mhurhangee/ep-ind-claims huggingface dataset:
Drivetrain for a motor vehicle which has a first and a second axle (12, 14), wherein a first drive unit of the drivetrain, which drives the first axle, comprises a combustion engine as well as a transmission (26 IV) having a plurality of gear stages, wherein the first drive unit is arranged in the region of the first axles closer to the first axle than to the second axle, wherein the first drive unit can also drive the second axle via a cardan shaft, wherein the drivetrain, further, comprises an electric machine as a second drive unit, which is arranged in the region of the second axle closer to the second axle than to the first axle, wherein the electric machine can be connected to the second axle and to the cardan shaft, and wherein the electric machine is arranged in the longitudinal direction of the motor vehicle coaxially with respect to an input shaft of a transverse differential of the second axle, characterized in that, for charging a battery of the motor vehicle at standstill of the motor vehicle, a gear stage of the transmission (26 IV) can be connected to the electric machine (40 IV) via the cardan shaft, wherein the transmission (26 IV) is a dual-clutch transmission with two partial transmissions (80, 82), and wherein the gear stage which can be connected to the electric machine (40 IV) is provided in that partial transmission which does not have the first gear stage conventionally used for starting.
An ultrasound imaging apparatus (100, 1000, 1000a-c) configured to generate an ultrasound Doppler image of a region of an interest of an object, the ultrasound imaging apparatus comprising: an ultrasound data acquisitor configured to transmit ultrasound signals to the object at intervals of a pulse repetition frequency, receive ultrasound echo signals reflected from the object, and acquire a first ensemble number of ensemble data (ED1-ED12) by focusing and demodulating the ultrasound echo signals; a memory (120, 1500) configured to store the acquired first ensemble number of ensemble data; a processor (130, 1300) configured to selectively extract a second ensemble number (i) of ensemble data from among the stored first ensemble number of ensemble data to thereby generate a plurality of ensemble data sets (ES1-ES3) and generate a plurality of frames of color Doppler mode images (CI1-CI6) respectively based on the plurality of ensemble data sets; and a display (140, 1400) configured to display the plurality of frames of color Doppler mode images, characterised in that the processor is further configured to sequentially extract the second ensemble number of ensemble data in an overlapping manner while skipping extraction of at least one ensemble data from among the first ensemble number of ensemble data stored in the memory. an ultrasound data acquisitor configured to transmit ultrasound signals to the object at intervals of a pulse repetition frequency, receive ultrasound echo signals reflected from the object, and acquire a first ensemble number of ensemble data (ED1-ED12) by focusing and demodulating the ultrasound echo signals; a memory (120, 1500) configured to store the acquired first ensemble number of ensemble data; a processor (130, 1300) configured to selectively extract a second ensemble number (i) of ensemble data from among the stored first ensemble number of ensemble data to thereby generate a plurality of ensemble data sets (ES1-ES3) and generate a plurality of frames of color Doppler mode images (CI1-CI6) respectively based on the plurality of ensemble data sets; and a display (140, 1400) configured to display the plurality of frames of color Doppler mode images, characterised in that the processor is further configured to sequentially extract the second ensemble number of ensemble data in an overlapping manner while skipping extraction of at least one ensemble data from among the first ensemble number of ensemble data stored in the memory.
A seat for a vehicle having a floor pan comprising: a base presenting a pair of opposing angled slots spaced from one another and angled relative to one another and to the floor pan of the vehicle; a cushion slidably engaging said opposing angled slots of said base that can tilt relative to said base to an alternate orientation; and a resistance element in the form of a plurality of teeth-like grooves for maintaining the cushion in a desired orientation relative to said base. a base presenting a pair of opposing angled slots spaced from one another and angled relative to one another and to the floor pan of the vehicle; a cushion slidably engaging said opposing angled slots of said base that can tilt relative to said base to an alternate orientation; and a resistance element in the form of a plurality of teeth-like grooves for maintaining the cushion in a desired orientation relative to said base.
A method comprising: receiving (300, 400) information indicating an operating status of each of a plurality of applications (40, 40, 40, 40, 40 executing in a virtual machine (30, 30, 30, 30) from a monitoring agent (50, 50, 50, 50, 50) executing in the virtual machine; detecting a priority of each of the plurality of applications; determining whether the virtual machine should be restarted, wherein the determining is based on the operating status and the priority of each of the plurality of applications; and deciding, based upon the determining whether the virtual machine should be restarted, whether the monitoring agent should send a heartbeat message to a virtualization controller prior to expiration of a timeout interval, wherein the virtualization controller is configured to restart the virtual machine if the monitoring agent does not send the heartbeat message prior to expiration of the timeout interval, and the deciding is performed by a computing device. receiving (300, 400) information indicating an operating status of each of a plurality of applications (40, 40, 40, 40, 40 executing in a virtual machine (30, 30, 30, 30) from a monitoring agent (50, 50, 50, 50, 50) executing in the virtual machine; detecting a priority of each of the plurality of applications; determining whether the virtual machine should be restarted, wherein the determining is based on the operating status and the priority of each of the plurality of applications; and the determining is based on the operating status and the priority of each of the plurality of applications; and deciding, based upon the determining whether the virtual machine should be restarted, whether the monitoring agent should send a heartbeat message to a virtualization controller prior to expiration of a timeout interval, wherein the virtualization controller is configured to restart the virtual machine if the monitoring agent does not send the heartbeat message prior to expiration of the timeout interval, and the deciding is performed by a computing device. the monitoring agent should send a heartbeat message to a virtualization controller prior to expiration of a timeout interval, wherein the virtualization controller is configured to restart the virtual machine if the monitoring agent does not send the heartbeat message prior to expiration of the timeout interval, and the deciding is performed by a computing device.
A dual function composite oxygen transport membrane, said dual function membrane comprising: a porous substrate having a first side and an opposing second side, a plurality of mixed conducting oxygen transport layers (12, 14, 16) capable of conducting oxygen ions and electrons at elevated temperatures above 950 °C, and a catalyst layer for catalyzing endothermic reactions, wherein the plurality of mixed conducting oxygen transport layers are formed on the first side of the porous substrate and the catalyst layer is formed on the opposing second side of the porous substrate, wherein the catalyst layer is configured to catalyze reforming of a hydrocarbon gas to form syngas and comprises one or more of nickel, cobalt, rhenium, iridium, rhodium, ruthenium, palladium, or platinum, wherein the thickness of catalyst layer is at least 10 μm, and wherein said plurality of mixed conducting oxygen transport layers (12, 14, 16) form a layered structure comprising a dense layer, an intermediate porous layer located between the dense layer and the porous substrate, and a surface exchange layer over the dense layer wherein each of the dense layer and the intermediate porous layer and the surface exchange layer are capable of conducting oxygen ions and electrons at elevated temperatures above 950 °C.
An expander free electrode for lead acid battery comprising heteroatom embedded carbon nanotube (H-CNT) and lead oxide, wherein the heteroatom embedded carbon nanotube (H-CNT) comprises sulphur in the range of 0.001 wt % to 1 wt% and nitrogen in the range of 0.01 ppm to 2000 ppm by mass. heteroatom embedded carbon nanotube (H-CNT) and lead oxide, wherein the heteroatom embedded carbon nanotube (H-CNT) comprises sulphur in the range of 0.001 wt % to 1 wt% and nitrogen in the range of 0.01 ppm to 2000 ppm by mass.
Element facade, comprising at least - a first frame element, and - a second frame element, wherein - at least one connecting means is provided between the first frame element and the second frame element, wherein - the connecting means has a first connecting means element and a second connecting means element, - the first connecting means element has a frame connection element and a latching shoe, wherein - the latching shoe has an approximately U-shaped design in cross section, wherein the inner surface of the latching shoe is designed to be serrated at least in certain portions, wherein - the second connecting element has a frame connection element and a latching protuberance, characterized in that - the latching protuberance has an approximately diamond-shaped head in cross section and an elongate portion which connects the head to the frame connection element. - a first frame element, and - a second frame element, - at least one connecting means is provided between the first frame element and the second frame element, wherein - the connecting means has a first connecting means element and a second connecting means element, - the first connecting means element has a frame connection element and a latching shoe, wherein - the latching shoe has an approximately U-shaped design in cross section, wherein the inner surface of the latching shoe is designed to be serrated at least in certain portions, wherein - the second connecting element has a frame connection element and a latching protuberance, - the latching protuberance has an approximately diamond-shaped head in cross section and an elongate portion which connects the head to the frame connection element.
A sheet inverting and conveying apparatus comprising a plurality of sheet inverting and conveyingmechanisms, wherein: each mechanism conveys a sheet in a first direction, inverts obverse and reverse sides of the sheet, and then conveys the inverted sheet in a second direction, each mechanism comprises: a first conveyance section for receiving, at its conveyance face, one side of the sheet, and for conveying the sheet in the first direction, a sheet inverting section for receiving, at its bent inner peripheral face, said one side of the sheet, and for inverting the sheet while bending the sheet along the bent inner peripheral face, and a second conveyance section for receiving, at its conveyance face, said one side of the inverted sheet, and for conveying the sheet in the second direction; wherein the first conveyance section and the second conveyance section are formed so that the sheet is conveyed while being attracted to the conveyance faces (21,41); and the plurality of the sheet inverting and conveying mechanisms are in combination so that the sheet is conveyed while being repeatedly inverted. each mechanism conveys a sheet in a first direction, inverts obverse and reverse sides of the sheet, and then conveys the inverted sheet in a second direction, each mechanism comprises: a first conveyance section for receiving, at its conveyance face, one side of the sheet, and for conveying the sheet in the first direction, a sheet inverting section for receiving, at its bent inner peripheral face, said one side of the sheet, and for inverting the sheet while bending the sheet along the bent inner peripheral face, and a second conveyance section for receiving, at its conveyance face, said one side of the inverted sheet, and for conveying the sheet in the second direction; wherein the first conveyance section and the second conveyance section are formed so that the sheet is conveyed while being attracted to the conveyance faces (21,41); and the plurality of the sheet inverting and conveying mechanisms are in combination so that the sheet is conveyed while being repeatedly inverted. a first conveyance section for receiving, at its conveyance face, one side of the sheet, and for conveying the sheet in the first direction, a sheet inverting section for receiving, at its bent inner peripheral face, said one side of the sheet, and for inverting the sheet while bending the sheet along the bent inner peripheral face, and a second conveyance section for receiving, at its conveyance face, said one side of the inverted sheet, and for conveying the sheet in the second direction; wherein the first conveyance section and the second conveyance section are formed so that the sheet is conveyed while being attracted to the conveyance faces (21,41); and the plurality of the sheet inverting and conveying mechanisms are in combination so that the sheet is conveyed while being repeatedly inverted.
A crane, in particular a telescopic crane, with a frame suspended on the load hook for taking up a special load, in particular for taking up a rotor blade of a wind turbine, characterized in that a single guide cable without guying function is provided, which proceeding from a boom foot is tensioned parallel to the direction of the longitudinal axis of the boom system and is attached to the boom system at its end, wherein the frame suspended on the load hook is connected with the guide cable via at least two control cables (16, 17).
A media server system comprising: a computer, including a media server which can receive requests from media device clients for media content; and a media content bot provided within a social messaging environment that supports chat, which media content bot has means to: support an interaction with at least one user as part of a group chat; and in response to the interaction with the at least one user, access the media server for determining one or more recommended items of media content comprising music or video, and for providing the recommended media content items to a media device (102; 272) for playback at the media device; wherein the media content bot has means for recognizing music commands within the context of a particular discussion in the group chat for the determining of the one or more recommended items of media content. a computer, including a media server which can receive requests from media device clients for media content; and a media content bot provided within a social messaging environment that supports chat, which media content bot has means to: support an interaction with at least one user as part of a group chat; and in response to the interaction with the at least one user, access the media server for determining one or more recommended items of media content comprising music or video, and for providing the recommended media content items to a media device (102; 272) for playback at the media device; wherein the media content bot has means for recognizing music commands within the context of a particular discussion in the group chat for the determining of the one or more recommended items of media content. support an interaction with at least one user as part of a group chat; and in response to the interaction with the at least one user, access the media server for determining one or more recommended items of media content comprising music or video, and for providing the recommended media content items to a media device (102; 272) for playback at the media device; wherein the media content bot has means for recognizing music commands within the context of a particular discussion in the group chat for the determining of the one or more recommended items of media content.
An apparatus for a phased array antenna configured to transmit a signal, the apparatus comprising: a laser light source configured to provide an optical beam comprising one or more spectral components; a modulator configured to modulate the optical beam with the signal to be transmitted; a first type of control mechanism configured to control a delay of the signal to be transmitted using the one or more spectral components, a second type of control mechanism configured to control a delay of the signal to be transmitted using the one or more spectral components, wherein the apparatus is configured such that a beamforming of the signal to be transmitted is controllable by the first and second type of control mechanism; wherein the first type of control mechanism comprises one or more group delay controlling units configured to add one or more controllable time delays to the one or more spectral components, and the second type of control mechanism comprises a plurality of waveguides each having a chromatic dispersion and configured to guide the optical beam; wherein the laser light source is tunable to control time delays added by the plurality of waveguides, wherein the apparatus is configured such that a beamforming of the signal to be transmitted is controllable by the one or more group delay controlling units and by a tuning of the laser light source. a laser light source configured to provide an optical beam comprising one or more spectral components; a modulator configured to modulate the optical beam with the signal to be transmitted; a first type of control mechanism configured to control a delay of the signal to be transmitted using the one or more spectral components, a second type of control mechanism configured to control a delay of the signal to be transmitted using the one or more spectral components, wherein the apparatus is configured such that a beamforming of the signal to be transmitted is controllable by the first and second type of control mechanism; wherein the first type of control mechanism comprises one or more group delay controlling units configured to add one or more controllable time delays to the one or more spectral components, and the second type of control mechanism comprises a plurality of waveguides each having a chromatic dispersion and configured to guide the optical beam; wherein the laser light source is tunable to control time delays added by the plurality of waveguides, wherein the apparatus is configured such that a beamforming of the signal to be transmitted is controllable by the one or more group delay controlling units and by a tuning of the laser light source.
A polypeptide of 15 to 100 amino acids in length for use in modulating dopamine receptor function to prevent and/or treat a disease selected from depression and other psychiatric conditions in a mammal, said polypeptide comprising SEQ ID NO:2.
Machine for the fumigation treatment of agricultural lands, of the type comprising first means adapted to open a slit in said land and second means adapted to spray such land with a liquid fumigating substance, said second means, adapted to spray such land, being placed next to said first means adapted to open said slit in such land, spraying occurring simultaneously with said opening of said slit in the land, said first means being adapted to open a lenticular recess in such land, without overturning the land above said lenticular recess, said second means spraying said liquid fumigating substances inside said recess and said lenticular recess closing itself after the spraying of said liquid fumigating substances, in order to prevent a dispersion in the atmosphere of fumes produced by said liquid fumigating substances, in which said first means, adapted to open a lenticular recess in such land, without overturning the land above said lenticular recess, comprise at least one anchor, rigidly connected to the chassis of the machine, said anchor being assembled on a support, in order to have a slanted part which has an incidence angle α included between 12° and 20°, and has a sweep angle β included between 110° and 140°, characterized in that said machine further has an upper part of the anchor having a null inclination, in order to support a vault of said recess, to guarantee a free space to said second means below, so as to spray said fumigating substances till the edges of said recess, said second means adapted to spray said land with a liquid fumigating substance, comprising sprayers, placed below said anchors.
Insertion device for an insertion object, which comprises an insertion section and a holding section, with an insertion unit which is provided for arranging on a support structure and into which the insertion section can be inserted for receiving the forces of the insertion object and an additional object attached to the holding section, wherein the insertion unit comprises a sleeve-like main body accessible at least from an insertion side which main body surrounds an insertion area, wherein the insertion unit can be driven into the support structure and the sleeve-like main body is surrounded on an outer side by an intended enclosing surface, which follows a tapering path from the insertion side along a longitudinal axis of the main body, characterised in that on an outer side of the main body blade-like elements protrude which prevent the rotation of the main body inside the support structure.
Ripper tooth or ripper teeth for attachment devices on military wheeled and tracked vehicles and also on civilian devices, such as on a dozer assembly, wherein the ripper tooth or the ripper teeth is/are swing-mounted, and the swing-mounted ripper tooth has at least a ripper tooth bearing (1.1), a bore (1.2) for transport securement and also a setting-up claw (1.5) and a stop (1.6), wherein the ripper tooth further has a cutting edge (1.3) and a cutting tip (1.4), and wherein the swing-mounted ripper tooth can be fastened to the dozer assembly in a swinging manner by means of a ripper tooth bearing (2.4) and characterized in that, upon placing the ripper tooth with a setting-up force, said tooth is forced, via setting-up points, to be imobilized, and in that, upon applying pressure to the ripper tooth, a force is exerted which is formed, as reaction forces (4.1, 4.2) as moment equilibrium, about the ripper tooth bearing (2.4).
A method of forming metal drawpieces for the manufacture of packaging, where preforms are molded in a first phase in a metal strip and the strip is held during the molding of the preforms, and the drawpieces are punched from the strip with the preforms from which the drawpieces will be formed, characterized in that the preforms molded in the first phase in a metal strip have at least one surface disposed in a plane substantially parallel to the plane of the metal strip, wherein the surface is evenly stretched, and then a blank from which the drawpiece is pressed is punched, while the bottom of the drawpiece is molded from the top surface of the preform and the walls of the drawpiece are formed from oblique walls of the preform and from a flange of the blank.