mhurhangee/ep-ind-claims huggingface dataset:
A system for nondestructively sampling intracellular material, the system comprising: a cell culture chamber having an upper region and a lower region; a nanostraw substrate positioned over the lower region, wherein the substrate comprises a plurality of sample regions; a plurality of nanostraws extending through the nanostraw substrate in each sample region, wherein each nanostraw has an outer diameter configured to support a cell without penetrating the cell's cell membrane; a plurality of sample material collectors, wherein each sample material collector corresponds to one sample region of the plurality of sample regions; a first electrode in the upper region; a second electrode in the lower region; and a controller coupled to the first electrode and the second electrode and configured to apply a pulsed voltage through the plurality of nanostraws of between about 1 V and 100V, a pulse width of between about 10 microseconds and 50 milliseconds for a duration of between 1 second and 300 seconds. a cell culture chamber having an upper region and a lower region; a nanostraw substrate positioned over the lower region, wherein the substrate comprises a plurality of sample regions; a plurality of nanostraws extending through the nanostraw substrate in each sample region, wherein each nanostraw has an outer diameter configured to support a cell without penetrating the cell's cell membrane; a plurality of sample material collectors, wherein each sample material collector corresponds to one sample region of the plurality of sample regions; a first electrode in the upper region; a second electrode in the lower region; and a controller coupled to the first electrode and the second electrode and configured to apply a pulsed voltage through the plurality of nanostraws of between about 1 V and 100V, a pulse width of between about 10 microseconds and 50 milliseconds for a duration of between 1 second and 300 seconds.
An insert for a filler neck of an urea container in diesel-fueled motor vehicles, preferably trucks, comprising two preferably internested plastic components (11, 12), which between them receive a preferably annular component element comprising magnetic material and permanently magnetized before being installed, characterized in that the plastic components (11, 12) are welded to one another in gas-tight and fluid-tight fashion, that between the two plastic components (11, 12) a receiving chamber is formed, the volume of which is somewhat greater than the volume of the component element that is magnetized into a permanent magnet, that the two plastic components (11, 12) are formed by a receiving element embodied in graduated fashion on the inner and outer circumference and by an annular inner guide element that covers a setback of the receiving element, and in that the inner guide element is stacked up on an upper first graduated ring face and a lower second graduated ring face of the receiving element.
A transport stream recording apparatus for recording a transport stream on a data recording medium, characterized by - an input unit operable to input transport packets of a transport stream, - a generator operable to generate (S24, S44) program sequence information (program_sequence) indicative of an interval in which a program attribute in said transport stream does not change, and - a recording unit operable to record said program sequence information along with said transport stream, wherein said generator is operable to generate program sequence information indicative of a sequence of transport packets that includes no change of a number of video and/or audio elementary streams, or said generator is operable to generate program sequence information indicative of a sequence of transport packets that includes no discontinuity of packet identification information used for identifying video and/or audio streams, or said generator is operable to generate program sequence information indicative of a sequence of transport packets that includes no change of a coding attribute used for encoding video and/or audio streams. - an input unit operable to input transport packets of a transport stream, - a generator operable to generate (S24, S44) program sequence information (program_sequence) indicative of an interval in which a program attribute in said transport stream does not change, and - a recording unit operable to record said program sequence information along with said transport stream,
A stainless steel having a low surface contact resistance for fuel cell separators and a Cr content in the range of 16 to 40 mass%, wherein the stainless steel includes a region having a fine textured structure on its surface, the area percentage of the region being 50% or more, and the region having a fine textured structure is a region which has a structure having depressed portions and raised portions at an average interval between the depressed portions or the raised portions of 20 nm or more and 150 nm or less when observed with a scanning electron microscope, the fine textured structure having a height difference between the bottom of a depressed portion and the top of a raised portion adjacent to the depressed portion being 15 nm or more.
A deposition apparatus comprising: a chamber; a stage which is disposed within the chamber and on which a target substrate can be seated; a deposition source disposed within the chamber and comprising a deposition material; a plurality of nozzles connected to the deposition source within the chamber to inject the deposition material in a direction of the stage; and an ionizer disposed between the nozzles and the stage to charge the deposition material injected from the nozzles, wherein each of the ionizer and the nozzles are configured to have a first electric field (EF 1) generated therein, wherein the stage and the ionizer are configured to have a second electric field (EF 2) having an intensity less than that of the first electric field (EF 1) generated therebetween, and wherein the ionizer comprises: a first electrode unit; and a second electrode unit disposed between the first electrode unit and the stage and having a plate shape in which a plurality of mesh holes are defined, wherein the first electrode unit comprises: a first plate having a plate shape; and a plurality of pin electrodes disposed on the first plate to charge the deposition material injected from the nozzles. a chamber; a stage which is disposed within the chamber and on which a target substrate can be seated; a deposition source disposed within the chamber and comprising a deposition material; a plurality of nozzles connected to the deposition source within the chamber to inject the deposition material in a direction of the stage; and an ionizer disposed between the nozzles and the stage to charge the deposition material injected from the nozzles, wherein each of the ionizer and the nozzles are configured to have a first electric field (EF 1) generated therein, wherein the stage and the ionizer are configured to have a second electric field (EF 2) having an intensity less than that of the first electric field (EF 1) generated therebetween, and wherein the ionizer comprises: a first electrode unit; and a second electrode unit disposed between the first electrode unit and the stage and having a plate shape in which a plurality of mesh holes are defined, wherein the first electrode unit comprises: a first plate having a plate shape; and a plurality of pin electrodes disposed on the first plate to charge the deposition material injected from the nozzles. a first electrode unit; and a second electrode unit disposed between the first electrode unit and the stage and having a plate shape in which a plurality of mesh holes are defined, wherein the first electrode unit comprises: a first plate having a plate shape; and a plurality of pin electrodes disposed on the first plate to charge the deposition material injected from the nozzles. a first plate having a plate shape; and a plurality of pin electrodes disposed on the first plate to charge the deposition material injected from the nozzles.
A pipe abnormality detection system comprising: a pipe comprising a flow inlet, a flow outlet, a first pipe portion, and a second pipe portion, the first pipe portion extending from the flow inlet to a specific position, the second pipe portion extending from the specific position to the flow outlet, the flow inlet allowing inflow of water from a bathtub, the flow outlet allowing the water to pass into the bathtub; a pump configured to circulate the water between the pipe and the bathtub; and a pressure detecting sensor configured to detect a pressure of an inside of the pipe, the pressure detecting sensor being placed at the specific position, characterized by further comprising output means configured to output a signal indicating that an abnormality of the first pipe portion is detected, when (i) a difference obtained by subtracting the pressure detected by the pressure detecting sensor during stoppage of the pump from the pressure detected by the pressure detecting sensor during operation of the pump is less than a first threshold or (ii) a rate of change in the difference with respect to a rotational frequency of the pump is less than a third threshold, and a signal indicating that an abnormality of the second pipe portion is detected, when the at least one of the difference is greater than a second threshold or the rate of change in the difference is greater than a fourth threshold. a pipe comprising a flow inlet, a flow outlet, a first pipe portion, and a second pipe portion, the first pipe portion extending from the flow inlet to a specific position, the second pipe portion extending from the specific position to the flow outlet, the flow inlet allowing inflow of water from a bathtub, the flow outlet allowing the water to pass into the bathtub; a pump configured to circulate the water between the pipe and the bathtub; and a pressure detecting sensor configured to detect a pressure of an inside of the pipe, the pressure detecting sensor being placed at the specific position, characterized by further comprising output means configured to output a signal indicating that an abnormality of the first pipe portion is detected, when (i) a difference obtained by subtracting the pressure detected by the pressure detecting sensor during stoppage of the pump from the pressure detected by the pressure detecting sensor during operation of the pump is less than a first threshold or (ii) a rate of change in the difference with respect to a rotational frequency of the pump is less than a third threshold, and (i) a difference obtained by subtracting the pressure detected by the pressure detecting sensor during stoppage of the pump from the pressure detected by the pressure detecting sensor during operation of the pump is less than a first threshold or (ii) a rate of change in the difference with respect to a rotational frequency of the pump is less than a third threshold, and a signal indicating that an abnormality of the second pipe portion is detected, when the at least one of the difference is greater than a second threshold or the rate of change in the difference is greater than a fourth threshold.
A glove comprising: a fabric liner; a first polymeric composition adhered to at least a portion of the fabric liner, forming a polymeric coating; and a plurality of raised features comprising a second polymeric composition disposed on a surface of the polymeric coating, wherein the polymeric coating and the plurality of raised features comprise different polymeric compositions adapted to enhance at least one of oil grip properties, dry grip properties, or wet grip properties, wherein the second polymeric composition of the plurality of raised features comprises polyurethane and the polymeric coating comprising the first polymeric composition includes nitrile-butadiene, wherein the polyurethane raised features enhance good wet and oily grip properties and the nitrile-butadiene enhance good dry grip properties; or the second polymeric composition of the plurality of raised features comprises nitrile-butadiene and the polymeric coating comprising the first polymeric composition includes polyurethane, wherein the first polymeric coating has enhanced good wet and oily grip properties and the plurality of raised features have enhanced good dry grip properties; characterized in that the polymeric coating has an open-celled foam structure. a fabric liner; a first polymeric composition adhered to at least a portion of the fabric liner, forming a polymeric coating; and a plurality of raised features comprising a second polymeric composition disposed on a surface of the polymeric coating, wherein the polymeric coating and the plurality of raised features comprise different polymeric compositions adapted to enhance at least one of oil grip properties, dry grip properties, or wet grip properties, wherein the second polymeric composition of the plurality of raised features comprises polyurethane and the polymeric coating comprising the first polymeric composition includes nitrile-butadiene, wherein the polyurethane raised features enhance good wet and oily grip properties and the nitrile-butadiene enhance good dry grip properties; or the second polymeric composition of the plurality of raised features comprises nitrile-butadiene and the polymeric coating comprising the first polymeric composition includes polyurethane, wherein the first polymeric coating has enhanced good wet and oily grip properties and the plurality of raised features have enhanced good dry grip properties; characterized in that the polymeric coating has an open-celled foam structure.
Assembly for collecting and disposing of waste, in particular household refuse, in urban or suburban areas, the assembly comprising: - at least one tank for storing waste, with the tank having at least one opening for receiving this waste, the assembly further comprising: - a container that can simultaneously receive a plurality of tanks to be emptied; - at least one first vehicle whereon is removably mounted the tank, in order to convey it to the container; - a transfer means for transferring the tank from the vehicle to the container, and vice versa, - a locking means for reversibly locking the tank to the container, and - a first tipping means for tilting the tank, then locked to the container, in order to empty the tank outside of the container, either through the reception opening, or through another opening of the tank, with the emptying being carried out by tipping characterised in that the container comprises lateral walls (21, 22, 23, 24) and a bottom wall and in that the transfer means comprise: - a support for the tank, mounted mobile on the first vehicle, in order to transport the tank onto the first vehicle, and - a second means for tipping the tank in order to tip the tank with respect to support, between the first vehicle and the container, in such a way that, when conveyed full, the tank is stood up in the container, before it is emptied via the first tipping means, over one of the upright walls (21, 22, 23, 24), onto an unloading zone. - at least one tank for storing waste, with the tank having at least one opening for receiving this waste, - a container that can simultaneously receive a plurality of tanks to be emptied; - at least one first vehicle whereon is removably mounted the tank, in order to convey it to the container; - a transfer means for transferring the tank from the vehicle to the container, and vice versa, - a locking means for reversibly locking the tank to the container, and - a first tipping means for tilting the tank, then locked to the container, in order to empty the tank outside of the container, either through the reception opening, or through another opening of the tank, with the emptying being carried out by tipping - a support for the tank, mounted mobile on the first vehicle, in order to transport the tank onto the first vehicle, and - a second means for tipping the tank in order to tip the tank with respect to support, between the first vehicle and the container, in such a way that, when conveyed full, the tank is stood up in the container, before it is emptied via the first tipping means, over one of the upright walls (21, 22, 23, 24), onto an unloading zone.
Endoscope monitoring apparatus for monitoring the efficacy of an endoscope cleaning process in use, said apparatus including: a holder device; two or more indicator holding means; two or more elongate lumen devices; said holder device including a body portion with two or more apertures defined in said body portion; said apertures being a spaced distance apart and each aperture of such size and dimensions for the location of at least part of one of the two or more indicator holding means therewith or therethrough; said body portion having a top or outer surface and a base or inner surface; the indicator holding means, the holder device and the two or more elongate lumen devices being detachably attached together; characterised in that: the body portion or at least the top or the outer surface has a narrowing taper from a base edge to a top edge or point, thereby providing one or more angled surfaces, the apertures are defined in the one or more angled surfaces to allow positioning of the indicator holding means at different angles or orientations with respect to each other, and at least part of the two or more indicator holding means protrude outwardly from the top or outer surface of the holder device at different angles or orientations with respect to each other. a holder device; two or more indicator holding means; two or more elongate lumen devices; said holder device including a body portion with two or more apertures defined in said body portion; said apertures being a spaced distance apart and each aperture of such size and dimensions for the location of at least part of one of the two or more indicator holding means therewith or therethrough; said body portion having a top or outer surface and a base or inner surface; the indicator holding means, the holder device and the two or more elongate lumen devices being detachably attached together; characterised in that: the body portion or at least the top or the outer surface has a narrowing taper from a base edge to a top edge or point, thereby providing one or more angled surfaces, the apertures are defined in the one or more angled surfaces to allow positioning of the indicator holding means at different angles or orientations with respect to each other, and at least part of the two or more indicator holding means protrude outwardly from the top or outer surface of the holder device at different angles or orientations with respect to each other.
A method for performing a trustworthiness test on a random number generator, RNG, comprising a physical unclonable function, PUF,-module, the trustworthiness test being implemented as a known answer test, KAT, and the method comprising: - receiving, in the PUF-module, an input based on test data, T, received from a verifier provided with at least one test data - test result pair, (T, R), - providing an output from the PUF-module, - determining a test result, R', based on the output from the PUF-module, and - providing the test result, R', to the verifier. - receiving, in the PUF-module, an input based on test data, T, received from a verifier provided with at least one test data - test result pair, (T, R), - providing an output from the PUF-module, - determining a test result, R', based on the output from the PUF-module, and - providing the test result, R', to the verifier.
An assembly for an aircraft landing gear, the assembly comprising: a shock absorbing strut; a strut yoke mounted at the lower end of said shock absorbing strut a brake rod assembly comprising: a first brake rod comprising a first pivot point and a second pivot point; and a second brake rod, characterised in that: the strut yoke is coupled to the first pivot point and the second brake rod is coupled to the second pivot point; and the first and second pivot points are longitudinally spaced apart along a portion of the first brake rod. a shock absorbing strut; a strut yoke mounted at the lower end of said shock absorbing strut a brake rod assembly comprising: a first brake rod comprising a first pivot point and a second pivot point; and a second brake rod, characterised in that: the strut yoke is coupled to the first pivot point and the second brake rod is coupled to the second pivot point; and the first and second pivot points are longitudinally spaced apart along a portion of the first brake rod. a first brake rod comprising a first pivot point and a second pivot point; and a second brake rod, characterised in that: the strut yoke is coupled to the first pivot point and the second brake rod is coupled to the second pivot point; and the first and second pivot points are longitudinally spaced apart along a portion of the first brake rod. the strut yoke is coupled to the first pivot point and the second brake rod is coupled to the second pivot point; and the first and second pivot points are longitudinally spaced apart along a portion of the first brake rod.
Measuring nozzle for determining the extensional viscosity of plastic melts during the processing thereof, comprising a flow channel which has a rectangular cross section and which, between an inlet portion and an outlet portion of in each case constant cross section, has a transition portion, the width of which tapers hyperbolically in the flow direction, wherein the width of the transition portion, following the taper, widens hyperbolically to the width of the outlet portion, which corresponds to the width of the inlet portion, characterized in that the height of the transition portion decreases continuously from the height of the inlet portion to the lesser height of the outlet portion.
Process for the production of poly(butylene terephthalate) comprising the steps of: (i) providing a poly(butylene terephthalate) oligomer having an intrinsic viscosity of 0.25 - 0.35 dl/g, a carboxylic end group content of 25-35 mmol/kg, and a ratio of IV: CEG of ≤ 15 dl/mmol; (ii) introducing said poly(butylene terephthalate) oligomer to a low-pressure reactor; and (iii) performing a polycondensation reaction in said low-pressure reactor by subjecting the poly(butylene terephthalate) oligomer to a pressure of ≥ 0.05 and ≤ 5.0 mbar at a temperature of 235 to 255 °C, for such average residence time to obtain a poly(butylene terephthalate) having a ratio of IV: CEG of ≥ 18 dl/mmol and having an IV of ≥ 0.45 dl/g; wherein • the CEG is determined in accordance with ASTM D7409-15; • the IV is determined in accordance with ASTM D2857-95; and • steps (i), (ii) and (iii) are conducted in that order. wherein the low-pressure reactor is operated such that the average residence time of the material in the reactor is ≥ 45 min and ≤ 3 hrs. (i) providing a poly(butylene terephthalate) oligomer having an intrinsic viscosity of 0.25 - 0.35 dl/g, a carboxylic end group content of 25-35 mmol/kg, and a ratio of IV: CEG of ≤ 15 dl/mmol; (ii) introducing said poly(butylene terephthalate) oligomer to a low-pressure reactor; and (iii) performing a polycondensation reaction in said low-pressure reactor by subjecting the poly(butylene terephthalate) oligomer to a pressure of ≥ 0.05 and ≤ 5.0 mbar at a temperature of 235 to 255 °C, for such average residence time to obtain a poly(butylene terephthalate) having a ratio of IV: CEG of ≥ 18 dl/mmol and having an IV of ≥ 0.45 dl/g; • the CEG is determined in accordance with ASTM D7409-15; • the IV is determined in accordance with ASTM D2857-95; and • steps (i), (ii) and (iii) are conducted in that order.