mhurhangee/ep-ind-claims huggingface dataset:
Assembly with an electrically shielded housing having - a housing body (22, 24) enclosing a accommodation volume for at least one electrical component, and - at least two cable bushings arranged on the housing body (22, 24) and cutting through the housing body, wherein - the housing body (22, 24) is formed from a plastic and is coated with a metallic coating at least on one of its lateral surfaces, and an electrical contact region for a shielding conductor of a cable which can be introduced into the cable entry is formed in the region of the respective cable bushing, and - characterized in - that a bypass line is guided inside the housing, - that the bypass line is guided between the cable bushings within the accommodation volume, and - that the bypass line is directly connected to the contact region and is thus electrically short-circuited to the metallic coating. - a housing body (22, 24) enclosing a accommodation volume for at least one electrical component, and - at least two cable bushings arranged on the housing body (22, 24) and cutting through the housing body, wherein - the housing body (22, 24) is formed from a plastic and is coated with a metallic coating at least on one of its lateral surfaces, and an electrical contact region for a shielding conductor of a cable which can be introduced into the cable entry is formed in the region of the respective cable bushing, and - characterized in - that a bypass line is guided inside the housing, - that the bypass line is guided between the cable bushings within the accommodation volume, and - that the bypass line is directly connected to the contact region and is thus electrically short-circuited to the metallic coating.
An oral and dental care and cleaning agent, containing in an orally acceptable carrier, based on its weight: a) at least one alkylpyridinium chloride and/or alkylpyridinium bromide b) from 0.1 to 0.8 % by weight surfactant(s) from the group of polyglycerol fatty acid esters. a) at least one alkylpyridinium chloride and/or alkylpyridinium bromide b) from 0.1 to 0.8 % by weight surfactant(s) from the group of polyglycerol fatty acid esters.
Method for biological soil decontamination comprising: a) the introduction of a product containing non-living organic material into the soil, wherein said product comprises protein, and wherein protein is introduced in an amount of 0.5-50 grams per litre of soil; and b) the application of a barrier layer between the soil and the air. a) the introduction of a product containing non-living organic material into the soil, wherein said product comprises protein, and wherein protein is introduced in an amount of 0.5-50 grams per litre of soil; and b) the application of a barrier layer between the soil and the air.
Method for removing a turbine bearing, or one of its constituent parts, of a preferably static turbomachine when the housing is closed, having the steps of: a) supporting the rotor and/or holding the rotor in order to free the turbine bearing from the weight of the rotor, b) fastening a support plate to a turbine bearing housing, attaching to the support plate two mutually parallel rail-like beams and fastening a cross beam to those ends of the beams which are opposite the support plate, c) releasing the fastening of the turbine bearing from the turbine bearing housing and d) extracting the turbine bearing, or one of its constituent parts, from the turbine bearing housing. a) supporting the rotor and/or holding the rotor in order to free the turbine bearing from the weight of the rotor, b) fastening a support plate to a turbine bearing housing, attaching to the support plate two mutually parallel rail-like beams and fastening a cross beam to those ends of the beams which are opposite the support plate, c) releasing the fastening of the turbine bearing from the turbine bearing housing and d) extracting the turbine bearing, or one of its constituent parts, from the turbine bearing housing.
An arc gas venting structure of an air circuit breaker, which comprises a body having an accommodation space therein, an over current relay provided in front of the body, a trip device connected to the over current relay and configured to operate a switching mechanism, and the switching mechanism driven by the trip device to adjust contact or separation between a movable contact and a fixed contact, wherein the trip device comprises: a frame which forms an exterior; one or more arc gas inlet holes formed at the frame to allow an arc gas to flow into the trip device, wherein the arc gas is generated when the movable contact and the fixed contact are separated by the operation of the switching mechanism and moves toward the trip device; and one or more arc gas outlet holes formed at the frame to vent the arc gas which has flowed into the trip device, wherein the body comprises a front frame adjacent to the trip device, wherein the front frame comprises: an arc leakage hole, wherein the arc gas flows into the trip device through the arc leakage hole; and an incline formed at a bottom of the body adjacent to the arc gas outlet holes such that a flow space of the arc gas vented through the arc gas outlet holes are provided through the incline. a frame which forms an exterior; one or more arc gas inlet holes formed at the frame to allow an arc gas to flow into the trip device, wherein the arc gas is generated when the movable contact and the fixed contact are separated by the operation of the switching mechanism and moves toward the trip device; and one or more arc gas outlet holes formed at the frame to vent the arc gas which has flowed into the trip device, an arc leakage hole, wherein the arc gas flows into the trip device through the arc leakage hole; and an incline formed at a bottom of the body adjacent to the arc gas outlet holes such that a flow space of the arc gas vented through the arc gas outlet holes are provided through the incline.
A computer-implemented medical data processing method for determining a stimulated nerve fibre disposed in an anatomical body part of a patient's body, wherein all steps of the method are executed on at least one processor of at least one computer and comprise: a) acquiring (S1.1), at the at least one processor, medical image data describing a digital image of the anatomical body part, wherein the anatomical body part contains at least one nerve fibre extending in a direction between an internal part of the anatomical body part and a substantially exterior part of the anatomical body part; b) acquiring (S1.2), at the at least one processor, atlas data describing an image-based model of the anatomical body part including a representation of the at least one nerve fibre; c) determining (S1.3), by the at least one processor and based on the medical image data and the atlas data, exterior part data describing an association between the exterior part and the nerve fibre; d) acquiring (S1.4), at the at least one processor, stimulation signal data describing a predetermined applied stimulation signal applied to, based on the exterior part data, the exterior part; e) acquiring (S1.5), at the at least one processor, check signal data describing an emitted stimulation signal emitted by the nerve fibre; f) determining (S1.6), by the at least one processor and based on the stimulation signal data and the check signal data, correspondence measure data describing a measure of correspondence between the applied stimulation signal and the emitted stimulation signal. a) acquiring (S1.1), at the at least one processor, medical image data describing a digital image of the anatomical body part, wherein the anatomical body part contains at least one nerve fibre extending in a direction between an internal part of the anatomical body part and a substantially exterior part of the anatomical body part; b) acquiring (S1.2), at the at least one processor, atlas data describing an image-based model of the anatomical body part including a representation of the at least one nerve fibre; c) determining (S1.3), by the at least one processor and based on the medical image data and the atlas data, exterior part data describing an association between the exterior part and the nerve fibre; d) acquiring (S1.4), at the at least one processor, stimulation signal data describing a predetermined applied stimulation signal applied to, based on the exterior part data, the exterior part; e) acquiring (S1.5), at the at least one processor, check signal data describing an emitted stimulation signal emitted by the nerve fibre; f) determining (S1.6), by the at least one processor and based on the stimulation signal data and the check signal data, correspondence measure data describing a measure of correspondence between the applied stimulation signal and the emitted stimulation signal.
A system for cleaning and disinfecting surfaces, the system comprising a self-propelled unit comprising a surface cleaning element, a surface disinfecting element and a controller, characterized in that the controller being configured to: - determine a first area (144, 162, 164) of a surface cleaned by the surface cleaning element, and - determine a second area (144, 146) of the surface disinfected by the surface disinfecting element. - determine a first area (144, 162, 164) of a surface cleaned by the surface cleaning element, and - determine a second area (144, 146) of the surface disinfected by the surface disinfecting element.
A method for the metered dispensing of lubricating grease by means of a lubricant dispenser which comprises a lubricant cartridge filled with lubricating grease with a piston for expressing the lubricating grease, a spindle which is driven by a DC drive motor for moving the piston, a voltage source and an electronic control system for controlling the motor using a microcontroller and a device for interrupting the motor current flowing through the motor, wherein the motor is set in operation by the electronic control system at adjustable time intervals and a partial quantity of the dispensed product is expressed from the cartridge by a piston movement with a defined piston stroke, wherein the motor current and the motor voltage are measured during operation of the motor, and the motor running time which is required for producing the piston stroke is calculated by means of the measurement values of the current and voltage and at least one motor characteristic, wherein the voltage dropping across the motor is adjusted to a set value via a control circuit, wherein the motor current is interrupted when the motor operating time reaches the calculated motor running time, wherein the motor is not short-circuited for braking after the operating phase has passed.
Transport system for pallets having at least two self-propelled transport trolleys, wherein the transport trolleys are respectively configured to completely run through a passage opening, which is open towards a track, between a pallet standing on the track and the track in two opposite directions, and wherein the transport trolleys are supplied with power and/or data by means of cables, wherein the cables lead to at least one cable reel disposed below the track, wherein the track extends up to a loading ramp edge for loading or unloading of trucks, characterized in that the cable reel is disposed in the region below the loading ramp edge such that the cables rest essentially only on the loading platform of the truck, while the transport trolleys are on the loading platform of the truck.
Expansion profile for receiving a horizontal stress between tiles and/or ceramic plates, comprising anchoring wings and a central area, wherein the central area comprises a central expansion joint, which is bounded at its left side by a first web and on its right side by a second web, wherein the first web is adjoined by a first absorption chamber and the second web is adjoined by a second absorption chamber, wherein the first absorption chamber is bounded by a first end cover and the second absorption chamber is bounded by a second end cover, wherein the first end cover and the second end cover stand substantially perpendicular to the anchoring wings, characterized in that the central expansion joint is formed as a downward open wedgeshaped gap, which is closed in an upper region by a rounding, and the first absorption chamber and the second absorption chamber have a respective opening gap, which is formed respectively between anchoring wings and end covers (5 and 9).
Diene/polypropylene thermoplastic elastomer copolymer, characterized in that it consists of a backbone, said backbone being derived from a diene elastomer, and in that it comprises from 5% to 50% by weight, relative to the total weight of the copolymer, of pendent semicrystalline polypropylene groups distributed along the backbone.
A method for monitoring a position and/or a displacement of a display element generated on a display screen by a video game console coupled to a game controller comprising a control lever arranged to be moved by a user in at least two degrees of freedom in an area delimited by a mechanical stop, the method comprising the steps consisting of: - measuring a position of the control lever in the determined area with at least one sensor outputting at least one electrical signal per degree of freedom, - projecting into a base plane the position of the control lever measured with said at least one sensor, to determine a first set of coordinates, - determining a homothetic figure of a projection of the mechanical stop into the base plane, centered on a rest position of the control lever and passing through the position of the control lever projected into the base plane, - determining a square (Ccfh) circumscribed to the homothetic figure, - projecting onto the circumscribed square (Ccfh) at least one coordinate of the first set of coordinates, - calculating a second set of coordinates in a Cartesian coordinate system, based on the projection of said at least one coordinate of the first set of coordinates onto the circumscribed square (Ccfh), so as to be able to send to the console the second set of Cartesian coordinates which is an image of the first set of coordinates. - measuring a position of the control lever in the determined area with at least one sensor outputting at least one electrical signal per degree of freedom, - projecting into a base plane the position of the control lever measured with said at least one sensor, to determine a first set of coordinates, - determining a homothetic figure of a projection of the mechanical stop into the base plane, centered on a rest position of the control lever and passing through the position of the control lever projected into the base plane, - determining a square (Ccfh) circumscribed to the homothetic figure, - projecting onto the circumscribed square (Ccfh) at least one coordinate of the first set of coordinates, - calculating a second set of coordinates in a Cartesian coordinate system, based on the projection of said at least one coordinate of the first set of coordinates onto the circumscribed square (Ccfh), so as to be able to send to the console the second set of Cartesian coordinates which is an image of the first set of coordinates.
A dye-initiator package for a resin composition used in the additive manufacturing of resorbable implants comprising, a first dye which limits the transmission of light that activates a photo-initiator, a photo-initiator and a light absorber which absorbs light reflected from the first dye, wherein the resin comprises at least one polymer and at least one solvent.
Formwork device, in particular for arrangement between two partition walls of a battery formwork, for producing construction elements, in particular precast concrete parts, comprising: two formwork elements, in particular formwork panels, each of which comprises a formwork front side for being applied with concrete and a formwork rear side, the formwork elements being pivotally connected to one another at first end regions so that the formwork elements can be transferred from a standing state into a lying state, a spreading apparatus for spreading apart second end regions of the formwork elements opposite the first end regions starting from the standing state of the formwork elements, characterised in that the spreading apparatus comprises a force deflection device which engages in each case at the second end regions of the formwork elements and converts a lowering of the formwork elements into the spreading apart of the second end regions of the formwork elements. two formwork elements, in particular formwork panels, each of which comprises a formwork front side for being applied with concrete and a formwork rear side, the formwork elements being pivotally connected to one another at first end regions so that the formwork elements can be transferred from a standing state into a lying state, a spreading apparatus for spreading apart second end regions of the formwork elements opposite the first end regions starting from the standing state of the formwork elements, characterised in that the spreading apparatus comprises a force deflection device which engages in each case at the second end regions of the formwork elements and converts a lowering of the formwork elements into the spreading apart of the second end regions of the formwork elements.
A communication circuit, comprising: a signal processing circuit arranged to produce a first plurality of data signals and receive a second plurality of data signals, the first plurality of data signals including an identification signal that identifies one of the communication circuit and a remote transmitter; a timing circuit coupled to receive an initial value corresponding to a predetermined time, the timing circuit arranged to produce a first control signal in response to receiving the identification signal within the predetermined time and arranged to produce a second control signal in response to not receiving the identification signal within the predetermined time; a transmit circuit coupled to receive the first plurality of data signals (S1, 42, 43), the transmit circuit arranged to transmit each data signal of the first plurality of data signals on a respective transmit frequency in a predetermined sequence of transmit frequencies (f2, f4); and a receive circuit coupled to receive each data signal of the second plurality of data signals (M, 42, 43) from a remote transmitter on the respective transmit frequency in the predetermined sequence in response to the first control signal, and wherein the receive circuit receives each data signal of the second plurality of data signals on the respective transmit frequency in a sequence of transmit frequencies different from the predetermined sequence in response to the second control signal, the receive circuit applying the second plurality of data signals to the signal processing circuit. a signal processing circuit arranged to produce a first plurality of data signals and receive a second plurality of data signals, the first plurality of data signals including an identification signal that identifies one of the communication circuit and a remote transmitter; a timing circuit coupled to receive an initial value corresponding to a predetermined time, the timing circuit arranged to produce a first control signal in response to receiving the identification signal within the predetermined time and arranged to produce a second control signal in response to not receiving the identification signal within the predetermined time; a transmit circuit coupled to receive the first plurality of data signals (S1, 42, 43), the transmit circuit arranged to transmit each data signal of the first plurality of data signals on a respective transmit frequency in a predetermined sequence of transmit frequencies (f2, f4); and a receive circuit coupled to receive each data signal of the second plurality of data signals (M, 42, 43) from a remote transmitter on the respective transmit frequency in the predetermined sequence in response to the first control signal, and wherein the receive circuit receives each data signal of the second plurality of data signals on the respective transmit frequency in a sequence of transmit frequencies different from the predetermined sequence in response to the second control signal, the receive circuit applying the second plurality of data signals to the signal processing circuit.
A solid spherical toilet block (402, 502) comprising at least a first composition ( 221, 321, 421, 521) and a second composition (222, 322, 422, 522), wherein the first composition differs from the second composition and the production of the toilet block comprises a non-concentric coextrusion step, wherein the first composition is in spatial contact with a sub-area of the side wall of the passage (210a, 310a) and the second composition is in spatial contact with another part of the side wall (210b, 310b), wherein, by means of a forming step, the extrudate is formed into a sphere using a rolling machine and the toilet block thus has essentially a spherical geometry, wherein the two compositions are interwoven with each other in a streak-like manner on the surface of the spherical toilet block.
Adjustment fitting (1, 100, 1000) for a vehicle seat, in particular for adjusting an inclination of a backrest of the vehicle seat, comprising a first fitting part (1.1), in particular connectable to a seat substructure of the vehicle seat, and a second fitting part (1.2) which is pivotable about an axis relative to the first fitting part (1.1) and is in particular connectable to a backrest of the vehicle seat, wherein the first fitting part (1.1) and the second fitting part (1.2) are constituent parts both of a gearing unit (2, 200, 2000) of the adjustment fitting (1, 100, 1000) and of a locking unit (3, 300, 3000) of the adjustment fitting (1, 100, 1000), characterized in that the first fitting part (1.1) has at least one first internal toothing (1.1.1) and the second fitting part (1.2) has at least one second internal toothing (1.2.1), wherein both the gearing unit (2, 200, 2000) and the locking unit (3, 300, 3000) are configured to mesh both with the first internal toothing (1.1.1) and with the second internal toothing (1.2.1). the first fitting part (1.1) and the second fitting part (1.2) are constituent parts both of a gearing unit (2, 200, 2000) of the adjustment fitting (1, 100, 1000) and of a locking unit (3, 300, 3000) of the adjustment fitting (1, 100, 1000), characterized in that the first fitting part (1.1) has at least one first internal toothing (1.1.1) and the second fitting part (1.2) has at least one second internal toothing (1.2.1), wherein both the gearing unit (2, 200, 2000) and the locking unit (3, 300, 3000) are configured to mesh both with the first internal toothing (1.1.1) and with the second internal toothing (1.2.1).