mhurhangee/patent-ind-claim-en huggingface dataset:
A system for radiographic imaging, the system comprising: a rotating arm configured to rotate relative to a target tissue ; a radiation source attached to the rotating arm, the radiation source comprising a cathode and an anode for forming a focal spot, wherein the cathode comprises an array of electron-emitting sections ; a detector ; and a controller operatively connected to the cathode, the controller configured to activate a first subset (SP1) of the array of electron-emitting sections when the radiation source is located in a first position relative to the target, and activate a second subset (SP2) of the array of electron-emitting sections when the radiation source is located in a second position relative to the target, and wherein the second subset of electron-emitting sections are selected to compensate for movement from the first position to the second position in order to make the formed focal spot appear stationary from the perspective of the target. a rotating arm configured to rotate relative to a target tissue ; a radiation source attached to the rotating arm, the radiation source comprising a cathode and an anode for forming a focal spot, wherein the cathode comprises an array of electron-emitting sections ; a detector ; and a controller operatively connected to the cathode, the controller configured to activate a first subset (SP1) of the array of electron-emitting sections when the radiation source is located in a first position relative to the target, and activate a second subset (SP2) of the array of electron-emitting sections when the radiation source is located in a second position relative to the target, and wherein the second subset of electron-emitting sections are selected to compensate for movement from the first position to the second position in order to make the formed focal spot appear stationary from the perspective of the target.
A method of wireless communication, comprising: allocating, by a first wireless communication device , channel resources for transmission of a wake-up paging indicator, WUPI, to a second wireless communication device ; determining, by the first wireless communication device , whether the WUPI is scheduled to be transmitted to the second wireless communication device during a first transmission time interval, TTI; in response to determining that the WUPI is not scheduled to be transmitted during the first TTI, re-allocating the channel resources from WUPI use to use for transmitting a signal to a third wireless communication device ; in response to determining that the WUPI is scheduled to be transmitted during the first TTI, transmitting, from the first wireless communication device, the WUPI during the first TTI, the WUPI indicating to the second wireless communication device to wake up and listen for a data signal from the first wireless communication device during a second TTI; transmitting, from the first wireless communication device to the second wireless communication device, the data signal during the second TTI; and including both the WUPI and the data signal in an orthogonal frequency division multiplexing, OFDM, waveform. allocating, by a first wireless communication device , channel resources for transmission of a wake-up paging indicator, WUPI, to a second wireless communication device ; determining, by the first wireless communication device , whether the WUPI is scheduled to be transmitted to the second wireless communication device during a first transmission time interval, TTI; in response to determining that the WUPI is not scheduled to be transmitted during the first TTI, re-allocating the channel resources from WUPI use to use for transmitting a signal to a third wireless communication device ; in response to determining that the WUPI is scheduled to be transmitted during the first TTI, transmitting, from the first wireless communication device, the WUPI during the first TTI, the WUPI indicating to the second wireless communication device to wake up and listen for a data signal from the first wireless communication device during a second TTI; transmitting, from the first wireless communication device to the second wireless communication device, the data signal during the second TTI; and including both the WUPI and the data signal in an orthogonal frequency division multiplexing, OFDM, waveform.
A method for determining a flux of a gas contained in a medium through a boundary, the method comprising: measuring at least twice with a probe a concentration C of the gas over a time interval Δt, said probe being placed proximate the boundary, said probe having a gas inlet , a cavity , a gas concentration sensor and a membrane in fluid communication with each other so that the gas flows from said gas inlet through said membrane and contacts said gas concentration sensor ; and determining the flux of the gas using the following mathematical relation: F = D ∂ C z t ∂ z z = 0 = D Δ C π Δ t where ΔC is a variation in the gas concentration over the time interval Δ t . where F is the gas flux, D is a diffusivity value of the gas and C(z,t) is said gas concentration as a function of both depth and time, wherein the medium is soil; characterized in that : the gas inlet is equipped with said membrane , the probe is placed on the soil such that the gas inlet is directly in contact with the soil , the gas comes in contact with said gas concentration sensor as the gas flows in the cavity towards a gas exhaust , and said gas continues flowing towards a second membrane of said gas exhaust and into the atmosphere. measuring at least twice with a probe a concentration C of the gas over a time interval Δt, said probe being placed proximate the boundary, said probe having a gas inlet , a cavity , a gas concentration sensor and a membrane in fluid communication with each other so that the gas flows from said gas inlet through said membrane and contacts said gas concentration sensor ; and determining the flux of the gas using the following mathematical relation: F = D ∂ C z t ∂ z z = 0 = D Δ C π Δ t where ΔC is a variation in the gas concentration over the time interval Δ t . where F is the gas flux, D is a diffusivity value of the gas and C(z,t) is said gas concentration as a function of both depth and time, wherein the medium is soil; characterized in that : the gas inlet is equipped with said membrane , the probe is placed on the soil such that the gas inlet is directly in contact with the soil , the gas comes in contact with said gas concentration sensor as the gas flows in the cavity towards a gas exhaust , and said gas continues flowing towards a second membrane of said gas exhaust and into the atmosphere.
A method for operating an electronic device operable by a power supply voltage obtained from a commercial power supply , the electronic device comprising: first communication means for receiving meter data from a meter , a nonvolatile memory ; a controller for writing the meter data received by the first communication means into the nonvolatile memory and reading the meter data from the nonvolatile memory ; a capacitor charged with the power supply voltage and for maintaining the power supply voltage for a predetermined period, preferably for at least 30 seconds, from start of a power failure, and second communication means for transmitting the meter data read from the nonvolatile memory to a server , the method comprising: detecting a power failure by monitoring the power supply voltage using the first communication means ; writing power failure occurrence time information to the nonvolatile memory using power of the capacitor when the power failure is detected; reading the power failure occurrence time information from the nonvolatile memory when the power failure is recovered; and transmitting the power failure occurrence time information to the server using the second communication device . first communication means for receiving meter data from a meter , a nonvolatile memory ; a controller for writing the meter data received by the first communication means into the nonvolatile memory and reading the meter data from the nonvolatile memory ; a capacitor charged with the power supply voltage and for maintaining the power supply voltage for a predetermined period, preferably for at least 30 seconds, from start of a power failure, and second communication means for transmitting the meter data read from the nonvolatile memory to a server , the method comprising: detecting a power failure by monitoring the power supply voltage using the first communication means ; writing power failure occurrence time information to the nonvolatile memory using power of the capacitor when the power failure is detected; reading the power failure occurrence time information from the nonvolatile memory when the power failure is recovered; and transmitting the power failure occurrence time information to the server using the second communication device . detecting a power failure by monitoring the power supply voltage using the first communication means ; writing power failure occurrence time information to the nonvolatile memory using power of the capacitor when the power failure is detected; reading the power failure occurrence time information from the nonvolatile memory when the power failure is recovered; and transmitting the power failure occurrence time information to the server using the second communication device .
An image pickup apparatus comprising: a camera unit including an image pickup element; a ring-shaped ultrasonic motor that includes a rotor and a stator , the ring-shaped ultrasonic motor being disposed coaxial with a tilting rotation shaft and rotationally driving the camera unit about the tilting rotation shaft in a tilt direction; and a rotor fixing member that fixes the rotor , wherein the rotor fixing member is integrally formed together with the tilting rotation shaft , wherein in a direction in which the tilting rotation shaft extends, the rotor of the ultrasonic motor is disposed on a camera unit side with respect to the stator of the ultrasonic motor . a camera unit including an image pickup element; a ring-shaped ultrasonic motor that includes a rotor and a stator , the ring-shaped ultrasonic motor being disposed coaxial with a tilting rotation shaft and rotationally driving the camera unit about the tilting rotation shaft in a tilt direction; and a rotor fixing member that fixes the rotor , wherein the rotor fixing member is integrally formed together with the tilting rotation shaft , wherein in a direction in which the tilting rotation shaft extends, the rotor of the ultrasonic motor is disposed on a camera unit side with respect to the stator of the ultrasonic motor .
Method for controlling an after-treatment system (ATS) temperature of a combustion engine comprising means for carrying out an after-treatment warm up procedure, the method comprising the step of interrupting/inhibiting such warm-up means after a time period from the warm up procedure starting, characterized by comprising the step of starting a countdown procedure at the starting of the warm-up procedure for determining said interruption/inhibition after said time period even if a reference temperature of the ATS has not been reached.
Method for connecting a first component with at least one second component , wherein at least the first component is formed from a plastic reinforced with fibres, wherein at least the first component is heated in a joining region in which the at least one first component is to be connected with the at least one second component and is in the joining region mechanically loaded by pressing, wherein the first component is connected by means of at least one fastening element with the at least one second component , wherein at least the first component when being connected is mechanically loaded by the at least one fastening element , wherein a hole is bored at least into the first component in the joining region into which hole the at least one fastening element is inserted, characterised in that the at least one first component is heated in the joining region to a temperature which is at least as high as a glass transition temperature of the plastic reinforced with fibres and lower than a decomposition temperature of the plastic reinforced with fibres, wherein a cooling of the joining region during the mechanical pressing below the glass transition temperature is delayed until the rearrangement processes of the fibres in the plastic caused by the pressing are finished.
A method for producing a liquid composition that contains surfactant, in which method a mixture is produced in a batch process in a first step, which mixture is then further processed in a continuous process in a second step, characterized in that - the mixture produced in the batch process contains anionic surfactant in a proportion of from 5 wt.% to 40 wt.%; - anionic surfactant is neutralized in the batch process; - the mixture has a temperature in the range of 35 °C or more at the beginning of the continuous process and cooling takes place in the second step. - the mixture produced in the batch process contains anionic surfactant in a proportion of from 5 wt.% to 40 wt.%; - anionic surfactant is neutralized in the batch process; - the mixture has a temperature in the range of 35 °C or more at the beginning of the continuous process and cooling takes place in the second step.
A color filter substrate , comprising: a base plate ; and multiple red color resist elements (R) disposed on the base plate ; wherein, the thickness of the multiple red color resist elements (R) at an edge region of the base plate is greater than the thickness of the multiple red color resist elements (R) at a center region of the base plate ; characterized in that multiple blue color resist elements (B) are disposed on the base plate , and the thickness of the multiple blue color resist elements (B) at the edge region of the base plate is less than the thickness of the multiple blue color resist elements (B) at the center region of the base plate . a base plate ; and multiple red color resist elements (R) disposed on the base plate ; wherein, the thickness of the multiple red color resist elements (R) at an edge region of the base plate is greater than the thickness of the multiple red color resist elements (R) at a center region of the base plate ; characterized in that multiple blue color resist elements (B) are disposed on the base plate , and the thickness of the multiple blue color resist elements (B) at the edge region of the base plate is less than the thickness of the multiple blue color resist elements (B) at the center region of the base plate .
A linear compressor, comprising: a shell having a cylindrical shape; a compressor main body inserted into the shell ; a first shell cover coupled to a rear end of the shell ; a second shell cover coupled to a front end of the shell ; a first support coupled to a front end of the compressor main body that supports the front end of the compressor main body; and a second support coupled a rear end of the compressor main body to the first shell cover that supports the rear end of the compressor main body, wherein the first support comprises: a support head coupled to a front center of the compressor main body; and a pair of dampers having both ends respectively coupled to the support head and an inner circumferential surface of the shell , wherein the pair of dampers is coupled to the support head in an inverted "V" shape extending at a predetermined angle in a circumferential direction of the support head . a shell having a cylindrical shape; a compressor main body inserted into the shell ; a first shell cover coupled to a rear end of the shell ; a second shell cover coupled to a front end of the shell ; a first support coupled to a front end of the compressor main body that supports the front end of the compressor main body; and a second support coupled a rear end of the compressor main body to the first shell cover that supports the rear end of the compressor main body, wherein the first support comprises: a support head coupled to a front center of the compressor main body; and a pair of dampers having both ends respectively coupled to the support head and an inner circumferential surface of the shell , wherein the pair of dampers is coupled to the support head in an inverted "V" shape extending at a predetermined angle in a circumferential direction of the support head . a support head coupled to a front center of the compressor main body; and a pair of dampers having both ends respectively coupled to the support head and an inner circumferential surface of the shell , wherein the pair of dampers is coupled to the support head in an inverted "V" shape extending at a predetermined angle in a circumferential direction of the support head .
A volatile substance evaporation element, which comprises a rod impregnated with volatile substances, said rod being made of sintered wood, characterized in that the rod is substantially cylindrical and it comprises at least one groove that extends along the length of the rod, said at least one groove having a helical shape.
An apparatus comprising: a kickstand rotatably attached to a rear portion of a tablet computer ; and at least one hinge that attaches a portion of the kickstand to the rear portion of the tablet computer, the hinge including a center of rotation such that a top surface of the kickstand and a rear surface of the tablet computer form a flat planar surface when the kickstand is in a closed position; characterized in that the center of rotation is external to the hinge and wherein the center of rotation is within ten millimeters of a center axis of a seam corresponding to a space between abutting edges of the top surface of the kickstand and the rear surface of the tablet computer, a width of the seam is maintained within a variation of five millimeters during rotation of the kickstand ; and wherein the apparatus further comprises a different hinge attached to the kickstand and the tablet computer, and configured to stabilize an edge of the kickstand during movement of the kickstand. a kickstand rotatably attached to a rear portion of a tablet computer ; and at least one hinge that attaches a portion of the kickstand to the rear portion of the tablet computer, the hinge including a center of rotation such that a top surface of the kickstand and a rear surface of the tablet computer form a flat planar surface when the kickstand is in a closed position; characterized in that the center of rotation is external to the hinge and wherein the center of rotation is within ten millimeters of a center axis of a seam corresponding to a space between abutting edges of the top surface of the kickstand and the rear surface of the tablet computer, a width of the seam is maintained within a variation of five millimeters during rotation of the kickstand ; and wherein the apparatus further comprises a different hinge attached to the kickstand and the tablet computer, and configured to stabilize an edge of the kickstand during movement of the kickstand.
Connector for connecting a first medical line to a second medical line, comprising: • an insertion shaft having a flow channel that is intended to be brought into fluid communication with a lumen of a first medical line , • a collar that circumferentially extends around the insertion shaft , wherein the collar comprises a first thread on an inner side that faces the insertion shaft , and • an elastic member that is placed between the insertion shaft and the collar , wherein the elastic member comprises an abutment portion abutting a surface of the insertion shaft and being displaceable relative to the surface of the insertion shaft , the elastic member fills out a whole space that is radially formed between the insertion shaft and the collar , to prevent contamination of the space between the insertion shaft and the collar , wherein the elastic member comprises a split septum portion covering a terminal portion of the insertion shaft and a mouth of the flow channel arranged in the terminal portion of the insertion shaft , characterized in that the collar is radially movable around the insertion shaft and in that the elastic member comprises a thread portion having a second thread that engages the first thread of the collar such that a rotational movement of the collar around the insertion shaft results in a lateral displacement of the elastic member along the surface of the insertion shaft , wherein upon rotating the collar the insertion shaft breaks through the split septum and gets exposed. • an insertion shaft having a flow channel that is intended to be brought into fluid communication with a lumen of a first medical line , • a collar that circumferentially extends around the insertion shaft , wherein the collar comprises a first thread on an inner side that faces the insertion shaft , and • an elastic member that is placed between the insertion shaft and the collar , wherein the elastic member comprises an abutment portion abutting a surface of the insertion shaft and being displaceable relative to the surface of the insertion shaft , the elastic member fills out a whole space that is radially formed between the insertion shaft and the collar , to prevent contamination of the space between the insertion shaft and the collar , wherein the elastic member comprises a split septum portion covering a terminal portion of the insertion shaft and a mouth of the flow channel arranged in the terminal portion of the insertion shaft ,
A method for manufacturing a color conversion film, the method comprising: preparing a base film; preparing a resin solution in which a thermoplastic resin, a solvent, and an organic fluorescent dye are mixed; coating the resin solution onto the base film; primary drying the resin solution coated onto the base film; and characterised in that , further secondary drying the resin solution after primary drying the resin solution coated onto the base film, wherein a content of the solvent after the secondary drying is 0.0001 part by weight to 0.1 part by weight based on 100 parts by weight of the color conversion layer. preparing a base film; preparing a resin solution in which a thermoplastic resin, a solvent, and an organic fluorescent dye are mixed; coating the resin solution onto the base film; primary drying the resin solution coated onto the base film; and characterised in that , further secondary drying the resin solution after primary drying the resin solution coated onto the base film, wherein a content of the solvent after the secondary drying is 0.0001 part by weight to 0.1 part by weight based on 100 parts by weight of the color conversion layer.
Method for welding the ends of internally coated steel tubes provided with a non-metal coating, in which method the tube ends are connected, in the region of the weld seam of the tube connection, to a corrosion-inert metal prior to the application of the inner coating in the tubes, then the inner coating is applied in such a way that the coating covers the corrosion-inert metal, with the exception of the weld seam region of the tube ends, and then the ends of the steel tubes are welded, the corrosion-inert metal being applied, before the welding of the tube ends, as lining or plating onto the insides of the tube ends, at least in the weld seam region , the lining of the tube ends being applied at least with a thickness corresponding to the thickness of the subsequently applied inner coating , characterized in that the lining or plating is mechanically processed again to the thickness of the inner coating .