mhurhangee/patent-ind-claim-en huggingface dataset:
A coin-type lithium secondary cell for soldering by reflow method, comprising: a positive electrode containing a lithium composite oxide; a negative electrode; an electrolyte layer provided between said positive electrode and said negative electrode and containing an electrolytic solution; and a cell case having an enclosed space in which said positive electrode, said negative electrode, and said electrolyte layer are housed, wherein said positive electrode and said negative electrode as a whole contain 0.002% or more and 3.0% or less by mass of lithium carbonate. a positive electrode containing a lithium composite oxide; a negative electrode; an electrolyte layer provided between said positive electrode and said negative electrode and containing an electrolytic solution; and a cell case having an enclosed space in which said positive electrode, said negative electrode, and said electrolyte layer are housed, wherein said positive electrode and said negative electrode as a whole contain 0.002% or more and 3.0% or less by mass of lithium carbonate.
An adjustable-width mattress comprising: a central portion , that includes pneumatically-separated first center air cells and second center air cells ; the first center air cells are pneumatically connected to a first expansion portion by first air channels ; the first center air cells are in fluid communication with an external fluid reservoir through a first air inlet and a first air outlet ; the second center air cells are pneumatically connected to a second expansion portion by second air channels the second center air cells are in fluid communication with the external fluid reservoir through a second air inlet and a second air outlet ; the first expansion portion includes a first outer cell and a first inner cell ; characterized in that the first outer cell and the first inner cell each encapsulate, respectively, a first and second foam element , the foam elements extend longitudinally along the length of the adjustable width mattress and occupy no more than half of the respective cross-sectional space of the first outer cell and the first inner cell ; the first outer cell and the first inner cell are attached to each other at a hinge line ; wherein the first center air cells are located between the second expansion portion and the second center air cells and the second center air cells are located between the first expansion portion and the first center air cells . a central portion , that includes pneumatically-separated first center air cells and second center air cells ; the first center air cells are pneumatically connected to a first expansion portion by first air channels ; the first center air cells are in fluid communication with an external fluid reservoir through a first air inlet and a first air outlet ; the second center air cells are pneumatically connected to a second expansion portion by second air channels the second center air cells are in fluid communication with the external fluid reservoir through a second air inlet and a second air outlet ; the first expansion portion includes a first outer cell and a first inner cell ; characterized in that the first outer cell and the first inner cell each encapsulate, respectively, a first and second foam element , the foam elements extend longitudinally along the length of the adjustable width mattress and occupy no more than half of the respective cross-sectional space of the first outer cell and the first inner cell ; the first outer cell and the first inner cell are attached to each other at a hinge line ; wherein the first center air cells are located between the second expansion portion and the second center air cells and the second center air cells are located between the first expansion portion and the first center air cells .
An agricultural tractor having: a front bonnet which houses an engine and a cooling arrangement, and a grill or mesh positioned at the front of the bonnet through which air passes and enters the cooling arrangement, the cooling arrangement comprising a fan , a radiator or radiators , and a mounting plate , the bonnet comprising a hood and two opposing side parts , the tractor further comprising an extended fan shroud , the extended fan shroud having a lower part which extends from the bottom half of a fan ring in a forward direction with respect to the forward direction of travel of the tractor and an upper part which extends rearwards from the upper half of the fan ring towards the radiator over the mounting plate, wherein a flange extends from the lower part of the fan shroud diagonally along opposing sides of the upper part of the fan shroud and across the upper part of the fan shroud, the flange provided with sealing means , wherein when the bonnet is closed and in contact with the sealing means two air compartments (C,D) are defined; and wherein the mounting plate provides an air guidance means for guiding air from the fan to the radiator, as well as providing a mounting surface for mounting the fan and a radiator to the vehicle. a front bonnet which houses an engine and a cooling arrangement, and a grill or mesh positioned at the front of the bonnet through which air passes and enters the cooling arrangement, the cooling arrangement comprising a fan , a radiator or radiators , and a mounting plate , the bonnet comprising a hood and two opposing side parts , the tractor further comprising an extended fan shroud , the extended fan shroud having a lower part which extends from the bottom half of a fan ring in a forward direction with respect to the forward direction of travel of the tractor and an upper part which extends rearwards from the upper half of the fan ring towards the radiator over the mounting plate, wherein a flange extends from the lower part of the fan shroud diagonally along opposing sides of the upper part of the fan shroud and across the upper part of the fan shroud, the flange provided with sealing means , wherein when the bonnet is closed and in contact with the sealing means two air compartments (C,D) are defined; and wherein the mounting plate provides an air guidance means for guiding air from the fan to the radiator, as well as providing a mounting surface for mounting the fan and a radiator to the vehicle.
A mobile terminal comprising: a camera provided at a terminal body; a touch screen configured to output a preview image received through the camera ; and a controller configured to: recognize an object, which is to be captured by the camera, from the preview image, wherein the object corresponds to a graphic object included in the preview image received through the camera; determine whether an image and security-set information both corresponding to the object are included in matching information stored in a memory ; perform an authentication process associated with the object for obtaining the security-set information for operating the object included in the preview image when the image and the security-set information both corresponding to the object are included the matching information, and output the security-set information when the authentication process is successfully performed based on input authentication information. a camera provided at a terminal body; a touch screen configured to output a preview image received through the camera ; and a controller configured to: recognize an object, which is to be captured by the camera, from the preview image, wherein the object corresponds to a graphic object included in the preview image received through the camera; determine whether an image and security-set information both corresponding to the object are included in matching information stored in a memory ; perform an authentication process associated with the object for obtaining the security-set information for operating the object included in the preview image when the image and the security-set information both corresponding to the object are included the matching information, and output the security-set information when the authentication process is successfully performed based on input authentication information. recognize an object, which is to be captured by the camera, from the preview image, wherein the object corresponds to a graphic object included in the preview image received through the camera; determine whether an image and security-set information both corresponding to the object are included in matching information stored in a memory ; perform an authentication process associated with the object for obtaining the security-set information for operating the object included in the preview image when the image and the security-set information both corresponding to the object are included the matching information, and output the security-set information when the authentication process is successfully performed based on input authentication information.
An air conditioning system having a connecting network and a plurality of partial networks , within each of the plurality of partial networks not less than one indoor unit of an air conditioner, each indoor unit having only one communication port, and an outdoor unit of the air conditioner, the outdoor unit having only one communication port, are connected, and the plurality of partial networks being connected to each other via a connecting network which connects the partial networks, the air conditioning system further comprising: a plurality of gateway apparatuses , each connected to the not less than one indoor unit and the outdoor unit within a respective management target partial network, which is a partial network, among the plurality of partial networks, that is to be managed, and to the connecting network, characterized in that : each gateway apparatus is adapted to cache data that has been communicated within the management target partial network, and when transmission of data related to at least one of the indoor unit and the outdoor unit within the management target partial network is requested from at least one of the indoor unit and the outdoor unit within another partial network, to transmit the data cached to the indoor unit or the outdoor unit of said another partial network, via the connecting network and another gateway apparatus. a plurality of gateway apparatuses , each connected to the not less than one indoor unit and the outdoor unit within a respective management target partial network, which is a partial network, among the plurality of partial networks, that is to be managed, and to the connecting network, characterized in that : each gateway apparatus is adapted to cache data that has been communicated within the management target partial network, and when transmission of data related to at least one of the indoor unit and the outdoor unit within the management target partial network is requested from at least one of the indoor unit and the outdoor unit within another partial network, to transmit the data cached to the indoor unit or the outdoor unit of said another partial network, via the connecting network and another gateway apparatus.
An analyzer comprising: a wavelength-dispersive X-ray spectrometer (50a, 50b, 50c, 50d, and 50e) that is arranged to detect a characteristic X-ray generated from a specimen irradiated with an electron beam; and a control unit that is arranged to control the wavelength-dispersive X-ray spectrometer (50a, 50b, 50c, 50d, and 50e), the analyzer being characterised in that it comprises an X-ray fluorescence analyzer and the control unit is arranged to: perform a preparatory analysis of a specimen to be analyzed using the X-ray fluorescence analyzer without performing an analysis using the wavelength-dispersive X-ray spectrometer (50a, 50b, 50c, 50d, and 50e), acquire an analysis result of the preparatory analysis performed on the specimen to be analyzed; set spectroscopic conditions for WDS analysis using the wavelength-dispersive X-ray spectrometer (50a, 50b, 50c, 50d, and 50e) based on the analysis result of the preparatory analysis; and perform the WDS analysis on the specimen to be analyzed under the set spectroscopic conditions. a wavelength-dispersive X-ray spectrometer (50a, 50b, 50c, 50d, and 50e) that is arranged to detect a characteristic X-ray generated from a specimen irradiated with an electron beam; and a control unit that is arranged to control the wavelength-dispersive X-ray spectrometer (50a, 50b, 50c, 50d, and 50e), the analyzer being characterised in that it comprises an X-ray fluorescence analyzer and the control unit is arranged to: perform a preparatory analysis of a specimen to be analyzed using the X-ray fluorescence analyzer without performing an analysis using the wavelength-dispersive X-ray spectrometer (50a, 50b, 50c, 50d, and 50e), acquire an analysis result of the preparatory analysis performed on the specimen to be analyzed; set spectroscopic conditions for WDS analysis using the wavelength-dispersive X-ray spectrometer (50a, 50b, 50c, 50d, and 50e) based on the analysis result of the preparatory analysis; and perform the WDS analysis on the specimen to be analyzed under the set spectroscopic conditions.
A device for measuring a valve seat in a workpiece, wherein the device is elongate along a longitudinal axis (A) and comprises: - a slide and a guide , the slide being slidably coupled to the guide for translating in a scanning direction (B) inclined with respect to said longitudinal axis (A); - a sensor mounted on the slide and configured to measure a parameter relative to a profile of the valve seat; - a processing unit connected to the sensor ; - a rotary actuator , defining a longitudinal rotation axis, kinematically connected to the slide for moving the slide along the guide ; characterised in that said longitudinal rotation axis of the rotary actuator is substantially parallel to the longitudinal axis (A) of the device and in that the device comprises a transmission assembly interposed between the rotary actuator and the slide , so as to transform a rotary motion about said longitudinal rotation axis of the rotary actuator into a reciprocating linear motion of the slide along the scanning direction (B), the transmission assembly comprising: - a first transmission element , rotatable about the longitudinal rotation axis of the rotary actuator , and - a second transmission element , configured to oscillate about an axis (C) perpendicular to a plane parallel to the scanning direction (B) and containing the longitudinal axis (A) of the device . - a slide and a guide , the slide being slidably coupled to the guide for translating in a scanning direction (B) inclined with respect to said longitudinal axis (A); - a sensor mounted on the slide and configured to measure a parameter relative to a profile of the valve seat; - a processing unit connected to the sensor ; - a rotary actuator , defining a longitudinal rotation axis, kinematically connected to the slide for moving the slide along the guide ; - a first transmission element , rotatable about the longitudinal rotation axis of the rotary actuator , and - a second transmission element , configured to oscillate about an axis (C) perpendicular to a plane parallel to the scanning direction (B) and containing the longitudinal axis (A) of the device .
A method for transmitting system information, comprising: selecting , by a terminal and according to an access purpose, a physical random access channel resource between which and the access purpose a preset mapping relationship exists, the access purpose comprising requesting non-essential system information and initial access at one time, and the preset mapping relationship between the physical random access channel resource and the access purpose being a many-to-one mapping; transmitting MSG1 to a base station using the selected physical random access channel resource; and receiving MSG2 transmitted by the base station, the MSG2 comprising the non-essential system information requested by the terminal or scheduling information corresponding to the non-essential system information requested by the terminal, the MSG2 further comprising uplink scheduling information corresponding to MSG3, and initiating an RRC connection request to the base station according to the scheduling information corresponding to MSG3. selecting , by a terminal and according to an access purpose, a physical random access channel resource between which and the access purpose a preset mapping relationship exists, the access purpose comprising requesting non-essential system information and initial access at one time, and the preset mapping relationship between the physical random access channel resource and the access purpose being a many-to-one mapping; transmitting MSG1 to a base station using the selected physical random access channel resource; and receiving MSG2 transmitted by the base station, the MSG2 comprising the non-essential system information requested by the terminal or scheduling information corresponding to the non-essential system information requested by the terminal, the MSG2 further comprising uplink scheduling information corresponding to MSG3, and initiating an RRC connection request to the base station according to the scheduling information corresponding to MSG3.
A system for measuring eye tracking in a patient and using the measured eye tracking to help diagnose an abnormality , the system comprising: a chassis , comprising: a main column ; and a head rest assembly , comprising: a stimulus screen for displaying a video to the patient ; an optical mirror ; an eye tracking camera ; and a forehead rest member and a chin rest member for stabilizing the patient's head, relative to the stimulus screen; a base attached to a bottom of the main column to support the main column; an arm extending from the main column to support the head rest assembly for allowing simultaneous adjustment of the position of all components of the head rest assembly; a touchscreen interface attached to the main column and configured to provide control of the system to a user; a camera computer housed in the main column for controlling the eye tracking camera; and a system computer housed in the main column for controlling the stimulus screen, data processing and other functions of the system. a main column ; and a head rest assembly , comprising: a stimulus screen for displaying a video to the patient ; an optical mirror ; an eye tracking camera ; and a forehead rest member and a chin rest member for stabilizing the patient's head, relative to the stimulus screen; a base attached to a bottom of the main column to support the main column; an arm extending from the main column to support the head rest assembly for allowing simultaneous adjustment of the position of all components of the head rest assembly; a touchscreen interface attached to the main column and configured to provide control of the system to a user; a camera computer housed in the main column for controlling the eye tracking camera; and a system computer housed in the main column for controlling the stimulus screen, data processing and other functions of the system. a stimulus screen for displaying a video to the patient ; an optical mirror ; an eye tracking camera ; and a forehead rest member and a chin rest member for stabilizing the patient's head, relative to the stimulus screen; a base attached to a bottom of the main column to support the main column; an arm extending from the main column to support the head rest assembly for allowing simultaneous adjustment of the position of all components of the head rest assembly; a touchscreen interface attached to the main column and configured to provide control of the system to a user; a camera computer housed in the main column for controlling the eye tracking camera; and a system computer housed in the main column for controlling the stimulus screen, data processing and other functions of the system.
Lighting system with light-emitting diodes, characterised in that it comprises a proximity sensor capable of controlling the lighting and at least two luminaires controlled by the proximity sensor , at least one of the luminaires being remote from the proximity sensor , powered by two power supply wires (I, II) and controlled by a control wire (III) connected to the proximity sensor , said luminaire comprising: - a light source with light emitting diodes, - a control circuit powered by two power supply wires (I, II) and connected to the control wire (III), having two power supply outputs (IV, V), - a power supply circuit powered by the two power supply outputs (IV, V) and capable of powering the light source , characterised in that the control circuit is capable of controlling the power supply circuit in response to the detection of a predefined voltage between one of the two power supply wires (II) and the control wire (III), so as to allow the power supply circuit to stop the supply of power to the light source . - a light source with light emitting diodes, - a control circuit powered by two power supply wires (I, II) and connected to the control wire (III), having two power supply outputs (IV, V), - a power supply circuit powered by the two power supply outputs (IV, V) and capable of powering the light source ,
A camera assembly for deployment in a smart home environment, comprising: a housing ; an image sensor encased in the housing and configured to capture activity of the smart home environment; a wireless radio configured to transmit video frames captured by the image sensor to an electronic device via a remote server; at least one infrared transmitter configured to selectively illuminate the smart home environment; one or more circuit boards encased in the housing , the one or more circuit boards including at least one processor mounted thereon; a heating component coupled to the image sensor , the heating component configured to continuously maintain the image sensor at a temperature above a threshold temperature while the image sensor is capturing the activity of the smart home environment; and control circuitry configured to: determine a temperature of the image sensor based on data from a temperature sensor; and set an operating parameter of the heating component based on the determined temperature. a housing ; an image sensor encased in the housing and configured to capture activity of the smart home environment; a wireless radio configured to transmit video frames captured by the image sensor to an electronic device via a remote server; at least one infrared transmitter configured to selectively illuminate the smart home environment; one or more circuit boards encased in the housing , the one or more circuit boards including at least one processor mounted thereon; a heating component coupled to the image sensor , the heating component configured to continuously maintain the image sensor at a temperature above a threshold temperature while the image sensor is capturing the activity of the smart home environment; and control circuitry configured to: determine a temperature of the image sensor based on data from a temperature sensor; and set an operating parameter of the heating component based on the determined temperature. determine a temperature of the image sensor based on data from a temperature sensor; and set an operating parameter of the heating component based on the determined temperature.
Blind with a plurality of slats that are reversibly pivotable from a horizontal initial position to a closed position, with at least one pair of outer and inner ladder tapes and with a bottom profile that is jointly pivotable with the slats, wherein the outer and inner ladder tapes are connected to the slats and to the bottom profile such that these can be pivoted by operation of the ladder tapes, wherein the bottom profile is formed such that its weight centre of gravity lies in the initial position above its pivot axis and when pivoted into the closed position tilts to the front, wherein the bottom profile rolls on the ladder cords during pivoting of the slats, characterised in that the bottom profile, at least in the region in which it rolls on the ladder cords, has a curve in the shape of a circular arc in cross section, the centre of which corresponds to the pivot axis of the bottom profile.