mhurhangee/patent-ind-claim-en huggingface dataset:
A combination comprising at least a) a fusion protein comprising a1) a binding protein specifically recognizing a cancer-related antigen and a2) an inflammatory cytokine, and b) a chimeric antigen receptor (CAR)-T cell recognizing a cancer-related antigen, wherein the binding protein comprises at least one of the group selected from • antibody, • modified antibody format, • antibody derivative or fragment retaining target binding properties • antibody-based binding protein, • oligopeptide binder and/or • an antibody mimetic. a) a fusion protein comprising a1) a binding protein specifically recognizing a cancer-related antigen and a2) an inflammatory cytokine, and a1) a binding protein specifically recognizing a cancer-related antigen and a2) an inflammatory cytokine, and b) a chimeric antigen receptor (CAR)-T cell recognizing a cancer-related antigen, • antibody, • modified antibody format, • antibody derivative or fragment retaining target binding properties • antibody-based binding protein, • oligopeptide binder and/or • an antibody mimetic.
A circuit switched fallback, CSFB, method, wherein the method is applied to a network device on a first network, and the method comprises: determining , by the network device, that a serving cell handover process of a user equipment, UE, is ended, wherein in the serving cell handover process of the UE a service cell of the UE is handed over on the first network; determining , by the network device, that before the serving cell handover process of the UE is ended, it has been determined that the UE needs to be moved to a second network, wherein the second network is a network that supports a circuit switched service; and after determining that the serving cell handover process of the UE is ended, moving , by the network device, the UE to the second network. determining , by the network device, that a serving cell handover process of a user equipment, UE, is ended, wherein in the serving cell handover process of the UE a service cell of the UE is handed over on the first network; determining , by the network device, that before the serving cell handover process of the UE is ended, it has been determined that the UE needs to be moved to a second network, wherein the second network is a network that supports a circuit switched service; and after determining that the serving cell handover process of the UE is ended, moving , by the network device, the UE to the second network.
Formwork for producing concrete products comprising: - at least one supporting beam with an axis of extension (X); - at least one panel having an outer surface destined to come into contact with a concrete casting, said panel being connected on an inner side to the beam and being bendable around a transverse direction (Y) with respect to the axis of extension (X) of said beam; - at least one adjustment device adapted to connect the panel to the beam and to vary the curvature of said panel between a flat undeformed condition and curved condition where said outer surface is convex or, if necessary, concave; wherein said adjustment device is connected at least at one intermediate point of the panel and at least at one edge point , positioned at a lateral edge substantially parallel to the direction of curvature (Y), in order to simultaneously move said points to vary the curvature of the outer surface of said panel and wherein the adjustment device comprises at least one drive mechanism adapted to generate a movement of at least the intermediate point along a direction transverse to the axis of extension (X) of the beam , and of the edge point along a direction substantially parallel to or with at least one component parallel to said axis of extension (X), characterized in that said drive mechanism comprises mechanically interconnected elements adapted to cause the simultaneous movement of at least said intermediate point and said edge point . - at least one supporting beam with an axis of extension (X); - at least one panel having an outer surface destined to come into contact with a concrete casting, said panel being connected on an inner side to the beam and being bendable around a transverse direction (Y) with respect to the axis of extension (X) of said beam; - at least one adjustment device adapted to connect the panel to the beam and to vary the curvature of said panel between a flat undeformed condition and curved condition where said outer surface is convex or, if necessary, concave; wherein said adjustment device is connected at least at one intermediate point of the panel and at least at one edge point , positioned at a lateral edge substantially parallel to the direction of curvature (Y), in order to simultaneously move said points to vary the curvature of the outer surface of said panel and wherein the adjustment device comprises at least one drive mechanism adapted to generate a movement of at least the intermediate point along a direction transverse to the axis of extension (X) of the beam , and of the edge point along a direction substantially parallel to or with at least one component parallel to said axis of extension (X), characterized in that said drive mechanism comprises mechanically interconnected elements adapted to cause the simultaneous movement of at least said intermediate point and said edge point .
Method for calling a function block of a control program of an industrial controller , wherein - the industrial controller comprises an OPC UA server , - the industrial controller communicates with an OPC UA client , - and the function block is requested starting from an OPC UA call of the OPC UA client , wherein when the function block is requested - in a first step, an OPC UA call (A110) directed thereto is sent from the OPC UA client to the OPC UA server of the industrial control , characterized in that , that - in a second step, the OPC UA call (A110) is stored by the OPC UA server of the industrial controller , - in a third step, (IN1-par) IN parameters transferred together with the OPC UA call are copied (IN2-par) to corresponding IN parameters of the function block of the control program , and - in a fourth step, at a previously defined point within a control task of the industrial controller , the function block of the control program is called and the IN parameters of the function block are processed. - the industrial controller comprises an OPC UA server , - the industrial controller communicates with an OPC UA client , - and the function block is requested starting from an OPC UA call of the OPC UA client , wherein when the function block is requested - in a first step, an OPC UA call (A110) directed thereto is sent from the OPC UA client to the OPC UA server of the industrial control , characterized in that , that an OPC UA call (A110) directed thereto is sent from the OPC UA client to the OPC UA server of the industrial control , characterized in that , that - in a second step, the OPC UA call (A110) is stored by the OPC UA server of the industrial controller , - in a third step, (IN1-par) IN parameters transferred together with the OPC UA call are copied (IN2-par) to corresponding IN parameters of the function block of the control program , and - in a fourth step, at a previously defined point within a control task of the industrial controller , the function block of the control program is called and the IN parameters of the function block are processed.
A device for gas humidifying in laparoscopy for connection to a gas supply device (insufflator), comprising a water reservoir in a plastic chamber with first absorbent humidifying means , the plastic chamber having a gas inlet and a gas outlet , the gas inlet being connected to the insufflator directly or via an optional hose , and the gas outlet leading to a gas hose , one or more substantially cylindrical humidifying means of a second absorbent material, a gas hose , through which gas can be delivered to a patient, the one or more substantially cylindrical humidifying means of a second absorbent material having at least one cylinder front surface being in contact with the water reservoir , the other cylinder front surface or the cylinder shell being positioned in the gas flow, characterized by that the water reservoir with the first humidifying means is arranged concentrically around the gas flow. the plastic chamber having a gas inlet and a gas outlet , the gas inlet being connected to the insufflator directly or via an optional hose , and the gas outlet leading to a gas hose , one or more substantially cylindrical humidifying means of a second absorbent material, a gas hose , through which gas can be delivered to a patient, the one or more substantially cylindrical humidifying means of a second absorbent material having at least one cylinder front surface being in contact with the water reservoir , the other cylinder front surface or the cylinder shell being positioned in the gas flow, characterized by that the water reservoir with the first humidifying means is arranged concentrically around the gas flow.
A method for operating a heating, ventilating, air conditioning or refrigeration system, the method comprising: - condensing, by a condenser , refrigerant vapor into a condensate; - receiving, by a flash tank , the condensate from the condenser and at least partially vaporizing the condensate into condensate vapor; - receiving, by an evaporator , a mixture of liquid condensate and condensate vapor from the flash tank and vaporizing the condensate into the refrigerant vapor; - receiving, by a compressor , the refrigerant vapor from the evaporator and compressing the refrigerant vapor for return to the condenser ; - controlling, by an electronically controlled flash tank feed valve disposed between the condenser and the flash tank , a flow of the condensate from the condenser to the flash tank ; - disposing a fixed orifice along a conduit extending between the flash tank and the evaporator , wherein the fixed orifice is sized to maintain the flash tank with primarily condensate vapor, and wherein the conduit for outflow from the flash tank is positioned at the flash tank so as to draw a liquid-rich mixture of condensate vapor and liquid condensate from the flash tank ; and - regulating, by a control system coupled to the flash tank feed valve , opening and closing of the flash tank feed valve to control the flow of condensate from the condenser to the flash tank based upon subcooling of the condensate. - condensing, by a condenser , refrigerant vapor into a condensate; - receiving, by a flash tank , the condensate from the condenser and at least partially vaporizing the condensate into condensate vapor; - receiving, by an evaporator , a mixture of liquid condensate and condensate vapor from the flash tank and vaporizing the condensate into the refrigerant vapor; - receiving, by a compressor , the refrigerant vapor from the evaporator and compressing the refrigerant vapor for return to the condenser ; - controlling, by an electronically controlled flash tank feed valve disposed between the condenser and the flash tank , a flow of the condensate from the condenser to the flash tank ; - disposing a fixed orifice along a conduit extending between the flash tank and the evaporator , wherein the fixed orifice is sized to maintain the flash tank with primarily condensate vapor, and wherein the conduit for outflow from the flash tank is positioned at the flash tank so as to draw a liquid-rich mixture of condensate vapor and liquid condensate from the flash tank ; and - regulating, by a control system coupled to the flash tank feed valve , opening and closing of the flash tank feed valve to control the flow of condensate from the condenser to the flash tank based upon subcooling of the condensate.
A vacuum gripper device comprising at least one suction cup including a fastener body from which there extends an elastically deformable skirt having a free annular edge for coming into contact with an object to be grasped, the device being characterized in that the suction cup includes at least one electrically conductive track secured at least to the skirt, in that the conductive track is made of a material that is electrically conductive and elastically deformable so as to deform together with the skirt, and in that the device comprises an electronic processor circuit that is connected electrically to two connection pads belonging to the conductive track and that is arranged to monitor an electrical property of the conductive track, which electrical property varies with the deformation of the conductive track, and to compare that property with reference data so as to anticipate a failure of the suction cup.
A method of inducing self-assembly of mammalian cells into one or more three-dimensional micro-tissues comprising: seeding the mammalian cells into one or more microwells of a device comprising a cell adhesion substrate; and a removable elastomeric stencil overlay comprising one or more cut-out patterned microwells comprising two or more circular, oval, rectangular, square, V-shaped, or triangular holes, each hole joined to an adjacent hole by a canal; and culturing the seeded cells within the microwells, to generate one or more three-dimensional, dogbone-shaped micro-tissues within adjacent holes and along the canal joining the adjacent holes; and wherein the cell adhesion substrate binds cells within at least the holes of the cut-out pattern. seeding the mammalian cells into one or more microwells of a device comprising a cell adhesion substrate; and a removable elastomeric stencil overlay comprising one or more cut-out patterned microwells comprising two or more circular, oval, rectangular, square, V-shaped, or triangular holes, each hole joined to an adjacent hole by a canal; and culturing the seeded cells within the microwells, to generate one or more three-dimensional, dogbone-shaped micro-tissues within adjacent holes and along the canal joining the adjacent holes; and wherein the cell adhesion substrate binds cells within at least the holes of the cut-out pattern.
Electrical switching device comprising a stationary member , a mobile member which is displaceable between a closed position in which a contact pad of the mobile member is in electrically conductive contact with the stationary member , and an open position in which the electrically conductive contact does not exist, an actuator for displacing the mobile member from at least a first one of the closed and open positions to the second one, and an acceleration sensor which is coupled to the mobile member so as to sense an acceleration caused by the actuator displacing the mobile member , characterized in that the acceleration sensor is coupled to the mobile member so that the distance between a first position of the sensor associated to the open position and a second position of the sensor associated to the closed position is longer than the path of the contact pad between the open and close positions.
A film configured to provide grip to an edge of a garment, the film comprising: an edge trim portion having a first edge and a second edge opposite the first edge , the second edge comprising at least one peak and at least one trough ; and at least one ovoid portion having a first end and a second end opposite the first end along a major axis of the at least one ovoid portion , wherein the first end of the at least one ovoid portion is at least partially disposed within the at least one trough , wherein a length of each ovoid portion is in the range from about 5 mm to about 50 mm, wherein a width of each ovoid portion is in the range from about 2 mm to about 15 mm, and wherein a distance measured parallel to the major axis from the highest point of the at least one peak of the second edge to a point created by an intersection of the major axis with the second end of the at least one ovoid portion is in the range from about 2 mm to about 45 mm. an edge trim portion having a first edge and a second edge opposite the first edge , the second edge comprising at least one peak and at least one trough ; and at least one ovoid portion having a first end and a second end opposite the first end along a major axis of the at least one ovoid portion , wherein the first end of the at least one ovoid portion is at least partially disposed within the at least one trough , wherein a length of each ovoid portion is in the range from about 5 mm to about 50 mm, wherein a width of each ovoid portion is in the range from about 2 mm to about 15 mm, and wherein a distance measured parallel to the major axis from the highest point of the at least one peak of the second edge to a point created by an intersection of the major axis with the second end of the at least one ovoid portion is in the range from about 2 mm to about 45 mm.
A vehicle speed control system for a vehicle having a plurality of wheels , the vehicle speed control system comprising: means for receiving a user input of a target speed at which the vehicle is intended to travel; and means for commanding application of torque to one or more wheels of the vehicle , characterized in that the system is configured such that when it is required to accelerate the vehicle to achieve the target speed and a wheel slip event is detected, the system is operable temporarily to suspend an increase in net torque applied to one or more wheels and operable to resume an increase in net torque applied to the one or more wheels, at a rate not exceeding the rate of increase of net torque applied to the one or more wheels when the slip event was detected, when the suspension of an increase in net torque is lifted. means for receiving a user input of a target speed at which the vehicle is intended to travel; and means for commanding application of torque to one or more wheels of the vehicle , characterized in that the system is configured such that when it is required to accelerate the vehicle to achieve the target speed and a wheel slip event is detected, the system is operable temporarily to suspend an increase in net torque applied to one or more wheels and operable to resume an increase in net torque applied to the one or more wheels, at a rate not exceeding the rate of increase of net torque applied to the one or more wheels when the slip event was detected, when the suspension of an increase in net torque is lifted.
A method for producing a metal borohydride, wherein the method comprises A1. providing metal boron oxide and Hz to allow a synthesis process to proceed and to yield metal borohydride, especially metal borohydride and Oz, according to the overall reaction formula Me(BO 2 ) n + 2n H 2 → Me(BH 4 ) n + n O 2 ; and A2. optionally providing metal hydroxide, B 2 O 3 and Hz to allow a synthesis process to proceed and to yield metal borohydride, optionally metal borohydride and Oz , wherein the synthesis process proceeds according to the reaction formula 4 Me(OH) n + 2n B 2 O 3 + 6n H 2 → 4 Me(BH 4 ) n + 5n O 2 , in which Me is a metal and n is the valence of the metal ion. A1. providing metal boron oxide and Hz to allow a synthesis process to proceed and to yield metal borohydride, especially metal borohydride and Oz, according to the overall reaction formula Me(BO 2 ) n + 2n H 2 → Me(BH 4 ) n + n O 2 ; and A2. optionally providing metal hydroxide, B 2 O 3 and Hz to allow a synthesis process to proceed and to yield metal borohydride, optionally metal borohydride and Oz , wherein the synthesis process proceeds according to the reaction formula 4 Me(OH) n + 2n B 2 O 3 + 6n H 2 → 4 Me(BH 4 ) n + 5n O 2 ,
Method for realizing hard floor panels, said floor panels having a laminated structure, wherein at least at the upper surface a printed decorative layer with a wood pattern comprising printed wood nerves is present, with thereupon a transparent layer of synthetic material in which impressions (18A-18B-18C) are formed, characterized in that the floor panels are formed of larger plates and wherein, during the formation of the plates, at least one printed decorative layer and a layer of synthetic material are provided on a base plate , wherein, when said layers (16-17) are pressed onto the base plate , heat is supplied and simultaneously said impressions (18A-18B-18C) are formed in said layer of synthetic material by means of a pressing mould, wherein said impressions (18A-18B-18C) are formed to substantially follow the wood pattern of the printed decorative layer by means of said impressions being situated at at least one wood nerve or between two adjacent wood nerves and positioned such that their configuration globally follows at least one wood nerve.
An electrosurgical instrument comprising: a coaxial feed cable for conveying microwave energy, the coaxial feed cable having an inner conductor, an outer conductor, and a dielectric material separating the inner conductor and the outer conductor; and a radiating tip disposed at a distal end of the coaxial feed cable to receive the microwave energy, the radiating tip comprising: an elongate conductor electrically connected to the inner conductor and extending in a longitudinal direction to form a microwave radiator; a proximal tuning element electrically connected tc the elongate conductor in a proximal region of the radiating tip; a distal tuning element electrically connected tc the elongate conductor in a distal region of the radiating tip; and a dielectric body disposed around the elongate conductor, the proximal tuning element and the distal tuning element; wherein the proximal tuning element and the distal tuning element are spaced apart in the longitudinal direction, whereby a microwave field emitted by the microwave radiator is shaped around the dielectric body; and wherein a length of the distal tuning element in the longitudinal direction is greater than a length of the proximal tuning element in the longitudinal direction. a coaxial feed cable for conveying microwave energy, the coaxial feed cable having an inner conductor, an outer conductor, and a dielectric material separating the inner conductor and the outer conductor; and a radiating tip disposed at a distal end of the coaxial feed cable to receive the microwave energy, the radiating tip comprising: an elongate conductor electrically connected to the inner conductor and extending in a longitudinal direction to form a microwave radiator; a proximal tuning element electrically connected tc the elongate conductor in a proximal region of the radiating tip; a distal tuning element electrically connected tc the elongate conductor in a distal region of the radiating tip; and a dielectric body disposed around the elongate conductor, the proximal tuning element and the distal tuning element; an elongate conductor electrically connected to the inner conductor and extending in a longitudinal direction to form a microwave radiator; a proximal tuning element electrically connected tc the elongate conductor in a proximal region of the radiating tip; a distal tuning element electrically connected tc the elongate conductor in a distal region of the radiating tip; and a dielectric body disposed around the elongate conductor, the proximal tuning element and the distal tuning element; wherein the proximal tuning element and the distal tuning element are spaced apart in the longitudinal direction, whereby a microwave field emitted by the microwave radiator is shaped around the dielectric body; and wherein a length of the distal tuning element in the longitudinal direction is greater than a length of the proximal tuning element in the longitudinal direction.