mhurhangee/patent-ind-claim-en huggingface dataset:
A timber frame structure for a building, a house or a construction, said structure including: a) a plurality of integral upright stud members located a spaced distance apart from each other, each integral upright stud member extending between a lowest floor of the structure and roof of the structure, or extending over at least two floor levels in height of the structure; b) a plurality of integral transverse joist members located at spaced apart locations to form one or more floors of the timber frame structure, each integral transverse joist member extending between at least two opposing integral upright stud members forming part of opposing walls of the timber frame structure; c) at least a part of each of the integral transverse joist members engaging in a recess defined in each of the opposing integral upright stud members ; d) thermal insulating means provided in a continuous or substantially continuous arrangement on and between the integral upright stud members and the integral transverse joist member ; and e) the structure arranged such that there are one or more cavities defined in one or more external walls of the structure to allow fluid flow in the cavities in use. a) a plurality of integral upright stud members located a spaced distance apart from each other, each integral upright stud member extending between a lowest floor of the structure and roof of the structure, or extending over at least two floor levels in height of the structure; b) a plurality of integral transverse joist members located at spaced apart locations to form one or more floors of the timber frame structure, each integral transverse joist member extending between at least two opposing integral upright stud members forming part of opposing walls of the timber frame structure; c) at least a part of each of the integral transverse joist members engaging in a recess defined in each of the opposing integral upright stud members ; d) thermal insulating means provided in a continuous or substantially continuous arrangement on and between the integral upright stud members and the integral transverse joist member ; and e) the structure arranged such that there are one or more cavities defined in one or more external walls of the structure to allow fluid flow in the cavities in use.
Refrigerant compressor, comprising - a, preferably hermetically sealable, compressor housing ; - an electric drive unit having a rotor and a stator ; - a crankshaft which is connected in a rotationally fixed manner to the rotor and which has a longitudinal axis ; - a piston-cylinder unit drivable by the crankshaft ; wherein a sleeve-shaped lubricant receptacle for centrifugally conveying lubricant from a lubricant sump formed in a bottom region of the compressor housing in the direction of the piston cylinder unit is arranged at an end of the crankshaft opposite the piston cylinder unit , wherein the sleeve-shaped lubricant receptacle has a fastening section , by means of which fastening section the lubricant receptacle is fastened to the crankshaft , preferably in a rotationally fixed manner, wherein the fastening section of the sleeve-shaped lubricant receptacle is arranged at least in sections between the crankshaft and the rotor in the radial direction with respect to the longitudinal axis of the crankshaft , wherein the sleeve-shaped lubricant receptacle has a rotationally symmetrical shape in relation to the longitudinal axis , and the fastening section of the sleeve-shaped lubricant receptacle extends parallel to the longitudinal axis , wherein the diameter of the fastening section is greater than or at least equal to the diameter of a receiving section of the lubricant receptacle characterized in that the sleeve-shaped lubricant receptacle has a collar section adjoining the fastening section and extending radially outwards relative to the longitudinal axis . - a, preferably hermetically sealable, compressor housing ; - an electric drive unit having a rotor and a stator ; - a crankshaft which is connected in a rotationally fixed manner to the rotor and which has a longitudinal axis ; - a piston-cylinder unit drivable by the crankshaft ;
Door latch, in particular a motor vehicle door latch, comprising a locking mechanism consisting of a catch and at least one pawl , and comprising at least one damping means between two locking mechanism components , which damping means has a noise-damping effect due to its deformation at least when these components have a closing interaction, the damping means being provided on the edge of at least one stop surface on the catch and/or the pawl , and the damping means having a certain height (H) with respect to the associated stop surface , the damping means being equipped with a cavity which is compressed during closing contact between the two locking mechanism components , the damping means being arranged in the region of a recess of the stop surface , characterized in that the recess of the stop surface transitions into a depression in the metal core of the locking mechanism component in the direction of a locking mechanism component axis , the depression being used to anchor the damping means .
A method for controlling a digital device such that when fingerprints contact a display, a command independently corresponding to a single or a plurality of fingerprints is executed, wherein the display of the device comprises an optical fingerprint recognition sheet on a fingerprint contact portion, the sheet comprises a lower base layer; a light control layer positioned on the lower base layer and having a first light control part and a second light control part, the first light control part is provided so as to emit light incident on the lower surface of the first light control part at a first incident angle (θ 0 ) as light with a second incident angle (θ A ) different from the first incident angle (θ 0 ), and the second light control part is provided so as to emit light incident on the upper surface of the second light control part at the second incident angle (θ A ) as light with the second incident angle (θ A ) and light with a third incident angle (θ B ) different from the second incident angle (θ A ).
A polynucleotide sequence comprising a nuclear export signal and encoding a mutated form of thymidine kinase from a human herpes simplex virus 1 (HSV1-TK), wherein the encoded HSV1-TK is mutated at amino acid residues 32 and 33 and optionally in combination with at least one of amino acid residues 25 or 26, wherein the amino acid residues 32, 33, 25, and 26 correspond to residues 32, 33, 25, and 26, respectively, of polypeptide sequence of SEQ ID NO: 2, and wherein amino acid residues 32 and 33 are independently mutated to an amino acid chosen from the group consisting of glycine, serine, and glutamic acid; and wherein amino acid residues 25 and 26 are independently mutated to an amino acid chosen from the group consisting of: glycine, serine, and glutamic acid, and wherein the mutated form of the thymidine kinase increases nucleoside analogue mediated cell kill activity relative to the wild-type HSV1 thymidine kinase set forth in SEQ ID NO: 2.
A method of determining the partial pressure of at least one gas in a mixture of gasses contained in a pressure vessel , the mixture being pressurised to above local atmospheric pressure, in which the method comprises the steps of: coupling a gas analysis sensor to the pressure vessel; directing a portion of the mixture of gasses in the pressure vessel to the sensor for analysis; reducing the pressure of the portion of the mixture which is to be analysed by the sensor to a level which is below the pressure in the vessel but above local atmospheric pressure; operating the sensor to measure the partial pressure of the at least one gas at the reduced pressure level; and using the partial pressure of the at least one gas, measured at the reduced pressure level, to determine the actual partial pressure of said gas in the mixture contained in the vessel by multiplying the pressure of said gas measured at the reduced pressure level by the ratio of the pressure in the vessel relative to the reduced pressure level. coupling a gas analysis sensor to the pressure vessel; directing a portion of the mixture of gasses in the pressure vessel to the sensor for analysis; reducing the pressure of the portion of the mixture which is to be analysed by the sensor to a level which is below the pressure in the vessel but above local atmospheric pressure; operating the sensor to measure the partial pressure of the at least one gas at the reduced pressure level; and using the partial pressure of the at least one gas, measured at the reduced pressure level, to determine the actual partial pressure of said gas in the mixture contained in the vessel by multiplying the pressure of said gas measured at the reduced pressure level by the ratio of the pressure in the vessel relative to the reduced pressure level.
A fluid pressure control apparatus comprising: - a proportional solenoid valve having a solenoid portion and a valve portion operatively connected between a fluid inlet and a fluid outlet , - a pressure sensor fluidically coupled to the fluid outlet , - an electronic controller adapted to receive a first signal from the pressure sensor , to receive a second signal corresponding to a pressure set point and to generate and output a control signal to the solenoid valve , - a flameproof/explosion proof or pressurized/purged enclosure in which said electronic controller and at least the solenoid portion of the proportional solenoid valve are housed, and - a manifold block that - covers and closes an opening of the enclosure to which it is mounted, - comprises, at a front side facing outside the enclosure , the fluid inlet port and the fluid outlet port , - has internal passageways adapted to connect the valve portion of the solenoid valve between the fluid inlet port and the fluid outlet port , - the pressure sensor being arranged outside the enclosure and - the first signal being conducted into the enclosure via a fluid-tight electrical feedthrough . - a proportional solenoid valve having a solenoid portion and a valve portion operatively connected between a fluid inlet and a fluid outlet , - a pressure sensor fluidically coupled to the fluid outlet , - an electronic controller adapted to receive a first signal from the pressure sensor , to receive a second signal corresponding to a pressure set point and to generate and output a control signal to the solenoid valve , - a flameproof/explosion proof or pressurized/purged enclosure in which said electronic controller and at least the solenoid portion of the proportional solenoid valve are housed, and - a manifold block that - covers and closes an opening of the enclosure to which it is mounted, - comprises, at a front side facing outside the enclosure , the fluid inlet port and the fluid outlet port , - has internal passageways adapted to connect the valve portion of the solenoid valve between the fluid inlet port and the fluid outlet port , - covers and closes an opening of the enclosure to which it is mounted, - comprises, at a front side facing outside the enclosure , the fluid inlet port and the fluid outlet port , - has internal passageways adapted to connect the valve portion of the solenoid valve between the fluid inlet port and the fluid outlet port , - the pressure sensor being arranged outside the enclosure and - the first signal being conducted into the enclosure via a fluid-tight electrical feedthrough .
A multipart socket-like glue-in retainer which is fastenable in a component opening in an adhesive manner and which is configured in at least two parts due to an axial separation and thus in an opening manner in radial direction, so that only before a gluing-in of the glue-in retainer in a component opening , a functional insert is arrangeable in the glue-in retainer so that after the gluing-in of the glue-in retainer in the component opening , it is retained inseparably in the glue-in retainer , wherein the glue-in retainer comprises a hollow-cylindrical receiving body with a circumferential lateral area , a closed axial face side and an open axial face side with a functional opening that is provided opposite to the closed axial face side , characterized in that adjacent to the functional opening of the open face side , a circumferentially surrounding fastening collar is arranged, extending radially with respect to the lateral area of the receiving body . only before a gluing-in of the glue-in retainer in a component opening , a functional insert is arrangeable in the glue-in retainer so that after the gluing-in of the glue-in retainer in the component opening , it is retained inseparably in the glue-in retainer , wherein the glue-in retainer comprises a hollow-cylindrical receiving body with a circumferential lateral area , a closed axial face side and an open axial face side with a functional opening that is provided opposite to the closed axial face side , characterized in that adjacent to the functional opening of the open face side , a circumferentially surrounding fastening collar is arranged, extending radially with respect to the lateral area of the receiving body .
A mobile apparatus that is arranged to travel within a predetermined service provision area and, in response to receiving an instruction to provide a service from at least one user present in the service provision area, to travel to the user to provide the service to the user, characterised in that : the mobile apparatus is further arranged to move to a priority stand-by position when it has no outstanding instructions to service, which position is determined based on a location of the at least one user from a plurality of stand-by positions provided within the service provision area , at which position the mobile apparatus waits for an instruction to provide a service.
A sensor for implantation within a living animal and measurement of an analyte in a medium within the living animal, the sensor comprising: an analyte indicator configured to exhibit a detectable property based on the amount or concentration of the analyte in the medium; sensor elements configured to generate an analyte measurement signal based on the detectable property exhibited by the analyte indicator; an inductive element configured to produce a current when in an electrodynamic field generated by an external device ; a measurement controller ; a non-volatile storage medium ; a charge storage device ; a measurement scheduler that is powered by the charge storage device and is configured to issue an autonomous measurement command; a substrate , wherein one or more of the sensor elements are mounted on or fabricated in the substrate; wherein the inductive element is a coil; wherein the measurement controller is configured to: (i) control the sensor elements to generate a first analyte measurement signal using power provided by the charge storage device in response to the autonomous measurement command; (ii) generate first measurement information based on the first analyte measurement signal; and (iii) store the first measurement information in the non-volatile storage medium; characterised in that the charge storage device and the substrate are located within the coil. an analyte indicator configured to exhibit a detectable property based on the amount or concentration of the analyte in the medium; sensor elements configured to generate an analyte measurement signal based on the detectable property exhibited by the analyte indicator; an inductive element configured to produce a current when in an electrodynamic field generated by an external device ; a measurement controller ; a non-volatile storage medium ; a charge storage device ; a measurement scheduler that is powered by the charge storage device and is configured to issue an autonomous measurement command; a substrate , wherein one or more of the sensor elements are mounted on or fabricated in the substrate; wherein the inductive element is a coil; wherein the measurement controller is configured to: (i) control the sensor elements to generate a first analyte measurement signal using power provided by the charge storage device in response to the autonomous measurement command; (ii) generate first measurement information based on the first analyte measurement signal; and (iii) store the first measurement information in the non-volatile storage medium; (i) control the sensor elements to generate a first analyte measurement signal using power provided by the charge storage device in response to the autonomous measurement command; (ii) generate first measurement information based on the first analyte measurement signal; and (iii) store the first measurement information in the non-volatile storage medium; characterised in that the charge storage device and the substrate are located within the coil.
A dual mode wireless transmit/receive unit, WTRU, comprising: a receiver configured to receive global system for mobile, GSM/enhanced data rates for GSM evolution, EDGE, radio access network, GERAN, cell information while connected to and receiving wireless communications via a cell of a long term evolution, LTE/evolved universal terrestrial radio access network, EUTRAN; a processor configured to receive a list of available cells and their technologies in order to perform measurements on any of LTE frequencies and GERAN frequencies to be used for a handover from a source LTE cell to a target GERAN cell using the GERAN cell information, wherein the GERAN cell information identifies the GERAN frequencies on which the measurements are performed; and a transmitter configured to send a measurement report of the measurements on the GERAN frequencies to a source evolved node B, eNB . a receiver configured to receive global system for mobile, GSM/enhanced data rates for GSM evolution, EDGE, radio access network, GERAN, cell information while connected to and receiving wireless communications via a cell of a long term evolution, LTE/evolved universal terrestrial radio access network, EUTRAN; a processor configured to receive a list of available cells and their technologies in order to perform measurements on any of LTE frequencies and GERAN frequencies to be used for a handover from a source LTE cell to a target GERAN cell using the GERAN cell information, wherein the GERAN cell information identifies the GERAN frequencies on which the measurements are performed; and a transmitter configured to send a measurement report of the measurements on the GERAN frequencies to a source evolved node B, eNB .
A method of preparing a phthalonitrile coating composition, the method comprising: (a) heating a phthalonitrile precursor composition comprising a bisphthalonitrile compound to a temperature of not more than 250°C and for a period of time of not more than 120 minutes to form a phthalonitrile prepolymer composition comprising a bisphthalonitrile prepolymer; (b) cooling the phthalonitrile prepolymer composition to ambient temperature and pulverizing the phthalonitrile prepolymer composition to form particles, wherein ambient temperature is a temperature in a range of from 20°C to 25°C; (c) combining the particles with a liquid medium to form a phthalonitrile solution; (d) optionally, adding an additive to the phthalonitrile solution; and (e) mixing the phthalonitrile solution to form a phthalonitrile coating composition, wherein the phthalonitrile coating composition is in the form of a spray or paste, the spray having a shear viscosity of less than 0.30 P s (300 cps) as measured at ambient temperature and 100 Hz and the paste having a shear viscosity of greater than 1.0 P·s (1,000 cps) as measured at ambient temperature and 100 Hz, the shear viscosity being measured using a Malvern viscometer with a parallel plate geometry (25 mm plate, 0.20 mm gap) and a shear rate range from 0.1 Hz to 1000 Hz. (a) heating a phthalonitrile precursor composition comprising a bisphthalonitrile compound to a temperature of not more than 250°C and for a period of time of not more than 120 minutes to form a phthalonitrile prepolymer composition comprising a bisphthalonitrile prepolymer; (b) cooling the phthalonitrile prepolymer composition to ambient temperature and pulverizing the phthalonitrile prepolymer composition to form particles, wherein ambient temperature is a temperature in a range of from 20°C to 25°C; (c) combining the particles with a liquid medium to form a phthalonitrile solution; (d) optionally, adding an additive to the phthalonitrile solution; and (e) mixing the phthalonitrile solution to form a phthalonitrile coating composition, wherein the phthalonitrile coating composition is in the form of a spray or paste, the spray having a shear viscosity of less than 0.30 P s (300 cps) as measured at ambient temperature and 100 Hz and the paste having a shear viscosity of greater than 1.0 P·s (1,000 cps) as measured at ambient temperature and 100 Hz, the shear viscosity being measured using a Malvern viscometer with a parallel plate geometry (25 mm plate, 0.20 mm gap) and a shear rate range from 0.1 Hz to 1000 Hz.
A paint circulating system suitable for providing paint to applicators in a product finishing facility, the system comprising: a pump for pumping paint around the system; an automatically adjustable back-pressure regulator, BPR, to reduce pressure fluctuations of paint upstream of the BPR ; means for indicating a flow rate of paint through a conduit upstream of the BPR comprising means for measuring a pressure drop in the paint flow along a length of a section of the conduit without restricting the paint flow, wherein the means for measuring a pressure drop in the paint comprises pressure sensors configured to measure a starting pressure of paint at the start of the section of the conduit , and an ending pressure of paint at the end of the section of the conduit ; control means for adjusting a setting of the BPR to maintain a desired flow rate based on the indicated flow rate. a pump for pumping paint around the system; an automatically adjustable back-pressure regulator, BPR, to reduce pressure fluctuations of paint upstream of the BPR ; means for indicating a flow rate of paint through a conduit upstream of the BPR comprising means for measuring a pressure drop in the paint flow along a length of a section of the conduit without restricting the paint flow, wherein the means for measuring a pressure drop in the paint comprises pressure sensors configured to measure a starting pressure of paint at the start of the section of the conduit , and an ending pressure of paint at the end of the section of the conduit ; control means for adjusting a setting of the BPR to maintain a desired flow rate based on the indicated flow rate.