mhurhangee/patent-ind-claim-en huggingface dataset:
Opening/closing device for a container for pourable products, having at least one perforable portion , said opening/closing device comprising a collar combinable with said container at said perforable portion, a cap constrainedly movable by first guiding means , which are interposed between said cap and said collar , on the outer surface of said collar , and a cutting element constrainedly movable by second guiding means , which are interposed between said cutting element and said collar , inside said collar for severing said perforable portion, said device further comprising pushing means for said cutting element , which are actuated by said cap during at least its first displacement on said outer surface of said collar , for promoting the displacement inside said collar of said at least one cutting element in the direction of said perforable portion, wherein said cap is provided with at least one through hole for pouring said pourable product and with at least one lid integrally constrained to said cap and adapted to seal, or open, the passage of said at least one through hole , said first guiding means only rotatably constraining said cap to said collar , characterized further comprising means for limiting the rotation of said cap with respect to the outer surface of said collar between a first assembled position (P1) for said opening/closing device and a second locked position (P2) of said cap on said collar , and in that by comprising a retaining ring integrally constrained at the lower end of said cap by a plurality of frangible bridges, said frangible bridges being severed at least when said cap is displaced from said first assembled position.
A tool holder for a machining tool of a machine tool, wherein a machining force (F) acts on the tool holder along a force path in an intended machining state (B), wherein the tool holder contains a force transducer , which is coupled metrologically to the force path for capturing a measurement variable (M) correlated with the machining force (F), wherein the tool holder contains a communication element , which is connected to the force transducer for transmitting the measurement variable (M) to the communication element , wherein the communication element is designed to transmit the measurement variable (M) to a remote station , wherein the force transducer is arranged in the interior of the tool holder in a recess introduced into the tool holder , characterised in that the force transducer is designed as a fitting element for the recess in the form of a force-measuring pin, wherein the force-measuring pin is pressed into a bore as a recess in an accurately fitting manner, wherein the tool holder contains an energy source in the form of a battery or an accumulator or an energy receiver functioning on an inductive or capacitive principle for supplying the force transducer and/or the communication element with energy, and wherein the energy source contains an energy harvesting module for energy recovery, which energy stems from a rotation or acceleration or friction or light from the operation of the machine tool.
Apparatus for use in heating at least one cell in a cell-based composite structure , comprising: a tooling block configured to be inserted into the cell , the tooling block including a tool body formed of a material transparent to an electromagnetic field and at least one susceptor embedded within the tool body , said susceptor being responsive to electromagnetic energy from a source thereof for heating at least a portion of the cell , wherein: the tool body has an outer peripheral surface configured to contact walls of the cell, and the susceptor includes multiple susceptor elements embedded in and located proximal to the outer peripheral surface of the tool body. the tool body has an outer peripheral surface configured to contact walls of the cell, and the susceptor includes multiple susceptor elements embedded in and located proximal to the outer peripheral surface of the tool body.
Three-dimensional, thermoplastically moulded, inflatable tubular support structures , which are each formed from a sandwich structure of perforated thermoplastic film , core material and airtight film from the inside to the outside, wherein the support structures have a symmetrical and likewise conical shape of the support structures with reduced tube diameters at the ends, and have been subdivided by cutting after thermoplastic moulding of the support structures .
A method comprising: receiving, at a mobile device, policy information that describes one or more policies for providing an application of the mobile device with access to at least one resource accessible through an access gateway; determining that the mobile device has a ticket that is valid, wherein the ticket is configured to provide authentication in connection with establishing a per-application policy-controlled virtual private network (VPN) tunnel for the application to the at least one resource, wherein the ticket includes a validity duration; analyzing policy information to determine that network access to the at least one resource is permitted; transmitting the ticket to the access gateway as part of a process for establishing the VPN tunnel; accessing the at least one resource via the VPN tunnel; transmitting, during the validity duration, the ticket to the access gateway to cause the per-application policy-controlled VPN tunnel to be re-established a first time; closing the per-application policy-controlled VPN tunnel after re-establishing the per-application policy-controlled VPN tunnel the first time; and after closing the per-application policy-controlled VPN tunnel , transmitting, during the validity duration, the ticket to the access gateway to cause the per-application policy-controlled VPN tunnel to be re-established a second time. receiving, at a mobile device, policy information that describes one or more policies for providing an application of the mobile device with access to at least one resource accessible through an access gateway; determining that the mobile device has a ticket that is valid, wherein the ticket is configured to provide authentication in connection with establishing a per-application policy-controlled virtual private network (VPN) tunnel for the application to the at least one resource, wherein the ticket includes a validity duration; analyzing policy information to determine that network access to the at least one resource is permitted; transmitting the ticket to the access gateway as part of a process for establishing the VPN tunnel; accessing the at least one resource via the VPN tunnel; transmitting, during the validity duration, the ticket to the access gateway to cause the per-application policy-controlled VPN tunnel to be re-established a first time; closing the per-application policy-controlled VPN tunnel after re-establishing the per-application policy-controlled VPN tunnel the first time; and after closing the per-application policy-controlled VPN tunnel , transmitting, during the validity duration, the ticket to the access gateway to cause the per-application policy-controlled VPN tunnel to be re-established a second time.
A dual auto hydrant for selectively supplying compressed air and water to a snowmaking gun, the dual auto hydrant being characterized by comprising: a hydrant base having an outer surface with a bottom end and a top end , a cylinder oriented along an axis from the bottom end to the top end , the hydrant base further comprising: a water inlet port passing between the outer surface and the cylinder ; a water outlet port passing between the outer surface and the cylinder ; a compressed air inlet port passing between the outer surface and the cylinder a compressed air outlet port passing between the outer surface and the cylinder ; and a compressed air drain passing between the outer surface and the cylinder ; a piston having a distal end and a proximal end, the piston passing through the cylinder , the piston further comprising a plurality of seals formed circumferentially around the piston at selected locations along a length of the piston ; a controller housing coupled to the hydrant base ; a rack and pinion mechanism disposed inside the controller housing and coupled to the proximal end of the piston ; and a hydrant control lever coupled to the rack and pinion mechanism to selectively drive the piston to any one of three operating positions, hydrant closed position, hydrant air open water closed position and hydrant air open water open position, in that order or reverse order. a hydrant base having an outer surface with a bottom end and a top end , a cylinder oriented along an axis from the bottom end to the top end , the hydrant base further comprising: a water inlet port passing between the outer surface and the cylinder ; a water outlet port passing between the outer surface and the cylinder ; a compressed air inlet port passing between the outer surface and the cylinder a compressed air outlet port passing between the outer surface and the cylinder ; and a compressed air drain passing between the outer surface and the cylinder ; a water inlet port passing between the outer surface and the cylinder ; a water outlet port passing between the outer surface and the cylinder ; a compressed air inlet port passing between the outer surface and the cylinder a compressed air outlet port passing between the outer surface and the cylinder ; and a compressed air drain passing between the outer surface and the cylinder ; a piston having a distal end and a proximal end, the piston passing through the cylinder , the piston further comprising a plurality of seals formed circumferentially around the piston at selected locations along a length of the piston ; a controller housing coupled to the hydrant base ; a rack and pinion mechanism disposed inside the controller housing and coupled to the proximal end of the piston ; and a hydrant control lever coupled to the rack and pinion mechanism to selectively drive the piston to any one of three operating positions, hydrant closed position, hydrant air open water closed position and hydrant air open water open position, in that order or reverse order.
Flat jet nozzle for removing material or soil by means of a high-pressure liquid jet at a pressure range of more than 100 bar, having a nozzle housing , wherein the nozzle housing forms a fluid duct having an exit opening , wherein the exit opening is disposed in an end portion of the fluid duct , and wherein the fluid duct up to the exit opening is configured so as to be concentric with a longitudinal central axis of the fluid duct , wherein the exit opening has an elongate shape having a comparatively long main axis and a comparatively short subsidiary axis , wherein a plane in which the comparatively long main axis lies and which is disposed so as to be perpendicular to the comparatively short subsidiary axis intersects the longitudinal central axis and in relation to the longitudinal central axis encloses an angle (α) between 10° and 45°, and wherein the exit opening is shaped and arranged such that a plane of the delivered flat jet , that thus lies so as to be approximately centric within the delivered flat jet , is disposed so as to be oblique or perpendicular to the longitudinal central axis and so as to intersect the longitudinal central axis , characterized in that the exit opening is disposed in an end portion of the fluid duct , having a spherical-segment shape, and in that the exit opening has an elliptic or near-elliptic shape.
An electric power steering device, comprising: an electric motor that causes a vehicle steering mechanism to rotate; and a control unit configured to drive the motor , the motor having a stator including two independent windings with respect to a single rotor , and the control unit being formed of two control systems that supply control signals to each of the motor windings, wherein the control unit is configured so as to, when an abnormality occurs in one winding of the motor or in one control system inside the control unit , cut a supply of current to the winding in which the abnormality has occurred to zero and drive the motor by supplying a predetermined current necessary at a normal time to the other winding, and is configured so as to share a supply of current between the two windings at a time of normal drive when no abnormality has occurred, thereby driving the motor , characterized in that the control unit is further configured to detect or estimate a temperature of the windings at a normal time, and to adjust a share ratio in accordance with the temperatures. an electric motor that causes a vehicle steering mechanism to rotate; and a control unit configured to drive the motor , the motor having a stator including two independent windings with respect to a single rotor , and the control unit being formed of two control systems that supply control signals to each of the motor windings, wherein the control unit is configured so as to, when an abnormality occurs in one winding of the motor or in one control system inside the control unit , cut a supply of current to the winding in which the abnormality has occurred to zero and drive the motor by supplying a predetermined current necessary at a normal time to the other winding, and is configured so as to share a supply of current between the two windings at a time of normal drive when no abnormality has occurred, thereby driving the motor , characterized in that the control unit is further configured to detect or estimate a temperature of the windings at a normal time, and to adjust a share ratio in accordance with the temperatures.
A circuit for controlling slew rate of a high-side switching element in a load switch , the circuit comprising: a variable current source for setting a slew rate comprising first and second current sources ; a differential amplifier comprising: a first input coupled to a reference voltage source ; a second input coupled to the variable current source ; and an output for a signal for driving the switching element; and a feedback path from a circuit input , connected or connectable to an output of the switching element, to the second input of the amplifier, the feedback path including a series voltage-differentiating element characterised in that the first and second current sources are variable current sources and the variable current source is a programmable current source controllable by control logic to allow the slew rate to be varied according to application and adjusted according to load conditions. a variable current source for setting a slew rate comprising first and second current sources ; a differential amplifier comprising: a first input coupled to a reference voltage source ; a second input coupled to the variable current source ; and an output for a signal for driving the switching element; and a first input coupled to a reference voltage source ; a second input coupled to the variable current source ; and an output for a signal for driving the switching element; and a feedback path from a circuit input , connected or connectable to an output of the switching element, to the second input of the amplifier, the feedback path including a series voltage-differentiating element characterised in that the first and second current sources are variable current sources and the variable current source is a programmable current source controllable by control logic to allow the slew rate to be varied according to application and adjusted according to load conditions.
A communication method, carried out at a target network device, the method comprising: acquiring, by the target network device, context information of a terminal device under a trigger of the terminal device when the terminal device in a Radio Resource Control, RRC, inactive state moves from a source Public Land Mobile Network, PLMN, to a target PLMN or moves from a source core network to a target core network, wherein the acquiring comprises receiving, by the target network device, the context information of the terminal device sent by the terminal device, and the target network device is a target core network device included in the target core network or a target PLMN device included in the target PLMN; performing (S320), by the target network device, communication with the terminal device according to the context information; characterized by after receiving, by the target network device, the context information sent by the terminal device, sending, by the target network device, first indication information to the terminal device, wherein the first indication information is to instruct the terminal device to release the context information. acquiring, by the target network device, context information of a terminal device under a trigger of the terminal device when the terminal device in a Radio Resource Control, RRC, inactive state moves from a source Public Land Mobile Network, PLMN, to a target PLMN or moves from a source core network to a target core network, wherein the acquiring comprises receiving, by the target network device, the context information of the terminal device sent by the terminal device, and the target network device is a target core network device included in the target core network or a target PLMN device included in the target PLMN; performing (S320), by the target network device, communication with the terminal device according to the context information; characterized by after receiving, by the target network device, the context information sent by the terminal device, sending, by the target network device, first indication information to the terminal device, wherein the first indication information is to instruct the terminal device to release the context information.
Method for commissioning and/or maintaining a regulation and control device (RSG1, RSG2) for field devices (FG1, FG2) for building automation, (VS1) wherein a communication link (KV1, KV3) is produced between the regulation and control device (RSG1, RSG2) and a mobile communication terminal (MG1, MG2) of a user (B1, B2); (VS2) wherein the mobile communication terminal (MG1, MG2) is designed to query, by way of the communication link (KV1, KV3), an identification code (IC), current configuration data (KD) and current data points (DP) of the regulation and control device (RSG1, RSG2), wherein a data point (DP) represents the state of a parameter of a field device (FG1, FG2) connected to the regulation and control device (RSG1, RSG2) ; (VS3) wherein the mobile communication terminal (MG1, MG2) is further designed to communicate with a central point (ZS1, ZS2) by way of a further communication link (KV2, KV4), wherein a BIM model (BIM) of the corresponding building (GB1, GB2) is stored in the central point (ZS1, ZS2); (VS4) wherein the current data (KD, DP) of the regulation and control device (RSG1, RSG2) is related to the data of the regulation and control device (RSG1, RSG2) stored in the BIM model (BIM) by way of the identification code (IC); and (VS5) wherein the mobile communication terminal (MG1, MG2) is designed to provide dedicated handling instructions (HA) for the user (B1, B2), based on the current configuration data (KD), the current data points (DP), the data of the regulation and control device (RSG1, RSG2) stored in the BIM model (BIM), wherein the installation site of the regulation and control device (RSG1, RSG2) in a building is communicated by a corresponding position signal (POS) to the mobile communication terminal (MG1, MG2), characterised in that the position signal is emitted by the regulation and control device, wherein the dedicated handling instructions (HA) are processed on the mobile communication terminal (MG1, MG2) of the user (B1, B2) as a series of instructions for field devices (FG1, FG2) connected to the regulation and control device (RSG1, RSG2), wherein measured values of sensors, which are connected to the regulation and control device (RSG1, RSG2) using data technology, are detected by the mobile communication terminal (MG1, MG2) as a result of the instructions for the field devices (FG1, FG2), wherein, on the basis of the measured values of the sensors, further handling instructions (HA) for the user (B1, B2) are provided on the mobile communication terminal (MG1, MG2).
A composition for a secondary battery porous membrane comprising: inorganic oxide particles X; a metal hydroxide Y; a binder; and water, wherein the metal hydroxide Y is a divalent or trivalent hydroxide, and the metal hydroxide Y is contained in an amount of at least 0.001 parts by mass and not more than 10 parts by mass per 100 parts by mass of the inorganic oxide particles X. inorganic oxide particles X; a metal hydroxide Y; a binder; and water, wherein the metal hydroxide Y is a divalent or trivalent hydroxide, and the metal hydroxide Y is contained in an amount of at least 0.001 parts by mass and not more than 10 parts by mass per 100 parts by mass of the inorganic oxide particles X.
A wound dressing comprising a substrate including first yarns and second yarns , the first yarns including at least one fiber comprising at least one of a cellulosic material or a bast fiber, and the second yarns including at least one fiber comprising an alternative polymeric material, wherein at least one of the first and second yarns includes at least one monofilament bi-component fiber fabricated by co-extruding two distinct polymers.
A method for generating a mechanical wave, comprising: generating, using a wave generator , at least one high amplitude broadband mechanical pulse; characterized in that the method further comprises: coupling the at least one broadband mechanical pulse into a proximal end of a non-dispersive transmission member , at least a section of the non-dispersive transmission member being inserted into a blood vessel, the distal end of the non-dispersive transmission member being positioned adjacent to a lesion in said blood vessel; propagating the at least one broadband mechanical pulse into the non-dispersive transmission member from the proximal end to a distal end thereof; and transmitting the at least one mechanical pulse at the distal end of the transmission member. coupling the at least one broadband mechanical pulse into a proximal end of a non-dispersive transmission member , at least a section of the non-dispersive transmission member being inserted into a blood vessel, the distal end of the non-dispersive transmission member being positioned adjacent to a lesion in said blood vessel; propagating the at least one broadband mechanical pulse into the non-dispersive transmission member from the proximal end to a distal end thereof; and transmitting the at least one mechanical pulse at the distal end of the transmission member.