mhurhangee/ep-ind-claims huggingface dataset:
A jewelry setting, comprising: a magnifying lens; a lens holder for supporting the magnifying lens; a diamond having a girdle; a precious stone setting for supporting the diamond below the magnifying lens, at such position relative to the magnifying lens as to produce a magnified image of the diamond at a top surface of the magnifying lens; and a mechanical coupling configured to couple the precious stone setting to the lens holder, the jewelry setting being characterized in: the lens holder being a band and holds the lens; the setting being ring shaped with an interior sized for the girdle of the diamond and receives and firmly supports the diamond, and the setting being connected by prongs to the peripheral wall of the lens holder, at the desired distance from the bottom of the lens. a magnifying lens; a lens holder for supporting the magnifying lens; a diamond having a girdle; a precious stone setting for supporting the diamond below the magnifying lens, at such position relative to the magnifying lens as to produce a magnified image of the diamond at a top surface of the magnifying lens; and a mechanical coupling configured to couple the precious stone setting to the lens holder, the jewelry setting being characterized in: the lens holder being a band and holds the lens; the setting being ring shaped with an interior sized for the girdle of the diamond and receives and firmly supports the diamond, and the setting being connected by prongs to the peripheral wall of the lens holder, at the desired distance from the bottom of the lens. the lens holder being a band and holds the lens; the setting being ring shaped with an interior sized for the girdle of the diamond and receives and firmly supports the diamond, and the setting being connected by prongs to the peripheral wall of the lens holder, at the desired distance from the bottom of the lens.
A system for electrochemically generating NAD H 2 reducing equivalents comprising: a. an electrochemical cell comprising an anode contained in an anode chamber and a cathode contained in a cathode chamber; b. a first process stream containing NAD, passing through the cathode chamber and continuously in contact with the cathode from which electrons are transferred to the NAD to produce a second process stream containing the reduced species 1,4-NAD H 2, 1,2-NAD H 2, 1,6-NAD H 2, and [NAD] 2, while optionally producing hydrogen; c. a substrate of an oxidoreductase or P450 enzyme, which, when contacted with the second process stream in the presence of the oxidoreductase or P450 enzyme, is transformed to a product while concomitantly consuming the 1,4-NAD H 2 in the second process stream and producing a first recovered NAD and a third process stream; and d. at least one of a renalase enzyme, a Mung Bean Phenol Oxidase enzyme and illumination at a wavelength of about 254 nm or exceeding about 320 nm, which, when contacted with the third process stream, convert at least one of the 1,2-NAD H 2, 1,6-NAD H 2, and [NAD] 2 therein to a second and optionally a third recovered NAD. a. an electrochemical cell comprising an anode contained in an anode chamber and a cathode contained in a cathode chamber; b. a first process stream containing NAD, passing through the cathode chamber and continuously in contact with the cathode from which electrons are transferred to the NAD to produce a second process stream containing the reduced species 1,4-NAD H 2, 1,2-NAD H 2, 1,6-NAD H 2, and [NAD] 2, while optionally producing hydrogen; c. a substrate of an oxidoreductase or P450 enzyme, which, when contacted with the second process stream in the presence of the oxidoreductase or P450 enzyme, is transformed to a product while concomitantly consuming the 1,4-NAD H 2 in the second process stream and producing a first recovered NAD and a third process stream; and d. at least one of a renalase enzyme, a Mung Bean Phenol Oxidase enzyme and illumination at a wavelength of about 254 nm or exceeding about 320 nm, which, when contacted with the third process stream, convert at least one of the 1,2-NAD H 2, 1,6-NAD H 2, and [NAD] 2 therein to a second and optionally a third recovered NAD.
An end plug (19;31) to be inserted axially into the centre of an end of a roll of paper, said end plug being provided with a holding element (20;35) adapted to hold and/or guide said end of said roll of paper in correct position in a dispenser, said end plug (1;10;19;31) includes an outer sleeve (22;32) having an outer end and an inner end and that said holding element (20;35) is connected to said outer sleeve by means allowing the holding element to be axially moved from a first position to a second position, in which the holding element protrude outwardly from the outer end of said outer sleeve, wherein said holding element (20;35) includes a central shaft (25;37) which is axially and slidably movable within an inner sleeve (21;33) and held in the second position by stop elements (28, 30; 39), arranged in said inner sleeve and said central shaft, characterised in that said holding element is releasably held in said first position when moved thereto.
Method of creating a detachment region in a solid-state body, wherein the solid-state body includes or consists of silicon carbide, comprising: creating modifications within the solid-state body with at least one laser beam, wherein the laser beam is a pico- or femtosecond laser beam, wherein the laser beam penetrates into the solid-state body via a main surface (5, 18) of the solid-state body, wherein, as a result of the modifications, a crystal lattice of the solid-state body undergoes subcritical tearing at least in a fraction of each of the regions surrounding the modifications, wherein subcritical cracks are each propagated parallel or essentially parallel to the main surface (5, 18), wherein the subcritical cracks in the region of the modifications define the detachment region; and wherein the subcritical cracks join along the detachment region to form a main crack, wherein the main crack separates a fraction (10, 12) of the solid-state body from the solid-state body. creating modifications within the solid-state body with at least one laser beam, wherein the laser beam is a pico- or femtosecond laser beam, wherein the laser beam penetrates into the solid-state body via a main surface (5, 18) of the solid-state body, wherein, as a result of the modifications, a crystal lattice of the solid-state body undergoes subcritical tearing at least in a fraction of each of the regions surrounding the modifications, wherein subcritical cracks are each propagated parallel or essentially parallel to the main surface (5, 18), wherein the subcritical cracks in the region of the modifications define the detachment region; and wherein the subcritical cracks join along the detachment region to form a main crack, wherein the main crack separates a fraction (10, 12) of the solid-state body from the solid-state body.
A system which is based on the thermoelectric effect of so-called ionic liquids and is capable of converting thermal energy directly into electric energy, comprising a combined photovoltaic and thermovoltaic module, wherein the system is comprised of one or more combined photovoltaic and thermovoltaic modules, wherein in the interior of a combined photovoltaic and thermovoltaic module, channels extending in parallel are present, which are directly integrated into the combined photovoltaic and thermovoltaic module, wherein the channels are filled with ionic liquids and are constructed or arranged so as to form at least one combined photovoltaic and thermovoltaic module, wherein the combined photovoltaic and thermovoltaic module - has an electrically and thermally isolating layer in which the channels extending in parallel are incorporated, which are filled with ionic liquids, - at the upper and lower side of the electrically and thermally isolating layer, in each case at least one electrically and thermally conducting layer is present which is in thermal and electrical contact with the ionic liquids within the channels, - the electrically and thermally conducting layers at the upper and lower side of the electrically and thermally isolating layer serve as electrodes where an electrical voltage can be tapped if there is a temperature difference between the upper and lower electrically and thermally conducting layer. - has an electrically and thermally isolating layer in which the channels extending in parallel are incorporated, which are filled with ionic liquids, - at the upper and lower side of the electrically and thermally isolating layer, in each case at least one electrically and thermally conducting layer is present which is in thermal and electrical contact with the ionic liquids within the channels, - the electrically and thermally conducting layers at the upper and lower side of the electrically and thermally isolating layer serve as electrodes where an electrical voltage can be tapped if there is a temperature difference between the upper and lower electrically and thermally conducting layer.
Apparatus for the transport of a device along a construction having extension mainly vertical between a base portion and a terminal portion, said apparatus comprising: - at least one rail, which is extended, according to a substantially rectilinear guide direction, between a first end and a second end, and is provided with fixing means by means of which said rail is susceptible of being fixed to said construction with said second end placed at the terminal portion of said construction; - at least one transport means provided with at least one carriage slidably constrained to said rail and intended to carry said device mounted thereon; - movement means mechanically connected to said transport means and actuatable to move said transport means to slide along said rail between an access position, in which said transport means is placed at the first end of said rail, and a service position, in which said transport means is placed at the second end of said rail in order to arrange said device at the terminal portion of said construction; said apparatus being characterized in that said transport means comprises an oscillating frame, which is rotatably constrained to said at least one carriage by means of at least one hinge having a rotation axis, and is intended to carry said device fixed thereto; wherein said apparatus also comprises orientation means mechanically connected to said transport means and configured to move, when said transport means is brought into said service position, said oscillating frame to rotate around said rotation axis between at least one non-operative position and at least one operative position. - at least one rail, which is extended, according to a substantially rectilinear guide direction, between a first end and a second end, and is provided with fixing means by means of which said rail is susceptible of being fixed to said construction with said second end placed at the terminal portion of said construction; - at least one transport means provided with at least one carriage slidably constrained to said rail and intended to carry said device mounted thereon; - movement means mechanically connected to said transport means and actuatable to move said transport means to slide along said rail between an access position, in which said transport means is placed at the first end of said rail, and a service position, in which said transport means is placed at the second end of said rail in order to arrange said device at the terminal portion of said construction;
A sinter cooler of a sintering plant for use in metallurgy, comprising a cooling-air chamber and a sinter cooling chamber including a perforated plate, which can travel over the same, and comprising a cooling gas seal between the upper surface of the cooling-air chamber and the lower surface of the sinter cooling chamber, characterized in that the cooling gas seal carried along with the sinter cooling chamber includes sealing elements of an elastomeric material, which are mounted with a vertical play such that they are seated on the lateral upper edges of the stationary vertical cooling-air chamber wall, which extend in direction of travel of the sinter cooling chamber, and during travel of the sinter cooling chamber slide along the upper edges, wherein the sealing elements are mounted in a vertically movable manner by means of a weight-loaded holder and a guide pin.
An esterified cellulose ether having i) as ester groups aliphatic monovalent acyl groups or a combination of aliphatic monovalent acyl groups and groups of the formula -C -R-COOA wherein R is a divalent aliphatic or aromatic hydrocarbon group and A is hydrogen or a cation, ii) a weight average molecular weight M w of from 80,000 Dalton to 350,000 Dalton, iii) a Polydispersity M w /M n of from 1.3 to 4.1, and iv) a viscosity of up to 4.0 mPa·s, measured as a 2.0 wt% solution of the esterified cellulose ether in 0.43 wt% aqueous NaOH at 20 °C according to an Ubbelohde measurement according to DIN 51562-1:1999-01, wherein M w and M n are measured by SEC-MALLS using as mobile phase a mixture of 40 parts by volume of acetonitrile and 60 parts by volume of aqueous buffer containing 50 mM NaH 2 PO 4 and 0.1 M NaNO 3. i) as ester groups aliphatic monovalent acyl groups or a combination of aliphatic monovalent acyl groups and groups of the formula -C -R-COOA wherein R is a divalent aliphatic or aromatic hydrocarbon group and A is hydrogen or a cation, ii) a weight average molecular weight M w of from 80,000 Dalton to 350,000 Dalton, iii) a Polydispersity M w /M n of from 1.3 to 4.1, and iv) a viscosity of up to 4.0 mPa·s, measured as a 2.0 wt% solution of the esterified cellulose ether in 0.43 wt% aqueous NaOH at 20 °C according to an Ubbelohde measurement according to DIN 51562-1:1999-01,
An opening device for movable furniture parts, in particular drawers, having an ejection device which has a carrier, which is pre-tensioned by a force accumulator, and which can be locked in an end position of a guide path, wherein a movable carriage is provided, which can be coupled via at least one stop (17, 18) with the carrier and abuts against an ejection activator with an ejection stop in a closed position, whereby the ejection stop is coupled with the ejection activator in such a manner that both traction forces and also pressure forces are transmittable whereby two stops (17, 18), which are spaced apart from one another, are provided on the carriage, wherein a first stop can be coupled with the carrier in the ejection direction and a second stop can be coupled in the retraction direction with the carrier, characterized in that an adjustable delimitation element is provided, in order to delimit the path of the carrier in the opening direction.
Ballast water treatment system comprising a filter, at least one liquid treating chemical and/or photocatalytic reactor and a cleaning unit, wherein the reactor is connected to a ballast water inlet pipe comprising a closable valve and wherein a ballast pump is arranged to pump sea water or water from rivers or lakes to the inlet pipe, and the filter is arranged before the reactor to remove particles during ballasting, and wherein the treated ballast water is directed to a ballast tank via a pipe, the cleaning unit comprising a tank for a liquid cleaning medium, a circulation means to circulate liquid cleaning medium from said tank via an outlet pipe to said reactor and back to said tank via a return pipe during cleaning of the reactor, characterized by the cleaning unit further comprising a drain removal pump adapted to drain said reactor of the liquid cleaning medium after said cleaning of the reactor and adapted to return the liquid cleaning medium back from the reactor to the cleaning unit after said cleaning of the reactor, and wherein the cleaning unit is placed on the same level or above the reactor.
A service configuration method, comprising: transmitting, by an optical network unit, ONU, service configuration application information to an optical line terminal, OLT, according to pre-configured service information to apply for service configuration information, wherein the service configuration application information comprises all service configurations required by all OLT-ONUs for implementing pre-configured service bearing and forwarding; and performing, by the ONU, service configuration according to the service configuration information. transmitting, by an optical network unit, ONU, service configuration application information to an optical line terminal, OLT, according to pre-configured service information to apply for service configuration information, wherein the service configuration application information comprises all service configurations required by all OLT-ONUs for implementing pre-configured service bearing and forwarding; and performing, by the ONU, service configuration according to the service configuration information.
Method for detecting and for characterizing a driving behaviour of a driver or of an autopilot in a motor vehicle, wherein a. measuring points which specify a lateral acceleration (ay) and a longitudinal acceleration (ax) of the motor vehicle are acquired over a time period by at least one acceleration sensor, b. an image space which is configured as a gg diagram is generated by a control unit from the measuring points of at least part of the time period, c. the image space is transformed into a parameter space by the control unit by means of a transformation, characterized in that d. coordinates of cluster points in the parameter space are acquired by the control unit, and in that e. a classification value and/or a classification profile relating to the driving behaviour are/is determined by the control unit from the coordinates of the cluster points by means of a classification algorithm. a. measuring points which specify a lateral acceleration (ay) and a longitudinal acceleration (ax) of the motor vehicle are acquired over a time period by at least one acceleration sensor, b. an image space which is configured as a gg diagram is generated by a control unit from the measuring points of at least part of the time period, c. the image space is transformed into a parameter space by the control unit by means of a transformation, characterized in that d. coordinates of cluster points in the parameter space are acquired by the control unit, and in that e. a classification value and/or a classification profile relating to the driving behaviour are/is determined by the control unit from the coordinates of the cluster points by means of a classification algorithm.
A method of managing backup data, the method comprising: taking, via a backup manager, snapshots of data sets at predetermined intervals, storing disk pages as unique objects in an object store, wherein each unique object is identified by an object identifier, the unique objects representing a fixed amount of data and the object store being configured for efficiently storing small data; accessing, via the backup manager, index data of an initial snapshot, the index data of the initial snapshot comprising page numbers pointing at locations of data sets within the initial snapshot and object identifiers corresponding to specific data sets within the initial snapshot; accessing, via the backup manager, index data of a subsequent snapshot, the index data of the subsequent snapshot comprising page numbers pointing at locations of data sets within the subsequent snapshot and object identifiers corresponding to specific data sets within the subsequent snapshot; determining, via the backup manager, whether the index data of the subsequent snapshot is different from the index data of the initial snapshot; responsive to a determination that the index data of the subsequent snapshot is different from the index data of the initial snapshot, creating an updated index data; creating an updated snapshot with the updated index data; wherein the updated index data creates a new mapping between disk pages and the object identifiers of objects containing their data; and wherein the snapshots are representing a picture in time of the data sets. taking, via a backup manager, snapshots of data sets at predetermined intervals, storing disk pages as unique objects in an object store, wherein each unique object is identified by an object identifier, the unique objects representing a fixed amount of data and the object store being configured for efficiently storing small data; accessing, via the backup manager, index data of an initial snapshot, the index data of the initial snapshot comprising page numbers pointing at locations of data sets within the initial snapshot and object identifiers corresponding to specific data sets within the initial snapshot; accessing, via the backup manager, index data of a subsequent snapshot, the index data of the subsequent snapshot comprising page numbers pointing at locations of data sets within the subsequent snapshot and object identifiers corresponding to specific data sets within the subsequent snapshot; determining, via the backup manager, whether the index data of the subsequent snapshot is different from the index data of the initial snapshot; responsive to a determination that the index data of the subsequent snapshot is different from the index data of the initial snapshot, creating an updated index data; creating an updated snapshot with the updated index data; wherein the updated index data creates a new mapping between disk pages and the object identifiers of objects containing their data; and wherein the snapshots are representing a picture in time of the data sets.
A method performed by a network node, wherein the network node is a serving network node communicating with a first wireless device in a cell, the method comprising: determining a transmitter configuration of a target network node of a target cell; determining a receiver configuration of the first wireless device; determining, based on the determined transmitter configuration, whether or not the target network node comprises at least two antennas for transmitting system information of the target cell; determining, based on the determined receiver configuration, whether or not the first wireless device comprises at least two antennas for acquiring system information of the target cell; and communicating a request to the first wireless device to acquire system information of the target cell if: the receiver configuration of the first wireless device indicates that the first wireless device comprises at least two antennas for acquiring system information of the target cell; or the transmitter configuration of the target network node indicates that the target network node comprises at least two antennas for transmitting system information of the target cell. determining a transmitter configuration of a target network node of a target cell; determining a receiver configuration of the first wireless device; determining, based on the determined transmitter configuration, whether or not the target network node comprises at least two antennas for transmitting system information of the target cell; determining, based on the determined receiver configuration, whether or not the first wireless device comprises at least two antennas for acquiring system information of the target cell; and communicating a request to the first wireless device to acquire system information of the target cell if: the receiver configuration of the first wireless device indicates that the first wireless device comprises at least two antennas for acquiring system information of the target cell; or the transmitter configuration of the target network node indicates that the target network node comprises at least two antennas for transmitting system information of the target cell. the receiver configuration of the first wireless device indicates that the first wireless device comprises at least two antennas for acquiring system information of the target cell; or the transmitter configuration of the target network node indicates that the target network node comprises at least two antennas for transmitting system information of the target cell.