mhurhangee/ep-ind-claims huggingface dataset:
A specimen preparation method of preparing an observation specimen by placing an observation object on a light transmitting plate, comprising: a retaining step of retaining a liquid in a placement portion so as to form a liquid pool; a placement step of placing the observation object on the liquid pool of the placement portion; a conveyance step of conveying the observation object by a conveyance unit, wherein the conveyance unit includes the placement portion; and a transfer step of transferring the observation object from the placement portion of the conveyance unit onto the plate at a conveyance terminal end (P ED) of the conveyance unit, wherein in the transfer step, a liquid is supplied to the placement portion on which the observation object is placed, and the observation object is carried by a flow of the liquid and transferred onto the plate, the conveyance unit includes: a hydrophilic portion having a hydrophilicity for forming the liquid pool, as the placement portion; and a hydrophobic portion having a hydrophobicity, which is provided around the hydrophilic portion, in the retaining step, the liquid is retained in the hydrophilic portion by the hydrophobic portion, so as to form the liquid pool, and in the placement step, the observation object is placed on the liquid pool. a retaining step of retaining a liquid in a placement portion so as to form a liquid pool; a placement step of placing the observation object on the liquid pool of the placement portion; a conveyance step of conveying the observation object by a conveyance unit, wherein the conveyance unit includes the placement portion; and a transfer step of transferring the observation object from the placement portion of the conveyance unit onto the plate at a conveyance terminal end (P ED) of the conveyance unit, wherein in the transfer step, a liquid is supplied to the placement portion on which the observation object is placed, and the observation object is carried by a flow of the liquid and transferred onto the plate, the conveyance unit includes: a hydrophilic portion having a hydrophilicity for forming the liquid pool, as the placement portion; and a hydrophobic portion having a hydrophobicity, which is provided around the hydrophilic portion, a hydrophilic portion having a hydrophilicity for forming the liquid pool, as the placement portion; and a hydrophobic portion having a hydrophobicity, which is provided around the hydrophilic portion, in the retaining step, the liquid is retained in the hydrophilic portion by the hydrophobic portion, so as to form the liquid pool, and in the placement step, the observation object is placed on the liquid pool.
A tissue anchor (10, 30, 40, 50, 70, 150) comprising a body (12, 32, 42, 52, 72) formed of a woven filament braid, said body having an elongated tubular configuration and a foreshortened configuration where proximal and distal ends of the body expand radially leaving a cylindrical saddle region (22, 38, 60) therebetween, wherein the tubular body defines an open passage along a central axis in the elongated tubular configuration, wherein the proximal and distal ends of the body expand into double-walled flange structures (16, 36, 44, 54, 80), and in that the tissue anchor (10, 30, 40, 50, 70) further comprises a membrane over at least a portion of the body (12, 32, 42, 52, 72), wherein the flanges on the body are self-expanding when the body is released from constraint, wherein the flanges expand to a pre-shaped body configuration, characterized in that the tissue anchor further comprises a lock which maintains the body in the foreshortened configuration.
A mobility control apparatus configured in a user equipment, wherein the apparatus comprises a receiving unit, a processing unit, and a sending unit: wherein the receiving unit is configured to receive a first message sent by a network-side device, and transmit first information, which is comprised in the first message and used to indicate a measurement parameter, to the processing unit, wherein the measurement parameter comprises an extended-cell individual offset and/or a range extension, wherein the apparatus is configured to use the extended-cell individual offset for measurement reporting, the range of the extended-cell individual offset is greater than the range of a cell individual offset, and the range extension is used for a cell reselection and measurement reporting; the processing unit is configured to acquire the first information from the receiving unit, and determine the measurement parameter according to the first information, perform mobility control for the apparatus for a target cell according to measured quality of the target cell and the measurement parameter; and the sending unit is configured to send, before the first message is received, a second message to the network-side device, wherein the second message comprises second information used to indicate a measurement capability of a user equipment, so that the network-side device determines the measurement parameter according to the measurement capability of the user equipment. wherein the receiving unit is configured to receive a first message sent by a network-side device, and transmit first information, which is comprised in the first message and used to indicate a measurement parameter, to the processing unit, wherein the measurement parameter comprises an extended-cell individual offset and/or a range extension, wherein the apparatus is configured to use the extended-cell individual offset for measurement reporting, the range of the extended-cell individual offset is greater than the range of a cell individual offset, and the range extension is used for a cell reselection and measurement reporting; the processing unit is configured to acquire the first information from the receiving unit, and determine the measurement parameter according to the first information, perform mobility control for the apparatus for a target cell according to measured quality of the target cell and the measurement parameter; and the sending unit is configured to send, before the first message is received, a second message to the network-side device, wherein the second message comprises second information used to indicate a measurement capability of a user equipment, so that the network-side device determines the measurement parameter according to the measurement capability of the user equipment.
A transmission power control method for use in a user equipment of a telecommunications system comprising at least one base station and at least one user equipment, said system further comprising multiple channels including traffic and control channels each occupying allocated physical or logical resources between said at least one base station and said user equipment, the method characterised in that it comprises; - receiving transmit power control commands for the traffic and control channels respectively, said commands being separately identified by radio network temporary identifiers, RNTIs; - applying for the traffic and control channels, common transmit power control commands when the same RNTIs are used to identify the transmit power control commands for the traffic channel and the control channel; and - applying for the traffic and control channels, separate transmit power control commands when different RNTIs are used to identify the transmit power control commands for the traffic channel and the control channel. - receiving transmit power control commands for the traffic and control channels respectively, said commands being separately identified by radio network temporary identifiers, RNTIs; - applying for the traffic and control channels, common transmit power control commands when the same RNTIs are used to identify the transmit power control commands for the traffic channel and the control channel; and - applying for the traffic and control channels, separate transmit power control commands when different RNTIs are used to identify the transmit power control commands for the traffic channel and the control channel.
At least one mattress production line for use in mattress production and comprising at least one adhesion bridge, at least one assembly unit provided in the vicinity of said adhesion bridge and where the parts, forming the mattress, are joined, wherein in order to provide transfer of a bending element used in mattress production and of a first component and of a second component, which can essentially be positioned on mutual sides of said bending element, to an assembly unit within a predetermined arrangement; the at least one mattress production line comprises a driving unit having at least one lower conveyor and at least one upper conveyor positioned at the upper vicinity of said lower conveyor, and at least one guidance conveyor configured to feed the element, which forms the mattress, to at least one of said lower conveyor and said upper conveyor in said driving unit characterized in that in order to provide adhering by reversing at least one of a first component and a second component, whereon adhesive is applied, onto a bending element provided at the assembly unit, the upper conveyor is configured to be at least partially moved between at least one first position, provided in the vicinity of the guidance conveyor at the driving unit, and at least one second position, where the upper conveyor is approached towards the assembly unit.
A method for executing a secure electronic transaction on a terminal while employing a portable data carrier, wherein a user authenticates himself or herself vis-à-vis the portable data carrier, wherein for the authentication of the user at least two different authentication methods of different quality are offered, the portable data carrier confirms the proof of authentication to the terminal, and the portable data carrier then performs a security-establishing operation in the context of the electronic transaction, characterized in that by the security-establishing operation, a data set is edited which the terminal transmits to the portable data carrier, an authentication method is specified on the basis of an information item contained in the data set or on the basis of a decision request issued by the user through the terminal, a quality information item is created by the portable data carrier regarding by which authentication method the authentication of the user was carried out and this quality information item is attached to the result of the security-establishing operation.
A device for automatically sampling tritrium present in the water vapor in the air by cold trap, comprising an enclosure accomodating a cold trap, means (2, 5) for cooling said cold trap at a temperature lower than 0°C, and means for actuating and stopping said means for cooling the cold trap, the device being characterized in that: - the enclosure is of wheather screen type, - a receptacle is arranged under the cold trap. - the enclosure is of wheather screen type, - a receptacle is arranged under the cold trap.
Hydraulic cylinder, particularly slave cylinder for a hydraulic actuating system for motor vehicles, comprising a cylinder housing in which is formed a pressure chamber variably bounded on one side by a piston, which is received in the cylinder housing to be longitudinally displaceable, of a piston subassembly comprising a piston rod rigidly connected with the piston, wherein the piston has an outer contour permitting tilting of the piston assembly in the cylinder housing and includes an extension which is at the pressure chamber side and on which a sealing element is retained and centered by a retaining ring, the sealing element slidably and sealably bearing by an encircling sealing lip against a sliding surface, which is at the inner circumference, of the cylinder housing, and wherein the retaining ring is provided on the side thereof remote from the sealing element with a prolongation adapted with respect to the length and/or diameter thereof to come into contact with the sliding surface of the cylinder housing so as to support the piston subassembly at the cylinder housing when, upon tilting of the piston subassembly in the cylinder housing, a predetermined tilt angle of the piston subassembly relative to a center axis of the cylinder housing is reached, characterized in that the prolongation of the retaining ring is stiffened and has a substantially hollow-cylindrical outer section supported in radial direction on the extension of the piston by way of a plurality of stiffening elements uniformly distributed over the inner circumference of the outer section.
A barcode reader device comprising a barcode reader apparatus having: a) a light-emitting system, having an incident light source, capable of emitting an incident light, toward a useful illuminated zone; b) a light recovery system having a system for conditioning reflected light capable of recovering light reflected by a useful viewing zone through the reflected light conditioning system; c) a photoelectric sensor for converting the reflected light recovered through the reflected light conditioning system into an electric signal representative of the recovered reflected light; characterized in that the device comprises an auxiliary optical system that is arranged permanently in the useful viewing zone, at a distance from the sensor, and in series with the reflected light conditioning system such that a portion, but not all, of the useful viewing zone is intercepted by the auxiliary optical system. a) a light-emitting system, having an incident light source, capable of emitting an incident light, toward a useful illuminated zone; b) a light recovery system having a system for conditioning reflected light capable of recovering light reflected by a useful viewing zone through the reflected light conditioning system; c) a photoelectric sensor for converting the reflected light recovered through the reflected light conditioning system into an electric signal representative of the recovered reflected light;
A pneumatic tyre comprising: a carcass comprising a carcass main portion extending between bead cores disposed in respective bead portions through a tread portion and sidewall portions; and bead apex rubbers each extending radially outwardly from the respective bead cores, each bead apex rubber having an inner side surface in a tyre axial direction, wherein in at least one bead portion, an angle (θ) of a tangent line touching the inner surface of the bead apex rubber at an intersection of a tyre radial reference line passing a rim-width location of the standard wheel with the inner side surface of the bead apex rubber is in a range of from 55 to 75 degrees with respect to the tyre radial reference line, characterized in that in a tyre cross-section under a standard inflated state such that the tyre is mounted on a standard wheel rim and inflated to a standard pressure, a ratio h1/H of a carcass-maximum-width height h1 from a bead baseline to a carcass-maximum height H from the bead baseline is equal to or less than 48 %. a carcass comprising a carcass main portion extending between bead cores disposed in respective bead portions through a tread portion and sidewall portions; and bead apex rubbers each extending radially outwardly from the respective bead cores, each bead apex rubber having an inner side surface in a tyre axial direction, wherein in at least one bead portion, an angle (θ) of a tangent line touching the inner surface of the bead apex rubber at an intersection of a tyre radial reference line passing a rim-width location of the standard wheel with the inner side surface of the bead apex rubber is in a range of from 55 to 75 degrees with respect to the tyre radial reference line, characterized in that in a tyre cross-section under a standard inflated state such that the tyre is mounted on a standard wheel rim and inflated to a standard pressure, a ratio h1/H of a carcass-maximum-width height h1 from a bead baseline to a carcass-maximum height H from the bead baseline is equal to or less than 48 %.
A method for concentration of phosphate compounds, comprising the steps of: - dissolving a raw material comprising sludge ash, comprising phosphorus and at least one of iron and aluminium, in a liquid comprising at least hydrochloric acid; - separating insoluble residues from said dissolving step, thereby forming a first leach solution; - controlling a mole ratio of phosphorus to a sum of ferric iron and aluminium of said first leach solution to be larger than 1; - adding a base to said first leach solution, after said step of separating insoluble residues, causing precipitation of phosphate compounds comprising at least one of iron and aluminium from said first leach solution; - removing said precipitated phosphate compounds from said first leach solution; - adding sulphuric acid to said first leach solution after said step of removing said precipitated phosphate compounds, causing precipitation of sulphate compounds; - separating said precipitated sulphate compounds from said first leach solution; and - recycling at least a part of said leach solution after said step of separating said precipitated sulphate compounds as said liquid comprising at least hydrochloric acid in said step of dissolving sludge ash. - dissolving a raw material comprising sludge ash, comprising phosphorus and at least one of iron and aluminium, in a liquid comprising at least hydrochloric acid; - separating insoluble residues from said dissolving step, thereby forming a first leach solution; - controlling a mole ratio of phosphorus to a sum of ferric iron and aluminium of said first leach solution to be larger than 1; - adding a base to said first leach solution, after said step of separating insoluble residues, causing precipitation of phosphate compounds comprising at least one of iron and aluminium from said first leach solution; - removing said precipitated phosphate compounds from said first leach solution; - adding sulphuric acid to said first leach solution after said step of removing said precipitated phosphate compounds, causing precipitation of sulphate compounds; - separating said precipitated sulphate compounds from said first leach solution; and - recycling at least a part of said leach solution after said step of separating said precipitated sulphate compounds as said liquid comprising at least hydrochloric acid in said step of dissolving sludge ash.
A method for issuing a virtual version (164, 408) of a document by a first computer system of an ID provider, wherein the document has a visual reproduction of a dataset, wherein the method comprises the steps of: • issuing the virtual document (164, 408) as a virtual version of the document which comprises an electronic copy of the dataset of the document, • calculating a hash value of the virtual document (164, 408), • signing the hash value with a private key of an asymmetric key pair associated with the issuer of the virtual document (164, 408), • storing the signed hash value in an entry in a cryptographically secured database for issuing the virtual document (164, 408), the cryptographically secured database being a database (110, 462) stored redundantly on a plurality of nodes of a network, • sending the virtual document (164, 408) to an owner of the document together with a memory ID of the virtual document (164, 408), the memory ID identifying the entry of the database having the signed hash value of the virtual document (164, 408). • issuing the virtual document (164, 408) as a virtual version of the document which comprises an electronic copy of the dataset of the document, • calculating a hash value of the virtual document (164, 408), • signing the hash value with a private key of an asymmetric key pair associated with the issuer of the virtual document (164, 408), • storing the signed hash value in an entry in a cryptographically secured database for issuing the virtual document (164, 408), the cryptographically secured database being a database (110, 462) stored redundantly on a plurality of nodes of a network, • sending the virtual document (164, 408) to an owner of the document together with a memory ID of the virtual document (164, 408), the memory ID identifying the entry of the database having the signed hash value of the virtual document (164, 408).
A resin composition for optical stereolithography including a cation-polymerizable organic compound, a radical polymerizable organic compound, a cationic polymerization initiator and a radical polymerization initiator; which is characterized by including, as a cationic polymerization initiator, an aromatic sulfonium compound (C-1) represented by the following general formula (C-1): in the above general formula (C-1), R 1, R 2, and R 3 represent a monovalent aromatic group, Rf represents a fluoroalkyl group, m is the same number as the cationic charge of the "cation [S + (R 1)(R 2)(R 3)]", n is an integer in the range of 0 to 6 as well as an aromatic thiol compound represented by the following general formula: wherein, R 4 represents a mono- or divalent aromatic hydrocarbon which may optionally have a substituent, p is an integer of 1 or 2; and wherein the content of the aromatic thiol compound is in the range of 0.1 to 5 mass% based on the mass of the aromatic sulfonium compound (C-1).
An MTF testing apparatus, comprising: - a sample stage for receiving at least one device under test, the device under test comprising at least one lens, - a plurality of telescopic cameras which are each mounted at a fixed predetermined position on a camera holder which is a rigid structure in that the telescopic cameras receive an image projected by the at least one lens of a single device under test, - a processing unit being coupled to the telescopic cameras via at least one data link, wherein the telescopic cameras are configured to send image data via the data link to the processing unit and the processing unit is configured to receive image data from every telescopic camera and to perform a plurality of MTF measurements by computing an MTF measurement dataset for every telescopic camera from image data received by said telescopic camera, - wherein the telescopic cameras are mounted on the camera holder in that every telescopic camera captures image data resulting in an MTF measurement at a different field position, characterized in that - the camera holder comprises a holding structure and at least two brackets, which are elongated elements projecting between a first end portion and a second end portion, the end portions (34, 36) being mounted releasable on the holding structure, and wherein at least two telescopic cameras are mounted on every bracket and the brackets are individually detachable from the holding structure. - a sample stage for receiving at least one device under test, the device under test comprising at least one lens, - a plurality of telescopic cameras which are each mounted at a fixed predetermined position on a camera holder which is a rigid structure in that the telescopic cameras receive an image projected by the at least one lens of a single device under test, - a processing unit being coupled to the telescopic cameras via at least one data link, wherein the telescopic cameras are configured to send image data via the data link to the processing unit and the processing unit is configured to receive image data from every telescopic camera and to perform a plurality of MTF measurements by computing an MTF measurement dataset for every telescopic camera from image data received by said telescopic camera, - wherein the telescopic cameras are mounted on the camera holder in that every telescopic camera captures image data resulting in an MTF measurement at a different field position, characterized in that - the camera holder comprises a holding structure and at least two brackets, which are elongated elements projecting between a first end portion and a second end portion, the end portions (34, 36) being mounted releasable on the holding structure, and wherein at least two telescopic cameras are mounted on every bracket and the brackets are individually detachable from the holding structure.