mhurhangee/patent-ind-claim-en huggingface dataset:
A method for compensating a measurement deviation of a first scintillator and/or of a photodetector of a radiometric fill level measurement device for fill level measurement, comprising the steps of: - detecting, by means of the first scintillator , radioactive radiation from a gamma emitter; - detecting, by means of a second scintillator , radioactive radiation from the second scintillator , wherein the second scintillator is shielded from the first scintillator , from the gamma emitter , and/or from another external radiation source, so that the second scintillator receives only radioactive radiation from the second scintillator itself; - sending, in response to radioactive radiation, a first light signal from the first scintillator and a second light signal from the second scintillator , the first light signal being different from the second light signal; - receiving, by means of the photodetector , the first light signal from the first scintillator and the second light signal from the second scintillator , and converting the light signals into electrical signals; - comparing, by means of a comparator , the electrical signals with stored reference signals; and - adjusting a gain of the photodetector in response to comparing the electrical signals and stored reference signals. - detecting, by means of the first scintillator , radioactive radiation from a gamma emitter; - detecting, by means of a second scintillator , radioactive radiation from the second scintillator , wherein the second scintillator is shielded from the first scintillator , from the gamma emitter , and/or from another external radiation source, so that the second scintillator receives only radioactive radiation from the second scintillator itself; - sending, in response to radioactive radiation, a first light signal from the first scintillator and a second light signal from the second scintillator , the first light signal being different from the second light signal; - receiving, by means of the photodetector , the first light signal from the first scintillator and the second light signal from the second scintillator , and converting the light signals into electrical signals; - comparing, by means of a comparator , the electrical signals with stored reference signals; and - adjusting a gain of the photodetector in response to comparing the electrical signals and stored reference signals.
A connection system for connecting an implement to a work vehicle having a movable arm and an operator control area , the connection system comprising: a lock assembly configured to be coupled to the movable arm , the lock assembly including: a pin configured to engage a portion of the implement , the pin configured to translate from a disengaged position to an engaged position; a resilient member positioned such that the pin is biased toward the engaged position; and an electrically operated actuator coupled to the pin for translating the pin ; a control switch positioned for engagement from within the operator control area , the control switch configured to be in selective electrical communication with the actuator ; an implement attachment member configured to be pivotally connected to the movable arm , the implement attachment member including an elongated passage and an implement protrusion receiving hole ; and wherein activation of the control switch causes the actuator to translate the pin toward the disengaged position against the bias of the resilient member ; and wherein the electrically operated actuator includes a solenoid; wherein the lock assembly is coupled to the implement attachment member and is disposed in the elongated passage ; and wherein the elongated passage extends orthogonally to the implement protrusion receiving hole . a lock assembly configured to be coupled to the movable arm , the lock assembly including: a pin configured to engage a portion of the implement , the pin configured to translate from a disengaged position to an engaged position; a resilient member positioned such that the pin is biased toward the engaged position; and an electrically operated actuator coupled to the pin for translating the pin ; a pin configured to engage a portion of the implement , the pin configured to translate from a disengaged position to an engaged position; a resilient member positioned such that the pin is biased toward the engaged position; and an electrically operated actuator coupled to the pin for translating the pin ; a control switch positioned for engagement from within the operator control area , the control switch configured to be in selective electrical communication with the actuator ; an implement attachment member configured to be pivotally connected to the movable arm , the implement attachment member including an elongated passage and an implement protrusion receiving hole ; and wherein activation of the control switch causes the actuator to translate the pin toward the disengaged position against the bias of the resilient member ; and wherein the electrically operated actuator includes a solenoid; wherein the lock assembly is coupled to the implement attachment member and is disposed in the elongated passage ; and wherein the elongated passage extends orthogonally to the implement protrusion receiving hole .
A system for mounting an optical component to a mounting base , the system comprising: the optical component ; the mounting base ; a heater thermally coupled to the optical component; a first retention mechanism configured to hold the optical component and the mounting base together; and a second retention mechanism configured to hold the optical component and the mounting base together, wherein the second retention mechanism comprises: a projection in a first one of the optical component or mounting base; and a recess in a second one of the optical component and the mounting base, wherein the projection is configured to engage the recess, wherein the first retention mechanism comprises an adhesive material in a joint extending around a perimeter between the optical component and the mounting base, and wherein the adhesive material forms a first band and a second band with a void at least partially extending around the perimeter between the first band and the second band, and wherein the perimeter comprises a substantially circular edge region of the optical component, wherein the void comprises a space between the first band and the second band where there is no adhesive material, the first band of adhesive material extends from a first end of the joint, through a portion of the joint where the projection engages the recess, and to a first end of the void, and the second band of adhesive material extends from a second end of the void to a second end of the joint. the optical component ; the mounting base ; a heater thermally coupled to the optical component; a first retention mechanism configured to hold the optical component and the mounting base together; and a second retention mechanism configured to hold the optical component and the mounting base together, wherein the second retention mechanism comprises: a projection in a first one of the optical component or mounting base; and a recess in a second one of the optical component and the mounting base, a projection in a first one of the optical component or mounting base; and a recess in a second one of the optical component and the mounting base, wherein the projection is configured to engage the recess, wherein the first retention mechanism comprises an adhesive material in a joint extending around a perimeter between the optical component and the mounting base, and wherein the adhesive material forms a first band and a second band with a void at least partially extending around the perimeter between the first band and the second band, and wherein the perimeter comprises a substantially circular edge region of the optical component, wherein the void comprises a space between the first band and the second band where there is no adhesive material, the first band of adhesive material extends from a first end of the joint, through a portion of the joint where the projection engages the recess, and to a first end of the void, and the second band of adhesive material extends from a second end of the void to a second end of the joint.
A seat rail for a motorcycle, the seat rail configured to be installed on a vehicle body of a motorcycle, the seat rail comprising: a lateral member configured to be located on a lateral side in a width direction of the vehicle body , characterized in that : the lateral member has a laminated structure in which a sheet material including one layer made of a fiber reinforced resin or a plurality of layers made of a fiber reinforced resin and laminated to each other is folded back and doubly overlapped; and a folded edge part formed by folding back the sheet material is located at a lower edge part of the lateral member . the lateral member has a laminated structure in which a sheet material including one layer made of a fiber reinforced resin or a plurality of layers made of a fiber reinforced resin and laminated to each other is folded back and doubly overlapped; and a folded edge part formed by folding back the sheet material is located at a lower edge part of the lateral member .
A valve assembly comprising: a housing ; a valve shaft rotatable in the housing; and a sensor assembly, characterised in that the sensor assembly is in the housing for detecting the angular position of the valve shaft; wherein the sensor assembly in the housing comprises: an indicator on the housing; and a position sensor on the valve shaft in the housing configured to detect a feature of the indicator to determine the angular position of the valve shaft. a housing ; a valve shaft rotatable in the housing; and a sensor assembly, characterised in that the sensor assembly is in the housing for detecting the angular position of the valve shaft; wherein the sensor assembly in the housing comprises: an indicator on the housing; and a position sensor on the valve shaft in the housing configured to detect a feature of the indicator to determine the angular position of the valve shaft. an indicator on the housing; and a position sensor on the valve shaft in the housing configured to detect a feature of the indicator to determine the angular position of the valve shaft.
A method comprising: beginning an additively manufactured build by depositing initial layers of the build a build plate ; additively manufacturing a temperature control channel as part of the build in progress; flowing fluid through the temperature control channel while continuing to additively manufacture the build to provide temperature control for the build in progress; and completing additive manufacture of the build ; and characterized by additively manufacturing a support structure into the build to provide support for an overhanging portion of the build , wherein the support structure includes a portion of the temperature control channel . beginning an additively manufactured build by depositing initial layers of the build a build plate ; additively manufacturing a temperature control channel as part of the build in progress; flowing fluid through the temperature control channel while continuing to additively manufacture the build to provide temperature control for the build in progress; and completing additive manufacture of the build ; and characterized by additively manufacturing a support structure into the build to provide support for an overhanging portion of the build , wherein the support structure includes a portion of the temperature control channel .
System comprising a dispensing unit of a washing machine and a capsule container for receiving a portioned detergent, wherein the capsule container comprises a lateral indentation , and wherein a chamber of the dispensing unit comprises a projection corresponding to the lateral indentation , and wherein, during or after the insertion of the capsule container into the chamber , the lateral indentation correspondingly interacts with the projection .
A mixing device in particular for bone cement, comprising a housing with a mixing cavity , the mixing device comprising a plunger for forcing out mixed material, the plunger being used as a housing cover during mixing of the material to be mixed; wherein the plunger has a plurality of resilient tabs which can be latched on a collar of the housing and which release the plunger when a force is applied to the plunger in a forward direction, wherein the plunger can be moved in said forward direction together with its resilient tabs, forward referring to the direction in which the plunger is moved to force out the mixed material, and wherein there is no further component of the latching mechanism between the plunger and the housing .
A napped artificial leather dyed with a cationic dye, the napped artificial leather obtained by dyeing, with a cationic dye, a napped artificial leather base material including a non-woven fabric of ultrafine fibers of 0.07 to 0.9 dtex of a cationic dyeable polyester and an elastic polymer provided inside the non-woven fabric, and having a napped surface at least on one surface thereof, wherein the cationic dyeable polyester contains a dicarboxylic acid unit composed mainly of a terephthalic acid unit and containing 1.5 to 3 mol% of a unit represented by the following formula (I b ): [in the formula (I b ), X represents a quaternary phosphonium ion or a quaternary ammonium ion], and a glycol unit composed mainly of an ethylene glycol unit, and the napped artificial leather has a lightness L* value ≤ 50 and has a chlorine content of 90 ppm or less, wherein the lightness L* value is determined as described in the specification.
An apparatus for transmitting media data, by a sending entity, in a MPEG Media Transport, MMT, system, the apparatus comprising: a controller configured to: identify at least one media processing unit, MPU for transmission of the media data, each of the at least one MPU including at least one media fragment unit, MFU, and configure a payload for transmission of the media data, the payload including media data of a first MFU of the at least one MFU; and a transceiver configured to transmit a packet including the configured payload to a receiving entity, wherein, in case that the media data of the first MFU is timed media data, the payload includes sample number information indicating a sample number of a sample to which the media data of the first MFU belongs, and offset information indicating an offset of the media data of the first MFU in the sample, wherein a respective MFU comprises, in a MFU header, a hint sample of a MMT hint track related to media data of a corresponding MFU, the hint sample including sequence number information indicating a sequence number of the corresponding MFU. identify at least one media processing unit, MPU for transmission of the media data, each of the at least one MPU including at least one media fragment unit, MFU, and configure a payload for transmission of the media data, the payload including media data of a first MFU of the at least one MFU; and a transceiver configured to transmit a packet including the configured payload to a receiving entity, wherein, in case that the media data of the first MFU is timed media data, the payload includes sample number information indicating a sample number of a sample to which the media data of the first MFU belongs, and offset information indicating an offset of the media data of the first MFU in the sample, wherein a respective MFU comprises, in a MFU header, a hint sample of a MMT hint track related to media data of a corresponding MFU, the hint sample including sequence number information indicating a sequence number of the corresponding MFU.
An optical see-through head-mounted display device, comprising: a see-through lens extending between a user's eye and a real-world scene when the display device is worn by the user, the see-through lens comprises an opacity filter having a plurality of pixels, each pixel is controllable to adjust an opacity of the pixel, and a display component , the see-through lens is mounted to a frame on which the optical see-through head-mounted display device is mounted; an augmented reality emitter which emits light to the user's eye using the display component , the light represents an augmented reality image having a shape; and at least one control circuit which controls the opacity filter to provide an increased opacity for pixels which are behind the shape of the augmented reality image , from a perspective of the user's eye , characterized in further comprising a tracking component which tracks a location of the user's eye relative to the frame when the display device is worn by the user, and in that the at least one control circuit is responsive to the location of the user's eye relative to the frame. a see-through lens extending between a user's eye and a real-world scene when the display device is worn by the user, the see-through lens comprises an opacity filter having a plurality of pixels, each pixel is controllable to adjust an opacity of the pixel, and a display component , the see-through lens is mounted to a frame on which the optical see-through head-mounted display device is mounted; an augmented reality emitter which emits light to the user's eye using the display component , the light represents an augmented reality image having a shape; and at least one control circuit which controls the opacity filter to provide an increased opacity for pixels which are behind the shape of the augmented reality image , from a perspective of the user's eye , characterized in further comprising a tracking component which tracks a location of the user's eye relative to the frame when the display device is worn by the user, and in that the at least one control circuit is responsive to the location of the user's eye relative to the frame.
An image processing device comprising: a processor that acquires an endoscopic medical image obtained from image pickup of an object to be observed, and performs determination of whether or not the ulcerative colitis has remitted, on the basis of denseness of superficial blood vessels, intramucosal hemorrhage, and extramucosal hemorrhage obtained from the medical image; and characterised in that : in a case where the processor determines whether or not the ulcerative colitis has remitted, the processor calculates a frequency component-space distribution from the medical image, extracts a first frequency characteristic region having a first frequency characteristic, extracts a second frequency characteristic region having a second frequency characteristic having a frequency higher than a frequency of the first frequency characteristic, and extracts a third frequency characteristic region having a third frequency characteristic having a frequency higher than the frequency of the second frequency characteristic on the basis of the frequency component-space distribution, detects the denseness of the superficial blood vessels, the intramucosal hemorrhage, and the extramucosal hemorrhage on the basis of the first frequency characteristic region that is subjected to first region determination processing using a luminance value, the second frequency characteristic region that is subjected to second region determination processing using a luminance value, and the third frequency characteristic region, and determines whether or not the ulcerative colitis has remitted on the basis of the detected denseness of the superficial blood vessels, the detected intramucosal hemorrhage, and the detected extramucosal hemorrhage.
Rail vehicle with a vehicle-side control facility for controlling the rail vehicle , wherein the control facility is based on artificial intelligence and has been trained to control the rail vehicle on at least one predefined route, wherein the rail vehicle is embodied by means of the control facility to travel along a railway track installation fully or at least largely autonomously in a safe manner, characterised in that the rail vehicle has a communication facility for direct communication with other rail vehicles and the control facility has been trained in such a manner that, when controlling the rail vehicle , it takes into consideration information regarding other rail vehicles travelling on the route, in particular a rail vehicle travelling ahead, in particular location information, speed information and/or timetable information regarding other rail vehicles .
A method for receiving a physical downlink control channel, PDCCH, the method performed by a machine type communication, MTC, device and comprising: when it is required to receive a PDCCH signal repeated in a plurality of subframes, determining a number of the plurality of subframes in which the PDCCH signal is repeated based on an aggregation level of the repeated PDCCH signal, wherein the number of the plurality of subframes in which the PDCCH signal is repeated is decreased when the aggregation level is increased; receiving the PDCCH signal, which is repeated in the determined number of the plurality of the subframes, and which includes downlink control information, DCI, from the base station, the DCI including information on a pattern of the subframes; determining the pattern of the subframes, in which a physical downlink shared channel, PDSCH, signal is repeated based on the DCI; and receiving the PDSCH signal which is repeated in the determined pattern of the subframes. when it is required to receive a PDCCH signal repeated in a plurality of subframes, determining a number of the plurality of subframes in which the PDCCH signal is repeated based on an aggregation level of the repeated PDCCH signal, wherein the number of the plurality of subframes in which the PDCCH signal is repeated is decreased when the aggregation level is increased; receiving the PDCCH signal, which is repeated in the determined number of the plurality of the subframes, and which includes downlink control information, DCI, from the base station, the DCI including information on a pattern of the subframes; determining the pattern of the subframes, in which a physical downlink shared channel, PDSCH, signal is repeated based on the DCI; and receiving the PDSCH signal which is repeated in the determined pattern of the subframes.
A bracket, particularly a wall bracket, for a musical instrument , particularly a stringed instrument, comprising an adjustable base for receiving an instrument body and at least two retaining arms , which are able to pivot relative to an anchor element and serve for detachably securing an instrument neck received between the retaining arms , wherein the base and the two retaining arms are coupled to one another by at least one connecting member , and wherein at least one spring is provided, which prestresses the base into a rest position and the two retaining arms into an open position, characterized in that the connecting member is realized in the form of a connecting rod that rigidly couples the base to the two retaining arms , wherein the connecting rod is prestressed with the aid of the spring following the longitudinal extent of the connecting rod.