mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly or kit adaptable to an ordinary wheelchair with manual drive by means of circular handrails presented by the wheels, comprising two guides provided with means for quick fastening, in particular by clamping, in a horizontal, or slightly inclined backwards by an angle of 0 to 5°, position, on each side of the frame of a chair, two wheel slides having a transverse axis on which a rear wheel can be mounted and movable along the guide between a normal forward rolling position and a retracted position in which the rear wheel no longer protrudes to the side of the seat, wherein rotation of said rear wheel by the user causes the slide to move in its guide , hand operable means for immobilizing the slide in said forward position and in said retracted position, the length of said elongate slide being such that it can, in the rear or rearward position, cantilever out of the rear end of the guide which does not extend beyond the rear end of the chair, the slide remaining held in the guide by its front part, characterised in that the said means of immobilisation in the forward and rearward positions, comprise a manually releasable ratchet means snapping in a forward position into a front hole of the guide and in a rearward position into a rear hole of the guide , and a means of holding the ratchet means out of the front and rear holes allowing the user to free his hands to drive said wheel of the chair between said forward and backward positions until said ratchet means snaps into the corresponding hole .
A method for forming a semiconductor structure , comprising providing a semiconductor layer with a transistor device having a first electrode , a second electrode and a control electrode for controlling a flow of carriers between the first electrode and the second electrode ; depositing a passivation layer over the first electrode , the second electrode and the control electrode ; depositing an etch stop layer on the passivation layer , such etch stop layer being disposed over the control electrode , the etch stop layer being formed as a composite structure, comprising: a first etch stop layer on the passivation layer , a buffer layer on the first etch stop layer , and a second etch stop layer on the buffer layer ; forming a metal layer on a portion of the etch stop layer ; removing exposed portions of the second etch stop layer , thereby leaving portions of the second etch stop layer under the metal layer ; forming a dielectric layer over the etch stop layer and the metal layer ; etching a window through a selected region in the dielectric layer and in the buffer layer over the control electrode , to expose a portion of the first etch stop layer disposed over the control electrode ; and depositing a second metal layer on the portion of the dielectric layer formed on the first mentioned metal layer . providing a semiconductor layer with a transistor device having a first electrode , a second electrode and a control electrode for controlling a flow of carriers between the first electrode and the second electrode ; depositing a passivation layer over the first electrode , the second electrode and the control electrode ; depositing an etch stop layer on the passivation layer , such etch stop layer being disposed over the control electrode , the etch stop layer being formed as a composite structure, comprising: a first etch stop layer on the passivation layer , a buffer layer on the first etch stop layer , and a second etch stop layer on the buffer layer ; forming a metal layer on a portion of the etch stop layer ; removing exposed portions of the second etch stop layer , thereby leaving portions of the second etch stop layer under the metal layer ; forming a dielectric layer over the etch stop layer and the metal layer ; etching a window through a selected region in the dielectric layer and in the buffer layer over the control electrode , to expose a portion of the first etch stop layer disposed over the control electrode ; and depositing a second metal layer on the portion of the dielectric layer formed on the first mentioned metal layer .
A system for performing laser-assisted cataract surgery on an eye having an anterior chamber, the system comprising: a laser configured to generate a laser beam comprising a plurality of laser pulses; a scanning assembly configured to scan a focal point of the laser beam within the eye to incise eye tissue; an imaging device configured to generate output in response to imaging the eye; and a controller configured to scan the focal point to incise eye tissue so as to account for at least one optical characteristic of an ophthalmic viscosurgical device (OVD) in the anterior chamber to determine one or more control parameters used to control scanning of the focal point, wherein the controller is configured to process output from the imaging device to determine dimensional attributes of the anterior chamber characterised in that the controller is further configured to use the dimensional attributes of the anterior chamber in conjunction with an index of refraction for the OVD disposed in the anterior chamber to operate the scanning assembly to scan the focal point to incise eye tissue so as to account for the at least one optical characteristic of the OVD. a laser configured to generate a laser beam comprising a plurality of laser pulses; a scanning assembly configured to scan a focal point of the laser beam within the eye to incise eye tissue; an imaging device configured to generate output in response to imaging the eye; and a controller configured to scan the focal point to incise eye tissue so as to account for at least one optical characteristic of an ophthalmic viscosurgical device (OVD) in the anterior chamber to determine one or more control parameters used to control scanning of the focal point,
Residual water container for an apparatus for beverage preparation comprising: a dish having at least one interior for receiving residual water and having an opening which is delimited by an upper edge of the dish, a cover for covering a first partial region of the opening of the dish and a flap for temporary covering of a second partial region of the opening of the dish , wherein the flap is pivotable relative to the dish about a pivot axis , characterized in that the flap is pivotable between a closed state and an open state, wherein in the open state a pouring opening of the residual water container is exposed through which pouring opening residual water can be poured out over the upper edge of the dish and wherein in the closed state the pouring opening is closed. a dish having at least one interior for receiving residual water and having an opening which is delimited by an upper edge of the dish, a cover for covering a first partial region of the opening of the dish and a flap for temporary covering of a second partial region of the opening of the dish , wherein the flap is pivotable relative to the dish about a pivot axis , characterized in that the flap is pivotable between a closed state and an open state, wherein in the open state a pouring opening of the residual water container is exposed through which pouring opening residual water can be poured out over the upper edge of the dish and wherein in the closed state the pouring opening is closed.
A method performed by a location server for target user equipment, UE, positioning, the method comprising: - sending (Step 402, 402-1, 500) one or more first New Radio Positioning Protocol Annex, NRPPa, messages to a base station (302-1A) that serves a target UE , wherein: - the one or more first NRPPa messages include an expected periodical reporting of the target UE and provide priority indication associated with positioning requirements of the target UE; and - the expected periodical reporting of the target UE at least indicates a periodicity with which the target UE reports positioning results to the location server; and - receiving (Step 404, 404-1, 504) a second NRPPa message from the base station, wherein the second NRPPa message acknowledges a success or failure of uplink, UL, grant resources, wherein the UL grant resources have been configured by the base station based upon the expected periodical reporting of the target UE and the priority indication associated with the positioning requirements of the target UE. - sending (Step 402, 402-1, 500) one or more first New Radio Positioning Protocol Annex, NRPPa, messages to a base station (302-1A) that serves a target UE , wherein: - the one or more first NRPPa messages include an expected periodical reporting of the target UE and provide priority indication associated with positioning requirements of the target UE; and - the expected periodical reporting of the target UE at least indicates a periodicity with which the target UE reports positioning results to the location server; and - receiving (Step 404, 404-1, 504) a second NRPPa message from the base station, wherein the second NRPPa message acknowledges a success or failure of uplink, UL, grant resources, wherein the UL grant resources have been configured by the base station based upon the expected periodical reporting of the target UE and the priority indication associated with the positioning requirements of the target UE.
Pergola comprising an upper frame that in turn comprises at least four longitudinal members (1.1), the pergola also comprises at least two supporting means connected to the upper frame such that between two of said at least two support means a lateral space is formed that is covered by an enclosure comprising at least one closing element , whereby each closing element comprises a glass pane with an upper edge (3.11), the pergola being characterised in that each longitudinal member (1.1) comprises at least one lower wall (1.11) from the upper face of which emerges at least one side wall (1.12) and from the lower face of which emerge at least two guide walls (1.13), such that between two adjacent guide walls (1.13) a guide space (1.14) is defined in which the upper edge (3.11) of the closing element can move, such that the lower wall (1.11), the side wall (1.12) and the guide walls (1.13) are integrated arrangements of each longitudinal member (1.1).
An optical fiber unit (1, 1A to 1F), comprising: an assembly in which a plurality of optical fiber ribbons in which a plurality of optical fibers (11, 11A to 11F) are disposed in parallel are assembled; and a coating for covering the periphery of the assembly in a state of having a space inside, wherein the Young's modulus of the coating is 400 MPa or less, characterised in that the coating is interrupted at a part in a circumferential direction of the optical fiber unit (1, 1A to 1F), and an opening part is formed, and in that a size of the opening part is smaller than half of a size of the optical fiber unit (1, 1A to 1F) in the circumferential direction, wherein more than half in the circumferential direction of the optical fiber unit (1, 1A to 1F) is covered with the coating . an assembly in which a plurality of optical fiber ribbons in which a plurality of optical fibers (11, 11A to 11F) are disposed in parallel are assembled; and a coating for covering the periphery of the assembly in a state of having a space inside, wherein the Young's modulus of the coating is 400 MPa or less, characterised in that the coating is interrupted at a part in a circumferential direction of the optical fiber unit (1, 1A to 1F), and an opening part is formed, and in that a size of the opening part is smaller than half of a size of the optical fiber unit (1, 1A to 1F) in the circumferential direction, wherein more than half in the circumferential direction of the optical fiber unit (1, 1A to 1F) is covered with the coating .
An induction heating system , comprising: an induction power source configured to generate induction-type power; and an induction heating tool configured to use the induction-type power to perform a heating operation; characterised in that the system comprises: a memory device attached to the induction heating tool , wherein the memory device is configured to store data relating to the induction heating tool; and a communication device associated with the induction power source, wherein the communication device is configured to read the data from the memory device using a close proximity communication protocol when the memory device is in close proximity; wherein the data comprises an amount of time the induction heating tool has been in use; and wherein the system further comprises a user interface which is configured to deliver an alert in response to the amount of time meeting or exceeding a threshold. an induction power source configured to generate induction-type power; and an induction heating tool configured to use the induction-type power to perform a heating operation; characterised in that the system comprises: a memory device attached to the induction heating tool , wherein the memory device is configured to store data relating to the induction heating tool; and a communication device associated with the induction power source, wherein the communication device is configured to read the data from the memory device using a close proximity communication protocol when the memory device is in close proximity; wherein the data comprises an amount of time the induction heating tool has been in use; and wherein the system further comprises a user interface which is configured to deliver an alert in response to the amount of time meeting or exceeding a threshold. a memory device attached to the induction heating tool , wherein the memory device is configured to store data relating to the induction heating tool; and a communication device associated with the induction power source, wherein the communication device is configured to read the data from the memory device using a close proximity communication protocol when the memory device is in close proximity; wherein the data comprises an amount of time the induction heating tool has been in use; and wherein the system further comprises a user interface which is configured to deliver an alert in response to the amount of time meeting or exceeding a threshold.
A composition, comprising an engineered T cell that separately expresses: 1) a chimeric antigen receptor (CAR) that provides antigen signaling for the cell upon binding of PSCA; 2) a co-stimulation receptor that provides co-stimulation for the cell, which is a chimeric cytokine receptor comprising a TGFβR exodomain and a 4-1BB endodomain; and 3) a cytokine receptor that provides cytokine stimulation for the cell, which is a chimeric cytokine receptor comprising an IL-4 receptor exodomain and an IL-7 receptor endodomain; wherein the antigen receptor and the co-stimulation receptor are different molecules. 1) a chimeric antigen receptor (CAR) that provides antigen signaling for the cell upon binding of PSCA; 2) a co-stimulation receptor that provides co-stimulation for the cell, which is a chimeric cytokine receptor comprising a TGFβR exodomain and a 4-1BB endodomain; and 3) a cytokine receptor that provides cytokine stimulation for the cell, which is a chimeric cytokine receptor comprising an IL-4 receptor exodomain and an IL-7 receptor endodomain;
A method for making or repairing a specified part, the method including: creating an optimized manufacturing process to make or repair the specified part, the creating including: receiving data from a plurality of sources, the data including as-designed, as-manufactured, as-simulated, and as-tested data relative to one or more parts similar to the specified part; updating, in real time, a surrogate model corresponding with a physics-based model of the specified part, wherein the surrogate model forms a digital twin of the specified part; further updating the surrogate model with a model of manufactured variance associated with in-operation performance of at least one similar part, based on at least one of in-field measurement and in-operation data of the at least one similar part, and an operational regime of the at least one similar part; and executing, based on the digital twin, the optimized manufacturing process to either repair or make the specified part. creating an optimized manufacturing process to make or repair the specified part, the creating including: receiving data from a plurality of sources, the data including as-designed, as-manufactured, as-simulated, and as-tested data relative to one or more parts similar to the specified part; updating, in real time, a surrogate model corresponding with a physics-based model of the specified part, wherein the surrogate model forms a digital twin of the specified part; further updating the surrogate model with a model of manufactured variance associated with in-operation performance of at least one similar part, based on at least one of in-field measurement and in-operation data of the at least one similar part, and an operational regime of the at least one similar part; and receiving data from a plurality of sources, the data including as-designed, as-manufactured, as-simulated, and as-tested data relative to one or more parts similar to the specified part; updating, in real time, a surrogate model corresponding with a physics-based model of the specified part, wherein the surrogate model forms a digital twin of the specified part; further updating the surrogate model with a model of manufactured variance associated with in-operation performance of at least one similar part, based on at least one of in-field measurement and in-operation data of the at least one similar part, and an operational regime of the at least one similar part; and executing, based on the digital twin, the optimized manufacturing process to either repair or make the specified part.
Traction or carrying belt made from elastomeric material and having a substantially flat drive side , in particular lift belt, wherein traction members or cords running parallel are embedded in the elastomeric material of the traction or carrying belt , in the longitudinal direction thereof, and the traction or carrying belt wraps around belt sheaves and/or deflecting pulleys of a belt drive in a manner circulating via an arc of wrap , as a result of which the traction or carrying belt is driven, deflected or guided, wherein the flat drive side of the traction or carrying belt has a plurality of grooves , wherein the grooves run in the longitudinal direction of the belt and have a width b increasing and decreasing in an alternating manner in the transverse direction of the belt, preferably a width changing periodically between the values b min and b max in the belt transverse direction, characterized in that the width varies between the values b min = 0.1 [mm] and b max = (( s - d) + d /2) [ mm ], preferably between the values b min = 0.5 [ mm ] and b max = (( s - d ) + d /4) [ mm ], wherein d = diameter of the traction members/cords, and s = distance between the centre lines of two adjacent traction members. the width varies between the values b min = 0.1 [mm] and b max = (( s - d) + d /2) [ mm ], preferably between the values b min = 0.5 [ mm ] and b max = (( s - d ) + d /4) [ mm ], wherein d = diameter of the traction members/cords, and s = distance between the centre lines of two adjacent traction members.
A work molding system for producing a molded article by molding a work, the system comprising: a work forming device configured to form a sheet-like work; a molding device configured to perform molding of the sheet-like formed work formed by the work forming device; and a conveying device configured to convey the formed work formed by the work forming device from the work forming device to the molding device, wherein the conveying device includes a holding member for holding the formed work formed by the work forming device and a molded article molded from the formed work by the molding device , and a movement mechanism for moving the holding member, the holding member includes a work holding part configured to hold and heat the formed work formed by the work forming device , and a molded article holding part configured to hold the molded article molded from the formed work by the molding device, the work holding part is provided on one surface of the holding member, and the molded article holding part is provided on the other surface of the holding member. a work forming device configured to form a sheet-like work; a molding device configured to perform molding of the sheet-like formed work formed by the work forming device; and a conveying device configured to convey the formed work formed by the work forming device from the work forming device to the molding device, wherein the conveying device includes a holding member for holding the formed work formed by the work forming device and a molded article molded from the formed work by the molding device , and a movement mechanism for moving the holding member, the holding member includes a work holding part configured to hold and heat the formed work formed by the work forming device , and a molded article holding part configured to hold the molded article molded from the formed work by the molding device, the work holding part is provided on one surface of the holding member, and the molded article holding part is provided on the other surface of the holding member.
Lubricating oil composition for automatic transmissions characterised in that it comprises: 55 to 85 mass% of a Fischer-Tropsch synthetic oil with a kinematic viscosity at 100°C of 2 to 4 mm 2 /s as a low-viscosity base oil; 1 to 10 mass% of an ethylene-α-olefin copolymer with a kinematic viscosity at 100°C of 150 to 1,000 mm 2 /s as a high-viscosity base oil; and in the range of 9mass% to 11mass% of a polymethacrylate with a weight-average molecular weight of 15,000 to 30,000; and in that the viscosity index of the composition is not less than 190, the Brookfield viscosity is not more than 6,000 mPa·s at low temperature (-40°C), the kinematic viscosity at 100°C is 6 to 7 mm 2 /s, and the rate of reduction of the kinematic viscosity after a KRL shear stability test (60°C, 20 hours) is kept to within not more than 3%.