mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid diffusion appliance configured to receive a replaceable cartridge and generate aerosolized matter from liquid contained within the replaceable cartridge , the liquid diffusion appliance comprising: an appliance housing including a cartridge port through which to receive the replaceable cartridge , the appliance housing including one or more external housing pieces and one or more internal housing pieces coupled together to define a cartridge cavity extending into the appliance housing from the cartridge port ; and a lift mechanism provided within the appliance housing for moving the replaceable cartridge at least between a cartridge loading position and an operational positon, the lift mechanism including a lift carriage configured to move within the cartridge cavity , characterized in that the lift mechanism includes an air stem provided on the lift carriage , the air stem being removably insertable in the replaceable cartridge for supplying air to the replaceable cartridge during use. an appliance housing including a cartridge port through which to receive the replaceable cartridge , the appliance housing including one or more external housing pieces and one or more internal housing pieces coupled together to define a cartridge cavity extending into the appliance housing from the cartridge port ; and a lift mechanism provided within the appliance housing for moving the replaceable cartridge at least between a cartridge loading position and an operational positon, the lift mechanism including a lift carriage configured to move within the cartridge cavity , characterized in that the lift mechanism includes an air stem provided on the lift carriage , the air stem being removably insertable in the replaceable cartridge for supplying air to the replaceable cartridge during use.
A wireless transmit/receive unit, WTRU, comprising: a processor ; and a transceiver ; the transceiver configured to receive configuration information indicating a location of a monitoring indicator to be carried in downlink control information, DCI, and identifying a first one or more search spaces and a second one or more search spaces; the transceiver configured to receive a first physical downlink control channel, PDCCH, transmission including first DCI, the first DCI including the monitoring indicator at the indicated location; the transceiver configured to monitor, based on the monitoring indicator, either the first one or more search spaces or the second one or more search spaces; and the transceiver configured to decode a second PDCCH transmission detected in either the first one or more search spaces or the second one or more search spaces to receive second DCI. a processor ; and a transceiver ; the transceiver configured to receive configuration information indicating a location of a monitoring indicator to be carried in downlink control information, DCI, and identifying a first one or more search spaces and a second one or more search spaces; the transceiver configured to receive a first physical downlink control channel, PDCCH, transmission including first DCI, the first DCI including the monitoring indicator at the indicated location; the transceiver configured to monitor, based on the monitoring indicator, either the first one or more search spaces or the second one or more search spaces; and the transceiver configured to decode a second PDCCH transmission detected in either the first one or more search spaces or the second one or more search spaces to receive second DCI.
A system comprising a probe device for ultrasonic inspection, said device comprising: a body having a first end , a second end , and a longitudinal axis extending therebetween; a probe element disposed proximate to the first end of the body , the probe element comprising a first set of transducers; a probe control component coupled with the first set of transducers, the probe control component having hardware to generate signals to selectively energize one or more of the first set of transducers; a fluid circulating system extending from the first end to the second end of the body , the fluid circulating system having a first port proximate to the probe element ; and a rotary component coupled with the second end of the probe device, the rotary component having a first part, a second part that rotates relative to the first part and a coupling structure that couples the first part with the second part, the coupling structure being configured to permit fluid and signal communication between the first part and the second part; and characterized by a tether component coupled with the probe device at a first end , the tether component comprising a first tether link and a second tether link that adjoin one another at a rotating joint; and an actuator coupled with the tether component at a second end , the actuator comprising a spooling mechanism that houses the first tether link and the second tether link in a spooled configuration. a body having a first end , a second end , and a longitudinal axis extending therebetween; a probe element disposed proximate to the first end of the body , the probe element comprising a first set of transducers; a probe control component coupled with the first set of transducers, the probe control component having hardware to generate signals to selectively energize one or more of the first set of transducers; a fluid circulating system extending from the first end to the second end of the body , the fluid circulating system having a first port proximate to the probe element ; and a rotary component coupled with the second end of the probe device, the rotary component having a first part, a second part that rotates relative to the first part and a coupling structure that couples the first part with the second part, the coupling structure being configured to permit fluid and signal communication between the first part and the second part; and characterized by a tether component coupled with the probe device at a first end , the tether component comprising a first tether link and a second tether link that adjoin one another at a rotating joint; and an actuator coupled with the tether component at a second end , the actuator comprising a spooling mechanism that houses the first tether link and the second tether link in a spooled configuration.
A permanent structural link for permanently linking a first subassembly of a rail vehicle assembly with a second subassembly of the rail vehicle assembly, wherein the first subassembly and the second subassembly consist either of a first vehicle body and a second vehicle body or of a vehicle body and a running gear , wherein the structural link comprises: - an energy absorption unit comprising a permanently deformable cylinder , which defines a reference axis and a widened portion , which has an inner cross-sectional area greater than the permanently deformable cylinder , - a piston comprising an end portion provided with a non-deformable piston head , wherein the piston head in a service position is received in the widened portion of the energy absorption unit , wherein the piston head is such as to effect a radial expansion of the permanently deformable cylinder while moving within the permanently deformable cylinder in a stroke direction parallel to the reference axis , and - an annular guide for guiding a relative translation motion between the piston and the permanently deformable cylinder in the stroke direction , characterised in that the piston comprises a piston rod protruding from the end portion in a direction parallel to the reference axis and opposed to the stroke direction , the piston rod is provided with an outer cylindrical sliding surface , and the annular guide is fixed relative to the widened portion of the energy absorption unit and has an inner diameter such as to be in sliding contact with the outer cylindrical sliding surface of the piston rod at least when the piston head , after leaving the service position, moves towards the end position. - an energy absorption unit comprising a permanently deformable cylinder , which defines a reference axis and a widened portion , which has an inner cross-sectional area greater than the permanently deformable cylinder , - a piston comprising an end portion provided with a non-deformable piston head , wherein the piston head in a service position is received in the widened portion of the energy absorption unit , wherein the piston head is such as to effect a radial expansion of the permanently deformable cylinder while moving within the permanently deformable cylinder in a stroke direction parallel to the reference axis , and - an annular guide for guiding a relative translation motion between the piston and the permanently deformable cylinder in the stroke direction ,
A method for allocating resources in a wireless communication system, comprising the steps of: allocating, to first access terminals located within a broad-band service area around an access point, time division duplexing, TDD, resources , the TDD resources being divided into an uplink resource and a downlink resource in a time interval and allocating, to second access terminals located within a narrow-band service area having a radius larger than a radius of the broad-band service area , frequency division duplexing, FDD, resources , wherein the TDD resources and the FDD resources occupy the entire system frequency band in their time intervals, wherein the FDD time interval is located between a time interval including the uplink resource and a time interval including the downlink resource , and, wherein in a same FDD time interval, the allocated FDD resources are divided into a plurality of uplink resources and downlink resources in a frequency region. allocating, to first access terminals located within a broad-band service area around an access point, time division duplexing, TDD, resources , the TDD resources being divided into an uplink resource and a downlink resource in a time interval and allocating, to second access terminals located within a narrow-band service area having a radius larger than a radius of the broad-band service area , frequency division duplexing, FDD, resources , wherein the TDD resources and the FDD resources occupy the entire system frequency band in their time intervals, wherein the FDD time interval is located between a time interval including the uplink resource and a time interval including the downlink resource , and, wherein in a same FDD time interval, the allocated FDD resources are divided into a plurality of uplink resources and downlink resources in a frequency region.
An electrophotographic member comprising an electro-conductive substrate and an elastic layer , the elastic layer containing inorganic particles and a binder resin , the electrophotographic member having a protrusion on an outer surface of the electrophotographic member, the protrusion containing the inorganic particles , at least part of the inorganic particles contained in the protrusion being exposed to a surface of the protrusion , the binder resin being present among the inorganic particles contained in the protrusion , wherein when measuring an elastic modulus E1 of the binder resin at a first region in a cross section in a thickness direction of the elastic layer , where the first region is between an outer surface of the elastic layer and a position at a depth of 0.1 μm from the outer surface, the elastic modulus E1 is equal to or above 1000 MPa, and characterised in that when measuring an elastic modulus E2 of the binder resin in a second region at the cross section in a thickness direction of the elastic layer , where the second region is between a position at a depth of 1.0 μm from the outer surface of the elastic layer and a position at a depth of 1.1 μm from the outer surface of the elastic layer , the elastic modulus E2 is equal to or below 80% of the elastic modulus E1, the elastic modulus E1 and the elastic modulus E2 being measured according to the description. the elastic layer containing inorganic particles and a binder resin , the electrophotographic member having a protrusion on an outer surface of the electrophotographic member, the protrusion containing the inorganic particles , at least part of the inorganic particles contained in the protrusion being exposed to a surface of the protrusion , the binder resin being present among the inorganic particles contained in the protrusion , wherein when measuring an elastic modulus E1 of the binder resin at a first region in a cross section in a thickness direction of the elastic layer , where the first region is between an outer surface of the elastic layer and a position at a depth of 0.1 μm from the outer surface, the elastic modulus E1 is equal to or above 1000 MPa, and characterised in that when measuring an elastic modulus E2 of the binder resin in a second region at the cross section in a thickness direction of the elastic layer , where the second region is between a position at a depth of 1.0 μm from the outer surface of the elastic layer and a position at a depth of 1.1 μm from the outer surface of the elastic layer , the elastic modulus E2 is equal to or below 80% of the elastic modulus E1, the elastic modulus E1 and the elastic modulus E2 being measured according to the description.
A radiation imaging system comprising a radiation imaging apparatus configured to detect radiation emitted from a radiation source , and a radiation control apparatus configured to control the radiation source , characterized in that the radiation imaging apparatus is configured to output, a plurality of times during a radiation irradiation, a piece of dose information (Di(Ti,Xi)), which includes a dose (Xi) of radiation entering the radiation imaging apparatus and a time (Ti) at which the dose was detected, to the radiation control apparatus , and the radiation control apparatus is configured to change a threshold dose (Y) based on a difference between the time (Ti) included in at least one of the pieces of dose information from the radiation imaging apparatus and a time (Ti') at which the radiation control apparatus received the at least one piece of dose information, and to control the radiation source to stop the radiation irradiation based on the at least one of the pieces of dose information and the threshold dose. the radiation imaging apparatus is configured to output, a plurality of times during a radiation irradiation, a piece of dose information (Di(Ti,Xi)), which includes a dose (Xi) of radiation entering the radiation imaging apparatus and a time (Ti) at which the dose was detected, to the radiation control apparatus , and the radiation control apparatus is configured to change a threshold dose (Y) based on a difference between the time (Ti) included in at least one of the pieces of dose information from the radiation imaging apparatus and a time (Ti') at which the radiation control apparatus received the at least one piece of dose information, and to control the radiation source to stop the radiation irradiation based on the at least one of the pieces of dose information and the threshold dose.
A method performed by a target Access and mobility Management Function, AMF, entity (New AMF) in a core network to communicate network function, NF, utilization information with a source AMF entity (Old AMF) during a handover of AMF entity from the source AMF entity to the target AMF entity, comprising: receiving (1500, 5-10), by the target AMF entity, at least one old NF identifier, ID, from the source AMF entity that corresponds to an old NF entity serving a user equipment, UE; determining (1502, 10-10) to either use the at least one old NF ID or to use at least one new NF ID that corresponds to a new NF entity of a same NF type as the old NF entity; and communicating (1504, 10-10), by the target AMF entity to the source AMF entity, information that indicates to the source AMF entity whether the target AMF entity uses the at least one old NF ID or uses the at least one new NF ID. receiving (1500, 5-10), by the target AMF entity, at least one old NF identifier, ID, from the source AMF entity that corresponds to an old NF entity serving a user equipment, UE; determining (1502, 10-10) to either use the at least one old NF ID or to use at least one new NF ID that corresponds to a new NF entity of a same NF type as the old NF entity; and communicating (1504, 10-10), by the target AMF entity to the source AMF entity, information that indicates to the source AMF entity whether the target AMF entity uses the at least one old NF ID or uses the at least one new NF ID.
A tamping assembly for tamping sleepers of a track, including a tamping unit having oppositely positioned tamping tools mounted on a vertically adjustable tool carrier , the tamping tools being coupled in each case via a squeezing drive to a vibration drive , wherein each tamping tool comprises a pivot lever rotatable about a pivot axis and at least one tamping tool mount for accommodating at least one tamping tine , characterized in that a first squeezing drive is coupled directly to the vibration drive and articulatedly connected to a first pivot lever , that a second squeezing drive is coupled to the vibration drive via a separate coupling unit and articulatedly connected to a link , mounted on the tool carrier , as well as to a second pivot lever .
A handheld power saw , namely a saber saw, with a suction device (30; 130; 230), wherein the handheld power saw has a machine housing in which a drive motor is arranged, and has a tool holder which can be driven by the drive motor in a linearly oscillating manner along an axis of movement (SO) for a sawing tool having an elongate design and extending along a longitudinal axis for making a saw cut in a workpiece (W), wherein the handheld power saw has a machine guide body with a machine guide surface facing away from the machine housing , in front of which the sawing tool protrudes when mounted on the handheld power saw , for guiding the handheld power saw on the workpiece (W), wherein the suction device (30; 130; 230) has fastening means (60; 160; 260) for detachable fastening on the handheld power saw and has a suction connection for connecting a suction hose such that particles produced when the workpiece (W) is being machined can be suctioned away from the machine guide body through the suction connection , characterized in that the suction device (30; 130; 230) has at least one guide contour (55; 155; 255) which, when the suction device (30; 130; 230) is mounted on the handheld power saw , protrudes in front of the machine guide surface such that the handheld power saw can be guided on the workpiece (W) by means of the at least one guide contour (55; 155; 255) instead of the machine guide surface .
A method of integrally bonding a glass element to a carrier element , wherein the method comprises the following steps : inserting at least one contact element into a contact recess in a surface of the carrier element ; placing the glass element on a portion of the contact element projecting above the surface ; and local heating of the contact element in order to connect the glass element to the carrier element via the contact element ; wherein the method further comprises a step of coating at least a part of the contact recess with a separating layer prior to the step of insertion. inserting at least one contact element into a contact recess in a surface of the carrier element ; placing the glass element on a portion of the contact element projecting above the surface ; and local heating of the contact element in order to connect the glass element to the carrier element via the contact element ; wherein the method further comprises a step of coating at least a part of the contact recess with a separating layer prior to the step of insertion.
A switch comprising: a pair of electrodes serving as a stationary electrode and a movable electrode ; a handler including a first mover to operate in withdrawing the movable electrode from the stationary electrode and closing the movable electrode toward the stationary electrode ; a second mover connected to the movable electrode ; an elastic connected between the first mover and the second mover to press the movable electrode against the stationary electrode ; an attenuator to attenuate contraction of the elastic when the movable electrode is withdrawn from the stationary electrode ; a permanent magnet at one of the first mover and the second mover ; and a magnetic substance at another of the first mover and the second mover , and wherein the attenuator attenuates contraction of the elastic by attracting the magnetic substance to the permanent magnet . a pair of electrodes serving as a stationary electrode and a movable electrode ; a handler including a first mover to operate in withdrawing the movable electrode from the stationary electrode and closing the movable electrode toward the stationary electrode ; a second mover connected to the movable electrode ; an elastic connected between the first mover and the second mover to press the movable electrode against the stationary electrode ; an attenuator to attenuate contraction of the elastic when the movable electrode is withdrawn from the stationary electrode ; a permanent magnet at one of the first mover and the second mover ; and a magnetic substance at another of the first mover and the second mover , and wherein the attenuator attenuates contraction of the elastic by attracting the magnetic substance to the permanent magnet .
A terminal endpoint device , comprising: a control module configured to cause requesting an attached status, in which the terminal endpoint device is communicatively attached to a network entity , control a transceiver which is capable of communicating with the network entity via a medium by use of a default bearer allocated by the network entity in the attached status, characterized in that the control module is further configured to cause generating a default bearer operating information to be transmitted by the transceiver , the default bearer operating information indicating that the terminal endpoint device is adapted to stay attached without a default bearer allocation, cause the transceiver to transmit the default bearer operating information to the network entity , and, in the attached status, cause generating a disconnection request to be transmitted by the transceiver to the network entity , the disconnection request indicating release of the default bearer allocated by the network entity while maintaining the terminal endpoint device attached. cause requesting an attached status, in which the terminal endpoint device is communicatively attached to a network entity , control a transceiver which is capable of communicating with the network entity via a medium by use of a default bearer allocated by the network entity in the attached status, characterized in that the control module is further configured to cause generating a default bearer operating information to be transmitted by the transceiver , the default bearer operating information indicating that the terminal endpoint device is adapted to stay attached without a default bearer allocation, cause the transceiver to transmit the default bearer operating information to the network entity , and, in the attached status, cause generating a disconnection request to be transmitted by the transceiver to the network entity , the disconnection request indicating release of the default bearer allocated by the network entity while maintaining the terminal endpoint device attached.