mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a distance to a passive intermodulation source in a device under test, the method comprising: (i) transmitting at least two signals with respective different frequencies to the device under test; (ii) receiving a complex response signal from the device under test, the complex response signal comprising a passive intermodulation of the at least two signals; (iii) generating an autocorrelation matrix using the complex response signal, the autocorrelation matrix representing power information of the complex response signal; iv) decomposing the complex response signal, using the autocorrelation matrix, into a signal component part and a noise component part; and (iv) determining a distance to the passive intermodulation source in the device under test using the noise and signal component part. (i) transmitting at least two signals with respective different frequencies to the device under test; (ii) receiving a complex response signal from the device under test, the complex response signal comprising a passive intermodulation of the at least two signals; (iii) generating an autocorrelation matrix using the complex response signal, the autocorrelation matrix representing power information of the complex response signal; iv) decomposing the complex response signal, using the autocorrelation matrix, into a signal component part and a noise component part; and (iv) determining a distance to the passive intermodulation source in the device under test using the noise and signal component part.
A steering system for a vehicle comprising; at least one steerable wheel mounted on a wheel hub, the at least one wheel is steerable by means of a gear set assembly connected to a steering mechanism of the vehicle, wherein the wheel hub is mounted on a steering pivot shaft, wherein the gear set assembly further comprises a plurality of meshed gears having an input gear mechanically coupled to the steering mechanism and an output gear integrally connected to the steering pivot shaft, wherein the input gear and the steering pivot shaft are rotatably mounted on an independent wheel suspension system, wherein the suspension system further comprises an upright member with an integrated pivot sleeve for supporting the steering pivot shaft, a damper unit rigidly mounted on the upright member, and a lower control arm hingedly connected at a lower end of the upright member; and characterized in that the input gear is adapted to be rotated about an axis of the damper unit.
A battery system, comprising: - a housing configured to receive a battery cell, wherein the battery cell is configured to output thermal energy as a byproduct of electrical energy generation and/or consumption; - a wall of the housing with a first side positioned proximate to the battery cell; characterized by - a plurality of fins extending from a second side of the wall, wherein the plurality of fins is configured to absorb thermal energy from the battery cell and dissipate the thermal energy to air, or a heat sink, or both, and wherein a fin of the plurality of fins comprises a channel configured to facilitate a flow of the air between the fin of the plurality of fins and an adjacent fin of the plurality of fins. - a housing configured to receive a battery cell, wherein the battery cell is configured to output thermal energy as a byproduct of electrical energy generation and/or consumption; - a wall of the housing with a first side positioned proximate to the battery cell; characterized by - a plurality of fins extending from a second side of the wall, wherein the plurality of fins is configured to absorb thermal energy from the battery cell and dissipate the thermal energy to air, or a heat sink, or both, and wherein a fin of the plurality of fins comprises a channel configured to facilitate a flow of the air between the fin of the plurality of fins and an adjacent fin of the plurality of fins.
Nanocomposite organogel pNIPA-LAP-AHK containing nanoporous polymer matrix pNIPA-LAP with a structure based on poly(N-isopropylacrylamide) containing Laponite XLS (92.32 wt.% of Mg 5.34 Li 0.66 Si 8 O 20 4 Na 0.66, 7.68 wt.% Na 4 P 2 O 7) as a crosslinking agent, filled with a cleaning mixture for dissolving a wax-resin lining adhesive and removing it from the canvases of wax-resin lined paintings, containing an alcohol component, a hydrocarbon component and a ketone component forming together an AHK cleaning mixture (alcohol/hydrocarbon/ketone), which is chemically inert towards polymerised oils present in the painting and has physicochemical properties determined by Teas parameters: fd = 67÷69 (dispersion force), fp = 11÷19 (polar force) and fh = 15÷21 (hydrogen bonding forces), characteristic of the area common to waxes, natural resins and synthetic resins.
A routing rule management method, comprising: receiving, by a first user plane function network element through a protocol data unit, PDU, session, a first data packet from a terminal, wherein a source address of the first data packet is a first address; characterized in that, when the first address is an unknown media access control, MAC, address, the routing rule management method further comprises generating, by the first user plane function network element, a first routing rule corresponding to the PDU session, wherein the first routing rule is used to forward, to the PDU session, a data packet sent to the first address, wherein the first routing rule comprises a first packet detection rule, PDR, and/or a first forwarding action rule, FAR, the first PDR is used to detect the data packet sent to the first address, the first FAR comprises tunnel information of the PDU session, and the tunnel information of the PDU session is set to tunnel information of the PDU session on an access network side or tunnel information of the PDU session on an intermediate user plane function network element side. receiving, by a first user plane function network element through a protocol data unit, PDU, session, a first data packet from a terminal, wherein a source address of the first data packet is a first address; characterized in that, when the first address is an unknown media access control, MAC, address, the routing rule management method further comprises generating, by the first user plane function network element, a first routing rule corresponding to the PDU session, wherein the first routing rule is used to forward, to the PDU session, a data packet sent to the first address, wherein the first routing rule comprises a first packet detection rule, PDR, and/or a first forwarding action rule, FAR, the first PDR is used to detect the data packet sent to the first address, the first FAR comprises tunnel information of the PDU session, and the tunnel information of the PDU session is set to tunnel information of the PDU session on an access network side or tunnel information of the PDU session on an intermediate user plane function network element side.
Mobile container unit including a device for tensioning an elongated hoisting member, said device comprises: - a first friction-generating member rotatably supported around a first support member; - a second friction-generating member rotatably supported around a second support member, said first and second friction-generating members (2, 4) being adapted to provide friction to the elongated hoisting member when said first and second friction-generating members (2, 4) are pressed against each other with a portion of the elongated hoisting member therebetween; and - a braking means for braking the rotation of said first and second friction-generating members (2, 4) around said first and second support members (6, 8). - a first friction-generating member rotatably supported around a first support member; - a second friction-generating member rotatably supported around a second support member, said first and second friction-generating members (2, 4) being adapted to provide friction to the elongated hoisting member when said first and second friction-generating members (2, 4) are pressed against each other with a portion of the elongated hoisting member therebetween; and - a braking means for braking the rotation of said first and second friction-generating members (2, 4) around said first and second support members (6, 8).
A vertically mountable shaft and bearing assembly for imparting rotary motion to a rotatable device submerged in a process fluid at a temperature in excess of 65°C, the assembly comprising: a shaft having a proximal end to which rotation can be imparted, and a distal end which is attached to the rotatable device; a lower mechanical bearing rotatably supporting the shaft near its distal end; a shaft housing containing the lower mechanical bearing; and characterized by: an upper mechanical bearing supporting the shaft near its proximal end; a lower mechanical seal allowing the distal end of the shaft to rotatably extend beyond a distal end of the shaft housing while preventing entry by the process fluid into the interior of the shaft housing when the distal end of the shaft housing is submerged in the process fluid; the shaft housing containing the shaft between the lower mechanical bearing and the upper mechanical bearing, and including a layer of thermal insulating material proximal to an inward-facing surface of the shaft housing to inhibit conduction of heat from process fluid surrounding an exterior of the shaft housing into the interior of the shaft housing. a shaft having a proximal end to which rotation can be imparted, and a distal end which is attached to the rotatable device; a lower mechanical bearing rotatably supporting the shaft near its distal end; a shaft housing containing the lower mechanical bearing; and characterized by: an upper mechanical bearing supporting the shaft near its proximal end; a lower mechanical seal allowing the distal end of the shaft to rotatably extend beyond a distal end of the shaft housing while preventing entry by the process fluid into the interior of the shaft housing when the distal end of the shaft housing is submerged in the process fluid; the shaft housing containing the shaft between the lower mechanical bearing and the upper mechanical bearing, and including a layer of thermal insulating material proximal to an inward-facing surface of the shaft housing to inhibit conduction of heat from process fluid surrounding an exterior of the shaft housing into the interior of the shaft housing. an upper mechanical bearing supporting the shaft near its proximal end; a lower mechanical seal allowing the distal end of the shaft to rotatably extend beyond a distal end of the shaft housing while preventing entry by the process fluid into the interior of the shaft housing when the distal end of the shaft housing is submerged in the process fluid; the shaft housing containing the shaft between the lower mechanical bearing and the upper mechanical bearing, and including a layer of thermal insulating material proximal to an inward-facing surface of the shaft housing to inhibit conduction of heat from process fluid surrounding an exterior of the shaft housing into the interior of the shaft housing.
An immunogenic composition comprising a recombinant modified vaccinia virus Ankara comprising a nucleic acid sequence encoding a flagellin and further comprising a nucleic acid sequence encoding a heterologous disease-associated antigen, wherein the immunogenic composition induces increased T-cell and/or B-cell immune responses specific for the heterologous disease-associated antigen when administered intra-nasally to a subject as compared to T-cell and/or B-cell immune responses specific for the heterologous disease-associated antigen induced by intranasal administration of a recombinant MVA comprising a nucleic acid sequence encoding a heterologous disease-associated antigen but not a nucleic acid sequence encoding a flagellin.
An electromagnetic frequency detecting safety shovel comprising: a handle; a blade at a working end of the handle; electromagnetic field detection circuity comprising: an antenna formed by the blade or being attached to the blade; an electromagnetic field detector circuit operably coupled to the antenna; and an indicator operably coupled to the electromagnetic field detector circuit, wherein, in use, the indicator provides an indication of the detection of EMF of a subsurface power cable characterised in that the electromagnetic field detector circuit comprises at least one bandpass filter, wherein the at least one bandpass filter comprises a bandpass window at a single phase supply frequency and a second bandpass window at a three phase supply frequency approximately three times the single phase supply frequency and wherein, in use, the bandpass filter is operably coupled to the indicator to provide single and three phase indications accordingly.
Method for detecting, at least in regions, a contour of at least one additively manufactured component layer, in which method a contour line of the component layer is, at least in regions, traced by means of a laser beam, characterized in that a long exposure of the traced contour line is created by means of a camera system, a start signal being output to the camera system by means of synchronization means at the start of tracing or recording the contour line, as a result of which signal the long exposure begins.
A gas turbine with a compressor, a turbine, and sequential combustor arrangement comprising a first combustor with a first burner for admitting a first fuel into a combustor inlet gas during operation and a first combustion chamber for burning the first fuel, a dilution gas admixer for admixing a dilution gas to the first combustor combustion products leaving the first combustion chamber, a second burner for admixing a second fuel and a second combustion chamber, wherein the first combustor, the dilution gas admixer, the second burner and second combustion chamber are arranged sequentially in a fluid flow connection, wherein a vane and/or blade of the turbine has a closed loop cooling which is connected to a compressor plenum for feeding compressed cooling fluid into the vane and/or blade and in that the outlet of the closed loop cooling is connected to the dilution gas admixer for admixing the heated cooling gas leaving the vane and/or blade into the first combustor combustion products, characterized in that the second burner and the second combustion chamber are arranged downstream of the dilution gas admixer.
A binary logic circuit for determining the ratio x / d where x is a variable integer input of w bits comprising M > 8 blocks of bit width r ≥ 1 bit, and d > 2 is a fixed integer, the binary logic circuit comprising: a logarithmic tree of modulo units each configured to calculate x [ a: b] mod d for respective block positions a and b in x where b > a with the numbering of block positions increasing from the most significant bit of x up to the least significant bit of x, the modulo units being arranged such that a subset of M - 1 modulo units of the logarithmic tree provide x [0: m] mod d for all m ∈ {1, M}, and: on the basis that any given modulo unit introduces a delay of 1, all of the modulo units are arranged in the logarithmic tree within a delay envelope of ⌈ log 2 M ⌉; and at least one of the subset of modulo units is arranged to operate on a binary value comprising the negative value of (a) an output from a modulo unit x [ e: f] mod d or (b) input block(s) x [ e: f] and the value of x [0: f] mod d so as to calculate x [0: e] mod d, where e and f are block positions in x; and output logic configured to combine the outputs provided by the subset of modulo units with blocks of the input x so as to yield the ratio x / d. a logarithmic tree of modulo units each configured to calculate x [ a: b] mod d for respective block positions a and b in x where b > a with the numbering of block positions increasing from the most significant bit of x up to the least significant bit of x, the modulo units being arranged such that a subset of M - 1 modulo units of the logarithmic tree provide x [0: m] mod d for all m ∈ {1, M}, and: on the basis that any given modulo unit introduces a delay of 1, all of the modulo units are arranged in the logarithmic tree within a delay envelope of ⌈ log 2 M ⌉; and at least one of the subset of modulo units is arranged to operate on a binary value comprising the negative value of (a) an output from a modulo unit x [ e: f] mod d or (b) input block(s) x [ e: f] and the value of x [0: f] mod d so as to calculate x [0: e] mod d, where e and f are block positions in x; and on the basis that any given modulo unit introduces a delay of 1, all of the modulo units are arranged in the logarithmic tree within a delay envelope of ⌈ log 2 M ⌉; and at least one of the subset of modulo units is arranged to operate on a binary value comprising the negative value of (a) an output from a modulo unit x [ e: f] mod d or (b) input block(s) x [ e: f] and the value of x [0: f] mod d so as to calculate x [0: e] mod d, where e and f are block positions in x; output logic configured to combine the outputs provided by the subset of modulo units with blocks of the input x so as to yield the ratio x / d.
A device for protection of an area against terrestrial gastropods including at least one barrier comprising: a base (12, 22, 32, 512, 612) for securing the barrier to the periphery of the area to be protected, and a ceiling wall (13, 23, 33, 53) joined to the base (12, 22, 32, 512, 612), characterized in that it further comprises: a grid (14, 24, 34a, 34b) extending along the ceiling wall (13, 23, 33, 53) and spaced therefrom, a space (15, 25, 35, 35a, 35b, 65) between the ceiling wall and the grid, and at least one blocking means in said space, wherein the base (12, 22, 32, 512, 612) and the ceiling wall (13, 23, 33, 53) have no interstices or interstices sufficiently small to prevent gastropods of a size category targeted by the barrier (11, 21, 31, 31a, 31b, 41, 51, 61) from slipping through, wherein the grid (14, 24, 34a, 34b) has a small enough attachment area to prevent the gastropods from attaching themselves thereto, and wherein the blocking means prevent the progression of said gastropods in said space (15, 25, 35, 35a, 35b, 65). a base (12, 22, 32, 512, 612) for securing the barrier to the periphery of the area to be protected, and a ceiling wall (13, 23, 33, 53) joined to the base (12, 22, 32, 512, 612), characterized in that it further comprises: a grid (14, 24, 34a, 34b) extending along the ceiling wall (13, 23, 33, 53) and spaced therefrom, a space (15, 25, 35, 35a, 35b, 65) between the ceiling wall and the grid, and at least one blocking means in said space, a grid (14, 24, 34a, 34b) extending along the ceiling wall (13, 23, 33, 53) and spaced therefrom, a space (15, 25, 35, 35a, 35b, 65) between the ceiling wall and the grid, and at least one blocking means in said space, wherein the base (12, 22, 32, 512, 612) and the ceiling wall (13, 23, 33, 53) have no interstices or interstices sufficiently small to prevent gastropods of a size category targeted by the barrier (11, 21, 31, 31a, 31b, 41, 51, 61) from slipping through, wherein the grid (14, 24, 34a, 34b) has a small enough attachment area to prevent the gastropods from attaching themselves thereto, and wherein the blocking means prevent the progression of said gastropods in said space (15, 25, 35, 35a, 35b, 65).
A microneedle coating composition comprising: a physiologically active substance excluding Japanese encephalitis vaccine antigen; a basic amino acid; and an acid, wherein a mole number of the acid for one mole of the basic amino acid is larger than 1/(N+1) and less than 2, where N represents a valence of the acid; wherein the acid is at least one acid selected from the group consisting of phosphoric acid, lactic acid, benzoic acid, maleic acid, citric acid, tartaric acid, succinic acid, ascorbic acid, and aspartic acid, and a concentration of the basic amino acid is 20% w/w or more based on the total mass of the microneedle coating composition. a physiologically active substance excluding Japanese encephalitis vaccine antigen; a basic amino acid; and an acid, wherein a mole number of the acid for one mole of the basic amino acid is larger than 1/(N+1) and less than 2, where N represents a valence of the acid; wherein the acid is at least one acid selected from the group consisting of phosphoric acid, lactic acid, benzoic acid, maleic acid, citric acid, tartaric acid, succinic acid, ascorbic acid, and aspartic acid, and a concentration of the basic amino acid is 20% w/w or more based on the total mass of the microneedle coating composition.
Arrangement of an optical sensor on the outside of a window or on a wall to a combustion chamber of a heating appliance, wherein the sensor is arranged at a distance of less than 2 cm from the window or the wall, but is thermally decoupled therefrom, characterised in that the window or the wall is constructed from at least two layers (11, 12) separated from one another by an insulating filling.
A power distribution control system, comprising: a plurality of responsive load power assets, each being connected to a grid and each having a local router, the responsive load power assets being part of a string of power assets; a server in communication with the local routers, and a control system at the server for anticipating times of peak demand in the grid relative to supply, characterized in that the server provides to the local routers parameters indicative of a future time period during which peak demand is anticipated, and line voltage and/or line frequency objectives for such time period, and in that each local router has metrology circuitry for measuring line voltage and/or line frequency local to the router and is adapted to receive the parameters from the server and to cause its associated asset to draw more energy and thereby actively prepare for the future time period and be in a state to require less energy during the future time period; such that when the router later identifies, during said time period, an under-voltage and/or under-frequency as measured by the metrology circuit relative to the line voltage and/or line frequency objectives of the server, the router acts in response to such under-voltage and/or under-frequency to override local control of the responsive load power asset and draw less power from the grid. a plurality of responsive load power assets, each being connected to a grid and each having a local router, the responsive load power assets being part of a string of power assets; a server in communication with the local routers, and a control system at the server for anticipating times of peak demand in the grid relative to supply, characterized in that the server provides to the local routers parameters indicative of a future time period during which peak demand is anticipated, and line voltage and/or line frequency objectives for such time period, and in that each local router has metrology circuitry for measuring line voltage and/or line frequency local to the router and is adapted to receive the parameters from the server and to cause its associated asset to draw more energy and thereby actively prepare for the future time period and be in a state to require less energy during the future time period; such that when the router later identifies, during said time period, an under-voltage and/or under-frequency as measured by the metrology circuit relative to the line voltage and/or line frequency objectives of the server, the router acts in response to such under-voltage and/or under-frequency to override local control of the responsive load power asset and draw less power from the grid.
Rapid assembly element with - at least two clamping jaws and - a sleeve enclosing the clamping jaws, characterised in that a glued connection is provided between the clamping jaws and the sleeve allowing the clamping jaws to pivot. - at least two clamping jaws and - a sleeve enclosing the clamping jaws,