mhurhangee/patent-ind-claim-en huggingface dataset:
Mask comprising: a frame ; a transparent portion supported by the frame; a seal portion mounted on the frame and adapted to be positioned on the user's face; a ventilation tube , which ventilation tube is sealingly and detachably connected to a hub which is integral to said mask and comprises passages communicating the inner compartment of the mask with said ventilation tube to supply the breathing air and discharge the expiratory air, the hub between the ventilation tube and the mask is connected to the ventilation tube by a joint having a coupling position, in which the hub and the tube are sealingly fastened to one another in an operating position, and a decoupling position of the ventilation tube from the hub wherein the ventilation tube remains connected to the hub but is free to swing around an axis transversal to the axis of the ventilation tube itself and/or the axis of the hub characterized in that the joint between the ventilation tube and the hub is of film type , wherein said film-like joint consists of a bridge of flexible material, which is fastened with the two opposite ends respectively to the ventilation tube and the hub , and wherein the said film is a separate part coupled to the external surfaces of the two opposite ends of respectively the ventilation tube and the hub . a frame ; a transparent portion supported by the frame; a seal portion mounted on the frame and adapted to be positioned on the user's face; a ventilation tube , which ventilation tube is sealingly and detachably connected to a hub which is integral to said mask and comprises passages communicating the inner compartment of the mask with said ventilation tube to supply the breathing air and discharge the expiratory air, the hub between the ventilation tube and the mask is connected to the ventilation tube by a joint having a coupling position, in which the hub and the tube are sealingly fastened to one another in an operating position, and a decoupling position of the ventilation tube from the hub wherein the ventilation tube remains connected to the hub but is free to swing around an axis transversal to the axis of the ventilation tube itself and/or the axis of the hub characterized in that the joint between the ventilation tube and the hub is of film type , wherein said film-like joint consists of a bridge of flexible material, which is fastened with the two opposite ends respectively to the ventilation tube and the hub , and wherein the said film is a separate part coupled to the external surfaces of the two opposite ends of respectively the ventilation tube and the hub .
A display apparatus , comprising: a display panel including a display surface adapted to display an image (IM) and a rear surface opposite the display surface; a cover panel attached to the rear surface of the display panel , the cover panel including a center portion and an edge portion surrounding the center portion, the center portion having a thickness (U1) greater than a thickness of the edge portion (U2); and a reinforcing member in an overlapping relationship with the edge portion of the cover panel , the reinforcing member facing the display panel such that the cover panel is between the reinforcing member and the display panel , wherein the center portion of the cover panel protrudes further from the rear surface of the display panel than the edge portion of the cover panel . a display panel including a display surface adapted to display an image (IM) and a rear surface opposite the display surface; a cover panel attached to the rear surface of the display panel , the cover panel including a center portion and an edge portion surrounding the center portion, the center portion having a thickness (U1) greater than a thickness of the edge portion (U2); and a reinforcing member in an overlapping relationship with the edge portion of the cover panel , the reinforcing member facing the display panel such that the cover panel is between the reinforcing member and the display panel , wherein the center portion of the cover panel protrudes further from the rear surface of the display panel than the edge portion of the cover panel .
An angled intraosseous access system, comprising: a needle assembly including a needle defining a needle axis and configured to access a medullary cavity of a bone; a driver rotatably coupled to the needle assembly and configured to advance the needle through a bone cortex to access the medullary cavity ; and a guide block configured to engage a skin surface and align the needle axis at a predetermined angle relative to a longitudinal axis of the medullary cavity , wherein the guide block includes a first series of notches and a second series of notches each configured to receive a portion of the driver , the first series of notches configured to align the needle axis with a first predetermined angle, the second series of notches configured to align the needle axis with a second predetermined angle different from the first predetermined angle. a needle assembly including a needle defining a needle axis and configured to access a medullary cavity of a bone; a driver rotatably coupled to the needle assembly and configured to advance the needle through a bone cortex to access the medullary cavity ; and a guide block configured to engage a skin surface and align the needle axis at a predetermined angle relative to a longitudinal axis of the medullary cavity , wherein the guide block includes a first series of notches and a second series of notches each configured to receive a portion of the driver , the first series of notches configured to align the needle axis with a first predetermined angle, the second series of notches configured to align the needle axis with a second predetermined angle different from the first predetermined angle.
A method of routing uplink packets from a user equipment, UE, the method comprising: receiving, at a network node, an uplink packet from the UE; the method being characterized in that it further comprises: determining, at the network node, Radio Access Network, RAN, context information associated with the UE that governs downlink communications between the RAN and the UE, the RAN context information including at least one of a downlink transmission schedule, a downlink Quality of Service (QoS) requirement, and one or more downlink transmission parameters ; modifying, at the network node, the uplink packet by inserting, into at least a portion of a source address field of the uplink packet , the RAN context information associated with the UE or an index corresponding to the RAN context information associated with the UE, and point of attachment information associated with the UE ; and transmitting, at the network node, the modified uplink packet towards a destination. receiving, at a network node, an uplink packet from the UE; the method being characterized in that it further comprises: determining, at the network node, Radio Access Network, RAN, context information associated with the UE that governs downlink communications between the RAN and the UE, the RAN context information including at least one of a downlink transmission schedule, a downlink Quality of Service (QoS) requirement, and one or more downlink transmission parameters ; modifying, at the network node, the uplink packet by inserting, into at least a portion of a source address field of the uplink packet , the RAN context information associated with the UE or an index corresponding to the RAN context information associated with the UE, and point of attachment information associated with the UE ; and transmitting, at the network node, the modified uplink packet towards a destination. determining, at the network node, Radio Access Network, RAN, context information associated with the UE that governs downlink communications between the RAN and the UE, the RAN context information including at least one of a downlink transmission schedule, a downlink Quality of Service (QoS) requirement, and one or more downlink transmission parameters ; modifying, at the network node, the uplink packet by inserting, into at least a portion of a source address field of the uplink packet , the RAN context information associated with the UE or an index corresponding to the RAN context information associated with the UE, and point of attachment information associated with the UE ; and transmitting, at the network node, the modified uplink packet towards a destination.
A tooling assembly for mounting a component in a powder bed additive manufacturing machine , the tooling assembly comprising: a component fixture configured for receiving the component ; a mounting plate configured for receiving the component fixture ; and a magnet assembly operably coupling the mounting plate to the component fixture for securing the component fixture to the mounting plate in a desired orientation. a component fixture configured for receiving the component ; a mounting plate configured for receiving the component fixture ; and a magnet assembly operably coupling the mounting plate to the component fixture for securing the component fixture to the mounting plate in a desired orientation.
A battery pack, comprising: a battery assembly including battery cells and spacers that are alternately arranged; a side plate extending across a side of the battery assembly; a motion prevention unit protruding from the side plate over one or more of the spacers, wherein the motion prevention unit is arranged to prevent movement of the battery cells by engaging with the top surface of at least one of the spacers; and a support portion for supporting a bottom surface of the battery assembly extending from the side plate. a battery assembly including battery cells and spacers that are alternately arranged; a side plate extending across a side of the battery assembly; a motion prevention unit protruding from the side plate over one or more of the spacers, wherein the motion prevention unit is arranged to prevent movement of the battery cells by engaging with the top surface of at least one of the spacers; and a support portion for supporting a bottom surface of the battery assembly extending from the side plate.
An active noise cancellation, ANC, system comprising: at least one controllable filter configured to generate an anti-noise signal based on an adaptive transfer characteristic and a noise signal received from a sensor , the adaptive transfer characteristic of the at least one controllable filter characterized by a set of filter coefficients; an adaptive filter controller , including a processor and memory, programmed to adapt the set of filter coefficients based on the noise signal and an error signal received from a microphone located in a cabin of a vehicle; and a divergence controller in communication with at least the adaptive filter controller , the divergence controller including a processor and memory programmed to: receive, from a vehicle sensor, sensor signals indicative of current vehicle operating conditions affecting an interior soundscape of the cabin; adjust a dynamic threshold for detecting ANC system divergence based on the sensor signals ; receive the error signal from the microphone and compute a parameter based on an analysis of at least a portion of the error signal; and modify properties of the at least one controllable filter in response to the parameter exceeding the dynamic threshold. at least one controllable filter configured to generate an anti-noise signal based on an adaptive transfer characteristic and a noise signal received from a sensor , the adaptive transfer characteristic of the at least one controllable filter characterized by a set of filter coefficients; an adaptive filter controller , including a processor and memory, programmed to adapt the set of filter coefficients based on the noise signal and an error signal received from a microphone located in a cabin of a vehicle; and a divergence controller in communication with at least the adaptive filter controller , the divergence controller including a processor and memory programmed to: receive, from a vehicle sensor, sensor signals indicative of current vehicle operating conditions affecting an interior soundscape of the cabin; adjust a dynamic threshold for detecting ANC system divergence based on the sensor signals ; receive the error signal from the microphone and compute a parameter based on an analysis of at least a portion of the error signal; and modify properties of the at least one controllable filter in response to the parameter exceeding the dynamic threshold. receive, from a vehicle sensor, sensor signals indicative of current vehicle operating conditions affecting an interior soundscape of the cabin; adjust a dynamic threshold for detecting ANC system divergence based on the sensor signals ; receive the error signal from the microphone and compute a parameter based on an analysis of at least a portion of the error signal; and modify properties of the at least one controllable filter in response to the parameter exceeding the dynamic threshold.
A wheel assembly for a vehicle, comprising: a plurality of wheel sub-assemblies, wherein each wheel sub-assembly (51-n) comprises: only one single wheel ; a respective means for connecting the wheel sub-assembly to the chassis ; a rotary drive module having a rotation axis; and a rotatable arm ; wherein the rotatable arm is arranged to extend radially from the rotation axis of the rotary drive module to couple the rotary drive module to the wheel; wherein the rotary drive module is operable to drive rotation of the rotatable arm about the rotation axis of the drive module, such that the wheel is caused to fully rotate about the rotation axis in a climbing operation; the assembly characterized by a control module comprising means for sensing stepped terrain , and in response to sensing stepped terrain, the control module is arranged to control the rotary drive modules of the plurality of wheel sub-assemblies such that the rotation of the respective wheel about the respective rotation axis enables a vehicle supported by the plurality of wheel sub-assemblies to travel over the stepped terrain. a plurality of wheel sub-assemblies, wherein each wheel sub-assembly (51-n) comprises: only one single wheel ; a respective means for connecting the wheel sub-assembly to the chassis ; a rotary drive module having a rotation axis; and a rotatable arm ; wherein the rotatable arm is arranged to extend radially from the rotation axis of the rotary drive module to couple the rotary drive module to the wheel; wherein the rotary drive module is operable to drive rotation of the rotatable arm about the rotation axis of the drive module, such that the wheel is caused to fully rotate about the rotation axis in a climbing operation; only one single wheel ; a respective means for connecting the wheel sub-assembly to the chassis ; a rotary drive module having a rotation axis; and a rotatable arm ; wherein the rotatable arm is arranged to extend radially from the rotation axis of the rotary drive module to couple the rotary drive module to the wheel; wherein the rotary drive module is operable to drive rotation of the rotatable arm about the rotation axis of the drive module, such that the wheel is caused to fully rotate about the rotation axis in a climbing operation; the assembly characterized by a control module comprising means for sensing stepped terrain , and in response to sensing stepped terrain, the control module is arranged to control the rotary drive modules of the plurality of wheel sub-assemblies such that the rotation of the respective wheel about the respective rotation axis enables a vehicle supported by the plurality of wheel sub-assemblies to travel over the stepped terrain.
A motion assistance apparatus comprising: a first support configured to support a first part of a user; a side frame configured to cover at least a portion of a side of the user; and a joint assembly connected to the side frame; the joint assembly is configured to slide relative to the side frame in a sliding direction (D1), the sliding direction (D1) being in the longitudinal direction (D1) of the side frame ; the side frame is configured to rotate relative to the first support based on an axis (A2) perpendicular to a virtual straight line, the virtual straight line being parallel with the sliding direction (D1) of the joint assembly ; characterized in that the joint assembly is configured to rotate based on a joint rotation axis (J) parallel to the axis (A2) of the side frame. a first support configured to support a first part of a user; a side frame configured to cover at least a portion of a side of the user; and a joint assembly connected to the side frame; the joint assembly is configured to slide relative to the side frame in a sliding direction (D1), the sliding direction (D1) being in the longitudinal direction (D1) of the side frame ; the side frame is configured to rotate relative to the first support based on an axis (A2) perpendicular to a virtual straight line, the virtual straight line being parallel with the sliding direction (D1) of the joint assembly ; characterized in that the joint assembly is configured to rotate based on a joint rotation axis (J) parallel to the axis (A2) of the side frame.
A cable cutter assembly for a hoist, comprising: an actuator assembly , characterized in that it comprises: at least one pressurized fluid cavity ; a first outlet port ; a solenoid comprising a coil and an armature , wherein said armature is movable between a closed position and an open position relative to said first outlet port, wherein said armature engages said first outlet port when in said closed position and is spaced from said first outlet port when and said open position; a cutter body comprising a cutter body cavity fluidly connected with said first outlet port; and a cutter disposed within said cutter body cavity; wherein disposing said armature in said open position fluidly connects said at least one pressurized fluid cavity with said cutter body cavity to move said cutter in a cable cutting direction. an actuator assembly , characterized in that it comprises: at least one pressurized fluid cavity ; a first outlet port ; a solenoid comprising a coil and an armature , wherein said armature is movable between a closed position and an open position relative to said first outlet port, wherein said armature engages said first outlet port when in said closed position and is spaced from said first outlet port when and said open position; at least one pressurized fluid cavity ; a first outlet port ; a solenoid comprising a coil and an armature , wherein said armature is movable between a closed position and an open position relative to said first outlet port, wherein said armature engages said first outlet port when in said closed position and is spaced from said first outlet port when and said open position; a cutter body comprising a cutter body cavity fluidly connected with said first outlet port; and a cutter disposed within said cutter body cavity; wherein disposing said armature in said open position fluidly connects said at least one pressurized fluid cavity with said cutter body cavity to move said cutter in a cable cutting direction.
A laundry treating apparatus comprising: a cabinet ; a drum provided inside the cabinet and formed of a metal material for accommodating a treatment target; and an induction module spaced apart from an outer circumferential surface of the drum at a predetermined interval, inducing and heating the drum , wherein the induction module includes: a base housing for accommodating a coil ; and a cover housing forming a moving space of heat generated from the coil , jointed to an upper portion of the base housing , the cover housing includes a through portion for discharging the heat by passing through the cover housing up and down, and the cover housing forms a section upwardly inclined toward the through portion to move the heat generated from the coil along the inclined section and discharge the heat to the through portion . a cabinet ; a drum provided inside the cabinet and formed of a metal material for accommodating a treatment target; and an induction module spaced apart from an outer circumferential surface of the drum at a predetermined interval, inducing and heating the drum , wherein the induction module includes: a base housing for accommodating a coil ; and a cover housing forming a moving space of heat generated from the coil , jointed to an upper portion of the base housing , the cover housing includes a through portion for discharging the heat by passing through the cover housing up and down, and the cover housing forms a section upwardly inclined toward the through portion to move the heat generated from the coil along the inclined section and discharge the heat to the through portion . a base housing for accommodating a coil ; and a cover housing forming a moving space of heat generated from the coil , jointed to an upper portion of the base housing , the cover housing includes a through portion for discharging the heat by passing through the cover housing up and down, and the cover housing forms a section upwardly inclined toward the through portion to move the heat generated from the coil along the inclined section and discharge the heat to the through portion .