mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for measuring a jugular vein pressure waveform, the apparatus comprising a processing system (101, 301) configured to receive a measurement signal and a rotation sensor (102, 302) configured to produce the measurement signal indicative of rotation of the rotation sensor when being against a skin of an individual and in a movement sensing relation with a jugular vein of the individual, wherein the processing system is configured to produce a waveform of a motion of the skin in a direction perpendicular to the skin based on the measurement signal, the waveform of the motion of the skin being indicative of the jugular vein pressure waveform, characterized in that: a) the rotation sensor is configured to measure angular velocity of the rotation sensor and the processing system is configured to compute a time integral of the angular velocity, the angular velocity of the rotation sensor representing the measurement signal and the time integral of the angular velocity being indicative of the jugular vein pressure waveform, or b) the rotation sensor is configured to measure angular acceleration of the rotation sensor and the processing system is configured to compute a first time integral being a time integral of the angular acceleration and a second time integral being a time integral of the first time integral, the angular acceleration of the rotation sensor representing the measurement signal and the second time integral being indicative of the jugular vein pressure waveform, wherein the processing system is configured to produce an indicator signal expressing pulmonary hypertension in response to a situation in which an a-wave of the jugular vein pressure waveform exceeds a predetermined threshold. a) the rotation sensor is configured to measure angular velocity of the rotation sensor and the processing system is configured to compute a time integral of the angular velocity, the angular velocity of the rotation sensor representing the measurement signal and the time integral of the angular velocity being indicative of the jugular vein pressure waveform, or b) the rotation sensor is configured to measure angular acceleration of the rotation sensor and the processing system is configured to compute a first time integral being a time integral of the angular acceleration and a second time integral being a time integral of the first time integral, the angular acceleration of the rotation sensor representing the measurement signal and the second time integral being indicative of the jugular vein pressure waveform,
Device for temporarily holding an opening of a motor vehicle body, comprising: - a fixing plate; - an arm extending from the fixing plate, the arm being articulated on the fixing plate and comprising, at a distance from said fixing plate, a shoulder able to bear against an edge of an opening (14.1) in the bodywork; and - a support plate configured to bear against the opening (14.1), with at least one opening (10.3, 10.4) forming the edge of the opening (14.1), characterized in that the support plate comprises, respectively at two opposite edges, two hooks (10.5, 10.6) capable of engaging with the opening (14.1) in order to hold said support plate against said opening (14.1). - a fixing plate; - an arm extending from the fixing plate, the arm being articulated on the fixing plate and comprising, at a distance from said fixing plate, a shoulder able to bear against an edge of an opening (14.1) in the bodywork; and - a support plate configured to bear against the opening (14.1), with at least one opening (10.3, 10.4) forming the edge of the opening (14.1),
A system comprising a connector, in which a DC-side connector and an AC-side connector are integrally formed and a power inverter that fixes a connector, to a casing, the power inverter comprising: a power inverter that fixes the connector, in which a DC-side connector and an AC-side connector are integrally formed, to a casing, the power inverter comprising: a power semiconductor module that converts a DC current into an AC current; a DC terminal (900a, 900b) that delivers the DC current to the power semiconductor module; an AC terminal (822a, 822b, 822c) that delivers the AC current to an electrical motor; and the casing that houses the power semiconductor module, characterized in that, the DC terminal (900a, 900b) and the AC terminal (822a, 822b, 822c) are arranged on one side face of the casing, the one side face of the casing forms a rectangular shape that is configured by a side formed in a widthwise direction and a side formed in a longitudinal direction, the DC terminal (900a, 900b) is configured by a positive-side DC terminal and a negative-side DC terminal, the AC terminal (822a, 822b, 822c) is configured by a U-phase side terminal, a V-phase side terminal, and a W-phase side terminal, the positive-side DC terminal and the negative-side DC terminal are arranged to be aligned along one side, which is formed in the widthwise direction, of the one side face of the casing, and the U-phase side terminal, the V-phase side terminal, and the W-phase side terminal are arranged to be aligned along one side, which is formed in the longitudinal direction, of the one side face of the casing. a power semiconductor module that converts a DC current into an AC current; a DC terminal (900a, 900b) that delivers the DC current to the power semiconductor module; an AC terminal (822a, 822b, 822c) that delivers the AC current to an electrical motor; and the casing that houses the power semiconductor module, characterized in that, the DC terminal (900a, 900b) and the AC terminal (822a, 822b, 822c) are arranged on one side face of the casing, the one side face of the casing forms a rectangular shape that is configured by a side formed in a widthwise direction and a side formed in a longitudinal direction, the DC terminal (900a, 900b) is configured by a positive-side DC terminal and a negative-side DC terminal, the AC terminal (822a, 822b, 822c) is configured by a U-phase side terminal, a V-phase side terminal, and a W-phase side terminal, the positive-side DC terminal and the negative-side DC terminal are arranged to be aligned along one side, which is formed in the widthwise direction, of the one side face of the casing, and the U-phase side terminal, the V-phase side terminal, and the W-phase side terminal are arranged to be aligned along one side, which is formed in the longitudinal direction, of the one side face of the casing.
The use of a PPAR agonist in the manufacture of a medicament for the treatment, prevention or reversal of cognitive impairment produced by chronic alcohol intake in an animal, wherein the PPAR agonist is a PPAR-α selective agonist or a PPAR-δ selective agonist.
A tissue graft comprising a first membrane comprising an amnion and one or more additional membranes laminated to the first membrane, wherein the first membrane has a first side which is an exposed basement membrane and a second side which is a fibroblast layer, and the one or more additional membranes are adjacent to the fibroblast layer; wherein the graft comprises a plurality of holes penetrating the graft.
A non-transitory machine-readable storage medium comprising instructions that when executed by a processor of a controller to coordinate multiple radios cause the processor to: identify a first scan time associated with multiple radios in an uncoordinated state, wherein the first scan time either identifies an interval in which the multiple radios are scanning channels or identifies an interval in which the multiple radios are not scanning channels; determine a second scan time based on the first scan time; and coordinate multiple radios based on the second scan time to prevent the multiple radios from simultaneously scanning a same channel, by providing the second scan time to each of the multiple radios, wherein the second scan time includes a plurality of different offset times for each of the multiple radios and wherein each of the plurality of different offset times for each of the multiple radios is to be used to delay an initialization of scanning a particular channel at each of the multiple radios. identify a first scan time associated with multiple radios in an uncoordinated state, wherein the first scan time either identifies an interval in which the multiple radios are scanning channels or identifies an interval in which the multiple radios are not scanning channels; determine a second scan time based on the first scan time; and coordinate multiple radios based on the second scan time to prevent the multiple radios from simultaneously scanning a same channel, by providing the second scan time to each of the multiple radios, wherein the second scan time includes a plurality of different offset times for each of the multiple radios and wherein each of the plurality of different offset times for each of the multiple radios is to be used to delay an initialization of scanning a particular channel at each of the multiple radios.
A rechargeable battery comprising at least one terminal (21, 22), a first electrode assembly with a first and a second electrode (11, 12), wherein at least one of the electrodes (11, 12) has an uncoated region (11a, 12a), and at least one current collecting member (51, 52) that electrically connects the one electrode (11, 12) and the terminal (21, 22), wherein the uncoated region (11a, 12a) comprises a first extension, wherein the first extension essentially extends perpendicularly to one of the electrodes (11, 12) and wherein the current collecting member (51, 52) is attached to the first extension, and wherein the battery further comprises a second electrode assembly neighboring the first electrode assembly and having a first and a second electrode (11, 12), wherein at least one of the electrodes (11, 12) of the second electrode assembly has an uncoated region (11a, 12a) for connecting the one electrode (11, 12) to the terminal (21, 22) via the current collecting member (51, 52), the uncoated region (11a, 12a) comprising a first extension, the current collecting member (51, 52) being attached to the first extension of second electrode assembly, characterized in that the first extensions of the first and the second electrode assemblies, that are attached to the current collecting member (51, 52) extend in opposite directions.
A method for navigating a robotic mower by means of a wire, said robotic mower comprising at least one sensor (12; 14), the method comprising the steps of, in the following order: - detecting, by means of the at least one sensor (12, 14), at least one signal from the wire, - controlling the robotic mower to align with the wire, wherein the controlling comprises controlling the robotic mower to follow the wire in a first direction until detecting a straight section of the wire, and, in response to detecting the straight section of the wire, controlling the robotic mower to follow the wire in a second direction opposite the first direction, - controlling the robotic mower to turn by an angle with respect to the straight section of the wire, - controlling the robotic mower to increase the distance between the robotic mower and the wire by driving a displacement distance based on a random distance value along a straight line oriented at the angle the robotic mower is turned, - measuring, by means of the at least one sensor (12, 14), a signal level of the at least one signal from the wire, and - controlling the robotic mower to follow the wire based on the measured signal level, wherein controlling the robotic mower to follow the wire in the second direction comprises driving a reversing distance based on the random distance value. - detecting, by means of the at least one sensor (12, 14), at least one signal from the wire, - controlling the robotic mower to align with the wire, wherein the controlling comprises controlling the robotic mower to follow the wire in a first direction until detecting a straight section of the wire, and, in response to detecting the straight section of the wire, controlling the robotic mower to follow the wire in a second direction opposite the first direction, - controlling the robotic mower to turn by an angle with respect to the straight section of the wire, - controlling the robotic mower to increase the distance between the robotic mower and the wire by driving a displacement distance based on a random distance value along a straight line oriented at the angle the robotic mower is turned, - measuring, by means of the at least one sensor (12, 14), a signal level of the at least one signal from the wire, and - controlling the robotic mower to follow the wire based on the measured signal level,
Pneumatic vehicle tyre with a tread comprising at least one central profile rib, which is delimited on each side by a circumferential groove (2, 3) and has a rib outer surface, lying in the periphery of the tread, wherein the central profile rib is provided with first blind grooves, merging into the one circumferential groove, and with second blind grooves, merging into the other circumferential groove, formed offset in relation to the first blind grooves in the circumferential direction and running with respect to the circumferential direction without overlapping these first blind grooves, wherein each blind groove (4, 5) is delimited by two groove flanks (4a, 5a), a groove base (4b, 5b) and an end flank (4c, 5c), lying inside the profile rib and running to the rib outer surface, and have a maximum width (b SR1, b SR2) of 2.5 mm to 10.0 mm, wherein the blind grooves (4, 5) become shallower towards their end flanks (4c, 5c), at least over a base portion (4b i, 5b i) of their groove base (4b, 5b) on the inner side of the rib and adjoining the respective end flank (4c, 5c) and have their smallest depth (t 1) in the region of the base portion (4b i, 5b i) on the inner side of the rib, wherein sipe-like grooves are provided, extending from the rib outer surface, made narrower than the blind grooves (4, 5), respectively running between a first blind groove and a second blind groove and having a width (b R) of 0.4 to 4.0 mm, characterized in that the sipe-like grooves have a maximum depth (t R) that is made greater than the smallest depths (t 1) of the blind grooves (4, 5) and, when seen in plan view, are made up in each case of three straight portions (6a, 6b, 6c) forming angles (μ) with one another of 100° to 150° each, wherein the maximum width (b SR1, b SR2) of the blind grooves (4, 5) is 130% to 250% of the width (b R) of the sipe-like groove running between them.
A concentrated alkaline liquid detergent composition comprising: a) 5 to 60 wt% surfactant comprising anionic surfactant and optionally nonionic surfactant and optionally amphoteric surfactant and optionally soap of which at least 35% of the total surfactant is anionic non-soap surfactant, b) at least 30 wt% water c) at least 0.25 wt% soil release polymer characterised in that: (i) the soil release polymer has the formula, and X-[(OCH 2 CH 2) q -]-block-[(OCH 2 CH(CH 3)) p]-[(OC -G 1 -C O-G 2) n]-OC -G 1 C O-[((CH 3)CHCH 2 O) p -]-block-[(CH 2 CH 2 O) q]-X wherein the G 1 moieties are all 1,4-phenylene moieties; the G 2 moieties are all C 1-4 alkyl substituted ethylene moieties, each X is C 1-4 alkyl, preferably methyl or n-butyl; each q is from 12 to 120; each p is from 1 to 10, preferably 2 to 5; and n is from 2 to 10. a) 5 to 60 wt% surfactant comprising anionic surfactant and optionally nonionic surfactant and optionally amphoteric surfactant and optionally soap of which at least 35% of the total surfactant is anionic non-soap surfactant, b) at least 30 wt% water c) at least 0.25 wt% soil release polymer (i) the soil release polymer has the formula, and X-[(OCH 2 CH 2) q -]-block-[(OCH 2 CH(CH 3)) p]-[(OC -G 1 -C O-G 2) n]-OC -G 1 C O-[((CH 3)CHCH 2 O) p -]-block-[(CH 2 CH 2 O) q]-X wherein the G 1 moieties are all 1,4-phenylene moieties; the G 2 moieties are all C 1-4 alkyl substituted ethylene moieties, each X is C 1-4 alkyl, preferably methyl or n-butyl; each q is from 12 to 120; each p is from 1 to 10, preferably 2 to 5; and n is from 2 to 10.
A system for locating current leakage in a traction power rail, the system comprising: a vehicle configured to move along a segment of the rail and provide a location of the vehicle along the segment of the rail at various points in time; and a rail instrument disposed on the vehicle, the rail instrument comprising a magnetic flux concentrator in an open configuration comprising an elongated conductor running in a direction that is parallel to a portion of the rail and having an arched or a U-shaped or a horseshoe-shaped cross section to obtain an average magnetic field reading of the portion of the rail, the instrument configured for taking readings of the average magnetic field across an area of portions of the segment of the rail while the vehicle moves along the segment, a processor for receiving the locations of the vehicle and readings from the rail instrument over a period of time and determines the location of a current leakage in the rail based on the locations of the vehicle and the rail instrument readings. a vehicle configured to move along a segment of the rail and provide a location of the vehicle along the segment of the rail at various points in time; and a rail instrument disposed on the vehicle, the rail instrument comprising a magnetic flux concentrator in an open configuration comprising an elongated conductor running in a direction that is parallel to a portion of the rail and having an arched or a U-shaped or a horseshoe-shaped cross section to obtain an average magnetic field reading of the portion of the rail, the instrument configured for taking readings of the average magnetic field across an area of portions of the segment of the rail while the vehicle moves along the segment, a processor for receiving the locations of the vehicle and readings from the rail instrument over a period of time and determines the location of a current leakage in the rail based on the locations of the vehicle and the rail instrument readings.
A display input device, comprising: a storage unit configured to store a set setting value and a default setting value of each setting item used in a case where the setting value is not set; an operation input unit (12, 13) configured to accept setting of the setting value; and a display unit configured to display a screen for selecting the setting item and for setting the setting value of the selected setting item, and to alternately display a finished image for checking a result when a job is executed with the set setting value reflected, and a default setting image on which the default setting value is reflected for checking a result when the job is executed based on the default setting value, by switching between them, characterized in that when the operation input unit (12, 13) accepts a predetermined separating operation in a state of displaying the finished image on which a plurality of set setting values are reflected, the display unit displays a plurality of separate setting value images for individual set setting values as the finished image, on which only one setting value is reflected while using the default setting value for other setting items, and when the operation input unit (12, 13) accepts a predetermined returning operation in a state of displaying the separate setting value image, the display unit displays an all setting value image on which all the set setting values are reflected as the finished image, switching from the separate setting value image. a storage unit configured to store a set setting value and a default setting value of each setting item used in a case where the setting value is not set; an operation input unit (12, 13) configured to accept setting of the setting value; and a display unit configured to display a screen for selecting the setting item and for setting the setting value of the selected setting item, and to alternately display a finished image for checking a result when a job is executed with the set setting value reflected, and a default setting image on which the default setting value is reflected for checking a result when the job is executed based on the default setting value, by switching between them, characterized in that when the operation input unit (12, 13) accepts a predetermined separating operation in a state of displaying the finished image on which a plurality of set setting values are reflected, the display unit displays a plurality of separate setting value images for individual set setting values as the finished image, on which only one setting value is reflected while using the default setting value for other setting items, and when the operation input unit (12, 13) accepts a predetermined returning operation in a state of displaying the separate setting value image, the display unit displays an all setting value image on which all the set setting values are reflected as the finished image, switching from the separate setting value image.
A sprayable alkaline or neutral cleaning composition with reduced misting comprising: (a) an effective cleaning amount of an alkalinity source and/or oxidizing source; (b) from 0.0001 wt-% to 1 wt-% of a high molecular weight inverse emulsion polymer; (c) at least one surfactant; and (d) water; wherein the alkaline or neutral composition reduces the formation of airborne aerosol particles having a micron size of less than 10 when sprayed, and a use solution of the composition has a shear viscosity from 1 to 1000 mPa*s (cPs), and wherein the high molecular weight inverse emulsion polymer does not increase the shear viscosity of the composition more than 10%. (a) an effective cleaning amount of an alkalinity source and/or oxidizing source; (b) from 0.0001 wt-% to 1 wt-% of a high molecular weight inverse emulsion polymer; (c) at least one surfactant; and (d) water;
A polynucleotide encoding a Clostridial Neurotoxin polypeptide exhibiting a reduced duration of muscle paralysis in a subject, wherein said polypeptide comprises at least one degradation signal in the light chain, wherein said degradation signal is selected from the group consisting of: a) at least one internally or terminally introduced PEST motif; b) at least one internally or terminally introduced E3 ligase recognition motif; c) an N-terminal oligo-lysine residue; d) an N-terminally linked ubiquitin; e) a substitution of the N-terminal proline with a basic amino acid; f) substitutions of surface displayed amino acid residues with lysine; and g) a substitution of the N-terminal proline with a basic amino acid in combination with substitutions of surface displayed amino acid residues with lysine; and wherein the reduced duration of muscle paralysis in the subject is in comparison to the unmodified Clostridial Neurotoxin polypeptide. a) at least one internally or terminally introduced PEST motif; b) at least one internally or terminally introduced E3 ligase recognition motif; c) an N-terminal oligo-lysine residue; d) an N-terminally linked ubiquitin; e) a substitution of the N-terminal proline with a basic amino acid; f) substitutions of surface displayed amino acid residues with lysine; and g) a substitution of the N-terminal proline with a basic amino acid in combination with substitutions of surface displayed amino acid residues with lysine; and wherein the reduced duration of muscle paralysis in the subject is in comparison to the unmodified Clostridial Neurotoxin polypeptide.