mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a negative-pressure apparatus for generating a specified negative pressure in a component to be tested and a pressure apparatus for generating a specified test pressure in the component to be tested as well as a test connection for testing the fluid-conducting component, in particular a fluid-conducting fitting and/or a fluid-conducting hose, wherein a component to be tested can be connected to the test connection by an opening, wherein a specified negative pressure can be generated in the component by means of the negative-pressure apparatus, and wherein a specified test pressure can be generated in the component by means of the pressure apparatus, wherein the test connection has a test valve (30, 50) that can be switched between a first switching position and a second switching position, such that the negative pressure can be generated by means of the negative-pressure apparatus and the test pressure can be generated by means of the pressure apparatus one after the other in the component in the state of the component connected to the test connection.
Fresh-air system for supplying combustion chambers of a supercharged internal combustion engine with fresh air, - with a housing through which a fresh-air path is led, - with an intercooler, which is arranged in the housing such that the fresh-air path leads through the intercooler, - with at least one bypass seal extending transversely to the fresh-air path, the bypass seal being arranged between the housing and the intercooler and impeding bypassing of the intercooler on the air side, - wherein each bypass seal comprises at least one sealing body (9, 10) and a guide web, - wherein the housing comprises a guide groove which extends transversely to the fresh-air path and is open to the fresh-air path, characterized in that - each bypass seal comprises a seal support bearing at least one such sealing body (9, 10) and comprising one such guide web, - the guide web engages with the guide groove in an insertion direction, - in the insertion direction, the guide web is arranged adjustably in the guide groove. - with a housing through which a fresh-air path is led, - with an intercooler, which is arranged in the housing such that the fresh-air path leads through the intercooler, - with at least one bypass seal extending transversely to the fresh-air path, the bypass seal being arranged between the housing and the intercooler and impeding bypassing of the intercooler on the air side, - wherein each bypass seal comprises at least one sealing body (9, 10) and a guide web, - wherein the housing comprises a guide groove which extends transversely to the fresh-air path and is open to the fresh-air path, - each bypass seal comprises a seal support bearing at least one such sealing body (9, 10) and comprising one such guide web, - the guide web engages with the guide groove in an insertion direction, - in the insertion direction, the guide web is arranged adjustably in the guide groove.
A power electronic assembly comprising a power electronic module incorporating multiple of semiconductor power electronic switch components, the power electronic module comprising a base plate, a vapour chamber having multiple of condenser pipes (14, 15; 34, 35, 36) in fluid communication with the vapour chamber, the vapour chamber and the multiple of condenser pipes (14, 15) forming a closed volume and enclosing a working fluid, a mounting plate having an indent for receiving the vapour chamber and multiple of apertures for receiving the multiple of condenser pipes, wherein the power electronic module is attached to the mounting plate to transfer heat from the base plate of the power electronic module to the vapour chamber, characterized in that the assembly comprises at least two vapour chambers (61, 62, 63) which are connected with one or more connecting pipes (54, 55), and each of the vapour chambers comprises multiple of condenser pipes, the at least two vapour chambers, the one or more connecting pipes and the multiple of condenser pipes forming a closed volume and enclosing a working fluid.
A reusable casting device, comprising a casting head control mechanism, a casting head mechanism and a temperature control mechanism; the casting head control mechanism being arranged at one side of a gravity casting machine and provided with a rotating cylinder and a gate holder, a positioning cylinder being arranged on the rotating cylinder, and a reverse rotating cylinder being arranged on the positioning cylinder; the casting head mechanism, a heating ring bracket and a lower heating ring bracket being arranged at a front end of the reverse rotating cylinder; a power input connector and an input cable being arranged at a front end of the heating ring bracket; a cooling water outlet pipe of a heating ring being arranged at a front end of the power input connector; and a loop connector and a loop cable being arranged at a front end of the lower heating ring bracket, and a cooling water inlet pipe being arranged at a front end of the loop connector; the casting head mechanism being provided with a casting head clamping frame and a reusable casting head being arranged in the casting head clamping frame; the temperature control mechanism being provided with the heating ring below the casting head, a temperature probe being arranged at a junction between the casting head and the casting head clamping frame, a high-frequency heater being arranged nearby the casting machine so as to constitute a heating and temperature control source of the casting head, and a cabinet output connector and a cabinet loop connector being arranged on the high-frequency heater; and the casting head being made of beryllium copper and internally provided with a casting coating.
A carboxylate ester of polysaccharide, wherein the polysaccharide is esterified with trimellitic anhydride and wherein the degree of substitution of the polysaccharide lies in the range of from 1 to 2.5.
A de-burring tool provided as a punch and die that are moveable relative to one another during operation to cut a substrate, the punch having a cutting surface and at least one shearing surface provided as a shoulder on the punch behind the cutting surface, the die having at least one primary surface that the cutting surface of the punch first passes during operation, followed by the shoulder, so that burrs formed by passage of the cutting surface past the primary surface of the die are removed by passage of the shoulder past the die, thereby providing a clean surface on the substrate that has been cut by the punch, characterized in that the die is provided as two members each having a primary surface, the members being separated by a space to receive the cutting surface of the punch, wherein the two members can be moved back and forth to vary the tolerance between a cutting edge of the cutting surface and an inner edge of the die during operation.
A light guide for an illumination device and formed of a light transmissive member extending in a direction of an optical axis of light incident on an interior of the light guide and configured to reflect the incident light in a specific direction, and the light guide comprises an incident surface provided on at least one of both longitudinal ends of the light guide and allowing light emitted from a light source to be incident thereon; an exit surface forming one side surface of the light guide extending in the direction of the optical axis of the light incident through the incident surface, the exit surface allowing the incident light to exit the light guide therethrough; characterized in that the light guide further comprises: two reflective surfaces (1501, 1502) located opposite to the exit surface to extend in the direction of the optical axis and configured to reflect the incident light toward the exit surface, and wherein only one of the reflective surfaces (1501, 1502) includes a plurality of light reflecting patterns formed integrally therewith, the plurality of light reflecting patterns having an oval hemispherical prism shape rising toward the exit surface and being configured to reflect the incident light toward the exit surface, and the other reflective surface is a separate surface from the one reflective surface and is formed in a planar shape that enables attachment of a reflective member allowing the incident light to be reflected thereon toward the exit surface. two reflective surfaces (1501, 1502) located opposite to the exit surface to extend in the direction of the optical axis and configured to reflect the incident light toward the exit surface, and wherein only one of the reflective surfaces (1501, 1502) includes a plurality of light reflecting patterns formed integrally therewith, the plurality of light reflecting patterns having an oval hemispherical prism shape rising toward the exit surface and being configured to reflect the incident light toward the exit surface, and the other reflective surface is a separate surface from the one reflective surface and is formed in a planar shape that enables attachment of a reflective member allowing the incident light to be reflected thereon toward the exit surface.
Method for the amplification of nucleic acids, wherein in a reaction volume nanoparticles conjugated with oligonucleotides transfer heat to their environment through excitation, characterised in that through the excitation of the nanoparticles, the environment of the nanoparticles is heated locally, wherein the interval of the excitation is chosen to be shorter or equal to a critical excitation time t1 =(s1*|x|) 2 /D, wherein s1=100, |x| is the mean nanoparticle distance and D is the thermal diffusivity of the medium between the nanoparticles.
An operating method for a cryogenic pressure tank in which cryogenic hydrogen can be stored under supercritical pressure at 13 bar or more to supply a consumer, more especially a fuel cell of a motor vehicle, wherein to compensate for the reduction in pressure resulting from the removal of hydrogen from the cryogenic pressure tank, either a heat transfer medium is supplied to a heat exchanger provided in the cryogenic pressure tank via a control valve, or a heat transfer medium is not supplied into said heat exchanger, characterised in that the control valve is activated subject to the filling level of the cryogenic pressure tank according to different criteria, namely when there is a relatively high filling level, as long as there is a risk of the residual hydrogen in the cryogenic pressure tank liquefying during removal of cryogenic hydrogen from the cryogenic pressure tank such that the temperature of the hydrogen in the tank does not fall below the critical temperature, while when there is a low filling level, if there is no longer a liquefaction risk during the removal of cryogenic hydrogen and as long as this is possible with the residual amount of hydrogen contained in the cryogenic pressure tank, the pressure in the cryogenic pressure tank is adjusted such that it does not fall below a minimum pressure value which the hydrogen removed from the cryogenic pressure tank must have such that it can be used in the consumer without restricting the function thereof.
A system comprising: a storage device to store a program that includes code to iteratively process contiguous data elements; a first register to store a first set of the contiguous data elements; a second register to store a second set of the contiguous data elements; and a multiplexer to: receive the first set of the contiguous data elements from the first register and the second set of the contiguous data elements from the second register and concatenate the first set of the contiguous data elements with the second set of the contiguous data elements, for each of a plurality of iterations; and select based on an operand modifier a corresponding set of contiguous data elements to be used during the execution of an operation for the iteration, wherein the selected corresponding set of contiguous data elements is to be a subset of the first set of the contiguous data elements concatenated with the second set of the contiguous data elements; and an execution unit to execute the operation for the iteration using the selected corresponding set of contiguous data elements. a storage device to store a program that includes code to iteratively process contiguous data elements; a first register to store a first set of the contiguous data elements; a second register to store a second set of the contiguous data elements; and a multiplexer to: receive the first set of the contiguous data elements from the first register and the second set of the contiguous data elements from the second register and concatenate the first set of the contiguous data elements with the second set of the contiguous data elements, for each of a plurality of iterations; and select based on an operand modifier a corresponding set of contiguous data elements to be used during the execution of an operation for the iteration, wherein the selected corresponding set of contiguous data elements is to be a subset of the first set of the contiguous data elements concatenated with the second set of the contiguous data elements; and receive the first set of the contiguous data elements from the first register and the second set of the contiguous data elements from the second register and concatenate the first set of the contiguous data elements with the second set of the contiguous data elements, for each of a plurality of iterations; and select based on an operand modifier a corresponding set of contiguous data elements to be used during the execution of an operation for the iteration, wherein the selected corresponding set of contiguous data elements is to be a subset of the first set of the contiguous data elements concatenated with the second set of the contiguous data elements; and an execution unit to execute the operation for the iteration using the selected corresponding set of contiguous data elements.
A method of requesting activation of a repeater function (26, 27; 116) by a user equipment, the user equipment being configured to communicate with a radio access network of a wireless communication network, the method comprising: - transmitting, by the user equipment, at least one repeater information request (42, 52) to at least one terminal device to request information on a repeater capability of the at least one terminal device, the at least one terminal device being configured to communicate with the radio access network; - receiving, by the user equipment, at least one repeater information response (43, 53) from the at least one terminal device; - selecting, by the user equipment, a terminal device from the at least one terminal device based on the received at least one repeater information response (43, 53); - transmitting, by the user equipment, a repeater transition request to the selected terminal device to request the selected terminal device to initiate activation of a repeater function (26, 27; 116); and - including an indicator in the repeater information request to indicate a type of service for which the repeater function is required, the type of service being selected from emergency communication for public safety and non emergency communication. - transmitting, by the user equipment, at least one repeater information request (42, 52) to at least one terminal device to request information on a repeater capability of the at least one terminal device, the at least one terminal device being configured to communicate with the radio access network; - receiving, by the user equipment, at least one repeater information response (43, 53) from the at least one terminal device; - selecting, by the user equipment, a terminal device from the at least one terminal device based on the received at least one repeater information response (43, 53); - transmitting, by the user equipment, a repeater transition request to the selected terminal device to request the selected terminal device to initiate activation of a repeater function (26, 27; 116); and - including an indicator in the repeater information request to indicate a type of service for which the repeater function is required, the type of service being selected from emergency communication for public safety and non emergency communication.
An interactive control apparatus for controlling an OCT (optical coherence tomography) imaging apparatus in which a plurality of elements must be adjusted for performing imaging of a subject, the interactive control apparatus being connected with a pointer device configured to output two instruction signals, the interactive control apparatus comprising: a display control means configured to display, on a display unit, a graphical user interface having icons (502, 503) to be selected by a virtual pointer controlled by the pointer device, a detection means configured to detect a first instruction signal of the pointer device for selecting icons under the virtual pointer, and to detect a second instruction signal of the pointer device; an acquisition means configured to acquire a preparation status of the plurality of elements (101, 341) of the OCT imaging apparatus; and a control means configured to, in response to the detection of the first instruction signal, instruct a specific action to the OCT imaging apparatus according to the selected icon, and to select, in response to the detection of the second instruction signal, at least one of the plurality of elements, of which adjustment is not completed, based not on a position of the virtual pointer but on the acquired preparation status, and to instruct adjustment of the selected element. a display control means configured to display, on a display unit, a graphical user interface having icons (502, 503) to be selected by a virtual pointer controlled by the pointer device, a detection means configured to detect a first instruction signal of the pointer device for selecting icons under the virtual pointer, and to detect a second instruction signal of the pointer device; an acquisition means configured to acquire a preparation status of the plurality of elements (101, 341) of the OCT imaging apparatus; and a control means configured to, in response to the detection of the first instruction signal, instruct a specific action to the OCT imaging apparatus according to the selected icon, and to select, in response to the detection of the second instruction signal, at least one of the plurality of elements, of which adjustment is not completed, based not on a position of the virtual pointer but on the acquired preparation status, and to instruct adjustment of the selected element.
Method for producing a machining segment (11A, 11B; 21A, 21B; 31; 37; 41) from a first matrix material and first hard material particles for a machining tool (10A, 10B; 20A, 20B; 30; 36), wherein the machining segment is connected by an underside to a basic body (12A, 12B; 22A, 22B; 32; 38) of the machining tool (10A, 10B; 20A, 20B; 30; 36) and the projection at least of a first hard material particle with respect to the first matrix material is greater than 400 μm, with the following steps: • a green body is built up from the first matrix material and the first hard material particles, wherein the first hard material particles are placed in the first matrix material according to a defined particle pattern, • the green body is compacted under the action of pressure between a first press punch, which forms the underside of the machining segment, and a second press punch, which forms an upper side of the machining segment opposite from the underside, in a pressing direction perpendicular to the cross-sectional area of the green body, to form a compact body and • the compact body is further processed under the action of temperature or by infiltration to form the machining segment, characterized in that a second press punch, which has depressions in a pressing surface, is used when compacting the green body, the arrangement of the depressions corresponding to the defined particle pattern of the first hard material particles. • a green body is built up from the first matrix material and the first hard material particles, wherein the first hard material particles are placed in the first matrix material according to a defined particle pattern, • the green body is compacted under the action of pressure between a first press punch, which forms the underside of the machining segment, and a second press punch, which forms an upper side of the machining segment opposite from the underside, in a pressing direction perpendicular to the cross-sectional area of the green body, to form a compact body and • the compact body is further processed under the action of temperature or by infiltration to form the machining segment,
A device to device, D2D, communication method, comprising: determining, by a first user equipment, a value of a scrambling code parameter, wherein the scrambling code parameter comprises a specific scrambling code parameter; scrambling, by the first user equipment, a to-be-sent bit according to the value of the scrambling code parameter; and sending, by the first user equipment, a scrambled to-be-sent bit; wherein the step of determining, by the first user equipment, a value of a scrambling code parameter comprises: determining, by the first user equipment, the value of the specific scrambling code parameter according to a D2D group identifier of the first user equipment and a truncate function. determining, by a first user equipment, a value of a scrambling code parameter, wherein the scrambling code parameter comprises a specific scrambling code parameter; scrambling, by the first user equipment, a to-be-sent bit according to the value of the scrambling code parameter; and sending, by the first user equipment, a scrambled to-be-sent bit;
A fan frame of a centrifugal fan with dual outlets in the same direction, comprising: an upper cover; a base plate, wherein the base plate and the upper cover are connected to form an accommodating space and an air outlet plane, the accommodating space is used for accommodating an impeller, and the impeller and a side wall of the fan frame form a flow channel therebetween; and a first air deflector arranged near the air outlet plane, wherein the first air deflector divides the air outlet plane into a first air outlet and a second air outlet; characterized in that the first air deflector extends inward the flow channel from the air outlet plane, and a slant surface is formed on an end of the first air deflector extending into the flow channel as a first guide portion; and wherein one side surface of the first air deflector close to the base plate is shorter than the other side surface of the first air deflector away from the base plate, so that the slant surface on the first air deflector is formed as the first guide portion. an upper cover; a base plate, wherein the base plate and the upper cover are connected to form an accommodating space and an air outlet plane, the accommodating space is used for accommodating an impeller, and the impeller and a side wall of the fan frame form a flow channel therebetween; and a first air deflector arranged near the air outlet plane, wherein the first air deflector divides the air outlet plane into a first air outlet and a second air outlet; characterized in that the first air deflector extends inward the flow channel from the air outlet plane, and a slant surface is formed on an end of the first air deflector extending into the flow channel as a first guide portion; and wherein one side surface of the first air deflector close to the base plate is shorter than the other side surface of the first air deflector away from the base plate, so that the slant surface on the first air deflector is formed as the first guide portion.