mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing a porous ceramic, comprising the steps of: mixing amorphous silica, aluminum oxide and iron oxide uniformly to obtain a mixture, wherein the amount of the amorphous silica in the mixture is from 80% to 90% by mass; the amount of the aluminum oxide in the mixture is from 1% to 10% by mass; the amount of iron oxide in the mixture is from 1% to 10% by mass; sintering the mixture at a temperature of 1000°C to 1400°C for 0.5 hour to 3 hours to obtain a precursor having a loose structure, grinding the precursor to obtain precursor powder; mixing the precursor powder, sodium silicate, and porogen uniformly to obtain a premix; wherein the amount of the precursor powder in the premix is from 60% to 90% by mass; the amount of sodium silicate in the premix is from 0 to 20% by mass; the amount of porogen in the premix is from 10 to 40% by mass; mixing and extruding the premix with water to obtain a molded body; and heat preserving the molded body at a temperature of 200°C to 600°C for 1 hour to 6 hours, and sintering the molded body at a temperature of 700°C to 1200°C for 0.5 hour to 3 hours to obtain the porous ceramic. mixing amorphous silica, aluminum oxide and iron oxide uniformly to obtain a mixture, wherein the amount of the amorphous silica in the mixture is from 80% to 90% by mass; the amount of the aluminum oxide in the mixture is from 1% to 10% by mass; the amount of iron oxide in the mixture is from 1% to 10% by mass; sintering the mixture at a temperature of 1000°C to 1400°C for 0.5 hour to 3 hours to obtain a precursor having a loose structure, grinding the precursor to obtain precursor powder; mixing the precursor powder, sodium silicate, and porogen uniformly to obtain a premix; wherein the amount of the precursor powder in the premix is from 60% to 90% by mass; the amount of sodium silicate in the premix is from 0 to 20% by mass; the amount of porogen in the premix is from 10 to 40% by mass; mixing and extruding the premix with water to obtain a molded body; and heat preserving the molded body at a temperature of 200°C to 600°C for 1 hour to 6 hours, and sintering the molded body at a temperature of 700°C to 1200°C for 0.5 hour to 3 hours to obtain the porous ceramic.
Connector (2, 2a, 44a, 44b, 44c) for the HF signal-transmitting connection of two components (4a, 4b), comprising - a first connecting piece for fastening to the first component; - a second connecting piece for fastening to the second component; and - comprising an intermediate piece (8, 56) including a first end for connection to the first connecting piece and including a second end for connection to the second connecting piece, wherein, in order to produce a detent connection for fixing the connection, the first connecting piece and/or the second connecting piece each comprise a first detent means (14a, 14b), wherein the first end is designed to be free from detent means and the second end comprises a second detent means designed for interacting with the first detent means (14a, 14b), characterized in that the first connecting piece and/or the second connecting piece comprises a limiting means which limits a deflection movement of the first detent means (14a, 14b), that the limiting means is manufactured from an electrically insulating material, that the second detent means comprises an annular groove on an outer lateral face of the intermediate piece (8, 56) and that the first detent means (14a, 14b) comprises a resilient contact blade. - a first connecting piece for fastening to the first component; - a second connecting piece for fastening to the second component; and - comprising an intermediate piece (8, 56) including a first end for connection to the first connecting piece and including a second end for connection to the second connecting piece,
A pill dispenser for dispensing medications, vitamins and/or dietary supplements comprising: (a) a core having a plurality of outward-facing compartments arranged about a central axis, said compartments being arranged in a plurality of rows extending parallel to said central axis, each row being subdivided into a plurality of compartments, each compartment together with corresponding compartments of other rows forming a layer of compartments arrayed around the central axis; (b) a first sleeve overlying said core and coaxial with said core, said first sleeve having an elongated slot extending parallel to said central axis, said core being rotatable relative to said first sleeve so that said elongated slot is aligned selectively with one of said rows of compartments of said core; and (c) a second sleeve coaxial with said first sleeve, said second sleeve having a pattern of staggered openings, each of said staggered openings being positioned in an axial direction to align with a corresponding one of said layers, said second sleeve being rotatable relative to both said core and said first sleeve to bring each of said staggered openings selectively into alignment with said elongated slot, thereby providing access to one of said compartments of said core while all other compartments of said core remain closed, wherein said core comprises a plurality of axially removable cartridges, each cartridge including at least one of said rows of said compartments, and wherein said removable cartridges can be inserted while said compartments contain pills. (a) a core having a plurality of outward-facing compartments arranged about a central axis, said compartments being arranged in a plurality of rows extending parallel to said central axis, each row being subdivided into a plurality of compartments, each compartment together with corresponding compartments of other rows forming a layer of compartments arrayed around the central axis; (b) a first sleeve overlying said core and coaxial with said core, said first sleeve having an elongated slot extending parallel to said central axis, said core being rotatable relative to said first sleeve so that said elongated slot is aligned selectively with one of said rows of compartments of said core; and (c) a second sleeve coaxial with said first sleeve, said second sleeve having a pattern of staggered openings, each of said staggered openings being positioned in an axial direction to align with a corresponding one of said layers, said second sleeve being rotatable relative to both said core and said first sleeve to bring each of said staggered openings selectively into alignment with said elongated slot, thereby providing access to one of said compartments of said core while all other compartments of said core remain closed,
A container for shipping an item, comprising - a cushioning means for cushioning the item in the container, the cushioning means comprising a plurality of inflatable partial volumes arranged inside the container and arranged apart from each other; - an inflation port with a closure and opening valve intended to be connected to an external inflating means for inflating the cushioning means, or an inflating means for inflating the cushioning means, wherein the partial volumes being inflatable while being arranged in the container, characterized in that the partial volumes comprise resilient shaping means providing a specific shape to the partial volume in a non-inflated state. - a cushioning means for cushioning the item in the container, the cushioning means comprising a plurality of inflatable partial volumes arranged inside the container and arranged apart from each other; - an inflation port with a closure and opening valve intended to be connected to an external inflating means for inflating the cushioning means, or an inflating means for inflating the cushioning means,
Industrial plug connector comprising a base part and a plug part that can be plugged into the base part, the base part and the plug part each comprising a contact insert (7, 11) and a metal housing (9, 13), and a first metal frame plate being arranged on the base part and a second metal frame plate being arranged on the plug part such that, in the plugged-in state, the two frame plates (15, 17) overlap one another at least in part, characterised in that the metal frame plates (15, 17) are rigidly connected to the contact inserts (7, 11) when the base part and the plug part are in the assembled state.
A lighting unit comprising: an LED emitter including a light emitting surface; a bezel mounted for rotation relative to the LED emitter; and an asymmetric optical element for projecting light from the LED emitter, said optical element being rigidly attached to the bezel, wherein rotatable adjustment of the bezel causes angular adjustment of the optical element relative to the LED emitter to alter a light direction of the lighting unit characterized by comprising: a ring fixed relative to the LED emitter, with the bezel being concentrically positioned for rotation around a central axis of the lighting unit relative to the ring; a zero position indicating feature rigidly attached to the ring or constituted by a contiguous part thereof; and a position indicating dial provided on the bezel, with the position indicating dial including graphic markings corresponding to angular intervals of rotation and a zero degree marking, said position indicating dial being configured to be aligned with the zero position indicating feature such as to define a zero-position of the optical element. an LED emitter including a light emitting surface; a bezel mounted for rotation relative to the LED emitter; and an asymmetric optical element for projecting light from the LED emitter, said optical element being rigidly attached to the bezel, wherein rotatable adjustment of the bezel causes angular adjustment of the optical element relative to the LED emitter to alter a light direction of the lighting unit characterized by comprising: a ring fixed relative to the LED emitter, with the bezel being concentrically positioned for rotation around a central axis of the lighting unit relative to the ring; a zero position indicating feature rigidly attached to the ring or constituted by a contiguous part thereof; and a position indicating dial provided on the bezel, with the position indicating dial including graphic markings corresponding to angular intervals of rotation and a zero degree marking, said position indicating dial being configured to be aligned with the zero position indicating feature such as to define a zero-position of the optical element. a ring fixed relative to the LED emitter, with the bezel being concentrically positioned for rotation around a central axis of the lighting unit relative to the ring; a zero position indicating feature rigidly attached to the ring or constituted by a contiguous part thereof; and a position indicating dial provided on the bezel, with the position indicating dial including graphic markings corresponding to angular intervals of rotation and a zero degree marking, said position indicating dial being configured to be aligned with the zero position indicating feature such as to define a zero-position of the optical element.
A grating for X-ray phase contrast and/or dark-field imaging, the grating comprising: a substrate; a plurality of material layers; wherein, the plurality of material layers are formed on a surface of the substrate; wherein, the plurality of material layers are laterally spaced from one another across the surface of the substrate; wherein, a material layer of the plurality of material layers comprises a plurality of materials; wherein, the plurality of materials are formed one on top of the other in a direction perpendicular to the surface of the substrate; wherein, the plurality of materials comprises Gold; and characterized in that the plurality of materials comprises at least one material that has a k-edge absorption energy that is higher than the k-edge absorption energy of Gold and a thickness of Gold in the material layer of the plurality of material layers is less than 30% of a total thickness of the material layer. a substrate; a plurality of material layers; wherein, the plurality of material layers are formed on a surface of the substrate; wherein, the plurality of material layers are laterally spaced from one another across the surface of the substrate; wherein, a material layer of the plurality of material layers comprises a plurality of materials; wherein, the plurality of materials are formed one on top of the other in a direction perpendicular to the surface of the substrate; wherein, the plurality of materials comprises Gold; and characterized in that the plurality of materials comprises at least one material that has a k-edge absorption energy that is higher than the k-edge absorption energy of Gold and a thickness of Gold in the material layer of the plurality of material layers is less than 30% of a total thickness of the material layer.
Method for operating a cache (DANE) configured to be arranged between client terminals and at least one server, said cache (DANE) being configured to receive requests from client terminals for at least a first representation of a segment of a multimedia content available at several representations, characterized in that it comprises: - receiving, in a first period of time, a plurality of requests for a given segment from client terminals, each request specifying one first representation and at least one alternative representation of said given segment, said given segment being not stored yet in said cache; - determining a score of relevancy for each representation of said given segment specified in the requests received during the first period of time, the score of relevancy associated with a requested representation of said given segment corresponding to the number of times said requested representation is specified in the requests received by the cache (DANE); - selecting, as a main relevant representation of said given segment, the representation with the highest score of relevancy; - requesting by said cache said main relevant representation of the given segment from a remote server. - receiving, in a first period of time, a plurality of requests for a given segment from client terminals, each request specifying one first representation and at least one alternative representation of said given segment, said given segment being not stored yet in said cache; - determining a score of relevancy for each representation of said given segment specified in the requests received during the first period of time, the score of relevancy associated with a requested representation of said given segment corresponding to the number of times said requested representation is specified in the requests received by the cache (DANE); - selecting, as a main relevant representation of said given segment, the representation with the highest score of relevancy; - requesting by said cache said main relevant representation of the given segment from a remote server.
A method for rolling a Z-section sheet pile having a first flange, a second flange, which is substantially parallel to said first flange, an inclined web, a first corner joining said web to said first flange, a second corner joining said web to said second flange, wherein each of said corners has an opening angle α greater than 90°; wherein said method comprises the steps of: - rolling a curved preform of said web in successive roll gaps defined by at least one roll pair comprising a grooved upper roll and a grooved lower roll, wherein: a preform of said first corner and an adjoining first part of said curved preform of said web are formed in a first groove of said upper roll, and a preform of said second corner and an adjoining second part of said curved preform of said web are formed in a first groove of said lower roll; and - subsequently straightening said curved preform of said web between an upper straightening roll and a lower straightening roll; characterized in that at least in the last roll gaps forming said curved preform of said web, the diameter of said lower roll decreases in a discontinuous manner in the interval between said first groove in said upper roll and said first groove in said lower roll, and the diameter of said upper roll increases in said interval in a complementary manner. - rolling a curved preform of said web in successive roll gaps defined by at least one roll pair comprising a grooved upper roll and a grooved lower roll, wherein: a preform of said first corner and an adjoining first part of said curved preform of said web are formed in a first groove of said upper roll, and a preform of said second corner and an adjoining second part of said curved preform of said web are formed in a first groove of said lower roll; and a preform of said first corner and an adjoining first part of said curved preform of said web are formed in a first groove of said upper roll, and a preform of said second corner and an adjoining second part of said curved preform of said web are formed in a first groove of said lower roll; and - subsequently straightening said curved preform of said web between an upper straightening roll and a lower straightening roll;
A method of authenticating a smart tag, the method comprising: receiving, at an authentication service, a request for a signature certificate from a reading device, wherein the request for the signature certificate includes a Tag Authentication Cryptogram TAC generated by the smart tag during an interaction between the smart tag and the reading device; analyzing, at the authentication service, the TAC to determine whether the TAC is unique and generated by a known and valid smart tag, based on the analysis of the TAC, determining, at the authentication service, if the TAC is unique and generated by a known and valid smart tag; in response to determining whether the TAC is unique and generated by a known and valid smart tag, generating, at the authentication service, a valid signature certificate when it is determined that the TAC is unique and generated by a known and valid smart tag, or otherwise generating an expired or incorrect signature certificate or not generating a signature certificate; and transmitting, from the authentication service, any generated signature certificate to the reading device, wherein the reading device is able to determine either that the signature certificate received from the authentication service is the valid signature certificate and authenticates the smart tag, or otherwise that the signature certificate received from the authentication service is the expired or incorrect signature certificate or that no signature certificate was received and does not authenticate the smart tag. receiving, at an authentication service, a request for a signature certificate from a reading device, wherein the request for the signature certificate includes a Tag Authentication Cryptogram TAC generated by the smart tag during an interaction between the smart tag and the reading device; analyzing, at the authentication service, the TAC to determine whether the TAC is unique and generated by a known and valid smart tag, based on the analysis of the TAC, determining, at the authentication service, if the TAC is unique and generated by a known and valid smart tag; in response to determining whether the TAC is unique and generated by a known and valid smart tag, generating, at the authentication service, a valid signature certificate when it is determined that the TAC is unique and generated by a known and valid smart tag, or otherwise generating an expired or incorrect signature certificate or not generating a signature certificate; and transmitting, from the authentication service, any generated signature certificate to the reading device, wherein the reading device is able to determine either that the signature certificate received from the authentication service is the valid signature certificate and authenticates the smart tag, or otherwise that the signature certificate received from the authentication service is the expired or incorrect signature certificate or that no signature certificate was received and does not authenticate the smart tag.
Device for forming moldings from a moldable material, with - a die grid, in which there is formed at least one receiving space formed by lateral limiting elements, and - at least one tool (17, 18), with which the moldable material in the receiving space can be compressed, characterized by - a molding station, in which counter-rotating rolls (12A, 12B) smooth and align a strand of melt to form a ribbon of melt, wherein, at the molding station, the width of the ribbon of melt can be set such that it corresponds to the width of the die grid, - a displacement partition which can be moved toward the die grid for portioning the moldable material, the displacement partition comprising lateral limiting elements which correspond to the lateral limiting elements of the die grid, - wherein the lateral limiting elements of the displacement partition and the lateral limiting elements of the die grid have end faces (40, 45) which at least partly meet when the displacement partition and the die grid are moved completely toward one another, and - wherein the transition from the end face to the lateral limiting elements (20, 39) of the die grid and/or of the displacement partition is rounded or bevelled, - in order to displace the material of the melt under the end face of the displacement partition in all directions during the lowering the displacement partition onto the ribbon of melt. - a die grid, in which there is formed at least one receiving space formed by lateral limiting elements, and - at least one tool (17, 18), with which the moldable material in the receiving space can be compressed, - a molding station, in which counter-rotating rolls (12A, 12B) smooth and align a strand of melt to form a ribbon of melt, wherein, at the molding station, the width of the ribbon of melt can be set such that it corresponds to the width of the die grid, - a displacement partition which can be moved toward the die grid for portioning the moldable material, the displacement partition comprising lateral limiting elements which correspond to the lateral limiting elements of the die grid, - wherein the lateral limiting elements of the displacement partition and the lateral limiting elements of the die grid have end faces (40, 45) which at least partly meet when the displacement partition and the die grid are moved completely toward one another, and - wherein the transition from the end face to the lateral limiting elements (20, 39) of the die grid and/or of the displacement partition is rounded or bevelled, - in order to displace the material of the melt under the end face of the displacement partition in all directions during the lowering the displacement partition onto the ribbon of melt.
A method of manufacturing an electronic assembly, the method comprising: disposing a circuit card assembly within a volume defined by a housing; at least partially filling the volume with a curable liquid such that the curable liquid encapsulates at least a circuit card of the circuit card assembly; curing the curable liquid to form a potted circuit card assembly; and characterised by after at least partially filling the volume with the curable liquid and after curing the curable liquid, vacuum impregnating the potted circuit card assembly with a sealant to form a sealed circuit card assembly; wherein the circuit card of the circuit card assembly comprises an annular shape and defines a central pass-through bore; and wherein the circuit card assembly further comprises at least one pass-through wire extending past and through the central pass-through bore of the circuit card. disposing a circuit card assembly within a volume defined by a housing; at least partially filling the volume with a curable liquid such that the curable liquid encapsulates at least a circuit card of the circuit card assembly; curing the curable liquid to form a potted circuit card assembly; and characterised by after at least partially filling the volume with the curable liquid and after curing the curable liquid, vacuum impregnating the potted circuit card assembly with a sealant to form a sealed circuit card assembly;