mhurhangee/ep-ind-claims huggingface dataset:
A vehicle instrument panel assembly configured to determine an orientation angle of an illuminated pointer of the assembly, said assembly comprising: a pointer configured to emit light and rotate about a display surface of the assembly to point to indicia on the display surface; and a sensor configured to detect light emitted by the pointer when the pointer is oriented at a predetermined orientation angle relative to the display surface; characterized in that the assembly includes a trim ring configured to direct light emitted by the pointer toward the sensor when the pointer is oriented at the predetermined orientation angle; and in that the sensor is located under the display surface, and the trim ring includes a light pipe configured to direct light emitted by the pointer from the display surface to the sensor. a pointer configured to emit light and rotate about a display surface of the assembly to point to indicia on the display surface; and a sensor configured to detect light emitted by the pointer when the pointer is oriented at a predetermined orientation angle relative to the display surface;
Method for producing a screw or plug-in closure (1a, 1b) made of plastic for closing containers, wherein the closure body has an outer casing that is closed on its upper side, wherein first the closure body is produced by the plastics injection moulding process in the form of a cup-shaped cap with an outer casing as a preform, wherein, in the plastics injection moulding, an internal thread or latching segments is/are moulded in on the inner side of a coaxial inner bushing, characterized in that after the moulding, the interior space of the outer casing of the preform is expanded by being inflated and/or by a negative pressure being applied on the outside of the outer casing.
A terminal supporting a power source state processing, comprising: a display unit; a power source configured to supply an electric power; a charger IC component configured to determine a charging state of the power source by detecting a charging current supplied from a charger to the power source, and to determine that the charging state of the power source is a pre-charging section in which the power source is charged by a predefined electric power when a power state of the power source is less than a predefined power state; a gauge IC component configured to determine gauging information based on the charging state of the power source received from the charger IC component; a control unit configured to control to display a fuel gauge indicating the charging state of the power source based on the gauging information, characterized in that: the charger IC component is configured to transmit information corresponding to the pre-charging section of the power source to the gauge IC component, and the gauge IC component is configured to generate the gauging information that causes the fuel gauge to indicate that the power state of the power source is empty. a display unit; a power source configured to supply an electric power; a charger IC component configured to determine a charging state of the power source by detecting a charging current supplied from a charger to the power source, and to determine that the charging state of the power source is a pre-charging section in which the power source is charged by a predefined electric power when a power state of the power source is less than a predefined power state; a gauge IC component configured to determine gauging information based on the charging state of the power source received from the charger IC component; a control unit configured to control to display a fuel gauge indicating the charging state of the power source based on the gauging information, characterized in that: the charger IC component is configured to transmit information corresponding to the pre-charging section of the power source to the gauge IC component, and the gauge IC component is configured to generate the gauging information that causes the fuel gauge to indicate that the power state of the power source is empty. the charger IC component is configured to transmit information corresponding to the pre-charging section of the power source to the gauge IC component, and the gauge IC component is configured to generate the gauging information that causes the fuel gauge to indicate that the power state of the power source is empty.
A vacuum pump (P7-P8) comprising: a thread groove exhaust portion (Ps) that has a stator, and a rotor comprising a rotating body with inner and outer circumferential sides and having thread groove exhaust flow channels (R1, R2) in respective parts of portions on said inner and outer circumferential sides of the rotating body, the stator and the rotor cooperating to compress gas; a casing enclosing the thread groove exhaust portion; an outlet port for exhausting the gas compressed by the thread groove exhaust portion to the outside of the casing and comprising a port member; a flow channel extending from the exits of the thread groove exhaust flow channels (R1, R2) toward the outlet port, a partition wall that covers said flow channel, characterized in the partition wall being provided with a heating means and a temperature measuring means; and the outlet port being installed so as to be joined with the partition wall, the partition wall being joined to the pump base of the vacuum pump through a heat insulating material. a thread groove exhaust portion (Ps) that has a stator, and a rotor comprising a rotating body with inner and outer circumferential sides and having thread groove exhaust flow channels (R1, R2) in respective parts of portions on said inner and outer circumferential sides of the rotating body, the stator and the rotor cooperating to compress gas; a casing enclosing the thread groove exhaust portion; an outlet port for exhausting the gas compressed by the thread groove exhaust portion to the outside of the casing and comprising a port member; a flow channel extending from the exits of the thread groove exhaust flow channels (R1, R2) toward the outlet port, a partition wall that covers said flow channel, characterized in the partition wall being provided with a heating means and a temperature measuring means; and the outlet port being installed so as to be joined with the partition wall, the partition wall being joined to the pump base of the vacuum pump through a heat insulating material.
Roof-shaped tarpaulin arrangement with a storage tank of an agricultural distribution machine, the upper tank opening of which storage tank, in particular filling opening, can be covered with a tarpaulin, wherein the tarpaulin is fastened on its longitudinal side to the storage tank by means of suitable fastening means and is fastened on its opposite longitudinal side to a first rod, which is fastened to a pivot bow which is pivotable about an axis of articulation located approximately in the centre of the storage tank, and/or is part of the pivot bow, wherein the pivot bow is coupled pivotably to the storage tank by means of articulation arrangements, wherein the tarpaulin can be pivoted away in order to open up the filling opening of the storage tank, wherein at least one second rod is arranged on the tarpaulin between the fastening of the tarpaulin to the storage tank and the first rod and at a distance from the latter, wherein the second rod runs parallel to the first rod and the tank edge, to which the tarpaulin is fastened, wherein, in the position closing the tank, the second rod is positioned higher than the first rod and the tank edge, to which the tarpaulin is fastened, as a result of which the tarpaulin arrangement forms a roof in the closed state, wherein the second rod is shorter than the first rod and than the tank edge, to which the tarpaulin is fastened, wherein the tarpaulin runs in a manner becoming narrower from the tank edge and the first rod, to which the tarpaulin is fastened, to the second rod, which is positioned higher, as a result of which trapezoidal roof surfaces (18, 19) of the tarpaulin are formed, characterized in that the gable sides of the tarpaulin arranged as the roof are closed by triangular end surfaces of the tarpaulin such that the triangular end surfaces of the roof are positioned obliquely from the end-side tank edges to the ends of the shorter second rod, and in that the roof is formed asymmetrically.
A method, comprising: detecting received power in a wireless power receiver of a device by a control interface; determining to turn on the device in response to detecting the wireless power; providing wake-up instructions by the control interface to a baseband processor of the device; receiving, as a modulated component of the wireless power, instructions for receiving software update information via a wireless communications connection, the modulated component of the wireless power further comprising a field indicating a wireless communications source for wirelessly downloading software update information; receiving the software update information via the wireless communication connection to the wireless communications source indicated in the field of the modulated component of the wireless power; and sending the software update information through the control interface to cause a software update operation to be performed in the device while operating on the received wireless power. detecting received power in a wireless power receiver of a device by a control interface; determining to turn on the device in response to detecting the wireless power; providing wake-up instructions by the control interface to a baseband processor of the device; receiving, as a modulated component of the wireless power, instructions for receiving software update information via a wireless communications connection, the modulated component of the wireless power further comprising a field indicating a wireless communications source for wirelessly downloading software update information; receiving the software update information via the wireless communication connection to the wireless communications source indicated in the field of the modulated component of the wireless power; and sending the software update information through the control interface to cause a software update operation to be performed in the device while operating on the received wireless power.
Drafting arrangement for an air spinning device to draw and compress a fibre band, with a precompressor arranged upstream of the drafting arrangement and an air spinning device following the drafting arrangement, a second compressor being arranged in the draft zone of the drafting arrangement arranged upstream of the main draft zone, characterised in that, in addition, arranged in a main draft zone (32, 37, 59) is a third compressor, of which the width of the through-cross section is greater, but a maximum of 10 mm greater, than the width of the through-cross section of the second compressor.
A method for generating a genetically stable cell in vitro comprising a mutation in a gene of interest, said method comprising the steps of: growing a hypermutable mammalian cell comprising the gene of interest and a polynucleotide encoding a truncated peptide mismatch repair protein hPMS2 which consists of the N-terminal 133 amino acids of HPMS2 (hPMS2-134); testing the cell to determine whether the gene of interest harbors a mutation and detecting the mutation; and restoring mismatch repair activity to the cell by decreasing or suppressing expression of the polynucleotide encoding hPMS2-134, thereby generating a genetically stable cell comprising a mutation in a gene of interest. growing a hypermutable mammalian cell comprising the gene of interest and a polynucleotide encoding a truncated peptide mismatch repair protein hPMS2 which consists of the N-terminal 133 amino acids of HPMS2 (hPMS2-134); testing the cell to determine whether the gene of interest harbors a mutation and detecting the mutation; and restoring mismatch repair activity to the cell by decreasing or suppressing expression of the polynucleotide encoding hPMS2-134, thereby generating a genetically stable cell comprising a mutation in a gene of interest.
A crosslinkable composition comprising an acrylic polymer; an ionic compound having an alkali metal cation; and a compound represented by Formula 1 below, wherein the acrylic polymer further comprises a crosslinkable functional group-containing monomer unit, wherein the crosslinkable functional group is a carboxyl group, wherein the crosslinkable composition further comprises an epoxy crosslinking agent or an aziridine crosslinking agent, wherein the crosslinkable composition does not include a metal chelate crosslinking agent and a metal-containing crosslinking catalyst, wherein the compound represented by Formula 1 below is contained in an amount of 0.01 to 30 parts by weight based on 100 parts by weight of the ionic compound: wherein, R 1 to R 4 are each independently a hydrogen atom or an alkyl group. wherein the acrylic polymer further comprises a crosslinkable functional group-containing monomer unit, wherein the crosslinkable functional group is a carboxyl group, wherein the crosslinkable composition further comprises an epoxy crosslinking agent or an aziridine crosslinking agent, wherein the crosslinkable composition does not include a metal chelate crosslinking agent and a metal-containing crosslinking catalyst, wherein the compound represented by Formula 1 below is contained in an amount of 0.01 to 30 parts by weight based on 100 parts by weight of the ionic compound: wherein, R 1 to R 4 are each independently a hydrogen atom or an alkyl group.
An oil-in-water emulsion comprising particles that are dispersed in an aqueous continuous phase, wherein the average diameter of said particles is from 80 nm to 150 nm, the emulsion comprises an oil and a cationic lipid, and wherein: (i) the ratio of oil:lipid (mole:mole) is at least 8:1 (mole:mole); (ii) the concentration of cationic lipid in said emulsion is at least 2.5 mM; and (iii) the cationic lipid is selected from the group consisting of: 1,2-dioleoyloxy-3-(trimethylammonio)propane (DOTAP), 1,2-dioleoyl-sn-glycero-3-ethylphosphocholine (DOEPC), N,N-dioleoyl-N,N-dimethylammonium chloride (DODAC), N-[1-(2,3-dioleyloxy)propyl]-N,N,N-trimethylammonium chloride (DOTMA); and dimethyldioctadecyl ammonium bromide (DDAB). (i) the ratio of oil:lipid (mole:mole) is at least 8:1 (mole:mole); (ii) the concentration of cationic lipid in said emulsion is at least 2.5 mM; and (iii) the cationic lipid is selected from the group consisting of: 1,2-dioleoyloxy-3-(trimethylammonio)propane (DOTAP), 1,2-dioleoyl-sn-glycero-3-ethylphosphocholine (DOEPC), N,N-dioleoyl-N,N-dimethylammonium chloride (DODAC), N-[1-(2,3-dioleyloxy)propyl]-N,N,N-trimethylammonium chloride (DOTMA); and dimethyldioctadecyl ammonium bromide (DDAB).
Openable superstructure for a substructure, such as a self-propelled truck, a truck, a semitrailer, a trailer, a container, a dump truck, a railway wagon, a building or the like; comprising a collapsible top frame, a cover, in particular a tarpaulin, which can be connected to the top frame, and a drive for folding in and/or out the top frame, wherein the drive causes at least one tension element which is at least tension-resistant to move, wherein the at least one tension element which is at least tension-resistant can be coupled to a distal carriage of the top frame and moves the distal carriage back and/or forth as a function of an actuation direction of the drive, wherein the drive comprises a driven first rotating body, wherein the drive comprises a second rotating body, and whereinthe first rotating body and the second rotating body are arranged adjacent to one another and form a drive device, characterized in that the at least one tension element which is at least tension-resistant is wound several times alternatingly at approximately 180 degrees around the first rotating body and at approximately 180 degrees around the second rotating body. a collapsible top frame, a cover, in particular a tarpaulin, which can be connected to the top frame, and a drive for folding in and/or out the top frame, wherein the drive causes at least one tension element which is at least tension-resistant to move, wherein the at least one tension element which is at least tension-resistant can be coupled to a distal carriage of the top frame and moves the distal carriage back and/or forth as a function of an actuation direction of the drive, wherein the drive comprises a driven first rotating body, wherein the drive comprises a second rotating body, and whereinthe first rotating body and the second rotating body are arranged adjacent to one another and form a drive device, characterized in that the at least one tension element which is at least tension-resistant is wound several times alternatingly at approximately 180 degrees around the first rotating body and at approximately 180 degrees around the second rotating body.
Device for controlling an air treatment system in a vehicle, wherein the device is configured to control a valve apparatus for the repeated deactivation and re-activation of the ventilation process when successive, preferably decreasing, predetermined pressure values of the ventilation pressure are reached, and until a predetermined lower pressure limiting value is reached, wherein the device is configured in such a way that the reduction in pressure during the ventilation process takes place by means of at least two partial pressure ventilation processes without significant lengthening of the ventilation time.
A method for a computer for optimizing management of placing on standby of at least part of a microprocessor of said computer, said at least one microprocessor enabling the implementation of at least two logical cores, said at least one microprocessor comprising means for placing on standby of at least one resource common to said at least two logical cores, said method being implemented in a logical layer of said computer and being characterized in that it comprises the following steps, - determining a desired standby state for each of said at least two logical cores; - comparing said desired standby state of one of said at least two logical cores with said desired standby state of the other of said at least two logical cores; and, - in response to said comparison, launching instructions preparing for said placing on standby or enabling the restoration of said one of said at least two logical cores after a period of standby, - estimating a standby state of said microprocessor according to said desired standby state for each of said at least two logical cores; and - comparing said estimated standby state of said microprocessor with said desired standby state of said one of said at least two logical cores, said instructions preparing for said placing on standby or enabling the restoration of said one of said at least two logical cores after a period of standby being launched if said estimated standby state of said microprocessor corresponds to said evaluated standby state of said one of said at least two logical cores. - determining a desired standby state for each of said at least two logical cores; - comparing said desired standby state of one of said at least two logical cores with said desired standby state of the other of said at least two logical cores; and, - in response to said comparison, launching instructions preparing for said placing on standby or enabling the restoration of said one of said at least two logical cores after a period of standby, - estimating a standby state of said microprocessor according to said desired standby state for each of said at least two logical cores; and - comparing said estimated standby state of said microprocessor with said desired standby state of said one of said at least two logical cores,
Inhaler device of a powdered substance contained in a capsule of the type having an operculum formed of two parts, comprising: - a capsule seat suitable for receiving the capsule, said capsule seat being made in two parts which can be reciprocally distanced, each capsule seat part being suitable to retain a respective capsule part; - separation means, operable to cause the distancing of said two capsule seat parts and comprising at least one wedge-shaped element; - an inhaler body wherein the capsule seat is defined; - mouthpiece, coupling in a detachable manner to the inhaler body, having an upper portion defining an exit passage in fluidic communication with said capsule seat and a base coupling to the inhaler body, the separation means being made in said mouthpiece base, the inhaler body having an end wall and a pair of elastic arms, which extend vertically from said end wall and having respective divarication surfaces parallel and facing each other, each capsule seat part being attached atop of a respective elastic arm, said wedge-shaped element being suitable for inserting itself between said surfaces to cause the divarication of the elastic arms. - a capsule seat suitable for receiving the capsule, said capsule seat being made in two parts which can be reciprocally distanced, each capsule seat part being suitable to retain a respective capsule part; - separation means, operable to cause the distancing of said two capsule seat parts and comprising at least one wedge-shaped element; - an inhaler body wherein the capsule seat is defined; - mouthpiece, coupling in a detachable manner to the inhaler body, having an upper portion defining an exit passage in fluidic communication with said capsule seat and a base coupling to the inhaler body, the separation means being made in said mouthpiece base, the inhaler body having an end wall and a pair of elastic arms, which extend vertically from said end wall and having respective divarication surfaces parallel and facing each other, each capsule seat part being attached atop of a respective elastic arm, said wedge-shaped element being suitable for inserting itself between said surfaces to cause the divarication of the elastic arms.