mhurhangee/ep-ind-claims huggingface dataset:
A fibrous sheet having a stress relaxation rate defined by a formula below of less than or equal to 85%: stress relaxation rate % = stress S 5 at extension after five minutes / stress S 0 at initial extension × 100 when a stress at extension immediately after extension in an in-plane first direction at 50% elongation is defined as a stress S 0 (N/50 mm) at initial extension, and a stress at extension at a time of extending in the first direction at 50% elongation for five minutes is defined as a stress S 5 (N/50 mm) at extension after five minutes.
A mobile omnidirectional chassis comprising - a central frame and - two extensible frames, - in each of them there is laid through silent-blocks a fixed axle, consisting of a connecting part and omnidirectional wheels - in the connecting part there are the drives of the omnidirectional wheels, - in the extensible frames there are located control units of the wheel rotational drives and furthermore - in the longitudinal axis of the central frame, in the lower part there is a place for a battery charger, and - along sides there are batteries, - in axial and lower part of the central frame there is a connection area with features for linking to a necessary type of the utility extension of the mobile omnidirectional chassis, - characterized in that, - in an upper part of the frame there are four linear chassis conductors, wherein the extensible frames are suspended each on a couple of these linear chassis conductors in front-back direction, - the front and back extensible frames are connected by a linear drive of the chassis extension and the end position of both extensible frames are limited by extensible frame stops, - the mobile omnidirectional chassis is equipped with bumper features, - the bumper features are firmly attached to the central frame and - the front-back bumper features are part of the extensible frames, - the mobile omnidirectional chassis is equipped longitudinally and axially with a divided central cover attached to the central frame and - front covers attached in the extensible frames, - a central frame and - two extensible frames, - in each of them there is laid through silent-blocks a fixed axle, consisting of a connecting part and omnidirectional wheels - in the connecting part there are the drives of the omnidirectional wheels, - in the extensible frames there are located control units of the wheel rotational drives and furthermore - in the longitudinal axis of the central frame, in the lower part there is a place for a battery charger, and - along sides there are batteries, - in axial and lower part of the central frame there is a connection area with features for linking to a necessary type of the utility extension of the mobile omnidirectional chassis, - characterized in that, - in an upper part of the frame there are four linear chassis conductors, wherein the extensible frames are suspended each on a couple of these linear chassis conductors in front-back direction, - the front and back extensible frames are connected by a linear drive of the chassis extension and the end position of both extensible frames are limited by extensible frame stops, - the mobile omnidirectional chassis is equipped with bumper features, - the bumper features are firmly attached to the central frame and - the front-back bumper features are part of the extensible frames, - the mobile omnidirectional chassis is equipped longitudinally and axially with a divided central cover attached to the central frame and - front covers attached in the extensible frames,
A method for wireless communications at a user equipment, UE,, the method comprising: receiving, from a base station, a first reference signal (305-a) associated with a first time; transitioning into a sleep mode of a discontinuous reception cycle, wherein the discontinuous reception cycle includes an ON-duration during which the UE is to wake up from the sleep mode to monitor for transmissions from the base station, and wherein the UE transitions to the sleep mode after the ON-duration; identifying, while in the sleep mode, that uplink data is present for transmission from the UE, wherein the identifying is associated with a second time; determining an elapsed time between the first time and the second time; and transmitting a request to the base station for uplink resources for transmission of the uplink data, wherein the request is transmitted before receiving a subsequent reference signal (305-b) and based at least in part on the elapsed time being less than a threshold value. receiving, from a base station, a first reference signal (305-a) associated with a first time; transitioning into a sleep mode of a discontinuous reception cycle, wherein the discontinuous reception cycle includes an ON-duration during which the UE is to wake up from the sleep mode to monitor for transmissions from the base station, and wherein the UE transitions to the sleep mode after the ON-duration; identifying, while in the sleep mode, that uplink data is present for transmission from the UE, wherein the identifying is associated with a second time; determining an elapsed time between the first time and the second time; and transmitting a request to the base station for uplink resources for transmission of the uplink data, wherein the request is transmitted before receiving a subsequent reference signal (305-b) and based at least in part on the elapsed time being less than a threshold value.
Arrangement for shaft sealing having at least one rotating slide ring and a stationary slide ring between which a sealing gap for a lubricating film is arranged and having at least one sound transducer (11, 12) for exciting sound waves in and/or on at least one slide ring (6, 7), wherein the arrangement comprises a unit for evaluating signals of the sound transducer (11, 12), characterized in that the sound transducer (11, 12) is designed for generating and/or receiving Lamb-Rayleigh waves.
A method of isolating nucleic acids comprising DNA from biological material, the method comprising the steps of: (i) effecting a lysing of the biological material with an aqueous solution which comprises lithium at a concentration of 0.05 to less than 1M, a chelating agent, and a surfactant to produce an aqueous lysed composition, (ii) treating the lysed composition with a solid support in the presence of a dissolved chaotropic agent at a concentration of 0.05 to 2M and 25% to 60% by volume in the liquid of a dissolved C 1-3 alkanol, said solid support being one capable of immobilising DNA, (iii) separating the solid support from liquid, (iv) treating the solid support with a first wash solution containing lithium at a concentration of 0.05 to 1M, said first wash solution containing 20% to 90% by volume of a dissolved C 1-3 alkanol, (v) separating the solid support from the first wash liquid, (vi) treating the solid support with a second wash liquid which comprises at least 80% by volume of a C 1-3 alkanol, the balance if any being water, (vii) separating the solid support from the second wash solution, and (viii) eluting DNA from the solid support. (i) effecting a lysing of the biological material with an aqueous solution which comprises lithium at a concentration of 0.05 to less than 1M, a chelating agent, and a surfactant to produce an aqueous lysed composition, (ii) treating the lysed composition with a solid support in the presence of a dissolved chaotropic agent at a concentration of 0.05 to 2M and 25% to 60% by volume in the liquid of a dissolved C 1-3 alkanol, said solid support being one capable of immobilising DNA, (iii) separating the solid support from liquid, (iv) treating the solid support with a first wash solution containing lithium at a concentration of 0.05 to 1M, said first wash solution containing 20% to 90% by volume of a dissolved C 1-3 alkanol, (v) separating the solid support from the first wash liquid, (vi) treating the solid support with a second wash liquid which comprises at least 80% by volume of a C 1-3 alkanol, the balance if any being water, (vii) separating the solid support from the second wash solution, and (viii) eluting DNA from the solid support.
A method of producing a biosensor test member, the method comprising the acts of: applying a first layer of an electrically conductive first metal in an electrode pattern on a substrate; applying a second layer of an electrically conductive second metal on said first layer, wherein said first metal is different than said second metal; sintering said first metal and said second metal at least partially together by exposing them to one or more pulses of a high-energy broad spectrum light that maintains the temperature of said substrate below a substrate damage temperature. applying a first layer of an electrically conductive first metal in an electrode pattern on a substrate; applying a second layer of an electrically conductive second metal on said first layer, wherein said first metal is different than said second metal; sintering said first metal and said second metal at least partially together by exposing them to one or more pulses of a high-energy broad spectrum light that maintains the temperature of said substrate below a substrate damage temperature.
A process for forming a product solution from poultry waste, comprising: providing a feedstock that is greater than 80 percent poultry waste, anaerobically digesting said feedstock to produce a digestate having a solids content of about 5 to about 15 percent by weight; separating said digestate into a high solids, phosphorus rich fraction; and a nitrogen rich first filtrate that has a basic pH; adding the high solids, phosphorus rich fraction to an acid solution with stirring to form a slurry having a pH of between about 3.5 and about 5.0; separating said slurry into a second solids fraction and a second filtrate; clarifying said first filtrate to form a first centrate; clarifying said second filtrate to form a second centrate; and mixing said first centrate with said second centrate to form said product solution. providing a feedstock that is greater than 80 percent poultry waste, anaerobically digesting said feedstock to produce a digestate having a solids content of about 5 to about 15 percent by weight; separating said digestate into a high solids, phosphorus rich fraction; and a nitrogen rich first filtrate that has a basic pH; adding the high solids, phosphorus rich fraction to an acid solution with stirring to form a slurry having a pH of between about 3.5 and about 5.0; separating said slurry into a second solids fraction and a second filtrate; clarifying said first filtrate to form a first centrate; clarifying said second filtrate to form a second centrate; and mixing said first centrate with said second centrate to form said product solution.
An injection molding machine comprising a mold (50, 52) having a memory device (76, 78) containing associated mold set-up data relating to an article to be molded, the mold set-up data including information pertaining to a fill profile for the article to be molded and set point control for the mold (50, 52); a plurality of sensors arranged to provide an indication of the operational capabilities of the injection molding machine; characterized in that a machine controller is responsive to the plurality of sensors, the machine controller further being coupled to the memory device (76, 78) and arranged to interrogate the plurality of sensors and the memory device (76, 78) to set up the injection molding machine, wherein the plurality of sensors provide operational information to the machine controller, and the machine controller is arranged to cause storing of such operational information in the memory device (76, 78).
Silo combustion chamber comprising - a vertically extending flame tube flowed through in a downward direction and fired from above, the casing surface of which flame tube is provided with a multiplicity of cooling-fluid feed openings and is lined internally with ceramic heat-shield elements (5, 20), wherein the lowermost heat-shield elements are supported against a metallic support ring with radially inwardly facing surfaces; - a conically tapering mixing tube which is arranged downstream of the flame tube and into which the lower region of the flame tube is sunk; and - an outer housing which surrounds the flame tube and the mixing tube such that a ring-shaped feed channel is formed, characterized in that the lowermost heat-shield elements completely cover the radially inwardly facing surfaces of the support ring. - a vertically extending flame tube flowed through in a downward direction and fired from above, the casing surface of which flame tube is provided with a multiplicity of cooling-fluid feed openings and is lined internally with ceramic heat-shield elements (5, 20), wherein the lowermost heat-shield elements are supported against a metallic support ring with radially inwardly facing surfaces; - a conically tapering mixing tube which is arranged downstream of the flame tube and into which the lower region of the flame tube is sunk; and - an outer housing which surrounds the flame tube and the mixing tube such that a ring-shaped feed channel is formed,
A method of determining if a patient is afflicted with multiple sclerosis, comprising determining in a cerebrospinal fluid sample from the patient the expression profile of miR-633 and miR-922, wherein miR-633 is up-regulated (increased concentration) and miR-922 is down-regulated (lower concentration) in a patient who is afflicted with MS.
A method for controlling image exposure in an ophthalmic microscope device, wherein the ophthalmic microscope device has a camera and an illumination source, and wherein the method comprises the steps of recording a camera image with the camera using first exposure parameters, recording an adjusted image with the camera using second exposure parameters, said method being characterized by the steps of using edge detection to identify at least one first sub-region and at least one second sub-region of the camera image, wherein the first sub-region has a higher edge density than the second sub-region, and calculating a brightness parameter of the camera image by weighing pixel brightness in the first sub-region more strongly than pixel-brightness in the second sub-region, depending on the brightness parameter, adjusting the first exposure parameters to obtain the second exposure parameters. recording a camera image with the camera using first exposure parameters, recording an adjusted image with the camera using second exposure parameters, said method being characterized by the steps of using edge detection to identify at least one first sub-region and at least one second sub-region of the camera image, wherein the first sub-region has a higher edge density than the second sub-region, and calculating a brightness parameter of the camera image by weighing pixel brightness in the first sub-region more strongly than pixel-brightness in the second sub-region, depending on the brightness parameter, adjusting the first exposure parameters to obtain the second exposure parameters.
A vehicle confronting apparatus comprising: a guide-type device guiding a wheel of a vehicle entering to a position, and regulating both sides of the wheel of the vehicle; a run-out-type device rotationally driving the wheel of the vehicle reaching said position; and a control device controlling motions of the guide-type device and the run-out-type device, characterized in that the control device cancels the regulation of the wheel by the guide-type device within a period between a time of starting of the rotational driving of the wheel of the vehicle and a time when the rotation speed of the wheel reaches a predetermined run-out speed. a guide-type device guiding a wheel of a vehicle entering to a position, and regulating both sides of the wheel of the vehicle; a run-out-type device rotationally driving the wheel of the vehicle reaching said position; and a control device controlling motions of the guide-type device and the run-out-type device,
A method, comprising: receiving a request for a location estimate of a mobile terminal, the request including a requested accuracy; requesting location measurements of the mobile terminal in response to the request and determining from the location measurements a location estimate and an associated accuracy; and providing a response indicating the location estimate and the associated accuracy expressed in the same terms as the requested accuracy. receiving a request for a location estimate of a mobile terminal, the request including a requested accuracy; requesting location measurements of the mobile terminal in response to the request and determining from the location measurements a location estimate and an associated accuracy; and providing a response indicating the location estimate and the associated accuracy expressed in the same terms as the requested accuracy.
A microneedle array unit comprising: a microneedle array (120, 140) having a plurality of needle-like protrusions arranged on one surface thereof; a gripping portion provided on a side opposite to the plurality of needle-like protrusions of the microneedle array (120, 140); and a container configured to accommodate the microneedle array (120. 140), wherein the container includes an accommodation portion having an opening, a deformable portion disposed on a side opposite to the opening, and a binding portion provided in the accommodation portion of the deformable portion and bound to the gripping portion of the microneedle array (120. 140), the deformable portion is deformed by receiving an external force in a direction of the opening and presses the microneedle array (120. 140) through the gripping portion, and the microneedle array (120. 140) is pushed out of the accommodation portion by being pressed, and the deformable portion maintains a deformed state and presses the microneedle array (120, 140). a microneedle array (120, 140) having a plurality of needle-like protrusions arranged on one surface thereof; a gripping portion provided on a side opposite to the plurality of needle-like protrusions of the microneedle array (120, 140); and a container configured to accommodate the microneedle array (120. 140), wherein the container includes an accommodation portion having an opening, a deformable portion disposed on a side opposite to the opening, and a binding portion provided in the accommodation portion of the deformable portion and bound to the gripping portion of the microneedle array (120. 140), the deformable portion is deformed by receiving an external force in a direction of the opening and presses the microneedle array (120. 140) through the gripping portion, and the microneedle array (120. 140) is pushed out of the accommodation portion by being pressed, and the deformable portion maintains a deformed state and presses the microneedle array (120, 140).
A mast lift comprising: a base; a platform; a lifting assembly (14, 102) connected between the base and the platform comprising a telescoping mast coupled with the base and extending upward from the base, the telescoping mast including a support section fixed to the base and a movable section movably connected to and displaceable relative to the support section between a retracted position corresponding to the lowered position of the platform and an extended position corresponding to the raised position of the platform, the lifting assembly moving the platform between a lowered position and a raised position; a threaded driving rod connected between the base and the lifting assembly (14, 102); and a gas strut acting between the base and the lifting assembly and biasing the lifting assembly and the platform toward the raised position, characterised in that a top view outside perimeter of the support section is substantially T-shaped including a head section and a leg section, and wherein the threaded driving rod and the gas strut are disposed in the leg section of the T-shape. a base; a platform; a lifting assembly (14, 102) connected between the base and the platform comprising a telescoping mast coupled with the base and extending upward from the base, the telescoping mast including a support section fixed to the base and a movable section movably connected to and displaceable relative to the support section between a retracted position corresponding to the lowered position of the platform and an extended position corresponding to the raised position of the platform, the lifting assembly moving the platform between a lowered position and a raised position; a threaded driving rod connected between the base and the lifting assembly (14, 102); and a gas strut acting between the base and the lifting assembly and biasing the lifting assembly and the platform toward the raised position, characterised in that a top view outside perimeter of the support section is substantially T-shaped including a head section and a leg section, and wherein the threaded driving rod and the gas strut are disposed in the leg section of the T-shape.
An apparatus for inserting a medical device into the skin of a subject, which comprises: a sheath defining a distal surface for placement on a skin surface; a device support movable between a proximal position and a distal position that is closer to the skin surface, and adapted to support a medical device; a sharp support movable between the proximal position and the distal position that is closer to the skin surface and adapted to support a sharp for inserting the medical device under the skin surface and extending through a portion of the device support; a handle movable between a proximal position and a distal position relative to the sheath and adapted to urge the device support and the sharp support from the proximal position to the distal position to insert the sharp under the skin surface; and a driver for advancing the sharp support towards the proximal position when the sharp support reaches the distal position; wherein the device support includes a first engagement member for releasably coupling the device support to the sharp support and a second engagement member for engaging the medical device; and further characterised in that a force applied to the handle moves the sheath into the handle and moves the medical device from the proximal position to the distal position and inserts the sharp under the skin surface. a sheath defining a distal surface for placement on a skin surface; a device support movable between a proximal position and a distal position that is closer to the skin surface, and adapted to support a medical device; a sharp support movable between the proximal position and the distal position that is closer to the skin surface and adapted to support a sharp for inserting the medical device under the skin surface and extending through a portion of the device support; a handle movable between a proximal position and a distal position relative to the sheath and adapted to urge the device support and the sharp support from the proximal position to the distal position to insert the sharp under the skin surface; and a driver for advancing the sharp support towards the proximal position when the sharp support reaches the distal position; wherein the device support includes a first engagement member for releasably coupling the device support to the sharp support and a second engagement member for engaging the medical device; and further characterised in that a force applied to the handle moves the sheath into the handle and moves the medical device from the proximal position to the distal position and inserts the sharp under the skin surface.