mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a motor vehicle with a headlamp, in the case of which light generated by means of a light generating device is reflected by means of a mirror element pivotably mounted about at least one pivot axis out of the headlamp, wherein the mirror element for the generation of a light distribution (14, 16) of the headlamp is pivoted on both sides of a neutral position about in each case one angle (α1, α2) by means of a pivoting device, wherein a value of at least one of the angles (α1, α2) is set by a control device depending on a received adjusting signal, and thus the light distribution (14, 16) of the headlamp is set, wherein depending on a trigger signal the value of at least one of the respective angles (α1, α2) is altered for a predetermined time duration, as a result the mirror element is periodically pivoted with the altered angle values, and thereafter the mirror element is automatically periodically pivoted by the pivoting device again with the respectively original angle (α1, α2) on both sides, characterised in that a resonance frequency of the mirror element is altered by a support device of the mirror element, wherein the resonance frequency is altered by means of the support device by means of a moving of a mass and/or an adjusting of a spring force, wherein by means of the altering of the resonance frequency the value of the angle (α1, α2) is set, about which the mirror element is pivoted, such that an illumination intensity of the light generating device is set by the control device depending on an angle position of the mirror element.
A self-locking threaded connection element comprising a thread with a set of several turns, wherein the thread comprises a thread pitch which varies from one turn to another, wherein the thread comprises a first group of turns which includes a number of turns wherein the thread pitch is increasing, followed by a second number of turns wherein the thread pitch is decreasing, or the reverse, characterised in that the set of turns comprises: - first turn, with a thread pitch value equal to a reference value; - second turn, with a thread pitch value increased by 0.08 mm with respect to the reference value; - third turn, with a thread pitch value increased by 0.16 mm with respect to the reference value; - fourth turn, with a thread pitch value increased by 0.12 mm with respect to the reference value; - fifth turn, with a thread pitch value increased by 0.08 mm with respect to the reference value; and - sixth turn, with a thread pitch value equal to the reference value; and - seventh turn, with a thread pitch value equal to the reference value. - first turn, with a thread pitch value equal to a reference value; - second turn, with a thread pitch value increased by 0.08 mm with respect to the reference value; - third turn, with a thread pitch value increased by 0.16 mm with respect to the reference value; - fourth turn, with a thread pitch value increased by 0.12 mm with respect to the reference value; - fifth turn, with a thread pitch value increased by 0.08 mm with respect to the reference value; and - sixth turn, with a thread pitch value equal to the reference value; and - seventh turn, with a thread pitch value equal to the reference value.
A test device comprising: a chromatography support; and a housing accommodating the chromatography support, wherein the housing comprises: a supporting part that supports a container accommodating a liquid used for chromatography, and a perforation/incision part that perforates or incises the container supported by the supporting part and the support to leak a liquid from the container to a position where the liquid comes into contact with the support, and wherein the support comprises, at a position that comes into contact with the perforation/incision part, a perforation/incision target part (36A, 36B, 36C, 36D, 36E) provided thereon in advance, which is more easily to be perforated or incised by the perforation/incision part, compared with other parts of the support. a chromatography support; and a housing accommodating the chromatography support, wherein the housing comprises: a supporting part that supports a container accommodating a liquid used for chromatography, and a perforation/incision part that perforates or incises the container supported by the supporting part and the support to leak a liquid from the container to a position where the liquid comes into contact with the support, and wherein the support comprises, at a position that comes into contact with the perforation/incision part, a perforation/incision target part (36A, 36B, 36C, 36D, 36E) provided thereon in advance, which is more easily to be perforated or incised by the perforation/incision part, compared with other parts of the support. a supporting part that supports a container accommodating a liquid used for chromatography, and a perforation/incision part that perforates or incises the container supported by the supporting part and the support to leak a liquid from the container to a position where the liquid comes into contact with the support, and wherein the support comprises, at a position that comes into contact with the perforation/incision part, a perforation/incision target part (36A, 36B, 36C, 36D, 36E) provided thereon in advance, which is more easily to be perforated or incised by the perforation/incision part, compared with other parts of the support.
A system for determining distance and direction to a target wellbore from a second wellbore being drilled, the system comprising: a conductive body disposed in at least a portion of the target wellbore; a drill string in the second wellbore, the drill string carrying a measurement while drilling system; an electric current supply disposed to excite a current flow on the target wellbore by a direct electrical connection to the target wellbore; and an electromagnetic field sensing instrument in the second wellbore, connected to the drill string, the electromagnetic field sensing instrument being responsive to the electromagnetic field and to radial gradients of the electromagnetic field generated by the electrical current in the target wellbore, wherein the electromagnetic field sensing instrument comprises a first board and a second board spaced apart from one another along a primary axis of the sensing instrument, wherein each board comprises four sensors disposed at 90° from one another around a center axis of the board and the second board is rotated so that the sensors of the second board are at an angle of 45° relative to the sensors of the first board. a conductive body disposed in at least a portion of the target wellbore; a drill string in the second wellbore, the drill string carrying a measurement while drilling system; an electric current supply disposed to excite a current flow on the target wellbore by a direct electrical connection to the target wellbore; and an electromagnetic field sensing instrument in the second wellbore, connected to the drill string, the electromagnetic field sensing instrument being responsive to the electromagnetic field and to radial gradients of the electromagnetic field generated by the electrical current in the target wellbore, wherein the electromagnetic field sensing instrument comprises a first board and a second board spaced apart from one another along a primary axis of the sensing instrument, wherein each board comprises four sensors disposed at 90° from one another around a center axis of the board and the second board is rotated so that the sensors of the second board are at an angle of 45° relative to the sensors of the first board.
A method of making a metallic conductor comprising curing a metallic paste comprising metal nanoparticles and with a viscosity of 10 Pa.s (10,000 cP) to 60 Pa.s (60,000 cP) to provide the metallic conductor, wherein the metallic conductor has a resistivity of about 5 x 10 4 Ω·cm or less, characterized in that the curing comprises photosintering, wherein the photosintering comprises exposing the metal nanoparticles to a high voltage flash xenon lamp and the photosintering promotes the elimination of metal oxide, together with the fusion of the metal nanoparticles into a metal bulk film.
Method for the purification of gas the method comprising the following steps: - expanding a gas flow in a supersonic nozzle, wherein the gas flow containing components to be extracted from the gas flow, wherein the gas flow increases to supersonic velocities inside the supersonic nozzle, wherein a supercooling of the gas flow for a desublimation of the components to be extracted from the gas flow is achieved, - introducing the supersonic gas flow into a working chamber, - supplying solid particles at the inlet of the working chamber, whereby a two-phase flow is formed, comprising a gas phase and solid particles, on whose surface the desublimation of the components to be extracted from a gas phase to a solid phase takes place, - separating the gas phase from the solid phase. - expanding a gas flow in a supersonic nozzle, wherein the gas flow containing components to be extracted from the gas flow, wherein the gas flow increases to supersonic velocities inside the supersonic nozzle, wherein a supercooling of the gas flow for a desublimation of the components to be extracted from the gas flow is achieved, - introducing the supersonic gas flow into a working chamber, - supplying solid particles at the inlet of the working chamber, whereby a two-phase flow is formed, comprising a gas phase and solid particles, on whose surface the desublimation of the components to be extracted from a gas phase to a solid phase takes place, - separating the gas phase from the solid phase.
A personal care composition comprising: a) at least 0.5% by weight of the personal care composition menthol; and b) at least one antagonist to TRPA1 receptor, wherein the antagonist is isobornyl isobutyrate; and further comprising an antagonist to TRPV1 receptor, wherein the TRPV1 antagonist is apritone. a) at least 0.5% by weight of the personal care composition menthol; and b) at least one antagonist to TRPA1 receptor, wherein the antagonist is isobornyl isobutyrate; and
A method for automatic gain control, AGC, of radio chains of a receiver, the method being performed by the receiver, the method comprising: receiving at least two radio frequency, RF, signals, each RF signal being received on an individual radio chain (24a, 24b,..., 24n) from an antenna array; determining, by comparing the at least two RF signals to a threshold (Threshold_1, Threshold_2), whether to perform gain control or not of at least one of the at least two RF signals before analogue combining of the at least two RF signals; sending a notification to a detector regarding whether gain control is performed or not; and performing analogue combining of the at least two RF signals, thereby generating a single input to the detector. receiving at least two radio frequency, RF, signals, each RF signal being received on an individual radio chain (24a, 24b,..., 24n) from an antenna array; determining, by comparing the at least two RF signals to a threshold (Threshold_1, Threshold_2), whether to perform gain control or not of at least one of the at least two RF signals before analogue combining of the at least two RF signals; sending a notification to a detector regarding whether gain control is performed or not; and performing analogue combining of the at least two RF signals, thereby generating a single input to the detector.
A multi-member cable comprising: a first cable element; a second cable element, wherein said first and second cable elements (53 and 54) abut each other; at least one binder (35A or 37A) helically wrapped about said first and second cable elements (53 and 54), so as to hold said first and second cable elements (53 and 54) together; and an outer jacket formed over said first and second cable elements (53 and 54) and said at least one binder (35A or 37A), characterized by: said at least one binder (35A or 37A) is formed of a first material which disintegrates to lose at least 25% of its tensile strength within less than one minute when brought into contact with a liquid having a ph of between 4 and 10 and the liquid being at a temperature of between 0°C to 100°C (32 to 212 degrees Fahrenheit), or said at least one binder (35A or 37A) is formed of a second material which disintegrates to permanently lose at least 25% of its tensile strength within less than one minute when heated to a temperature greater than 93°C (200 degrees Fahrenheit), but less than 316°C (600 degrees Fahrenheit). a first cable element; a second cable element, wherein said first and second cable elements (53 and 54) abut each other; at least one binder (35A or 37A) helically wrapped about said first and second cable elements (53 and 54), so as to hold said first and second cable elements (53 and 54) together; and an outer jacket formed over said first and second cable elements (53 and 54) and said at least one binder (35A or 37A), characterized by: said at least one binder (35A or 37A) is formed of a first material which disintegrates to lose at least 25% of its tensile strength within less than one minute when brought into contact with a liquid having a ph of between 4 and 10 and the liquid being at a temperature of between 0°C to 100°C (32 to 212 degrees Fahrenheit), or said at least one binder (35A or 37A) is formed of a second material which disintegrates to permanently lose at least 25% of its tensile strength within less than one minute when heated to a temperature greater than 93°C (200 degrees Fahrenheit), but less than 316°C (600 degrees Fahrenheit). said at least one binder (35A or 37A) is formed of a first material which disintegrates to lose at least 25% of its tensile strength within less than one minute when brought into contact with a liquid having a ph of between 4 and 10 and the liquid being at a temperature of between 0°C to 100°C (32 to 212 degrees Fahrenheit), or said at least one binder (35A or 37A) is formed of a second material which disintegrates to permanently lose at least 25% of its tensile strength within less than one minute when heated to a temperature greater than 93°C (200 degrees Fahrenheit), but less than 316°C (600 degrees Fahrenheit).
A process for producing sulfuric acid by catalytic oxidation of SO 2 to SO 3 and subsequent absorption of the SO 3 in sulfuric acid, wherein the SO 3 is introduced into a first absorption stage (primary absorber) and at least partly absorbed there in concentrated sulfuric acid, wherein the SO 3 not absorbed in the first absorption stage is supplied to a second absorption stage (secondary absorber) for the further absorption in concentrated sulfuric acid, and wherein the sulfuric acid is cooled after passing through the two absorption stages, wherein cooling of the sulfuric acid is effected in at least two heat exchangers connected in parallel, wherein one of the at least two heat exchangers is operated as partial evaporator and is cooled with boiler feed water/steam and the other one is cooled with cooling water and operated as pure acid cooler, wherein the outflowing sulfuric acid is guided from the first absorption stage to the sump of the second absorption stage or that the outflowing sulfuric acid is guided from the second absorption stage to the sump of the first absorption stage or that the sulfuric acid runs into a common sump and/or a common pump tank of the two absorbers, characterized in that in the primary absorber the sulfuric acid is guided in co-current flow to the SO 3 containing gas and that in the second absorber the sulfuric acid is guided in counter-current flow to the SO 3 containing gas.
A garden watering controller for operating a valve for controlling supply of water into a garden watering arrangement, the controller comprising a light sensor for sensing ambient light levels, and a central unit for receiving sensed light level signals from the light sensor and for outputting control signals for operating the valve in dependence on the sensed light level signals wherein the central unit is programmable such that the control signals output by the central unit, and hence resulting operation of the valve, are dependent on a stored program; the garden watering controller comprises a user interface for allowing a user to program the operation of the central unit; wherein the garden watering controller is programmable to provide watering operation at: i) dusk; ii) dawn; iii) dawn and dusk; via the user interface, and the user interface comprises a first user control for programming the controller to control and indicate whether watering should occur at dusk, dawn, or dawn and dusk; and the first user control is also arranged for indicating the duration for which watering should occur at the selected time(s), wherein an operative range of the first user control has three segments (41a, 41b, 41c), a first segment corresponding to operation of the valve at dawn, a second segment corresponding to operation of the valve at dusk, and a third segment corresponding to operation of the valve at dawn and dusk. the central unit is programmable such that the control signals output by the central unit, and hence resulting operation of the valve, are dependent on a stored program; the garden watering controller comprises a user interface for allowing a user to program the operation of the central unit; wherein the garden watering controller is programmable to provide watering operation at: i) dusk; ii) dawn; iii) dawn and dusk; i) dusk; ii) dawn; iii) dawn and dusk; via the user interface, and the user interface comprises a first user control for programming the controller to control and indicate whether watering should occur at dusk, dawn, or dawn and dusk; and the first user control is also arranged for indicating the duration for which watering should occur at the selected time(s), wherein an operative range of the first user control has three segments (41a, 41b, 41c), a first segment corresponding to operation of the valve at dawn, a second segment corresponding to operation of the valve at dusk, and a third segment corresponding to operation of the valve at dawn and dusk.
A wireless communication device configurable to handling radio link failure in a new radio, NR, communication system, comprising: a storage unit, arranged to store a program code; and a processing unit, coupled to the program code, arranged to read the program code and execute the program code, thereby to perform steps of: communicating with a first base station via a first downlink, DL, bandwidth part, BWP, and a first uplink, UL, BWP of a cell belonging to the base station; configuring at least one second BWP of the cell according to a radio resource control, RRC, message received via the first DL BWP from the base station; communicating with the base station via the at least one second BWP; and detecting a radio link failure, RLF, on a second DL BWP of the at least one second BWP and stopping communicating with the base station via all of the at least one second BWP when the RLF is detected. a storage unit, arranged to store a program code; and a processing unit, coupled to the program code, arranged to read the program code and execute the program code, thereby to perform steps of: communicating with a first base station via a first downlink, DL, bandwidth part, BWP, and a first uplink, UL, BWP of a cell belonging to the base station; configuring at least one second BWP of the cell according to a radio resource control, RRC, message received via the first DL BWP from the base station; communicating with the base station via the at least one second BWP; and detecting a radio link failure, RLF, on a second DL BWP of the at least one second BWP and stopping communicating with the base station via all of the at least one second BWP when the RLF is detected. communicating with a first base station via a first downlink, DL, bandwidth part, BWP, and a first uplink, UL, BWP of a cell belonging to the base station; configuring at least one second BWP of the cell according to a radio resource control, RRC, message received via the first DL BWP from the base station; communicating with the base station via the at least one second BWP; and detecting a radio link failure, RLF, on a second DL BWP of the at least one second BWP and stopping communicating with the base station via all of the at least one second BWP when the RLF is detected.
A compound of formula or a pharmaceutically acceptable salt thereof, wherein: W, X, Y and Z are each independently selected from CH or N; D and D 1 are independently selected from a bond or NR b; L is a bond, -C -, -(CR c R c) m -, -OC -, -(CR c R c) m -OC -, -(CR c R c) m -C -,-NR b C -, or -NR b C -; R 1 is selected from alkyl, cycloalkyl, aryl, heteroaryl, and heterocyclyl; each of which is substituted with 0-5 occurrences of R d; each R 3 is independently selected from halo, haloalkyl, alkyl, hydroxyl and -OR a; each R a is independently selected from alkyl, acyl, hydroxyalkyl and haloalkyl; each R b is independently selected from hydrogen and alkyl; each R c is independently selected from hydrogen, halo, alkyl, alkoxy and halo alkoxy or two R c taken together with the carbon atoms to which they are attached form an optionally substituted cycloalkyl; each R d is independently selected from halo, haloalkyl, haloalkoxy, alkyl, alkynyl, nitro, cyano, hydroxyl, -C R a, -OC R a, -C OR a, -SR a, -NR a R b and -OR a, or two R d taken together with the carbon atoms to which they are attached form an optionally substituted heterocyclyl; n is 0, 1, or 2; m is 1, 2 or 3; h is 1; and g is 1. W, X, Y and Z are each independently selected from CH or N; D and D 1 are independently selected from a bond or NR b; L is a bond, -C -, -(CR c R c) m -, -OC -, -(CR c R c) m -OC -, -(CR c R c) m -C -,-NR b C -, or -NR b C -; R 1 is selected from alkyl, cycloalkyl, aryl, heteroaryl, and heterocyclyl; each of which is substituted with 0-5 occurrences of R d; each R 3 is independently selected from halo, haloalkyl, alkyl, hydroxyl and -OR a; each R a is independently selected from alkyl, acyl, hydroxyalkyl and haloalkyl; each R b is independently selected from hydrogen and alkyl; each R c is independently selected from hydrogen, halo, alkyl, alkoxy and halo alkoxy or two R c taken together with the carbon atoms to which they are attached form an optionally substituted cycloalkyl; each R d is independently selected from halo, haloalkyl, haloalkoxy, alkyl, alkynyl, nitro, cyano, hydroxyl, -C R a, -OC R a, -C OR a, -SR a, -NR a R b and -OR a, or two R d taken together with the carbon atoms to which they are attached form an optionally substituted heterocyclyl; n is 0, 1, or 2; m is 1, 2 or 3; h is 1; and g is 1.
Slot seal device for sealing a slot in a stator or a rotor of an electric machine, with a sealing element, which has a ferromagnetic material and which, along a longitudinal extension direction of the sealing element, has a target bending area, across which two limb areas arranged at an obtuse angle of less than 180° in relation to one another are connected, characterised in that an adhesive layer is arranged on respective edges of the limb areas and the adhesive layer is configured to be cured by being heated.