mhurhangee/ep-ind-claims huggingface dataset:
A textile machine comprising a plurality of yarn processing units, characterized in that each of the yarn processing units includes a plurality of level display sections (861 to 865) on a front side thereof, wherein each level display section corresponds to an operation level, wherein the plurality of level display sections (861 - 865) are configured to display an operation level of the plurality of operation levels, which corresponds to an operation state of the yarn processing unit, by lighting the corresponding level display section, wherein the level display sections (861 to 865) are arranged and classified such that a standard operation state is located at a center thereof, and wherein the standard operation state is an average value of the operation state of the plurality of the yarn processing units.
A fragment of the cyclin-dependent kinase inhibitor p16 INK4 capable of inducing an immune response against p16 INK4a and consisting of the amino acid sequence LPNAPNSYGRRPIQVMMMGSARVAELL.
A process for the hydrotreatment of a hydrocarbon feed containing nitrogen-containing compounds in an amount of more than 150 ppm by weight and having a weighted average temperature in the range 250°C to 380°C, comprising the following steps: a) bringing said hydrocarbon feed into contact, in the presence of hydrogen, with at least one first catalyst comprising an alumina support, phosphorus, and an active phase formed by at least one metal from group VIB in the oxide form and at least one metal from group VIII in the oxide form, said first catalyst being prepared in accordance with a process comprising at least one calcining step; b) bringing the effluent obtained in step a) into contact, in the presence of hydrogen, with at least one second catalyst comprising an alumina support, phosphorus, an active phase formed by at least one metal from group VIB and at least one metal from group VIII, and at least one organic compound containing oxygen and/or nitrogen, said second catalyst being prepared in accordance with a process comprising the following steps: i) bringing at least one component of a metal from group VIB, at least one component of a metal from group VIII, phosphorus and at least one organic compound containing oxygen and/or nitrogen into contact with the support, so as to obtain a catalyst precursor; ii) drying said catalyst precursor obtained from step i) at a temperature of less than 200°C, without subsequent calcining; in order to obtain a hydrotreated effluent. a) bringing said hydrocarbon feed into contact, in the presence of hydrogen, with at least one first catalyst comprising an alumina support, phosphorus, and an active phase formed by at least one metal from group VIB in the oxide form and at least one metal from group VIII in the oxide form, said first catalyst being prepared in accordance with a process comprising at least one calcining step; b) bringing the effluent obtained in step a) into contact, in the presence of hydrogen, with at least one second catalyst comprising an alumina support, phosphorus, an active phase formed by at least one metal from group VIB and at least one metal from group VIII, and at least one organic compound containing oxygen and/or nitrogen, said second catalyst being prepared in accordance with a process comprising the following steps: i) bringing at least one component of a metal from group VIB, at least one component of a metal from group VIII, phosphorus and at least one organic compound containing oxygen and/or nitrogen into contact with the support, so as to obtain a catalyst precursor; ii) drying said catalyst precursor obtained from step i) at a temperature of less than 200°C, without subsequent calcining; i) bringing at least one component of a metal from group VIB, at least one component of a metal from group VIII, phosphorus and at least one organic compound containing oxygen and/or nitrogen into contact with the support, so as to obtain a catalyst precursor; ii) drying said catalyst precursor obtained from step i) at a temperature of less than 200°C, without subsequent calcining;
An interchangeable housing component for a portable computing device, the component comprising: a body portion including: an upper surface, an opposite-facing lower surface, and a forward edge, a rearward edge, a first side edge, and a second side edge; a first sidewall extending outward from the first side edge of the body portion, and a second sidewall extending outward from the second side edge of the body portion; and a first set of raised portions protruding from a first interior surface of the first sidewall, and a second set of raised portions protruding from a second interior surface of the second sidewall, wherein the first interior surface and the second interior surface face toward one another, characterised in that two or more of the raised portions of the first set of raised portions differ in three-dimensional shape. an upper surface, an opposite-facing lower surface, and a forward edge, a rearward edge, a first side edge, and a second side edge; a first sidewall extending outward from the first side edge of the body portion, and a second sidewall extending outward from the second side edge of the body portion; and a first set of raised portions protruding from a first interior surface of the first sidewall, and a second set of raised portions protruding from a second interior surface of the second sidewall, wherein the first interior surface and the second interior surface face toward one another,
A beverage heating and cooling assembly, comprising: a housing having a first drink retaining compartment and a second thermal engine compartment; a beverage retainer disposed in said first drink retaining compartment, said beverage retainer being in thermal communication with said second thermal engine compartment; a collar; and a light source; characterized in that the beverage heating and cooling assembly further comprises a seal disposed between an upper edge of said beverage retainer and the collar; the light source is adjacent to said seal; said seal being at least light transmissive allowing light from said light source to pass through said seal and into said beverage retainer, said seal having a substantially circular shape, and said seal further comprising a shoulder extending into a light notch (638, 639) of said collar. a housing having a first drink retaining compartment and a second thermal engine compartment; a beverage retainer disposed in said first drink retaining compartment, said beverage retainer being in thermal communication with said second thermal engine compartment; a collar; and a light source; characterized in that the beverage heating and cooling assembly further comprises a seal disposed between an upper edge of said beverage retainer and the collar; the light source is adjacent to said seal; said seal being at least light transmissive allowing light from said light source to pass through said seal and into said beverage retainer, said seal having a substantially circular shape, and said seal further comprising a shoulder extending into a light notch (638, 639) of said collar.
Method for estimating a coefficient of friction of a hydraulic brake system in a motor vehicle, comprising the steps: a) setting a braking torque on a wheel or an axle of the motor vehicle by means of an actuator system which has a higher control precision than the hydraulic brake system; b) measuring the deceleration of the wheel or axle induced by the braking torque; c) determining the transmission ratio between the braking torque and the deceleration of the wheel or axle; d) applying a set braking torque to the wheel or axle of the motor vehicle via the hydraulic brake system; e) measuring the deceleration of the wheel or axle induced by the braking torque; f) estimating the actual braking torque on the basis of the inverse of the transmission ratio between the braking torque and the deceleration of the wheel or axle, as determined in step c); g) calculating the actual coefficient of friction of the hydraulic brake system. a) setting a braking torque on a wheel or an axle of the motor vehicle by means of an actuator system which has a higher control precision than the hydraulic brake system; b) measuring the deceleration of the wheel or axle induced by the braking torque; c) determining the transmission ratio between the braking torque and the deceleration of the wheel or axle; d) applying a set braking torque to the wheel or axle of the motor vehicle via the hydraulic brake system; e) measuring the deceleration of the wheel or axle induced by the braking torque; f) estimating the actual braking torque on the basis of the inverse of the transmission ratio between the braking torque and the deceleration of the wheel or axle, as determined in step c); g) calculating the actual coefficient of friction of the hydraulic brake system.
A laminated body for value object or security documents, being made of at least three laminate layers (10, 20, 30, 40, 50), comprising at least two colour fields (22, 32, 34), arranged one over the other, which in each case lie in one of at least two colour planes lying parallel to each other within the laminated body and being spaced from each other, and are formed in each case by at least one colour layer area (221, 321, 341) and at least one free area (222, 322, 342), wherein the at least one colour layer area (221, 321, 341) is formed by a colorant preparation and wherein there is no colorant preparation in the at least one free area (222, 322, 342), characterised in that a free area of a second colour field in a second colour plane is found above and/or below none of the at least one free area of a first colour field in a first colour plane.
A tracking device for tracking the location of a moving object, comprising: a spine portion for carrying a payload; an upright portion supporting the spine portion; an arm portion between the upright portion and the spine portion, wherein the arm portion comprises a lateral member and one or more connector arms, wherein the arm portion is coupled to the upright portion by a single axis support comprising a pivoted connection and wherein the spine portion is supported by each connector arm a connector that allows the spine portion to rotate, the spine portion defining a second axis of rotation, wherein the second axis of rotation aligns with a longitudinal axis of the spine portion, and wherein a first axis of rotation is orthogonal to the second axis of rotation; a first linear actuation assembly causing the payload to rotate about the first axis of rotation; a second linear actuation assembly causing the payload to rotate about the second axis of rotation; and a control module comprising a Global Positioning System and configured to determine a position of a moving object in the sky based on a position of the tracking device on a surface of the Earth, the local time of day and date, the control module further configured to operate the first and second linear actuation assemblies (250, 260) to direct the payload relative to the moving object. a spine portion for carrying a payload; an upright portion supporting the spine portion; an arm portion between the upright portion and the spine portion, wherein the arm portion comprises a lateral member and one or more connector arms, wherein the arm portion is coupled to the upright portion by a single axis support comprising a pivoted connection and wherein the spine portion is supported by each connector arm a connector that allows the spine portion to rotate, the spine portion defining a second axis of rotation, wherein the second axis of rotation aligns with a longitudinal axis of the spine portion, and wherein a first axis of rotation is orthogonal to the second axis of rotation; a first linear actuation assembly causing the payload to rotate about the first axis of rotation; a second linear actuation assembly causing the payload to rotate about the second axis of rotation; and a control module comprising a Global Positioning System and configured to determine a position of a moving object in the sky based on a position of the tracking device on a surface of the Earth, the local time of day and date, the control module further configured to operate the first and second linear actuation assemblies (250, 260) to direct the payload relative to the moving object.
Hydraulic actuating system of a friction clutch, in particular in a motor vehicle which is operated by internal combustion engine, comprising a master cylinder with a cylinder, with a piston with a piston rod, and a stop ring as a stop of the piston, the stop ring having a stop section and a stripping device which encloses the piston rod elastically, characterized in that the stripping device is integrally formed in one piece on the stop section, and the stop ring is constructed from two identical half parts.
A switching device unit for a subsea switchgear, the switching device unit comprising a fluid tight switching device housing comprising bushing openings, switching devices arranged within the switching device housing, and housing power connections for connecting the switching devices through the bushing openings, characterised in that the switching devices are arranged along two parallel lines, there being at least three switching devices in each of the two lines, and in that the housing power connections leading to the first line of switching devices are led over the second line of switching devices.
A non-volatile memory system, comprising: a deep n-well formed in a p-substrate in a semiconductor die; a first p-well formed within the deep n-well; a second p-well formed within the deep n-well; a first array of non-volatile split-gate flash memory cells formed within the first p-well, each non-volatile split-gate flash memory cell in the first array comprising a floating gate and a plurality of terminals; a second array of non-volatile split gate flash memory cells formed within the second p-well, each non-volatile split-gate flash memory cell in the second array comprising a floating gate and a plurality of terminals; a bias generator to apply a negative voltage to the first p-well during an erase operation of one or more of the non-volatile split-gate flash memory cells in the first array and to apply independently a negative voltage to the second p-well during an erase operation of one or more of the non-volatile split-gate flash memory cells in the second array; a low voltage decoder (803, 804) formed within a third p-well (810, 812) formed within a second deep n-well (811, 813); and a high voltage decoder circuit (805, 806) formed within a fourth p-well (814, 816) formed within a third deep n-well (815, 817). a deep n-well formed in a p-substrate in a semiconductor die; a first p-well formed within the deep n-well; a second p-well formed within the deep n-well; a first array of non-volatile split-gate flash memory cells formed within the first p-well, each non-volatile split-gate flash memory cell in the first array comprising a floating gate and a plurality of terminals; a second array of non-volatile split gate flash memory cells formed within the second p-well, each non-volatile split-gate flash memory cell in the second array comprising a floating gate and a plurality of terminals; a bias generator to apply a negative voltage to the first p-well during an erase operation of one or more of the non-volatile split-gate flash memory cells in the first array and to apply independently a negative voltage to the second p-well during an erase operation of one or more of the non-volatile split-gate flash memory cells in the second array; a low voltage decoder (803, 804) formed within a third p-well (810, 812) formed within a second deep n-well (811, 813); and a high voltage decoder circuit (805, 806) formed within a fourth p-well (814, 816) formed within a third deep n-well (815, 817).
A method of detecting malware at a computing device, comprising: conducting, by a processor of the computing device, a static evaluation of program instructions in a software program comprising a sequence of instructions stored on a computer readable medium operably connected to the processor, the static evaluation being conducted without performing the program instructions; comparing, by the processor, each instruction in the sequence against each of a group of suspicion criteria, wherein the suspicion criteria are used to rate each instruction based upon an expected outcome of an instruction when run; determining, by the processor, whether each instruction in the sequence violates any of the group of suspicion criteria; assigning, by the processor, an instruction-level score to each instruction that violates any of the suspicion criteria, wherein the instruction-level score reflects one or more of comparison to other code generated by an official tool, or comparison to other instruction sequences generated by an official tool; wherein an official tool refers to a commonly used compiler or a run-time compressor; summing, by the processor, the instruction-level scores for each instruction to yield a program-level score; determining, by the processor, whether the program-level score exceeds a threshold; and if the program-level score exceeds a threshold, developing, by the processor, a report indicating a malware detection result. conducting, by a processor of the computing device, a static evaluation of program instructions in a software program comprising a sequence of instructions stored on a computer readable medium operably connected to the processor, the static evaluation being conducted without performing the program instructions; comparing, by the processor, each instruction in the sequence against each of a group of suspicion criteria, wherein the suspicion criteria are used to rate each instruction based upon an expected outcome of an instruction when run; determining, by the processor, whether each instruction in the sequence violates any of the group of suspicion criteria; assigning, by the processor, an instruction-level score to each instruction that violates any of the suspicion criteria, wherein the instruction-level score reflects one or more of comparison to other code generated by an official tool, or comparison to other instruction sequences generated by an official tool; wherein an official tool refers to a commonly used compiler or a run-time compressor; summing, by the processor, the instruction-level scores for each instruction to yield a program-level score; determining, by the processor, whether the program-level score exceeds a threshold; and if the program-level score exceeds a threshold, developing, by the processor, a report indicating a malware detection result.
A controller area network filter combining method, wherein the CAN filter comprises a special filter and at least one common filter, the special filter comprising a mask code and at least two filter codes, and the common filter comprising a mask code and a filter code, wherein the method comprises: initializing the mask code and the filter codes of the special filter; acquiring a first total number of the filter codes in the special filter and a second total number of common filters; acquiring mask codes and filter codes of all of the common filters; comparing the first total number and the second total number; and based on the mask codes and the filter codes of all of the common filters and on the result of the comparison of said first total number and said second total number, performing a value assignment operation for the mask code and all the filter codes of the special filter to enable data capable of passing through each of the common filters to pass through the special filter. initializing the mask code and the filter codes of the special filter; acquiring a first total number of the filter codes in the special filter and a second total number of common filters; acquiring mask codes and filter codes of all of the common filters; comparing the first total number and the second total number; and based on the mask codes and the filter codes of all of the common filters and on the result of the comparison of said first total number and said second total number, performing a value assignment operation for the mask code and all the filter codes of the special filter to enable data capable of passing through each of the common filters to pass through the special filter.
Device for modifying the jet shape of flowable products, in particular foodstuffs, comprising: - an inlet region for the inlet of the flowable products, - an outlet region for the outlet of the flowable products and - a plurality of channels for passage of the flowable products, - wherein each channel has at least one inlet assigned to the inlet region and at least one outlet assigned to the outlet region, - wherein at least one of the channels is curved at least in sections and - characterised in that the wall surfaces of the channels are integrally designed and in that - the device has a one-part housing in which the channels are arranged and which is manufactured by a generative manufacturing process or in that - the device has a multi-part housing (15', 15"), wherein the part of the housing (15"), in which the curved channels are arranged, is integrally designed and is manufactured by a generative manufacturing process. - an inlet region for the inlet of the flowable products, - an outlet region for the outlet of the flowable products and - a plurality of channels for passage of the flowable products, - wherein each channel has at least one inlet assigned to the inlet region and at least one outlet assigned to the outlet region, - wherein at least one of the channels is curved at least in sections and - characterised in that - the device has a one-part housing in which the channels are arranged and which is manufactured by a generative manufacturing process or in that - the device has a multi-part housing (15', 15"), wherein the part of the housing (15"), in which the curved channels are arranged, is integrally designed and is manufactured by a generative manufacturing process.