mhurhangee/ep-ind-claims huggingface dataset:
A service device for an address book information service, comprising: a communication unit configured to communicate with a terminal device connected via a communication network for the address book information service; and a control unit configured to: receive a service request message from the terminal device through the communication unit, identify group information according to category information and user information included in the service request message, recognize a current location of a user of the terminal device by using the identified user information, search for new address book information corresponding to the identified group information based on the recognized location of the user, and transmit the new address book information to the terminal device through the communication unit such that the new address book information is automatically registered in an address book of the terminal device, characterized in that when searching for the new address book information, the control unit further uses call history information of the user of the terminal device in order to detect frequently used address book information and to search for the new address book information corresponding to the detected address book information at the current location of the user. a communication unit configured to communicate with a terminal device connected via a communication network for the address book information service; and a control unit configured to: receive a service request message from the terminal device through the communication unit, identify group information according to category information and user information included in the service request message, recognize a current location of a user of the terminal device by using the identified user information, search for new address book information corresponding to the identified group information based on the recognized location of the user, and transmit the new address book information to the terminal device through the communication unit such that the new address book information is automatically registered in an address book of the terminal device, receive a service request message from the terminal device through the communication unit, identify group information according to category information and user information included in the service request message, recognize a current location of a user of the terminal device by using the identified user information, search for new address book information corresponding to the identified group information based on the recognized location of the user, and transmit the new address book information to the terminal device through the communication unit such that the new address book information is automatically registered in an address book of the terminal device, characterized in that when searching for the new address book information, the control unit further uses call history information of the user of the terminal device in order to detect frequently used address book information and to search for the new address book information corresponding to the detected address book information at the current location of the user.
A positive electrode material for sodium batteries, comprising positive electrode active material particles represented by the following general formula, and an electroconductive carbonaceous material that coats at least part of the surface of the positive electrode active material particles: General Formula: Na x M y (AO 4) z (P 2 O 7) w wherein M is at least one selected from the group consisting of Ti, V, Cr, Mn, Fe, Co, Ni, Cu and Zn; A is at least one selected from the group consisting of Al, Si, P, S, Ti, V and W; x is a value that satisfies 4≥x≥2; y is a value that satisfies 4≥y≥1; z is a value that satisfies 4≥z≥0; w is a value that satisfies 1≥w≥0; and at least one of z and w is 1 or more.
Arrangement of at least two adjacently extending cables (10, 20), of which a first cable and a second cable each have exactly one stranding group (11, 21) which has two or more conductor which are stranded together and each have a common cable sheath (15, 25) surrounding the stranding group, wherein the stranding groups in each case consists of a twisted conductor pair (12, 22) and/or that the cables are in each case twisted-pair cables, or wherein the cables are in each case star quad cables with quad stranding, characterised by a spacer arranged on the outside of at least one of the cable sheaths (15, 25) in order to increase a minimum spacing between the stranding groups (11, 21) of the two cables (10, 20).
A magnetic resonance spectrometer apparatus comprising: a sample probe located in a bore of the spectrometer at a sample probe side; a liquid sample container having a first opening at a first end of a longitudinal axis of the container and a second opening at a second end of the longitudinal axis, the sample container being configured to fit within a channel of the probe; a liquid input conduit having a first end connected to the first opening of the sample container; and a liquid output conduit having a first end connected to the second opening of the sample container; the liquid input conduit having a second end that extends out of a first end of the spectrometer bore to allow connection to a liquid sample source; an insertion tool; characterized in that the liquid output conduit has a second end that extends out of an end of the spectrometer bore opposite the first end of the spectrometer bore, arranged so that, while the sample container resides in the probe, a liquid sample may be introduced to the sample container via the input conduit, and withdrawn from the sample container via the output conduit, and that the insertion tool is adapted to house the sample container while introducing it to the spectrometer bore, wherein the apparatus is adapted to secure the insertion tool at an insertion side of the spectrometer bore opposite to the sample probe side, wherein the insertion tool is switchable between a retracted position, in which the sample container is enclosed by the insertion tool, and an extended position, in which the sample container extends from the insertion tool. a sample probe located in a bore of the spectrometer at a sample probe side; a liquid sample container having a first opening at a first end of a longitudinal axis of the container and a second opening at a second end of the longitudinal axis, the sample container being configured to fit within a channel of the probe; a liquid input conduit having a first end connected to the first opening of the sample container; and a liquid output conduit having a first end connected to the second opening of the sample container; the liquid input conduit having a second end that extends out of a first end of the spectrometer bore to allow connection to a liquid sample source; an insertion tool; characterized in that the liquid output conduit has a second end that extends out of an end of the spectrometer bore opposite the first end of the spectrometer bore, arranged so that, while the sample container resides in the probe, a liquid sample may be introduced to the sample container via the input conduit, and withdrawn from the sample container via the output conduit, and that the insertion tool is adapted to house the sample container while introducing it to the spectrometer bore, wherein the apparatus is adapted to secure the insertion tool at an insertion side of the spectrometer bore opposite to the sample probe side, wherein the insertion tool is switchable between a retracted position, in which the sample container is enclosed by the insertion tool, and an extended position, in which the sample container extends from the insertion tool.
A flavoured-beverage preparation machine, in particular a flavoured-beverage containing at least one of milk, coffee, tea, soup and chocolate, said machine comprising: - a fluid circuit having a duct that has an outlet for dispensing a flavoured-beverage over a filling area for user-receptacles; and - a cleaning arrangement for removing remnant flavoured-beverage from the duct by passing a clearing fluid through the duct and out of the duct via the outlet, the cleaning arrangement having: - means (300,400,450) for providing a gas under pressure; and - a configuration for passing said gas as said clearing fluid under pressure through and out of the duct for evacuating remnant flavoured-beverage from the duct, characterised in that the cleaning arrangement (300,400,450) is configured to pass immediately after a flavoured-beverage dispensing cycle into a user-receptacle or after a delay in the range of 0.05 to 3 sec after a flavoured-beverage dispensing cycle, the pressure gas through and out of the duct at an end of a flavoured-beverage dispensing cycle into a user-receptacle for evacuating remnant flavoured-beverage to said user-receptacle - a fluid circuit having a duct that has an outlet for dispensing a flavoured-beverage over a filling area for user-receptacles; and - a cleaning arrangement for removing remnant flavoured-beverage from the duct by passing a clearing fluid through the duct and out of the duct via the outlet, - means (300,400,450) for providing a gas under pressure; and - a configuration for passing said gas as said clearing fluid under pressure through and out of the duct for evacuating remnant flavoured-beverage from the duct,
A holder for a broaching tool with a cutting tool comprising a cutting edge and with the holder for holding the cutting tool, wherein the holder comprises a clamping region and a holding region, wherein the holding region comprises, at its end facing away from the clamping region, a seat for the cutting tool, which is configured and arranged such that, when the cutting tool is mounted into the seat, its cutting edge projects beyond the circumferential surface of the holding region, wherein the holding region comprises, on its circumferential surface, a support for the cutting tool, wherein the support is formed on the circumferential surface of the holding region as an integral, radially projecting supporting body, and wherein a coolant channel extends inside the holder, characterized in that the coolant channel comprises two exit openings (44, 45) which, as seen in the circumferential direction, are arranged laterally adjacent to the support and/or in lateral surfaces (161, 163) of the support.
An integrated circuit chip adapted to be selectively AC or DC coupled for signalling to an external device, said IC chip comprising: a first differential driver configurable for AC and DC signalling; a plurality of first connectors (AC_P, AC_N) connected to said first differential driver, said plurality of first connectors (AC_P, AC_N), located on said IC chip, connectable to coupling points external to said IC chip by way of corresponding coupling capacitors, external to said IC chip, to AC couple said IC chip to said external device; a second single-ended driver configuration for DC signalling; a plurality of second connectors (DCO, DC1) connected to said second single-ended driver configuration, said plurality of second connectors (DCO, DC1), located on said IC chip connectable to said coupling points, external to said IC chip, to DC couple said IC chip to said external device; and switching logic, integrated on said IC chip to selectively interconnect said plurality of first connectors (AC_P, AC_N) and said plurality of second connectors (DCO, DC1) of said IC chip through said IC chip, thereby shorting each of the corresponding coupling capacitors, when said IC chip is DC coupled to said device by way of said plurality of second connectors (DCO, DC1). a first differential driver configurable for AC and DC signalling; a plurality of first connectors (AC_P, AC_N) connected to said first differential driver, said plurality of first connectors (AC_P, AC_N), located on said IC chip, connectable to coupling points external to said IC chip by way of corresponding coupling capacitors, external to said IC chip, to AC couple said IC chip to said external device; a second single-ended driver configuration for DC signalling; a plurality of second connectors (DCO, DC1) connected to said second single-ended driver configuration, said plurality of second connectors (DCO, DC1), located on said IC chip connectable to said coupling points, external to said IC chip, to DC couple said IC chip to said external device; and switching logic, integrated on said IC chip to selectively interconnect said plurality of first connectors (AC_P, AC_N) and said plurality of second connectors (DCO, DC1) of said IC chip through said IC chip, thereby shorting each of the corresponding coupling capacitors, when said IC chip is DC coupled to said device by way of said plurality of second connectors (DCO, DC1).
A selective access device for a picking/deposit station in an automated warehouse, the device comprising: • an area which enables, in use, access to a housing of the station, after having formed a passage through said area, said passage having a front edge, a rear edge and two side edges (27,28) opposite to one another; • a first cover engaging said area and comprising a slidable flat surface operable to open, so as to define said front edge; • a second cover, which engages said area above said first cover and consists of a plurality of doors (40;40a;40b) arranged side by side each other along a first rectilinear axis and comprising respective end edges and respective sides; the second cover being operable to open, so that at least one of said sides defines a corresponding side edge (27,28) of said passage; characterised in that said doors (40;40a;40b) are slidable to open and close along a respective second axis orthogonal to said first axis, so that at least one of said end edges defines the rear edge of said passage when said second cover is open. • an area which enables, in use, access to a housing of the station, after having formed a passage through said area, said passage having a front edge, a rear edge and two side edges (27,28) opposite to one another; • a first cover engaging said area and comprising a slidable flat surface operable to open, so as to define said front edge; • a second cover, which engages said area above said first cover and consists of a plurality of doors (40;40a;40b) arranged side by side each other along a first rectilinear axis and comprising respective end edges and respective sides; the second cover being operable to open, so that at least one of said sides defines a corresponding side edge (27,28) of said passage;
Method of controlling an irradiation system for use in an apparatus for producing a three-dimensional work piece and comprising a plurality of irradiation units (22a, 22b), the method comprising the steps of: - defining a first and a second irradiation area (18a, 18b) as well as an overlap area arranged between the first and the second irradiation area (18a, 18b) on a surface of a carrier adapted to receive a layer of raw material powder, - assigning a first irradiation unit of the irradiation system to the first irradiation area and the overlap area, and - assigning a second irradiation unit of the irradiation system to the second irradiation area and the overlap area, characterized by the steps of: - determining that a section of a radiation pattern according to which radiation beams (24a, 24b) emitted by the irradiation units (22a, 22b) of the irradiation system are guided over the layer of raw material powder received on the carrier and/or a contour of the three-dimensional work piece to be produced extend(s) into the first and the second irradiation area (18a, 18b) defined on the surface of the carrier, - splitting said section of the radiation pattern and/or said contour, in a splitting region of the section of the radiation pattern and/or the contour which is located in the overlap area arranged between the first and the second irradiation area (18a, 18b), into a first portion (S1, C1) and a second portion (S2, C2), - assigning the first portion (S1, C1) of said section of the radiation pattern and/or said contour to the first irradiation unit, and - assigning the second portion (S2, C2) of said section of the radiation pattern and/or said contour to the second irradiation unit. - defining a first and a second irradiation area (18a, 18b) as well as an overlap area arranged between the first and the second irradiation area (18a, 18b) on a surface of a carrier adapted to receive a layer of raw material powder, - assigning a first irradiation unit of the irradiation system to the first irradiation area and the overlap area, and - assigning a second irradiation unit of the irradiation system to the second irradiation area and the overlap area, - determining that a section of a radiation pattern according to which radiation beams (24a, 24b) emitted by the irradiation units (22a, 22b) of the irradiation system are guided over the layer of raw material powder received on the carrier and/or a contour of the three-dimensional work piece to be produced extend(s) into the first and the second irradiation area (18a, 18b) defined on the surface of the carrier, - splitting said section of the radiation pattern and/or said contour, in a splitting region of the section of the radiation pattern and/or the contour which is located in the overlap area arranged between the first and the second irradiation area (18a, 18b), into a first portion (S1, C1) and a second portion (S2, C2), - assigning the first portion (S1, C1) of said section of the radiation pattern and/or said contour to the first irradiation unit, and - assigning the second portion (S2, C2) of said section of the radiation pattern and/or said contour to the second irradiation unit.
A bi-state driver circuit for switching an output terminal between a first predetermined voltage level and a high impedance state, comprising: a first string of transistors connected in series, the first string being connected between the output terminal and the first predetermined voltage level and comprising at least a first transistor arranged closer to the first predetermined voltage level and a second transistor arranged closer to the output terminal; a voltage divider circuit connected between the output terminal and a voltage level of a control signal attaining voltage levels between the first predetermined voltage level and a second predetermined voltage level, comprising at least one intermediate node having an intermediate voltage level between a voltage level of the output terminal and the voltage level of the control signal; and a second string of transistors connected in series, the second string being connected between the intermediate node of the voltage divider circuit and the second predetermined voltage level, and comprising at least a third transistor; wherein a control terminal of the second transistor is connected to the intermediate node; the first transistor is switched in accordance with the control signal; and the third transistor is be switched in accordance with the control signal, in a phase-locked relationship with the first transistor. a first string of transistors connected in series, the first string being connected between the output terminal and the first predetermined voltage level and comprising at least a first transistor arranged closer to the first predetermined voltage level and a second transistor arranged closer to the output terminal; a voltage divider circuit connected between the output terminal and a voltage level of a control signal attaining voltage levels between the first predetermined voltage level and a second predetermined voltage level, comprising at least one intermediate node having an intermediate voltage level between a voltage level of the output terminal and the voltage level of the control signal; and a second string of transistors connected in series, the second string being connected between the intermediate node of the voltage divider circuit and the second predetermined voltage level, and comprising at least a third transistor; wherein a control terminal of the second transistor is connected to the intermediate node; the first transistor is switched in accordance with the control signal; and the third transistor is be switched in accordance with the control signal, in a phase-locked relationship with the first transistor.
A light emitter (100, 1400), comprising: a plurality of light emitting devices (110, 410) mechanically interconnected by a common substrate (200, 400) on which the light emitting devices are formed, wherein the light emitting devices are electrically interconnected on the common substrate to provide an array of at least two serially connected subsets of parallel connected light emitting devices, each subset comprising at least three light emitting devices, and wherein a voltage drop across the light emitter is at least three times a voltage drop of one of the light emitting devices; the light emitter being characterised in that it further comprises at least one means for opening an electrically conductive connection in series with at least one of the light emitting devices. a plurality of light emitting devices (110, 410) mechanically interconnected by a common substrate (200, 400) on which the light emitting devices are formed, wherein the light emitting devices are electrically interconnected on the common substrate to provide an array of at least two serially connected subsets of parallel connected light emitting devices, each subset comprising at least three light emitting devices, and wherein a voltage drop across the light emitter is at least three times a voltage drop of one of the light emitting devices; the light emitter being characterised in that it further comprises at least one means for opening an electrically conductive connection in series with at least one of the light emitting devices.
A method of making garment material, the method having the steps: a) fitting a substrate onto the mould; b) applying a coagulant to the substrate and then applying a layer of foam of a polymeric material to the substrate; c) allowing for the coagulant to coagulate some of the foam for a controlled period so that an underside of the layer of foam polymeric material, which is closest to the substrate, coagulates to form a coagulated layer and an outer part of the foam layer does not coagulate and forms an uncoagulated layer; d) removing the uncoagulated foam layer before a film skin can form on the layer of foam, to leave a cohesive, porous, and breathable coagulated layer of polymeric material on the substrate, and e) removing the garment material comprising the substrate and the coagulated polymeric material from the mould, and wherein before and/or after step e), one or more bonding agents and one or more dressing compounds are applied to the garment material such that the dressing compounds are bonded to the surface of the garment material, wherein the dressing compound is a blend of essential oils. a) fitting a substrate onto the mould; b) applying a coagulant to the substrate and then applying a layer of foam of a polymeric material to the substrate; c) allowing for the coagulant to coagulate some of the foam for a controlled period so that an underside of the layer of foam polymeric material, which is closest to the substrate, coagulates to form a coagulated layer and an outer part of the foam layer does not coagulate and forms an uncoagulated layer; d) removing the uncoagulated foam layer before a film skin can form on the layer of foam, to leave a cohesive, porous, and breathable coagulated layer of polymeric material on the substrate, and e) removing the garment material comprising the substrate and the coagulated polymeric material from the mould, and wherein before and/or after step e), one or more bonding agents and one or more dressing compounds are applied to the garment material such that the dressing compounds are bonded to the surface of the garment material, wherein the dressing compound is a blend of essential oils.