mhurhangee/patent-ind-claim-en huggingface dataset:
Ring network for transferring data between a plurality of electronic control modules (2; 3; 4; 5) arranged in a vehicle , which ring network comprises - a ring connection and - a plurality of network switches , each comprising a plurality of communications pairs (9; 10; 11), which each comprise a transmit unit (12; 15; 16) and a receive unit (13; 14; 17) for transmitting and receiving data, and wherein each of the electronic control modules (2; 3; 4; 5) is connected to one of the network switches via a first communications pair , and each of the network switches is connected to the ring connection via a second communications pair , and at least one of the network switches additionally comprises a third communications pair and is connected to the ring connection via the third communications pair , wherein a data flow direction is opposite in the second communications pair and the third communications pair of this network switch and wherein the at least one network switch is configured to reverse the data flow direction through this network switch when there is a break in the ring connection , characterized in that the reversal is effected by means of what is known as a "fast recovery protocol", which firstly detects the break and the position thereof in real time and subsequently enables an alternative communications path in the network. - a ring connection and - a plurality of network switches , each comprising a plurality of communications pairs (9; 10; 11), which each comprise a transmit unit (12; 15; 16) and a receive unit (13; 14; 17) for transmitting and receiving data, and wherein each of the electronic control modules (2; 3; 4; 5) is connected to one of the network switches via a first communications pair , and each of the network switches is connected to the ring connection via a second communications pair , and
Method for adapting the characteristic curve of a first nitrogen oxide sensor , arranged upstream of an SCR catalytic converter , of an internal combustion engine with exhaust gas recirculation, which has the SCR catalytic converter , the first nitrogen oxide sensor arranged upstream of the SCR catalytic converter , a second nitrogen oxide sensor arranged downstream of the SCR catalytic converter , a particle filter arranged upstream of the SCR catalytic converter , and a urea injection device arranged upstream of the SCR catalytic converter , characterized in that the method comprises: - determining that the particle filter is in a regeneration phase, - increasing the exhaust gas recirculation rate during the regeneration phase of the particle filter , - interrupting the supply of urea by the urea injection device during the regeneration phase of the particle filter , - acquiring first nitrogen oxide values from first nitrogen oxide signals generated by the first nitrogen oxide sensor during the regeneration phase of the particle filter , and determining that the first nitrogen oxide values are within a first nitrogen oxide interval, - acquiring second nitrogen oxide values from second nitrogen oxide signals generated by the second nitrogen oxide sensor during the regeneration phase of the particle filter , and determining that the second nitrogen oxide values are within a second nitrogen oxide interval, - adapting the characteristic curve of the first nitrogen oxide sensor by means of the second nitrogen oxide values. - determining that the particle filter is in a regeneration phase, - increasing the exhaust gas recirculation rate during the regeneration phase of the particle filter , - interrupting the supply of urea by the urea injection device during the regeneration phase of the particle filter , - acquiring first nitrogen oxide values from first nitrogen oxide signals generated by the first nitrogen oxide sensor during the regeneration phase of the particle filter , and determining that the first nitrogen oxide values are within a first nitrogen oxide interval, - acquiring second nitrogen oxide values from second nitrogen oxide signals generated by the second nitrogen oxide sensor during the regeneration phase of the particle filter , and determining that the second nitrogen oxide values are within a second nitrogen oxide interval, - adapting the characteristic curve of the first nitrogen oxide sensor by means of the second nitrogen oxide values.
A compressor comprising: a shell assembly housing a compression mechanism including a drive shaft configured to be rotatably driven to impart a force on the compression mechanism ; and a motor assembly ; a suction gas inlet fitting in fluid communication with the interior of the shell assembly ; a suction window configured to allow suction gas to flow into the compression mechanism from the interior of the shell assembly ; a counterweight fixed to the drive shaft ; and a counterweight cover , the counterweight cover including: an annular body having a recess at least partially defined by an outer circumferential portion , an inner circumferential portion , and a upper portion connecting said outer circumferential portion and said inner circumferential portion , said recess being configured to receive said counterweight between said outer circumferential portion and said inner circumferential portion ; characterised in that a suction baffle is disposed on said annular body , the suction baffle configured to direct a flow of suction gas entering the shell assembly through the suction gas inlet fitting towards the suction window and away from the counterweight . a shell assembly housing a compression mechanism including a drive shaft configured to be rotatably driven to impart a force on the compression mechanism ; and a motor assembly ; a suction gas inlet fitting in fluid communication with the interior of the shell assembly ; a suction window configured to allow suction gas to flow into the compression mechanism from the interior of the shell assembly ; a counterweight fixed to the drive shaft ; and a counterweight cover , the counterweight cover including: an annular body having a recess at least partially defined by an outer circumferential portion , an inner circumferential portion , and a upper portion connecting said outer circumferential portion and said inner circumferential portion , said recess being configured to receive said counterweight between said outer circumferential portion and said inner circumferential portion ; characterised in that a suction baffle is disposed on said annular body , the suction baffle configured to direct a flow of suction gas entering the shell assembly through the suction gas inlet fitting towards the suction window and away from the counterweight . an annular body having a recess at least partially defined by an outer circumferential portion , an inner circumferential portion , and a upper portion connecting said outer circumferential portion and said inner circumferential portion , said recess being configured to receive said counterweight between said outer circumferential portion and said inner circumferential portion ; characterised in that a suction baffle is disposed on said annular body , the suction baffle configured to direct a flow of suction gas entering the shell assembly through the suction gas inlet fitting towards the suction window and away from the counterweight .
An autonomous location beacon comprising a protective casing comprising power supply means and a radio signal generator connected to an antenna for transmitting the generated signals, said transmission antenna being able to be in a deployed position and a folded position wherein said transmission antenna is wound around said protective casing , said location beacon being characterised in that said transmission antenna is housed in a peripheral groove of said protective casing in the folded position, and in that said protective casing carries a button for activating and deactivating said location beacon , said button being covered by said transmission antenna when the latter is in the folded position. said transmission antenna is wound around said protective casing , said location beacon being characterised in that said transmission antenna is housed in a peripheral groove of said protective casing in the folded position, and in that said protective casing carries a button for activating and deactivating said location beacon , said button being covered by said transmission antenna when the latter is in the folded position.
Polyethylene composition comprising polyethylene and a stabiliser package comprising a) a phenolic stabiliser or mixtures thereof b) an organic phosphite and/or phosphonite or mixtures thereof c) zinc sulphide and d) an acid scavenger, wherein the total amount of the stabiliser package in the composition is ≥ 0.7 wt% and ≤ 1.5 wt% relative to the total amount of polyethylene and stabiliser package comprising components a) - d), wherein the amount of zinc sulphide is ≥ 0.01 wt% and ≤ 0.09 wt% relative to the total amount of polyethylene and stabiliser package comprising components a) - d). a) a phenolic stabiliser or mixtures thereof b) an organic phosphite and/or phosphonite or mixtures thereof c) zinc sulphide and d) an acid scavenger, wherein the total amount of the stabiliser package in the composition is ≥ 0.7 wt% and ≤ 1.5 wt% relative to the total amount of polyethylene and stabiliser package comprising components a) - d), wherein the amount of zinc sulphide is ≥ 0.01 wt% and ≤ 0.09 wt% relative to the total amount of polyethylene and stabiliser package comprising components a) - d). wherein the total amount of the stabiliser package in the composition is ≥ 0.7 wt% and ≤ 1.5 wt% relative to the total amount of polyethylene and stabiliser package comprising components a) - d), wherein the amount of zinc sulphide is ≥ 0.01 wt% and ≤ 0.09 wt% relative to the total amount of polyethylene and stabiliser package comprising components a) - d).
A method of wireless communication, comprising: generating , at a wireless device, a high efficiency wireless, HEW, packet comprising: a training field encoded over a first number of tones, wherein the training field comprises a legacy long training field; one or more edge tones adjacent to the training field; and characterized by further generating a signal field comprising a legacy signal field adjacent to the training field and encoded over a second number of tones, wherein the second number of tones is greater than the first number of tones by the number of the one or more edge tones that carry data beginning on the legacy signal field; and outputting the packet for transmission to a second device. generating , at a wireless device, a high efficiency wireless, HEW, packet comprising: a training field encoded over a first number of tones, wherein the training field comprises a legacy long training field; one or more edge tones adjacent to the training field; and characterized by further generating a signal field comprising a legacy signal field adjacent to the training field and encoded over a second number of tones, wherein the second number of tones is greater than the first number of tones by the number of the one or more edge tones that carry data beginning on the legacy signal field; and outputting the packet for transmission to a second device. a training field encoded over a first number of tones, wherein the training field comprises a legacy long training field; one or more edge tones adjacent to the training field; and characterized by further generating a signal field comprising a legacy signal field adjacent to the training field and encoded over a second number of tones, wherein the second number of tones is greater than the first number of tones by the number of the one or more edge tones that carry data beginning on the legacy signal field; and outputting the packet for transmission to a second device.
A door structure for a washing machine, comprising a door body , wherein the door structure for the washing machine further comprises a plurality of convex ribs , connected with the door body , the plurality of convex ribs being disposed at intervals, and each of the plurality of convex ribs being configured to clean objects to be cleaned; there is an angle between a central axis of the each of the plurality of convex ribs in a longitudinal direction and a horizontal plane; characterized in that the angle between the central axis of the each of the plurality of convex ribs and the horizontal plane is β, wherein 25°≤β≤35°; wherein the each of the plurality of convex ribs comprises a crest portion that protrudes vertically upward and a trough portion that has a downward recess toward the vertical direction, crest portions on two adjacent convex ribs of the plurality of convex ribs are in opposite protrusion directions, and/or, trough portions on two adjacent convex ribs of the plurality of convex ribs are in opposite recess directions. there is an angle between a central axis of the each of the plurality of convex ribs in a longitudinal direction and a horizontal plane; characterized in that the angle between the central axis of the each of the plurality of convex ribs and the horizontal plane is β, wherein 25°≤β≤35°; wherein the each of the plurality of convex ribs comprises a crest portion that protrudes vertically upward and a trough portion that has a downward recess toward the vertical direction, crest portions on two adjacent convex ribs of the plurality of convex ribs are in opposite protrusion directions, and/or, trough portions on two adjacent convex ribs of the plurality of convex ribs are in opposite recess directions.
A printing device for printing onto substrates , in particular solar cells, wafers or printed circuit boards, comprising a squeegee means and comprising at least one printing table , wherein the squeegee means is arranged above the printing table , and comprising at least one conveying means , by means of which a substrate can be transported away in each case to a printing nest below the squeegee means and out of the printing nest after the printing process has taken place, wherein the printing table has several conveying means , which are arranged side by side and aligned parallel to one another and which each have at least one printing nest , wherein the squeegee means has a single printing screen , which extends over all printing nests and which has a printing pattern for each printing nest , and wherein the squeegee means has at least one squeegee , which can be moved over each printing nest in order to print successively onto the substrates , which are arranged in the printing nests , wherein at least one sensor means for detecting the position and/or alignment of a substrate arranged on the respective printing nest is assigned or can be assigned to each printing nest , wherein at least one controllable adjusting means for aligning and/or positioning the respective substrate and the printing screen to one another is assigned to the printing table and/or the squeegee means , and wherein a correcting of the alignment and/or position of the respective substrate and of the printing screen to one another takes place in that period of time, in which the squeegee is moved from a substrate , which was printed onto previously, to a substrate , which is to be printed onto.
An imaging device for a binocular indirect ophthalmoscope, comprising: one or more camera, wherein the one or more camera is optionally provided by a cartridge comprising the one or more camera; a mounting bracket capable of removably attaching the one or more camera or the cartridge to a binocular indirect ophthalmoscope; wherein the mounting bracket comprises an opening or window configured such that when the mounting bracket is attached to the one or more camera or cartridge and to the binocular indirect ophthalmoscope, the opening or window permits incident light from an eye or portion of an eye being examined to transmit to a patient-facing front viewport of the binocular indirect ophthalmoscope; one or more computer processing unit, memory unit, and/or communication device for sending one or more electronic still and/or video images from the one or more camera to an electronic device by way of a wired or wireless connection and/or for storing the one or more electronic still and/or video images on the one or more memory unit; characterized by a beamsplitter, wherein the incident light from the eye or portion of the eye being examined is partially transmitted to the patient-facing front viewport or a front viewing window of the binocular indirect ophthalmoscope and partially directed to the one or more camera; and a power source.
A biorefinery for producing a fermentation product from biomass comprising: (a) a system for preparing the biomass into prepared biomass; (b) a system for pre-treating the biomass into pre-treated biomass; (c) a separator for separating the pre-treated biomass into a first component comprising polymeric glucan and a second component comprising xylose; (d) a first treatment system for continuously liquefying the first component into a liquefied first component by application of a first enzyme formulation, wherein the liquefied first component comprises oligomeric glucan and glucose, wherein the first treatment system comprises a continuously stirred tank reactor (CSTR) for continuous liquefaction; (e) a second treatment system for treating the liquefied first component into a saccharified first component by application of a second enzyme formulation so that glucose is made available, wherein the second treatment system comprises two or more batch reactors for saccharification arranged in parallel and in fluid communication with the continuously stirred tank reactor (CSTR) for liquefaction; and (f) a fermentation system configured to produce the fermentation product from the saccharified first component; wherein the fermentation product is produced by fermentation of glucose into ethanol; wherein the biomass comprises lignocellulosic material; wherein the lignocellulosic material comprises at least one of corn cobs, corn plant husks, com plant leaves, and corn plant stalks; and wherein the first enzyme formulation comprises a cellulase enzyme mixture. (a) a system for preparing the biomass into prepared biomass; (b) a system for pre-treating the biomass into pre-treated biomass; (c) a separator for separating the pre-treated biomass into a first component comprising polymeric glucan and a second component comprising xylose; (d) a first treatment system for continuously liquefying the first component into a liquefied first component by application of a first enzyme formulation, wherein the liquefied first component comprises oligomeric glucan and glucose, wherein the first treatment system comprises a continuously stirred tank reactor (CSTR) for continuous liquefaction; (e) a second treatment system for treating the liquefied first component into a saccharified first component by application of a second enzyme formulation so that glucose is made available, wherein the second treatment system comprises two or more batch reactors for saccharification arranged in parallel and in fluid communication with the continuously stirred tank reactor (CSTR) for liquefaction; and (f) a fermentation system configured to produce the fermentation product from the saccharified first component;
A light detection and ranging LIDAR, collision avoidance system the system comprising a lighting device arranged to produce a controllable light beam for illuminating a scene, the device comprising: a at least partially coherent infrared light source ; an addressable spatial light modulator for displaying a computer-generated hologram written thereto, the spatial light modulator arranged to provide a selectable phase delay distribution to a beam of incident light from the at least partially coherent light source in accordance with the displayed hologram, wherein the phase delay distribution comprises a representation of a pattern of illumination in the Fourier domain; Fourier optics arranged to receive phase-modulated light from the spatial light modulator, wherein the Fourier optics are arranged to perform a frequency-space transformation upon the received phase-modulated light to form a light distribution; and projection optics arranged to project the light distribution to form the pattern of illumination as said controllable light beam; a at least partially coherent infrared light source ; an addressable spatial light modulator for displaying a computer-generated hologram written thereto, the spatial light modulator arranged to provide a selectable phase delay distribution to a beam of incident light from the at least partially coherent light source in accordance with the displayed hologram, wherein the phase delay distribution comprises a representation of a pattern of illumination in the Fourier domain; Fourier optics arranged to receive phase-modulated light from the spatial light modulator, wherein the Fourier optics are arranged to perform a frequency-space transformation upon the received phase-modulated light to form a light distribution; and projection optics arranged to project the light distribution to form the pattern of illumination as said controllable light beam;
Compound of formula: and for use in the prevention and the treatment of renal ischemia/reperfusion damage, heart failure, cholestasis, pancreatitis, hepatopathies, chronic obstructive pulmonary disease (COPD), respiratory tract infections, pathologies of the upper respiratory tract, cirrhosis of the liver, hepatic ischemia, necrosis of the liver, hepatitis, steatosis, hepatotoxic drug intoxication, hepatic fibrosis.
A method of a terminal in a mobile communication system, the method comprising: receiving a message including configuration information for configuring a secondary cell from a base station; determining whether the secondary cell belongs to a first cell group including a primary cell, PCell, or a second cell group including a primary secondary cell, PSCell, for which a physical uplink control channel, PUCCH, is configured; determining, if the secondary cell belongs to the second cell group, whether the secondary cell is the PSCell; transmitting, if the secondary cell is the PSCell, a signal by considering a state of the secondary cell to be in an activated state; and prohibiting, if the secondary cell is not the PSCell, a transmission of the signal by considering the state of the secondary cell to be in a deactivated state. receiving a message including configuration information for configuring a secondary cell from a base station; determining whether the secondary cell belongs to a first cell group including a primary cell, PCell, or a second cell group including a primary secondary cell, PSCell, for which a physical uplink control channel, PUCCH, is configured; determining, if the secondary cell belongs to the second cell group, whether the secondary cell is the PSCell; transmitting, if the secondary cell is the PSCell, a signal by considering a state of the secondary cell to be in an activated state; and prohibiting, if the secondary cell is not the PSCell, a transmission of the signal by considering the state of the secondary cell to be in a deactivated state.