mhurhangee/patent-ind-claim-en huggingface dataset:
A method for, in an access device of a communication network, controlling an uplink multicast service from a user equipment, characterized by comprising the steps of a. receiving (S 10) a multicast packet from the user equipment serving as a multicast data source through a user side port of said access device; b. obtaining (S11) a multicast property information of the multicast packet; d. according to the multicast property information of the multicast packet and uplink multicast control information corresponding to said user side port, determining (S12) whether the uplink multicast forwarding of the multicast packet is allowed; e. if the uplink multicast forwarding of the multicast packet is allowed, sending (S13) the multicast packet to a multicast router via a uplink multicast dedicated VLAN between the access device and the multicast router, which will then provide multicast service to other user equipments. a. receiving (S 10) a multicast packet from the user equipment serving as a multicast data source through a user side port of said access device; b. obtaining (S11) a multicast property information of the multicast packet; d. according to the multicast property information of the multicast packet and uplink multicast control information corresponding to said user side port, determining (S12) whether the uplink multicast forwarding of the multicast packet is allowed; e. if the uplink multicast forwarding of the multicast packet is allowed, sending (S13) the multicast packet to a multicast router via a uplink multicast dedicated VLAN between the access device and the multicast router, which will then provide multicast service to other user equipments.
A reflection mirror , having a front-back direction Z direction parallel to an optical axis (L1) of the reflection mirror , a horizontal X direction orthogonal to the front-back direction, and a vertical Y direction orthogonal to the front-back direction and the horizontal direction, wherein a Z1 direction, which is on one side in the Z direction, is referred to as a front direction, wherein a Z2 direction, which is on the other side in the Z direction, is referred to as a rear (back) direction, wherein an X1 direction, which is on one side in the X direction, is referred to as a right direction, wherein an X2 direction, which is on the other side in the X direction, is referred to as a left direction, wherein a Y1 direction, which is on one side in the Y direction, is referred to as an up direction, wherein a Y2 direction, which is on the other side in the Y direction, is referred to as a down direction, the reflection mirror comprising a concave curved reflection surface as a front surface; and a rear surface opposite the front surface, wherein a direction from the front surface toward the rear surface , oriented one way in the Z direction, is the Z2 direction, characterized in that the rear surface has a flat surface orthogonal to the Z direction, in that the rear surface includes a wall surface that rises from an entire circumference of the flat surface toward the Z2 direction so as to surround the entire circumference of the flat surface , in that the flat surface has three or more protruding portions that protrude in the Z2 direction, and in that the flat surface is a recessed portion that is recessed toward the front side, formed on the rear surface of the reflection mirror , so that the flat surface and the wall surface are formed on the rear surface .
A quantum device comprising a transistor pattern carried by a substrate , the transistor pattern comprising, stacked on top of one another: - a gate dielectric on a front face of the substrate , - a superconducting gate on an upper face of the gate dielectric , said gate having a base in contact with the upper face of the gate dielectric , a top opposite to the base and sidewalls extending between the base and the top , said gate comprising at least one superconducting region (SP) made of a material based on at least one superconducting element, the quantum device being characterised in that the gate comprises a basal portion (22 base ) and an upper portion (22 sup ), the basal portion (22 base ) extending from the base up to the upper portion (22 sup ) and the upper portion (22 sup ) extending from the basal portion (22 base ) up to the top , the basal portion (22 base ) having a first dimension L 22base , considered according to a first direction (x) of a basal plane (xy), smaller than a second dimension L 22sup of the upper portion (22 sup ), considered according to the first direction (x), and smaller than a dimension L 210 of the upper face of the gate dielectric , considered according to the first direction (x), so that the basal portion (22 base ) is set back with respect to the upper portion (22 sup ) and to the gate dielectric , according to the first direction (x), this setback forming at least one cavity , and in that the transistor pattern further comprises a dielectric portion made of a dielectric material in the at least one cavity . - a gate dielectric on a front face of the substrate , - a superconducting gate on an upper face of the gate dielectric , said gate having a base in contact with the upper face of the gate dielectric , a top opposite to the base and sidewalls extending between the base and the top , said gate comprising at least one superconducting region (SP) made of a material based on at least one superconducting element,
An infusion pump comprising: a housing with a door pivotally mounted to the housing; a tube channel positioned at least partially behind the door on the housing, the tube channel configured to hold an IV tube in the infusion pump; a pumping mechanism including a shuttle positioned behind the door; a slide clamp channel for receiving a slide clamp , characterized in that the infusion pump further comprises: a slide clamp ejection device including a solenoid configured to automatically eject the slide clamp from the slide clamp channel such that the slide clamp will no longer occlude the IV tube, and sensors arranged on the infusion pump including a first Hall effect sensor configured to detect when the door is positioned in a closed state, an optical sensor such as an optical IR sensor configured to detect when the door is latched while positioned in the closed state, and a pressure sensor configured to detect the presence of the tube at a load point along the tube channel, wherein the slide clamp is automatically ejected from the slide clamp channel when inputs from the sensors establish that the IV tube is properly installed and loaded and the door is closed and latched. a housing with a door pivotally mounted to the housing; a tube channel positioned at least partially behind the door on the housing, the tube channel configured to hold an IV tube in the infusion pump; a pumping mechanism including a shuttle positioned behind the door; a slide clamp channel for receiving a slide clamp , characterized in that the infusion pump further comprises: a slide clamp ejection device including a solenoid configured to automatically eject the slide clamp from the slide clamp channel such that the slide clamp will no longer occlude the IV tube, and sensors arranged on the infusion pump including a first Hall effect sensor configured to detect when the door is positioned in a closed state, an optical sensor such as an optical IR sensor configured to detect when the door is latched while positioned in the closed state, and a pressure sensor configured to detect the presence of the tube at a load point along the tube channel, wherein the slide clamp is automatically ejected from the slide clamp channel when inputs from the sensors establish that the IV tube is properly installed and loaded and the door is closed and latched. a slide clamp ejection device including a solenoid configured to automatically eject the slide clamp from the slide clamp channel such that the slide clamp will no longer occlude the IV tube, and sensors arranged on the infusion pump including a first Hall effect sensor configured to detect when the door is positioned in a closed state, an optical sensor such as an optical IR sensor configured to detect when the door is latched while positioned in the closed state, and a pressure sensor configured to detect the presence of the tube at a load point along the tube channel, wherein the slide clamp is automatically ejected from the slide clamp channel when inputs from the sensors establish that the IV tube is properly installed and loaded and the door is closed and latched.
Isolated nanovesicles derived from an extracellular matrix for use in treating: glaucoma in a subject; retinal ganglion cell degeneration caused by injury or a genetic disorder in a subject; pressure-independent glaucomatous optic neuropathy, ischemic optic neuropathy, inflammatory optic neuropathy, compressive optic neuropathy or traumatic optic neuropathy in a subject; or arteritic ischemic optic neuropathy, arteritic ischemic optic neuropathy associated with giant cell arteritis, nonarteritic ischemic optic neuropathy, infiltrative optic neuropathy, infiltrative optic neuropathy associated with sarcoidosis, infectious optic neuropathy, infectious optic neuropathy associated with syphilis, infectious optic neuropathy associated with Lyme disease, infectious optic neuropathy associated with toxoplasmosis, infectious optic neuropathy associated with herpes zoster, optic neuritis from demyelinating disease, posradiation optic neuropathy, acrodermatitis enteropathica, hereditary optic neuropathy, hereditary optic neuropathy associated with dominant optic neuropathy, compressive optic neuropathy, compressive optic neuropathy associated with orbital pseudotumor, compressive optic neuropathy associated with thyroid eye disease, autoimmune optic neuropathy, or autoimmune optic neuropathy associated with Lupus in a subject, wherein the nanovesicles maintain expression of F4/80 and CD-11b on macrophages in the subject, wherein the nanovesicles comprise lysyl oxidase, and wherein the nanovesicles a) do not express CD63 or CD81, or b) are CD63 lo CD81 lo . glaucoma in a subject; retinal ganglion cell degeneration caused by injury or a genetic disorder in a subject; pressure-independent glaucomatous optic neuropathy, ischemic optic neuropathy, inflammatory optic neuropathy, compressive optic neuropathy or traumatic optic neuropathy in a subject; or arteritic ischemic optic neuropathy, arteritic ischemic optic neuropathy associated with giant cell arteritis, nonarteritic ischemic optic neuropathy, infiltrative optic neuropathy, infiltrative optic neuropathy associated with sarcoidosis, infectious optic neuropathy, infectious optic neuropathy associated with syphilis, infectious optic neuropathy associated with Lyme disease, infectious optic neuropathy associated with toxoplasmosis, infectious optic neuropathy associated with herpes zoster, optic neuritis from demyelinating disease, posradiation optic neuropathy, acrodermatitis enteropathica, hereditary optic neuropathy, hereditary optic neuropathy associated with dominant optic neuropathy, compressive optic neuropathy, compressive optic neuropathy associated with orbital pseudotumor, compressive optic neuropathy associated with thyroid eye disease, autoimmune optic neuropathy, or autoimmune optic neuropathy associated with Lupus in a subject,
A method for communicating using dynamic uplink and downlink transmission time interval, TTI, switching in a wireless network, comprising: receiving a notification from a network entity of switching a configurable TTI from downlink communications to uplink communications, wherein the configurable TTI is one of a plurality of TTIs in a frame structure that allows dynamic switching of configurable TTIs between downlink and uplink communications within a frame; and transmitting uplink communications to the network entity during the configurable TTI based at least in part on the notification. receiving a notification from a network entity of switching a configurable TTI from downlink communications to uplink communications, wherein the configurable TTI is one of a plurality of TTIs in a frame structure that allows dynamic switching of configurable TTIs between downlink and uplink communications within a frame; and transmitting uplink communications to the network entity during the configurable TTI based at least in part on the notification.
Recording unit arranged to be connected to a medicament delivery device, which recording unit comprises a generally elongated housing (10; 90) having dimensions so as to enclose at least a distal part of the medicament delivery device , the recording unit comprising a recording mechanism (60; 120) provided with an electronic circuit (64; 134) and arranged at a distal end inside said housing, said electronic circuit comprising an activation element (40; 108) operably arranged to activate said electronic circuit (64; 134) when said medicament delivery device is inserted in said housing, said electronic circuit (64; 134) comprising a force sensor or a motion sensor (80; 140) capable of sensing status changes of said medicament delivery device during use, characterised in that the recording unit further comprises a resilient force member (48; 109) arranged between the medicament delivery device and the electronic circuit, and in contact with the electronic circuit (64; 134), for urging the medicament delivery device in the proximal direction.
A torsion bar spring , comprising: a first elongated spring bar made of a resiliently flexible material and having a first coupling interface portion at a distal end and an interior opening oriented along a longitudinal axis ; and a second elongated spring bar made of a resiliently flexible material and having a second coupling interface portion at the distal end, wherein the second elongated spring bar is disposed at least partially in the interior opening of the first elongated spring bar and the first and second elongated spring bars are directly fixedly coupled to one another at the first and second coupling interface portions such that uncoupled portions of the first and second elongated spring bars are rotatable relative to one another about the longitudinal axis; and characterised in that the first coupling interface portion includes one or more openings configured to receive weld material and to provide access to a surface of the second coupling interface portion for application of a plug weld to the one or more openings and the surface, to couple the first coupling interface portion and the second coupling interface portion to one another. a first elongated spring bar made of a resiliently flexible material and having a first coupling interface portion at a distal end and an interior opening oriented along a longitudinal axis ; and a second elongated spring bar made of a resiliently flexible material and having a second coupling interface portion at the distal end, wherein the second elongated spring bar is disposed at least partially in the interior opening of the first elongated spring bar and the first and second elongated spring bars are directly fixedly coupled to one another at the first and second coupling interface portions such that uncoupled portions of the first and second elongated spring bars are rotatable relative to one another about the longitudinal axis; and characterised in that the first coupling interface portion includes one or more openings configured to receive weld material and to provide access to a surface of the second coupling interface portion for application of a plug weld to the one or more openings and the surface, to couple the first coupling interface portion and the second coupling interface portion to one another.
A spiral housing of a radial fan, with a flow cross-sectional area which, starting from a housing tongue , increases in the circumferential direction, around a fan impeller which can be arranged on a central axial axis, wherein the flow cross-sectional area is determined via a contour of at least one axial side part of the spiral housing, wherein the side part has an axial suction opening with an opening edge section surrounding said suction opening, which is directly adjoined viewed in the radial direction by a transition section extending in the circumferential direction, which transition section, in a starting section which extends from the housing tongue in the circumferential direction over a predetermined angle, is spaced apart in the axial direction relative to the opening edge section and has a course which increases the flow cross section in the circumferential direction, until axial surfaces of the opening edge section and of the transition section extend in the same plane, wherein a middle section adjoins the starting section in the circumferential direction, in which middle section the axial surfaces of the opening edge section and of the transition section extend in the same plane perpendicularly to the rotation axis, and as a result the flow cross section formed by the transition section is constant, characterize in that an end section adjoins the middle section in the circumferential direction, in which end section the transition section forms an axial step which is directed in the axial direction inward and which decreases the flow cross section and the axial step is configured to be offset in the circumferential direction relative to the housing tongue .
Waste container comprising a tank open at its upper end and a lid (10; 30; 72; 90) movable about a horizontal hinge (14; 74) relative to the tank between a closed configuration in which it closes the upper end of the tank and an open configuration, the waste container further comprising, on one of its walls visible from the outside when the lid is closed, a display device (16; 38; 80; 96) comprising at least one element (28; 42; 84; 98) movable between two indication positions, characterised in that the display device (16; 38; 80; 96) bears information concerning two different portions and is arranged so that, in each of the two indication positions of the movable element (28; 30; 48; 98), only one portion of the device is visible, a different portion of the device being visible in each of the positions.
A gearshift lever device that allows a gearshift lever to be operated in both an auto mode and a manual mode, comprising: the gearshift lever ; a spherical portion that is formed in a lower portion of the gearshift lever and supports the gearshift lever while allowing the gearshift lever to be moved in a front-rear direction in the auto mode or the manual mode and supports the gearshift lever while allowing the gearshift lever to be moved in a right-left direction to switch between the auto mode or the manual mode; a compression rod that is arranged in the gearshift lever movably in a vehicle top-down direction and that, when an operation portion formed on the gearshift lever is operated in the auto mode, is moved downward in the gearshift lever to enable operations of the gearshift lever in the front-rear direction; an elastic body that is arranged at a lower portion in the gearshift lever and pushes the compression rod upward; and a support member that is attached to the gearshift lever and supports a lower portion of the elastic body, wherein the support member includes an insertion portion that is inserted from an opening at a lower end of the gearshift lever , characterized in that the support member further includes a lock portion that is locked in a lock hole in the gearshift lever with the insertion portion inserted in the gearshift lever
A load floor assembly for a vehicle having a storage compartment , the assembly comprising a load floor , mountable to the vehicle inboard of a rear door thereof, and which, in use, defines the floor of the storage compartment at least in part; and a platform movably mounted with respect to the load floor , wherein the platform is movable between a deployed position and a retracted position independently of the rear door of a vehicle within which the assembly is comprised, wherein: in the deployed position, the platform extends horizontally from an outer edge of the load floor and provides an extension thereto, the load floor and the platform forming a substantially planar surface; and in the retracted position, the platform extends, in use, upwardly from the load floor within said storage compartment such that the rear door is able to close the storage compartment with the platform therein. a load floor , mountable to the vehicle inboard of a rear door thereof, and which, in use, defines the floor of the storage compartment at least in part; and a platform movably mounted with respect to the load floor , wherein the platform is movable between a deployed position and a retracted position independently of the rear door of a vehicle within which the assembly is comprised, wherein: in the deployed position, the platform extends horizontally from an outer edge of the load floor and provides an extension thereto, the load floor and the platform forming a substantially planar surface; and in the retracted position, the platform extends, in use, upwardly from the load floor within said storage compartment such that the rear door is able to close the storage compartment with the platform therein. in the deployed position, the platform extends horizontally from an outer edge of the load floor and provides an extension thereto, the load floor and the platform forming a substantially planar surface; and in the retracted position, the platform extends, in use, upwardly from the load floor within said storage compartment such that the rear door is able to close the storage compartment with the platform therein.
A machining device for an element to be machined, in particular a metal container, said device comprising: a moving unit designed to perform a cyclical movement, in particular, a machining unit which is designed to be moveable relative to the moving unit at least in the direction of movement of the moving unit inside the machining device and which is designed to machine the element to be machined with a relative speed, in the direction of movement relative to the element to be machined, which is reduced in comparison with that of the moving unit , in particular to zero, and a control element , wherein the moving unit is provided with an acceleration unit , characterized in that the control element and the acceleration unit are designed in such a way that a movement of at least one part of the acceleration unit with at least one component of movement transverse to the direction of movement of the moving unit is mechanically associated with a movement of the moving unit relative to the control element , and in that the acceleration unit is designed in such a way that producing a relative acceleration of the machining unit in relation to the moving unit in the direction of movement of the moving unit is mechanically associated with the movement of at least said part of the acceleration unit . a moving unit designed to perform a cyclical movement, in particular, a machining unit which is designed to be moveable relative to the moving unit at least in the direction of movement of the moving unit inside the machining device and which is designed to machine the element to be machined with a relative speed, in the direction of movement relative to the element to be machined, which is reduced in comparison with that of the moving unit , in particular to zero, and a control element , wherein the moving unit is provided with an acceleration unit , characterized in that the control element and the acceleration unit are designed in such a way that a movement of at least one part of the acceleration unit with at least one component of movement transverse to the direction of movement of the moving unit is mechanically associated with a movement of the moving unit relative to the control element , and in that the acceleration unit is designed in such a way that producing a relative acceleration of the machining unit in relation to the moving unit in the direction of movement of the moving unit is mechanically associated with the movement of at least said part of the acceleration unit .