mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a wireless device in a wireless communication system, the method comprising, receiving, from a network, a system information block, SIB2, including a first configuration to allow relaxation of measurement, wherein the first configuration includes at least one parameter related to at least one relaxed measurement condition (S1102); receiving, from the network, a radio resource control, RRC, release message including a second configuration, wherein the second configuration includes at least one carrier set to be measured during an idle state and/or an inactive state (S1104); performing normal measurements for at least one frequency based on the first configuration (S1103); determining that the at least one relaxed measurement condition for the at least one frequency is fulfilled for the at least one parameter (S1106); and based on that the at least one frequency being not included in the at least one carrier set included in the second configuration, determining to perform a relaxed measurement or no measurement on the at least one frequency (S1107). receiving, from a network, a system information block, SIB2, including a first configuration to allow relaxation of measurement, wherein the first configuration includes at least one parameter related to at least one relaxed measurement condition (S1102); receiving, from the network, a radio resource control, RRC, release message including a second configuration, wherein the second configuration includes at least one carrier set to be measured during an idle state and/or an inactive state (S1104); performing normal measurements for at least one frequency based on the first configuration (S1103); determining that the at least one relaxed measurement condition for the at least one frequency is fulfilled for the at least one parameter (S1106); and based on that the at least one frequency being not included in the at least one carrier set included in the second configuration, determining to perform a relaxed measurement or no measurement on the at least one frequency (S1107).
A fastener comprising: a fastener body having a longitudinal axis (A-A') and a first external male threaded portion, and two or more through-holes perpendicular to the longitudinal axis (A-A') of the fastener body in the first external male threaded portion, wherein each of the through-holes is adapted to receive a pin , and characterised in that the locations of the two or more through-holes form a spiral along the length of the fastener body such that each such through-hole is on a different plane and angle from an adjacent through-hole and such that each such through-hole partially intersects an adjacent through-hole .
A head assembly for a laser processing system, comprising: an operative lens assembly interposed along a beam path of said laser; a monolithic cover plate securing said operative lens assembly in a sealed arrangement with a housing bounding said beam path; an adjustment system operative to adjust said lens assembly along a direction transverse to said beam path in said sealed arrangement therewith; said lens assembly includes a lens barrel in a relative sliding arrangement with a lens module replaceable securing a lens cell in said beam path; and a focus system operative to translate said lens module of said lens assembly in an axial direction parallel to said beam path in said sealed arrangement, characterized in that, said adjustment system further comprises; a first and a second pivot arm pivotably secured to said cover plate about a common pivot axis parallel to said beam path; XY-controls and respective drive screw for remotely pivoting selected ones of said pivot arms external to said housing, wherein, in use, adjustment of XY-control turns drive screw ; and springs for releasably urging said lens barrel toward said cover plate and into an urged contact along a barrel support section on each respective said pivot arm . an operative lens assembly interposed along a beam path of said laser; a monolithic cover plate securing said operative lens assembly in a sealed arrangement with a housing bounding said beam path; an adjustment system operative to adjust said lens assembly along a direction transverse to said beam path in said sealed arrangement therewith; said lens assembly includes a lens barrel in a relative sliding arrangement with a lens module replaceable securing a lens cell in said beam path; and a focus system operative to translate said lens module of said lens assembly in an axial direction parallel to said beam path in said sealed arrangement, characterized in that, said adjustment system further comprises; a first and a second pivot arm pivotably secured to said cover plate about a common pivot axis parallel to said beam path; XY-controls and respective drive screw for remotely pivoting selected ones of said pivot arms external to said housing, wherein, in use, adjustment of XY-control turns drive screw ; and springs for releasably urging said lens barrel toward said cover plate and into an urged contact along a barrel support section on each respective said pivot arm .
A damping device for damping or avoiding pressure surges, such as pulsations, in hydraulic supply circuits, preferably in the form of a silencer, with a damping housing surrounding a damping chamber which has at least one fluid inlet and at least one fluid outlet as well as a fluid receiving chamber extending between fluid inlet and fluid outlet wherein, during operation of the device, a fluid flow crosses the damping chamber in a throughflow direction , coming from the fluid inlet in direction of the fluid outlet , wherein at least parts of the fluid receiving chamber extend in at least one extension direction transversely to the throughflow direction , and wherein the fluid receiving chamber forms a disk-like cavity inside the damping housing , characterised in that more than one fluid receiving chamber is arranged one after the other in throughflow direction and the fluid receiving chamber which is first upstream and the fluid receiving chamber which is last downstream immediately adjoin the fluid inlet or the fluid outlet , and that each fluid receiving chamber forms a disk-like cavity inside the damping housing .
A method of integrating evaluation of cellular activity of a cell and molecular profiles of said cell, said method comprising: (a) performing time-lapse imaging microscopy on the cell to generate a plurality of temporal images, wherein the temporal images are analyzed by a method comprising cell tracking on the single cell, cell segmentation on the single cell, cellular classification, or combinations thereof; (b) characterizing a molecular profile of the single cell; and (c) integrating data from the analyzed temporal images and the molecular profile data of the single cell. (a) performing time-lapse imaging microscopy on the cell to generate a plurality of temporal images, wherein the temporal images are analyzed by a method comprising cell tracking on the single cell, cell segmentation on the single cell, cellular classification, or combinations thereof; (b) characterizing a molecular profile of the single cell; and (c) integrating data from the analyzed temporal images and the molecular profile data of the single cell.
A portable electro-acoustic transducer set comprising: - retrieving means for retrieving information from a plurality of media sources, - storage means for storing information retrieved from said plurality of media sources, - transducer means for acoustically reproducing information retrieved from said plurality of media sources, and - input means for selecting a media source from said plurality of media sources, wherein said retrieving means is adapted to establish a bi-directional transmission with any of the plurality of media sources, wherein said input means comprises a microphone, said retrieving means is adapted - to broadcast an enquiry for accessible media sources and to receive, from each accessible media source, control data identifying its type and its address in response to said enquiry, - to query the accessible media sources for an audio message characterizing the type of the respective media sources and to either receive an audio message from the respective media sources or to create an audio message for the respective media sources if no audio message is received, said transducer means is adapted to replay audio messages to a user allowing said user to select a media source, and said retrieving means is adapted to establish a bi-directional transmission link with a selected media source based on information retrieved from said media source . - retrieving means for retrieving information from a plurality of media sources, - storage means for storing information retrieved from said plurality of media sources, - transducer means for acoustically reproducing information retrieved from said plurality of media sources, and - input means for selecting a media source from said plurality of media sources, wherein said retrieving means is adapted to establish a bi-directional transmission with any of the plurality of media sources, wherein said input means comprises a microphone, said retrieving means is adapted - to broadcast an enquiry for accessible media sources and to receive, from each accessible media source, control data identifying its type and its address in response to said enquiry, - to query the accessible media sources for an audio message characterizing the type of the respective media sources and to either receive an audio message from the respective media sources or to create an audio message for the respective media sources if no audio message is received, said transducer means is adapted to replay audio messages to a user allowing said user to select a media source, and said retrieving means is adapted to establish a bi-directional transmission link with a selected media source based on information retrieved from said media source .
A method comprising: receiving, by a wireless device , configuration parameters of a plurality of logical channels grouped into a plurality of logical channel groups comprising a first logical channel group; transmitting a truncated buffer status report, BSR, in response to a number of padding bits being: larger than a size of a short BSR plus a short BSR subheader; and smaller than a size of a long BSR plus a long BSR subheader; and wherein the truncated BSR comprises: a first field comprising a plurality of presence bits, a presence bit in the plurality of presence bits indicating a presence of a buffer size field for the first logical channel group corresponding to the presence bit; and a first number of buffer size fields for logical channel groups with logical channels having available data for transmission following a decreasing order of priority, wherein the first number is determined based on the number of padding bits. receiving, by a wireless device , configuration parameters of a plurality of logical channels grouped into a plurality of logical channel groups comprising a first logical channel group; transmitting a truncated buffer status report, BSR, in response to a number of padding bits being: larger than a size of a short BSR plus a short BSR subheader; and smaller than a size of a long BSR plus a long BSR subheader; and larger than a size of a short BSR plus a short BSR subheader; and smaller than a size of a long BSR plus a long BSR subheader; and wherein the truncated BSR comprises: a first field comprising a plurality of presence bits, a presence bit in the plurality of presence bits indicating a presence of a buffer size field for the first logical channel group corresponding to the presence bit; and a first number of buffer size fields for logical channel groups with logical channels having available data for transmission following a decreasing order of priority, wherein the first number is determined based on the number of padding bits. a first field comprising a plurality of presence bits, a presence bit in the plurality of presence bits indicating a presence of a buffer size field for the first logical channel group corresponding to the presence bit; and a first number of buffer size fields for logical channel groups with logical channels having available data for transmission following a decreasing order of priority, wherein the first number is determined based on the number of padding bits.
A method for closing an opening having relatively straight edges with a door panel , comprising: a) aligning a first side member and a first corner member , the first side member having a L section and comprising a first part adapted to sit flat on the outer surface of the edge of an opening, and a second part adapted to extend within the opening, the second part comprising positioning slots along its length; the first corner member comprising two arms at a substantially right angle, each arm comprising a positioning pin on an inner surface thereof, each positioning pin extending perpendicularly from the inner surface of the corner member , and notches on the inner edge of each arm; b) engaging one of the positioning slots of the side member with one of the positioning pins of the corner member based on the size of the opening and snapping the corner member and the side member together; c) repeating steps a) and b) with a second, third and fourth side members and a second, third and fourth corner members to form a frame of the size of the opening; d) positioning the frame within the opening, the corners members fitting with the corners of the opening, the first part of each side member sitting on an outer surface of the edge of the opening, and the second part of each side member extending into the opening; e) providing a door panel comprising at least one glide on an inner surface thereof; and aligning the at least one glide with one corresponding notch of a corner member depending on the size of the frame and engaging a distal end of the glide in the notch ; and f) moving the door panel against the frame . a) aligning a first side member and a first corner member , the first side member having a L section and comprising a first part adapted to sit flat on the outer surface of the edge of an opening, and a second part adapted to extend within the opening, the second part comprising positioning slots along its length; the first corner member comprising two arms at a substantially right angle, each arm comprising a positioning pin on an inner surface thereof, each positioning pin extending perpendicularly from the inner surface of the corner member , and notches on the inner edge of each arm; b) engaging one of the positioning slots of the side member with one of the positioning pins of the corner member based on the size of the opening and snapping the corner member and the side member together; c) repeating steps a) and b) with a second, third and fourth side members and a second, third and fourth corner members to form a frame of the size of the opening; d) positioning the frame within the opening, the corners members fitting with the corners of the opening, the first part of each side member sitting on an outer surface of the edge of the opening, and the second part of each side member extending into the opening; e) providing a door panel comprising at least one glide on an inner surface thereof; and aligning the at least one glide with one corresponding notch of a corner member depending on the size of the frame and engaging a distal end of the glide in the notch ; and f) moving the door panel against the frame .
A heave compensation system arranged on a marine vessel or platform, the system comprising: at least one hydraulic actuator coupled to a load, the actuator being configured to support the load while allowing compensation for the heave motion of the marine vessel or the platform in the sea, the load being supported via the hydraulic actuator from the marine vessel or platform ; at least one hydraulic accumulator ; at least one reservoir for hydraulic fluid; at least one controller ; characterised in that the system further comprises a transformer comprising at least one power source and at least one hydraulic pump/motor , for communicating energy between any two of the hydraulic actuator , the accumulator , and the power source; and at least one valve (HP1a, HP1b, LP1, HP2a, HP2b, LP2) associated with the pump/motor the valve (HP1a, HP1b, LP1, HP2a, HP2b, LP2) being switchable during at least one cycle of the pump/motor for selectively providing fluid communication between a drive chamber of the pump/motor and any of the hydraulic actuator the hydraulic accumulator , and the reservoir via at least one port of the drive chamber , so as to allow a desired displacement of hydraulic fluid from the pump/motor to be obtained; the valve (HP1a, HP1b, LP1, HP2a, HP2b, LP2) being operable under control from the controller . at least one hydraulic actuator coupled to a load, the actuator being configured to support the load while allowing compensation for the heave motion of the marine vessel or the platform in the sea, the load being supported via the hydraulic actuator from the marine vessel or platform ; at least one hydraulic accumulator ; at least one reservoir for hydraulic fluid; at least one controller ; characterised in that the system further comprises a transformer comprising at least one power source and at least one hydraulic pump/motor , for communicating energy between any two of the hydraulic actuator , the accumulator , and the power source; and at least one valve (HP1a, HP1b, LP1, HP2a, HP2b, LP2) associated with the pump/motor the valve (HP1a, HP1b, LP1, HP2a, HP2b, LP2) being switchable during at least one cycle of the pump/motor for selectively providing fluid communication between a drive chamber of the pump/motor and any of the hydraulic actuator the hydraulic accumulator , and the reservoir via at least one port of the drive chamber , so as to allow a desired displacement of hydraulic fluid from the pump/motor to be obtained; the valve (HP1a, HP1b, LP1, HP2a, HP2b, LP2) being operable under control from the controller .
A method for producing a cell laminate comprising cell layers on both surfaces of a porous membrane, using a vessel having a bottom portion and a side wall portion standing from a periphery of the bottom portion, the porous membrane, and a holding member configured to hold the porous membrane such that the porous membrane faces an inner bottom surface of the vessel and is held at a position that does not contact the inner bottom surface, the method comprising: culturing first cells in a liquid medium that contacts the inner bottom surface of the vessel and a surface of the porous membrane, in a state in which the porous membrane is held, by the holding member, at a position that does not contact the inner bottom surface of the vessel so as to face the inner bottom surface, and in which the bottom portion of the vessel is positioned at the upper side while the porous membrane is positioned at the lower side in a direction of gravity; and culturing the first cells at a lower surface of the porous membrane and culturing second cells at an upper surface of the porous membrane, in a state in which the porous membrane is held, by the holding member, at a position that does not contact the inner bottom surface of the vessel so as to face the inner bottom surface, and in which the bottom portion of the vessel is positioned at the lower side while the porous membrane is positioned at the upper side in the direction of gravity, wherein the porous membrane has an aperture ratio of from 30% to 70%, wherein the aperture ratio is the ratio of the total area of the openings to the area of the main surface in a plan view. culturing first cells in a liquid medium that contacts the inner bottom surface of the vessel and a surface of the porous membrane, in a state in which the porous membrane is held, by the holding member, at a position that does not contact the inner bottom surface of the vessel so as to face the inner bottom surface, and in which the bottom portion of the vessel is positioned at the upper side while the porous membrane is positioned at the lower side in a direction of gravity; and culturing the first cells at a lower surface of the porous membrane and culturing second cells at an upper surface of the porous membrane, in a state in which the porous membrane is held, by the holding member, at a position that does not contact the inner bottom surface of the vessel so as to face the inner bottom surface, and in which the bottom portion of the vessel is positioned at the lower side while the porous membrane is positioned at the upper side in the direction of gravity,
A ground check monitoring apparatus comprising: a voltage source connected to a single insulated ground check wire, also known as a pilot conductor , and a ground conductor , wherein the pilot conductor has a first resistance, and the ground conductor has a second resistance; a termination device connected between the pilot conductor and the ground conductor; and a ground check terminal connectable to a cable pilot wire and a ground terminal connectable with a cable ground wire, characterised in that voltage and current measured at the ground check terminal and the ground terminal are used to determine a ground check resistance, and in that the apparatus further comprises a first low pass filter receiving a voltage of the termination device, and a second low pass filter receiving a ground circuit current. a voltage source connected to a single insulated ground check wire, also known as a pilot conductor , and a ground conductor , wherein the pilot conductor has a first resistance, and the ground conductor has a second resistance; a termination device connected between the pilot conductor and the ground conductor; and a ground check terminal connectable to a cable pilot wire and a ground terminal connectable with a cable ground wire, characterised in that voltage and current measured at the ground check terminal and the ground terminal are used to determine a ground check resistance, and in that the apparatus further comprises a first low pass filter receiving a voltage of the termination device, and a second low pass filter receiving a ground circuit current.