mhurhangee/patent-ind-claim-en huggingface dataset:
A modular reflector assembly for a satellite reflector antenna, comprising: a shell ; a support frame , wherein the support frame comprises: a first face sheet ; a second face sheet ; and a honeycomb core disposed between the first face sheet and the second face sheet ; the modular reflector assembly further comprising a plurality of support links that mechanically couple the shell to the support frame , wherein the shell is thermally decoupled from the support frame by the plurality of support links wherein each support link comprises an isotropic laminate structure; and an opening formed through the support frame for each support link , wherein a first end of each support link extends through a respective opening in the support frame and each support link is attached to the support frame on opposite sides of the support frame by a fastening mechanism, and a second end of each support link is attached to the shell by another fastening mechanism. a shell ; a support frame , wherein the support frame comprises: a first face sheet ; a second face sheet ; and a honeycomb core disposed between the first face sheet and the second face sheet ; the modular reflector assembly further comprising a first face sheet ; a second face sheet ; and a honeycomb core disposed between the first face sheet and the second face sheet ; the modular reflector assembly further comprising a plurality of support links that mechanically couple the shell to the support frame , wherein the shell is thermally decoupled from the support frame by the plurality of support links wherein each support link comprises an isotropic laminate structure; and an opening formed through the support frame for each support link , wherein a first end of each support link extends through a respective opening in the support frame and each support link is attached to the support frame on opposite sides of the support frame by a fastening mechanism, and a second end of each support link is attached to the shell by another fastening mechanism.
A compound represented by the following Chemical Formula 1, or a pharmaceutically acceptable salt thereof: wherein, in Chemical Formula 1, R 1 is pyrazolyl, isooxazolyl, isothiazolyl, phenyl, or benzothiazolyl, where R 1 is unsubstituted or substituted with R a , R a is C 1-5 alkyl, C 1-5 haloalkyl, C 3-6 cycloalkyl, C 1-5 hydroxyalkyl, morpholino, tetrahydropyranyl, or piperidinyl, and R 2 is hydrogen, C 1-5 alkyl, halogen, or cyano. R 1 is pyrazolyl, isooxazolyl, isothiazolyl, phenyl, or benzothiazolyl, where R 1 is unsubstituted or substituted with R a , R a is C 1-5 alkyl, C 1-5 haloalkyl, C 3-6 cycloalkyl, C 1-5 hydroxyalkyl, morpholino, tetrahydropyranyl, or piperidinyl, and R 2 is hydrogen, C 1-5 alkyl, halogen, or cyano.
Rotating vane vacuum pump , comprising - a housing defining a cavity having an inlet and an outlet , - a vane member for a rotary driven movement inside the cavity , - a drivable rotor inside the cavity , - a rotatable central shaft extending to the cavity , wherein the vane member is slidable arranged in the rotor , the rotor being rotatable together with said vane member , and wherein the central shaft comprises a crank pin , characterised in that the crank pin engages a respective guiding recess of the rotor for driving the rotor along a first predetermined rotational angle (α). - a housing defining a cavity having an inlet and an outlet , - a vane member for a rotary driven movement inside the cavity , - a drivable rotor inside the cavity , - a rotatable central shaft extending to the cavity ,
A fuser device, comprising: a heater unit ; a sensor unit that comprises a sensor and a first connector , the sensor detecting a temperature at a predetermined position; a protection unit that comprises a thermal cutoff and a second connector , the thermal cutoff cutting off a circuit in accordance with a temperature at the predetermined position; an external connection connector electrically connectable to a main body of an image forming apparatus; a first intermediate connector unit (14-1) that electrically connects the first connector and the external connection connector to each other; a second intermediate connector unit (14-2) that electrically connects the second connector and the external connection connector to each other; characterized by an intermediate wire that electrically connects the first intermediate connector unit (14-1) and the second intermediate connector unit (14-2) to each other; wherein the first connector comprises a loopback wire which is a wire that makes a short circuit between two terminals of the first connector ; the first intermediate connector unit (14-1) electrically connects an end of the loopback wire to the external connection connector ; the second intermediate connector unit (14-2) electrically connects an end of the thermal cutoff to the external connection connector ; and the intermediate wire electrically connects the other end of the loopback wire and another end of the thermal cutoff . a heater unit ; a sensor unit that comprises a sensor and a first connector , the sensor detecting a temperature at a predetermined position; a protection unit that comprises a thermal cutoff and a second connector , the thermal cutoff cutting off a circuit in accordance with a temperature at the predetermined position; an external connection connector electrically connectable to a main body of an image forming apparatus; a first intermediate connector unit (14-1) that electrically connects the first connector and the external connection connector to each other; a second intermediate connector unit (14-2) that electrically connects the second connector and the external connection connector to each other; characterized by an intermediate wire that electrically connects the first intermediate connector unit (14-1) and the second intermediate connector unit (14-2) to each other; wherein the first connector comprises a loopback wire which is a wire that makes a short circuit between two terminals of the first connector ; the first intermediate connector unit (14-1) electrically connects an end of the loopback wire to the external connection connector ; the second intermediate connector unit (14-2) electrically connects an end of the thermal cutoff to the external connection connector ; and the intermediate wire electrically connects the other end of the loopback wire and another end of the thermal cutoff .
An access control method in an electronic device including a memory protection unit configured to protect an access to a register of a device arranged in an address space, and an operating system and a plurality of processes operating in the electronic device, the access control method comprising: setting (S102), by the operating system, an access right for the operating system to the register by using the memory protection unit , the memory protection unit protecting the register from accesses by the processes, wherein an access violation is detected by the memory protection unit when one of the processes tries to directly operate the register and the access right is not set; preparing, by the operating system, an application programming interface, wherein one of the processes makes a declaration of an operation of the device to the operating system via the application programming interface before the operation of the device, and the operating system does not accept a request for an operation from one of the processes which does not make the declaration of an operation; requesting (S103), by the processes, the operating system to operate the register by using the application programming interface; and making (S104), by the application programming interface, an access to the corresponding register in accordance with the request for the operation to operate the device, wherein when the plurality of processes make a declaration of an operation of the register to the same device , the operating system exclusively accepts the declaration of the operation from the one of the processes which most firstly makes a declaration. setting (S102), by the operating system, an access right for the operating system to the register by using the memory protection unit , the memory protection unit protecting the register from accesses by the processes, wherein an access violation is detected by the memory protection unit when one of the processes tries to directly operate the register and the access right is not set; preparing, by the operating system, an application programming interface, wherein one of the processes makes a declaration of an operation of the device to the operating system via the application programming interface before the operation of the device, and the operating system does not accept a request for an operation from one of the processes which does not make the declaration of an operation; requesting (S103), by the processes, the operating system to operate the register by using the application programming interface; and making (S104), by the application programming interface, an access to the corresponding register in accordance with the request for the operation to operate the device, wherein when the plurality of processes make a declaration of an operation of the register to the same device , the operating system exclusively accepts the declaration of the operation from the one of the processes which most firstly makes a declaration.
Control device for an oscillating axle suspension, in particular a front axle suspension, consisting of at least one hydraulic accumulator apparatus , a suspension apparatus and a proportional valve comprising a valve piston , the two apparatuses being connected to said proportional valve via fluid connection ports , the valve piston being able to be actuated by an electric motor , being guided such that it can be displaced longitudinally in a valve housing of the proportional valve and controlling the fluid connection ports such that, in at least one functional position of the valve piston , axle oscillation is active while suspension is blocked and, in at least one further second functional position of the valve piston , suspension is active while axle oscillation is blocked, and in a further third functional position of the valve piston , axle oscillation and pressure compensation between the hydraulic accumulator apparatus and the suspension apparatus are active.
A method of selecting a T cell based immunotherapy for a melanoma patient, the method comprising: detecting a loss-of-function mutation in APLNR in a melanoma cancer cell from the patient which is not present in a noncancerous cell, wherein the mutation renders the cancer cell resistant to T cell mediated cytolysis; and selecting the patient for a therapy which is not a T cell based immunotherapy when the mutation in APLNR is present in the cancer cell; and selecting the patient for a T cell based immunotherapy when the mutation in APLNR is not present in the cancer cell. detecting a loss-of-function mutation in APLNR in a melanoma cancer cell from the patient which is not present in a noncancerous cell, wherein the mutation renders the cancer cell resistant to T cell mediated cytolysis; and selecting the patient for a therapy which is not a T cell based immunotherapy when the mutation in APLNR is present in the cancer cell; and selecting the patient for a T cell based immunotherapy when the mutation in APLNR is not present in the cancer cell.
A rubber composition, for a tire, which is exposed to air in a use environment, wherein the rubber composition includes wax and carbon black, wherein the content of the carbon black per 100 parts by mass of the rubber component is not greater than 40 parts by weight, and after the rubber composition for a tire has been left for two weeks in a constant-temperature container in which a temperature is lower than a melting point of the wax by 30°C, a film thickness of the wax that is bloomed on a surface from the rubber composition for a tire is 0.2 to 1.5 μm, the melting point of the wax representing the maximum peak temperature of a heat flow curve obtained by measuring heat flow (mW/g) at a temperature rise rate of 5°C/min from -0°C to 100°C, using a differential scanning calorimeter (DSC). the rubber composition includes wax and carbon black, wherein the content of the carbon black per 100 parts by mass of the rubber component is not greater than 40 parts by weight, and after the rubber composition for a tire has been left for two weeks in a constant-temperature container in which a temperature is lower than a melting point of the wax by 30°C, a film thickness of the wax that is bloomed on a surface from the rubber composition for a tire is 0.2 to 1.5 μm, the melting point of the wax representing the maximum peak temperature of a heat flow curve obtained by measuring heat flow (mW/g) at a temperature rise rate of 5°C/min from -0°C to 100°C, using a differential scanning calorimeter (DSC).
A substantially spherical microsphere, wherein the microsphere comprises: a polymeric material in microsphere form having a diameter ranging from 1 micrometer to 2000 micrometers, wherein the polymeric material is hydrophilic and non-biodegradable, wherein the polymeric material comprises one or more polymerized monomer; and a chelating agent polymerized with the one or more polymerized monomer, wherein the chelating agent is configured to chelate a radioisotope, and wherein the chelating agent comprises; wherein n is between 1 and 18, inclusive; Xa and Xb may independently be O, S or N; and R may be alkyl or H. a polymeric material in microsphere form having a diameter ranging from 1 micrometer to 2000 micrometers, wherein the polymeric material is hydrophilic and non-biodegradable, wherein the polymeric material comprises one or more polymerized monomer; and a chelating agent polymerized with the one or more polymerized monomer, wherein the chelating agent is configured to chelate a radioisotope, and wherein the chelating agent comprises; wherein n is between 1 and 18, inclusive; Xa and Xb may independently be O, S or N; and R may be alkyl or H.
A compressor system , comprising: a compressor ; an oil reservoir ; and a continuously variable oil injection orifice structured to regulate a flow of oil from the oil reservoir into the compressor , the continuously variable oil injection orifice comprising: a first valve member structured to displace in response to oil pressure; a second valve member structured to cooperate with the first valve member to define a continuously variable flow area for controlling a flow of oil through the continuously variable injection orifice ; a biasing member structured to urge the first valve member away from the second valve member ; wherein oil pressure acting on the first valve member urges the valve member to move toward the second valve member ; and characterized in that the biasing member has one spring rate at a first range of deflection and a higher spring rate at a second range of deflection. a compressor ; an oil reservoir ; and a continuously variable oil injection orifice structured to regulate a flow of oil from the oil reservoir into the compressor , the continuously variable oil injection orifice comprising: a first valve member structured to displace in response to oil pressure; a second valve member structured to cooperate with the first valve member to define a continuously variable flow area for controlling a flow of oil through the continuously variable injection orifice ; a biasing member structured to urge the first valve member away from the second valve member ; wherein oil pressure acting on the first valve member urges the valve member to move toward the second valve member ; and characterized in that the biasing member has one spring rate at a first range of deflection and a higher spring rate at a second range of deflection. a first valve member structured to displace in response to oil pressure; a second valve member structured to cooperate with the first valve member to define a continuously variable flow area for controlling a flow of oil through the continuously variable injection orifice ; a biasing member structured to urge the first valve member away from the second valve member ; wherein oil pressure acting on the first valve member urges the valve member to move toward the second valve member ; and characterized in that the biasing member has one spring rate at a first range of deflection and a higher spring rate at a second range of deflection.
A method of calibrating a particular playback device (102-124; 200; 604-606; 702, 704a-c) in a particular playback environment (600; 703, 705a-c) the method comprising: maintaining, by a computing device (610; 701), a database , that associates audio processing algorithms determined in individual calibrations with respective determined representative spectral characteristics and respective playback device characteristics; receiving, by the computing device, particular spectral data associated with the particular playback environment; based on the particular spectral data, determining, by the computing device, a level of confidence in identifying one of the representative spectral characteristics from the database that substantially matches the particular spectral data; when the level of confidence reaches a threshold, transmitting, to the particular playback device and/or to the control device, an indication that no more particular spectral data is required; and identifying, in the database, an audio processing algorithm based on: the identified representative spectral characteristic; and at least one characteristic of the particular playback device; and transmitting, to the particular playback device, data indicating the identified audio processing algorithm. maintaining, by a computing device (610; 701), a database , that associates audio processing algorithms determined in individual calibrations with respective determined representative spectral characteristics and respective playback device characteristics; receiving, by the computing device, particular spectral data associated with the particular playback environment; based on the particular spectral data, determining, by the computing device, a level of confidence in identifying one of the representative spectral characteristics from the database that substantially matches the particular spectral data; when the level of confidence reaches a threshold, transmitting, to the particular playback device and/or to the control device, an indication that no more particular spectral data is required; and identifying, in the database, an audio processing algorithm based on: the identified representative spectral characteristic; and at least one characteristic of the particular playback device; and the identified representative spectral characteristic; and at least one characteristic of the particular playback device; and transmitting, to the particular playback device, data indicating the identified audio processing algorithm.
A mixer for mixing a substance in a container , comprising: a motor ; a frame configured to be controlled by the motor to rotate on an axis; a carrier disposed at a first end of the frame and configured to hold the container ; a counterweight disposed at a second end of the frame opposite to the carrier , the counterweight position relative to the axis being adjustable, a bell crank configured to move the counterweight along the frame , the bell crank being configured to move the counterweight in a first direction when moved in a clockwise direction and move the counterweight in a second direction when moved in a counter-clockwise direction, characterized in that the bell crank is coupled to the motor and is configured to move in one of the clockwise and counter-clockwise direction according activation of the motor . a motor ; a frame configured to be controlled by the motor to rotate on an axis; a carrier disposed at a first end of the frame and configured to hold the container ; a counterweight disposed at a second end of the frame opposite to the carrier , the counterweight position relative to the axis being adjustable, a bell crank configured to move the counterweight along the frame , the bell crank being configured to move the counterweight in a first direction when moved in a clockwise direction and move the counterweight in a second direction when moved in a counter-clockwise direction, characterized in that the bell crank is coupled to the motor and is configured to move in one of the clockwise and counter-clockwise direction according activation of the motor .
A plant pushing apparatus for mounting on a reel of a combine header mounted on a front end of a combine for travel in a forward operating travel direction (T) to cut plant stalks , wherein the reel comprises a center shaft rotatably mounted at each end thereof to the combine header, a plurality of contact members mounted to the center shaft in a horizontal orientation radially spaced from the center shaft, and a drive operative to rotate the center shaft such that the contact members below the center shaft move in a rearward direction toward the combine header, the apparatus having: for each contact member, a projecting shield member adapted at an inner portion thereof for attachment to the contact member such that an outer edge of the projecting shield member, opposite the inner portion thereof, is substantially horizontal characterized in that the projecting shield member is further adapted for attachment to the contact member such that the outer edge is rearward of the contact member when the contact member is below the center shaft, and such that the outer edge of the projecting shield member contacts plant stalks and pushes the plant stalks toward the combine header ahead of the following attached contact member.
A method for producing a polymeric membrane comprising the steps of: (a) dissolving at least one amphiphillic block copolymer in a solvent to form a casting solution of the block copolymer, (b) extruding the casting solution onto a carrier substrate to form a film, (c) evaporating a portion of the solvent near the surface during a standing period, (d) contacting the extruded solution with non-solvent to induce phase separation and thereby producing an integral asymmetric polymeric membrane in flat sheet geometry, and (e) crosslinking the integral asymmetric polymeric membrane by application of heat or radiation thereby producing a membrane having a homogeneous porosity throughout the entire polymeric phase, wherein the amphiphillic block copolymer is an amphiphillic diblock copolymer, containing blocks of a polar copolymer and blocks of a benzocyclobutene copolymer. (a) dissolving at least one amphiphillic block copolymer in a solvent to form a casting solution of the block copolymer, (b) extruding the casting solution onto a carrier substrate to form a film, (c) evaporating a portion of the solvent near the surface during a standing period, (d) contacting the extruded solution with non-solvent to induce phase separation and thereby producing an integral asymmetric polymeric membrane in flat sheet geometry, and (e) crosslinking the integral asymmetric polymeric membrane by application of heat or radiation thereby producing a membrane having a homogeneous porosity throughout the entire polymeric phase,