mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: under control of a utility node (102A-102N) of a utility node network , the utility node being configured with specific executable instructions, receiving an update package from a head-end service , the update package comprising a plurality of update items for updating different versions of software and/or firmware stored on the utility node, the software and/or firmware comprising a first system set configured to act as an active system set, a second system set configured to operate when the first system set is non-operational, and a third system set configured to operate when the first and second system sets are non-operational; identifying a first update item of the plurality of update items to apply to the utility node, the first update item relating to the second system set; and updating the software and/or firmware of the utility node by applying the first update item to the utility node while refraining from applying a second update item of the plurality of update items, the second update item relating to the third system set, wherein: the first update item is identified based on a version of the software and/or firmware that is currently installed on the utility node. under control of a utility node (102A-102N) of a utility node network , the utility node being configured with specific executable instructions, receiving an update package from a head-end service , the update package comprising a plurality of update items for updating different versions of software and/or firmware stored on the utility node, the software and/or firmware comprising a first system set configured to act as an active system set, a second system set configured to operate when the first system set is non-operational, and a third system set configured to operate when the first and second system sets are non-operational; identifying a first update item of the plurality of update items to apply to the utility node, the first update item relating to the second system set; and updating the software and/or firmware of the utility node by applying the first update item to the utility node while refraining from applying a second update item of the plurality of update items, the second update item relating to the third system set, wherein: the first update item is identified based on a version of the software and/or firmware that is currently installed on the utility node.
A laser engraving machine comprising first and second laser tools , a cabinet having front and rear panels and parallel side panels , and having within the cabinet first and second beams defining a Y-axis and structurally tied into the front and rear panels of the cabinet , so that the first and second beams are mounted closer together without having a negative effect on X-axis translation scope, therefore adding substantial rigidity to the cabinet and allowing for the use of lighter materials of construction, the machine further having within the cabinet a third beam defining an X-axis and extending substantially between the side panels at right angles to the first and second beams anc extending beyond the first and second beams , all of said beams supporting the first laser tool and the second laser tool for incremental reciprocal movement along the respective X- or Y-axis , the first and second laser tools being disposed on the third beam within the cabinet characterized in that : the third beam carries a closed loop belt mechanism (42-46) carrying the first and second laser tools on opposite sides thereof to simultaneously produce translations of said laser tools in opposite directions whereby the second laser tool is identical to the first laser tool , wherein the first and second laser tools counterweight one another during translation thereof along the third beam ; wherein the third beam is supported by and between the first and second beams ; and wherein the laser engraving machine comprises one single laser source with mirror and beamsplitter mirror for illuminating the laser tools . the third beam carries a closed loop belt mechanism (42-46) carrying the first and second laser tools on opposite sides thereof to simultaneously produce translations of said laser tools in opposite directions whereby the second laser tool is identical to the first laser tool , wherein the first and second laser tools counterweight one another during translation thereof along the third beam ; wherein the third beam is supported by and between the first and second beams ; and wherein the laser engraving machine comprises one single laser source with mirror and beamsplitter mirror for illuminating the laser tools .
A spinning station for making a reinforcement mesh for use in concrete structures, the spinning station comprising: - a drive unit ; - a rotatable shaft adapted for being driven by said drive unit ; - two wire coils mounted diametrically opposite each other on said rotatable shaft ; and - a wire guide secured to the shaft end opposite to the two wire coils ; wherein the drive unit is configured to perform a wire spacer forming operation by rotating the rotatable shaft a pre-set period of time or a pre-set number of revolutions, and to change the rotatable shaft's direction of rotation between a first and a second spacer forming operation; characterized in that the wire guide comprises two brake units each adapted for controlling the roll-out of wire from each wire coil , wherein the wire guide comprises two curved leaf springs each extending forward relative to the respective brake unit and each with a free end either a) resiliently resting on one another, or b) at least resiliently facing one another, thereby defining a gap of 1-20 mm, preferably 1-5 mm. - a drive unit ; - a rotatable shaft adapted for being driven by said drive unit ; - two wire coils mounted diametrically opposite each other on said rotatable shaft ; and - a wire guide secured to the shaft end opposite to the two wire coils ; wherein the drive unit is configured to perform a wire spacer forming operation by rotating the rotatable shaft a pre-set period of time or a pre-set number of revolutions, and to change the rotatable shaft's direction of rotation between a first and a second spacer forming operation;
A method performed by a session management function, SMF, (2-04) in a wireless communication system, the method comprising: identifying whether a terminal (2-01) is moved out of a service area corresponding to a protocol data unit, PDU, session; determining (2-06) to change a state associated with the PDU session of the terminal (2-01) to an idle state in case that the terminal (2-01) is moved out of the service area corresponding to the PDU session; and transmitting (2-07), to a user plane function, UPF, (2-05), a release request message to release a user plane, UP, connection associated with the PDU session as a response to determining to change the state associated with the PDU session to the idle state. identifying whether a terminal (2-01) is moved out of a service area corresponding to a protocol data unit, PDU, session; determining (2-06) to change a state associated with the PDU session of the terminal (2-01) to an idle state in case that the terminal (2-01) is moved out of the service area corresponding to the PDU session; and transmitting (2-07), to a user plane function, UPF, (2-05), a release request message to release a user plane, UP, connection associated with the PDU session as a response to determining to change the state associated with the PDU session to the idle state.
Fibre composite component composed of fibrous semi-finished product and a matrix, wherein at least a first fibrous semi-finished product composed of partially or completely bio-based polymer fibres and at least a second fibrous semi-finished product composed of carbon or glass fibres are present, and at least one fibrous semi-finished product composed of a woven blended fabric or of another planar structure is composed of partially or completely bio-based polymer fibres and carbon or glass fibres, characterized in that the polymer fibres are selected from bio-based polyamides or polyamide copolymers, PLA, Bio-PET or other partially or completely bio-based polyesters.
An anastomotic device for arrangement on the side wall of an intestine, said device comprising a first member and a second member of a hollow open configuration, wherein the first member comprises a ring-shaped elastic part , with a first and a second axial end, and a ring-shaped rigid support part , arranged at the first axial end of the elastic part , wherein the second member comprises a first and a second axial end, said first end of the second member matching the shape of the second axial end of the elastic part , such that an intestine wall may be uniformly distributed between the second axial end of the elastic part and the second member , and wherein the rigid support part and the second member are connectable radially inwards of the elastic part, a connection member for connecting the rigid support part and the second member to each other, characterized in that the connection member comprises pins on the second member and pin receiving means on the rigid support part . a first member and a second member of a hollow open configuration, wherein the first member comprises a ring-shaped elastic part , with a first and a second axial end, and a ring-shaped rigid support part , arranged at the first axial end of the elastic part , wherein the second member comprises a first and a second axial end, said first end of the second member matching the shape of the second axial end of the elastic part , such that an intestine wall may be uniformly distributed between the second axial end of the elastic part and the second member , and wherein the rigid support part and the second member are connectable radially inwards of the elastic part, a connection member for connecting the rigid support part and the second member to each other, characterized in that the connection member comprises pins on the second member and pin receiving means on the rigid support part .
Irsogladine or a pharmaceutically acceptable salt thereof for use in the treatment and/or prevention of eosinophilic gastrointestinal diseases in mammals.
Flushing device that is connectable to a potable water system for flushing at least one water line , comprising a flushing valve , a control line that is connected to the flushing valve in a controlling manner and a control device that controls a position of the flushing valve via the control line in a time-dependent manner and/or in a manner depending on a water temperature and/or in a manner depending on a water consumption, wherein said flushing device is adapted to control the flushing process in a manner depending on the water pressure, characterized in that the control device comprises a mechanical, hydraulic and/or electronic control element and controls said flushing process such that flushing does not occur when said control element perceives a drop in the water pressure in the water system.
Use of a method for estimating a load model in a tire uniformity testing apparatus which measures uniformity of a tire (T) by measuring a load generated on the tire (T) pressed against a rotating rotary drum , to control a pressing position of the rotary drum and to estimate a load model which expresses a relation between the pressing position of the tire (T) with respect to the rotary drum and a tire load generated on the tire (T) and comprising: sequentially measuring the tire load, while changing the pressing position of the tire (T) with respect to the rotary drum ; weighing the measured value of the tire load so as to increase the weight as the measured value of the tire load approaches a target value of the tire load; and estimating the load model using the measured value of the weighted tire load wherein the load model adopts a load estimation formula in which the pressing position of the tire (T) and the tire load linearly change, the load estimation formula is fitted to the weighted measured value, and the load model is estimated by obtaining a spring constant from a slope of the load estimation formula after the fitting. sequentially measuring the tire load, while changing the pressing position of the tire (T) with respect to the rotary drum ; weighing the measured value of the tire load so as to increase the weight as the measured value of the tire load approaches a target value of the tire load; and estimating the load model using the measured value of the weighted tire load wherein the load model adopts a load estimation formula in which the pressing position of the tire (T) and the tire load linearly change, the load estimation formula is fitted to the weighted measured value, and the load model is estimated by obtaining a spring constant from a slope of the load estimation formula after the fitting.
Apparatus , comprising: fabric containing conductive strands of material that form signal paths ; control circuitry coupled to the signal paths ; and a plurality of capacitive force sensors coupled to the control circuitry , wherein each of the capacitive force sensors has a plurality of force sensor elements and capacitive force sensor circuitry that is electrically coupled to the force sensor elements through the signal paths and wherein each of the force sensor elements includes a compressible substrate and first and second electrodes that are respectively located on first and second opposing surfaces of the compressible substrate ; wherein the compressible substrate is an elastomeric polymer layer and wherein each of the force sensor elements further comprises first and second stiffeners respectively on the first and second electrodes , wherein the first electrode is interposed between the first stiffener and the compressible substrate , and wherein the second electrode is interposed between the second stiffener and the compressible substrate , characterized in that : the first and second stiffeners are metal stiffeners that allow the capacitive force sensor to be compressed without crosstalk between adjacent force sensor elements . fabric containing conductive strands of material that form signal paths ; control circuitry coupled to the signal paths ; and a plurality of capacitive force sensors coupled to the control circuitry , wherein each of the capacitive force sensors has a plurality of force sensor elements and capacitive force sensor circuitry that is electrically coupled to the force sensor elements through the signal paths and wherein each of the force sensor elements includes a compressible substrate and first and second electrodes that are respectively located on first and second opposing surfaces of the compressible substrate ; wherein the compressible substrate is an elastomeric polymer layer and wherein each of the force sensor elements further comprises first and second stiffeners respectively on the first and second electrodes , wherein the first electrode is interposed between the first stiffener and the compressible substrate , and wherein the second electrode is interposed between the second stiffener and the compressible substrate , characterized in that : the first and second stiffeners are metal stiffeners that allow the capacitive force sensor to be compressed without crosstalk between adjacent force sensor elements .
Composite structure for an aircraft comprising a skin panel and at least one stringer joined to the skin panel , the stringer having a foot and a web protruding from the foot , and a run-out section at one of its ends, wherein the skin panel includes a plurality of stacked plies of composite material, wherein at least part of the foot of the stringer at its run-out section is inserted between two plies of the skin panel , and it is joined with said two plies , and characterized in that the composite structure further comprises a rib joined to the skin panel and transversally arranged with respect the longitudinal axis of the stringer , and wherein the rib is also joined with the foot of the stringer at the run-out section .
Peristaltic pump , comprising - a rotary body with a plurality of squeeze sections arrange circularly distributed and moveable about a rotation axis (A), - a tube carrier for carrying a flexible tube along an arcuate engagement section arcuately surrounding the rotary body , - an actuator for selectively moving the tube carrier relative to the rotary body between a pump position in which a flexible tube carried by the tube carrier be positioned in engagement between the engagement section and at least one of the squeeze sections to allow for a pumping action when moving the rotary body about the rotation axis (A), and a release position in which the flexible tube carried by the tube carrier be disengage from the plurality of squeeze sections to allow for free flow through the flexible tube . the peristaltic pump is characterized in that the actuator is functionally connected to the tube carrier to allow for the movement of the tube carrier relative to the rotary body by a gear drive comprising a gear provided at the end of a rotational shaft of the actuator and a gear section rotatably connected to be moved about a second rotation axis (B) and provided with a pin element , wherein by operational action of the actuator , the rotational shaft is able to rotate, which rotational action is transferred to gear and then further to gear section which in turn moves the pin element along an arcuate path in an engagement groove , to lift the tube carrier from the pump position to the release position, and vice versa. - a rotary body with a plurality of squeeze sections arrange circularly distributed and moveable about a rotation axis (A), - a tube carrier for carrying a flexible tube along an arcuate engagement section arcuately surrounding the rotary body , - an actuator for selectively moving the tube carrier relative to the rotary body between a pump position in which a flexible tube carried by the tube carrier be positioned in engagement between the engagement section and at least one of the squeeze sections to allow for a pumping action when moving the rotary body about the rotation axis (A), and a release position in which the flexible tube carried by the tube carrier be disengage from the plurality of squeeze sections to allow for free flow through the flexible tube . the peristaltic pump is characterized in that the actuator is functionally connected to the tube carrier to allow for the movement of the tube carrier relative to the rotary body by a gear drive comprising a gear provided at the end of a rotational shaft of the actuator and a gear section rotatably connected to be moved about a second rotation axis (B) and provided with a pin element , wherein by operational action of the actuator , the rotational shaft is able to rotate, which rotational action is transferred to gear and then further to gear section which in turn moves the pin element along an arcuate path in an engagement groove , to lift the tube carrier from the pump position to the release position, and vice versa.
A divider arrangement configured to be arranged in connection to a package transporting conveyor belt for moving incoming packages (P) from a first conveyor belt to a second conveyor belt where the first conveyor belt is arranged parallel and adjacent to the second conveyor belt , the divider arrangement comprising a guiding device including a pair of lower guide rails between which the packages may be transported by means of the first conveyor belt and/or the second conveyor belt , characterized in that the guiding device is rigidly attached to a guiding belt being connected to two electric motors in an H-bot assembly for controllably moving the pair of lower guide rails over the first conveyor belt and second conveyor belt in a plane parallel to a top surface of the first conveyor belt and/or the second conveyor belt , a control unit is arranged to control the two electric motors and movement of the guiding device according to a desired movement scheme, a sensor is positioned at a distance from the forwardmost end of the pair of lower guide rails , the sensor being configured to detect the presence of a package (P) being transported between the pair of lower guide rails , wherein said distance is not larger than depth of the package in the direction of movement, and the control unit is arranged to receive an input signal from the sensor and control the operation of the two electric motors and thereby the movement of the guiding device based on the sensor input signal. the divider arrangement comprising a guiding device including a pair of lower guide rails between which the packages may be transported by means of the first conveyor belt and/or the second conveyor belt , characterized in that the guiding device is rigidly attached to a guiding belt being connected to two electric motors in an H-bot assembly for controllably moving the pair of lower guide rails over the first conveyor belt and second conveyor belt in a plane parallel to a top surface of the first conveyor belt and/or the second conveyor belt , a control unit is arranged to control the two electric motors and movement of the guiding device according to a desired movement scheme, a sensor is positioned at a distance from the forwardmost end of the pair of lower guide rails , the sensor being configured to detect the presence of a package (P) being transported between the pair of lower guide rails , wherein said distance is not larger than depth of the package in the direction of movement, and the control unit is arranged to receive an input signal from the sensor and control the operation of the two electric motors and thereby the movement of the guiding device based on the sensor input signal.
A regulatory fusion protein for regulating gene expression in the nucleus of a eukaryotic cell comprising - a DNA-binding domain, wherein said DNA binding domain is a mutant yeast GAL4 DNA binding domain comprising SEQ ID No.: 1 or SEQ ID No.: 8; - a hormone binding domain of the mutant rat glucocorticoid receptor Cs1/CD, and wherein said hormone binding domain of said mutant rat glucocorticoid receptor Cs1/CD comprises amino acids 524-795 (SEQ ID No.: 2), amino acids 504-795 (SEQ ID No.: 3), or 540-795 (SEQ ID No.: 4); and - a transactivation domain or a suppression domain. - a DNA-binding domain, wherein said DNA binding domain is a mutant yeast GAL4 DNA binding domain comprising SEQ ID No.: 1 or SEQ ID No.: 8; - a hormone binding domain of the mutant rat glucocorticoid receptor Cs1/CD, and wherein said hormone binding domain of said mutant rat glucocorticoid receptor Cs1/CD comprises amino acids 524-795 (SEQ ID No.: 2), amino acids 504-795 (SEQ ID No.: 3), or 540-795 (SEQ ID No.: 4); and - a transactivation domain or a suppression domain.
A cleaning device for use on-board of a vehicle, the cleaning device being configured for cleaning a surface of the vehicle, said cleaning device comprising: • a tank configured for containing a gas and a washing liquid , the tank comprising a gas feed line , a washing liquid feed line , a washing liquid filling opening and a gas filling opening , a gas outlet port and a washing liquid outlet port , • a gas pressurizing means fluidly connected to the gas filling opening and configured to pressurize the tank , • a first nozzle configured to spray the washing liquid and/or to blow the gas , the first nozzle being fluidly connected to the gas feed line and/or the washing liquid feed line , • a first valve fluidly connected to the first nozzle , characterized in that the gas pressurizing means is located totally or partly in a gas volume of the tank . • a tank configured for containing a gas and a washing liquid , the tank comprising a gas feed line , a washing liquid feed line , a washing liquid filling opening and a gas filling opening , a gas outlet port and a washing liquid outlet port , • a gas pressurizing means fluidly connected to the gas filling opening and configured to pressurize the tank , • a first nozzle configured to spray the washing liquid and/or to blow the gas , the first nozzle being fluidly connected to the gas feed line and/or the washing liquid feed line , • a first valve fluidly connected to the first nozzle ,