mhurhangee/patent-ind-claim-en huggingface dataset:
A syringe comprising a syringe barrel comprising a cylindrical main body comprising an injection section and an insertion section , wherein the cylindrical main body comprising a layered structure, and a surface roughness of an inner surface of the cylindrical main body is 4 nm to 25 nm in terms of arithmetic average roughness (Ra), the syringe comprising: a gasket which comprises a wetted section and a sliding contact section in contact with an inner surface of the syringe barrel and which is inserted through the insertion section of the syringe barrel , a plunger installed to the gasket , and a cap installed to the injection section of the syringe barrel , characterized in that a surface roughness of the sliding contact section of the gasket is 25 nm to 70 nm in terms of arithmetic average roughness (Ra). a syringe barrel comprising a cylindrical main body comprising an injection section and an insertion section , wherein the cylindrical main body comprising a layered structure, and a surface roughness of an inner surface of the cylindrical main body is 4 nm to 25 nm in terms of arithmetic average roughness (Ra), the syringe comprising: a gasket which comprises a wetted section and a sliding contact section in contact with an inner surface of the syringe barrel and which is inserted through the insertion section of the syringe barrel , a plunger installed to the gasket , and a cap installed to the injection section of the syringe barrel , characterized in that a surface roughness of the sliding contact section of the gasket is 25 nm to 70 nm in terms of arithmetic average roughness (Ra). a gasket which comprises a wetted section and a sliding contact section in contact with an inner surface of the syringe barrel and which is inserted through the insertion section of the syringe barrel , a plunger installed to the gasket , and a cap installed to the injection section of the syringe barrel , characterized in that a surface roughness of the sliding contact section of the gasket is 25 nm to 70 nm in terms of arithmetic average roughness (Ra).
A method of controlling fluid flow and pressure in a hydraulic system of a transmission, comprising: providing a controller , a variable displacement pump , a hydraulic controls , a first fluid circuit fluidly coupled to the pump, a first regulator valve , a first pressure switch , and a solenoid for operably controlling pump displacement; pumping fluid from the pump into the first fluid circuit to produce a fluid flow and pressure therein; regulating the pressure in the first fluid circuit at a first regulation pressure ; detecting the first regulation pressure with the first pressure switch and communicating the first regulation pressure to the controller ; determining a leakage adaptive factor as a function of the first regulation pressure , a pump leakage factor , a hydraulic controls leakage factor, and a plurality of geometrical restrictions in the first fluid circuit; and adjusting the displacement of the pump from a first displacement to a second displacement as a function of the leakage adaptive factor. providing a controller , a variable displacement pump , a hydraulic controls , a first fluid circuit fluidly coupled to the pump, a first regulator valve , a first pressure switch , and a solenoid for operably controlling pump displacement; pumping fluid from the pump into the first fluid circuit to produce a fluid flow and pressure therein; regulating the pressure in the first fluid circuit at a first regulation pressure ; detecting the first regulation pressure with the first pressure switch and communicating the first regulation pressure to the controller ; determining a leakage adaptive factor as a function of the first regulation pressure , a pump leakage factor , a hydraulic controls leakage factor, and a plurality of geometrical restrictions in the first fluid circuit; and adjusting the displacement of the pump from a first displacement to a second displacement as a function of the leakage adaptive factor.
A method performed by a Control Plane, CP, Network Function, NF, performing Mobility Management, MM, functionalities to provide access to a network slice, the method comprising: receiving, at the CP NF performing the MM functionalities, a Non-Access Stratum, NAS, message that comprises a MM message and a Session Management, SM, message; and transmitting, to a CP NF performing Session Management, SM, functionalities associated with the network slice, the SM message that indicates a User Plane, UP, service provided by the network slice. receiving, at the CP NF performing the MM functionalities, a Non-Access Stratum, NAS, message that comprises a MM message and a Session Management, SM, message; and transmitting, to a CP NF performing Session Management, SM, functionalities associated with the network slice, the SM message that indicates a User Plane, UP, service provided by the network slice.
A method for manufacturing tumor-reactive T cells, the method comprising: a. selecting cells surface positive for at least two activation markers from the group consisting of PD-1, CD39 and TIGIT from an input sample comprising T cells from a subject that has a tumor to obtain selected cells from the sample; and b. performing an expansion by culture of the selected cells with one or more T-cell stimulating agent of lymphocytes under conditions to produce a population of expanded T cells. a. selecting cells surface positive for at least two activation markers from the group consisting of PD-1, CD39 and TIGIT from an input sample comprising T cells from a subject that has a tumor to obtain selected cells from the sample; and b. performing an expansion by culture of the selected cells with one or more T-cell stimulating agent of lymphocytes under conditions to produce a population of expanded T cells.
A wind turbine comprising: a rotor comprising a hub and at least one rotor blade attached to the hub , the rotor being arranged to rotate about a rotor axis extending through the hub , and the at least one blade being arranged to turn relative to the hub about a pitch axis of the blade , at least one linear pitch actuator coupled to the hub at or near a first end of the pitch actuator and coupled to the blade at or near a second end of the pitch actuator , the pitch actuator being arranged to extend and contract to turn the blade about the pitch axis ; and a mounting structure for coupling the pitch actuator to the hub , the mounting structure comprising one or more legs projecting from a surface of the hub , the one or more legs each having a proximal end attached to or integral with the hub and a distal end spaced from the surface of the hub , and the mounting structure further comprising an actuator attachment portion coupled to the pitch actuator at the distal end(s) of the one or more legs , wherein the one or more legs each include a flexible intermediate portion between the proximal and distal ends , the flexible intermediate portion being configured to enable the one or more legs to flex in use to facilitate pivoting movement of the pitch actuator in a first plane, characterized in that the mounting structure comprises first and second legs arranged respectively on opposite sides of the pitch actuator and respectively on opposite sides of the first plane. a rotor comprising a hub and at least one rotor blade attached to the hub , the rotor being arranged to rotate about a rotor axis extending through the hub , and the at least one blade being arranged to turn relative to the hub about a pitch axis of the blade , at least one linear pitch actuator coupled to the hub at or near a first end of the pitch actuator and coupled to the blade at or near a second end of the pitch actuator , the pitch actuator being arranged to extend and contract to turn the blade about the pitch axis ; and a mounting structure for coupling the pitch actuator to the hub , the mounting structure comprising one or more legs projecting from a surface of the hub , the one or more legs each having a proximal end attached to or integral with the hub and a distal end spaced from the surface of the hub , and the mounting structure further comprising an actuator attachment portion coupled to the pitch actuator at the distal end(s) of the one or more legs , wherein the one or more legs each include a flexible intermediate portion between the proximal and distal ends , the flexible intermediate portion being configured to enable the one or more legs to flex in use to facilitate pivoting movement of the pitch actuator in a first plane, characterized in that the mounting structure comprises first and second legs arranged respectively on opposite sides of the pitch actuator and respectively on opposite sides of the first plane.
A sorting installation for sorting mailpieces comprising sorting outlets in line along a sorting conveyor , each outlet having a recess for receiving a tray in which sorted mailpieces are stored, said sorting installation comprising a tray conveyor that extends under said sorting outlets for transporting the trays filled with sorted mailpieces from the sorting outlets to a feed inlet of the sorting conveyor, characterized in that said sorting installation comprises a tray-manipulating shuttle robot suitable for moving along the tray conveyor past said sorting outlets, and for extracting a tray from a recess of a sorting outlet associated with it under the control of a monitoring and control unit so as to transfer it to said tray conveyor, said shuttle robot including a chute connected mechanically to the tray conveyor and configured to transfer said tray extracted from the recess to the tray conveyor by the effect of gravity, and in that the tray conveyor includes a pivotally mounted outer edge mounted to pivot between a retracted position allowing the tray to be transferred from said chute to the tray conveyor and a raised position preventing the trays conveyed on the tray conveyor from being ejected from the conveyor while they are being transported towards said feed inlet.
A robotic surgery system comprising: a platform ; a support structure supporting the platform ; a manipulator ; a manually articulatable linkage comprising one or more joints disposed between the platform and the manipulator ; and a processor coupled to the manipulator ; wherein the processor is configured to: detect whether a cannula is mounted to the manipulator based on signals transmitted by the manipulator ; detect an input indicating the robotic system is to be in a set-up mode in which one or more joints of the support structure are driven in response to manual articulation of the one or more joints disposed between the platform and the manipulator ; and inhibit entry of the robotic system into the set-up mode in response to detecting the input while the cannula is mounted to the manipulator . a platform ; a support structure supporting the platform ; a manipulator ; a manually articulatable linkage comprising one or more joints disposed between the platform and the manipulator ; and a processor coupled to the manipulator ; wherein the processor is configured to: detect whether a cannula is mounted to the manipulator based on signals transmitted by the manipulator ; detect an input indicating the robotic system is to be in a set-up mode in which one or more joints of the support structure are driven in response to manual articulation of the one or more joints disposed between the platform and the manipulator ; and inhibit entry of the robotic system into the set-up mode in response to detecting the input while the cannula is mounted to the manipulator . detect whether a cannula is mounted to the manipulator based on signals transmitted by the manipulator ; detect an input indicating the robotic system is to be in a set-up mode in which one or more joints of the support structure are driven in response to manual articulation of the one or more joints disposed between the platform and the manipulator ; and inhibit entry of the robotic system into the set-up mode in response to detecting the input while the cannula is mounted to the manipulator .
An article of apparel incorporating at least one cushioning element for attenuating impact forces, the cushioning element comprising: a first material layer and a second material layer , the first material layer being formed from an at least partially transparent material; and a pad component located between the first material layer and the second material layer, the pad component including a polymer foam material and the pad component including a surface that includes a bonding agent that joins the pad component to the first material layer, the article of apparel being characterized in that , the polymer foam material defines at least one of a groove and a void , the bonding agent and the polymer foam material forming other areas of the pad component exhibiting different colors, the polymer foam material having a first color and the bonding agent having a second color that is different than the first color, the polymer foam material and the bonding agent being visible through the first material layer. a first material layer and a second material layer , the first material layer being formed from an at least partially transparent material; and a pad component located between the first material layer and the second material layer, the pad component including a polymer foam material and the pad component including a surface that includes a bonding agent that joins the pad component to the first material layer, the article of apparel being characterized in that , the polymer foam material defines at least one of a groove and a void , the bonding agent and the polymer foam material forming other areas of the pad component exhibiting different colors, the polymer foam material having a first color and the bonding agent having a second color that is different than the first color,
A dispatchable renewable power supply having a total dispatchable power output P D of at least 25 kW, the dispatchable power supply comprising: (i) a base power generator selected from at least one of the group consisting of: a hydroelectric power generator, and a geothermal power generator; (ii) a secondary power generator comprising at least one renewable power generator; (iii) a battery ; and (iv) power transmission means for communicating the generated power to at least one consumer, wherein each of the power generators is non-dispatchable, wherein: (a) the dispatchable power supply has a peak instantaneous non-base required power output P M-Peak equal to the total dispatchable power output P D minus the minimum instantaneous power output from the base power generator P B-Low , and (b) the secondary power generator has a capacity factor CF Secondary , characterized in that (c) a total installed power generating capacity of the secondary power generator P Secondary-Installed is equal to P M-Peak × (1/CF Secondary ). (i) a base power generator selected from at least one of the group consisting of: a hydroelectric power generator, and a geothermal power generator; (ii) a secondary power generator comprising at least one renewable power generator; (iii) a battery ; and (iv) power transmission means for communicating the generated power to at least one consumer, (a) the dispatchable power supply has a peak instantaneous non-base required power output P M-Peak equal to the total dispatchable power output P D minus the minimum instantaneous power output from the base power generator P B-Low , and (b) the secondary power generator has a capacity factor CF Secondary , characterized in that (c) a total installed power generating capacity of the secondary power generator P Secondary-Installed is equal to P M-Peak × (1/CF Secondary ).
A hinge arrangement , preferably a hidden hinge arrangement, comprising a first hinge member connected in a hinged manner to a second hinge member provided with a hinge lever and a clamping member with a slot into which said hinge lever is inserted in the direction substantially perpendicular relative to the axis (A) of the hinge arrangement , and mounting means for mounting said hinge lever in the clamping member of the second hinge member , wherein the clamping member has at least one recess open on the side of the hinge lever insertion, and the hinge lever has at least one locking projection located in said recess of the clamping member , characterized in that said second hinge member has additionally at least one locking element provided with a retaining surface for said locking projection of the hinge lever , and the locking element and/or the clamping member is/are provided with locking means blocking a displacement of the locking element along the direction of the hinge lever insertion, wherein said at least one locking element has a form of a C-shaped locking plate provided with two arms wherein said retaining surface is located between the arms .
An information processing apparatus mounted in a mobile object , the information processing apparatus comprising: a position acquisition unit configured to acquire three-dimensional position information of a plurality of detection points (P) in the surroundings of the mobile object from a first external sensor of the mobile object and to acquire partitioned region information from a storage unit , the partitioned region information indicating a plurality of partitioned regions (B) in the surroundings of the mobile object , the partitioned regions being acquired by partitioning a three-dimensional space (S') surrounding the mobile object into a plurality of regions in a grid; a shape acquisition unit configured to specify, for each of the plurality of partitioned regions (B), a detection point (P') having the lowest height of the detection points (P) arranged in each of the partitioned regions (B) to thereby acquire target surface shape information indicating a ground surface shape; and a calculation unit configured to calculate, according to a first distance of a detection point (P) from the target surface on the basis of the three-dimensional position information and the target surface shape information, state information of an object indicating an existence probability of the object, wherein the state information is lower as the first distance is shorter. a position acquisition unit configured to acquire three-dimensional position information of a plurality of detection points (P) in the surroundings of the mobile object from a first external sensor of the mobile object and to acquire partitioned region information from a storage unit , the partitioned region information indicating a plurality of partitioned regions (B) in the surroundings of the mobile object , the partitioned regions being acquired by partitioning a three-dimensional space (S') surrounding the mobile object into a plurality of regions in a grid; a shape acquisition unit configured to specify, for each of the plurality of partitioned regions (B), a detection point (P') having the lowest height of the detection points (P) arranged in each of the partitioned regions (B) to thereby acquire target surface shape information indicating a ground surface shape; and a calculation unit configured to calculate, according to a first distance of a detection point (P) from the target surface on the basis of the three-dimensional position information and the target surface shape information, state information of an object indicating an existence probability of the object, wherein the state information is lower as the first distance is shorter.
A beverage dispensing machine , the machine adapted to be positioned in at least one first position and at least one second position, the first and second position mutually rotated (α) with respect to an orientation axis (X10), wherein the machine includes a user interface member carried by the machine, the interface member rotatable with respect to said orientation axis (X10) with said interface member adapted to maintain a certain orientation in space irrespective of the machine being positioned in said at least one first position or in said at least one second position, wherein the interface element has a cantilever shape with a proximal horizontal part pivoted on the body of the machine about said orientation axis (X10) and a distal vertical part that carries at the front a face with pushbuttons and/or display elements for operating and/or controlling the machine .
A method of determining concentration of glucose in a blood sample deposited on a sensor device having a first working electrode and a first counter electrode provided on a substrate, in which the first working and first counter electrodes are both provided with an enzyme and a mediator for carrying out a mediated redox reaction, the method comprising: - applying a first oxidising potential at a first voltage between the working and counter electrodes during a first time period ; - applying a second reducing potential at a second voltage between the working and counter electrodes during a second time period ; - in which the duration of the first time period is greater than the duration of the second time period ; - determining a reaction parameter, the reaction parameter being indicative of the concentration of reduced mediator at the first counter electrode after commencement of the second time period ; characterised in that: - the reaction parameter is determined from one or more measurements made after commencement of the second time period ; - and in which the reaction parameter is determined in respect of a third time period , which commences after the start of the second time period and is during the second time period, the reaction parameter comprising a cumulative charge , passed via the working and/or counter electrode during, or in respect of, the third time period ; - using the reaction parameter comprising a cumulative charge to determine the concentration of glucose in a blood sample . - applying a first oxidising potential at a first voltage between the working and counter electrodes during a first time period ; - applying a second reducing potential at a second voltage between the working and counter electrodes during a second time period ; - in which the duration of the first time period is greater than the duration of the second time period ; - determining a reaction parameter, the reaction parameter being indicative of the concentration of reduced mediator at the first counter electrode after commencement of the second time period ; - the reaction parameter is determined from one or more measurements made after commencement of the second time period ; - and in which the reaction parameter is determined in respect of a third time period , which commences after the start of the second time period and is during the second time period, the reaction parameter comprising a cumulative charge , passed via the working and/or counter electrode during, or in respect of, the third time period ; - using the reaction parameter comprising a cumulative charge to determine the concentration of glucose in a blood sample .