids; (b) monitoring the reaction mixture for production of a fluorescent signal only as the second of the two secondary reactions is taking place at the lower of two temperature conditions, each of the different temperature conditions being permissive for only one of the secondary reactions, and each of the secondary reactions producing the same fluorescent signal; and (c) determining which of the target nucleic acids is present in the test sample by comparing a magnitude of the fluorescent signal produced in the reaction mixture during step (b) with a threshold value or threshold criterion. (a) in a reaction mixture containing nucleic acids from the test sample, serially permitting, in order, first and second secondary reactions of a multiplex invasive cleavage assay to take place, each of the secondary reactions being active under a different temperature condition, and each secondary reaction being specific for only one of the target nucleic acids; (b) monitoring the reaction mixture for production of a fluorescent signal only as the second of the two secondary reactions is taking place at the lower of two temperature conditions, each of the different temperature conditions being permissive for only one of the secondary reactions, and each of the secondary reactions producing the same fluorescent signal; and (c) determining which of the target nucleic acids is present in the test sample by comparing a magnitude of the fluorescent signal produced in the reaction mixture during step (b) with a threshold value or threshold criterion.
A pharmaceutical composition for use in treating graft-vs-host disease (GVHD) in a human patient, wherein the pharmaceutical composition comprises a therapeutically effective amount of a population of modified human regulatory T cells (Treg cells), wherein the human Treg cells are modified to express a nucleic acid sequence that encodes a chimeric antigen receptor (CAR) construct, wherein the CAR construct comprises an antigen binding domain, wherein the antigen binding domain is specific for CD 19.