mhurhangee/ep-ind-claims huggingface dataset:
Device for connecting a conductor, comprising: - deformable return and clamping means comprising a fixed first part and a mobile second part comprising a free first end provided with a clamping edge, - a conductive sheet comprising a connection portion that is able and intended to be in contact with the conductor when a conductor is inserted, the first part of the return and clamping means being fixed relative to the conductive sheet, the second part of the return and clamping means being able to move relative to the conductive sheet between an open position and a closed position, in the open position the clamping edge being remote from the connection portion of the conductive sheet, thus forming a passage allowing a conductor to be inserted, and in the closed position the clamping edge being close to the connection portion of the conductive sheet so as to press the conductor against the connection portion of the conductive sheet, - at least one actuating member that is able to move relative to said conductive sheet between a first position and a second position, said at least one actuating member comprising a first surface, in the first position, the first surface applying a first force at a first contact interface to the second part of the return and clamping means so as to compress them and place them in the open position, and, in the second position, the first surface applying a second force at a second contact interface to the second part of the return and clamping means that is less than the first force, or resting on the second part of the return and clamping means so as to place them in the closed position, the connection device also comprising: - first coupling means, - second coupling means that are disposed on the actuating member and are complementary to the first coupling means and able to move relative to the first coupling means, said second coupling means being uncoupled from the first coupling means in the second position so as to release the actuating member, and between the first position and the second position, said at least one actuating member being able to move relative to the conductive sheet with a translational movement and/or a rotational movement, characterized in that said second coupling means are coupled with the first coupling means in the first position so as to immobilize the actuating member. - deformable return and clamping means comprising a fixed first part and a mobile second part comprising a free first end provided with a clamping edge, - a conductive sheet comprising a connection portion that is able and intended to be in contact with the conductor when a conductor is inserted, - at least one actuating member that is able to move relative to said conductive sheet between a first position and a second position, said at least one actuating member comprising a first surface, - first coupling means, - second coupling means that are disposed on the actuating member and are complementary to the first coupling means and able to move relative to the first coupling means,
An articulated railway train comprising: a. a main vehicle comprising a body, two bogies supporting the body, known as main bogies (72, 74), and an inter-body joint carried by the body, and b. at least one chain of semi-trailer vehicles, intended to be articulated to a main vehicle, each semi-trailer vehicle comprising a body and a single bogie supporting the body, known as a trailer bogie, each trailer bogie being articulated with respect to the corresponding body along a vertical pivot axis, known as the bogie axis (Z B), one of the end vehicles of the chain, known as the first semi-trailer vehicle, being intended to be articulated to the main vehicle, the bodies of the semi-trailer vehicles being successively articulated to one another from the first semi-trailer vehicle of the chain by a separate inter-body joint, each inter-body joint being carried by one end of each semi-trailer vehicle connected to a following vehicle, each inter-body joint being articulated along a vertical pivot axis (Z A), each trailer bogie of a body carrying an inter-body joint being arranged longitudinally with respect to the body so that the bogie axis (Z B) and the interconnection axis (Z A) are offset, the first vehicle of the chain being articulated to the body of the main vehicle by the inter-body joint of the main vehicle, the articulated railway train being characterized in that one of the main bogies, the so-called first bogie, comprises two secondary suspensions and a single central back-up suspension, the other main bogie, the so-called second bogie, comprises two secondary suspensions and a back-up suspension specific to each secondary suspension, the first bogie and the second bogie defining only three support points for the body of the main vehicle when the secondary suspensions of the first bogie are malfunctioning. a. a main vehicle comprising a body, two bogies supporting the body, known as main bogies (72, 74), and an inter-body joint carried by the body, and b. at least one chain of semi-trailer vehicles, intended to be articulated to a main vehicle, each semi-trailer vehicle comprising a body and a single bogie supporting the body, known as a trailer bogie, each trailer bogie being articulated with respect to the corresponding body along a vertical pivot axis, known as the bogie axis (Z B), one of the end vehicles of the chain, known as the first semi-trailer vehicle, being intended to be articulated to the main vehicle, the bodies of the semi-trailer vehicles being successively articulated to one another from the first semi-trailer vehicle of the chain by a separate inter-body joint, each inter-body joint being carried by one end of each semi-trailer vehicle connected to a following vehicle, each inter-body joint being articulated along a vertical pivot axis (Z A), each trailer bogie of a body carrying an inter-body joint being arranged longitudinally with respect to the body so that the bogie axis (Z B) and the interconnection axis (Z A) are offset, the first vehicle of the chain being articulated to the body of the main vehicle by the inter-body joint of the main vehicle,
An optical system comprising: a wavelength division multiplexed transmitter comprising a plurality of transmitters for transmitting a plurality of optical signals; and, a control processor for calculating a desired value of a quality metric for each optical signal, and for transmitting the desired value to each transmitter; wherein each transmitter comprises: an optical source for transmitting an optical signal; a controller for adjusting a drive power of the optical source such that a measured value of a quality metric substantially equals the desired value; characterised in that each transmitter further comprises an interface for receiving the measured value of the quality metric of the optical signal and for receiving the desired value of the quality metric; wherein the desired value is calculated as the average value of the measured quality metric for the said plurality of optical signals. a wavelength division multiplexed transmitter comprising a plurality of transmitters for transmitting a plurality of optical signals; and, a control processor for calculating a desired value of a quality metric for each optical signal, and for transmitting the desired value to each transmitter; wherein each transmitter comprises: an optical source for transmitting an optical signal; a controller for adjusting a drive power of the optical source such that a measured value of a quality metric substantially equals the desired value; characterised in that each transmitter further comprises an interface for receiving the measured value of the quality metric of the optical signal and for receiving the desired value of the quality metric; wherein the desired value is calculated as the average value of the measured quality metric for the said plurality of optical signals. an optical source for transmitting an optical signal; a controller for adjusting a drive power of the optical source such that a measured value of a quality metric substantially equals the desired value; characterised in that each transmitter further comprises an interface for receiving the measured value of the quality metric of the optical signal and for receiving the desired value of the quality metric; wherein the desired value is calculated as the average value of the measured quality metric for the said plurality of optical signals.
A cable tie having a head piece and a strap, which can be pushed into the head piece, thereby fixing itself in a latching manner, the cable tie having a compensation piece (5, 7, 25, 44), which is threaded onto the strap and which can be positioned in the region of the head piece (4, 8) in order to bound a hollow space together with the strap (6, 9), and wherein the compensation piece has a wedge-shaped cross section in the plane of the perimeter of the hollow space, with two long arms (33, 34) and a short base, characterized in that the compensation piece (5, 7, 25, 44) has a surface, which forms a long arm and is designed planar as an abutment for the head piece.
A fingerprint sensing device (2; 40; 50; 60) for sensing a fingerprint pattern of a finger, said fingerprint sensing device comprising: a plurality of electrically conductive sensing structures including at least a first sensing structure and a second sensing structure; and charge sensing circuitry connected to said sensing structures, said charge sensing circuitry including a set of charge amplifiers comprising at least a first charge amplifier and a second charge amplifier, each comprising: a first input;, a second input; an output; and at least one amplifier stage between said first and second inputs, and said output, said output being capacitively coupled to said first input, wherein: the first input of said first charge amplifier is connected to said first sensing structure; the first input of said second charge amplifier is connected to said second sensing structure; the output of said first charge amplifier is capacitively coupled to the first input of said second charge amplifier; and the output of said second charge amplifier is capacitively coupled to the first input of said first charge amplifier. a plurality of electrically conductive sensing structures including at least a first sensing structure and a second sensing structure; and charge sensing circuitry connected to said sensing structures, said charge sensing circuitry including a set of charge amplifiers comprising at least a first charge amplifier and a second charge amplifier, each comprising: a first input;, a second input; an output; and at least one amplifier stage between said first and second inputs, and said output, said output being capacitively coupled to said first input, wherein: a first input;, a second input; an output; and at least one amplifier stage between said first and second inputs, and said output, said output being capacitively coupled to said first input, wherein: the first input of said first charge amplifier is connected to said first sensing structure; the first input of said second charge amplifier is connected to said second sensing structure; the output of said first charge amplifier is capacitively coupled to the first input of said second charge amplifier; and the output of said second charge amplifier is capacitively coupled to the first input of said first charge amplifier.
Method of producing an object using a 3D printing device having at least one printhead having at least one discharge device, wherein the discharge device is set up to place print materials at target positions in order to generatively manufacture the object, characterized in that the position of the printhead and the instantaneous speed of the printhead are constantly determined by a position measurement unit, and the print materials are placed by the discharge device depending on the constantly determined position of the printhead and the constantly determined instantaneous speed of the printhead.
A peptide nucleic acid monomer having the following formula: wherein B is a nucleic acid base selected from adenine, guanine, cytosine, and thymine; R 1 is -CH 2 (OCH 2 CH 2) 1-10 OCH 3; R 2 is H; R 3, R 4, R 5, and R 6 each independently are H; P is selected from the group consisting of H, 9-fluorenylmethyloxy carbonyl (Fmoc), tert-butyloxycarbonyl (Boc), benzyloxycarbonyl (Cbz), tosylate (Ts), benzyl (Bn), allyloxycarbonyl (alloc), trityl (Trt), dimethoxytrityl, and monomethoxytrityl; and n is 1. B is a nucleic acid base selected from adenine, guanine, cytosine, and thymine; R 1 is -CH 2 (OCH 2 CH 2) 1-10 OCH 3; R 2 is H; R 3, R 4, R 5, and R 6 each independently are H; P is selected from the group consisting of H, 9-fluorenylmethyloxy carbonyl (Fmoc), tert-butyloxycarbonyl (Boc), benzyloxycarbonyl (Cbz), tosylate (Ts), benzyl (Bn), allyloxycarbonyl (alloc), trityl (Trt), dimethoxytrityl, and monomethoxytrityl; and n is 1.
A measurement apparatus configured to take a measurement for corrosion inspection of an object that has a metal base material and a surface-treated film (22, 23) on the base material, the measurement apparatus for corrosion inspection comprising: a contact section that is configured to hold an aqueous electrolyte material and contact a surface of the surface-treated film (22, 23); and a measurement section that has an electrode electrically connected to the surface-treated film (22, 23) via the contact section, and is configured to measure an energized state between the electrode and the base material while applying a voltage between the electrode and the base material, wherein at least a portion of the contact section is a sheet with a water retention characteristic for holding the aqueous electrolyte material, and the contact section is configured to be switched between a spread-out state where the contact section is spread out and contacts the surface of the surface-treated film (22, 23) during measurement and an accommodated state where the contact section is reduced in size during a non-measurement period. a contact section that is configured to hold an aqueous electrolyte material and contact a surface of the surface-treated film (22, 23); and a measurement section that has an electrode electrically connected to the surface-treated film (22, 23) via the contact section, and is configured to measure an energized state between the electrode and the base material while applying a voltage between the electrode and the base material, wherein at least a portion of the contact section is a sheet with a water retention characteristic for holding the aqueous electrolyte material, and the contact section is configured to be switched between a spread-out state where the contact section is spread out and contacts the surface of the surface-treated film (22, 23) during measurement and an accommodated state where the contact section is reduced in size during a non-measurement period.
A method, comprising: forming a triboelectric-based sensor comprising one or more thin films, wherein: one of the one or more thin films comprises a triboelectric thin film comprising a perfluorinated copolymer; and the perfluorinated copolymer comprises poly(methyl methacrylate)-co-poly(1 H-1H-perfluorooctyl methacrylate). forming a triboelectric-based sensor comprising one or more thin films, wherein: one of the one or more thin films comprises a triboelectric thin film comprising a perfluorinated copolymer; and the perfluorinated copolymer comprises poly(methyl methacrylate)-co-poly(1 H-1H-perfluorooctyl methacrylate). one of the one or more thin films comprises a triboelectric thin film comprising a perfluorinated copolymer; and the perfluorinated copolymer comprises poly(methyl methacrylate)-co-poly(1 H-1H-perfluorooctyl methacrylate).
A computer-implemented method for enabling a controller that is configured for controlling one or more devices of a first system via a first control system backend to also control one or more devices of a second system via a second control system backend, the method comprising: receiving (step 2.c), at the second control system backend, from the first control system backend, location information of the controller and credentials of the controller or/and of a user of the controller as available to the first control system backend; receiving (step 2.d), at the second control system backend, from a source trusted by the second control system backend, location information of the controller and credentials of the controller or/and of the user; performing, at the second control system backend, context matching to enable the controller to control the one or more devices of the second system, wherein the context matching comprises comparing the location information received from the first control system backend with the location information received from the source trusted by the second control system backend and by comparing the credentials received from the first control system backend with the credentials received from the source trusted by the second control system backend. receiving (step 2.c), at the second control system backend, from the first control system backend, location information of the controller and credentials of the controller or/and of a user of the controller as available to the first control system backend; receiving (step 2.d), at the second control system backend, from a source trusted by the second control system backend, location information of the controller and credentials of the controller or/and of the user; performing, at the second control system backend, context matching to enable the controller to control the one or more devices of the second system, wherein the context matching comprises comparing the location information received from the first control system backend with the location information received from the source trusted by the second control system backend and by comparing the credentials received from the first control system backend with the credentials received from the source trusted by the second control system backend.
Method for generating from a multi-channel 2D audio input signal ( x ( k) ( t)) a 3D sound representation which includes a HOA representation y HOA k t and channel object signals y ch k t, wherein said 3D sound representation is suited for a presentation with loudspeakers after rendering said HOA representation and combination with said channel object signals, said method including: - generating (21, 221, 23; 41, 421, 43) each of said channel object signals y ch k t by selecting and scaling one channel signal of said multi-channel 2D audio input signal ( x ( k) ( t)); - generating additional signals x spat k t for placing them in the 3D space by scaling (21, 222; 41, 422; the remaining non-selected channels from said multi-channel 2D audio input signal and/or by decorrelating (24, 25; 44, 45, 451; x ̃ decorr k t) a scaled version of a mix of channels from said multi-channel 2D audio input signal, wherein spatial positions (29; 49) for said additional signals are predetermined; - converting (27; 47) said additional signals x spat k t to said HOA representation y HOA k t using the corresponding spatial positions. - generating (21, 221, 23; 41, 421, 43) each of said channel object signals y ch k t by selecting and scaling one channel signal of said multi-channel 2D audio input signal ( x ( k) ( t)); - generating additional signals x spat k t for placing them in the 3D space by scaling (21, 222; 41, 422; the remaining non-selected channels from said multi-channel 2D audio input signal and/or by decorrelating (24, 25; 44, 45, 451; x ̃ decorr k t) a scaled version of a mix of channels from said multi-channel 2D audio input signal, wherein spatial positions (29; 49) for said additional signals are predetermined; - converting (27; 47) said additional signals x spat k t to said HOA representation y HOA k t using the corresponding spatial positions.
Apparatus for filtration of plastic material composed of a hollow body inside which are the filtration devices (3, 4) and on which are made to rotate, by means of an externally actuated drive shaft, scrapers (9, 10), where said hollow body is equipped with at least an inlet opening upstream of the filtration devices (3, 4) for the entry of molten material to be filtered and at least an outlet opening downstream of the filtration devices (3, 4) for the exit of the filtered molten material, characterised by the fact that there are at least two of said filtration devices (3, 4) arranged in series, in such a way that the material filtered by the first filtration device meets the inlet of the second filtration device, and where said scrapers (9, 10) of both the first filtration device and the second filtration device are made to rotate by the same drive shaft.
An intraluminal imaging device, comprising: a flexible elongate member configured for positioning within a vessel of a patient, the flexible elongate member including a proximal portion and a distal portion; an imaging assembly disposed at the distal portion of the flexible elongate member, the imaging assembly including a conductor interface; a plurality of wires extending along a length of the flexible elongate member and in communication with the imaging assembly, wherein the plurality of wires are coupled to the imaging assembly at the conductor interface; and a guide member comprising a surface coupled to an opposing surface of the conductor interface by an adhesive, wherein the plurality of wires extend through the guide member, and wherein the guide member collectively aligns the plurality of wires to the conductor interface. a flexible elongate member configured for positioning within a vessel of a patient, the flexible elongate member including a proximal portion and a distal portion; an imaging assembly disposed at the distal portion of the flexible elongate member, the imaging assembly including a conductor interface; a plurality of wires extending along a length of the flexible elongate member and in communication with the imaging assembly, wherein the plurality of wires are coupled to the imaging assembly at the conductor interface; and a guide member comprising a surface coupled to an opposing surface of the conductor interface by an adhesive, wherein the plurality of wires extend through the guide member, and wherein the guide member collectively aligns the plurality of wires to the conductor interface.