mhurhangee/ep-ind-claims huggingface dataset:
A power outlet for connecting a plug to the exterior of a motor vehicle with a power outlet casing, in which there is configured a plug reception aperture with electrical contacts for inserting a plug and establishing an electrical connection, and with a lid hinged to the power outlet casing which, in its closed position, closes and seals the plug reception aperture and is pre-tensioned in closing direction, wherein a hold-closed mechanism which increases the holding power of the lid in its closed position and comprises a retaining element for avoiding the restoring force is provided, which in its closed position, in closing direction, acts upon the lid with an additional retaining force characterised in that the retaining element, in the closed position engages in a reception aperture, wherein the retaining element is a ball and the inner diameter of the reception aperture is smaller than the outer diameter of the ball.
A deflector for a fire suppression sprinkler, said deflector comprising: a circular plate having a periphery surrounding a center; first and second slots (118, 120) in said plate extending from diametrically opposed points on said periphery along a common diameter toward said center; a first plurality of slots positioned around said plate between said first and second slots (118, 120), each of said slots of said first plurality extending from said periphery along a respective chord of said circular plate which chord does not pass through said center; and a second plurality of slots positioned around said plate, each slot of said second plurality of slots being positioned between said first and second slots (118, 120) and extending from said periphery along a respective radius of said circular plate toward said center, wherein said first and second slots (118, 120) have respective ends (132, 134) at a first distance from said center; a first half of said first plurality of slots have respective ends at a second distance from said center; a second half of said first plurality of slots have respective ends at a third distance from said center; said second plurality of slots have respective ends at a fourth distance from said center; wherein said first distance is less than said second distance, said second distance is less than said third distance, and said third distance is less than said fourth distance. a circular plate having a periphery surrounding a center; first and second slots (118, 120) in said plate extending from diametrically opposed points on said periphery along a common diameter toward said center; a first plurality of slots positioned around said plate between said first and second slots (118, 120), each of said slots of said first plurality extending from said periphery along a respective chord of said circular plate which chord does not pass through said center; and a second plurality of slots positioned around said plate, each slot of said second plurality of slots being positioned between said first and second slots (118, 120) and extending from said periphery along a respective radius of said circular plate toward said center, wherein said first and second slots (118, 120) have respective ends (132, 134) at a first distance from said center; a first half of said first plurality of slots have respective ends at a second distance from said center; a second half of said first plurality of slots have respective ends at a third distance from said center; said second plurality of slots have respective ends at a fourth distance from said center; wherein said first distance is less than said second distance, said second distance is less than said third distance, and said third distance is less than said fourth distance.
A manufacturing method of an integrated foam-molded product which injects a polyurethane foam raw material into a mold to foam the polyurethane foam raw material to form a polyurethane foam layer and integrates an integration target disposed in the mold with the polyurethane foam layer, the method comprising thermally deforming the integration target by foaming heat generated at the time of the foaming of the polyurethane foam raw material to mold the integration target into a predetermined shape, and obtaining an integrated foam-molded product in which the integration target is integrated with the polyurethane foam layer, wherein the integration target is made of a three-dimensional structure having air permeability, and is molded into the predetermined shape by the thermal deformation while a pressure of gas generated at the time of the foaming of the polyurethane foam raw material is used for shape retention of the three-dimensional structure; and a three-dimensional knitted fabric having a pair of ground knitted fabrics (11, 12) and a connecting yarn knitted back and forth between the ground knitted fabrics is used as the three dimensional structure; wherein the method is applied to manufacturing of the integrated foam-molded product as a cushion member used for a seat cushion, a seat back, a headrest, or an armrest of a vehicle seat, wherein the integration target is a skin layer-joined three-dimensional structure having a skin layer joined to at least part of the three-dimensional structure, and wherein opening/closing or an opening degree of an exhaust hole of the mold is controlled, so that a predetermined amount of gas generated at the time of foaming of the polyurethane foam raw material remains in the mold.
Use of a ligand comprising the amino acid sequence set forth in SEQ ID NO:7 or an amino acid sequence having at least 90% sequence identity to the sequence set forth in SEQ ID NO:7 in the manufacture of a medicament for the treatment of a condition characterised by either unwanted lipid accumulation or inadequate insulin sensitivity, wherein said condition is selected from the group consisting of obesity, insulin resistance, glucose intolerance, dyslipidemia, non-alcoholic fatty liver disease, sleep apnea, obesity associated metabolic disorders such as osteoarthritis, type II diabetes mellitus, hypertension, stroke or cardiovascular disease, and wherein the ligand binds to the IL-6 receptor and signals via a GP130/LIF receptor heterodimer.
A method of entropy decoding transformation coefficients, the method comprising: extracting information about a horizontal axis direction location and a vertical axis direction location of a last significant transformation coefficient having a non-zero value and included in a transformation block, from a received bitstream wherein the last significant transformation coefficient has last scan index according to a certain scan order among the transformation coefficients; determining a location of the last significant transformation coefficient by decoding the information about the horizontal axis direction location and the vertical axis direction location; decoding the last significant transformation coefficient based on the location of the last significant transformation coefficient; decoding a significant coefficient flag, included in the received bitstream, representing a location of a second significant transformation coefficient; and decoding the second significant transformation coefficient by using the significant coefficient flag; wherein the information includes an x value corresponding to the horizontal axis direction location and a y value corresponding to the vertical axis direction location. extracting information about a horizontal axis direction location and a vertical axis direction location of a last significant transformation coefficient having a non-zero value and included in a transformation block, from a received bitstream wherein the last significant transformation coefficient has last scan index according to a certain scan order among the transformation coefficients; determining a location of the last significant transformation coefficient by decoding the information about the horizontal axis direction location and the vertical axis direction location; decoding the last significant transformation coefficient based on the location of the last significant transformation coefficient; decoding a significant coefficient flag, included in the received bitstream, representing a location of a second significant transformation coefficient; and decoding the second significant transformation coefficient by using the significant coefficient flag; wherein the information includes an x value corresponding to the horizontal axis direction location and a y value corresponding to the vertical axis direction location.
A device (1, 1') with a cleaning hose (4, 4'), which can be inserted through an inlet in a flue pipe, and a hose cleaning means with a pneumatic hose blast unit for cleaning flue pipes of a boiler plant, characterised in that a tubular element in the form of a flushing pipe, on which a gas inlet and a liquid inlet are arranged, is used as hose cleaning means, wherein the gas inlet is connected to a pressurised gas line and the liquid inlet is connected to cleaning liquid line, and the gas inlet and liquid inlet are arranged in such a way that each part of the cleaning hose (4, 4'), when the hose (4, 4') is pulled out, firstly passes through a hose blast unit utilising a cleaning liquid and then passes through a pneumatic hose blast unit, such that the hose (4, 4'), when the soiled hose (4, 4') is pulled out from the hose guide is firstly sprayed with cleaning liquid via nozzles and is then dried by means of the pneumatic hose blast unit.
A method for forming a flexible printed circuit board, the method comprising: formulating a polysiloxane material including a hydroxyl- or alkoxyl-terminated polysiloxane as a basic ingredient; casting a first portion of the polysiloxane material into a substrate; adding a vinyl-terminated polydimethylsiloxane, PDMS, a liquid organohydrogensiloxane PDMS, and a conductive material to a second portion of the polysiloxane material to form a conductive ink; depositing the conductive ink on the substrate to form at least one electrical circuit; and thermally curing the conductive ink to the substrate at a minimum temperature of 40°C by substantially simultaneously using an addition mechanism and a condensation mechanism. formulating a polysiloxane material including a hydroxyl- or alkoxyl-terminated polysiloxane as a basic ingredient; casting a first portion of the polysiloxane material into a substrate; adding a vinyl-terminated polydimethylsiloxane, PDMS, a liquid organohydrogensiloxane PDMS, and a conductive material to a second portion of the polysiloxane material to form a conductive ink; depositing the conductive ink on the substrate to form at least one electrical circuit; and thermally curing the conductive ink to the substrate at a minimum temperature of 40°C by substantially simultaneously using an addition mechanism and a condensation mechanism.
Method according to claim 1 characterized in that the hollow chamber comprises a luminescent inner surface and that the light emerging during the laser irradiation on the visible side of the covering material strikes the inner surface of the hollow chamber and is scattered and/or reflected at least partially onto the at least one observation unit and the light which is incident on the at least one observation unit is used for controlling the laser.
A diagnostic scanning apparatus comprising: a first, rotating gantry; a second, stationary gantry, wherein the first rotating gantry is disposed within the second, stationary gantry; an imaging region defined by a bore in the first gantry; a bearing system including a plurality of air bearing means attached to the stationary gantry by ball joints and abut against a bearing race of the rotating gantry, at least one of said air bearing means exhibiting mechanical disturbance; a mechanical damping means mounted with the at least one air bearing means to dampen the mechanical disturbance; characterized in that the mechanical damping means includes: a damping mass for providing momentum opposite to the momentum of the mechanical disturbance; and an elastomeric connecting means that absorbs energy from the mechanical disturbance; wherein the damping mass is connected to the air bearing means by the elastomeric connecting means, and wherein the elastomeric connecting means and the damping mass are tuned to a frequency slightly less than a resonance frequency of the mechanical disturbance. a first, rotating gantry; a second, stationary gantry, wherein the first rotating gantry is disposed within the second, stationary gantry; an imaging region defined by a bore in the first gantry; a bearing system including a plurality of air bearing means attached to the stationary gantry by ball joints and abut against a bearing race of the rotating gantry, at least one of said air bearing means exhibiting mechanical disturbance; a mechanical damping means mounted with the at least one air bearing means to dampen the mechanical disturbance; a damping mass for providing momentum opposite to the momentum of the mechanical disturbance; and an elastomeric connecting means that absorbs energy from the mechanical disturbance;
Insert for an injection-moulding tool in cable fabrication for carrying out a start-up process in the injection-moulding tool, wherein a) the insert forms in the injection-moulding tool a predetermined volume for which overmoulding with injection-moulding material is possible, in which the volume of the insert corresponds to the volume of a pre-assembled cable to be overmoulded; b) the insert is produced entirely from plastic; and c) an overmoulded insert visibly having at least a line part, an overmoulded connection part and a plug-in side is an end product formed from the start-up process in the injection-moulding tool. a) the insert forms in the injection-moulding tool a predetermined volume for which overmoulding with injection-moulding material is possible, in which the volume of the insert corresponds to the volume of a pre-assembled cable to be overmoulded; b) the insert is produced entirely from plastic; and c) an overmoulded insert visibly having at least a line part, an overmoulded connection part and a plug-in side is an end product formed from the start-up process in the injection-moulding tool.
A hollow fiber membrane separation device, the device arranged for counter-flow and comprising: a cylindrical-shaped pressure casing having a feed fluid inlet port, a non-permeate fluid outlet port, and a permeate fluid outlet port; a cylindrical-shaped cartridge arranged coaxially with the casing, the cartridge having a tubular-shaped inner core member and a plurality of hollow fiber membranes arranged in a bundle about the inner core member; the inner core member of the cartridge being in communication with the feed fluid inlet port of the casing, one end of the inner core member being perforated and terminating in a tubesheet; each hollow fiber membrane of the bundle having an open end toward a permeate fluid outlet end of the casing and a sealed fiber end toward a non-permeate fluid outlet end of the casing; a baffle arranged about the outer periphery of the bundle, spaced apart from the outer periphery of the bundle, in order to prevent fluid from crossing or passing to the outside of the bundle to force a feed fluid flow traveling between the open fiber end and the sealed fiber end to travel parallel to the hollow fiber membranes and in a direction counter to a fluid flow inside each hollow fiber membrane; the tubesheet collectively encapsulating the open fiber end of the bundle, the other end of the hollow fiber bundle being the sealed fiber end which is tubesheet-free, wherein the fibers of the sealed fiber end are sealed individually so that the sealed fiber end does not obstruct feed flow. a cylindrical-shaped pressure casing having a feed fluid inlet port, a non-permeate fluid outlet port, and a permeate fluid outlet port; a cylindrical-shaped cartridge arranged coaxially with the casing, the cartridge having a tubular-shaped inner core member and a plurality of hollow fiber membranes arranged in a bundle about the inner core member; the inner core member of the cartridge being in communication with the feed fluid inlet port of the casing, one end of the inner core member being perforated and terminating in a tubesheet; each hollow fiber membrane of the bundle having an open end toward a permeate fluid outlet end of the casing and a sealed fiber end toward a non-permeate fluid outlet end of the casing; a baffle arranged about the outer periphery of the bundle, spaced apart from the outer periphery of the bundle, in order to prevent fluid from crossing or passing to the outside of the bundle to force a feed fluid flow traveling between the open fiber end and the sealed fiber end to travel parallel to the hollow fiber membranes and in a direction counter to a fluid flow inside each hollow fiber membrane; the tubesheet collectively encapsulating the open fiber end of the bundle, the other end of the hollow fiber bundle being the sealed fiber end which is tubesheet-free, wherein the fibers of the sealed fiber end are sealed individually so that the sealed fiber end does not obstruct feed flow.
An antihypoxic pharmaceutical composition comprising vinpocetine and a carnitine-compound, or a pharmaceutically acceptable salt thereof, characterized in that: • the carnitine-compound is selected from L-carnitine, acetyl L-carnitine, propionyl L-carnitine or a pharmaceutically acceptable salt thereof, • the composition further comprises trimetazidine or a pharmaceutically acceptable salt thereof, and • wherein the weight ratio of the vinpocetine, the carnitine-compound and the trimetazidine or a pharmaceutically acceptable salt thereof is 1:3-30000:0.03-60. • the carnitine-compound is selected from L-carnitine, acetyl L-carnitine, propionyl L-carnitine or a pharmaceutically acceptable salt thereof, • the composition further comprises trimetazidine or a pharmaceutically acceptable salt thereof, and • wherein the weight ratio of the vinpocetine, the carnitine-compound and the trimetazidine or a pharmaceutically acceptable salt thereof is 1:3-30000:0.03-60.
A quick-coupling silencer assembly for a firearm, the assembly comprising: a longitudinal axis; a muzzle device configured for attachment to a muzzle end of a firearm barrel, the muzzle device including a first rotational stop; a support tube having a proximal end and a distal end; a plurality of baffles arranged in a longitudinal stack and supported by the support tube, the baffles defining a plurality of gas expansion chambers; a coupling member attached to the proximal end of the support tube and having a second rotational stop engageable with the first rotational stop of the muzzle device, the coupling member rotatably securing the support tube to the muzzle device; a ratcheting mechanism comprising a freely rotatable first array of radial teeth disposed on the coupling member and a second array of radial teeth disposed on the coupling member in a fixed rotational position; a biasing member biasing the second array of radial teeth into engagement with the first array of radial teeth; wherein the first array of radial teeth is infinitely rotatable in opposing directions when the coupling member is not secured to the muzzle device, and wherein the first array of radial teeth is locked in rotational position when the coupling member is secured to the muzzle device; wherein the first rotational stop is disposed proximate to a rear end of the muzzle device and the second rotational stop is disposed proximate to a rear end of the coupling member. a longitudinal axis; a muzzle device configured for attachment to a muzzle end of a firearm barrel, the muzzle device including a first rotational stop; a support tube having a proximal end and a distal end; a plurality of baffles arranged in a longitudinal stack and supported by the support tube, the baffles defining a plurality of gas expansion chambers; a coupling member attached to the proximal end of the support tube and having a second rotational stop engageable with the first rotational stop of the muzzle device, the coupling member rotatably securing the support tube to the muzzle device; a ratcheting mechanism comprising a freely rotatable first array of radial teeth disposed on the coupling member and a second array of radial teeth disposed on the coupling member in a fixed rotational position; a biasing member biasing the second array of radial teeth into engagement with the first array of radial teeth; wherein the first array of radial teeth is infinitely rotatable in opposing directions when the coupling member is not secured to the muzzle device, and wherein the first array of radial teeth is locked in rotational position when the coupling member is secured to the muzzle device; wherein the first rotational stop is disposed proximate to a rear end of the muzzle device and the second rotational stop is disposed proximate to a rear end of the coupling member.
A semiconductor device comprising a first MOSFET transistor having a substrate, a first high-k dielectric layer upon the substrate, a first dielectric capping layer upon the first high-k dielectric and a first gate electrode, made of a semiconductor material of a first doping level and a first conductivity type upon the first dielectric capping layer, wherein the first dielectric capping layer comprises Scandium or is Scandium based, wherein the semiconductor device further comprises a second MOSFET transistor having a substrate, a second high-k dielectric layer upon the substrate, a second dielectric capping layer upon the second high-k dielectric and a second gate electrode, made of a semiconductor material of a second doping level and a second conductivity type, upon the second dielectric capping layer, wherein the first high-k dielectric layer and the second high-k dielectric layer have the same thickness and the same material composition, and the first dielectric capping layer and the second dielectric capping layer have the same thickness and the same material composition, and wherein the second doping level is different than the first doping level.
A method for encoding a binary digit in a double stranded deoxyribose nucleic acid (dsDNA), the method comprising: creating a first double strand break at a first target site in the dsDNA with a first enzyme; selecting a first homologous repair template according to a first binary digit, the first target site, and an encoding scheme; and contacting the dsDNA with the first homologous repair template, wherein the first homologous repair template contains a region complementary to a second target site for a second enzyme to create a second DSB in the dsDNA and the first binary digit is encoded by an order of a partial sequence of the first target site being adjacent to a partial sequence of the second target site, wherein the partial sequence of the first target site and the partial sequence of the second target site are between 5 and 20 nucleotides in length. creating a first double strand break at a first target site in the dsDNA with a first enzyme; selecting a first homologous repair template according to a first binary digit, the first target site, and an encoding scheme; and contacting the dsDNA with the first homologous repair template, wherein the first homologous repair template contains a region complementary to a second target site for a second enzyme to create a second DSB in the dsDNA and the first binary digit is encoded by an order of a partial sequence of the first target site being adjacent to a partial sequence of the second target site, wherein the partial sequence of the first target site and the partial sequence of the second target site are between 5 and 20 nucleotides in length.