mhurhangee/ep-ind-claims huggingface dataset:
A solar cell module comprising: a plurality of solar cells (C1 - C3) each including first electrodes (113, 11) collecting carriers of a first conductive type and second electrodes (115, 13) collecting carriers of a second conductive type opposite the first conductive type, the plurality of solar cells being positioned adjacent to one another; and a plurality of wiring members configured to electrically connect the first electrodes to the second electrodes of adjacent solar cells, the plurality of wiring members being positioned in parallel with one another, wherein the plurality of wiring members include a first wiring member disposed in a corner area (AC1, AC2) of one solar cell having a corner with a curved edge and a second wiring member disposed in a non-corner area of the one solar cell except the corner area, characterized in that the first wiring member is shorter in length than the second wiring member, and the total number of first and second electrodes connected to the first wiring member is less than the total number of first and second electrodes connected to the second wiring member. a plurality of solar cells (C1 - C3) each including first electrodes (113, 11) collecting carriers of a first conductive type and second electrodes (115, 13) collecting carriers of a second conductive type opposite the first conductive type, the plurality of solar cells being positioned adjacent to one another; and a plurality of wiring members configured to electrically connect the first electrodes to the second electrodes of adjacent solar cells, the plurality of wiring members being positioned in parallel with one another, wherein the plurality of wiring members include a first wiring member disposed in a corner area (AC1, AC2) of one solar cell having a corner with a curved edge and a second wiring member disposed in a non-corner area of the one solar cell except the corner area, characterized in that the first wiring member is shorter in length than the second wiring member, and the total number of first and second electrodes connected to the first wiring member is less than the total number of first and second electrodes connected to the second wiring member.
A UDP-glycosyltransferase fusion enzyme having the amino acid sequence as set forth in SEQ. ID. NO: 9 in which a UGT76G1 UDP-glycosyltransferase having the amino acid sequence as set forth in SEQ. ID. NO: 1 is linked via a GSG-linker to an Arabidopsis thaliana sucrose synthase 1(AtSUS1) domain as set forth in SEQ. ID. NO: 7.
A processing device comprising a policy evaluation module for evaluating policies associated with a data file or an application and a dynamic context determination module for determining contextual information associated with the current context of operation of the device and for providing the thus determined contextual information to the policy evaluation module, the device further including a policy enforcement module for enforcing the evaluation specified by the policy evaluation module, wherein the device s operable to cause the policy evaluation module to evaluate a policy associated with a data file or an application whenever the associated data file or application is invoked and, additionally, whilst the associated data file or application is active on the device and a notification of a change in the determined contextual information is received by the policy evaluation module, wherein the device is operable to cause a particular installed application to open a particular stored data file only after performing an evaluation of both a policy associated with the installed application and a policy associated with the stored data file, and only in the event that the evaluation of both policies is that such an action, for the installed application to open the stored data file, is permissible in view of the conditions specified in both evaluated policies.
A hot melt adhesive composition comprising: (a) a polypropylene homopolymer having a DSC melting point of less than 100°C; (b) a 1-butene-based copolymer; and (c) a plasticizer; wherein the composition is tackifier-free. (a) a polypropylene homopolymer having a DSC melting point of less than 100°C; (b) a 1-butene-based copolymer; and (c) a plasticizer;
A power transmission device outputting torque from a first power source and a second power source (5, 7) to axles, comprising: a first shaft coupled with the first power source; a differential configured to differentially distribute the torque to the axles; a first gear set configured to drivingly couple the first shaft with the differential; a second shaft coupled with the second power source (5, 7); a second gear set drivingly coupled with the second shaft; a clutch configured to receive fluid pressure to drivingly and releasably couple the second gear set with the first gear set; a pump driven to generate the fluid pressure, the pump being disposed separate from the clutch and in fluid connection with the clutch to supply the fluid pressure; a third gear set (28, 30, 71) drivingly coupled with the second power source (5, 7), wherein the pump is driven by the third gear set (28, 30, 71) to generate the fluid pressure; a casing defining a single space so dimensioned as to house the first and second shafts (31, 37), the differential, the first and second gear sets (28, 30, 71), the pump and the clutch, wherein the third gear set (28, 30, 71) is disposed inside the casing; and a flow path passing through the casing and establishing fluid communication between the pump and the clutch, characterised in that the pump and the clutch are disposed below the first shaft, the second shaft and an axis of the differential, wherein the casing includes an oil reservoir disposed around a lowermost point in the space and just below the pump. a first shaft coupled with the first power source; a differential configured to differentially distribute the torque to the axles; a first gear set configured to drivingly couple the first shaft with the differential; a second shaft coupled with the second power source (5, 7); a second gear set drivingly coupled with the second shaft; a clutch configured to receive fluid pressure to drivingly and releasably couple the second gear set with the first gear set; a pump driven to generate the fluid pressure, the pump being disposed separate from the clutch and in fluid connection with the clutch to supply the fluid pressure; a third gear set (28, 30, 71) drivingly coupled with the second power source (5, 7), wherein the pump is driven by the third gear set (28, 30, 71) to generate the fluid pressure; a casing defining a single space so dimensioned as to house the first and second shafts (31, 37), the differential, the first and second gear sets (28, 30, 71), the pump and the clutch, wherein the third gear set (28, 30, 71) is disposed inside the casing; and a flow path passing through the casing and establishing fluid communication between the pump and the clutch, characterised in that the pump and the clutch are disposed below the first shaft, the second shaft and an axis of the differential, wherein the casing includes an oil reservoir disposed around a lowermost point in the space and just below the pump.
A fuel supply assembly for a gas turbine engine having an engine axis, the fuel supply assembly comprising: a plurality of fuel injectors (22, 22A, 22B) configured for mounting circumferentially to an engine casing of the gas turbine engine and to be serially interconnected, at least one pair (122, 222) of the plurality of fuel injectors (22, 22A, 22B) having: a first fuel injector including a first manifold adapter having a first outlet defined around a first outlet axis, the first outlet disposed between two circumferentially opposed first ends (32A, 132A), and a first stem connected to the first manifold adapter at the first outlet and extending longitudinally along a first stem axis, the first stem axis extending radially from the engine axis, whereby fuel is flown to the first stem through the first outlet; and a second fuel injector including a second manifold adapter having a second outlet defined around a second outlet axis, the second outlet disposed between two circumferentially opposed second ends (32B, 132B), and a second stem connected to the second manifold adapter at the second outlet and extending longitudinally along a second stem axis, the second stem axis extending radially from the engine axis, whereby fuel is flown to the second stem through the second outlet; characterised in that: the first outlet axis extends radially from the engine axis; the second outlet axis extends radially from the engine axis; and the first and second outlet axes (31A, 31B) are disposed circumferentially between the first and second stem axes (29A, 29B). a first fuel injector including a first manifold adapter having a first outlet defined around a first outlet axis, the first outlet disposed between two circumferentially opposed first ends (32A, 132A), and a first stem connected to the first manifold adapter at the first outlet and extending longitudinally along a first stem axis, the first stem axis extending radially from the engine axis, whereby fuel is flown to the first stem through the first outlet; and a second fuel injector including a second manifold adapter having a second outlet defined around a second outlet axis, the second outlet disposed between two circumferentially opposed second ends (32B, 132B), and a second stem connected to the second manifold adapter at the second outlet and extending longitudinally along a second stem axis, the second stem axis extending radially from the engine axis, whereby fuel is flown to the second stem through the second outlet; characterised in that: the first outlet axis extends radially from the engine axis; the second outlet axis extends radially from the engine axis; and the first and second outlet axes (31A, 31B) are disposed circumferentially between the first and second stem axes (29A, 29B). the first outlet axis extends radially from the engine axis; the second outlet axis extends radially from the engine axis; and the first and second outlet axes (31A, 31B) are disposed circumferentially between the first and second stem axes (29A, 29B).
A connection apparatus, comprising: a first tube and a second tube; each tube (86, 88) including respectively an external surface (86a, 88a), a mouth (86b, 88b), and an interior surface (86c, 88c); first and second flanges (90, 92) respectively surrounding, forming, or connecting with the first or second tube (86, 88) respectively; each flange (90, 92) having an external face (90a, 92a), each having a flaw, break, or thin spot (102, 104), and a chamber, pocket, or hollow space (94, 96) within a respective flange (90, 92); a sheet or film of fluid, foam or flexible gel (98, 100) is disposed over the respective first and second external face (90a, 92a); characterized in that: a first liquid, fluid, gel or foam is disposed within the chamber, pocket, or hollow space in the first tube; and a second liquid, fluid, gel or foam is disposed within the chamber, pocket, or hollow space in the second tube; such that when the first tube is moved towards the second tube external faces (90a, 92a) are attached, external face substantially covers external face and thin spots (102, 104) are substantially aligned, and when substances (95, 97) are pressurized, pressure builds up in chambers (94, 96) until each substance (95, 97) reaches its maximum pressure and breaks through the respective external face (90a, 92a) and gel (98, 100) at thin spot (102, 104); so that the substances (95, 97) displace gels (98, 100) from external faces (90a, 92a) radially outward as they emerge through thin spots (102, 104) and expose gradually chambers (94, 96) to one another allowing connection between tubes (86, 88). a first tube and a second tube; each tube (86, 88) including respectively an external surface (86a, 88a), a mouth (86b, 88b), and an interior surface (86c, 88c); first and second flanges (90, 92) respectively surrounding, forming, or connecting with the first or second tube (86, 88) respectively; each flange (90, 92) having an external face (90a, 92a), each having a flaw, break, or thin spot (102, 104), and a chamber, pocket, or hollow space (94, 96) within a respective flange (90, 92); a sheet or film of fluid, foam or flexible gel (98, 100) is disposed over the respective first and second external face (90a, 92a); a first liquid, fluid, gel or foam is disposed within the chamber, pocket, or hollow space in the first tube; and a second liquid, fluid, gel or foam is disposed within the chamber, pocket, or hollow space in the second tube; such that when the first tube is moved towards the second tube external faces (90a, 92a) are attached, external face substantially covers external face and thin spots (102, 104) are substantially aligned, and when substances (95, 97) are pressurized, pressure builds up in chambers (94, 96) until each substance (95, 97) reaches its maximum pressure and breaks through the respective external face (90a, 92a) and gel (98, 100) at thin spot (102, 104); so that the substances (95, 97) displace gels (98, 100) from external faces (90a, 92a) radially outward as they emerge through thin spots (102, 104) and expose gradually chambers (94, 96) to one another allowing connection between tubes (86, 88).
A system of distributing a reference timing signal comprising: a clock comprising: a reference oscillator associated with the reference timing signal; and a femtosecond laser configured to produce a femtosecond laser pulse sequence stabilized by the reference oscillator; at least one beamsplitter configured to split the femtosecond laser pulse sequence into one or more split laser pulse sequences; one or more remote nodes (330a-h) that are spaced from the clock, and configured to generate distributed timing signals associated with the reference timing signal, based on associated ones of the one or more split laser pulse sequences; and characterized by a transfer laser configured to generate a frequency reference locked to a femtosecond frequency comb associated with the reference oscillator, wherein the one or more remote nodes are configured to generate the distributed timing signals based on the frequency reference from the transfer laser. a clock comprising: a reference oscillator associated with the reference timing signal; and a femtosecond laser configured to produce a femtosecond laser pulse sequence stabilized by the reference oscillator; a reference oscillator associated with the reference timing signal; and a femtosecond laser configured to produce a femtosecond laser pulse sequence stabilized by the reference oscillator; at least one beamsplitter configured to split the femtosecond laser pulse sequence into one or more split laser pulse sequences;
A capsule medical apparatus adapted to float on a liquid surface of liquid introduced into a subject, comprising: at least one in-vivo information obtaining unit (23, 26) that obtains in-vivo information of the subject; a transmitting unit that wirelessly transmits an electric wave including the in-vivo information obtained by the at least one in-vivo information obtaining unit (23, 26) to outside through a transmitting antenna; and a capsule-type casing having the at least one in-vivo information obtaining unit (23, 26), the transmitting antenna, and the transmitting unit fixedly arranged therein, the capsule-type casing having a first end portion and a second end portion, a central axis extending in a longitudinal direction of the capsule type casing, and a barycenter of the capsule medical apparatus being set on a position on the second end portion side relative to a center of the capsule-type casing and being set on a position on the central axis; wherein the transmitting antenna is fixedly arranged in the first end portion in a manner that a portion of the transmitting antenna sinks under the liquid surface of the liquid and the remaining portion of the transmitting antenna is above the liquid surface so that the transmitting antenna is arranged on a liquid surface position of the liquid when the first end portion floats on the liquid surface of the liquid. at least one in-vivo information obtaining unit (23, 26) that obtains in-vivo information of the subject; a transmitting unit that wirelessly transmits an electric wave including the in-vivo information obtained by the at least one in-vivo information obtaining unit (23, 26) to outside through a transmitting antenna; and a capsule-type casing having the at least one in-vivo information obtaining unit (23, 26), the transmitting antenna, and the transmitting unit fixedly arranged therein, the capsule-type casing having a first end portion and a second end portion, a central axis extending in a longitudinal direction of the capsule type casing, and a barycenter of the capsule medical apparatus being set on a position on the second end portion side relative to a center of the capsule-type casing and being set on a position on the central axis; wherein the transmitting antenna is fixedly arranged in the first end portion in a manner that a portion of the transmitting antenna sinks under the liquid surface of the liquid and the remaining portion of the transmitting antenna is above the liquid surface so that the transmitting antenna is arranged on a liquid surface position of the liquid when the first end portion floats on the liquid surface of the liquid.
An information processing device, comprising: a wireless communication unit that wirelessly communicates with a plurality of source devices (1200, 1400) as a sink device; a control unit that controls a connection with the source devices (1200, 1400) and transmission of content or data from the source devices (1200, 1400); a user interface unit that selects one of an accessibility operation and a normal operation, and a stream receiving unit, wherein the information processing device, operated as a sink device, is operable in one of a normal mode, and one or more types of accessibility modes of supporting browsing for an operator of the sink device with a disability or functional degeneration of his body, wherein supporting browsing corresponds to web accessibility by the operator; wherein, when the sink device is operating in one of the one or more types of accessibility modes, the stream receiving unit of the sink device is configured to receive content data and metadata from the source devices (1200, 1400), wherein the metadata is data for supporting the disability or functional degeneration of the operator, wherein each of the plurality of source devices (1200, 1400) is operable in one of a normal mode and one or more types of said accessibility modes of supporting browsing, and the control unit requests the source devices (1200, 1400) so that the accessibility modes of the plurality of source devices (1200, 1400) coincide. a wireless communication unit that wirelessly communicates with a plurality of source devices (1200, 1400) as a sink device; a control unit that controls a connection with the source devices (1200, 1400) and transmission of content or data from the source devices (1200, 1400); a user interface unit that selects one of an accessibility operation and a normal operation, and a stream receiving unit, wherein the information processing device, operated as a sink device, is operable in one of a normal mode, and one or more types of accessibility modes of supporting browsing for an operator of the sink device with a disability or functional degeneration of his body, wherein supporting browsing corresponds to web accessibility by the operator; wherein, when the sink device is operating in one of the one or more types of accessibility modes, the stream receiving unit of the sink device is configured to receive content data and metadata from the source devices (1200, 1400), wherein the metadata is data for supporting the disability or functional degeneration of the operator, wherein each of the plurality of source devices (1200, 1400) is operable in one of a normal mode and one or more types of said accessibility modes of supporting browsing, and the control unit requests the source devices (1200, 1400) so that the accessibility modes of the plurality of source devices (1200, 1400) coincide.
A method of estimating location of a user device in a wireless network, the wireless network including a plurality of access points, the method including the steps of: i) determining channel path loss between the user device and a first access point of the plurality of access points; the method characterized by ii) calculating a correlation value for the first access point, the correlation value for the first access point being a measure of the correlation between the channel path loss between the user device and the first access point, and the channel path loss between the first access point and a plurality of second access points to which the user measurements are being made; and iii) estimating the location of the user device from a known location of the first access point and the correlation value for the first access point. i) determining channel path loss between the user device and a first access point of the plurality of access points; the method characterized by ii) calculating a correlation value for the first access point, the correlation value for the first access point being a measure of the correlation between the channel path loss between the user device and the first access point, and the channel path loss between the first access point and a plurality of second access points to which the user measurements are being made; and iii) estimating the location of the user device from a known location of the first access point and the correlation value for the first access point.
A phosphor for emission of red light, having the general empirical formula Sr x Ca 1-x AlSiN 3:Eu wherein 0.8 < x ≤ 1, wherein between 0.1% and 5% inclusive of the Sr, Ca and/or Sr/Ca lattice sites have been replaced by Eu, and wherein, in the x-ray structure analysis, the phosphor in orthorhombic description exhibits a reflection having the Miller indices 1 2 1.
Dishwasher comprising an opening for loading and unloading the dishwasher with items to be washed; a door for closing the opening which comprises at least one door leaf and at least one hinge device for movably connecting the door leaf to the dishwasher, and wherein the at least one hinge device has a first bearing and a support which is movably held on the dishwasher by means of the first bearing, wherein the first bearing enables a movement of the door leaf about a first pivotal axis between a first position, in which the door leaf extends in a vertical direction for covering the opening, and a second position, in which the door leaf extends in a horizontal direction for releasing the opening characterized in that the support is designed as an angle piece, in particular is designed as L-shaped, and the hinge device has a second bearing, by means of which the door leaf is movably held on the support, wherein the second bearing enables a movement of the door leaf about another, second pivotal axis from the second position into a third position, releasing the opening, in which the door leaf extends in the vertical direction.