mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling the operation of a set of heating elements of a cooking hob (10, 20), said heating elements forming means of heating a container, said hob comprising cooking zones (Z, F1, F2, F3, F4) composed of one or more heating elements, said cooking zones (Z, F1, F2, F3, F4) being either independent on the cooking surface, or determined on a case-by-case basis by the position and size of a container placed on the cooking surface, said method comprising at least the following steps: - turning on at least two cooking zones, each zone being associated with one cooking container, and each cooking zone being controllable with a different power setpoint; - depicting said at least two cooking zones (Z, F1, F2, F3, F4) on at least one means of display; characterized in that said method further comprises at least the following steps: - selecting only the cooking zones (Z, F1, F2, F3, F4) to operate for a particular duration of time via selection means of a control pad, based on the user's desires; - acquiring an operating duration; - assigning said operating duration to said selected cooking zones (Z, F1, F2, F3, F4). - turning on at least two cooking zones, each zone being associated with one cooking container, and each cooking zone being controllable with a different power setpoint; - depicting said at least two cooking zones (Z, F1, F2, F3, F4) on at least one means of display; - selecting only the cooking zones (Z, F1, F2, F3, F4) to operate for a particular duration of time via selection means of a control pad, based on the user's desires; - acquiring an operating duration; - assigning said operating duration to said selected cooking zones (Z, F1, F2, F3, F4).
Switchable energy storage device, comprising: a) at least two series-connected energy storage modules, wherein each energy storage module comprises at least one electrical energy storage cell, b) a galvanically isolated, inductive coupling device for charging the energy storage cells, wherein the at least one energy storage cell is connectable into an operating circuit by means of a semiconductor switch, wherein the semiconductor switches of the energy storage modules perform a rectifying function for the charging current and c) the semiconductor switches are arranged in the form of a half-bridge circuit or a full-bridge circuit so that in each case at least half-cycles or full AC signals are used for charging the electrical energy storage cells, characterized in that d) a primary winding of the coupling device is arranged so as to be spaced apart from a secondary winding of the coupling device separated by an air gap, and e) the secondary winding is connected in series with the at least two series-connected energy storage modules. a) at least two series-connected energy storage modules, wherein each energy storage module comprises at least one electrical energy storage cell, b) a galvanically isolated, inductive coupling device for charging the energy storage cells, wherein the at least one energy storage cell is connectable into an operating circuit by means of a semiconductor switch, wherein the semiconductor switches of the energy storage modules perform a rectifying function for the charging current and c) the semiconductor switches are arranged in the form of a half-bridge circuit or a full-bridge circuit so that in each case at least half-cycles or full AC signals are used for charging the electrical energy storage cells, d) a primary winding of the coupling device is arranged so as to be spaced apart from a secondary winding of the coupling device separated by an air gap, and e) the secondary winding is connected in series with the at least two series-connected energy storage modules.
A carbamate compound represented by formula: wherein, R 1 represents a hydrogen atom or a C1-C3 alkyl group; R 2, R 3, R 4 and R 5 each independently represents a hydrogen atom, a halogen atom, a C1-C3 alkyl group optionally having one or more halogen atoms, a C3-C4 cycloalkyl group optionally having one or more halogen atoms, or a C1-C3 alkoxy group optionally having one or more halogen atoms; Z 1 represents a halogen atom; Z 2 represents a halogen atom or a C1-C3 alkyl group; and m represents any one of integers from 0 to 2. R 1 represents a hydrogen atom or a C1-C3 alkyl group; R 2, R 3, R 4 and R 5 each independently represents a hydrogen atom, a halogen atom, a C1-C3 alkyl group optionally having one or more halogen atoms, a C3-C4 cycloalkyl group optionally having one or more halogen atoms, or a C1-C3 alkoxy group optionally having one or more halogen atoms; Z 1 represents a halogen atom; Z 2 represents a halogen atom or a C1-C3 alkyl group; and m represents any one of integers from 0 to 2.
A process of forming a freeze-dried soluble coffee product, comprising the steps of: i) forming a concentrated coffee extract; ii) foaming and optionally pre-freezing the concentrated coffee extract to form a foamed and preferably pre-frozen coffee intermediate; iii) subsequently incorporating roasted ground coffee into the foamed and preferably pre-frozen coffee intermediate; iv) subsequently freezing the foamed and preferably pre-frozen coffee intermediate to form a frozen coffee intermediate; v) grinding and sieving the frozen coffee intermediate to form a ground coffee intermediate; vi) drying the ground coffee intermediate to form the freeze-dried soluble coffee product; wherein ice fines from the grinding and sieving step are recirculated. i) forming a concentrated coffee extract; ii) foaming and optionally pre-freezing the concentrated coffee extract to form a foamed and preferably pre-frozen coffee intermediate; iii) subsequently incorporating roasted ground coffee into the foamed and preferably pre-frozen coffee intermediate; iv) subsequently freezing the foamed and preferably pre-frozen coffee intermediate to form a frozen coffee intermediate; v) grinding and sieving the frozen coffee intermediate to form a ground coffee intermediate; vi) drying the ground coffee intermediate to form the freeze-dried soluble coffee product;
A valve for isolating pressure in a tubular, comprising: a housing adapted to be joined to the tubular; a valve element having an uphole valve surface on a top portion thereof and a downhole valve surface on a bottom surface thereof; a hinge mechanism for supporting the valve element; a first valve seat adapted to engage the uphole valve surface of the valve element; a second movable valve seat adapted to engage the downhole valve surface of the valve element, thereby sealing fluid pressure in both flow directions; and characterized in that a valve body has a portion extending uphole of the valve element, and the value body is operatively coupled to the second movable valve seat to move the second movable valve seat into contact with the downhole valve surface on the valve element. a housing adapted to be joined to the tubular; a valve element having an uphole valve surface on a top portion thereof and a downhole valve surface on a bottom surface thereof; a hinge mechanism for supporting the valve element; a first valve seat adapted to engage the uphole valve surface of the valve element; a second movable valve seat adapted to engage the downhole valve surface of the valve element, thereby sealing fluid pressure in both flow directions; and characterized in that a valve body has a portion extending uphole of the valve element, and the value body is operatively coupled to the second movable valve seat to move the second movable valve seat into contact with the downhole valve surface on the valve element.
A flatbed knitting machine equipped with movable sinkers, each of which can advance to and retreat from a needle bed gap and is arranged between knitting needles accommodated in needle grooves, provided on needle beds in parallel, having a cam system (10, 30), which is mounted on a carriage to reciprocate along the needle bed, to cause the knitting needles to advance to and retreat from the needle bed gap, and which includes a sinker control cam (11, 31) for performing control such that: when a knitting needle, holding a loop on a hook provided at a leading end of the knitting needle at the side of the needle bed gap, is made to advance to the needle bed gap, advancing the movable sinker to the needle bed gap and acting a yarn receive part provided on a leading end part of the movable sinker at the side of the needle bed gap on the loop, so as to prevent the loop from being raised upward together with the knitting needles; and when the knitting needle is made to retreat from the needle bed gap, setting a non-acting section, in which the leading end part of the movable sinker also retreats from the needle bed gap and action of the yarn receive part on the loop in the needle bed gap is stopped, characterized in that the sinker control cam (11, 31) includes a cam (13, 14; 32) capable of switching, at a position preceding the start of the non-acting section in a running direction of the carriage, whether the movable sinker keeps a state where the yarn receive part acts on the loop, or stops the action from that position up to the start of the non-acting section. when a knitting needle, holding a loop on a hook provided at a leading end of the knitting needle at the side of the needle bed gap, is made to advance to the needle bed gap, advancing the movable sinker to the needle bed gap and acting a yarn receive part provided on a leading end part of the movable sinker at the side of the needle bed gap on the loop, so as to prevent the loop from being raised upward together with the knitting needles; and when the knitting needle is made to retreat from the needle bed gap, setting a non-acting section, in which the leading end part of the movable sinker also retreats from the needle bed gap and action of the yarn receive part on the loop in the needle bed gap is stopped,
A method for producing a composite laminate component for a wind turbine, comprising; assembling a laminated structure comprising at least two reinforced layers and a plurality of interleaf layers positioned adjacent to one of the at least two reinforced layers, placing the laminated structure into a mold, sequentially and independently transferring resin into each layer of the plurality of interleaf layers, and curing the transferred resin in the laminated structure to form a composite laminate component comprising the at least two reinforced layers, the plurality of interleaf layers, and cured resin. assembling a laminated structure comprising at least two reinforced layers and a plurality of interleaf layers positioned adjacent to one of the at least two reinforced layers, placing the laminated structure into a mold, sequentially and independently transferring resin into each layer of the plurality of interleaf layers, and curing the transferred resin in the laminated structure to form a composite laminate component comprising the at least two reinforced layers, the plurality of interleaf layers, and cured resin.
A method for laser processing a workpiece, the method comprising: forming a contour line in the workpiece, the contour line comprising defects in the workpiece; and directing an infrared laser beam onto the workpiece along or near the contour line to separate the workpiece along the contour line, wherein the infrared laser beam has an annular beam profile such that a greater distribution of cumulated energy from the infrared laser beam is located in areas adjacent to the contour line than directly on the contour line. forming a contour line in the workpiece, the contour line comprising defects in the workpiece; and directing an infrared laser beam onto the workpiece along or near the contour line to separate the workpiece along the contour line, wherein the infrared laser beam has an annular beam profile such that a greater distribution of cumulated energy from the infrared laser beam is located in areas adjacent to the contour line than directly on the contour line.
A compound or pharmaceutically acceptable salt thereof represented by Formula Vb': wherein R 15 is H, nitro, cyano, amino, alkyl, alkylaryl, alkylamino, cycloalkylamino, alkylamine, arylamine, arylamino, alkoxy, NR 10 COOalkyl, NR 10 COOaryl, NR 10 COalkyl, NR 10 COaryl, COOalkyl, COOaryl, COalkyl, COaryl, aryl, cycloalkyl, wherein at least one H is optionally replaced by halo or a radioactive isotope.
An adaptor for connecting a closed suction catheter assembly to a tracheostomy tube in use, the adaptor comprising a housing having: a distal end configured internally to engage the proximal end of a tracheostomy tube; a proximal end to engage the distal end of a closed suction catheter assembly; and a release assembly for separating the housing of the adaptor from a tracheostomy tube; characterized in that the release assembly contains a first arm and a second arm that are compressible and a release member disposed at the distal end of the adaptor and which may be extended distally by the arms to disengage the housing from a tracheostomy tube. a distal end configured internally to engage the proximal end of a tracheostomy tube; a proximal end to engage the distal end of a closed suction catheter assembly; and a release assembly for separating the housing of the adaptor from a tracheostomy tube; characterized in that the release assembly contains a first arm and a second arm that are compressible and a release member disposed at the distal end of the adaptor and which may be extended distally by the arms to disengage the housing from a tracheostomy tube.
An in vitro method of producing platelets, the method comprising a step for bringing megakaryocyte cells and/or progenitor cells thereof into contact with one or more substances selected from the group consisting of Wnt inhibitors and FLT inhibitors.
Receiving apparatus comprising a coupling device for a cartridge, the function of which is a portioned dispensing of a product for maintaining the flow line system present in a beverage machine for preparing beverages, the cartridge being inserted into the coupling device in a liquid-tight manner with respect to the environment, characterised in that a slide which positions the cartridge is arranged in the receiving apparatus, which slide can be inserted into the receiving apparatus so as to be movable along a corresponding sliding contour and is designed to position and fix the cartridge inserted into the coupling device in the receiving apparatus and thereby to intercept the weight of the cartridge acting on the coupling device, the slide having a guide contour which can be slid underneath corresponding ridges of the cartridge. characterised in that a slide which positions the cartridge is arranged in the receiving apparatus, which slide can be inserted into the receiving apparatus so as to be movable along a corresponding sliding contour and is designed to position and fix the cartridge inserted into the coupling device in the receiving apparatus and thereby to intercept the weight of the cartridge acting on the coupling device, the slide having a guide contour which can be slid underneath corresponding ridges of the cartridge.
A programmable logic device, comprising: a user circuit implemented in the programmable logic device; a delay circuit, the delay circuit configured to have a delay representing a delay of the user circuit; and a body-bias generator, the body-bias generator configured to adjust a body bias (V b) of a transistor within the user circuit in response to a level derived from a propagation delay of the delay circuit. a user circuit implemented in the programmable logic device; a delay circuit, the delay circuit configured to have a delay representing a delay of the user circuit; and a body-bias generator, the body-bias generator configured to adjust a body bias (V b) of a transistor within the user circuit in response to a level derived from a propagation delay of the delay circuit.
An illumination device comprising: • a plurality of multi-die LEDs (203, 205), where each of said multi-die LEDs comprises a plurality of LED dies emitting light of different colors; • a plurality of light mixers (402, 404) configured to receive light from said multi-die LEDs and to convert and mix the collected light into a plurality of source light beams, said plurality of source light beams propagate along a primary optical axis; • a front lens comprising a plurality of optical front lenses, each of said optical front lenses is configured to receive one of said source light beams and to adjust the divergence and/or beam width of said source light beam; • a zoom actuator adapted to move said front lens along said primary optical axis and in relation to said multi-die LEDs and said light mixers; • characterized in that the illumination device further comprises a rotation actuator adapted to rotate said front lens around said primary optical axis and in relation to said multi-die LEDs and said light mixers; and in that said rotation actuator is arranged on a moving sled and said front lens is connected to said moving sled and where said zoom actuator is configured to move said moving sled along said primary optical axis. • a plurality of multi-die LEDs (203, 205), where each of said multi-die LEDs comprises a plurality of LED dies emitting light of different colors; • a plurality of light mixers (402, 404) configured to receive light from said multi-die LEDs and to convert and mix the collected light into a plurality of source light beams, said plurality of source light beams propagate along a primary optical axis; • a front lens comprising a plurality of optical front lenses, each of said optical front lenses is configured to receive one of said source light beams and to adjust the divergence and/or beam width of said source light beam; • a zoom actuator adapted to move said front lens along said primary optical axis and in relation to said multi-die LEDs and said light mixers; • characterized in that the illumination device further comprises a rotation actuator adapted to rotate said front lens around said primary optical axis and in relation to said multi-die LEDs and said light mixers; and in that said rotation actuator is arranged on a moving sled and said front lens is connected to said moving sled and where said zoom actuator is configured to move said moving sled along said primary optical axis.
A robot comprising: an installation stand; a base with a base flange installed to the installation stand by fixing the base flange to said installation stand; and a manipulator that is provided on the base so as to be rotatable around a first rotation axis, wherein the manipulator includes an A arm that is rotatable around an A rotation axis parallel to an installation surface of the base, and a B arm provided to be rotatable around a B rotation axis parallel to the A rotation axis with respect to the A arm, the A arm and the B arm are allowed to be brought into a first state in which the A arm and the B arm overlap when viewed from an axial direction of the B rotation axis, the A rotation axis does not intersect with the first rotation axis, and a tip end of the manipulator is movable from a first position positioned on a side opposite to the base flange with respect to the installation surface being an upper surface of the installation stand to a second position positioned on the side opposite to the base with respect to a plane parallel to the installation surface and containing the A rotation axis through the first state when viewed from a direction orthogonal to the first rotation axis. an installation stand; a base with a base flange installed to the installation stand by fixing the base flange to said installation stand; and a manipulator that is provided on the base so as to be rotatable around a first rotation axis, wherein the manipulator includes an A arm that is rotatable around an A rotation axis parallel to an installation surface of the base, and a B arm provided to be rotatable around a B rotation axis parallel to the A rotation axis with respect to the A arm, an A arm that is rotatable around an A rotation axis parallel to an installation surface of the base, and a B arm provided to be rotatable around a B rotation axis parallel to the A rotation axis with respect to the A arm, the A arm and the B arm are allowed to be brought into a first state in which the A arm and the B arm overlap when viewed from an axial direction of the B rotation axis, the A rotation axis does not intersect with the first rotation axis, and a tip end of the manipulator is movable from a first position positioned on a side opposite to the base flange with respect to the installation surface being an upper surface of the installation stand to a second position positioned on the side opposite to the base with respect to a plane parallel to the installation surface and containing the A rotation axis through the first state when viewed from a direction orthogonal to the first rotation axis.
An interlocking means (10, 10A) comprising: a pair of band-shaped first and second interlocking members (12, 14); wherein the first interlocking member includes a band-shaped first base and a male interlocking part that is provided in a longitudinal direction of the first base, and the second interlocking member includes a band-shaped second base and a female interlocking part that is provided in a longitudinal direction of the second base and is detachably interlocked with the male interlocking part, wherein the female interlocking part includes: a plurality of non-low sections; and a plurality of low sections whose heights are lower than those of the plurality of non-low sections and which are arranged at intervals in a longitudinal direction of the female interlocking part; and the male interlocking part is interlocked with the plurality of non-low sections and the plurality of low sections respectively, characterised in that the low sections are formed in a pressed and deformed shape, and widths of the low sections are wider than widths of the non-low sections. a pair of band-shaped first and second interlocking members (12, 14); wherein the first interlocking member includes a band-shaped first base and a male interlocking part that is provided in a longitudinal direction of the first base, and the second interlocking member includes a band-shaped second base and a female interlocking part that is provided in a longitudinal direction of the second base and is detachably interlocked with the male interlocking part, wherein the female interlocking part includes: a plurality of non-low sections; and a plurality of low sections whose heights are lower than those of the plurality of non-low sections and which are arranged at intervals in a longitudinal direction of the female interlocking part; and the male interlocking part is interlocked with the plurality of non-low sections and the plurality of low sections respectively, characterised in that the low sections are formed in a pressed and deformed shape, and widths of the low sections are wider than widths of the non-low sections. a plurality of non-low sections; and a plurality of low sections whose heights are lower than those of the plurality of non-low sections and which are arranged at intervals in a longitudinal direction of the female interlocking part; and the male interlocking part is interlocked with the plurality of non-low sections and the plurality of low sections respectively, characterised in that the low sections are formed in a pressed and deformed shape, and widths of the low sections are wider than widths of the non-low sections.