mhurhangee/ep-ind-claims huggingface dataset:
An electric device comprising: a contact unit, an electromagnet unit configured to drive the contact unit, and a main body frame configured to house the contact unit and the electromagnet unit in a housing section, wherein the main body frame includes a first frame including a flexible protruding plate portion protruding from an open end side, wherein a first direction and a second direction and a third direction are orthogonal to each other, wherein the flexible protruding plate portion is arranged on each of two side walls (31c, 31d) of the first frame, the two side walls (31c, 31d) being located on opposite sides of each other in the third direction, a second frame facing the first frame in the first direction to form the housing section, and a snap-fit mechanism configured to connect the first frame to the second frame, the snap-fit mechanism including a fitted portion provided on the flexible protruding plate portion and a fitting projection portion provided on a side wall of the second frame and fitting with the fitted portion, in which the fitted portion and the fitting projection portion are adapted to be fitted by bringing the first frame and the second frame into relative proximity in the first direction, and characterized in that the first frame and the second frame are adapted to be released from fitting by relatively displacing the first frame and the second frame in the second direction orthogonal to the first direction and to the third direction. a contact unit, an electromagnet unit configured to drive the contact unit, and a main body frame configured to house the contact unit and the electromagnet unit in a housing section, wherein the main body frame includes a first frame including a flexible protruding plate portion protruding from an open end side, wherein a first direction and a second direction and a third direction are orthogonal to each other, wherein the flexible protruding plate portion is arranged on each of two side walls (31c, 31d) of the first frame, the two side walls (31c, 31d) being located on opposite sides of each other in the third direction, a second frame facing the first frame in the first direction to form the housing section, and a snap-fit mechanism configured to connect the first frame to the second frame,
A method for increasing stability in a read- or write- operation of a memory circuit, wherein the memory circuit comprises a Static Random Access Memory (SRAM), the method comprising: pre-charging at least one bit line of the memory circuit to a first voltage; pre-charging at least one other bit line of the memory circuit to a second voltage; and driving the voltage across the bit lines to be equal so that the bit lines are pre-charged with a third voltage, wherein the difference between the first voltage and the third voltage is less than a voltage difference between the first voltage to the second voltage, wherein the pre-charging of the at least one other bit line of the memory circuit to a second voltage is performed by using diode drop circuit, wherein the diode drop circuit is configured to drop the first voltage to the second voltage. pre-charging at least one bit line of the memory circuit to a first voltage; pre-charging at least one other bit line of the memory circuit to a second voltage; and driving the voltage across the bit lines to be equal so that the bit lines are pre-charged with a third voltage, wherein the difference between the first voltage and the third voltage is less than a voltage difference between the first voltage to the second voltage,
An aerosol-generating article comprising: a first element comprising an aerosol-forming substrate; a susceptor element arranged within the first element; and a hollow tubular element disposed downstream of the first element, wherein the hollow tubular element comprises: a peripheral portion defining a hollow inner region of the hollow tubular element; and a support element formed from a paper sheet and extending from a first point at the peripheral portion across the hollow inner region to a second point at the peripheral portion. a first element comprising an aerosol-forming substrate; a susceptor element arranged within the first element; and a hollow tubular element disposed downstream of the first element, wherein the hollow tubular element comprises: a peripheral portion defining a hollow inner region of the hollow tubular element; and a support element formed from a paper sheet and extending from a first point at the peripheral portion across the hollow inner region to a second point at the peripheral portion. a peripheral portion defining a hollow inner region of the hollow tubular element; and a support element formed from a paper sheet and extending from a first point at the peripheral portion across the hollow inner region to a second point at the peripheral portion.
A razor comprising: a cartridge comprising a blade, the cartridge configured to rotate about a first axis; and a handle coupled to the cartridge, the handle comprising: a first end; a second end opposite the first end; and a rotatable portion coupled to the second end such that the rotatable portion is configured to rotate relative to the first end and about a second axis, wherein the rotatable portion comprises a base and a retention system, the retention system is configured to apply a resistance torque upon the rotatable portion when the rotatable portion is rotated from an at rest position, wherein a distance between the first axis and the second axis defines a moment arm and the retention system has a static stiffness as determined by the Static Stiffness Method such that a ratio of the static stiffness to the moment arm is 0.05 N/degree to 1.2 N/degree; and wherein the retention system comprises: a cantilever tail extending from the base, a distal end of the cantilever tail loosely retained by a frame of the handle, wherein the cantilever tail generates said torque upon rotation of the rotatable portion about the second axis; and wherein the cantilever tail comprises PolyEtherEtherKetone, or the cantilever tail is formed from stainless steel. a cartridge comprising a blade, the cartridge configured to rotate about a first axis; and a handle coupled to the cartridge, the handle comprising: a first end; a second end opposite the first end; and a rotatable portion coupled to the second end such that the rotatable portion is configured to rotate relative to the first end and about a second axis, wherein the rotatable portion comprises a base and a retention system, the retention system is configured to apply a resistance torque upon the rotatable portion when the rotatable portion is rotated from an at rest position, a first end; a second end opposite the first end; and a rotatable portion coupled to the second end such that the rotatable portion is configured to rotate relative to the first end and about a second axis, wherein the rotatable portion comprises a base and a retention system, the retention system is configured to apply a resistance torque upon the rotatable portion when the rotatable portion is rotated from an at rest position, wherein a distance between the first axis and the second axis defines a moment arm and the retention system has a static stiffness as determined by the Static Stiffness Method such that a ratio of the static stiffness to the moment arm is 0.05 N/degree to 1.2 N/degree; and wherein the retention system comprises: a cantilever tail extending from the base, a distal end of the cantilever tail loosely retained by a frame of the handle, wherein the cantilever tail generates said torque upon rotation of the rotatable portion about the second axis; and wherein the cantilever tail comprises PolyEtherEtherKetone, or the cantilever tail is formed from stainless steel.
Apparatus for carrying out a method to determine and/or to monitor at least one physical state of a patient comprising: - a device configured to determine an amplitude of a pressure signal during a blood treatment of the patient executed by means of a blood treatment apparatus comprising a blood pump and being connected with an extracorporeal blood circuit, wherein the pressure signal comprises a heart pressure signal and wherein the device is configured to determine the pressure signal by means of a pressure sensor on the arterial side of the extracorporeal blood circuit; - a device configured to correct the determined value of the amplitude of the pressure signal by a contribution of the blood treatment apparatus to the height of the amplitude of the pressure signal and to determine an amplitude of the heart pressure signal from the pressure signal; and - a device configured to evaluate the amplitude of the determined pressure signal over a plurality of dialysis treatments for drawing a conclusion about the physical state, wherein the state is the development of an outflow stenose from a fistula, wherein the device is configured to compare the determined amplitude of the heart pressure signal with a defined range during an observation period comprising a plurality of dialysis treatments, wherein the range is a range within which the amplitude of the heart pressure signal should lie in a longer term. - a device configured to determine an amplitude of a pressure signal during a blood treatment of the patient executed by means of a blood treatment apparatus comprising a blood pump and being connected with an extracorporeal blood circuit, wherein the pressure signal comprises a heart pressure signal and wherein the device is configured to determine the pressure signal by means of a pressure sensor on the arterial side of the extracorporeal blood circuit; - a device configured to correct the determined value of the amplitude of the pressure signal by a contribution of the blood treatment apparatus to the height of the amplitude of the pressure signal and to determine an amplitude of the heart pressure signal from the pressure signal; and - a device configured to evaluate the amplitude of the determined pressure signal over a plurality of dialysis treatments for drawing a conclusion about the physical state, wherein the state is the development of an outflow stenose from a fistula, wherein the device is configured to compare the determined amplitude of the heart pressure signal with a defined range during an observation period comprising a plurality of dialysis treatments, wherein the range is a range within which the amplitude of the heart pressure signal should lie in a longer term.
A method of producing a protein of interest, comprising the following steps: (a) transfecting at least one RNA selected from the group consisting of: SEQ ID NO:1, SEQ ID NO:2, SEQ ID NO:3, SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6, SEQ ID NO:7, SEQ ID NO:8, SEQ ID NO:9, SEQ ID NO:10, SEQ ID NO:11, SEQ ID NO:12, SEQ ID NO:13, SEQ ID NO:14, SEQ ID NO:15, SEQ ID NO:16, SEQ ID NO:17, SEQ ID NO:18, SEQ ID NO:19, and SEQ ID NO:20 and at least one expression vector comprising at least one gene of interest into a mammalian cell, (b) selecting a highly-productive transfected cell, and (c) cultivating the highly-productive transfected cell obtained in step (b) under conditions which allow expression of the gene(s) of interest. (a) transfecting at least one RNA selected from the group consisting of: SEQ ID NO:1, SEQ ID NO:2, SEQ ID NO:3, SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6, SEQ ID NO:7, SEQ ID NO:8, SEQ ID NO:9, SEQ ID NO:10, SEQ ID NO:11, SEQ ID NO:12, SEQ ID NO:13, SEQ ID NO:14, SEQ ID NO:15, SEQ ID NO:16, SEQ ID NO:17, SEQ ID NO:18, SEQ ID NO:19, and SEQ ID NO:20 and at least one expression vector comprising at least one gene of interest into a mammalian cell, (b) selecting a highly-productive transfected cell, and (c) cultivating the highly-productive transfected cell obtained in step (b) under conditions which allow expression of the gene(s) of interest.
A method for identifying on-street parking spots (152, 152') of an area based on at least one of satellite and aerial images of said area, the method comprising retrieving and processing a plurality of at least one of satellite and aerial images by at least quality benchmarking and georeferencing the images; and for each image, detecting objects of interest comprising at least detected vehicles, computing street sections based on map data corresponding to the images, wherein street sections refer to straight line segments that streets can be subdivided into, and assigning the detected objects to at least one of the street sections by computing a closest street section for each detected vehicle; and for each street section, identifying on-street vehicle lanes (120, 120') based on the detected objects of interest, wherein identifying on-street vehicle lanes (120, 120') further comprises recursively identifying on-street vehicle lanes (120, 120') based on a plurality of detected vehicles assigned to each street section, wherein the recursively identified on-street vehicle lanes (120, 120') are quality controlled by at least comparing their slope with that of the respective street section; and combining street sections based on the identified on-street vehicle lanes (120, 120') from the plurality of at least one of satellite and aerial images; and in the combined street sections, identifying parking lanes and deriving individual parking spots (152, 152') comprised thereon. retrieving and processing a plurality of at least one of satellite and aerial images by at least quality benchmarking and georeferencing the images; and for each image, detecting objects of interest comprising at least detected vehicles, computing street sections based on map data corresponding to the images, wherein street sections refer to straight line segments that streets can be subdivided into, and assigning the detected objects to at least one of the street sections by computing a closest street section for each detected vehicle; and for each street section, identifying on-street vehicle lanes (120, 120') based on the detected objects of interest, wherein identifying on-street vehicle lanes (120, 120') further comprises recursively identifying on-street vehicle lanes (120, 120') based on a plurality of detected vehicles assigned to each street section, wherein the recursively identified on-street vehicle lanes (120, 120') are quality controlled by at least comparing their slope with that of the respective street section; and combining street sections based on the identified on-street vehicle lanes (120, 120') from the plurality of at least one of satellite and aerial images; and in the combined street sections, identifying parking lanes and deriving individual parking spots (152, 152') comprised thereon.
A holding device made of a polymeric material for holding and securing an electronic unit behind a trim part of a motor vehicle, said trim part being formed using a polymeric material, having: - a holding section comprising at least one securing means for securing the electronic unit in or on the holding section, - at least one joining section arranged next to the holding section having a joining region, characterised in that the joining section can be connected to the inside of the trim part opposite the visible side via the holding section - wherein the joining section further comprises a connecting element to the holding section, which connecting element is configured such that, in the assembled state of the holding device, the electronic unit is at a defined minimum distance from the inside of the trim part, wherein the connecting element comprises a spring action section, which allows a longitudinal stretching of the connecting element parallel to the longitudinal extension direction of the trim part. - a holding section comprising at least one securing means for securing the electronic unit in or on the holding section, - at least one joining section arranged next to the holding section having a joining region, characterised in that the joining section can be connected to the inside of the trim part opposite the visible side via the holding section - wherein the joining section further comprises a connecting element to the holding section, which connecting element is configured such that, in the assembled state of the holding device, the electronic unit is at a defined minimum distance from the inside of the trim part,
A composition comprising particles of indomethacin dispersed in at least two partially milled grinding materials, wherein the particles have a median particle size as measured on a particle volume basis is less than or equal to a size selected from the group consisting of 500nm, 400 nm, 300nm, 200nm and 100 nm; wherein the at least two grinding materials are sodium lauryl sulfate, and lactose monohydrate.
Logistics system for piece goods, comprising a main conveyor section, a detection system, an ejection system, and a recirculation conveyor section; - wherein the main conveyor section is designed to convey piece goods to and from the detection system further downstream; - wherein the ejection system is designed to feed piece goods, which have been fed to the detection system, from the main conveyor section to the recirculation conveyor section; - wherein the recirculation conveyor section is designed to feed piece goods, which have been fed to it by the ejection system, to the detection system again; - wherein the detection system is set up to generate a data record (33, 34, 35, 36) for a piece good complex (23, 24) fed to it, by means of which the piece good complex (23, 24) can be identified; - wherein the detection system is also set up to detect an error affecting a piece good complex fed to it and to cause the ejection system to feed the piece good complex affected by the error to the recirculation conveyor section characterized in that - the detection system is also set up to store at least those data records (33, 34, 35, 36) by means of which piece good complexes (23, 24) fed to the recirculation conveyor section can be identified- wherein the detection system is also set up to compare data records (33, 34, 35, 36) with one another and, in the event of a match between two or more data records (33, 34, 35, 36), to classify this match as evidence of a repeatedly faulty piece good complex. - wherein the main conveyor section is designed to convey piece goods to and from the detection system further downstream; - wherein the ejection system is designed to feed piece goods, which have been fed to the detection system, from the main conveyor section to the recirculation conveyor section; - wherein the recirculation conveyor section is designed to feed piece goods, which have been fed to it by the ejection system, to the detection system again; - wherein the detection system is set up to generate a data record (33, 34, 35, 36) for a piece good complex (23, 24) fed to it, by means of which the piece good complex (23, 24) can be identified; - wherein the detection system is also set up to detect an error affecting a piece good complex fed to it and to cause the ejection system to feed the piece good complex affected by the error to the recirculation conveyor section characterized in that - the detection system is also set up to store at least those data records (33, 34, 35, 36) by means of which piece good complexes (23, 24) fed to the recirculation conveyor section can be identified- wherein the detection system is also set up to compare data records (33, 34, 35, 36) with one another and, in the event of a match between two or more data records (33, 34, 35, 36), to classify this match as evidence of a repeatedly faulty piece good complex.
A peptide or peptide derivative comprising: (i) WDLYFEIVW; or (ii) a variant amino acid sequence comprising one, two, three or four L-amino acid substitutions in WDLYFEIVW; wherein the variant amino acid sequence comprises X 1 X 2 X 3 YX 4 EX 5 X 6 X 7, wherein X 1 is W, L or P, X 2 is D or S, X 3 is L or F, X 4 is F, Phg, L, Ebw, Pff, Thi, 1 Ni, Hfe, Ece or Cha, X 5 is I or F, X 6 is S, V or G and X 7 is W or L, or (iii) the retro-inverso variant of the peptide or peptide derivative of either one of parts (i) and (ii), wherein said peptide or peptide derivative has procoagulant activity. (i) WDLYFEIVW; or (ii) a variant amino acid sequence comprising one, two, three or four L-amino acid substitutions in WDLYFEIVW; wherein the variant amino acid sequence comprises X 1 X 2 X 3 YX 4 EX 5 X 6 X 7, wherein X 1 is W, L or P, X 2 is D or S, X 3 is L or F, X 4 is F, Phg, L, Ebw, Pff, Thi, 1 Ni, Hfe, Ece or Cha, X 5 is I or F, X 6 is S, V or G and X 7 is W or L, or (iii) the retro-inverso variant of the peptide or peptide derivative of either one of parts (i) and (ii),
A detection apparatus, wherein the apparatus is configured to detect whether a coolant heat pipe or a solenoid valve on the coolant heat pipe in a device is abnormal, and the apparatus comprises a control chip; and the control chip is configured to: control a working state of the solenoid valve; obtain a temperature difference of a component in the device when the working state of the solenoid valve is controlled; and determine whether the coolant heat pipe or the solenoid valve is abnormal based on the temperature difference, wherein the control chip is specifically configured to: control the solenoid valve to change from an open state to a closed state, characterized in that the control chip is further configured to: obtain a first temperature difference of the component in the device after a temperature of the component in the device is stable, wherein said first temperature difference is a temperature difference in a first period of time; and determine that the solenoid valve is abnormal if the first temperature difference is detected to be lower than a first threshold, wherein the coolant heat pipe is configured to dissipate heat for the component in the device. the control chip is configured to: control a working state of the solenoid valve; obtain a temperature difference of a component in the device when the working state of the solenoid valve is controlled; and determine whether the coolant heat pipe or the solenoid valve is abnormal based on the temperature difference, wherein the control chip is specifically configured to: control the solenoid valve to change from an open state to a closed state, characterized in that the control chip is further configured to: obtain a first temperature difference of the component in the device after a temperature of the component in the device is stable, wherein said first temperature difference is a temperature difference in a first period of time; and determine that the solenoid valve is abnormal if the first temperature difference is detected to be lower than a first threshold, wherein the coolant heat pipe is configured to dissipate heat for the component in the device. obtain a first temperature difference of the component in the device after a temperature of the component in the device is stable, wherein said first temperature difference is a temperature difference in a first period of time; and determine that the solenoid valve is abnormal if the first temperature difference is detected to be lower than a first threshold, wherein the coolant heat pipe is configured to dissipate heat for the component in the device.