mhurhangee/ep-ind-claims huggingface dataset:
Drive unit for a motor vehicle comprising - a drive unit which is configured as an electric machine with a stator and with a rotor which is mounted such that it can be rotated coaxially with respect to the latter about a rotational axis A, - a switchable clutch for establishing a rotary driving connection of the rotor to a drive element, - the clutch having a release member which can be moved axially by means of an actuating device, and the actuating device being arranged at least partially in a receiving space which is enclosed by the stator, characterized in that the actuating device comprises - an electric actuating drive motor with an actuating drive shaft, and - a release arrangement which is operatively connected to the actuating drive shaft and converts a rotational movement of the actuating drive shaft into a translational movement which acts on the release member of the clutch, and - the release arrangement comprising a rotatable input element which is fixed axially to the release member, and an output element which can be moved axially with respect to the said input element and is operatively connected to the release member. - a drive unit which is configured as an electric machine with a stator and with a rotor which is mounted such that it can be rotated coaxially with respect to the latter about a rotational axis A, - a switchable clutch for establishing a rotary driving connection of the rotor to a drive element, - the clutch having a release member which can be moved axially by means of an actuating device, and the actuating device being arranged at least partially in a receiving space which is enclosed by the stator, characterized in that the actuating device comprises - an electric actuating drive motor with an actuating drive shaft, and - a release arrangement which is operatively connected to the actuating drive shaft and converts a rotational movement of the actuating drive shaft into a translational movement which acts on the release member of the clutch, and - the release arrangement comprising a rotatable input element which is fixed axially to the release member, and an output element which can be moved axially with respect to the said input element and is operatively connected to the release member.
A method for locally increasing the plasticity of a metal workpiece, which contains an aluminum alloy, wherein the workpiece is irradiated while passing through an infrared furnace in order to increase the temperature of the workpiece, the method comprising the following steps: - applying an absorbent locally to the workpiece prior to irradiation of the workpiece, wherein the degree of absorption of the absorbent for the radiation is greater than the degree of absorption of the workpiece for the radiation, wherein due to the greater degree of absorption of the absorbent, the absorbent absorbs a higher amount of irradiation energy than the surface of the work piece where no absorbent is applied, such that the plasticity of the workpiece is increased locally, at locations where the absorbent is applied, - the workpiece passes through the furnace so that, for the same irradiation time and the same irradiation power, a higher temperature is reached at the locations of the workpiece which are covered with the absorbent than at the locations of the workpiece which are not covered with the absorbent. - applying an absorbent locally to the workpiece prior to irradiation of the workpiece, wherein the degree of absorption of the absorbent for the radiation is greater than the degree of absorption of the workpiece for the radiation, wherein due to the greater degree of absorption of the absorbent, the absorbent absorbs a higher amount of irradiation energy than the surface of the work piece where no absorbent is applied, such that the plasticity of the workpiece is increased locally, at locations where the absorbent is applied, wherein the degree of absorption of the absorbent for the radiation is greater than the degree of absorption of the workpiece for the radiation, wherein due to the greater degree of absorption of the absorbent, the absorbent absorbs a higher amount of irradiation energy than the surface of the work piece where no absorbent is applied, such that the plasticity of the workpiece is increased locally, at locations where the absorbent is applied, - the workpiece passes through the furnace so that, for the same irradiation time and the same irradiation power, a higher temperature is reached at the locations of the workpiece which are covered with the absorbent than at the locations of the workpiece which are not covered with the absorbent.
Floor passage comprising an insert frame provided with a centrally placed hole, which insert frame is provided with an attachment device for fastening in a floor hole, the upper side of the insert frame being provided with a fold for the mounting of a cover (7, 8, 9) formed to cover said hole, the cover (7, 8, 9) comprising a first outer cover part and a second outer cover part, which two cover parts (7, 8) are formed in order to surround a cover object, which is arranged to co-operate with said cover parts (7, 8) to a vertical fixation in the cover (7, 8, 9), all cover parts (7, 8) as well as the cover object being formed to be assembled in mounting in the fold of the insert frame, and that the cover object is provided with an edge groove, which is arranged to be pushed in over corresponding edge flanges of the outer cover parts (7, 8) or that the cover object is provided with an edge flange, which is arranged to be pushed into a corresponding edge groove of the outer cover parts (7, 8), characterized in that the groove/flange of the cover object co-operates with the flange/groove of the outer cover parts (7, 8) to form a seal in the form of a labyrinth seal between the cover object and the two cover parts when the parts are mounted and that the cover object closes a central hole in the cover, all cover parts (7, 8) as well as the cover object are assembled upon or before mounting in the insert frame and that the flanges/grooves of the cover object and the cover parts (7, 8) are formed such that the cover object is formed to provide an inner cover part (10, 81) to be mounted on the same level as and between the two cover parts (7, 8) of the floor passage.
A packaging system for a cosmetic product, the system comprising: a reservoir for holding a cosmetic product, the reservoir defining an open end and a closed end opposite the open end; a casing comprising a vial of substantially rectangular cross-section, having four side walls and a base, in which the reservoir is received; a cap configured to be removably coupled to the reservoir to close the open end of the reservoir; and an application member extending from the cap and configured to be received in the reservoir when the cap is coupled to the reservoir, wherein at least a portion of the casing is transparent for observing the reservoir through the casing, and wherein the casing creates a lens that visually changes the appearance of the reservoir when the reservoir is observed through the casing such that a size and/or shape of the reservoir as observed through the casing appears smaller than an actual size and/or shape of the reservoir. a reservoir for holding a cosmetic product, the reservoir defining an open end and a closed end opposite the open end; a casing comprising a vial of substantially rectangular cross-section, having four side walls and a base, in which the reservoir is received; a cap configured to be removably coupled to the reservoir to close the open end of the reservoir; and an application member extending from the cap and configured to be received in the reservoir when the cap is coupled to the reservoir, wherein at least a portion of the casing is transparent for observing the reservoir through the casing, and wherein the casing creates a lens that visually changes the appearance of the reservoir when the reservoir is observed through the casing such that a size and/or shape of the reservoir as observed through the casing appears smaller than an actual size and/or shape of the reservoir.
Agents for lightening keratinic fibers, containing at least two separately packaged preparations and and optionally one further preparation that is packaged separately from and, which preparations are mixed immediately before application to produce an application mixture, i. preparation containing at least one persulfate, and ii. preparation being flowable and containing at least one oxidizing agent, characterized in that preparation contains xanthan and preparation is free of xanthan. i. preparation containing at least one persulfate, and ii. preparation being flowable and containing at least one oxidizing agent,
Method for remotely managing a set of at least one equipment for connection to a network with a view to updating a firmware within each equipment, the method being implemented by computing means and comprising: - generating, at the level of each equipment, data on the connection of said equipment to the network over a predetermined period of time, - determining, at the level of a remote management server (S_GES), a time slot, specific to each equipment, for updating the firmware, the time slot specific to an equipment being dependent at least on the data on the connection of said equipment, - transmitting, to each equipment, information relating to the time slot specific to said equipment, - transmitting, to each equipment, information relating to an address of a download server (S_DWL) with a view to updating the firmware within said equipment, - sending, from each equipment, a request to download the update to the download server associated with the received address, - sending, from the download server, firmware update download data to each equipment sending a download request, and - downloading, within each equipment receiving said download data, the firmware update in the time slot specific to said equipment. - generating, at the level of each equipment, data on the connection of said equipment to the network over a predetermined period of time, - determining, at the level of a remote management server (S_GES), a time slot, specific to each equipment, for updating the firmware, the time slot specific to an equipment being dependent at least on the data on the connection of said equipment, - transmitting, to each equipment, information relating to the time slot specific to said equipment, - transmitting, to each equipment, information relating to an address of a download server (S_DWL) with a view to updating the firmware within said equipment, - sending, from each equipment, a request to download the update to the download server associated with the received address, - sending, from the download server, firmware update download data to each equipment sending a download request, and - downloading, within each equipment receiving said download data, the firmware update in the time slot specific to said equipment.
A process for the alkylation of an aromatic compound, comprising contacting the aromatic compound with an alkane under elevated temperature, in the presence of a catalyst composition comprising a catalytically active metal and a promoter metal on a ZSM-5 zeolite support, wherein the catalytically active metal is palladium, and the promoter is zinc.
20-O-β-D-glucopyranosyl-20 -protopanaxadiol for use in reducing mutant HTT protein aggregate formation in the striatum of a subject with Huntington's disease, wherein the subject expresses a mutant HTT protein; and wherein the 20-O-β-D glucopyranosyl-20 -protopanaxadiol is administered orally in a dosage of 10 to 1,000 mg/kg daily for at least 15 days.
Detergent-dispensing device of a washing machine comprising: - at least one detergent tray that may contain a quantity of detergent, - at least one receptacle that may contain a quantity of water, - wherein said at least one detergent tray is rotated following the filling with water of said at least one receptacle, characterized in that: - said detergent-dispensing device comprises at least one trigger device, - wherein said at least one trigger device is set in motion by means of the water level reached in said at least one receptacle so as to rotate said at least one detergent tray independently of the quantity of detergent contained in said at least one detergent tray. - at least one detergent tray that may contain a quantity of detergent, - at least one receptacle that may contain a quantity of water, - wherein said at least one detergent tray is rotated following the filling with water of said - said detergent-dispensing device comprises at least one trigger device, - wherein said at least one trigger device is set in motion by means of the water level reached in said at least one receptacle so as to rotate said at least one detergent tray independently of the quantity of detergent contained in said at least one detergent tray.
An apparatus comprising: - an optical amplifier having an inhomogeneously broadened gain material configured to generate a plurality of ensemble gains; and - a silicon photonic integrated circuit including a first optical filter (320 1) and a second optical filter (320 2); wherein the inhomogeneously broadened gain material is capable of generating a plurality of ensemble gains, each one of which being associated with a respective wavelength; wherein a first laser cavity includes the optical amplifier and the first optical filter (320 1) optically coupled to each other and at least two mirrors (340, 350), and the first optical filter (320 1) is tunable to a respective first ensemble gain generated by the optical amplifier;wherein a second laser cavity includes the optical amplifier and the second optical filter (320 2) optically coupled to each other and at least two mirrors (340, 350), and the second optical filter (320 2) is tunable to a respective second ensemble gain generated by the optical amplifier; and wherein the second ensemble gain is different from the first ensemble gain. - an optical amplifier having an inhomogeneously broadened gain material configured to generate a plurality of ensemble gains; and - a silicon photonic integrated circuit including a first optical filter (320 1) and a second optical filter (320 2); wherein a first laser cavity includes the optical amplifier and the first optical filter (320 1) optically coupled to each other and at least two mirrors (340, 350), and the first optical filter (320 1) is tunable to a respective first ensemble gain generated by the optical amplifier;wherein a second laser cavity includes the optical amplifier and the second optical filter (320 2) optically coupled to each other and at least two mirrors (340, 350), and the second optical filter (320 2) is tunable to a respective second ensemble gain generated by the optical amplifier; and wherein the second ensemble gain is different from the first ensemble gain.
A pruning tool comprising: a cutting assembly with a blade arrangement comprising at least one movable component; a drive cable attached to the at least one movable component at a first end of the drive cable, the drive cable being configured to actuate the at least one movable component; an intermediate portion coupled to the cutting assembly, a handle provided adjacent to the intermediate portion at the end opposite the end the cutting assembly is coupled to, wherein the handle is configured to be grasped by a user during operation of the pruning tool; a channel formed in the handle, wherein a second end of the drive cable is received through the channel and is fixed to a pulling member, characterised in that the handle has a length in a range of about 10 cm to 30 cm and that the handle further comprises a first connecting portion, the pulling member comprises a second connecting portion configured to be removably coupled to the first connecting portion of the handle. a cutting assembly with a blade arrangement comprising at least one movable component; a drive cable attached to the at least one movable component at a first end of the drive cable, the drive cable being configured to actuate the at least one movable component; an intermediate portion coupled to the cutting assembly, a handle provided adjacent to the intermediate portion at the end opposite the end the cutting assembly is coupled to, wherein the handle is configured to be grasped by a user during operation of the pruning tool; a channel formed in the handle, wherein a second end of the drive cable is received through the channel and is fixed to a pulling member,
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and computer program code configured to, with the processor, cause the apparatus to at least: receive a two dimensional image depicting a geographic area; receive a geometry model with a raised road layer associated with the geographic area; generate an embossing map based on ambient occlusions modelled by the geometry model, wherein the embossing map assigns a lighter darkness value to raised details including roads and assigns a darker darkness value to areas with a lower relative heights including edges of the roads thereby emphasising the edges of the roads; and provide the embossing map for generation of a composite image, the composite image generated by applying the embossing map to the two dimensional image. receive a two dimensional image depicting a geographic area; receive a geometry model with a raised road layer associated with the geographic area; generate an embossing map based on ambient occlusions modelled by the geometry model, wherein the embossing map assigns a lighter darkness value to raised details including roads and assigns a darker darkness value to areas with a lower relative heights including edges of the roads thereby emphasising the edges of the roads; and provide the embossing map for generation of a composite image, the composite image generated by applying the embossing map to the two dimensional image.
An engine comprising: an engine body; a crankshaft extending in a second direction, which is a direction perpendicular to a first direction, the first direction being a height direction; a cooling fan arranged on one side of the engine body in the second direction; an exhaust manifold; a turbocharger to be driven by exhaust gas from the exhaust manifold; an exhaust gas purification device to purify the exhaust gas from the exhaust manifold; and a connection pipe to connect the turbocharger and the exhaust gas purification device, wherein the exhaust gas purification device is arranged in such a posture that a longitudinal direction thereof is parallel to the second direction, the connection pipe is connected to the cooling fan side of the exhaust gas purification device in the second direction, characterized in that the connection pipe is arranged on a side of the exhaust manifold so as to pass below the turbocharger. an engine body; a crankshaft extending in a second direction, which is a direction perpendicular to a first direction, the first direction being a height direction; a cooling fan arranged on one side of the engine body in the second direction; an exhaust manifold; a turbocharger to be driven by exhaust gas from the exhaust manifold; an exhaust gas purification device to purify the exhaust gas from the exhaust manifold; and a connection pipe to connect the turbocharger and the exhaust gas purification device, wherein the exhaust gas purification device is arranged in such a posture that a longitudinal direction thereof is parallel to the second direction, the connection pipe is connected to the cooling fan side of the exhaust gas purification device in the second direction, characterized in that the connection pipe is arranged on a side of the exhaust manifold so as to pass below the turbocharger.
A mounting structure for connecting a device to an organ, the mounting structure comprising: a mounting element defining a bore, the mounting element being adapted for mounting to an exterior surface of the organ of a living subject, the mounting element including a collar having a deformable wall defining a main bore; and a gimbal ring disposed within the main bore and within the collar, the gimbal ring defining a gimbal bore co-axial with the main bore and including a plurality of separate arcuate elements (32, 34, 36) cooperatively disposed in a circumferential direction around the gimbal bore, the plurality of separate arcuate elements being movable toward one another to constrict the gimbal bore. a mounting element defining a bore, the mounting element being adapted for mounting to an exterior surface of the organ of a living subject, the mounting element including a collar having a deformable wall defining a main bore; and a gimbal ring disposed within the main bore and within the collar, the gimbal ring defining a gimbal bore co-axial with the main bore and including a plurality of separate arcuate elements (32, 34, 36) cooperatively disposed in a circumferential direction around the gimbal bore, the plurality of separate arcuate elements being movable toward one another to constrict the gimbal bore.
Method for actuating personal protection means for a vehicle, having the following method steps of: - determining a type of crash on the basis of a first signal from a centrally arranged first acceleration sensor system and a second signal from a second acceleration sensor system arranged in the side area of the vehicle, the second signal being an alternating component of a measurement signal from the second acceleration sensor system; and - actuating the personal protection means on the basis of the type of crash, characterized in that an amplitude of the alternating component is used as the second signal, a type of crash being distinguished on the basis of a threshold value comparison with this amplitude. - determining a type of crash on the basis of a first signal from a centrally arranged first acceleration sensor system and a second signal from a second acceleration sensor system arranged in the side area of the vehicle, the second signal being an alternating component of a measurement signal from the second acceleration sensor system; and - actuating the personal protection means on the basis of the type of crash, characterized in that an amplitude of the alternating component is used as the second signal, a type of crash being distinguished on the basis of a threshold value comparison with this amplitude.
A formation method of an electrolyte membrane for a solid oxide fuel cell, comprising: forming a first layer on a first electrode formed on a porous metal support; forming a second layer, which has a higher degree of fluidity than a degree of fluidity of the first layer, on the first layer, wherein the second layer has a lower green density than a green density of the first layer, wherein each of the first and the second layer is made of one of yttria stabilized zirconia, gadolinium doped ceria, scandium stabilized zirconia, samarium doped ceria, or lanthanum strontium gallate magnesite; and firing the first layer and the second layer to complete an electrolyte membrane. forming a first layer on a first electrode formed on a porous metal support; forming a second layer, which has a higher degree of fluidity than a degree of fluidity of the first layer, on the first layer, wherein the second layer has a lower green density than a green density of the first layer, wherein each of the first and the second layer is made of one of yttria stabilized zirconia, gadolinium doped ceria, scandium stabilized zirconia, samarium doped ceria, or lanthanum strontium gallate magnesite; and firing the first layer and the second layer to complete an electrolyte membrane.