mhurhangee/ep-ind-claims huggingface dataset:
Method for connecting a household appliance to a wireless home network, comprising the following steps: - (a) Receipt of access data of the home network by a portable communications terminal, - (b) Setup of a wireless communication link separate from the home network between the household appliance on the one side and the portable communications terminal on the other side in accordance with a predetermined close-range communications standard, - (c) Transmission of an identifier of the household appliance for the wireless home network from the household appliance to the portable communications terminal via the communication link; - (d) Selection of a home network, with which a data connection is to be established. using the portable communications terminal; - (e) Following step (c) and (d), establishing the data connection between the portable communications terminal and the selected home network using the identifier of the household appliance and - (f) Following step (e), a handover of the data connection from the portable communications terminal to the household appliance by transmitting control commands from the portable communications terminal via the communication link to the household appliance, wherein the household appliance is controlled by the control commands to connect to the wireless home network using the access data. - (a) Receipt of access data of the home network by a portable communications terminal, - (b) Setup of a wireless communication link separate from the home network between the household appliance on the one side and the portable communications terminal on the other side in accordance with a predetermined close-range communications standard, - (c) Transmission of an identifier of the household appliance for the wireless home network from the household appliance to the portable communications terminal via the communication link; - (d) Selection of a home network, with which a data connection is to be established. using the portable communications terminal; - (e) Following step (c) and (d), establishing the data connection between the portable communications terminal and the selected home network using the identifier of the household appliance and - (f) Following step (e), a handover of the data connection from the portable communications terminal to the household appliance by transmitting control commands from the portable communications terminal via the communication link to the household appliance, wherein the household appliance is controlled by the control commands to connect to the wireless home network using the access data.
A modular support frame (10 or 40) comprising generally circular flange-type connectors (16, 22, 24), complementary connectors (14, 15, 30, 32, 56) each mated with one of the flange-type connectors (16, 22, 24), wedges joining the mated flange-type connectors (16, 22, 24) and complementary connectors (14, 15, 30, 32, 56) throughout the support frame (10 or 40), a plurality of trusses (11, 12, 28, 34, 44, 46) arranged in parallel rows, a plurality of posts (18, 36, 38, 48) each comprising an upper one of the flange-type connectors and a lower one of the flange-type connectors (22, 24), and a plurality of purlins oriented perpendicular to the trusses, characterized in that: each of the rows of trusses comprises at least one pair of the trusses (11, 12), each of the trusses (11, 12) in each row comprises a vertical general plane aligned with the vertical general plane of each other truss (11 or 12) in the row, and each of the trusses comprises a vertically spaced-apart pair of the complementary connectors (14, 15) at each end of the truss; each of the trusses is associated with a pair of the posts (36, 38) with one post (36 or 38) located at each end of the associated truss and is mounted to the associated posts (36, 38) by mating the complementary connectors at either end of the truss with the upper and lower connectors (22, 24) of each of the associated posts (36, 38); each of the trusses comprises one of the flange-type connectors in a horizontal orientation inset from the ends of the truss; and, the purlins (26, 50, 52, 54, 62) are oriented perpendicular to the trusses (11, 12, 28, 34, 44, 46), each of the purlins comprises one of the complementary connectors fastened to the flange-type connector of one of a pair of trusses in adjacent rows, each of the purlins comprises another of the complementary connectors fastened to the flange-type connector of the other of the pair of parallel trusses (44, 46). each of the rows of trusses comprises at least one pair of the trusses (11, 12), each of the trusses (11, 12) in each row comprises a vertical general plane aligned with the vertical general plane of each other truss (11 or 12) in the row, and each of the trusses comprises a vertically spaced-apart pair of the complementary connectors (14, 15) at each end of the truss; each of the trusses is associated with a pair of the posts (36, 38) with one post (36 or 38) located at each end of the associated truss and is mounted to the associated posts (36, 38) by mating the complementary connectors at either end of the truss with the upper and lower connectors (22, 24) of each of the associated posts (36, 38); each of the trusses comprises one of the flange-type connectors in a horizontal orientation inset from the ends of the truss; and, the purlins (26, 50, 52, 54, 62) are oriented perpendicular to the trusses (11, 12, 28, 34, 44, 46), each of the purlins comprises one of the complementary connectors fastened to the flange-type connector of one of a pair of trusses in adjacent rows, each of the purlins comprises another of the complementary connectors fastened to the flange-type connector of the other of the pair of parallel trusses (44, 46).
A floating disc brake for a motorcycle comprising: - - a supporting crown; - a braking disc situated around the crown for receiving a braking action exerted on the disc by means of a caliper, said braking action being designed to produce a braking torque; - a fixing system for defining a condition of fixing the crown to the wheel, said fixing condition being such that a rotation of the wheel about its axis (X') corresponds to a rotation of the crown about its axis; - a floating connection system which defines a floating connection condition between the disc and the crown, said connection condition being such that said disc can be operatively integral with said rotation of the crown and subject to at least axial floating relative to the crown; characterised in that the fixing system is configured so that, in the fixing condition, the crown is fixed on a plurality of spokes of the wheel so as to be spaced radially relative to the hub of the wheel, so as to at least limit the transmission through said hub of said braking torque. - - a supporting crown; - a braking disc situated around the crown for receiving a braking action exerted on the disc by means of a caliper, said braking action being designed to produce a braking torque; - a fixing system for defining a condition of fixing the crown to the wheel, said fixing condition being such that a rotation of the wheel about its axis (X') corresponds to a rotation of the crown about its axis; - a floating connection system which defines a floating connection condition between the disc and the crown, said connection condition being such that said disc can be operatively integral with said rotation of the crown and subject to at least axial floating relative to the crown;
A method for producing a GaN based semiconductor light emitting device having at least a buffer layer, an n-type semiconductor layer, a light emitting layer, and a p-type semiconductor layer on a translucent substrate, on which an uneven pattern composed of a convex shape is formed, the convex shape being any of a circular cone, a polygonal pyramid, a truncated cone, and a truncated polygonal pyramid, the method comprising: forming the buffer layer by a sputtering method, which is conducted in an apparatus having a pivoted magnetron magnetic circuit, wherein the size of the convex portion satisfies the following relationship: the diameter of the bottom of the convex portion or the length of the diagonal line of the bottom of the convex portion is smaller than the height of the convex portion. forming the buffer layer by a sputtering method, which is conducted in an apparatus having a pivoted magnetron magnetic circuit, wherein the size of the convex portion satisfies the following relationship: the diameter of the bottom of the convex portion or the length of the diagonal line of the bottom of the convex portion is smaller than the height of the convex portion.
A system for controlling at least one mounted implement (18, 19) for a winter-service spreading vehicle,, comprising an auxiliary motor, a hydraulic pump driven by means of the auxiliary motor and at least one hydraulic motor (4, 5, 6) connected to the hydraulic pump via pressure lines (7, 8, 9, 10) for driving the at least one mounted implement (18, 19), characterized in that the system is adapted to automatically determine and adjust a rotational speed of the auxiliary motor in dependence on at least one operating parameter relevant for the operation of the at least one mounted implement (18, 19), wherein the operating parameters comprise one or several of the following parameters: spreading width, spreading density of salt, spreading density of brine, brine proportion and driving speed of the winter-service spreading vehicle.
Electric drive motor for a pump, having an electrically actuatable stator winding and a rotor which is mounted to be rotationally drivable in the field of the stator winding leaving an annular gap and which has a motor shaft, a magnet carrier sitting on the motor shaft and a plurality of permanent magnets which are arranged in a distributed manner around at least one casing surface (14.1) of the magnet carrier and each of which has at least one outer surface (15.1) and which are attached to the magnet carrier by means of a plastic body produced by overmoulding the magnet carrier, wherein the magnet carrier has a polygonal cross-section, wherein each permanent magnet has a level base surface (15.2) pointing towards the magnet carrier and an outer surface (15.1) having a cylinder-casing-segment-shaped form, and wherein the permanent magnets are held by form fit and/or force fit on their outer surfaces (15.1) facing the annular gap by the plastic body, such that at least part of said outer surfaces (15.1) is exposed in the annular gap, characterised in that the magnet support is produced from a ferromagnetic chromium steel, namely from a ferritic or martensitic chromium steel containing at least 10.5% chromium.
An apparatus for automatically packaging at least one article made of a plastic film, comprising: - a weakening system for automatically performing a step of weakening a part of said film, in such a way as to obtain a weakness on said part; - a drawing system for automatically performing a step of drawing at least said part along an operating path and, during said drawing step, a step of separating said part from the remaining part of the film, in such a way that said part, once separated, corresponds to a piece of the film; - a wrapping system for automatically performing a step of wrapping said article in said piece; wherein said drawing system, in order to perform said drawing step, is configured to apply on said film at least a first drawing force along a first sector of said path and a second drawing force along a second sector of said path, said first sector and second sector defining between them a third intermediate sector which is interposed between said first sector and second sector, said sectors (S1, S2, S3) being positioned, along said path, downstream of said weakening system; wherein said drawing system is configured to perform said separating step, differentiating from each other said drawing forces upon the positioning of said weakness in said intermediate sector; wherein said wrapping system is configured to perform said wrapping step by moving said article along an axis transversal to said path, in such a way that said article intercepts transversely the piece along said axis; characterized in that the apparatus is configured to perform a preliminary step of adjusting the distance (d) along the path between said intermediate sector and said axis, in such a way as to allow adjustment of the distance (d) as a function of an input value correlated with the extension of the piece along the operating path, said extension of the piece being in turn correlated to at least a first dimension of the article. - a weakening system for automatically performing a step of weakening a part of said film, in such a way as to obtain a weakness on said part; - a drawing system for automatically performing a step of drawing at least said part along an operating path and, during said drawing step, a step of separating said part from the remaining part of the film, in such a way that said part, once separated, corresponds to a piece of the film; - a wrapping system for automatically performing a step of wrapping said article in said piece; wherein said drawing system is configured to perform said separating step, differentiating from each other said drawing forces upon the positioning of said weakness in said intermediate sector; wherein said wrapping system is configured to perform said wrapping step by moving said article along an axis transversal to said path, in such a way that said article intercepts transversely the piece along said axis;
A kit for use in forming a two layer oral care system on a tooth for providing an oral care agent to the tooth, wherein the kit comprises: - a first composition for forming a first layer on the tooth, the first composition comprising: - a first polymer matrix an oral care agent and a first solvent, the first polymer matrix and the oral care agent are soluble in the first solvent; wherein the first composition can be dried/cured by evaporating the first solvent during or after its application as the first layer; and - a separate, second composition for forming a second layer on the first layer, wherein the second composition is a fluid comprising a liquid carrier different from the first solvent, the second composition comprising: - a second polymer matrix and a second solvent different from the first solvent; the oral care agent and the first polymer matrix being insoluble in the second solvent and the second polymer matrix being insoluble in the first solvent; wherein the second composition can be dried/cured by evaporating the second solvent during or after its application as the second layer. - a first composition for forming a first layer on the tooth, the first composition comprising: - a first polymer matrix an oral care agent and a first solvent, the first polymer matrix and the oral care agent are soluble in the first solvent; wherein the first composition can be dried/cured by evaporating the first solvent during or after its application as the first layer; and - a first polymer matrix an oral care agent and a first solvent, the first polymer matrix and the oral care agent are soluble in the first solvent; wherein the first composition can be dried/cured by evaporating the first solvent during or after its application as the first layer; and - a separate, second composition for forming a second layer on the first layer, wherein the second composition is a fluid comprising a liquid carrier different from the first solvent, the second composition comprising: - a second polymer matrix and a second solvent different from the first solvent; - a second polymer matrix and a second solvent different from the first solvent;
Hybrid drive having an automated gearbox, for example for a motor vehicle, having an internal combustion engine which is drive-connected to at least one first transmission input shaft, having an electric drive which has at least one electric machine which is drive-connected to a second transmission input shaft (W3; W3'), having at least one countershaft, having movable gears and fixed gears (z11-z17, z21-z29, zR3) which are arranged in a plurality of gear set planes (Z1-Z7), having a plurality of gear shifting apparatuses (S1-S4), and having a transmission output shaft, the two transmission input shafts (W1, W3; W1, W3') being arranged coaxially with respect to one another, and one gear shifting apparatus of the plurality of gear shifting apparatuses (S1-S4) drive-connecting the two transmission input shafts (W1, W3; W1, W3') to one another in one of its shifting positions and selecting a gear in another shifting position, four or five gear set planes (Z1, Z2, Z3, Z4, Z5, Z6) for forward gears being provided, the transmission output shaft being arranged axially behind the first transmission input shaft, and a gear shifting apparatus (S3, S4) which is configured as a dog clutch being arranged on the countershaft or on the second transmission input shaft, characterized in that two forward-gear gear set planes (Z1, Z2) are assigned to the second transmission input shaft, the remaining forward-gear gear set planes (Z3, Z4, Z5, Z6) being assigned to the first transmission input shaft.
Modular Antenna System comprising - at least one radio-unit comprising at least two radio-subunits; - each radio-subunit comprising a radio-module and/or an antenna-module; - whereas said radio-module comprising a digital signal-processing unit, at least a transceiver, a front-end and a power amplifier; wherein the at least two radio-subunits provide an identical architecture and are mutually connected via a connector interface, and each radio-subunit has an IQ-input and an IQ-output whereas the radio-subunits of a radio-unit are arranged in an array and are directly and hierarchically modularly connected together via the connector interface, such that each radio-subunit is positioned at a respective hierarchical level and the radio-subunit positioned in a first level of the hierarchical architecture is a root-radio-subunit (RSU-R) which is adapted to provide an interface to a base station. - at least one radio-unit comprising at least two radio-subunits; - each radio-subunit comprising a radio-module and/or an antenna-module; - whereas said radio-module comprising a digital signal-processing unit, at least a transceiver, a front-end and a power amplifier;
A control system (100, 200) for a vehicle suspension system of a vehicle, the control system comprising one or more controllers, and configured to perform a test for testing operation of an isolation switch, the vehicle suspension system comprising an actuator power supply configured to supply power to the vehicle suspension system, and the actuator power supply configured to be electrically connected to the vehicle suspension system via the isolation switch, the control system configured to: receive a shutdown indicator signal indicating that the vehicle is in a shutdown state; output an open isolation switch signal configured to open the isolation switch in dependence on the shutdown indicator signal; receive an open isolation switch confirmation signal indicative of the isolation switch being open; determine whether the open isolation switch confirmation signal is received within a predetermined time period; and output a test pass signal or a test failure signal in dependence on the determination. receive a shutdown indicator signal indicating that the vehicle is in a shutdown state; output an open isolation switch signal configured to open the isolation switch in dependence on the shutdown indicator signal; receive an open isolation switch confirmation signal indicative of the isolation switch being open; determine whether the open isolation switch confirmation signal is received within a predetermined time period; and output a test pass signal or a test failure signal in dependence on the determination.
Hydraulic actuator comprising a cylinder housing, a piston with a piston rod being displaceably arranged inside the cylinder housing and a pressure amplifier comprising an inlet section with a pressure inlet port and a pilot sequence valve being in fluid communication with the pressure inlet port, an active section with a high pressure outlet port, a low pressure chamber and a high pressure chamber, wherein the inlet section including the pilot sequence valve is arranged inside the piston rod and the pilot sequence valve being arranged in an axial direction of the inlet section, and wherein the low pressure chamber is stationarily arranged relative to the inlet section.
Turbine pressure-booster oil return pipeline, comprising: an actual body of the oil return pipe, a connector, which comprises an actual body of the connector, characterized in that the connector also comprises an extending part, which is formed as extending from the actual body of the connector, the extending part being located within the actual body of the oil return pipe and forming in close coordination with the actual body of the oil return pipe a connecting portion, the connecting portion being formed with a positioning region and the end part of the actual body of the oil return pipe being fastened on the connector by welding, the positioning region being a clearance formed on the surface of the connecting portion by pinching. an actual body of the oil return pipe, a connector, which comprises an actual body of the connector, characterized in that the connector also comprises an extending part, which is formed as extending from the actual body of the connector, the extending part being located within the actual body of the oil return pipe and forming in close coordination with the actual body of the oil return pipe a connecting portion, the connecting portion being formed with a positioning region and the end part of the actual body of the oil return pipe being fastened on the connector by welding, the positioning region being a clearance formed on the surface of the connecting portion by pinching.
An isolated monoclonal, humanized antibody that specifically binds HtrA1, wherein the antibody comprises a heavy chain variable domain comprising the amino acid sequence of SEQ ID NO: 21 and a light chain variable domain comprising the amino acid sequence of SEQ ID NO: 22.