mhurhangee/ep-ind-claims huggingface dataset:
A nonaqueous secondary battery comprising: a positive electrode; a negative electrode; a substrate; a cover member; and an electrolyte, wherein the positive electrode (la) and the negative electrode are arranged in substantially the same plane and respective end surfaces of the positive electrode and the negative electrode face each other at a distance; the substrate fixingly supports the comb-shaped positive electrode and the comb-shaped electrode; the cover member is bonded to the substrate so as to cover the comb-shaped electrodes 1a and 1b, and has gas barrier properties and defines an airtight chamber together with the substrate; the cover member is formed of glass, PET, a glass film, SUS, silicon, or a hydrofluoric acid-resistant oxide film made of at least one hydrofluoric acid-resistant inorganic oxide selected from the group consisting of Al 2 O 3, ZrO 2, ZnO, Nb 2 O 5, Ta 2 O 5, and TiO 2; the airtight chamber contains the comb-shaped positive electrode (la) and the comb-shaped negative electrode; the electrolyte is contained in the airtight chamber and is configured to be present at least between the facing end surfaces of the positive electrode (la) and the negative electrode; and the electrolyte is involved in a battery reaction between the positive electrode (la) and the negative electrode. a positive electrode; a negative electrode; a substrate; a cover member; and an electrolyte, wherein the positive electrode (la) and the negative electrode are arranged in substantially the same plane and respective end surfaces of the positive electrode and the negative electrode face each other at a distance; the substrate fixingly supports the comb-shaped positive electrode and the comb-shaped electrode; the cover member is bonded to the substrate so as to cover the comb-shaped electrodes 1a and 1b, and has gas barrier properties and defines an airtight chamber together with the substrate; the cover member is formed of glass, PET, a glass film, SUS, silicon, or a hydrofluoric acid-resistant oxide film made of at least one hydrofluoric acid-resistant inorganic oxide selected from the group consisting of Al 2 O 3, ZrO 2, ZnO, Nb 2 O 5, Ta 2 O 5, and TiO 2; the airtight chamber contains the comb-shaped positive electrode (la) and the comb-shaped negative electrode; the electrolyte is contained in the airtight chamber and is configured to be present at least between the facing end surfaces of the positive electrode (la) and the negative electrode; and the electrolyte is involved in a battery reaction between the positive electrode (la) and the negative electrode.
Freewheel comprising a driving part and a driven part which are rotatable around an axis of rotation, said freewheel comprising at least one rotationally connecting member arranged in a connecting space, a driven connecting section of the driven part surrounding a driving connecting section of the driving part, said connecting space being located radially with respect to the axis of rotation between said driving connecting section and said driven connecting section, said freewheel having at least one lubricating device conveying a lubricating fluid into the connecting space, characterized in that said freewheel comprises at least one barrier with variable geometry depending on a speed of rotation of said driving part about the axis of rotation, said barrier being arranged radially between the driving part and the driven part and longitudinally against the connecting space, said barrier being integral in rotation with the driving connecting section.
A bidirectional high-voltage cold-cathode field-emission vacuum electron tube, comprising: a) a cylindrical inner electrode encircled by a first cylindrical grid, in turn encircled by a second cylindrical grid, in turn encircled by a cylindrical outer electrode; the inner and outer electrodes (106,112) and the first and second grids (102,110) sharing a common main axis; b) the inner and outer cylindrical electrodes (106,112) respectively functioning bidirectionally, as either a field emission cathode or an anode, depending on the instantaneous polarity of the signal applied across said electrodes; c) the radial spacing from the inner electrode to the first grid is such as to create therebetween a circular waveguide supporting a transverse electromagnetic mode; and the spacing between the second grid and the outer electrode is such as to create therebetween a circular waveguide supporting the transverse electromagnetic mode; and d) the radial spacing between the first grid and the second grid is sufficient to prevent flashover between the first and second grids (102,110) at an intended operating voltage. a) a cylindrical inner electrode encircled by a first cylindrical grid, in turn encircled by a second cylindrical grid, in turn encircled by a cylindrical outer electrode; the inner and outer electrodes (106,112) and the first and second grids (102,110) sharing a common main axis; b) the inner and outer cylindrical electrodes (106,112) respectively functioning bidirectionally, as either a field emission cathode or an anode, depending on the instantaneous polarity of the signal applied across said electrodes; c) the radial spacing from the inner electrode to the first grid is such as to create therebetween a circular waveguide supporting a transverse electromagnetic mode; and the spacing between the second grid and the outer electrode is such as to create therebetween a circular waveguide supporting the transverse electromagnetic mode; and d) the radial spacing between the first grid and the second grid is sufficient to prevent flashover between the first and second grids (102,110) at an intended operating voltage.
A rotation angle detecting apparatus, comprising a shaft portion space formed in a rotation shaft, a bearing holder space formed in a bearing holder concentrically with said shaft portion space, a first condenser lens accommodated in said shaft portion space arranged such that a shaft center of said shaft portion space substantially coincides with an optical axis, a second condenser lens provided in said bearing holder space and provided to face said first condenser lens arranged such that a shaft center of said bearing holder space substantially coincides with an optical axis, a detection pattern provided at a focal position of one of said first condenser lens and said second condenser lens, an image sensor provided at a focal position of the other of said first condenser lens and said second condenser lens, and an arithmetic unit for calculating an angle displacement of said rotation shaft based on a signal from said image sensor, wherein a magnifying power of each of said first condenser lens and said second condenser lens is a magnifying power of 1, and said first condenser lens and the second condenser lens have the same focal length and are arranged to project an image of said detection pattern onto said image sensor in a one-to-one relationship, said detection pattern has an angle detection pattern in which bar-like line segments extending in a radial direction are arranged at a predetermined angle pitch and a ring-like track is formed by said bar-like line segments, and a reference designation pattern for indicating a reference position of said angle detection pattern, and wherein said arithmetic unit carries out a total circumferential scanning on said track with a predetermined radius with a center of said angle detection pattern as the center in regard to a projection image of said detection pattern obtained by said image sensor, extracts a frequency component, carries out a scanning of said reference designation pattern, and calculates said angle displacement of said rotation shaft based on a phase difference of said frequency component and the number of said line segments of said detection pattern corresponding to a change in position of said reference designation pattern.
Device for levelling fillings and building materials, comprising a scraping element which consists of an elongated scraping bar and a handle which is fastened centrally to this in the longitudinal direction of the scraping bar, wherein the device has at least one sensor unit for detecting the horizontal alignment of the scraping bar and the height (h) of the scraping bar with respect to a horizontal reference plane and has at least one actuator for horizontal alignment and at least one actuator for adjusting the height (h) of the scraping bar with respect to the horizontal reference plane.
Multiple spindle lathe comprising a machine frame, a spindle drum arranged in the machine frame and rotatable about a spindle drum axis, said spindle drum being made up at least partially of segments cut out from flat material in a stacking direction parallel to the spindle drum axis and extending in stacking planes transverse to the stacking direction, said segments having receiving cutouts and cooling channel cutouts (92, 96, 106) overlapping with one another such that the spindle drum has spindle motor receptacles for spindle motors and a cooling channel system (120, 130, 180) separated therefrom by wall webs, characterized in that the cooling channel system has several channel subsystems (120, 130, 180) for a liquid cooling medium, said channel subsystems being fed in parallel, and that the channel subsystems (120, 130, 180) discharge the liquid cooling medium into an annular space for cooling medium surrounding the spindle drum.
A device for producing a package comprising an elastically deformable envelope comprising a body having an open end and an end provided with a neck and a flexible tubular pouch comprising an open end and an end closed by a transverse welding line, the device comprising means for forming the pouch from a film made of plastic material, means for gripping the pouch, means for engaging the pouch in the envelope and means for welding the pouch in the envelope configured to perform a continuous and rotatable thermal welding inside the envelope.
A method for making a construction block, comprising providing granular material and a binder including steel slag; combining the granular material, and the binder with water to a first water-to-slag ratio; compacting the combined granular material, binder and water at a compaction pressure of less than 20 MPa; reducing the quantity of water in the combined granular material, binder and water to a second water-to-slag ratio that is lower than the first water-to-slag ratio; curing said combined granular material, binder and water having said second water-to-slag ratio with carbon dioxide.
A solenoid valve assembly comprising: an armature having a longitudinal axis and an ovular transverse cross section, the armature being moveable along the longitudinal axis from a first position to a second position, and a bobbin including a solenoid coil configured to electromagnetically move the armature along the longitudinal axis from the first position to the second position when energised, and a flux coupler and a flux bracket which has a pole piece that limits the movement of the armature along the longitudinal axis, thereby determining a stroke length of the armature, in which a magnetic circuit for electromagnetically moving the armature is formed by the flux coupler, the flux bracket, and the armature, characterised in that one of the flux coupler and the flux bracket includes a plurality of ridges and the other includes a plurality of slots, so that the flux coupler and the flux bracket can be moved slidably relative to each other to adjust the position of the pole piece. an armature having a longitudinal axis and an ovular transverse cross section, the armature being moveable along the longitudinal axis from a first position to a second position, and a bobbin including a solenoid coil configured to electromagnetically move the armature along the longitudinal axis from the first position to the second position when energised, and a flux coupler and a flux bracket which has a pole piece that limits the movement of the armature along the longitudinal axis, thereby determining a stroke length of the armature, in which a magnetic circuit for electromagnetically moving the armature is formed by the flux coupler, the flux bracket, and the armature,
A method for reporting a beam failure, comprising: determining (201; 301), by a terminal, that a target secondary serving cell among n accessed secondary serving cells has a beam failure, where n is a positive integer; being characterized in: transmitting, by the terminal, an uplink scheduling request or a random access request to the base station, wherein the uplink scheduling request or the random access request is configured to notify the base station of an occurrence of the beam failure of the terminal; receiving, by the terminal, resource configuration information from the base station, wherein the resource configuration information is configured to indicate a physical uplink shared channel PUSCH resource for the terminal to transmit a first medium access control MAC control element CE signaling; and transmitting (202; 304), by the terminal, the first MAC CE signaling to the base station, the first MAC CE signaling comprising beam failure indication information for indicating that the target secondary serving cell has the beam failure. determining (201; 301), by a terminal, that a target secondary serving cell among n accessed secondary serving cells has a beam failure, where n is a positive integer; being characterized in: transmitting, by the terminal, an uplink scheduling request or a random access request to the base station, wherein the uplink scheduling request or the random access request is configured to notify the base station of an occurrence of the beam failure of the terminal; receiving, by the terminal, resource configuration information from the base station, wherein the resource configuration information is configured to indicate a physical uplink shared channel PUSCH resource for the terminal to transmit a first medium access control MAC control element CE signaling; and transmitting (202; 304), by the terminal, the first MAC CE signaling to the base station, the first MAC CE signaling comprising beam failure indication information for indicating that the target secondary serving cell has the beam failure. transmitting, by the terminal, an uplink scheduling request or a random access request to the base station, wherein the uplink scheduling request or the random access request is configured to notify the base station of an occurrence of the beam failure of the terminal; receiving, by the terminal, resource configuration information from the base station, wherein the resource configuration information is configured to indicate a physical uplink shared channel PUSCH resource for the terminal to transmit a first medium access control MAC control element CE signaling; and transmitting (202; 304), by the terminal, the first MAC CE signaling to the base station, the first MAC CE signaling comprising beam failure indication information for indicating that the target secondary serving cell has the beam failure.
An antisense oligonucleotide of 14 to 40 nucleotides comprising a part of hAON#23: 5'-TGGCATTTCTAGTTTGG-3' (SEQ ID NO: 18), said oligonucleotide being able to induce the skipping of exon 51 of the dystrophin pre-mRNA in a cell, wherein said oligonucleotide is complementary with a part of exon 51 and wherein said oligonucleotide is capable of specifically interfering with an exon recognition sequence in said exon.
A method of operation of a Multiprotocol Label Switching network, the method comprising, in an active node (18;20;22) of the network: receiving a first data packet (50;72) from a source node (12; 14; 18;20;22); forwarding the first data packet to a destination node (12;14;18;20;22); measuring a residence time of the first data packet in the active node; and sending a further data packet (52;66;70;106) containing residence time information, wherein the first data packet (50;72) comprises a flag indicating if a two-step mode is being used; wherein the source node (12;14;18;20;22) is a clock operating in a one-step mode; and the active node generates the further data packet for containing the residence time information and sets the flag to indicate that the two-step mode is being used. receiving a first data packet (50;72) from a source node (12; 14; 18;20;22); forwarding the first data packet to a destination node (12;14;18;20;22); measuring a residence time of the first data packet in the active node; and sending a further data packet (52;66;70;106) containing residence time information, wherein the first data packet (50;72) comprises a flag indicating if a two-step mode is being used; wherein the source node (12;14;18;20;22) is a clock operating in a one-step mode; and the active node generates the further data packet for containing the residence time information and sets the flag to indicate that the two-step mode is being used.
Applicator for applying a cosmetic, makeup or care product to the eyelashes and/or eyebrows, comprising: - a stem, and - an applicator member located at one end of the stem and comprising: - a perforated support extending along a longitudinal axis and carrying applicator elements, and - an applicator part overmoulded on the perforated support, applicator characterized by the fact that the perforated support comprises at least two longitudinally opposite arms (15, 16) and at least two material bridges (17, 18, 19) connecting said at least two arms together, the first material bridge being located close to the proximal end of the perforated support and the second material bridge being located close to the distal end thereof. - a stem, and - an applicator member located at one end of the stem and comprising: - a perforated support extending along a longitudinal axis and carrying applicator elements, and - an applicator part overmoulded on the perforated support, applicator characterized by the fact that the perforated support comprises at least two longitudinally opposite arms (15, 16) and at least two material bridges (17, 18, 19) connecting said at least two arms together, the first material bridge being located close to the proximal end of the perforated support and the second material bridge being located close to the distal end thereof. - a perforated support extending along a longitudinal axis and carrying applicator elements, and - an applicator part overmoulded on the perforated support, applicator characterized by the fact that the perforated support comprises at least two longitudinally opposite arms (15, 16) and at least two material bridges (17, 18, 19) connecting said at least two arms together, the first material bridge being located close to the proximal end of the perforated support and the second material bridge being located close to the distal end thereof.
Lighting device for a vehicle comprising at least one light source, at least one sensor configured to acquire information outside the vehicle based on infrared, a housing closed by a cover, said cover comprising a first portion covering said at least one light source and a second portion that is opaque to visible light and to infrared, said cover further comprising a third portion that is opaque to visible light and transparent to infrared, substantially centred on said at least one sensor and integrated into the second portion.
A read-out circuit for infrared detection comprising a device comprising a capacitive feedback transimpedance operational amplifier, comprising a main operational amplifier, having a first input, a second input and an output, and an integrating capacitor connected between said second input and said output, and a first switch connected in parallel to said integrating capacitor, said device further comprising an auto-zero operational amplifier having a third input and a fourth input, whereby to said third input and said first input signals at virtual ground potential are applied, characterised in that said fourth input is connected to said output by a circuit comprising two offset error capacitors (112, 114), a second switch and a third switch, wherein: • said second and third switches (111, 113) are connected in series between said fourth input and said output, • one terminal of each of said two offset error capacitors (112,114) is directly connected to said first input, • the other terminal of one capacitor is directly connected to the fourth input, and • the other terminal of the second capacitor is connected to the connection between said second and third switch (111,113). • said second and third switches (111, 113) are connected in series between said fourth input and said output, • one terminal of each of said two offset error capacitors (112,114) is directly connected to said first input, • the other terminal of one capacitor is directly connected to the fourth input, and • the other terminal of the second capacitor is connected to the connection between said second and third switch (111,113).
A biosensor system for the detection of target analytes, comprising: (a) a living biological cell of a predetermined type; (b) a signal-generating reporter within the living biological cell, wherein the signal-generating reporter is responsive to predetermined changes occurring within the living biological cell; (c) a signal transduction pathway or activator mechanism associated with the signal-generating reporter, wherein the signal transduction pathway or activator mechanism is operative to induce the predetermined changes within the living biological cell; (d) a universal detector element associated with the activator mechanism, wherein the universal detector element is operative to trigger the activator mechanism, and wherein the universal detector element comprises an antibody variable diversity joining region or Fab fragment; (e) an analyte binding element associated with the universal detector element, wherein the analyte binding element is specific to both the universal detector element and a target analyte; and (f) wherein upon the binding of an analyte binding element to which a target analyte is also bound to the universal detector element, the universal detector element triggers the activator mechanism causing the predetermined changes to occur within the living biological cell, thereby causing the signal-generating reporter to generate a detectable signal, wherein the cell is not the human body at the various stages of its formation and development. (a) a living biological cell of a predetermined type; (b) a signal-generating reporter within the living biological cell, wherein the signal-generating reporter is responsive to predetermined changes occurring within the living biological cell; (c) a signal transduction pathway or activator mechanism associated with the signal-generating reporter, wherein the signal transduction pathway or activator mechanism is operative to induce the predetermined changes within the living biological cell; (d) a universal detector element associated with the activator mechanism, wherein the universal detector element is operative to trigger the activator mechanism, and wherein the universal detector element comprises an antibody variable diversity joining region or Fab fragment; (e) an analyte binding element associated with the universal detector element, wherein the analyte binding element is specific to both the universal detector element and a target analyte; and (f) wherein upon the binding of an analyte binding element to which a target analyte is also bound to the universal detector element, the universal detector element triggers the activator mechanism causing the predetermined changes to occur within the living biological cell, thereby causing the signal-generating reporter to generate a detectable signal,