mhurhangee/ep-ind-claims huggingface dataset:
A variable-displacement lubricant pump for providing pressurized lubricant for an internal combustion engine, comprising: a rotor with radially slidable vanes rotating in a shiftable stator ring, the stator ring being pushed by a first plunger pushing the stator ring into high pumping volume direction, a pressure control system for controlling the lubricant discharge pressure of the pressurized lubricant, the control system comprising a first control chamber wherein the first plunger is provided being axially movable, a first pressure conduit connecting a pump outlet port with the first control chamber, characterized by a movable outlet opening in a side wall of the first control chamber, the outlet opening being movable with an axial projection and being connected to a low pressure, the movable outlet opening and the first plunger being arranged so that the first plunger being axially movable covers and thereby closes the movable outlet opening depending on the axial first plunger position and the outlet opening position, and the movable outlet opening being actuated by a thermostatic element affected by the temperature of the lubricant. a rotor with radially slidable vanes rotating in a shiftable stator ring, the stator ring being pushed by a first plunger pushing the stator ring into high pumping volume direction, a pressure control system for controlling the lubricant discharge pressure of the pressurized lubricant, the control system comprising a first control chamber wherein the first plunger is provided being axially movable, a first pressure conduit connecting a pump outlet port with the first control chamber, characterized by a movable outlet opening in a side wall of the first control chamber, the outlet opening being movable with an axial projection and being connected to a low pressure, the movable outlet opening and the first plunger being arranged so that the first plunger being axially movable covers and thereby closes the movable outlet opening depending on the axial first plunger position and the outlet opening position, and the movable outlet opening being actuated by a thermostatic element affected by the temperature of the lubricant.
A magnetic latching system for removably latching a panel to an aircraft surface portion, the system comprising: a removable access panel defining an upper surface, side surfaces, and a panel lower peripheral surface; a plurality of magnetically attractive panel surface portions disposed proximate at least a portion of the panel lower peripheral surface; a latching land connectable to the aircraft surface portion, the land defining an upper surface having an outer peripheral portion that is substantially coplanar with the aircraft surface portion, a seating surface for receiving and supporting the panel lower peripheral surface, and land side surfaces; the land seating surface defining a plurality of magnetically attractive land surface portions disposed along at least a portion of the land seating surface; a body of magnetic material disposed intermediate the magnetically attractive panel surface portions and the magnetically attractive land surface portions, the body of magnetic material being operative to form a magnetic bond between the panel and land to urge the panel into a magnetic engagement with the land seating surface, such that the panel upper surface is substantially coplanar with the aircraft surface portion; and an inflatable seal disposed intermediate the panel and the land, adjacent the body of magnetic material, upon inflation the inflatable seal being operative to urge the panel away from the land far enough to weaken magnetic engagement between the panel and the land sufficiently to permit disengagement of the panel from the land. a removable access panel defining an upper surface, side surfaces, and a panel lower peripheral surface; a plurality of magnetically attractive panel surface portions disposed proximate at least a portion of the panel lower peripheral surface; a latching land connectable to the aircraft surface portion, the land defining an upper surface having an outer peripheral portion that is substantially coplanar with the aircraft surface portion, a seating surface for receiving and supporting the panel lower peripheral surface, and land side surfaces; the land seating surface defining a plurality of magnetically attractive land surface portions disposed along at least a portion of the land seating surface; a body of magnetic material disposed intermediate the magnetically attractive panel surface portions and the magnetically attractive land surface portions, the body of magnetic material being operative to form a magnetic bond between the panel and land to urge the panel into a magnetic engagement with the land seating surface, such that the panel upper surface is substantially coplanar with the aircraft surface portion; and an inflatable seal disposed intermediate the panel and the land, adjacent the body of magnetic material, upon inflation the inflatable seal being operative to urge the panel away from the land far enough to weaken magnetic engagement between the panel and the land sufficiently to permit disengagement of the panel from the land.
An additive magnetic compensation circuit, comprising at least one sensor package configured for outputting a first digital signal, and a controller configured for receiving said first digital signal, computing a digital compensation signal, and then sending said digital compensation signal to said sensor package, wherein at said sensor package comprises: • a magnetic sensor configured for creating a first analogue signal by sensing a component of the magnetic field; • an adder configured for receiving the first analogue signal and outputting a second analogue signal; • an ADC configured for converting said second analogue signal to said first digital signal, and • a DAC configured for converting said digital compensation signal to a third analogue signal for input to the adder, CHARACTERIZED IN THAT the additive magnetic compensation circuit comprises a computer configured for forming a digitally predicted model of the magnetic field, wherein the controller in said compensation circuit is configured for importing said first digital signal and said digitally predicted model of the magnetic field, and for outputting said digital compensation signal to said compensation circuit. • a magnetic sensor configured for creating a first analogue signal by sensing a component of the magnetic field; • an adder configured for receiving the first analogue signal and outputting a second analogue signal; • an ADC configured for converting said second analogue signal to said first digital signal, and • a DAC configured for converting said digital compensation signal to a third analogue signal for input to the adder, CHARACTERIZED IN THAT the additive magnetic compensation circuit comprises a computer configured for forming a digitally predicted model of the magnetic field, wherein the controller in said compensation circuit is configured for importing said first digital signal and said digitally predicted model of the magnetic field, and for outputting said digital compensation signal to said compensation circuit.
An active substance plaster for the transdermal release of a pharmaceutical active substance comprising at least one removable protective film and an adhesive layer, characterised in that the plaster comprises at least one compound, which at least reduces skin irritations that are transferable to the surface of the skin and which is distributed evenly over the surface of the adhesive layer, between the adhesive layer and the removable protective film and adjoining the adhesive layer, in the form of a layer or afilm or in dot form and/or is present in the adhesive layer, which is separate from the layer containing the active substance.
A pesticidal or repellent active ingredient consisting of a combination of an unsaturated terpene compound selected from among geraniol, citronellal and a mixture of geraniol and citronellal, at least one anionic surfactant and/or one nonionic surfactant, and a solvent selected from among a compound of semi-structural formula CH 3 OC 3 H 6 OC 3 H 6 OH, ethyl lactate and a mixture of said compound and ethyl lactate.
A recombinant protein comprising SEQ ID NO:1 having five replacement regions at amino acid positions 21-70, 81-130, 141-190, 201-250, and 261-310, wherein at least one of said replacement regions is substituted with consecutively multiple copies of bioactive peptides selected from the group consisting of GHK, SEQ ID NO: 2, 3, 4, 5.
Optical device having a first integrator for splitting incident beams into beamlets and a second integrator, arranged coaxially to the first integrator, for shaping the beamlets into an output beam of a defined, preferably flat-top, spatial irradiance profile, wherein the integrators (IN1, IN2) each comprise two microlens arrays (m1, m2) of equal focal length, the arrays (m1, m2) being coaxially juxtaposed at a distance preferably equaling the focal length, characterized in a laser source for providing the beams, two spherical plano-convex lenses (L1, L2) arranged between the integrators (IN1, IN2), the plano-convex lenses (L1, L2) being coaxially juxtaposed with facing planar sides, and a first, preferably holographic, diffuser arranged between the plano-convex lenses (L1, L2) and the second integrator. a first integrator for splitting incident beams into beamlets and a second integrator, arranged coaxially to the first integrator, for shaping the beamlets into an output beam of a defined, preferably flat-top, spatial irradiance profile, wherein the integrators (IN1, IN2) each comprise two microlens arrays (m1, m2) of equal focal length, the arrays (m1, m2) being coaxially juxtaposed at a distance preferably equaling the focal length, characterized in a laser source for providing the beams, two spherical plano-convex lenses (L1, L2) arranged between the integrators (IN1, IN2), the plano-convex lenses (L1, L2) being coaxially juxtaposed with facing planar sides, and a first, preferably holographic, diffuser arranged between the plano-convex lenses (L1, L2) and the second integrator.
A composition comprising: an ethylene/alpha-olefin/diene interpolymer; an isocyanate comprising at least two isocyanate groups; a TEMPO compound having the Structure I wherein R 1, R 2, R 3 and R 4 are each independently selected from H and C 1 -C 6 alkyl groups and X is a functional group selected from the group consisting of OH and NH 2; and a peroxide; wherein the molar ratio of isocyanate groups of Component to the functional groups of Component is from 0.80 to 1.10. an ethylene/alpha-olefin/diene interpolymer; an isocyanate comprising at least two isocyanate groups; a TEMPO compound having the Structure I wherein R 1, R 2, R 3 and R 4 are each independently selected from H and C 1 -C 6 alkyl groups and X is a functional group selected from the group consisting of OH and NH 2; and a peroxide; wherein the molar ratio of isocyanate groups of Component to the functional groups of Component is from 0.80 to 1.10.
A method for mining a new block in a blockchain of a distributed blockchain consensus network, 'DBCN' based on a proof-of-stake protocol, comprising the steps of: - Generating a new transaction including reference information of the most recent block of said blockchain by a peer of said blockchain, - Validating, by a mining computing entity, 'MCE' with a trusted execution environment entity, 'TEEE', said new transaction by checking whether said most recent block refers to an active blockchain branch of said MCE, - Upon successful validation of said transaction, initiating a request for new block generation, - Comparing block height information of the block saved in said TEEE from the last block generation request with the block height information of the block of the actual block generation request, - Providing trusted time information by said TEEE of said MCE, - Computing a block signature by said TEEE of said MCE using secret signing information of said TEEE of said MCE, - Computing a new block including said block signature, the provided trusted time information and transaction information of said transaction, - Computing differences between the trusted time information of said new block and trusted time information of said MCE when said MCE has been registered with said blockchain by a peer of said blockchain, - Comparing said computed differences with one or more predefined security parameters and providing a result, and - Adding the new block, by said peer, to the blockchain based on said result. - Generating a new transaction including reference information of the most recent block of said blockchain by a peer of said blockchain, - Validating, by a mining computing entity, 'MCE' with a trusted execution environment entity, 'TEEE', said new transaction by checking whether said most recent block refers to an active blockchain branch of said MCE, - Upon successful validation of said transaction, initiating a request for new block generation, - Comparing block height information of the block saved in said TEEE from the last block generation request with the block height information of the block of the actual block generation request, - Providing trusted time information by said TEEE of said MCE, - Computing a block signature by said TEEE of said MCE using secret signing information of said TEEE of said MCE, - Computing a new block including said block signature, the provided trusted time information and transaction information of said transaction, - Computing differences between the trusted time information of said new block and trusted time information of said MCE when said MCE has been registered with said blockchain by a peer of said blockchain, - Comparing said computed differences with one or more predefined security parameters and providing a result, and - Adding the new block, by said peer, to the blockchain based on said result.
A method for communicating downlink control information, DCI, in an asymmetric multicarrier communication network environment, the method comprising: determining a carrier type corresponding to a DCI to be transmitted to a mobile station from a plurality of carrier types; encoding the DCI in a DCI format; and transmitting the DCI encoded in the DCI format to the mobile station through a downlink control channel on a primary carrier, wherein the DCI format comprises a set of fields corresponding to the determined carrier type and a carrier index field comprising a carrier index indicating the determined carrier type, wherein the plurality of carrier types comprises at least one of the primary carrier, a symmetric secondary carrier, and an asymmetric secondary carrier, and wherein a frame structure on the primary carrier is different from a frame structure on the asymmetric secondary carrier, and the frame structure on the primary carrier is the same as a frame structure on the symmetric secondary carrier. determining a carrier type corresponding to a DCI to be transmitted to a mobile station from a plurality of carrier types; encoding the DCI in a DCI format; and transmitting the DCI encoded in the DCI format to the mobile station through a downlink control channel on a primary carrier, wherein the DCI format comprises a set of fields corresponding to the determined carrier type and a carrier index field comprising a carrier index indicating the determined carrier type, wherein the plurality of carrier types comprises at least one of the primary carrier, a symmetric secondary carrier, and an asymmetric secondary carrier, and wherein a frame structure on the primary carrier is different from a frame structure on the asymmetric secondary carrier, and the frame structure on the primary carrier is the same as a frame structure on the symmetric secondary carrier.
A support base for a child safety seat, comprising: a shell body; an anchor structure affixed with an interior of the shell body, the anchor structure including two side segments; an arm extending transversally relative to the shell body, the arm having a tube portion, and a rod disposed through and rotatable relative to the tube portion, the tube portion including two transversally spaced-apart extensions that are respectively connected with the two side segments of the anchor structure; two latch assemblies respectively connected with a left and a right end of the rod that extend outside the tube portion, the latch assemblies being operable to fixedly attach the shell body with an anchorage fixture of a vehicle, and the rod being operable to rotate relative to the tube portion to turn the two latch assemblies to either of a storage state and a deployed state; and at least a cushion structure (420, 502, 602, 702) disposed in either a joint region between one side segment 410B and one extension of the tube portion, or in the base at a position between the tube portion and an inner sidewall of the shell body, wherein the cushion structure (420, 502, 602, 702) is operable to cushion a displacement of the shell body and the anchor structure relative to the arm and the latch assemblies taking place when car collision occurs. a shell body; an anchor structure affixed with an interior of the shell body, the anchor structure including two side segments; an arm extending transversally relative to the shell body, the arm having a tube portion, and a rod disposed through and rotatable relative to the tube portion, the tube portion including two transversally spaced-apart extensions that are respectively connected with the two side segments of the anchor structure; two latch assemblies respectively connected with a left and a right end of the rod that extend outside the tube portion, the latch assemblies being operable to fixedly attach the shell body with an anchorage fixture of a vehicle, and the rod being operable to rotate relative to the tube portion to turn the two latch assemblies to either of a storage state and a deployed state; and at least a cushion structure (420, 502, 602, 702) disposed in either a joint region between one side segment 410B and one extension of the tube portion, or in the base at a position between the tube portion and an inner sidewall of the shell body, wherein the cushion structure (420, 502, 602, 702) is operable to cushion a displacement of the shell body and the anchor structure relative to the arm and the latch assemblies taking place when car collision occurs.
A tire appearance inspection apparatus inspecting a tire appearance by performing an image processing on captured images of the appearance of a tire, comprising: sectional shape acquiring means for acquiring cross-sectional shapes of the tire in tire radial direction along a circumference of the tire, characterised by arc fitting means for fitting arcs (Arc1, Arc2) to extremal values (Vb, Vs) at a bead side and a sidewall side in a sidewall profile of the cross-sectional shapes of the tire; arc center position calculating means for calculating a center position of each of the arcs; and sectional shape aligning means for performing a Fourier transform on a line connecting the center positions of the arcs fitted to the same position on the cross-sectional shapes, excluding the secondary and subsequent components; performing an inverse Fourier transform on the line so as to obtain curves (Hb, Hs) and aligning the cross-sectional shapes such that the center positions of the arcs are positioned on the obtained curves (Hb, Hs). sectional shape acquiring means for acquiring cross-sectional shapes of the tire in tire radial direction along a circumference of the tire, characterised by arc fitting means for fitting arcs (Arc1, Arc2) to extremal values (Vb, Vs) at a bead side and a sidewall side in a sidewall profile of the cross-sectional shapes of the tire; arc center position calculating means for calculating a center position of each of the arcs; and sectional shape aligning means for performing a Fourier transform on a line connecting the center positions of the arcs fitted to the same position on the cross-sectional shapes, excluding the secondary and subsequent components; performing an inverse Fourier transform on the line so as to obtain curves (Hb, Hs) and aligning the cross-sectional shapes such that the center positions of the arcs are positioned on the obtained curves (Hb, Hs).
A tool for trimming a press-formed part, in particular of the body of a motor vehicle, said tool including: - a first frame with a surface for supporting the press-formed part, said surface including a first cutting edge; - a second frame with a sliding presser able to press the press-formed part against the support surface, and a first cutting blade which is fixed with respect to said frame and is able to cooperate with the first cutting edge, the support surface being formed by a support and a mobile blade including the first cutting edge, said blade being mobile along said support which includes a second cutting edge, characterized in that the displacement of said blade permits said second cutting edge to be uncovered and in that the second frame includes a second cutting blade sliding between the first blade and the presser, and able to cooperate with the second cutting edge. - a first frame with a surface for supporting the press-formed part, said surface including a first cutting edge; - a second frame with a sliding presser able to press the press-formed part against the support surface, and a first cutting blade which is fixed with respect to said frame and is able to cooperate with the first cutting edge,
A method of operating a multi-talker system comprising at least one audio signal receiver device and a plurality of audio signal transmission devices (10, 20, 30), wherein each audio signal transmission device comprises an audio input for capturing a local audio signal, and wherein each audio signal transmission device comprises a transceiver for receiving a remote audio signal from at least one of the other audio signal transmission devices and for transmitting an audio signal to at least one of the other audio signal transmission devices or to one of the audio signal receiver devices, and a mixer for mixing the received remote audio signal and the captured local audio signal to obtain a mixed audio signal, the method comprising: - assigning a mixer role to one of the audio signal transmission devices in which it receives a remote audio signal from at least one of the audio signal transmission devices, mixes the received remote audio signal with the captured local audio signal and transmits the mixed audio signal to the at least one audio signal receiver device; and - assigning a chained-talker role to one of the audio signal transmission devices in which it sends its captured local audio signal to the audio signal transmission device which is in the mixer role; characterised in that the mixer role and the chained-talker role are dynamically assigned depending on at least an analysis of the captured local audio signals. a transceiver for receiving a remote audio signal from at least one of the other audio signal transmission devices and for transmitting an audio signal to at least one of the other audio signal transmission devices or to one of the audio signal receiver devices, and a mixer for mixing the received remote audio signal and the captured local audio signal to obtain a mixed audio signal, - assigning a mixer role to one of the audio signal transmission devices in which it receives a remote audio signal from at least one of the audio signal transmission devices, mixes the received remote audio signal with the captured local audio signal and transmits the mixed audio signal to the at least one audio signal receiver device; and - assigning a chained-talker role to one of the audio signal transmission devices in which it sends its captured local audio signal to the audio signal transmission device which is in the mixer role;