mhurhangee/ep-ind-claims huggingface dataset:
A light source apparatus configured by a light source having a semiconductor device, a light intensity of which deteriorates with a lighting time period, comprising: a lighting time period measuring section that measures a lighting time period of the light source; a junction temperature calculating section that calculates a junction temperature (T j) of the light source by multiplying a thermal resistance (R θj-ref) of a substrate, on which the semiconductor device is mounted, by an input power (P Diss) inputted to the semiconductor device, and adding a substrate temperature (T ref) of the substrate to a result of the multiplying; a light intensity deterioration characteristic storing section that stores deterioration factors of the light source that are associated with respective junction temperature ranges of the light source; a light source drive characteristic storing section that stores characteristics of power that drives the light source and a light intensity; a deteriorated light intensity calculating section that calculates a deteriorated light intensity based on the lighting time period measured by the lighting time period measuring section, the junction temperature (T j) calculated by the junction temperature calculating section, and the deterioration factors stored in the light intensity deterioration characteristic storing section; and a light source power control section that controls power that drives the light source, based on the deteriorated light intensity calculated by the deteriorated light intensity calculating section, and the characteristics stored in the light source drive characteristic storing section. a lighting time period measuring section that measures a lighting time period of the light source; a junction temperature calculating section that calculates a junction temperature (T j) of the light source by multiplying a thermal resistance (R θj-ref) of a substrate, on which the semiconductor device is mounted, by an input power (P Diss) inputted to the semiconductor device, and adding a substrate temperature (T ref) of the substrate to a result of the multiplying; a light intensity deterioration characteristic storing section that stores deterioration factors of the light source that are associated with respective junction temperature ranges of the light source; a light source drive characteristic storing section that stores characteristics of power that drives the light source and a light intensity; a deteriorated light intensity calculating section that calculates a deteriorated light intensity based on the lighting time period measured by the lighting time period measuring section, the junction temperature (T j) calculated by the junction temperature calculating section, and the deterioration factors stored in the light intensity deterioration characteristic storing section; and a light source power control section that controls power that drives the light source, based on the deteriorated light intensity calculated by the deteriorated light intensity calculating section, and the characteristics stored in the light source drive characteristic storing section.
A negative electrode current collector, comprising an organic support layer and an copper-based conductive layer disposed on at least one surface of the organic support layer, wherein a copper-based crystal grain size in the copper-based conductive layer is from 10 nm to 500 nm; wherein the grain size of the copper-based crystal is measured as described in the description.
A camera module comprising: an image capturing unit configured to image an interior of a vehicle; and an illumination unit configured to illuminate the interior of the vehicle, wherein the illumination unit includes at least one light source and an illumination lens configured to transmit light beam(s) from said at least one light source, and the illumination lens is such that an irradiation area has an irradiation width (Eh) in a horizontal direction greater than an irradiation width (Ev) in a vertical direction with an area to which the light beam of the light source is transmitted in the vertical direction being reduced, and that the irradiation area comprises a plurality of high illuminance areas arranged in the horizontal direction. an image capturing unit configured to image an interior of a vehicle; and an illumination unit configured to illuminate the interior of the vehicle, wherein the illumination unit includes at least one light source and an illumination lens configured to transmit light beam(s) from said at least one light source, and the illumination lens is such that an irradiation area has an irradiation width (Eh) in a horizontal direction greater than an irradiation width (Ev) in a vertical direction with an area to which the light beam of the light source is transmitted in the vertical direction being reduced, and that the irradiation area comprises a plurality of high illuminance areas arranged in the horizontal direction.
A wrist computer, comprising: means for attaching the wrist computer to a user's wrist; a bi-directional wireless communication interface configured to communicate wirelessly with a portable video camera wearable by the user or disposable to record and store video data in an area where the user performs physical activity, wherein the communication interface is arranged to perform the communication according to a predefined communication protocol; a processor configured to acquire physical activity data of the user measured by a sensor device during the physical activity performed by the user, to identify (304, 400, 500) a performance event of the user from the physical activity data by using one or more thresholds for detecting the performance event from the measured physical activity data, to generate (304, 400, 504) a time marker in response to the identification of the performance event, the time marker indicating timing of the identified performance event, and to cause the bi-directional wireless interface to transmit (306, 402) the time marker to the portable video camera according to the predefined communication protocol to be stored as meta data in a video file recorded by the portable camera, wherein the processor is configured to generate, in response to the detection of the performance event from the physical activity data, a start command triggering start of video recording and to cause the bi-directional wireless communication interface to communicate the start command to the portable video camera according to the predefined communication protocol. means for attaching the wrist computer to a user's wrist; a bi-directional wireless communication interface configured to communicate wirelessly with a portable video camera wearable by the user or disposable to record and store video data in an area where the user performs physical activity, wherein the communication interface is arranged to perform the communication according to a predefined communication protocol; a processor configured to acquire physical activity data of the user measured by a sensor device during the physical activity performed by the user, to identify (304, 400, 500) a performance event of the user from the physical activity data by using one or more thresholds for detecting the performance event from the measured physical activity data, to generate (304, 400, 504) a time marker in response to the identification of the performance event, the time marker indicating timing of the identified performance event, and to cause the bi-directional wireless interface to transmit (306, 402) the time marker to the portable video camera according to the predefined communication protocol to be stored as meta data in a video file recorded by the portable camera, wherein the processor is configured to generate, in response to the detection of the performance event from the physical activity data, a start command triggering start of video recording and to cause the bi-directional wireless communication interface to communicate the start command to the portable video camera according to the predefined communication protocol.
A method comprising: receiving, by a computer network device during neighbor discovery, neighbour discovery packets from a plurality of neighbor network devices, wherein the neighbor discovery packet includes an authentication credential for the neighbor network device; extracting the authentication credential from the neighbor discovery packet; determining, by the computer network device, a level of validation of each of the neighbor network devices from the neighbor discovery packets by validating the extracted authentication credential, where the level of the validation indicates a type of validation, a result of validation or other indication of values of trust information for the neighbor network device; storing, at the computer network device, the level of validation for each of the neighbor network devices in a table; operating, by the computer network device, a plurality of protocols; and establishing communication authorization for each of the protocols with one or more of the neighbor network devices using the level of validation in the table, wherein each of the protocols requires a particular level of validation to establish the communication authorization. receiving, by a computer network device during neighbor discovery, neighbour discovery packets from a plurality of neighbor network devices, wherein the neighbor discovery packet includes an authentication credential for the neighbor network device; extracting the authentication credential from the neighbor discovery packet; determining, by the computer network device, a level of validation of each of the neighbor network devices from the neighbor discovery packets by validating the extracted authentication credential, where the level of the validation indicates a type of validation, a result of validation or other indication of values of trust information for the neighbor network device; storing, at the computer network device, the level of validation for each of the neighbor network devices in a table; operating, by the computer network device, a plurality of protocols; and establishing communication authorization for each of the protocols with one or more of the neighbor network devices using the level of validation in the table, wherein each of the protocols requires a particular level of validation to establish the communication authorization.
A lithium metal secondary battery, comprising: a negative electrode, a separator and a positive electrode, the negative electrode including a lithium metal foil as a negative electrode material without a separate negative electrode active material, wherein a nano imprint pattern structure is formed on a lithium metal foil surface which is a surface of the negative electrode facing the separator, wherein the height h of the surface pattern structure is 50 ~ 500 nm, and the separator is filled in the pattern structure to form a physical bond between the negative electrode and the separator so that the negative electrode and the separator are adhered to each other. a negative electrode, a separator and a positive electrode, the negative electrode including a lithium metal foil as a negative electrode material without a separate negative electrode active material, wherein a nano imprint pattern structure is formed on a lithium metal foil surface which is a surface of the negative electrode facing the separator, wherein the height h of the surface pattern structure is 50 ~ 500 nm, and the separator is filled in the pattern structure to form a physical bond between the negative electrode and the separator so that the negative electrode and the separator are adhered to each other.
Use of a composition comprising 7-carboxybenzo[1,2,3]thiadiazole amide of Formula I. wherein R 1 is selected from a C 1 -C 12 linear alkyl group, a C 1 -C 12 linear alkoxy group, a C 3 -C 12 branched alkyl group, a C 3 -C 12 branched alkoxy group, a C 3 -C 10 cyclic alkyl group, and a C 3 -C 10 cyclic alkoxy group, and wherein R 2 is selected from a C 1 -C 20 linear alkoxy group, a C 3 -C 12 branched alkoxy group, and a C 3 -C 20 cyclic alkoxy group, as a plant stimulant that as a plant growth regulator or as a plant metabolic process regulator. wherein R 1 is selected from a C 1 -C 12 linear alkyl group, a C 1 -C 12 linear alkoxy group, a C 3 -C 12 branched alkyl group, a C 3 -C 12 branched alkoxy group, a C 3 -C 10 cyclic alkyl group, and a C 3 -C 10 cyclic alkoxy group, and wherein R 2 is selected from a C 1 -C 20 linear alkoxy group, a C 3 -C 12 branched alkoxy group, and a C 3 -C 20 cyclic alkoxy group, as a plant stimulant that as a plant growth regulator or as a plant metabolic process regulator.
A method of a communication entity in a wireless communication system, comprising: deciding on a change of a measurement mode of a radio access related measurement in the wireless communication system between a normal measurement mode and a relaxed measurement mode, wherein said relaxed measurement mode, as compared with said normal measurement mode, provides relaxation for said communication entity in performing said radio access related measurement for enabling power saving at said communication entity, preparing a measurement report including an information about the change of the measurement mode, said information specifying whether the normal measurement mode and/or the relaxed measurement mode is applied for or from the current measurement report and/or the next measurement report or reports, and issuing the measurement report for transmission to a control entity controlling and/or serving the communication entity. deciding on a change of a measurement mode of a radio access related measurement in the wireless communication system between a normal measurement mode and a relaxed measurement mode, wherein said relaxed measurement mode, as compared with said normal measurement mode, provides relaxation for said communication entity in performing said radio access related measurement for enabling power saving at said communication entity, preparing a measurement report including an information about the change of the measurement mode, said information specifying whether the normal measurement mode and/or the relaxed measurement mode is applied for or from the current measurement report and/or the next measurement report or reports, and issuing the measurement report for transmission to a control entity controlling and/or serving the communication entity.
Impeller thread laying device for winding a thread on a yarn tube which rotates about the longitudinal axis thereof, comprising: - two impellers (26, 28) which can be driven about the respective rotation axis thereof in opposing directions in order to move the thread which is intended to be wound back and forth with respect to the yarn tube by means of a changing movement in the direction of the longitudinal axis of the yarn tube between two reversal locations (U 1, U 2); - a guiding device having a curved thread guiding contour along which the thread which is moved back and forth by the impellers (26, 28) is guided during a winding process; and - an adjustment device for adjusting a stroke width of the changing movement of the thread, wherein the two rotation axes of the impellers (26, 28) and the guiding device can be adjusted by means of the adjustment device along an adjustment axis in the same direction, wherein a respective adjustment path (S F) of the guiding device and a corresponding adjustment path (S D) of the rotation axes along the adjustment axis are always in a fixedly proportional ratio m to each other, which is selected in such a manner that the thread during the winding process of the changing movement of the thread regardless of the respectively adjusted stroke width in the region of the reversal locations (U 1, U 2) is guided in a direction substantially parallel with the rotation axes of the impellers (26, 28) or in a direction parallel with the rotation axes of the impellers (26, 28) along the thread guiding contour of the guiding device. - two impellers (26, 28) which can be driven about the respective rotation axis thereof in opposing directions in order to move the thread which is intended to be wound back and forth with respect to the yarn tube by means of a changing movement in the direction of the longitudinal axis of the yarn tube between two reversal locations (U 1, U 2); - a guiding device having a curved thread guiding contour along which the thread which is moved back and forth by the impellers (26, 28) is guided during a winding process; and - an adjustment device for adjusting a stroke width of the changing movement of the thread,
Air-to-air heat exchanger for ventilation systems with two countercurrent air flows disposed inside a cylindrical housing inside which the first air flow circulates in closed pipes inside heat exchanger whilst the second air flow flows in the space between the pipes and the cylindrical housing, and a fan for moving the countercurrent air flows, which is disposed at one end of cylindrical housing, with fan comprising an inner ring and an outer ring arranged concentrically around inner ring for moving in the opposite direction, and the spaces occupied by outer ring and inner ring being separated from each other by a cylindrical wall, with a bunch of straight, parallel pipes, whose end elements at the end closest to fan are tightly disposed together and enclosed in a ring-shaped end of cylindrical wall and, at the opposite side, are tightly disposed together and enclosed in the end of a cylindrical pipe fitting, characterised in that between end elements, they taper to form middle sections, between which there are spaces inside bunch, and by a sleeve or cup-shaped insulating insert which lines the inner wall of housing in the vicinity of middle sections and constricts the inner diameter of housing,
Backrest part for a vehicle seat having a backrest frame, in which there is arranged a backrest head adjustment device which permits a continuous adjustment in the upper region of the backrest part, wherein the backrest head adjustment device comprises at least one surface element, which is mounted movably in the backrest frame, and at least one elastic impact element, which is integrated in the at least one surface element, said surface element and impact element being arranged to be jointly adjustable in relation to a head part of the backrest frame counter to and in a direction of travel (+/- x direction), wherein two movably mounted surface elements are arranged axially symmetrically with respect to a vertical longitudinal centre axis of the backrest part on the left and on the right of the longitudinal centre axis, characterized in that the elastic impact element is designed as a wire mat which is arranged integrated between the two movable surface elements, wherein the movable surface elements are connected via rocker arms to a connecting element which is arranged in a connecting element plane, which is parallel to the wire mat in the impact element plane, between the head part and the impact element, wherein a horizontal setting back of the connecting element in the +x direction in relation to the surface elements into the parallel connecting element plane is formed by means of the rocker arms, wherein the adjustment takes place counter to and in a direction of travel (+/- x direction) mechanically or electromechanically or pneumatically by means of at least one adjuster (2E, 2F) which is assigned to the backrest head adjustment device and acts on the at least one movable surface element and/or on the connecting element, wherein the two movable surface elements in the backrest frame are mounted in bearings in such a manner that a translational movement of the two movable surface elements and of the wire mat counter to and in a direction of travel (+/- x direction) can be brought about.
A composition for feeding a ruminant comprising i) a non-protein nitrogen compound, and ii) a coating surrounding the non-protein nitrogen compound, wherein said coating comprises one or more layers of a mixture comprising a saturated fat and a fatty acid, and said coating comprises from 60 wt.-% +/- 10% to 85 wt.-% +/- 10% of the saturated fat and from 15 wt.-% +/- 10% to 40 wt.-% +/- 10% of the fatty acid, each based on the total weight of the coating. i) a non-protein nitrogen compound, and ii) a coating surrounding the non-protein nitrogen compound, wherein said coating comprises one or more layers of a mixture comprising a saturated fat and a fatty acid, and said coating comprises from 60 wt.-% +/- 10% to 85 wt.-% +/- 10% of the saturated fat and from 15 wt.-% +/- 10% to 40 wt.-% +/- 10% of the fatty acid, each based on the total weight of the coating.
A tensioner comprising: an arm rotatable about a first axis, the arm comprising an arm arbor having a slot through a portion thereof; characterized in that said tensioner further comprises a bushing having a protrusion and being positioned adjacent the arm arbor with the protrusion received in the slot of the arm arbor; a spring coupled to the arm urging the arm to rotate about the first axis into tensioning engagement with an endless power transmitting element, wherein the protrusion of the bushing is dimensioned such that the spring radially expands into contact with the protrusion of the bushing as the arm is rotated in a direction opposite the direction of tensioning engagement to urge the bushing radially outward away from the arm arbor to provide frictional damping. an arm rotatable about a first axis, the arm comprising an arm arbor having a slot through a portion thereof; characterized in that said tensioner further comprises a bushing having a protrusion and being positioned adjacent the arm arbor with the protrusion received in the slot of the arm arbor; a spring coupled to the arm urging the arm to rotate about the first axis into tensioning engagement with an endless power transmitting element, wherein the protrusion of the bushing is dimensioned such that the spring radially expands into contact with the protrusion of the bushing as the arm is rotated in a direction opposite the direction of tensioning engagement to urge the bushing radially outward away from the arm arbor to provide frictional damping.
Illumination device (1, 1') for a motor vehicle, including a laser light source a radiation converter containing a fluorescing material, in particular phosphorus, and a reflector, wherein laser light transmitted from the laser light source is converted in the radiation converter into, in particular white, secondary light which is more broadband in comparison to the laser light, and is diffused, which secondary light is diverted by the reflector in a radiation direction of the illumination device (1, 1'), wherein in an impact region of the reflector, which is exposed to the laser light if the radiation converter fails, a protection means for reducing the light intensity of laser light radiated out from the illumination device (1, 1') is provided, should the radiation converter fail or be damaged, characterised in that the reflector is provided in the impact region with a coating which reflects until a threshold temperature is exceeded, which coating, when the threshold temperature is exceeded, becomes permeable for the laser light when a protection means is disposed behind it which is in the form of a beam trap, and/or itself functions as a beam trap.