mhurhangee/ep-ind-claims huggingface dataset:
A rectifying circuit comprising: between a first terminal (23, 24) configured to receive an AC voltage (Vac) and a first terminal configured to supply a rectified voltage (Vout), at least one first diode (D3, D4); between a second terminal (24, 23) configured to receive the AC voltage and a second terminal configured to supply the rectified voltage, at least one first anode-gate thyristor (TH1, TH2); and at least one first stage (4, 5) for controlling the first thyristor (TH1, TH2), comprising: a first transistor (T4, T5) configured to couple the gate of the thyristor to a terminal configured to supply a potential (-Vdd') which is negative with respect to the potential of the second terminal configured to supply the rectified voltage (Vout); and a second transistor (M4, M5) configured to connect a control terminal of the first transistor to a terminal configured to provide a potential (Vdd) which is positive with respect to the potential of the second terminal configured to supply the rectified voltage, the anode of the first thyristor being connected to the second terminal configured to supply the rectified voltage, which represents a common potential of voltages defined by said positive and negative potentials. between a first terminal (23, 24) configured to receive an AC voltage (Vac) and a first terminal configured to supply a rectified voltage (Vout), at least one first diode (D3, D4); between a second terminal (24, 23) configured to receive the AC voltage and a second terminal configured to supply the rectified voltage, at least one first anode-gate thyristor (TH1, TH2); and at least one first stage (4, 5) for controlling the first thyristor (TH1, TH2), comprising: a first transistor (T4, T5) configured to couple the gate of the thyristor to a terminal configured to supply a potential (-Vdd') which is negative with respect to the potential of the second terminal configured to supply the rectified voltage (Vout); and a second transistor (M4, M5) configured to connect a control terminal of the first transistor to a terminal configured to provide a potential (Vdd) which is positive with respect to the potential of the second terminal configured to supply the rectified voltage, a first transistor (T4, T5) configured to couple the gate of the thyristor to a terminal configured to supply a potential (-Vdd') which is negative with respect to the potential of the second terminal configured to supply the rectified voltage (Vout); and a second transistor (M4, M5) configured to connect a control terminal of the first transistor to a terminal configured to provide a potential (Vdd) which is positive with respect to the potential of the second terminal configured to supply the rectified voltage, the anode of the first thyristor being connected to the second terminal configured to supply the rectified voltage, which represents a common potential of voltages defined by said positive and negative potentials.
A computer-implemented method of determining the electrical permittivity ε k f of a region of a subsurface formation surrounding a drilled borehole, the method comprising: obtaining an assumed electrical permittivity ε LWD; and obtaining measured resistivity data comprising a first resistivity value R p determined by analysing the phase delay δ of an electromagnetic signal traversing said region and a second resistivity value R a determined by analysing the attenuation α of the electromagnetic signal traversing said region; the method characterised by: calculating the electrical permittivity of the region from the first and second resistivity values and the assumed electrical permittivity by applying a plane wave approximation to the propagation of said electromagnetic signal across said region. obtaining an assumed electrical permittivity ε LWD; and obtaining measured resistivity data comprising a first resistivity value R p determined by analysing the phase delay δ of an electromagnetic signal traversing said region and a second resistivity value R a determined by analysing the attenuation α of the electromagnetic signal traversing said region; the method characterised by: calculating the electrical permittivity of the region from the first and second resistivity values and the assumed electrical permittivity by applying a plane wave approximation to the propagation of said electromagnetic signal across said region.
Torsion spring comprising two contradirectional spring coils, from an end of each of which a spring leg projects, characterised in that the two spring coils are arranged next to one another so as to be parallel, a distance between the spring coils not being greater than a diameter of a spring wire of the torsion spring, and other ends of the spring coils being interconnected.
Method for preparing a coating material composition or a precursor thereof that can be used in the automobile industry, the method comprising at least step 1, that is 1 weighing out all the components required for preparing the coating material composition or the precursor thereof into a container suitable for weighing them out by means of at least one metering valve when using a gravimetric metering system, characterized in that the components that are weighed out into the container are mixed by means of a stirring mechanism at all times throughout the course of carrying out step 1 and a continuous adaptation of the rotational speed and/or circumferential speed of the stirring mechanism in dependence on the vortex produced by the mixing within the container takes place throughout the course of carrying out step 1, the vortex being optically detected by means of a camera. 1 weighing out all the components required for preparing the coating material composition or the precursor thereof into a container suitable for weighing them out by means of at least one metering valve when using a gravimetric metering system, characterized in that the components that are weighed out into the container are mixed by means of a stirring mechanism at all times throughout the course of carrying out step 1 and a continuous adaptation of the rotational speed and/or circumferential speed of the stirring mechanism in dependence on the vortex produced by the mixing within the container takes place throughout the course of carrying out step 1, the vortex being optically detected by means of a camera.
Drilling assembly for earth or rock drilling, comprising - an inner rod, which comprises, at its distal end facing the ground, an inner drilling tool for removing ground material, and which can be connected, at its proximal end, to a rotary drive for transmitting a drilling torque, - a tubular outer rod, which surrounds the inner rod and comprises, at its distal end, an annular drill bit for removing ground material, and - an impact unit, which is arranged on the inner rod in the region of the distal end and is configured to exert axially directed impacts on the inner drilling tool, characterized in that - in the region of the distal end, a radial connecting apparatus is arranged and configured between the inner rod and the outer rod, which connecting apparatus allows torque to be transmitted from the rotationally driven inner rod to the drill bit of the outer rod, and - in that a telescopic connecting unit is arranged on the inner rod and is configured to allow torque to be transmitted between the distal end of the inner rod and the proximal end of the inner rod, and to allow axial displacement between the distal end of the inner rod and the proximal end of the inner rod. - an inner rod, which comprises, at its distal end facing the ground, an inner drilling tool for removing ground material, and which can be connected, at its proximal end, to a rotary drive for transmitting a drilling torque, - a tubular outer rod, which surrounds the inner rod and comprises, at its distal end, an annular drill bit for removing ground material, and - an impact unit, which is arranged on the inner rod in the region of the distal end and is configured to exert axially directed impacts on the inner drilling tool, - in the region of the distal end, a radial connecting apparatus is arranged and configured between the inner rod and the outer rod, which connecting apparatus allows torque to be transmitted from the rotationally driven inner rod to the drill bit of the outer rod, and - in that a telescopic connecting unit is arranged on the inner rod and is configured to allow torque to be transmitted between the distal end of the inner rod and the proximal end of the inner rod, and to allow axial displacement between the distal end of the inner rod and the proximal end of the inner rod.
A device for reading one or several information printed on a physical medium in the form of a chain of magnetic characters and/or symbols, said device comprising: a housing provided with a slot able to receive said medium, a magnetic reading head, able to read said chain of magnetic characters and/or symbols during the manual passage of said medium in said slot, said reading head generating an electrical signal, comprising intensity peaks, image of said magnetic characters and/or symbols, means for connecting to a mobile command communication terminal, characterized in that said reading device comprises means for retrieving said one or several information, from said electrical signal, the retrieval means comprising means for estimating the passage speed of said magnetic characters and/or symbols in front of said reading head from said electrical signal. a housing provided with a slot able to receive said medium, a magnetic reading head, able to read said chain of magnetic characters and/or symbols during the manual passage of said medium in said slot, said reading head generating an electrical signal, comprising intensity peaks, image of said magnetic characters and/or symbols, means for connecting to a mobile command communication terminal, characterized in that said reading device comprises means for retrieving said one or several information, from said electrical signal, the retrieval means comprising means for estimating the passage speed of said magnetic characters and/or symbols in front of said reading head from said electrical signal.
An electromechanical assembly comprising an electric machine coupled to a reducing gear, the electric machine comprising two bearings or rolling bearings, the reducing gear comprising two bearings or rolling bearings, the reducing gear and the electric machine each comprising a casing (31; 21) comprising means for fixing to the other casing (21; 31), the electric machine and the reducing gear each comprising a shaft (23; 33) engaged in the other, each shaft (23; 33) comprising centering protrusions (41, 42) produced in such a way that fitting the shafts (23, 33) together has a centering effect so that the casings (21, 31) are positioned correctly for the fixing thereof using the fixing means in the position taken by the fitting of the shafts without having to produce, on the casings, protrusions for precise positioning of one casing relative to the other, the centering protrusions being produced in such a way that the shafts (23; 33) are fitted together without clearance, the centering protrusions (41, 42) being splines, the profiles of the splines of a shaft (23; 33) being produced in such a way as to be in contact with the splines of the other shaft (33; 23), once the shafts (23; 33) are fitted together, without clearance. the electric machine comprising two bearings or rolling bearings, the reducing gear comprising two bearings or rolling bearings, the reducing gear and the electric machine each comprising a casing (31; 21) comprising means for fixing to the other casing (21; 31), the electric machine and the reducing gear each comprising a shaft (23; 33) engaged in the other, each shaft (23; 33) comprising centering protrusions (41, 42) produced in such a way that fitting the shafts (23, 33) together has a centering effect so that the casings (21, 31) are positioned correctly for the fixing thereof using the fixing means in the position taken by the fitting of the shafts without having to produce, on the casings, protrusions for precise positioning of one casing relative to the other, the centering protrusions being produced in such a way that the shafts (23; 33) are fitted together without clearance, the centering protrusions (41, 42) being splines, the profiles of the splines of a shaft (23; 33) being produced in such a way as to be in contact with the splines of the other shaft (33; 23), once the shafts (23; 33) are fitted together, without clearance.
A system for attaching passenger seat coverings comprising: a seat cover; at least one of a seat, a seat cushion, or a seat frame; and a hook and loop fastener structure, comprising: a first part of the hook and loop fastener structure attached to the at least one of the seat, the seat cushion, or the seat frame; a second part of the hook and loop fastener structure attached to the interior surface of the seat cover; and an interface between the first part of the hook and loop fastener structure and the second part of the hook and loop fastener structure, wherein a portion of the interface is configured to restrict sliding of the first part of the hook and loop fastener structure against the second part of the hook and loop fastener structure in a first direction, while permitting sliding of the first part of the hook and loop fastener structure against the second part of the hook and loop fastener structure in a second direction; and characterized in that the first part of the hook and loop fastener structure further comprises an at least one of a color, number, letter or symbol indicating an alignment of the plurality of hooks. a seat cover; at least one of a seat, a seat cushion, or a seat frame; and a hook and loop fastener structure, comprising: a first part of the hook and loop fastener structure attached to the at least one of the seat, the seat cushion, or the seat frame; a second part of the hook and loop fastener structure attached to the interior surface of the seat cover; and a first part of the hook and loop fastener structure attached to the at least one of the seat, the seat cushion, or the seat frame; a second part of the hook and loop fastener structure attached to the interior surface of the seat cover; and an interface between the first part of the hook and loop fastener structure and the second part of the hook and loop fastener structure, wherein a portion of the interface is configured to restrict sliding of the first part of the hook and loop fastener structure against the second part of the hook and loop fastener structure in a first direction, while permitting sliding of the first part of the hook and loop fastener structure against the second part of the hook and loop fastener structure in a second direction; and characterized in that the first part of the hook and loop fastener structure further comprises an at least one of a color, number, letter or symbol indicating an alignment of the plurality of hooks.
An apparatus, comprising: a transceiver configured to be coupled to a network; and a streaming media client in data communication with the transceiver; wherein the streaming media client is configured to send a connection request to communicate with an endpoint (202, 206) coupled to the network through the transceiver, the connection request comprising a plurality of potential configurations; and the streaming media client is configured to perform a connectivity check with the endpoint (202, 206) through the transceiver, wherein the connection request comprises a username fragment 'ICE' u-frag and a message integrity check ICE pwd; the streaming media client is configured to acquire data representative of a selected configuration from the plurality of potential configurations during the connectivity check, wherein the data representative of the selected configuration includes the Interactive Connectivity Exchange 'ICE' u-frag attribute and the ICE-pwd attribute; and wherein the streaming media client is further configured to correlate the ICE u- frag attribute and the ICE-pwd attribute in the data representative of the selected configuration with the ICE u-frag attribute and an ICE-pwd attribute in the connection request. a transceiver configured to be coupled to a network; and a streaming media client in data communication with the transceiver; wherein the streaming media client is configured to send a connection request to communicate with an endpoint (202, 206) coupled to the network through the transceiver, the connection request comprising a plurality of potential configurations; and the streaming media client is configured to perform a connectivity check with the endpoint (202, 206) through the transceiver, wherein the connection request comprises a username fragment 'ICE' u-frag and a message integrity check ICE pwd; the streaming media client is configured to acquire data representative of a selected configuration from the plurality of potential configurations during the connectivity check, wherein the data representative of the selected configuration includes the Interactive Connectivity Exchange 'ICE' u-frag attribute and the ICE-pwd attribute; and wherein the streaming media client is further configured to correlate the ICE u- frag attribute and the ICE-pwd attribute in the data representative of the selected configuration with the ICE u-frag attribute and an ICE-pwd attribute in the connection request.
A winding machine, in particular a wire-winding machine, for winding at least one coil, comprising: a machine stand having at least one coil-former receptacle, wherein the at least one coil-former receptacle provides a receiving space for at least one coil former (41, 42) to be wound, and at least one winding-material feed, wherein the at least one winding-material feed is designed to feed winding material into the receiving space, characterized in that the at least one coil-former receptacle comprises a set of at least one first receiving unit and at least one second receiving unit, wherein, in a first setting, using the first receiving unit, the winding machine allows winding of the at least one coil former (41, 42) to be wound in accordance with a first winding technique, and wherein, in a second setting, using the second receiving unit, the winding machine allows winding of the at least one coil former (41, 42) to be wound in accordance with a second winding technique, which is different from the first winding technique, wherein the first and second winding technique are selected from the group of winding techniques comprising the coil winding technique, the conventional needle winding technique, the linear winding technique and the flyer winding technique. a machine stand having at least one coil-former receptacle, wherein the at least one coil-former receptacle provides a receiving space for at least one coil former (41, 42) to be wound, and at least one winding-material feed, wherein the at least one winding-material feed is designed to feed winding material into the receiving space, characterized in that the at least one coil-former receptacle comprises a set of at least one first receiving unit and at least one second receiving unit, wherein, in a first setting, using the first receiving unit, the winding machine allows winding of the at least one coil former (41, 42) to be wound in accordance with a first winding technique, and wherein, in a second setting, using the second receiving unit, the winding machine allows winding of the at least one coil former (41, 42) to be wound in accordance with a second winding technique, which is different from the first winding technique, wherein the first and second winding technique are selected from the group of winding techniques comprising the coil winding technique, the conventional needle winding technique, the linear winding technique and the flyer winding technique.
A fishing rod comprising: a rod-shaped fishing rod main body; a fishing line guide including a leg portion arranged on an outer surface of the fishing rod main body and extending along an extension direction of the fishing rod main body; and a tubular fixing member formed of fiber-reinforced plastic, covering the outer surface of the fishing rod main body and the leg portion, and pressing the leg portion toward the outer surface, wherein at least one of end surfaces (41, 42) at both axial-direction ends of the fixing member is inclined with respect to a plane orthogonal to an axial direction of the fixing member in a state where the fixing member is not mounted on the fishing rod main body. a rod-shaped fishing rod main body; a fishing line guide including a leg portion arranged on an outer surface of the fishing rod main body and extending along an extension direction of the fishing rod main body; and a tubular fixing member formed of fiber-reinforced plastic, covering the outer surface of the fishing rod main body and the leg portion, and pressing the leg portion toward the outer surface, wherein at least one of end surfaces (41, 42) at both axial-direction ends of the fixing member is inclined with respect to a plane orthogonal to an axial direction of the fixing member in a state where the fixing member is not mounted on the fishing rod main body.
A computer-implemented method for input understanding processing comprising: processing a received input to generate a set of alternatives for recognition of the received input; filtering the set of alternatives, wherein the filtering comprises ranking the set of alternatives and propagating a plurality of the ranked alternatives for additional processing; processing the propagated alternatives to generate an expanded set of alternatives as potential hypotheses based on the received input; filtering the expanded set of alternatives, wherein the filtering comprises ranking alternatives of the expanded set and propagating a plurality of the ranked alternatives of the expanded set for additional processing; evaluating the propagated alternatives of the expanded set based on application of knowledge data fetched from external resources; and generating a response to the received input, wherein the generating ranks the evaluated alternatives and selects the response from the ranked and evaluated alternatives, wherein the plurality of propagated and ranked alternatives from the set of alternatives is determined using a threshold that is set based on at least one selected from a group consisting of: a latency of an input processing component, a capacity of the input processing component, and processing of a set of ranking signals, the input processing component being a component that is to receive the propagated alternatives. processing a received input to generate a set of alternatives for recognition of the received input; filtering the set of alternatives, wherein the filtering comprises ranking the set of alternatives and propagating a plurality of the ranked alternatives for additional processing; processing the propagated alternatives to generate an expanded set of alternatives as potential hypotheses based on the received input; filtering the expanded set of alternatives, wherein the filtering comprises ranking alternatives of the expanded set and propagating a plurality of the ranked alternatives of the expanded set for additional processing; evaluating the propagated alternatives of the expanded set based on application of knowledge data fetched from external resources; and generating a response to the received input, wherein the generating ranks the evaluated alternatives and selects the response from the ranked and evaluated alternatives, wherein the plurality of propagated and ranked alternatives from the set of alternatives is determined using a threshold that is set based on at least one selected from a group consisting of: a latency of an input processing component, a capacity of the input processing component, and processing of a set of ranking signals, the input processing component being a component that is to receive the propagated alternatives.