mhurhangee/ep-ind-claims huggingface dataset:
Coupling for transmitting fluids, having a central fluid channel and a valve arranged therein, whose tappet is movement-coupled with a valve sleeve preloaded by spring force in the direction of flow of the fluid, and with a locking mechanism for releasably locking the coupling at a tank fitting, and a securing mechanism for releasably latching the closed valve, wherein the locking mechanism and the securing mechanism are movement-coupled via a sliding sleeve preloaded against the direction of flow of the fluid by spring force, so that in a first control position of the sliding sleeve, the locking mechanism is unlocked and the valve closed, and in a second control position of the sliding sleeve, the securing mechanism unlocks the valve sleeve, so that the valve is unlatched and at least partially opened, and the valve sleeve is movable against the direction of flow of the fluid by pressurization, wherein the securing mechanism locks the sliding sleeve and opens the valve completely, and in which the locking mechanism comprises a locking sleeve preloaded by spring force in the direction of flow of the fluid, locking elements arranged to be movable radially to the central fluid channel, and a latching mechanism for releasably blocking the sliding sleeve, wherein the latching mechanism, the sliding sleeve, and the locking elements are movement-coupled with each other via the locking sleeve, such that in a first lifting position of the locking sleeve, the sliding sleeve is blocked in its first control position, wherein the locking elements are retained in an outer radial position, and in a second lifting position of the locking sleeve, the sliding sleeve is released and is in its second control position, wherein the locking elements are pushed into an inner radial position and retained there by the sliding sleeve, and the coupling is characterized in that the latching mechanism comprises at least one ball that can alternately engage with corresponding grooves either at the sliding sleeve or the locking sleeve.
A method for sending information, comprising: receiving downlink control information, wherein the downlink control information comprises first information, the first information indicates an uplink control channel resource for carrying uplink control information, the uplink control channel resource belongs to a first uplink control channel resource set, and the first uplink control channel resource set comprises at least two uplink control channel resources that correspond to different quantities of symbols; determining S103), based on the first information, the uplink control channel resource for carrying uplink control information; and sending the uplink control information to a network device by using the uplink control channel resource, wherein the first uplink control channel resource set comprises a first uplink control channel resource, and the first uplink control channel resource corresponds to one symbol; and the first uplink control channel resource set further comprises a second uplink control channel resource, and the second uplink control channel resource corresponds to two symbols. receiving downlink control information, wherein the downlink control information comprises first information, the first information indicates an uplink control channel resource for carrying uplink control information, the uplink control channel resource belongs to a first uplink control channel resource set, and the first uplink control channel resource set comprises at least two uplink control channel resources that correspond to different quantities of symbols; determining S103), based on the first information, the uplink control channel resource for carrying uplink control information; and sending the uplink control information to a network device by using the uplink control channel resource, wherein the first uplink control channel resource set comprises a first uplink control channel resource, and the first uplink control channel resource corresponds to one symbol; and the first uplink control channel resource set further comprises a second uplink control channel resource, and the second uplink control channel resource corresponds to two symbols.
A method of performing prognostics for pressure sensors of a hydraulic brake system of an aircraft, the method comprising: determining, during a primary braking mode and by a hydraulic brake controller, a first status of a first brake pressure sensor adjacent a brake assembly coupled to a landing gear of the aircraft; and in response to determining that the first status of the first brake pressure sensor is valid, determining, during a park braking mode and by the hydraulic brake controller, a second status of a second brake pressure sensor adjacent a park valve assembly. determining, during a primary braking mode and by a hydraulic brake controller, a first status of a first brake pressure sensor adjacent a brake assembly coupled to a landing gear of the aircraft; and in response to determining that the first status of the first brake pressure sensor is valid, determining, during a park braking mode and by the hydraulic brake controller, a second status of a second brake pressure sensor adjacent a park valve assembly.
A method for calibrating an exhaust gas sensor which is arranged in a measurement chamber, wherein at the start of a calibration phase, exhaust gas present in the measurement chamber is displaced by a filling of the measurement chamber with calibration gas, and that at the end of the calibration phase, exhaust gas is diffused and/or introduced into the measurement chamber, characterized in that the measurement chamber is in the exhaust channel of an internal combustion engine and consists of two perforated cylinders (20, 21) arranged concentrically one inside the other, of which at least one is movable about its longitudinal axis so that the two cylinders (20, 21) form a screening device with variable screening effect and in that as perforations the cylinders (20, 21) each have at least two bores (22, 23), in particular arranged offset by 180°, in the cylinder walls which are moved from a non-aligned position into an aligned position to open the measurement chamber to inflowing exhaust gas.
An apparatus for polishing the work rolls (60, 62) of a metal leveler, each said work roll (60, 62) having a work roll circumference and a work roll length, the leveler having a frame, a series of upper work rolls and a series of lower work rolls, said apparatus comprising: - one or more polishing units sized, shaped and configured to be removably inserted between the series of upper work rolls and the series of lower work rolls of the leveler at a location between the series of upper work rolls and the series of lower work rolls, said polishing unit comprising at least one polisher configured for engaging and polishing at least one of said series of upper and lower work rolls (60, 62) of the leveler during the rotation of said work roll, - said at least one polisher including a substantially rigid concave pan (22(a)) having an abrasive material (22(c)) positioned therewithin for exposure of said abrasive material (22(c)) to said respective work roll upon engagement of said polisher with said respective work roll and upon rotation of said work roll by said leveler within said substantially rigid concave pan (22(a)); the apparatus being characterized in that said at least one polisher is configured to engage and polish at least the substantial length of a corresponding one of said work rolls (60, 62) of the leveler as said work roll is rotated, without repositioning said polisher along the longitudinal axis of said work roll. - one or more polishing units sized, shaped and configured to be removably inserted between the series of upper work rolls and the series of lower work rolls of the leveler at a location between the series of upper work rolls and the series of lower work rolls, said polishing unit comprising at least one polisher configured for engaging and polishing at least one of said series of upper and lower work rolls (60, 62) of the leveler during the rotation of said work roll, - said at least one polisher including a substantially rigid concave pan (22(a)) having an abrasive material (22(c)) positioned therewithin for exposure of said abrasive material (22(c)) to said respective work roll upon engagement of said polisher with said respective work roll and upon rotation of said work roll by said leveler within said substantially rigid concave pan (22(a));
A method for authenticating a user, the method comprising: sending, from a client application, an access request to a Uniform Resource Identifier, URI, of a relying party, wherein URI is an Internet Protocol, IP, address of the relying party, and wherein a default URI for the relying party is a domain name service, DNS, name; receiving, at the client application, a response from the relying party that includes authentication metadata that includes an address for a security token service, STS, trusted by the relying party; sending, from the client application, a request for a security token to access the relying party to the STS; receiving, at the client application, the security token to access the relying party from the STS, wherein the security token comprises a certificate for the relying party; validating the certificate using Public Key Infrastructure, PKI, chain validation through a secondary authentication process, wherein a step in the secondary authentication process comprises comparing a DNS name from an audience Uniform Resource Identifier, URI, field in the security token with a subject field or subject alternative name, SAN, field in the certificate for the relying party, wherein the audience URI field includes the IP address of the relying party; and upon successful validation of the security token, communicating, from the client application, the security token to the relying party. sending, from a client application, an access request to a Uniform Resource Identifier, URI, of a relying party, wherein URI is an Internet Protocol, IP, address of the relying party, and wherein a default URI for the relying party is a domain name service, DNS, name; receiving, at the client application, a response from the relying party that includes authentication metadata that includes an address for a security token service, STS, trusted by the relying party; sending, from the client application, a request for a security token to access the relying party to the STS; receiving, at the client application, the security token to access the relying party from the STS, wherein the security token comprises a certificate for the relying party; validating the certificate using Public Key Infrastructure, PKI, chain validation through a secondary authentication process, wherein a step in the secondary authentication process comprises comparing a DNS name from an audience Uniform Resource Identifier, URI, field in the security token with a subject field or subject alternative name, SAN, field in the certificate for the relying party, wherein the audience URI field includes the IP address of the relying party; and upon successful validation of the security token, communicating, from the client application, the security token to the relying party.
A tooth replacement forming device, comprising an auxiliary element, a dental structure, and an abutment, wherein a dental structure of dental material, especially ceramics, produced using build-up or abrasive processes, especially using CAM, and a pressing process, can be fastened on or to the abutment, wherein the abutment can be mounted on an implant via a releasable connection, especially a screw connection, wherein the abutment comprises an implant connection, a collar and a tube portion which is for connecting to the dental structure, characterized in that an auxiliary element made of a residue-free combustible material is arranged abutting to and surrounding the tube portion, wherein the auxiliary element is pre-fabricated and accordingly has a preconditioned surface having a predetermined roughness, wherein the auxiliary element has a greater roughness on the radially outer surface thereof than on the radially inner surface thereof.
An audio signal processing device comprising: a speech segment detector configured to detect a speech segment of an audio signal; a suppressor configured to suppress noise in the audio signal; characterized by further comprising an adjustment section configured to adjust an amount of suppression of noise by the suppressor such that the amount of suppression during a specific period, which starts from a position from a terminal end of the speech segment detected by the speech segment detector and is a period shorter than a period spanning from the terminal end of the speech segment detected by the speech segment detector to a starting end of a next speech segment detected by the speech segment detector, becomes greater than an amount of suppression in a period that is other than the specific period. a speech segment detector configured to detect a speech segment of an audio signal; a suppressor configured to suppress noise in the audio signal; characterized by further comprising an adjustment section configured to adjust an amount of suppression of noise by the suppressor such that the amount of suppression during a specific period, which starts from a position from a terminal end of the speech segment detected by the speech segment detector and is a period shorter than a period spanning from the terminal end of the speech segment detected by the speech segment detector to a starting end of a next speech segment detected by the speech segment detector, becomes greater than an amount of suppression in a period that is other than the specific period.
A process for purifying silicon comprising at least steps consisting in: a) providing a container containing molten silicon, the container having a longitudinal axis and the molten silicon defining on the side opposite the bottom of the container a free surface; b) imposing on the molten silicon conditions that promote its solidification, the propagation speed of the solidification front of the silicon, time averaged over the duration of step b) and measured along the longitudinal axis of the container, being higher than or equal to 5 μm/s and preferably 10 μm/s, said process being characterized in that at least one stirring system imposes, throughout all or part of step b), a flow of molten silicon of Reynolds number comprised between 3×10 4 and 3×10 6 and preferably between 1×10 5 and 1×10 6. a) providing a container containing molten silicon, the container having a longitudinal axis and the molten silicon defining on the side opposite the bottom of the container a free surface; b) imposing on the molten silicon conditions that promote its solidification, the propagation speed of the solidification front of the silicon, time averaged over the duration of step b) and measured along the longitudinal axis of the container, being higher than or equal to 5 μm/s and preferably 10 μm/s,
A composite suture device, comprising: (a) an elongated suture body having a proximal end and a distal end, with a body running along a central axis; (b) a composite fixation tab secured to said distal end, said composite fixation tab comprising: (i) an end effector having a top side and a bottom side with thickness therebetween, and a length running parallel to the central axis, and a width running perpendicular to the central axis; (ii) a separate end attachment having a top side and a bottom side with thickness therebetween, and a length running parallel to the central axis, and a width running perpendicular to the central axis; wherein said bottom side of said separate end attachment is welded or bonded to said top side of said end effector. (a) an elongated suture body having a proximal end and a distal end, with a body running along a central axis; (b) a composite fixation tab secured to said distal end, said composite fixation tab comprising: (i) an end effector having a top side and a bottom side with thickness therebetween, and a length running parallel to the central axis, and a width running perpendicular to the central axis; (ii) a separate end attachment having a top side and a bottom side with thickness therebetween, and a length running parallel to the central axis, and a width running perpendicular to the central axis; wherein said bottom side of said separate end attachment is welded or bonded to said top side of said end effector. (i) an end effector having a top side and a bottom side with thickness therebetween, and a length running parallel to the central axis, and a width running perpendicular to the central axis; (ii) a separate end attachment having a top side and a bottom side with thickness therebetween, and a length running parallel to the central axis, and a width running perpendicular to the central axis;
An apparatus for re-identification, the apparatus comprising processing circuitry configured to: obtain media data via an interface; generate a re-identification code representing at least a portion of the media data using a hashing algorithm; transform the re-identification code using a transformation functionality to obtain a transformed re-identification code, wherein the transformation functionality is configured to transform the re-identification code such that, if the re-identification code is similar to a further re-identification code generated by the hashing algorithm according to a similarity metric, the transformed re-identification code is similar to a further transformed re-identification code being a transformed version of the further re-identification code, wherein the transformation functionality is configured to transform the re-identification code based on a transformation parameter, the transformation parameter being dependent on a time and/or a location; and provide the transformed re-identification code. obtain media data via an interface; generate a re-identification code representing at least a portion of the media data using a hashing algorithm; transform the re-identification code using a transformation functionality to obtain a transformed re-identification code, wherein the transformation functionality is configured to transform the re-identification code such that, if the re-identification code is similar to a further re-identification code generated by the hashing algorithm according to a similarity metric, the transformed re-identification code is similar to a further transformed re-identification code being a transformed version of the further re-identification code, wherein the transformation functionality is configured to transform the re-identification code based on a transformation parameter, the transformation parameter being dependent on a time and/or a location; and provide the transformed re-identification code.
A container with flexible walls and at least one electrical sensor (3, 3', 3", 3"', 3"") which projects into the container interior which is surrounded by the flexible walls and which allows to determine the conductivity or impedance of a medium surrounding the plates (8, 8', 9, 9', 9"') between at least two electrically conductive plates (8, 8', 9, 9', 9"'), wherein the plates (8, 8', 9, 9', 9"') are connected via connecting lines (10, 11) to a control and regulating unit, which is arranged outside the container interior, characterized in that at least one first plate (8, 8') is arranged on a closed, free end of a first sheathing (5, 5', 5"") with a contact area which is exposed to the surrounding medium, and the sheathing (5, 5', 5"", 17, 17'") is adjustable in length in the container interior and is in the form of a flexible hose or folding bellows (19, 19"") through which the electrical connecting line (10,11) of the plate (8, 8', 9, 9', 9"') is routed to the outside.
A device for wirelessly receiving electric energy to be transferred from a source of alternating current by electromagnetic coupling through a conducting transmitter loop connected to this source, said device comprising • at least one conducting receiver loop (4, 20, 21) configured to receive electric energy from a said source in the form of current induced therein through electromagnetic coupling when placed close to a said conducting transmitter loop, • at least one capacitor (5, 24, 25) connected into said receiver loop (4, 20, 21) for being charged with electric energy through said current induced in the receiver loop, • an arrangement configured to allow a portion of the current induced in said receiver loop to only flow in one direction to the capacitor for charging the capacitor and not flow in opposite direction and discharge the capacitor, and • a capacitance connected to the receiver loop to tune this to a determined frequency, characterized in that said at least one capacitor (5, 24, 25) is connected into the receiver loop by having opposite poles thereof directly connected to the receiver loop (4, 20, 21) at a first location therealong, that said arrangement comprises at least one rectifying member (10, 22, 23) connected into the receiver loop at a second location therealong spaced with respect to said first location and configured to allow a rectified portion of the current induced in the receiver loop to only flow in one direction therethrough, and that said capacitance is connected into the receiver loop at said second location. • at least one conducting receiver loop (4, 20, 21) configured to receive electric energy from a said source in the form of current induced therein through electromagnetic coupling when placed close to a said conducting transmitter loop, • at least one capacitor (5, 24, 25) connected into said receiver loop (4, 20, 21) for being charged with electric energy through said current induced in the receiver loop, • an arrangement configured to allow a portion of the current induced in said receiver loop to only flow in one direction to the capacitor for charging the capacitor and not flow in opposite direction and discharge the capacitor, and • a capacitance connected to the receiver loop to tune this to a determined frequency,
A rotary compressor comprising: a cylinder; a piston (8, 56, 59) disposed within the cylinder so as to form a space between the piston (8, 56, 59) itself and the cylinder; a shaft to which the piston is fitted; a first vane for dividing the space along a circumferential direction of the piston, the first vane being attached to the cylinder at a first angular position along a rotation direction of the shaft; and a second vane for further dividing the space divided by the first vane along the circumferential direction of the piston so that a first compression chamber and a second compression chamber having a smaller volume than the first compression chamber are formed within the cylinder, the second vane being attached to the cylinder at a second angular position along the rotation direction of the shaft, wherein the piston (8, 56, 59) and the second vane are integrated together, or the piston (8, 56, 59) and the second vane are coupled together. a cylinder; a piston (8, 56, 59) disposed within the cylinder so as to form a space between the piston (8, 56, 59) itself and the cylinder; a shaft to which the piston is fitted; a first vane for dividing the space along a circumferential direction of the piston, the first vane being attached to the cylinder at a first angular position along a rotation direction of the shaft; and a second vane for further dividing the space divided by the first vane along the circumferential direction of the piston so that a first compression chamber and a second compression chamber having a smaller volume than the first compression chamber are formed within the cylinder, the second vane being attached to the cylinder at a second angular position along the rotation direction of the shaft, wherein the piston (8, 56, 59) and the second vane are integrated together, or the piston (8, 56, 59) and the second vane are coupled together.