mhurhangee/patent-ind-claim-en huggingface dataset:
A steering assembly for a vehicle, the steering assembly comprising: a turn-signal housing having a signal portion and defining a shaft enclosure ; a steering shaft having a cancellation rib that rotates about a rotational axis and within the shaft enclosure ; a trunnion that rotates within the signal portion of the turn-signal housing about a trunnion axis to define a null position and right-turn and left-turn positions ; and a toggle having a cancellation member , wherein the toggle operates axially and rotationally with respect to the rotational axis and with respect to one of the trunnion and the turn-signal housing to define an axis of rotational movement , wherein the cancellation member in the null position is within the shaft enclosure and axially offset from the cancellation rib with respect to the rotational axis , and wherein the cancellation member in one of the right-turn and left-turn positions is within the shaft enclosure and axially aligned with respect to the rotational axis for selective engagement with the cancellation rib , wherein selective engagement of the cancellation rib with the cancellation member as the steering shaft is operated in a direction opposite to the selected turn, axially operates the toggle with respect to the rotational axis to the null position . a turn-signal housing having a signal portion and defining a shaft enclosure ; a steering shaft having a cancellation rib that rotates about a rotational axis and within the shaft enclosure ; a trunnion that rotates within the signal portion of the turn-signal housing about a trunnion axis to define a null position and right-turn and left-turn positions ; and a toggle having a cancellation member , wherein the toggle operates axially and rotationally with respect to the rotational axis and with respect to one of the trunnion and the turn-signal housing to define an axis of rotational movement , wherein the cancellation member in the null position is within the shaft enclosure and axially offset from the cancellation rib with respect to the rotational axis , and wherein the cancellation member in one of the right-turn and left-turn positions is within the shaft enclosure and axially aligned with respect to the rotational axis for selective engagement with the cancellation rib , wherein selective engagement of the cancellation rib with the cancellation member as the steering shaft is operated in a direction opposite to the selected turn, axially operates the toggle with respect to the rotational axis to the null position .
A gear device for a food machine that is configured to handle food, the device comprising: a first gear ; a second gear that meshes with the first gear ; grease that is accommodated in an internal space in which a meshing portion between the first gear and the second gear is present; and a gap portion that allows the internal space to communicate with an external space , characterized in that the first gear is made of fiber-reinforced resin, an accommodation amount of the grease is 1% or more and 30% or less of capacity of a grease accommodation space that is configured by a part of the internal space and accommodates the grease , and the grease is grease that does not correspond to food grease. a first gear ; a second gear that meshes with the first gear ; grease that is accommodated in an internal space in which a meshing portion between the first gear and the second gear is present; and a gap portion that allows the internal space to communicate with an external space , characterized in that the first gear is made of fiber-reinforced resin, an accommodation amount of the grease is 1% or more and 30% or less of capacity of a grease accommodation space that is configured by a part of the internal space and accommodates the grease , and the grease is grease that does not correspond to food grease.
An actuator assembly for a bipolar electrosurgical tool, the tool comprising a forceps having a handle portion at a proximal region for operation of the forceps by a hand of a user, wherein the tool has a longitudinal axis extending generally between a tool plug at the proximal region and at least two conducting members terminating in a heating end at a distal region operatively connected to the tool plug for applying to tissue electrical heating current introduced to the tool plug, the actuator assembly comprising: an actuating component including a switch movable between an open position and a closed position, and a connector for mounting the actuator assembly on the tool in electrical connection with the tool plug and, wherein the connector is configured for connection to an electrical generating apparatus to introduce electrical heating current to the tool plug when the actuator assembly is mounted on the tool and the switch is in the closed position; and an actuator arm mounted to the actuating component, wherein the actuator arm is configured to extend from the actuating component generally along the longitudinal axis of the tool to a side of the handle portion, the actuator arm being spaced from the handle portion in its unactuated state when the actuator assembly is mounted on the tool characterized in that the actuator arm is a lever arm and is configured for movement by the hand of the user relative to the actuating component to place the switch in the closed position in response to the movement of the actuator arm; and the actuator arm is spaced from the actuating component in its unactuated state. an actuating component including a switch movable between an open position and a closed position, and a connector for mounting the actuator assembly on the tool in electrical connection with the tool plug and, wherein the connector is configured for connection to an electrical generating apparatus to introduce electrical heating current to the tool plug when the actuator assembly is mounted on the tool and the switch is in the closed position; and an actuator arm mounted to the actuating component, wherein the actuator arm is configured to extend from the actuating component generally along the longitudinal axis of the tool to a side of the handle portion, the actuator arm being spaced from the handle portion in its unactuated state when the actuator assembly is mounted on the tool characterized in that the actuator arm is a lever arm and is configured for movement by the hand of the user relative to the actuating component to place the switch in the closed position in response to the movement of the actuator arm; and the actuator arm is spaced from the actuating component in its unactuated state.
A method for wrapping a load, comprising one or more products, with a film of wrapping material, said method comprising the following steps: a. preparing an apparatus for wrapping said load with a film of wrapping material provided with at least one device for capturing three-dimensional images, in a workplace wherein at least one said load to be wound is arranged; b. detecting, by means of said at least one device for capturing three-dimensional images, a cloud of points of a portion of said load , visible in the visual field (V) of said at least one device for capturing three-dimensional images; c. making a projection of said cloud of points on a reference plane, substantially parallel to a lying plane of said load ; d. calculating a path, based on said cloud of points projected onto said reference plane, around said visible portion of said load ; e. moving said apparatus around said visible portion of said load according to said path and simultaneously, f. wrapping said film of wrapping material around said load ; g. repeating, instant by instant, said steps (b.-f.) for successive portions of said load visible in said visual field (V) of said at least one device for capturing three-dimensional images. a. preparing an apparatus for wrapping said load with a film of wrapping material provided with at least one device for capturing three-dimensional images, in a workplace wherein at least one said load to be wound is arranged; b. detecting, by means of said at least one device for capturing three-dimensional images, a cloud of points of a portion of said load , visible in the visual field (V) of said at least one device for capturing three-dimensional images; c. making a projection of said cloud of points on a reference plane, substantially parallel to a lying plane of said load ; d. calculating a path, based on said cloud of points projected onto said reference plane, around said visible portion of said load ; e. moving said apparatus around said visible portion of said load according to said path and simultaneously, f. wrapping said film of wrapping material around said load ; g. repeating, instant by instant, said steps (b.-f.) for successive portions of said load visible in said visual field (V) of said at least one device for capturing three-dimensional images.
A method performed by a terminal for transmitting channel state information, CSI, in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, message including information for configuring a set of aperiodic CSI reference signal, CSI-RS, resources; receiving , from the base station , a medium access control, MAC, control element, CE, for selecting at least one aperiodic CSI-RS resource from the set of aperiodic CSI-RS resources; receiving, from the base station, downlink control information, DCI, for scheduling an uplink transmission, the DCI indicating a CSI-RS resource for an aperiodic report of a CSI from the at least one aperiodic CSI-RS resource; receiving, from the base station, a CSI-RS corresponding to the CSI-RS resource; and transmitting, to the base station, the CSI including a CSI parameter calculated based on the CSI-RS. receiving, from a base station, a radio resource control, RRC, message including information for configuring a set of aperiodic CSI reference signal, CSI-RS, resources; receiving , from the base station , a medium access control, MAC, control element, CE, for selecting at least one aperiodic CSI-RS resource from the set of aperiodic CSI-RS resources; receiving, from the base station, downlink control information, DCI, for scheduling an uplink transmission, the DCI indicating a CSI-RS resource for an aperiodic report of a CSI from the at least one aperiodic CSI-RS resource; receiving, from the base station, a CSI-RS corresponding to the CSI-RS resource; and transmitting, to the base station, the CSI including a CSI parameter calculated based on the CSI-RS.
A node interconnection apparatus, comprising: a computing node, comprising a first processor and a first memory; and a resource control node, comprising a second processor, a second memory, a device interconnection interface connected to the computing node, and a network interface for connecting a network storage device; wherein power to the computing node and the resource control node is supplied separately such that a power-on operation or a power-off operation is separately performed on the computing node without affecting a normal working state in which the resource control node remains; the resource control node is configured to access a virtual disk of N virtual disks of a shared storage resource pool, acquire a first operating system mirror from the virtual disk, and provide the first operating system mirror to the first memory for the computing node to start a first operating system of the computing mode; wherein the resource control node further comprises a storage interface for connecting a local storage device; the resource control node is configured to form the shared storage resource pool by using storage resources acquired from the local storage device and the network storage device and form the N virtual disks from the shared storage resource pool. a computing node, comprising a first processor and a first memory; and a resource control node, comprising a second processor, a second memory, a device interconnection interface connected to the computing node, and a network interface for connecting a network storage device; wherein power to the computing node and the resource control node is supplied separately such that a power-on operation or a power-off operation is separately performed on the computing node without affecting a normal working state in which the resource control node remains; the resource control node is configured to access a virtual disk of N virtual disks of a shared storage resource pool, acquire a first operating system mirror from the virtual disk, and provide the first operating system mirror to the first memory for the computing node to start a first operating system of the computing mode; wherein the resource control node further comprises a storage interface for connecting a local storage device; the resource control node is configured to form the shared storage resource pool by using storage resources acquired from the local storage device and the network storage device and form the N virtual disks from the shared storage resource pool.
A transaction card comprising: a card body ; an EMV chip within a pocket in the card body and a slot within the card body , wherein a first portion of the slot is formed at a first angle relative to a plane of the card body , and wherein a second portion of the slot is formed at a second angle relative to the plane of the card body ; wherein the slot includes a third portion having a third angle relative to the plane of the card body characterized in that the first portion begins at an edge of the card body and the third portion ends at a far edge of an aperture of the pocket which is the aperture edge farthest from the card edge where the slot starts. a card body ; an EMV chip within a pocket in the card body and a slot within the card body , wherein a first portion of the slot is formed at a first angle relative to a plane of the card body , and wherein a second portion of the slot is formed at a second angle relative to the plane of the card body ; wherein the slot includes a third portion having a third angle relative to the plane of the card body characterized in that the first portion begins at an edge of the card body and the third portion ends at a far edge of an aperture of the pocket which is the aperture edge farthest from the card edge where the slot starts.
A retaining wall system comprising: (a) a retaining wall facing element , the retaining wall facing element comprising a plurality of embedded retaining wall connectors comprising single section reinforcing members ; (b) a plurality of tension connectors in communication with the embedded connector single section reinforcing members; and characterized in that the retaining wall system comprises: (c) a plurality of soil reinforcing members comprising multi-section reinforcing members in communication with the tension connectors, wherein the features of the multi-section reinforcing members are based on the features of the single section reinforcing members. (a) a retaining wall facing element , the retaining wall facing element comprising a plurality of embedded retaining wall connectors comprising single section reinforcing members ; (b) a plurality of tension connectors in communication with the embedded connector single section reinforcing members; and
Drain fitting for a flushing cistern, comprising a valve body , comprising a sealing element cooperating with a valve seat , and a float , wherein the valve body with the sealing element is movable from the valve seat along a center axis (M) from a resting position into a flushing position and from the flushing position into the resting position, and a float chamber with an opening , through which the valve body extends, wherein the float is movable within the float chamber along the center axis (M) and hydraulically cooperates with the float chamber , wherein the float chamber comprises at least one guiding passage , through which, as soon as a flushing water level (S) surrounding the drain fitting has sunken to a height of the guiding passage , air from areas outside the float chamber can enter into the float chamber , such that the pressure ratios between the float chamber and the areas outside the float chamber can be equalized, wherein the float is movable from the flushing position into the resting position upon equalization of the pressure ratios, wherein the float chamber comprises a base section extending entirely around the center axis (M) and a snorkel section adjoining the base section , wherein the guiding passage is formed with a first flushing amount for the triggering of a first flushing, wherein the drain fitting furthermore comprises a control unit for the control of a second flushing amount, wherein the control unit provides with a closing weight a closing force on the valve body upon reaching a water level prescribed for the second flushing amount, wherein the closing force can be switched or transferred, respectively, from the control unit to the valve body via a switching member , and wherein the cross section of the snorkel section , when viewed perpendicular to the center axis (M), is smaller than the cross section of the base section , wherein the float extends into the snorkel section with a column section .
A method for manufacturing multilayer components, having the steps of: A) manufacturing a body which has electrically conductive layers and dielectric layers which are stacked one above the other, wherein the body has at least one cavity , B) at least partially filling the cavity with an insulation material using capillary forces, C) separating the body into at least two base bodies , wherein step C) is effected after step B), and D) applying a passivation layer to surfaces of the separated base bodies , characterised in that the passivation layer has a material which is different from the insulation material . A) manufacturing a body which has electrically conductive layers and dielectric layers which are stacked one above the other, wherein the body has at least one cavity , B) at least partially filling the cavity with an insulation material using capillary forces, C) separating the body into at least two base bodies , wherein step C) is effected after step B), and D) applying a passivation layer to surfaces of the separated base bodies , characterised in that the passivation layer has a material which is different from the insulation material .
An engineered antibody that binds human SEZ6, wherein the engineered antibody is a monoclonal IgG1 antibody that comprises (i) a cysteine residue at heavy chain position 220 and a deletion of a cysteine residue at light chain position 214, (ii) a cysteine residue at heavy chain position 220 and a substitution of a cysteine residue at light chain position 214, (iii) a cysteine residue at light chain position 214 and a deletion of a cysteine residue at heavy chain position 220, or (iv) a cysteine residue at light chain position 214 and a substitution of a cysteine residue at heavy chain position 220; wherein the engineered antibody comprises native cysteine residues at heavy chain positions 226 and 229; and wherein the residue positions are in accordance with the EU index of Kabat.
Penetrometer for measuring the penetration resistance of a ground in static mode, comprising: - at least one central rod which, at a first end , terminates in a measurement tip , - at least one hollow tube which surrounds the central rod , said rod being capable of sliding inside the hollow tube , - a drill bit which is secured to a first end of the hollow tube , and of which a lower face intended to drill the ground is provided with first driving elements , the drill bit receiving the measurement tip in an internal recess , the measurement tip being movable in the internal recess in translation along a penetration axis between a retracted position and a plurality of output positions, the penetrometer being characterized in that the measurement tip is provided with second driving elements on a lower face intended to penetrate into the ground, such that, in the retracted position of the measurement tip , the first driving elements and second driving elements define a continuous driving surface (S a ). - at least one central rod which, at a first end , terminates in a measurement tip , - at least one hollow tube which surrounds the central rod , said rod being capable of sliding inside the hollow tube , - a drill bit which is secured to a first end of the hollow tube , and of which a lower face intended to drill the ground is provided with first driving elements , the drill bit receiving the measurement tip in an internal recess , the measurement tip being movable in the internal recess in translation along a penetration axis between a retracted position and a plurality of output positions,
A hearing device comprising - a processing unit configured to compensate for hearing loss of a user of the hearing device; - a memory ; and - an interface , characterised in that the processing unit is configured to - receive a mode request via the interface, the mode request comprising a digital signature and a mode identifier indicative of the requested mode; - authenticate the mode request, wherein to authenticate the mode request comprises to verify the digital signature of the mode request; and - place the hearing device into the requested mode if authentication of the mode request succeeds. - a processing unit configured to compensate for hearing loss of a user of the hearing device; - a memory ; and - an interface , characterised in that the processing unit is configured to - receive a mode request via the interface, the mode request comprising a digital signature and a mode identifier indicative of the requested mode; - authenticate the mode request, wherein to authenticate the mode request comprises to verify the digital signature of the mode request; and - place the hearing device into the requested mode if authentication of the mode request succeeds.