mhurhangee/ep-ind-claims huggingface dataset:
Method for switching a rotating electric machine, such as an electric generator, specifically for a vehicle electrical system, of the type comprising a rotor fitted with an excitation winding and at least two electric power sources, both of which are arranged between ground and a power supply line, and each of which comprises at least one armature winding (BS1, BS2), a rectifier component bridge (PR1, PR2) and an auxiliary rectifier component bridge (PA1, PA2), and switching means interposed between the two auxiliary bridges and designed for switching between a closing position, in which the two power sources are arranged in series such that the rectified voltage delivered to the power supply line is the sum of the voltages delivered by the two power sources, and an opening position, in which the two power sources supply the power supply line in parallel, wherein the rotating electric machine comprises a rotor demagnetization or magnetization device, characterized in that the rotor of said machine is demagnetized or magnetized prior to the switchover from the parallel configuration of the two armature windings (BS1, BS2) to the series configuration of the two windings, or vice versa, in order to limit disturbances to the battery voltage, in that the duration of demagnetization or magnetization can be varied, and in that the rotor is demagnetized or magnetized until the desired voltage drop on the battery is achieved, whereafter the switchover is executed.
A mold for making a contact lens, comprising a first mold half having a first mold surface in contact with a silicone containing lens forming composition and a second mold half having a second mold surface in contact with the lens forming composition, wherein the first mold half and the second mold half are configured to receive each other such that a cavity is formed between the first mold surface and the second mold surface, wherein the cavity defines the shape of a contact lens to be molded, wherein the lens forming composition is polymerizable and/or crosslinkable by actinic radiation, characterized in that at least one of the mold halves (11, 12) is made from chalcogenide glasses, Zinc Selenide or Zinc Sulfide.
Control cylinder for a motor brake for the provision of a deceleration function by throttling the exhaust gas flow on the outlet side of a turbocharger of a vehicle motor, comprising a cylindrical housing for the accommodation of a piston with a piston rod for dividing the housing into: - a spring chamber for accommodating a spring for the piston rod, and - a pressure chamber for producing an actuating force by the piston by means of compressed air, wherein - the piston co-operates with means for producing a springback, wherein the piston rod is guided and can move longitudinally relative to the piston, characterized in that the means for producing the springback comprise a compressed air spring accommodated inside the cylindrical housing, which spring acts on one side against the piston rod and on the other side against the piston. - a spring chamber for accommodating a spring for the piston rod, and - a pressure chamber for producing an actuating force by the piston by means of compressed air, wherein - the piston co-operates with means for producing a springback, wherein the piston rod is guided and can move longitudinally relative to the piston,
A medical treatment arrangement having at least three device parts, with the first device part being a filling or emptying station which is not made for the treatment of a patient, with a second device part having its own proper energy supply and being configured movably and comprising rollers for displacement, so that it is movable relative to the first device part and relative to a third device part, and wherein the third device part is a treatment station, characterized in that the second device part is made in conjunction with the third device part that a dialysis process can be carried out with them, that bags or other containers are inserted in the second device part as disposables, and that the first and the second device part and/or the second and third device part are configured such that data can be unidirectionally or bidirectionally exchanged between them, wherein the second device part comprises a memory in which treatment data relating to the treatment of the patient and/or data relating to bags or other containers inserted into the second device part and/or into the third device part is stored.
Packaging, in particular suitable for containing food, the packaging comprising a container which is made of plastics material and is hinged to a lid, the container being provided with a polygonal base and a continuous peripheral wall comprising a plurality of planar faces, the upper edge of said peripheral wall delimiting an opening and being provided with a polygonal peripheral rim that extends radially outwards and is provided with a channel able to cooperate with a peripheral rib of the lid by interlocking the rib in said channel, and the packaging also comprising an exterior covering which is made of a cardboard material or other bio-sourced material, fits at least to the contact of the faces of the container and is fixed between the channel and the part of said faces close to the edge, the polygonal rib and the channel matching in shape in order to resiliently interlock by means of friction contact of at least one portion of their walls, except at the corners of the rib of the lid that have a free space in their inner wall, thus eliminating contact with the inner wall of the channel in each corner region.
A semiconductor nanowire device, comprising: at least one semiconductor nanowire having a bottom surface and a top surface; an insulating material which surrounds the semiconductor nanowire; and an electrode ohmically contacting the top surface of the semiconductor nanowire without contacting a sidewall of the semiconductor nanowire, characterized in that the insulating material surrounding the semiconductor nanowire extends above the top surface of the semiconductor nanowire to create a recess defined by a sidewall of the insulating material and the top surface of the semiconductor nanowire; wherein the semiconductor nanowire does not comprise a catalyst particle located on the top surface, and wherein the electrode fills the recess. at least one semiconductor nanowire having a bottom surface and a top surface; an insulating material which surrounds the semiconductor nanowire; and an electrode ohmically contacting the top surface of the semiconductor nanowire without contacting a sidewall of the semiconductor nanowire, characterized in that the insulating material surrounding the semiconductor nanowire extends above the top surface of the semiconductor nanowire to create a recess defined by a sidewall of the insulating material and the top surface of the semiconductor nanowire; wherein the semiconductor nanowire does not comprise a catalyst particle located on the top surface, and wherein the electrode fills the recess.
A functional food composition, comprising: an edible or potable substance; a cross-linked edible membrane matrix fully encapsulating the edible or potable substance; a probiotic; and a prebiotic, with the proviso that the edible or potable substance and the matrix do not both contain the probiotic or both contain the prebiotic, wherein the matrix comprises the prebiotic and the edible or potable substance component comprises the probiotic, or wherein the matrix comprises the probiotic and the edible or potable substance comprises the prebiotic. an edible or potable substance; a cross-linked edible membrane matrix fully encapsulating the edible or potable substance; a probiotic; and a prebiotic, with the proviso that the edible or potable substance and the matrix do not both contain the probiotic or both contain the prebiotic, wherein the matrix comprises the prebiotic and the edible or potable substance component comprises the probiotic, or wherein the matrix comprises the probiotic and the edible or potable substance comprises the prebiotic.
A method for producing a cleaning glove, wherein bicomponent plastic fibers are placed in a card sliver and combined with each other by means of hot air at the contact points, wherein the core of the bicomponent fibers has a higher melting temperature, and the sheath has a lower melting temperature, and the hot-air conducted through the card sliver has a temperature that lies above the melting temperature of the sheath and below the melting temperature of the core, and only two layers (2, 3) of the fleece are placed on each other and connected to each other at at least two edges.
A filter cartridge comprising: an outer shell having a first cartridge end and a second cartridge end, an inlet and an outlet located on the first cartridge end, and at least one cam track located on the outer shell; the at least one cam track comprising a first opposing surface and a second opposing surface forming a channel having an entry portion for axial insertion of an indexing lug into the channel and an exit portion for the indexing lug to exit the channel; the first opposing surface comprising a locating detent and a first upper advancing cam located directly before the locating detent in the direction of travel from the entry portion to the exit portion; the second opposing surface comprising a first advancing cam positioned directly before an indexing stop and a second advancing cam positioned after the indexing stop in a direction of travel from the entry portion to the exit portion; wherein the locating detent of the first opposing surface is positioned axially away from and after the indexing stop of the second opposing surface in the direction of travel from the entry portion to the exit portion; and wherein the locating detent comprises an angled portion adapted to receive a first corner of an indexing lug having a triangular shape and the indexing stop comprises an angled portion adapted to receive a second corner of the indexing lug having a triangular shape, wherein the first corner of the indexing lug is positioned axially away from the second corner of the indexing lug. an outer shell having a first cartridge end and a second cartridge end, an inlet and an outlet located on the first cartridge end, and at least one cam track located on the outer shell; the at least one cam track comprising a first opposing surface and a second opposing surface forming a channel having an entry portion for axial insertion of an indexing lug into the channel and an exit portion for the indexing lug to exit the channel; the first opposing surface comprising a locating detent and a first upper advancing cam located directly before the locating detent in the direction of travel from the entry portion to the exit portion; the second opposing surface comprising a first advancing cam positioned directly before an indexing stop and a second advancing cam positioned after the indexing stop in a direction of travel from the entry portion to the exit portion; wherein the locating detent of the first opposing surface is positioned axially away from and after the indexing stop of the second opposing surface in the direction of travel from the entry portion to the exit portion; and wherein the locating detent comprises an angled portion adapted to receive a first corner of an indexing lug having a triangular shape and the indexing stop comprises an angled portion adapted to receive a second corner of the indexing lug having a triangular shape, wherein the first corner of the indexing lug is positioned axially away from the second corner of the indexing lug.
Electrical connection element comprising a base body with at least one connection section and at least one socket section, which has at least one contact arm for contacting a plug contact insertable into the socket section, wherein the contact arm is divided into at least two sub-contacts in a contact area in which the contacting of the inserted plug contact takes place, and an encapsulating spring surrounding the base body in the area of the socket section, which in the area of an insertion opening for the plug contact comprises at least one inwardly bent guiding latch which internally overlaps with an end area of the contact arm and biases the contact arm outwardly, characterized in that the encapsulating spring comprises at least one encapsulating spring arm cooperating with the contact arm at least in the contact area, so that it is deflectable against a resetting force of the encapsulating spring arm wherein the or each encapsulating spring arm is bent inwardly in the area of the insertion opening for the plug contact.
A digital broadcast signal reception apparatus, comprising: a tuner (4010, 8010, 24010) for receiving a digital broadcast signal including a video stream of a top-bottom or side-by-side mode for forming a three-dimensional, 3D, image and signaling data; a signaling data processor (4040, 8040, 24040) for decoding the signaling data in the digital broadcast signal; a video decoder (4050, 8050, 24050) for decoding the video stream including a two-dimensional, 2D, display window data that includes information on a partial region within a video image of the video stream; and a display (4060, 8060, 24060) for extracting a 2D image from the video image and displaying the extracted 2D image using the 2D display window data, wherein the 2D display window data comprises a 2D display window top position information, 2D display window bottom position information, 2D display window left position information and 2D display window right position information, the 2D display window top position information and 2D display window bottom position information indicating a vertical coordinate range of the partial region and the 2D display window left position information and 2D display window right position information indicating a horizontal coordinate range of the partial region. a tuner (4010, 8010, 24010) for receiving a digital broadcast signal including a video stream of a top-bottom or side-by-side mode for forming a three-dimensional, 3D, image and signaling data; a signaling data processor (4040, 8040, 24040) for decoding the signaling data in the digital broadcast signal; a video decoder (4050, 8050, 24050) for decoding the video stream including a two-dimensional, 2D, display window data that includes information on a partial region within a video image of the video stream; and a display (4060, 8060, 24060) for extracting a 2D image from the video image and displaying the extracted 2D image using the 2D display window data, wherein the 2D display window data comprises a 2D display window top position information, 2D display window bottom position information, 2D display window left position information and 2D display window right position information, the 2D display window top position information and 2D display window bottom position information indicating a vertical coordinate range of the partial region and the 2D display window left position information and 2D display window right position information indicating a horizontal coordinate range of the partial region.
A method, comprising: outputting, by a device including a processor, a tone corresponding to a currently selected frequency band to a currently selected ear at a signal level of a first predetermined value; changing, by the device, the signal level of the outputted tone in a first direction at a first granularity level until receiving a first input indicating hearing of the outputted tone by a user; receiving, by the device, the first input; in response to the first input, changing, by the device, the signal level of the outputted tone in a second direction opposite the first direction at a second granularity level until receiving a second input indicating not hearing of the outputted tone by the user, wherein the first granularity level is greater than the second granularity level; receiving, by the device, the second input; in response to the second input, changing, by the device, the signal level of the outputted tone in the first direction at a third granularity level until receiving a third input indicating hearing of the outputted tone by the user, wherein the second granularity level is greater than the third granularity level; receiving, by the device, the third input; and in response to the third input, recording, by the device, a current signal level of the outputted tone for the currently selected frequency band and the currently selected ear in a hearing sensitivity testing results record. outputting, by a device including a processor, a tone corresponding to a currently selected frequency band to a currently selected ear at a signal level of a first predetermined value; changing, by the device, the signal level of the outputted tone in a first direction at a first granularity level until receiving a first input indicating hearing of the outputted tone by a user; receiving, by the device, the first input; in response to the first input, changing, by the device, the signal level of the outputted tone in a second direction opposite the first direction at a second granularity level until receiving a second input indicating not hearing of the outputted tone by the user, wherein the first granularity level is greater than the second granularity level; receiving, by the device, the second input; in response to the second input, changing, by the device, the signal level of the outputted tone in the first direction at a third granularity level until receiving a third input indicating hearing of the outputted tone by the user, wherein the second granularity level is greater than the third granularity level; receiving, by the device, the third input; and in response to the third input, recording, by the device, a current signal level of the outputted tone for the currently selected frequency band and the currently selected ear in a hearing sensitivity testing results record.
Device for the further transport of driveless transport carriages in at least one running rail, the device having at least one drive motor and one drive means, characterised in that the drive means consists of a circulating belt with elastic force transmission elements consisting of a set of brushes or discs, which can be driven by the drive motor and the force transmission elements can be in contact with a surface of the transport carriage in order to move the transport carriages.
Aluminum plated steel sheet which is excellent in corrosion resistance and appearance, which is comprised of a steel sheet on at least one surface of which there is a plating layer comprised of, by mass%, Si: 2% to 11%, Mg: 3% to 9%, Ca: 0.1% to 5%, Ti: 0.005% to 0.05%, and a balance of Al and unavoidable impurities, said plating layer containing Mg 2 Si particles with a long axis of 10 μm or less and a ratio of a long axis and a short axis, that is, an aspect ratio, of 1 to 3, wherein the long axis and aspect ratio of the Mg 2 Si particles can be found by examining the cross-section of the plating layer.
A backlight unit comprising; a light guide plate comprising a first light guide member including a first inclined plane and a second light guide member including a second inclined plane and having a refractive index different from that of the first light guide member, and wherein the first light guide member is located over the second light guide member so that the first inclined plane and the second inclined plane face each other; an optical member on the light guide plate; a first light emitting module located at a lateral surface of the first light guide member; and a second light emitting module located at a lateral surface of the second light guide member, wherein said first light emitting module includes a first substrate parallel to the lateral surface of said first light guide member and at least one light emitting diode mounted on the first substrate, and said second light emitting module includes a second substrate parallel to the lateral surface of said second light guide member and at least one light emitting diode mounted on the second substrate, characterized in that the backlight unit further comprises a reflective member located below the second light guide member and air between the second light guide member and the reflective member, wherein the light guide plate comprises an air layer between the first inclined plane of the first light guide member and the second inclined plane of the second light guide member, wherein the second light guide member is formed of a material having a higher refractive index than a material of the first light guide member, wherein the at least one light emitting diode of the first light emitting module generates a different color from the at least one light emitting diode of the second light emitting module.
A method of a monitoring device of monitoring a plurality of Controller Area Network, CAN, buses (105, 115, 125), wherein at least one CAN node (100, 110, 120) is connected to each CAN bus (105, 115, 125), said plurality of CAN buses (105, 115, 125) being interconnected via the monitoring device, the CAN nodes (100, 110, 120) being configured to output dominant data over the CAN buses (105, 115, 125) at a voltage level which is in a range complying with a required transmit voltage range for dominant data stipulated by CAN standard, while the monitoring device is characterized in being configured to output dominant data over the CAN buses (105, 115, 125) at a voltage level at least exceeding a minimum receive level for dominant data stipulated by the CAN standard but being below the lowest voltage level of the range with which the CAN nodes (100, 110, 120) are configured to output dominant data, and configured to receive dominant data at a voltage level at least being in the range with which the CAN nodes (100, 110, 120) are configured to output dominant data, the method comprising: detecting, for each CAN bus, any dominant data being sent over said each CAN bus by a CAN node connected to said each CAN bus, the data being sent over said each CAN bus being detected as dominant if a voltage level of the data is within said range; and routing (S102a) said any dominant data received by the monitoring device over said each CAN bus to all remaining CAN buses (115, 125) without overwriting any dominant data sent over the remaining CAN buses (115, 125) by routing the dominant data at a voltage level at least exceeding the minimum receive level stipulated for dominant data by the CAN standard but being below the voltage level with which the CAN nodes (100, 110, 120) are configured to output dominant data. detecting, for each CAN bus, any dominant data being sent over said each CAN bus by a CAN node connected to said each CAN bus, the data being sent over said each CAN bus being detected as dominant if a voltage level of the data is within said range; and routing (S102a) said any dominant data received by the monitoring device over said each CAN bus to all remaining CAN buses (115, 125) without overwriting any dominant data sent over the remaining CAN buses (115, 125) by routing the dominant data at a voltage level at least exceeding the minimum receive level stipulated for dominant data by the CAN standard but being below the voltage level with which the CAN nodes (100, 110, 120) are configured to output dominant data.
Screw-in heater device, comprising: - an electrically operated heating means, characterized by - a data transmission device, configured to receive an instantaneous feed-in power from an infeed meter, and - a control device, configured to control a heating power of the electrically operated heating means in response to the received instantaneous feed-in power. - an electrically operated heating means, - a data transmission device, configured to receive an instantaneous feed-in power from an infeed meter, and - a control device, configured to control a heating power of the electrically operated heating means in response to the received instantaneous feed-in power.