mhurhangee/ep-ind-claims huggingface dataset:
A seat backrest contouring device adapted so that its contours can be altered to suit the postural support needs of a user sitting in a seat, the contouring device comprises: a substrate comprising a first surface and an opposing second surface, wherein the first and second surfaces (3a, 3b) comprise a plurality of first surface pockets and a plurality of second surface pockets respectively, one or more removable inserts for placing within one or more of the pockets to alter the contours of the device wherein the one or more inserts are formed from a cushioning material; and a cover, wherein the backrest contouring device is substantially enclosed within the cover, and the cover comprises: a recloseable opening through which the one or more inserts can be added to or removed from the plurality of first surface pockets and the plurality of second surface pockets, wherein placing inserts within some of the plurality of first surface pockets and second surface pockets and not others and placing different numbers or sizes of inserts within different pockets of the plurality of first and second surface pockets alters the contours of the device, and wherein altering the contours of the device modifies the posture and/or position of a user sitting in a seat. a substrate comprising a first surface and an opposing second surface, wherein the first and second surfaces (3a, 3b) comprise a plurality of first surface pockets and a plurality of second surface pockets respectively, one or more removable inserts for placing within one or more of the pockets to alter the contours of the device wherein the one or more inserts are formed from a cushioning material; and a cover, wherein the backrest contouring device is substantially enclosed within the cover, and the cover comprises: a recloseable opening through which the one or more inserts can be added to or removed from the plurality of first surface pockets and the plurality of second surface pockets, wherein placing inserts within some of the plurality of first surface pockets and second surface pockets and not others and placing different numbers or sizes of inserts within different pockets of the plurality of first and second surface pockets alters the contours of the device, and wherein altering the contours of the device modifies the posture and/or position of a user sitting in a seat.
An aircraft system, comprising: an aircraft fuselage; an auxiliary power unit within the aircraft fuselage, and comprising an engine; and an air inlet assembly including an inlet orifice, an inlet duct and a door, the inlet duct fluidly coupling the inlet orifice with an airflow inlet of the engine, and the door configured to pivot about a generally horizontal pivot axis between an open position and a closed position, wherein the door opens the inlet orifice in the open position and substantially closes the inlet orifice in the closed position; wherein the aircraft fuselage has a horizontal longitudinal axis, characterised in that the pivot axis is generally parallel with the horizontal longitudinal axis, or angularly offset from the horizontal longitudinal axis by no more than ten degrees. an aircraft fuselage; an auxiliary power unit within the aircraft fuselage, and comprising an engine; and an air inlet assembly including an inlet orifice, an inlet duct and a door, the inlet duct fluidly coupling the inlet orifice with an airflow inlet of the engine, and the door configured to pivot about a generally horizontal pivot axis between an open position and a closed position, wherein the door opens the inlet orifice in the open position and substantially closes the inlet orifice in the closed position; wherein the aircraft fuselage has a horizontal longitudinal axis, characterised in that the pivot axis is generally parallel with the horizontal longitudinal axis, or angularly offset from the horizontal longitudinal axis by no more than ten degrees.
A linear encoder for a linear position measurement device having a stationary part and a moving part, the encoder designed to measure and encode a relative displacement between said stationary part and said moving part along a linear travel extent between a first travel end location and a second travel end location; the encoder comprising: a plurality of machine sensible elements (56a, 56b), said elements (56a, 56b) laid out on a first of said parts in a predetermined pattern of known shape, the predetermined pattern defining a plurality of consecutively assigned segment lengths extending in the measurement direction, said lengths differing from one another, each segment thus having a respective length, a respective property, and a segment position at which one of said machine sensible element of the respective length and property is fixed, the shape generating a code, the code comprising a property changing along a length thereof; and a plurality of evenly placed sensors arranged along a second of said parts along an entirety of said linear travel extent between said first travel end location and said second travel end location, the code length extending over a plurality of said evenly placed sensors, thereby to measure and encode said displacement using said pattern. a plurality of machine sensible elements (56a, 56b), said elements (56a, 56b) laid out on a first of said parts in a predetermined pattern of known shape, the predetermined pattern defining a plurality of consecutively assigned segment lengths extending in the measurement direction, said lengths differing from one another, each segment thus having a respective length, a respective property, and a segment position at which one of said machine sensible element of the respective length and property is fixed, the shape generating a code, the code comprising a property changing along a length thereof; and a plurality of evenly placed sensors arranged along a second of said parts along an entirety of said linear travel extent between said first travel end location and said second travel end location, the code length extending over a plurality of said evenly placed sensors, thereby to measure and encode said displacement using said pattern.
Device for inspecting exposure samples for a machine for processing sheet-shaped elements, the processing machine comprising a plurality of workstations (300, 400, 500, 600) including at least one waste discharge station comprising a discharge mat (93; 94); the inspection device comprising an optical monitoring device configured to determine a quality defect of an exposure sample lying flat on the discharge mat (93; 94), characterised in that the optical monitoring device comprises a camera or a photographic appliance, and in that the inspection device comprises an inspection unit connected to the optical monitoring device, the inspection unit being configured to compare an image taken by the optical monitoring device with at least one reference image to determine the presence of a quality defect. the inspection device comprising an optical monitoring device configured to determine a quality defect of an exposure sample lying flat on the discharge mat (93; 94), characterised in that the optical monitoring device comprises a camera or a photographic appliance, and in that the inspection device comprises an inspection unit connected to the optical monitoring device, the inspection unit being configured to compare an image taken by the optical monitoring device with at least one reference image to determine the presence of a quality defect.
A method implemented in a user equipment, "UE",, the method comprising: obtaining an indication for changing a first source address to a second source address, the indication being a signal transmitted from a serving base station, the first source address used in a device to device communication session between said user equipment and another user equipment, the obtained indication further providing an indication for using a resource from a resource pool; obtaining (1204; 1506) the second source address; receiving (1000; 1508) a resource grant from the serving base station; generating a message including the second source address; transmitting (704, 1206; 1510), to said another user equipment, the generated message using the first source address and using the serving base station as a synchronization reference; and thereafter transmitting a data packet in the device to device communication session using a resource allocated by the resource grant and using the second source address. obtaining an indication for changing a first source address to a second source address, the indication being a signal transmitted from a serving base station, the first source address used in a device to device communication session between said user equipment and another user equipment, the obtained indication further providing an indication for using a resource from a resource pool; obtaining (1204; 1506) the second source address; receiving (1000; 1508) a resource grant from the serving base station; generating a message including the second source address; transmitting (704, 1206; 1510), to said another user equipment, the generated message using the first source address and using the serving base station as a synchronization reference; and thereafter transmitting a data packet in the device to device communication session using a resource allocated by the resource grant and using the second source address.
An interlayer film for laminated glass having a two or more-layer structure, comprising a first layer containing a polyvinyl acetal resin and a plasticizer and a second layer containing a polyvinyl acetal resin and a plasticizer, the second layer being arranged on a first surface side of the first layer, wherein the content of the hydroxyl group, as measured according to the method in the description, of the polyvinyl acetal resin in the second layer is 32% by mole or more, the first layer further contains silica particles, the ratio of the content of the silica particles in the first layer to the total of the content of the polyvinyl acetal resin in the first layer and the content of the plasticizer in the first layer is 0.03 or more and 0.4 or less, and the thickness of the first layer is 0.4T or less when the thickness of the interlayer film for laminated glass is defined as T.
A system comprising an insulator, a grounding metal component of a cabinet of a power switchboard, and an insulation degradation monitoring device for said insulator, by which a high-voltage charging portion of an electric instrument is insulated from and supported by the grounding metal component, said insulation degradation monitoring device comprising: - an electric current sensor which is inserted in between a connecting portion of the insulator and the grounding metal component, and is adapted to detect a leakage electric current which is passed from the high-voltage charging portion through the insulator and is flowed to the grounding metal component; and - a decision means which is connected to an output side of the electric current sensor, and decides a degradation degree of the insulator in accordance with a value of the leakage electric current, characterized in that the system further comprises a buried metal of which one end portion is buried at an end portion of the insulator and comprises a screw hole provided in the buried metal for attachment, and another end portion of the buried metal has a protruding portion which protrudes from an end surface of the insulator, toward the grounding metal component, and the electric current sensor is penetrated by the protruding portion and is arranged between the insulator and the grounding metal component, the electric current sensor being adapted to detect said leakage current flowing in the protruding portion of the buried metal. - an electric current sensor which is inserted in between a connecting portion of the insulator and the grounding metal component, and is adapted to detect a leakage electric current which is passed from the high-voltage charging portion through the insulator and is flowed to the grounding metal component; and - a decision means which is connected to an output side of the electric current sensor, and decides a degradation degree of the insulator in accordance with a value of the leakage electric current,
A printer comprising: a transport part configured to transport a sheet; a printing part configured to print on the sheet; a cutting part configured to cut the sheet by moving a movable blade toward a stationary blade; and a controller configured to control the transport part and the cutting part, wherein the controller, when the sheet is label paper having an adhesive layer, controls the transport part and the cutting part to perform a process including: moving the movable blade in a first direction toward the stationary blade so as to cut the sheet; transporting the cut sheet rearward before moving the movable blade that cut the sheet; moving the movable blade in a second direction away from the stationary blade after transporting the cut sheet rearward; and transporting the cut sheet frontward after moving the movable blade in the second direction. a transport part configured to transport a sheet; a printing part configured to print on the sheet; a cutting part configured to cut the sheet by moving a movable blade toward a stationary blade; and a controller configured to control the transport part and the cutting part, wherein the controller, when the sheet is label paper having an adhesive layer, controls the transport part and the cutting part to perform a process including: moving the movable blade in a first direction toward the stationary blade so as to cut the sheet; transporting the cut sheet rearward before moving the movable blade that cut the sheet; moving the movable blade in a second direction away from the stationary blade after transporting the cut sheet rearward; and transporting the cut sheet frontward after moving the movable blade in the second direction. moving the movable blade in a first direction toward the stationary blade so as to cut the sheet; transporting the cut sheet rearward before moving the movable blade that cut the sheet; moving the movable blade in a second direction away from the stationary blade after transporting the cut sheet rearward; and transporting the cut sheet frontward after moving the movable blade in the second direction.
A method performed by a network node comprising: receiving a registration request message with an indication of a wireless transmit/receive unit, WTRU, operating in a reduced capacity, REDCAP, mode; sending, to a network function in a core network (106; 107; 109), a message requesting subscription information of the WTRU; receiving, from the network function, the subscription information of the WTRU; determining whether the WTRU is authorized to operate in the REDCAP mode based upon the received subscription information; sending a first indication based on the determined authorization for the WTRU to operate in the REDCAP mode; the method being characterized in the step of: sending a second indication based on the determined authorization to a session management function, SMF, wherein the second indication indicates the WTRU is operating in the REDCAP mode. receiving a registration request message with an indication of a wireless transmit/receive unit, WTRU, operating in a reduced capacity, REDCAP, mode; sending, to a network function in a core network (106; 107; 109), a message requesting subscription information of the WTRU; receiving, from the network function, the subscription information of the WTRU; determining whether the WTRU is authorized to operate in the REDCAP mode based upon the received subscription information; sending a first indication based on the determined authorization for the WTRU to operate in the REDCAP mode; the method being characterized in the step of: sending a second indication based on the determined authorization to a session management function, SMF, wherein the second indication indicates the WTRU is operating in the REDCAP mode.
A method of detecting viable cells in a cell sample, the method comprising the steps of: (a) exposing cells in the cell sample to (i) a membrane permeable nucleic acid binding fluorescent dye under conditions that permit the fluorescent dye to permeate both viable and non-viable cells, and (ii) a membrane impermeable nucleic acid binding fluorescence quencher capable of quenching fluorescence produced by the fluorescent dye under conditions to permit the quencher to selectively permeate non-viable cells but not viable cells, wherein the fluorescent dye and the fluorescence quencher bind to nucleic acid within a non-viable cell to form a complex that is substantially non-fluorescent; (b) after step (a), exposing the cells to light having a wavelength capable of exciting the fluorescent dye to produce a fluorescent emission; and (c) detecting the fluorescent emission, if any, from the cells with a detector, wherein the fluorescent dye within the non-viable cells emits substantially less fluorescence than the fluorescent dye within the viable cells, thereby to detect the viable cells in the cell sample, wherein the viable cells are microorganisms. (a) exposing cells in the cell sample to (i) a membrane permeable nucleic acid binding fluorescent dye under conditions that permit the fluorescent dye to permeate both viable and non-viable cells, and (ii) a membrane impermeable nucleic acid binding fluorescence quencher capable of quenching fluorescence produced by the fluorescent dye under conditions to permit the quencher to selectively permeate non-viable cells but not viable cells, wherein the fluorescent dye and the fluorescence quencher bind to nucleic acid within a non-viable cell to form a complex that is substantially non-fluorescent; (b) after step (a), exposing the cells to light having a wavelength capable of exciting the fluorescent dye to produce a fluorescent emission; and (c) detecting the fluorescent emission, if any, from the cells with a detector, wherein the fluorescent dye within the non-viable cells emits substantially less fluorescence than the fluorescent dye within the viable cells, thereby to detect the viable cells in the cell sample, wherein the viable cells are microorganisms.
An absorbent article for personal hygiene, preferably a disposable pant, comprising: - a substantially transversely extending front panel; - a substantially transversely extending back panel; and - a substantially longitudinally extending absorbent insert joined to each of said front and back panels (2, 3), said absorbent insert comprising front and back transversal edges and left and right longitudinal edges connecting the front and back transversal edges to form a perimeter thereof; and wherein said insert comprises an absorbent core; wherein the front and back panels (2, 3) are joined together to define a pair of side seams, and characterised in that said article comprises a transversal waist barrier proximal to the front and/or back transversal edges of the absorbent insert wherein said barrier comprises a plurality of liquid retarding layers wherein said plurality of liquid retarding layers comprise at least two layers selected from the group consisting of hydrophobic nonwovens, films, and/or strands and in that the article has a Seepage Index of less than 35% according to the Seepage Index Method herein. - a substantially transversely extending front panel; - a substantially transversely extending back panel; and - a substantially longitudinally extending absorbent insert joined to each of said front and back panels (2, 3), said absorbent insert comprising front and back transversal edges and left and right longitudinal edges connecting the front and back transversal edges to form a perimeter thereof; and wherein said insert comprises an absorbent core;
An opto-electronic remote weapon station comprising a body pivotable about a bearing axis, a weapon constrained to turn with the body about the bearing axis and pivotally mounted about a first elevation axis, and an opto-electronic sight pivotally mounted about the same bearing axis independently of the pivoting of the body about the bearing axis characterized in that the weapon is situated on a top portion of the body of the RWS above the opto-electronic sight, and the weapon being mounted on a notched support leaving free a majority peripheral zone around the opto-electronic sight.
A fluid sample container capture tool, comprising: an outer pipe; an inner pipe disposed within the outer pipe; a removable fluid container capture assembly disposed within the inner pipe proximate to a top of the inner pipe; a flow port through the outer pipe providing fluid communication with the inner pipe; and a flow mandrel disposed around the outer pipe, wherein the flow mandrel includes a flow path in fluid communication with an annular space within the outer pipe, wherein the removable fluid container capture assembly is at least partially disposed within the flow mandrel. an outer pipe; an inner pipe disposed within the outer pipe; a removable fluid container capture assembly disposed within the inner pipe proximate to a top of the inner pipe; a flow port through the outer pipe providing fluid communication with the inner pipe; and a flow mandrel disposed around the outer pipe, wherein the flow mandrel includes a flow path in fluid communication with an annular space within the outer pipe, wherein the removable fluid container capture assembly is at least partially disposed within the flow mandrel.
A method for producing a thermostatic working element having a housing into which an expansion material is filled and whose open side is closed with a guide element having a guide bore for a working piston diving into the housing, characterised in that the housing (10, 20) is welded to the guide element in a sealing manner by means of laser welding with a circumferential welding seam.
Tensioning device for tendons, comprising: - a main body of elongated conformation having at one ending part a positioning portion comprising at least a pointer element adapted to be positioned onto a bone portion, and having a through hole made in the vicinity of said pointer element; - hooking means to at least an injured tendon portion adapted to shift said injured tendon portion from a retracted position wherein said tendon portion is retracted, to a restoring position wherein said tendon portion is stretched; - measuring means operatively connected to said hooking means and adapted to detect a tension value at said bone portion, wherein said measuring means measure said tension value at said pointer element, the position of said pointer element being coincident with the restoring position; wherein said hooking means comprise at least a traction element passing through said hole and adapted to engage with said measuring means, said pointer element has a pointed shape adapted to perforate said bone portion in said restoring position and said traction element being associable with said injured tendon portion for the shift of the same from said retracted position to said restoring position. - a main body of elongated conformation having at one ending part a positioning portion comprising at least a pointer element adapted to be positioned onto a bone portion, and having a through hole made in the vicinity of said pointer element; - hooking means to at least an injured tendon portion adapted to shift said injured tendon portion from a retracted position wherein said tendon portion is retracted, to a restoring position wherein said tendon portion is stretched; - measuring means operatively connected to said hooking means and adapted to detect a tension value at said bone portion, wherein said measuring means measure said tension value at said pointer element, the position of said pointer element being coincident with the restoring position;