mhurhangee/patent-ind-claim-en huggingface dataset:
A heat-ray shielding dispersion body, characterized by containing composite tungsten oxide particles having hexagonal crystal structure and a dispersed particle size measured by a dynamic light scattering method as detailed in the experimental part of the description herein of 1 nm or more and 800 nm or less, and expressed by a general formula M Y WO Z satisfying 0.001 ≤ Y ≤ 1.0 and 2.2 ≤ Z ≤ 3.0, wherein the element M is one or more kinds selected from a group consisting of Cs, Rb, K, and Tl, and zinc hydroxide particles having the dispersed particle size of 1 nm or more and 800 nm or less, in a ratio of the zinc hydroxide particles of 0.1 pts. wt. or more and 100 pts. wt. or less with respect to the composite tungsten oxide particles of 100 pts. wt.. composite tungsten oxide particles having hexagonal crystal structure and a dispersed particle size measured by a dynamic light scattering method as detailed in the experimental part of the description herein of 1 nm or more and 800 nm or less, and expressed by a general formula M Y WO Z satisfying 0.001 ≤ Y ≤ 1.0 and 2.2 ≤ Z ≤ 3.0, wherein the element M is one or more kinds selected from a group consisting of Cs, Rb, K, and Tl, and zinc hydroxide particles having the dispersed particle size of 1 nm or more and 800 nm or less, in a ratio of the zinc hydroxide particles of 0.1 pts. wt. or more and 100 pts. wt. or less with respect to the composite tungsten oxide particles of 100 pts. wt..
A turret punch press which includes a frame , a lower turret mounted with a plurality of dies (D, D1, D2) and an upper turret mounted with a plurality of punches (P) and punches a work (W) by selected one of the plurality of punches (P) and selected one of the plurality of dies (D, D1, D2), the turret punch press comprising: a lifter for lifting the die (D, D1, D2) to be set at the work position up to a path line (PL) of the work (W); characterised by a plurality of die-support members provided to the frame movably along a tangential direction of the rotatable lower turret toward the work position on the lifter ; and a plurality of die supporters respectively provided on the plurality of die-support members to lift up selected one of the plurality of dies (D, D1, D2) at the work position, the turret punch press is configured that the plurality of dies (D, D1, D2) are positioned at the work position by rotating the lower turret and the plurality of die-support members are moved along the tangential direction of the rotatable lower turret to the work position, the die supporters are constituted to respectively lift up selected one of the plurality of dies (D, D1, D2) to the path line (PL) so as to punch the work (W) when the respective plurality of die-support members are lifted up by the lifter . a lifter for lifting the die (D, D1, D2) to be set at the work position up to a path line (PL) of the work (W); characterised by a plurality of die-support members provided to the frame movably along a tangential direction of the rotatable lower turret toward the work position on the lifter ; and a plurality of die supporters respectively provided on the plurality of die-support members to lift up selected one of the plurality of dies (D, D1, D2) at the work position, the turret punch press is configured that the plurality of dies (D, D1, D2) are positioned at the work position by rotating the lower turret and the plurality of die-support members are moved along the tangential direction of the rotatable lower turret to the work position, the die supporters are constituted to respectively lift up selected one of the plurality of dies (D, D1, D2) to the path line (PL) so as to punch the work (W) when the respective plurality of die-support members are lifted up by the lifter .
A method of operating a very low temperature refrigeration system , the method comprising: flowing a refrigerant stream in a downward direction through at least one flow passage of a brazed plate heat exchanger, a velocity of the downward flowing refrigerant stream being maintained to be at least 0.1 meters per second during cooling operation of the very low temperature refrigeration system, the downward flowing refrigerant stream comprising a high pressure flow of the very low temperature refrigeration system; and flowing a refrigerant stream in an upward direction through at least one further flow passage of the brazed plate heat exchanger, a velocity of the upward flowing refrigerant stream being maintained to be at least 1 meter per second during cooling operation of the very low temperature refrigeration system, the upward flowing refrigerant stream comprising a low pressure flow of the very low temperature refrigeration system; wherein a coldest heat exchanger in the system has a length of between 17 inches and 48 inches . flowing a refrigerant stream in a downward direction through at least one flow passage of a brazed plate heat exchanger, a velocity of the downward flowing refrigerant stream being maintained to be at least 0.1 meters per second during cooling operation of the very low temperature refrigeration system, the downward flowing refrigerant stream comprising a high pressure flow of the very low temperature refrigeration system; and flowing a refrigerant stream in an upward direction through at least one further flow passage of the brazed plate heat exchanger, a velocity of the upward flowing refrigerant stream being maintained to be at least 1 meter per second during cooling operation of the very low temperature refrigeration system, the upward flowing refrigerant stream comprising a low pressure flow of the very low temperature refrigeration system; wherein a coldest heat exchanger in the system has a length of between 17 inches and 48 inches .
Air curtain device for providing an air curtain in or close to an opening in a wall , the device comprising: - a housing with air displacing means ; - at least one air inlet for supplying air to the housing; - at least one outflow opening for achieving the air curtain; - a sensor ; and - a controller with connecting means configured for connecting with the sensor, characterized in that the sensor is configured for measuring a temperature profile extending over a length (B), wherein the length is extending through the air curtain in a substantial horizontal direction and substantially perpendicular to the air curtain thereby measuring the effects of outside conditions and/or disturbances on the air curtain, wherein the sensor measures temperatures in (sub)-intervals of the length or a continuous temperature profile, and wherein the controller is configured for adjusting the air curtain based on differences between the measured temperature profile and the reference temperature profile . - a housing with air displacing means ; - at least one air inlet for supplying air to the housing; - at least one outflow opening for achieving the air curtain; - a sensor ; and - a controller with connecting means configured for connecting with the sensor, characterized in that the sensor is configured for measuring a temperature profile extending over a length (B), wherein the length is extending through the air curtain in a substantial horizontal direction and substantially perpendicular to the air curtain thereby measuring the effects of outside conditions and/or disturbances on the air curtain, wherein the sensor measures temperatures in (sub)-intervals of the length or a continuous temperature profile, and wherein the controller is configured for adjusting the air curtain based on differences between the measured temperature profile and the reference temperature profile .
A personal care device configured to perform a light-based hair removal or photo-epilation operation on a body of a subject, the personal care device comprising: a housing including a first window or opening ; a light source configured to generate light to perform the light-based hair removal or photo-epilation operation, wherein the light source is arranged in the housing such that light emitted by the light source illuminates a part of the body; a receiving member provided in or on the housing configured to receive and retain a consumer electronic device in or on the personal care device ; and an optical system in the housing configured to enable an imaging unit of the consumer electronic device when retained by the receiving member to obtain images of a part of the body via the first window or opening . a housing including a first window or opening ; a light source configured to generate light to perform the light-based hair removal or photo-epilation operation, wherein the light source is arranged in the housing such that light emitted by the light source illuminates a part of the body; a receiving member provided in or on the housing configured to receive and retain a consumer electronic device in or on the personal care device ; and an optical system in the housing configured to enable an imaging unit of the consumer electronic device when retained by the receiving member to obtain images of a part of the body via the first window or opening .
A combination weighing device comprising: a conveyance unit configured to convey an article; a plurality of first hoppers each configured to receive the article conveyed by the conveyance unit, temporarily hold the received article, and then discharge the article downstream; a plurality of second hoppers detachably provided on a downstream side of the plurality of first hoppers, and each configured to receive the article discharged from corresponding one of the plurality of first hoppers, temporarily hold the received article, and then discharge the article downstream; a weighing unit configured to weigh the article held in each of the plurality of second hoppers, and obtain a weighing value corresponding to mass of the article; and a control unit configured to perform combination calculation to select such a combination of weighing values a total value of which becomes a target weighing value, and discharge the article from the second hopper corresponding to the combination, characterized in that the control unit is configured to perform the combination calculation based on the weighing value corresponding to the mass of the article held in each of the plurality of second hoppers , and in a state in which a part of the second hoppers has been removed from the plurality of second hoppers, the control unit is configured to continue the combination calculation based on the weighing value corresponding to the mass of the article held in each of the plurality of second hoppers other than the part of the second hoppers. a conveyance unit configured to convey an article; a plurality of first hoppers each configured to receive the article conveyed by the conveyance unit, temporarily hold the received article, and then discharge the article downstream; a plurality of second hoppers detachably provided on a downstream side of the plurality of first hoppers, and each configured to receive the article discharged from corresponding one of the plurality of first hoppers, temporarily hold the received article, and then discharge the article downstream; a weighing unit configured to weigh the article held in each of the plurality of second hoppers, and obtain a weighing value corresponding to mass of the article; and a control unit configured to perform combination calculation to select such a combination of weighing values a total value of which becomes a target weighing value, and discharge the article from the second hopper corresponding to the combination, characterized in that the control unit is configured to perform the combination calculation based on the weighing value corresponding to the mass of the article held in each of the plurality of second hoppers , and in a state in which a part of the second hoppers has been removed from the plurality of second hoppers, the control unit is configured to continue the combination calculation based on the weighing value corresponding to the mass of the article held in each of the plurality of second hoppers other than the part of the second hoppers.
A side airbag device provided on the side part on the center side in the width direction of a backrest portion on one of either of separated seats that are arranged side-by-side in a vehicle in the width direction of the vehicle, that protects an occupant (P) by restraining movement of the occupant (P) toward a location where an impact is applied at the time of a collision, comprising a cushion and an inflator that produces gas to expand and deploy the cushion after receiving a signal from a sensor, characterized in that the cushion has a first portion and a second portion that expand and deploy onto the front surface of the adjacent separated seats capturing the side part of the occupant (P) and a center portion provided between the first portion and the second portion , and a protruding part is formed on the center portion that protrudes at least more in the forward direction of the vehicle than the first portion and the second portion when the cushion expands and deploys to capture the head (Ph) of the occupant (P) as well as oblique forward movement of the occupant (P).
A starter air valve for an air turbine starter system comprising: a valve member and an actuator for said valve member; a rotary spool valve to be connected to a source of pressurized air, said rotary spool valve having a rotatable valve body and an outer housing ; an actuator control for said actuator; said rotatable valve body and said outer housing selectively providing three modes of operation for the starter air valve; in a first mode of operation the rotatable valve body connects pressurized air through said rotatable valve body to communicate with said actuator control, and receives pressurized air back from said actuator control, and then communicates the air to said actuator; in a second mode the rotatable valve body blocks communication between said actuator control and said actuator, and delivers air through a variable area port in an outer wall of said rotatable valve body to bypass said valve member; and in a third mode the rotatable valve body blocks communication between said actuator and said actuator control, and connects pressurized air to said actuator without having passed to said actuator control. a valve member and an actuator for said valve member; a rotary spool valve to be connected to a source of pressurized air, said rotary spool valve having a rotatable valve body and an outer housing ; an actuator control for said actuator; said rotatable valve body and said outer housing selectively providing three modes of operation for the starter air valve; in a first mode of operation the rotatable valve body connects pressurized air through said rotatable valve body to communicate with said actuator control, and receives pressurized air back from said actuator control, and then communicates the air to said actuator; in a second mode the rotatable valve body blocks communication between said actuator control and said actuator, and delivers air through a variable area port in an outer wall of said rotatable valve body to bypass said valve member; and in a third mode the rotatable valve body blocks communication between said actuator and said actuator control, and connects pressurized air to said actuator without having passed to said actuator control.
A steerable-thrust Hall effect thruster comprising: an annular channel defined by two concentric walls with a central axis (Z'), the annular channel presenting an open end and a closed end , and having an upstream segment beside the closed end that is subdivided by radial walls into a plurality of separate compartments ; an anode situated at the closed end of the annular channel ; an injection circuit for injecting propulsion gas into the compartments of the annular channel , the circuit including at least one individual flow rate regulator device for each compartment ; a magnetic circuit for generating a magnetic field (M) at the open end of the annular channel ; and a cathode downstream from the open end of the annular channel ; the thruster being characterized in that , in a final stage of the magnetic circuit comprising an inner pole and a facing outer pole , the inner pole is offset axially downstream relative to the outer pole , so that said magnetic field (M) is inclined relative to a transverse plane of the thruster , and in that the annular channel has a downstream segment beside the open end with a meridian plane (P) that diverges in the downstream direction. an annular channel defined by two concentric walls with a central axis (Z'), the annular channel presenting an open end and a closed end , and having an upstream segment beside the closed end that is subdivided by radial walls into a plurality of separate compartments ; an anode situated at the closed end of the annular channel ; an injection circuit for injecting propulsion gas into the compartments of the annular channel , the circuit including at least one individual flow rate regulator device for each compartment ; a magnetic circuit for generating a magnetic field (M) at the open end of the annular channel ; and a cathode downstream from the open end of the annular channel ; the thruster being characterized in that , in a final stage of the magnetic circuit comprising an inner pole and a facing outer pole , the inner pole is offset axially downstream relative to the outer pole , so that said magnetic field (M) is inclined relative to a transverse plane of the thruster , and in that the annular channel has a downstream segment beside the open end with a meridian plane (P) that diverges in the downstream direction.
A system for joining a limb liner, worn by an amputee, to a socket of a prosthesis, said system comprising: a prosthesis having a socket sized to receive a limb liner worn by an amputee, wherein the limb liner has a locking pin that extends therefrom, wherein said socket has an open top, a bottom, and an interior that is accessible through said open top; a first hub , separate and distinct from said socket, that is disposed within said interior of said socket, wherein said first hub has a first port ; and a second hub , separate and distinct from said socket, disposed outside said interior of said socket, wherein said second hub has a second port and wherein said first hub and said second hub are joined together with mechanical fasteners through said bottom of said socket to form a hub assembly ; wherein said hub assembly has a receptacle for receiving said limb liner locking pin; wherein an air conduit extends through the hub assembly from said first port to said second port; wherein said pin receptacle extends through said first hub and into said second hub to receive said limb liner locking pin; characterised in that said air conduit is separate and offset from said pin receptacle. a prosthesis having a socket sized to receive a limb liner worn by an amputee, wherein the limb liner has a locking pin that extends therefrom, wherein said socket has an open top, a bottom, and an interior that is accessible through said open top; a first hub , separate and distinct from said socket, that is disposed within said interior of said socket, wherein said first hub has a first port ; and a second hub , separate and distinct from said socket, disposed outside said interior of said socket, wherein said second hub has a second port and wherein said first hub and said second hub are joined together with mechanical fasteners through said bottom of said socket to form a hub assembly ; wherein said hub assembly has a receptacle for receiving said limb liner locking pin; wherein an air conduit extends through the hub assembly from said first port to said second port; wherein said pin receptacle extends through said first hub and into said second hub to receive said limb liner locking pin; characterised in that said air conduit is separate and offset from said pin receptacle.
A method of wireless communication performed by a user equipment, UE, comprising: determining two or more candidate uplink duty cycles for a subsequent uplink transmission interval based at least in part on a maximum permissible exposure, MPE, requirement; the method being characterized by : determining a maximum number of resource blocks per symbol and a maximum modulation and coding scheme, MCS, index associated with each of the two or more candidate uplink duty cycles from a predefined MCS index table; and selecting a duty cycle, number of resource blocks per symbol, and MCS to transmit a largest number of un-coded bits for the subsequent uplink transmission interval. determining two or more candidate uplink duty cycles for a subsequent uplink transmission interval based at least in part on a maximum permissible exposure, MPE, requirement; the method being characterized by : determining a maximum number of resource blocks per symbol and a maximum modulation and coding scheme, MCS, index associated with each of the two or more candidate uplink duty cycles from a predefined MCS index table; and selecting a duty cycle, number of resource blocks per symbol, and MCS to transmit a largest number of un-coded bits for the subsequent uplink transmission interval. determining a maximum number of resource blocks per symbol and a maximum modulation and coding scheme, MCS, index associated with each of the two or more candidate uplink duty cycles from a predefined MCS index table; and selecting a duty cycle, number of resource blocks per symbol, and MCS to transmit a largest number of un-coded bits for the subsequent uplink transmission interval.