mhurhangee/ep-ind-claims huggingface dataset:
An inductive device comprising: - a winding defining an axial direction; - a coil former; and - a magnetic core comprising a base core portion from which an outer core portion and an inner core portion extend in the axial direction so as to form a void for accommodating the coil former and the winding; wherein the coil former defines a void for receiving the winding and separates the winding from the inner core portion and from the outer core portion; wherein the coil former comprises one or more end walls, and an inner wall, wherein the inner wall extends in the axial direction from one of the one or more end walls, and wherein the inner wall is interposed between the inner core portion and the winding, wherein the coil former further comprises an outer wall, wherein the outer wall extends in the axial direction from one of the one or more end walls, and wherein the outer wall is interposed between the outer core portion and the winding; and characterized in that the inductive device comprises a flow channel extending between an inner surface of the magnetic core and an outer surface of the coil former, the flow channel defining an inlet port for inserting a liquid curable material into the flow channel and allowing the curable material to fill a void between the outer surface of the coil former and the inner surface of the magnetic core. - a winding defining an axial direction; - a coil former; and - a magnetic core comprising a base core portion from which an outer core portion and an inner core portion extend in the axial direction so as to form a void for accommodating the coil former and the winding;
Portable terminal with a presentation unit, an operating unit and a collapsible housing, the presentation unit being designed to generate a virtual two-dimensional or three-dimensional image within an interaction space, so that the presentation of the virtual image spatially coincides with the interaction space, and the operating unit allows interaction with the image that is in the interaction space, for which purpose the operating unit has a first sensor, which is designed for object detection and allows interaction with the image that is within the interaction space, the presentation unit having a display and a transmissive optical component, the display being formed as a 2D or autostereoscopic 3D display and the transmissive optical component being formed as a reflector system or as a lens system, the display of the presentation unit being part of a first housing part and the optical component being part of a second housing part, the first and second housing parts (3, 7) being mounted pivotably in relation to one another, characterized by a third housing part, which is pivotably connected to the second housing part in such a way that in the swungtogether state it covers the second housing part and the optical component as a protective covering and in the swung-open state it is releasably connected to the first housing part in such a way that a space with a triangular cross section and triangular end faces is obtained between the first housing part, the second housing part and the third housing part.
A sealing ring (5, 6) arrangement for use in a hydraulic assembly of the type having a piston slidably received in a cylinder, wherein the sealing ring (5, 6) is located in an inner annular cavity of the cylinder and/or an outer annular cavity of the piston, the sealing ring (5, 6) arrangement including: an annular ring body of "substantially L" cross-section, with a leg portion and a foot portion interconnected by an external heel having a curved profile wherein the foot portion has a toe portion with a relief angle (α) in the range of 1° to 5° relative to the central axis of the ring body; the cylinder with the inner annular cavity when the sealing ring is located in the inner annular cavity of the cylinder, and the piston with the outer annular cavity when the sealing ring is located in the outer annular cavity of the piston; wherein the external heel has a convex profile to form a "rolling" line of sealing contact with a seat in a cylinder or piston to which the ring body is installed. an annular ring body of "substantially L" cross-section, with a leg portion and a foot portion interconnected by an external heel having a curved profile wherein the foot portion has a toe portion with a relief angle (α) in the range of 1° to 5° relative to the central axis of the ring body; the cylinder with the inner annular cavity when the sealing ring is located in the inner annular cavity of the cylinder, and the piston with the outer annular cavity when the sealing ring is located in the outer annular cavity of the piston; wherein the external heel has a convex profile to form a "rolling" line of sealing contact with a seat in a cylinder or piston to which the ring body is installed.
A machine for converting a sheet stock material into a relatively less dense dunnage product as the sheet stock material moves in a downstream direction through the machine, the machine comprising: a forming assembly that defines a portion of a path for the sheet stock material through the machine in the downstream direction, the forming assembly being configured to cause lateral edges of the sheet stock material to roll towards one another to form the sheet stock material into a tubular shape; a feeding assembly downstream of the forming assembly; the machine being characterized by: the forming assembly including a deflector at a downstream end of the forming assembly configured to engage the lateral edges of the sheet stock material and to urge the lateral edges inward into an interior of the tubular shape with lateral edge portions of the sheet stock material adjacent the lateral edges being brought into juxtaposition; the forming assembly including a forming channel at a downstream end of the forming assembly facing the deflector for receiving the lateral edge portions from the deflector and shaping them into a tab; and the feeding assembly including rotating connecting members (90, 92) that engage and connect together the overlapping lateral edge portions of the sheet stock material forming the tab. a forming assembly that defines a portion of a path for the sheet stock material through the machine in the downstream direction, the forming assembly being configured to cause lateral edges of the sheet stock material to roll towards one another to form the sheet stock material into a tubular shape; a feeding assembly downstream of the forming assembly; the machine being characterized by: the forming assembly including a deflector at a downstream end of the forming assembly configured to engage the lateral edges of the sheet stock material and to urge the lateral edges inward into an interior of the tubular shape with lateral edge portions of the sheet stock material adjacent the lateral edges being brought into juxtaposition; the forming assembly including a forming channel at a downstream end of the forming assembly facing the deflector for receiving the lateral edge portions from the deflector and shaping them into a tab; and the feeding assembly including rotating connecting members (90, 92) that engage and connect together the overlapping lateral edge portions of the sheet stock material forming the tab. the forming assembly including a deflector at a downstream end of the forming assembly configured to engage the lateral edges of the sheet stock material and to urge the lateral edges inward into an interior of the tubular shape with lateral edge portions of the sheet stock material adjacent the lateral edges being brought into juxtaposition; the forming assembly including a forming channel at a downstream end of the forming assembly facing the deflector for receiving the lateral edge portions from the deflector and shaping them into a tab; and the feeding assembly including rotating connecting members (90, 92) that engage and connect together the overlapping lateral edge portions of the sheet stock material forming the tab.
A SOH/SOC detecting device for a power storage element for detecting the state of health SOH and the state of charge SOC of a power storage element, the device comprising: a measuring means for measuring a voltage and a current of the power storage element; and a control unit having a calculating means for executing a predetermined calculation, characterized in that: the control unit is configured to determine overvoltage δ during operation of the power storage element by calculation based on measured values of rising voltage and current at a start of charging of the power storage element according to a battery equation of [Math. 1]. Δ v = v − η eq ∗ Δv 1 = δ + 2 f tanh 1 2 fδ wherein Δv represents a differential voltage between a terminal voltage v of the power storage element and an electro motive force ηeq*, Δv 1 represents a potential difference generated by an oxidation-reduction reaction on an electrode surface during operation, and the constant f represents a physical constant based on the Faraday constant, the Boltzmann constant, and the absolute temperature. a measuring means for measuring a voltage and a current of the power storage element; and a control unit having a calculating means for executing a predetermined calculation, the control unit is configured to determine overvoltage δ during operation of the power storage element by calculation based on measured values of rising voltage and current at a start of charging of the power storage element according to a battery equation of [Math. 1]. Δ v = v − η eq ∗ Δv 1 = δ + 2 f tanh 1 2 fδ wherein Δv represents a differential voltage between a terminal voltage v of the power storage element and an electro motive force ηeq*, Δv 1 represents a potential difference generated by an oxidation-reduction reaction on an electrode surface during operation, and the constant f represents a physical constant based on the Faraday constant, the Boltzmann constant, and the absolute temperature.
Method for ensuring synchronism in a broadcasting network comprising at least two different transmitters (10, 11), said data being organised, within successive data frames constructed on the basis of a first external time reference signal, referred to as a first external reference signal (15, 105, 115), characterised in that it implements, at at least one of said transmitters (10, 11), steps of: - detecting packet synchronisation, delivering a synchronisation signal; - generating a reference signal reconstituted on the basis of at least some data from said frames to be transmitted and said synchronisation signal; - comparing said reconstructed reference signal and a second external time reference signal (205, 47) to determine a time offset value between said reconstructed reference signal and said second external reference signal; - verifying that said determined time offset value is substantially equal to a predetermined time offset value imposed for said transmitter, said predetermined time offset value being substantially equal for at least two transmitters (10, 11) of said network, so as to ensure the synchronism of said transmitters, said data frames being organised, within an MPEG-TS stream type, in at least one super-frame, each super-frame comprising a super-frame initialisation packet, said packet synchronisation detection being carried out on the basis of a data stream DATA TS and a packet clock TS of said stream of the MPEG-TS type, said synchronisation signal being generated on the basis of at least one parameter of said super-frame initialisation packet. - detecting packet synchronisation, delivering a synchronisation signal; - generating a reference signal reconstituted on the basis of at least some data from said frames to be transmitted and said synchronisation signal; - comparing said reconstructed reference signal and a second external time reference signal (205, 47) to determine a time offset value between said reconstructed reference signal and said second external reference signal; - verifying that said determined time offset value is substantially equal to a predetermined time offset value imposed for said transmitter, said predetermined time offset value being substantially equal for at least two transmitters (10, 11) of said network, so as to ensure the synchronism of said transmitters,
A method of preparing a plate-shaped high-density low-enriched uranium dispersion target, the method comprising: step 1 - preparing a uranium alloy powder from a low-enriched uranium raw material including less than 1 wt% of one or more selected from the group consisting of aluminum, silicon, chromium, iron, and molybdenum by using a centrifugal atomization method; step 2 - mixing the prepared uranium alloy powder with an Al-Si alloy powder within a range of 40 vol% to 50 vol% to prepare a compact; and step 3 - rolling the prepared compact. step 1 - preparing a uranium alloy powder from a low-enriched uranium raw material including less than 1 wt% of one or more selected from the group consisting of aluminum, silicon, chromium, iron, and molybdenum by using a centrifugal atomization method; step 2 - mixing the prepared uranium alloy powder with an Al-Si alloy powder within a range of 40 vol% to 50 vol% to prepare a compact; and step 3 - rolling the prepared compact.
A process for producing an aqueous composition comprising at least 1 weight percent of an esterified cellulose ether dissolved in an aqueous liquid, wherein the esterified cellulose ether comprises groups of the formula - C - R - COOH, wherein R is a divalent hydrocarbon group and the process comprises the step of a) mixing the esterified cellulose ether with the aqueous liquid, and b) maintaining or adjusting the degree of neutralization of the groups -C -R-COOH of the esterified cellulose ether at or to less than 0.45 and setting the temperature of the mixture of the esterified cellulose ether and the aqueous liquid to less than 10 °C to at least partially dissolve the esterified cellulose ether in the aqueous liquid to provide the aqueous composition comprising at least 1 weight percent esterified cellulose ether dissolved in the aqueous liquid. a) mixing the esterified cellulose ether with the aqueous liquid, and b) maintaining or adjusting the degree of neutralization of the groups -C -R-COOH of the esterified cellulose ether at or to less than 0.45 and setting the temperature of the mixture of the esterified cellulose ether and the aqueous liquid to less than 10 °C to at least partially dissolve the esterified cellulose ether in the aqueous liquid to provide the aqueous composition comprising at least 1 weight percent esterified cellulose ether dissolved in the aqueous liquid.
A peptide ligand specific for human Kallikrein comprising a polypeptide comprising at least three reactive groups, separated by at least two loop sequences, and a molecular scaffold which forms covalent bonds with the reactive groups of the polypeptide such that at least two polypeptide loops are formed on the molecular scaffold, wherein the loops of the peptide ligand comprise three, four or five, but less than six, amino acids, and wherein said polypeptide comprises the amino acid sequence FPYR.
A method of treating a substrate with a solid particulate material and a treatment liquor comprising: agitating the substrate with said solid particulate material and said treatment liquor; and (a) separating the substrate from effluent comprising solid waste fragments derived from the substrate, said solid particulate material and the treatment liquor; (b) transferring said effluent to a hydrocyclone separator comprising an inlet, a first outlet and a second outlet, wherein the effluent is fed into the hydrocyclone separator via the inlet; (c) separating the effluent in the hydrocyclone separator to produce a first stream and a second stream, wherein the first stream comprises said solid particulate material and exits the hydrocyclone separator via the first outlet and wherein the second stream comprises treatment liquor and solid waste fragments and exits the hydrocyclone separator via the second outlet; and (d) collecting the first stream after it exits the hydrocyclone separator via the first outlet. (a) separating the substrate from effluent comprising solid waste fragments derived from the substrate, said solid particulate material and the treatment liquor; (b) transferring said effluent to a hydrocyclone separator comprising an inlet, a first outlet and a second outlet, wherein the effluent is fed into the hydrocyclone separator via the inlet; (c) separating the effluent in the hydrocyclone separator to produce a first stream and a second stream, wherein the first stream comprises said solid particulate material and exits the hydrocyclone separator via the first outlet and wherein the second stream comprises treatment liquor and solid waste fragments and exits the hydrocyclone separator via the second outlet; and (d) collecting the first stream after it exits the hydrocyclone separator via the first outlet.
A method for determining the ability of a candidate antibody to keep a first cell and a second cell close to one another, this method comprising the following steps: - bringing the following elements in contact: (i) a first cell expressing in the extracellular portion of its plasma membrane a first protein that is known to be or is suspected of being recognized by the candidate antibody, said first protein being labelled directly or indirectly with the first member of a pair of FRET partners, (ii) a second cell expressing in the extracellular portion of the plasma membrane a second protein that is also known to be or suspected of being recognized by the candidate antibody, said second protein being labelled directly or indirectly with the second member of said pair of FRET partners, (iii) said candidate antibody; - measuring the FRET signal and comparison with the signal measured in the absence of the candidate antibody, wherein an increase in the signal measured in the presence of the candidate antibody relative to that measured in its absence being indicative of the ability of said antibody to keep the first cell and the second cell close to one another. - bringing the following elements in contact: (i) a first cell expressing in the extracellular portion of its plasma membrane a first protein that is known to be or is suspected of being recognized by the candidate antibody, said first protein being labelled directly or indirectly with the first member of a pair of FRET partners, (ii) a second cell expressing in the extracellular portion of the plasma membrane a second protein that is also known to be or suspected of being recognized by the candidate antibody, said second protein being labelled directly or indirectly with the second member of said pair of FRET partners, (iii) said candidate antibody; (i) a first cell expressing in the extracellular portion of its plasma membrane a first protein that is known to be or is suspected of being recognized by the candidate antibody, said first protein being labelled directly or indirectly with the first member of a pair of FRET partners, (ii) a second cell expressing in the extracellular portion of the plasma membrane a second protein that is also known to be or suspected of being recognized by the candidate antibody, said second protein being labelled directly or indirectly with the second member of said pair of FRET partners, (iii) said candidate antibody; - measuring the FRET signal and comparison with the signal measured in the absence of the candidate antibody, wherein an increase in the signal measured in the presence of the candidate antibody relative to that measured in its absence being indicative of the ability of said antibody to keep the first cell and the second cell close to one another.
A semiconductor device comprising: a lower pad layer provided on a surface of a semiconductor substrate; an insulating layer that is away from a surrounding of the lower pad layer so that a space forming a recess between the lower pad layer and the insulating layer results, wherein the lower pad layer has a first pad layer provided on the surface of the semiconductor substrate and a second pad layer provided on the first pad layer; wherein the semiconductor device has a lower insulating layer that is provided between the surface of the semiconductor substrate and the insulating layer and that covers a part of an upper face of the first pad layer; and an upper pad layer that covers over the lower pad layer and extends to an upper face of the insulating layer, and that has an area larger than that of the lower pad layer; and characterized in that the upper pad layer fills up the space. a lower pad layer provided on a surface of a semiconductor substrate; an insulating layer that is away from a surrounding of the lower pad layer so that a space forming a recess between the lower pad layer and the insulating layer results, wherein the lower pad layer has a first pad layer provided on the surface of the semiconductor substrate and a second pad layer provided on the first pad layer; wherein the semiconductor device has a lower insulating layer that is provided between the surface of the semiconductor substrate and the insulating layer and that covers a part of an upper face of the first pad layer; and an upper pad layer that covers over the lower pad layer and extends to an upper face of the insulating layer, and that has an area larger than that of the lower pad layer; and characterized in that the upper pad layer fills up the space.
A munition comprising: a fuze, wherein the fuze has a longest extent that is nonparallel to a longitudinal axis of the munition; a shock transfer device in contact with an external surface of the fuze; and an initiation coupler; wherein the initiation coupler receives a shock from the fuze, through the shock transfer device; and wherein the fuze includes a fuze casing with which the shock transfer device is in contact; characterized in that the munition further comprises a frame that clamps the fuze within the munition; and wherein an impedance of the shock transfer device to shocks passing therethrough is greater than an impedance of the frame to shocks passing therethrough. a fuze, wherein the fuze has a longest extent that is nonparallel to a longitudinal axis of the munition; a shock transfer device in contact with an external surface of the fuze; and an initiation coupler; wherein the initiation coupler receives a shock from the fuze, through the shock transfer device; and wherein the fuze includes a fuze casing with which the shock transfer device is in contact; characterized in that the munition further comprises a frame that clamps the fuze within the munition; and wherein an impedance of the shock transfer device to shocks passing therethrough is greater than an impedance of the frame to shocks passing therethrough.