mhurhangee/ep-ind-claims huggingface dataset:
A ventilator comprising: a base; a drive device disposed on the base; an impeller coupled to the drive device and driven by the drive device; and a cover; said impeller being disposed at a first side of the base and said cover being disposed at a second side of the base opposite to said first side; characterised in that said cover is assembled with the base to define a closed area between the cover and the base for receiving a first circuit board therein, wherein said closed area is shielded by said base against an interior space of said ventilator to prevent the contamination of said closed area with said first circuit board being received therein by moisture and dust, and wherein when an AC power is input to the first circuit board to be converted, a DC power is output to drive the drive device. a base; a drive device disposed on the base; an impeller coupled to the drive device and driven by the drive device; and a cover; said impeller being disposed at a first side of the base and said cover being disposed at a second side of the base opposite to said first side; characterised in that said cover is assembled with the base to define a closed area between the cover and the base for receiving a first circuit board therein, wherein said closed area is shielded by said base against an interior space of said ventilator to prevent the contamination of said closed area with said first circuit board being received therein by moisture and dust, and wherein when an AC power is input to the first circuit board to be converted, a DC power is output to drive the drive device.
An acoustic shield intended to be mounted under a motor vehicle engine, said shield comprising a thermo-compressed fibrous and porous body, said shield being characterised in that the constituent fibres of said body are distributed according to the following percentages by weight: • between 25% and 35% of sound-absorbing fibres based on polyethylene terephthalate and with a titre comprised between 1.5 and 2 dtex, • between 25% and 35% of mechanical strength fibres based on polyethylene terephthalate and with a titre comprised between 6 and 7 dtex, • between 35% and 45% of binder fibres ensuring bonding between the fibres of said body following melting, at least partial, thereof. • between 25% and 35% of sound-absorbing fibres based on polyethylene terephthalate and with a titre comprised between 1.5 and 2 dtex, • between 25% and 35% of mechanical strength fibres based on polyethylene terephthalate and with a titre comprised between 6 and 7 dtex, • between 35% and 45% of binder fibres ensuring bonding between the fibres of said body following melting, at least partial, thereof.
A method for producing a polyester-based resin composition, comprising a step of obtaining a master batch containing a polyester resin having a cyclic acetal structure or an alicyclic hydrocarbon structure, and a polyamide resin, and a step of melt-kneading the master batch with a polyester resin in which 70 mol% or more of the dicarboxylic acid unit is derived from an aromatic dicarboxylic acid and 70 mol% or more of the diol unit is derived from an aliphatic diol, thereby giving a polyester-based resin composition, in this order, wherein: the glass transition temperature of the polyester resin is 105°C or lower, the content of the polyester resin in the polyester-based resin composition is 0.5 to 15.0% by mass, and the content of the polyamide resin in the polyester-based resin composition is 0.5 to 10.0% by mass, wherein the master batch further contains the polyester resin, and wherein the glass transition temperature of the polyester resin is measured as indicated in the description. the glass transition temperature of the polyester resin is 105°C or lower, the content of the polyester resin in the polyester-based resin composition is 0.5 to 15.0% by mass, and the content of the polyamide resin in the polyester-based resin composition is 0.5 to 10.0% by mass, wherein the master batch further contains the polyester resin, and wherein the glass transition temperature of the polyester resin is measured as indicated in the description.
A tensioning device for tensioning of a rope or cable to be spooled onto or off a winch drum, the tension device comprising wheels or drums (10, 30), arranged so that the rope or cable can be arranged to rest sequential against the wheels, drums remove, where the wheels or drums (10, 30) are arranged to be displaced from "a" disengaged position where the rope or cable is running freely through the tensioning device, and an engaged position where the rope or cable rests against said wheels or drums (10, 30) that are provided with rotational control means to withhold or to pull in the rope or cable to provide a tension, wherein the device comprises a plurality of drums or wheels (10, 30) that are arranged on a rotary arranged sheave support or arm (11, 32), where the sheave or arm support can be rotated from "a" disengaged position where wheels or drums (10, 30) do not Interact with the rope or cable, to a position where the wheels or drums (10, 30) are in tensioning interaction with the rope or cable.
A print agent application assembly (100, 200, 502) comprising: a print agent transfer roller to receive print agent and transfer a portion of the print agent to a photoconductive surface; a print agent regulator roller to regulate a film thickness of print agent on the print agent transfer roller, the print agent regulator roller comprising a nip forming region and a mounting region; and characterised by: a resilient component comprising a sheet metal spring (110, 510), which spans a diametrical width of the print agent regulator roller and acts on the print agent regulator roller outside the nip forming region to impart a lateral force to the mounting region, the lateral force urging the print agent regulator roller towards the print agent transfer roller. a print agent transfer roller to receive print agent and transfer a portion of the print agent to a photoconductive surface; a print agent regulator roller to regulate a film thickness of print agent on the print agent transfer roller, the print agent regulator roller comprising a nip forming region and a mounting region; and characterised by: a resilient component comprising a sheet metal spring (110, 510), which spans a diametrical width of the print agent regulator roller and acts on the print agent regulator roller outside the nip forming region to impart a lateral force to the mounting region, the lateral force urging the print agent regulator roller towards the print agent transfer roller.
Door apparatus for a rail vehicle, comprising at least one sliding door with at least one door leaf, wherein the door leaf, in the region of an ancillary closing edge (11, 12) of the door leaf, has a recess for receiving a fixed component of the rail vehicle when the sliding door is in an open position, characterised in that a cover is arranged movably on the door leaf, which cover covers the recess when the sliding door is in a closed position, wherein the cover is arranged on the door leaf such that it can be moved.
A device for detecting a rotational motion, comprising: - a first sensor configured to detect a first rotational position range of a rotational element; - a second sensor configured to detect a second rotational position range of the rotational element, wherein the second rotational position range is offset by 10° to 170°, preferably by substantially 90°, relative to the first rotational position range; and - a controller (102; 190) configured to, only in the event of a change of a first signal (A analog; A digital) of the first sensor, activate the second sensor for detecting a second signal (B analog; B digital) and increment a counter of the rotational motion, wherein the controller (102; 190) is further configured to regularly detect the first signal (A analog; A digital) and to increment the counter with a predetermined sign in the event of two or more successive changes of the first signal (A analog; A digital). - a first sensor configured to detect a first rotational position range of a rotational element; - a second sensor configured to detect a second rotational position range of the rotational element, wherein the second rotational position range is offset by 10° to 170°, preferably by substantially 90°, relative to the first rotational position range; and - a controller (102; 190) configured to, only in the event of a change of a first signal (A analog; A digital) of the first sensor, activate the second sensor for detecting a second signal (B analog; B digital) and increment a counter of the rotational motion, wherein the controller (102; 190) is further configured to regularly detect the first signal (A analog; A digital) and to increment the counter with a predetermined sign in the event of two or more successive changes of the first signal (A analog; A digital).
A rheometer comprising: a sample chamber; a compressed air system configured to provide compressed air to pressurize the sample chamber; and a rotor configured for rheological measurement of a material with variable volume, the rotor including an elongated shaft extending to a measurement portion (158, 168, 178, 188, 198) having a widened geometry relative to the elongated shaft, wherein the rotor is dimensioned such that a compression ratio of at least 1.5 to 1 is achievable while maintaining material cover of the sample over the entirety of the measurement portion (158, 168, 178, 188, 198) of the rotor, wherein the compression ratio is defined by a decompressed volume of a sample when the sample chamber is not pressurized to a compressed volume of the sample when the sample chamber is pressurized; the rheometer characterized by: a parallel visualization chamber connected to the compressed air system, the rheometer configured to maintain the parallel visualization chamber at the same environmental conditions as the sample chamber; and a camera connected to the parallel visualization chamber configured to detect images within the parallel visualization chamber. a sample chamber; a compressed air system configured to provide compressed air to pressurize the sample chamber; and a rotor configured for rheological measurement of a material with variable volume, the rotor including an elongated shaft extending to a measurement portion (158, 168, 178, 188, 198) having a widened geometry relative to the elongated shaft, wherein the rotor is dimensioned such that a compression ratio of at least 1.5 to 1 is achievable while maintaining material cover of the sample over the entirety of the measurement portion (158, 168, 178, 188, 198) of the rotor, wherein the compression ratio is defined by a decompressed volume of a sample when the sample chamber is not pressurized to a compressed volume of the sample when the sample chamber is pressurized; the rheometer characterized by: a parallel visualization chamber connected to the compressed air system, the rheometer configured to maintain the parallel visualization chamber at the same environmental conditions as the sample chamber; and a camera connected to the parallel visualization chamber configured to detect images within the parallel visualization chamber. a parallel visualization chamber connected to the compressed air system, the rheometer configured to maintain the parallel visualization chamber at the same environmental conditions as the sample chamber; and a camera connected to the parallel visualization chamber configured to detect images within the parallel visualization chamber.
An apparatus for positioning a dental illumination system comprising: a retracting device adapted for retracting at least one portion of a subject's lips; and a lamp head comprising an ultraviolet light source and at least one formation adapted for engaging the retracting device for positioning the lamp head at a predetermined distance from the retracting device, wherein the formation of the lamp head comprises a spacer, and wherein the spacer comprises a tubular light guide, characterized in that the light guide is formed of a polymeric material having a spectral absorption characteristic such that light of ultraviolet wavelengths impinging on the tubular inner surface of the light guide is absorbed and/or reflected, and visible light is transmitted. a retracting device adapted for retracting at least one portion of a subject's lips; and a lamp head comprising an ultraviolet light source and at least one formation adapted for engaging the retracting device for positioning the lamp head at a predetermined distance from the retracting device, wherein the formation of the lamp head comprises a spacer, and wherein the spacer comprises a tubular light guide, characterized in that the light guide is formed of a polymeric material having a spectral absorption characteristic such that light of ultraviolet wavelengths impinging on the tubular inner surface of the light guide is absorbed and/or reflected, and visible light is transmitted.
An electricity meter with an electronic controller and a power supply, characterized by a circuit arrangement that is actuated by the electronic controller in such a way that the power supply is sometimes supplied with metered energy and sometimes with unmetered energy.
A bottle formed of synthetic resin materials in a cylindrical shape with a bottom, the bottle comprising a bottom wall portion in a bottom portion thereof including: a grounding portion positioned at an outer circumferential edge thereof; a rising circumferential wall portion connected to the grounding portion from an inside of a bottle radial direction, the rising circumferential wall portion extending upward; a movable wall portion protruding from an upper end part of the rising circumferential wall portion toward the inside of the bottle radial direction; and a recessed circumferential wall portion extending upward from an inner end part in the bottle radial direction of the movable wall portion, wherein the movable wall portion is arranged to be movable upward together with the recessed circumferential wall portion, around a curved surface part with the rising circumferential wall portion, and the recessed circumferential wall portion is connected to the movable wall portion through a first bent part that is bent upward from the inner end part in the bottle radial direction of the movable wall portion, wherein the movable wall portion before pressure reduction inside the bottle extends so that the separation between the movable wall portion and a plane perpendicular to the bottle axis and positioned above the movable wall portion gradually increases from the upper end part of the rising circumferential wall portion to the first bent part, the first bent part before pressure reduction inside the bottle is located lower than the upper end part of the rising circumferential wall portion, ribs are arranged in the movable wall portion radially around a bottle axis, characterised in that the recessed circumferential wall portion is provided with no ribs, and a ratio of a width of each rib in a circumferential direction around the bottle axis, to a circumferential length outermost in the radial direction between ribs adjacent to each other in the circumferential direction in the movable wall portion, is larger than or equal to 0.12. a grounding portion positioned at an outer circumferential edge thereof; a rising circumferential wall portion connected to the grounding portion from an inside of a bottle radial direction, the rising circumferential wall portion extending upward; a movable wall portion protruding from an upper end part of the rising circumferential wall portion toward the inside of the bottle radial direction; and a recessed circumferential wall portion extending upward from an inner end part in the bottle radial direction of the movable wall portion,
A method of heat treatment of castings, especially light-metal die castings, by solution heat treatment, cooling and aging, characterized in that, first, mold casting or die casting is carried out in a mold or die and said mold or die is opened, and that then the castings are not removed from the mold or die but are directly solution heat-treated by means of infrared rays, then quenched while the mold or die is being sprayed, and only then removed and artificially aged.
An apparatus comprising: a first interface configured to enable coupling to a universal serial bus device; a controller circuitry configured to at least determine an amount of current and/or voltage available at a mobile high-definition link device when coupled and adjust, based on the determined amount, a value of pull up circuitry (270, 272) coupled to the first interface; and a second interface configured to enable coupling to the mobile high-definition link device, wherein the pull up circuitry (270, 272) includes one or more pull up resistors coupled to a configuration control line of the first interface orwherein the pull up circuitry (270, 272) includes a current source coupled to a configuration control line of the first interface, wherein the controller circuitry couples to a data line (233 A, B) at the second interface to determine the amount of current and/or voltage available at the mobile high-definition link device. a first interface configured to enable coupling to a universal serial bus device; a controller circuitry configured to at least determine an amount of current and/or voltage available at a mobile high-definition link device when coupled and adjust, based on the determined amount, a value of pull up circuitry (270, 272) coupled to the first interface; and a second interface configured to enable coupling to the mobile high-definition link device, wherein the pull up circuitry (270, 272) includes one or more pull up resistors coupled to a configuration control line of the first interface orwherein the pull up circuitry (270, 272) includes a current source coupled to a configuration control line of the first interface, wherein the controller circuitry couples to a data line (233 A, B) at the second interface to determine the amount of current and/or voltage available at the mobile high-definition link device.
Screen device comprising a screen and a screen slat, which is fittable to a screen edge of the screen, wherein the screen, on this screen edge, is provided with a fitting element which is attached to or forms part of the screen, wherein the screen slat comprises a fitting slot, in which this fitting element is at least partly accommodable for fitting the screen slat to the said screen edge of the screen,wherein the screen slat comprises an access opening to this fitting slot, through which the screen and/or the fitting element extends in the installed position, and wherein the screen slat is provided with a flange (12, 13) which at least partly delimits the access opening to the fitting slot, the screen device furthermore comprising one or several click-action means (9, 10) which are at least partly elastic in order to attach the fitting element in the fitting slot by means of a click-fit connection via the access opening, characterised in that the click-action means (9, 10) form part of the fitting element and/or of one or several separate click-fit elements and comprise at least one elastically displaceable click-fit leg (9, 10) which, in the mounted position, engages behind the flange (12, 13) in order to achieve the click-fit connection and which serves as a detaining element which, in the mounted position, prevents the click-action means (9, 10) from breaking loose from the fitting slot.
An aminoplast crosslinker resin composition comprising an at least partially alkylated reaction product A of melamine, formaldehyde, and alkanols R-OH with the following parameters: - the ratio of the amount of substance n (CH 2 O) of combined formaldehyde to the amount of substance n (Mel) of melamine is in the range of from 5.55 mol/mol to 6.2 mol/mol, and - the ratio of the amount of substance n of alkyl ether groups in the crosslinker resin to the amount of substance n (Mel) of melamine is in the range of from 5.0 mol/mol to 5.6 mol/mol, and - the mass fraction of monomer in the crosslinker resin, calculated as the ratio of the mass of monomer m to the mass m of the reaction product A is between 35 % and 55 %, where R is an alkyl group which may be linear or branched, and has up to eight carbon atoms and wherein the monomer A1 has only one moiety derived from melamine in its molecule, and at least of its aminic nitrogen groups, which do not form the cyclic structure of the melamine molecule, has at least one substituent which is a methylol group (-CH 2 -OH) or methyloloxymethyl group (-CH 2 -(O-CH 2) n -OH), where n is a natural number of at least 1, or an alkyloxymethyl group (-CH 2 -O-R) or an alkoxymethyoxymethyl group (-CH 2 -(O-CH 2) m -OR) where m is a natural number of at least 1. - the ratio of the amount of substance n (CH 2 O) of combined formaldehyde to the amount of substance n (Mel) of melamine is in the range of from 5.55 mol/mol to 6.2 mol/mol, and - the ratio of the amount of substance n of alkyl ether groups in the crosslinker resin to the amount of substance n (Mel) of melamine is in the range of from 5.0 mol/mol to 5.6 mol/mol, and - the mass fraction of monomer in the crosslinker resin, calculated as the ratio of the mass of monomer m to the mass m of the reaction product A is between 35 % and 55 %,