mhurhangee/ep-ind-claims huggingface dataset:
A wayside friction management system comprising: (a) one or more wayside device for mounting on a track of a rail system and for applying a friction control media to the track, the one or more wayside device comprising a delivery system connected via a hose to a reservoir containing the friction control media, the delivery system for dispensing the friction control media to one or both rails of the track via a pump;; (b) one or more data collection module in operative communication with the delivery system, one or more data collection sensors, or a combination thereof; (c) a remote performance unit; and (d) a power source operatively connected to one or more components of the wayside friction management system; the one or more data collection module configured to collect data and transmit the data to the RPU, the data comprising real time measurements of an internal voltage of the delivery system, the pump, or a combination thereof; the RPU comprising reference values stored on a database thereon, the reference values comprising one or more reference voltage values, the RPU configured to compare the data to the reference values, wherein at least the real time measurements of the internal voltage are compared to at least the one or more reference voltage values, and depending on a difference between the data and the reference values, a friction control media delivery time, rate, or both time and rate of the pump is modified by the RPU to achieve a desired quantity of the friction control media on the track. (a) one or more wayside device for mounting on a track of a rail system and for applying a friction control media to the track, the one or more wayside device comprising a delivery system connected via a hose to a reservoir containing the friction control media, the delivery system for dispensing the friction control media to one or both rails of the track via a pump;; (b) one or more data collection module in operative communication with the delivery system, one or more data collection sensors, or a combination thereof; (c) a remote performance unit; and (d) a power source operatively connected to one or more components of the wayside friction management system; the one or more data collection module configured to collect data and transmit the data to the RPU, the data comprising real time measurements of an internal voltage of the delivery system, the pump, or a combination thereof;
An electronic component mounting machine comprising: a mounting head that is configured to mount electronic components onto a circuit board; a tape feeder which is configured to feed a first tape material that accommodates a plurality of electronic components to the mounting head; a counting device which is configured to count the number of electronic components remaining in the first tape material by subtracting the number of consumed electronic components which corresponds to an operating amount of the electronic component mounting machine from an initial value of the number of the electronic components accommodated in the first tape material; a detection device which is configured to detect a splice portion that joins a starting end of a second tape material to a tail end of the first tape material; the electronic component mounting machine being characterized by a determining device which is configured to determine whether or not a count value obtained by the counting device is within a predetermined normal range when the detection device detects the splice portion. a mounting head that is configured to mount electronic components onto a circuit board; a tape feeder which is configured to feed a first tape material that accommodates a plurality of electronic components to the mounting head; a counting device which is configured to count the number of electronic components remaining in the first tape material by subtracting the number of consumed electronic components which corresponds to an operating amount of the electronic component mounting machine from an initial value of the number of the electronic components accommodated in the first tape material; a detection device which is configured to detect a splice portion that joins a starting end of a second tape material to a tail end of the first tape material; the electronic component mounting machine being characterized by a determining device which is configured to determine whether or not a count value obtained by the counting device is within a predetermined normal range when the detection device detects the splice portion.
A method of generating skin-encapsulated capsules comprising: a) providing an aqueous phase comprising at least about 0.01 % by weight of a skin-forming protein; b) forming an emulsion comprising droplets of said aqueous phase disposed in a continuous phase comprising a fluorinated oil and an anionic surfactant; and c) heating said emulsion to create an interfacial skin between each droplet and the continuous phase, such that said droplets form skin-encapsulated capsules. a) providing an aqueous phase comprising at least about 0.01 % by weight of a skin-forming protein; b) forming an emulsion comprising droplets of said aqueous phase disposed in a continuous phase comprising a fluorinated oil and an anionic surfactant; and c) heating said emulsion to create an interfacial skin between each droplet and the continuous phase, such that said droplets form skin-encapsulated capsules.
A vehicle front part structure comprising: a spats including a mounting portion attached to an under wall that constitutes an under floor in front of a front wheel in a fore-aft direction of a vehicle, and a main body portion extending from the mounting portion toward an underside of the vehicle to restrain a traveling wind flowing under the under wall from hitting the front wheel; and a recess portion formed at a vehicular rearward portion on the under wall and opening to a downward direction of the vehicle and to a rearward direction of the vehicle, wherein the recess portion includes: an inclined wall which constitutes a front wall of the recess portion, inclines upwardly toward a rear portion of the vehicle when viewed from a side of the vehicle, and connects the mounting wall and the front end portion of the under wall, and characterized in that the recess portion further includes: a mounting wall constituting a bottom wall of the recess portion and disposed above a front end portion of the under wall so as to attach the mounting portion to the mounting wall. a spats including a mounting portion attached to an under wall that constitutes an under floor in front of a front wheel in a fore-aft direction of a vehicle, and a main body portion extending from the mounting portion toward an underside of the vehicle to restrain a traveling wind flowing under the under wall from hitting the front wheel; and a recess portion formed at a vehicular rearward portion on the under wall and opening to a downward direction of the vehicle and to a rearward direction of the vehicle, wherein the recess portion includes: an inclined wall which constitutes a front wall of the recess portion, inclines upwardly toward a rear portion of the vehicle when viewed from a side of the vehicle, and connects the mounting wall and the front end portion of the under wall, and characterized in that the recess portion further includes: a mounting wall constituting a bottom wall of the recess portion and disposed above a front end portion of the under wall so as to attach the mounting portion to the mounting wall. an inclined wall which constitutes a front wall of the recess portion, inclines upwardly toward a rear portion of the vehicle when viewed from a side of the vehicle, and connects the mounting wall and the front end portion of the under wall, and characterized in that the recess portion further includes: a mounting wall constituting a bottom wall of the recess portion and disposed above a front end portion of the under wall so as to attach the mounting portion to the mounting wall. a mounting wall constituting a bottom wall of the recess portion and disposed above a front end portion of the under wall so as to attach the mounting portion to the mounting wall.
Vortex flowmeter for measuring a flow rate of a fluid, the vortex flowmeter comprising: a flowtube (103, 203, 303); a bluff body (121, 221, 321) positioned in the flowtube (103, 203, 303) for shedding vortices in the fluid when the fluid flows through the flowtube (103, 203, 303); and a sensor (131, 231, 331) positioned to detect the vortices; characterized by first and second cleaning ports (171, 271, 371) each positioned to allow a stream of fluid to be directed into the flowtube (103, 203, 303) through the respective cleaning port (171, 271, 371) toward the sensor (131, 231, 331) for cleaning material away from the sensor (131, 231, 331), the first and second cleaning ports (171, 271, 371) being on opposite sides of the bluff body (121, 221, 321) and angled toward the sensor (131, 231, 331). a flowtube (103, 203, 303); a bluff body (121, 221, 321) positioned in the flowtube (103, 203, 303) for shedding vortices in the fluid when the fluid flows through the flowtube (103, 203, 303); and a sensor (131, 231, 331) positioned to detect the vortices; characterized by first and second cleaning ports (171, 271, 371) each positioned to allow a stream of fluid to be directed into the flowtube (103, 203, 303) through the respective cleaning port (171, 271, 371) toward the sensor (131, 231, 331) for cleaning material away from the sensor (131, 231, 331), the first and second cleaning ports (171, 271, 371) being on opposite sides of the bluff body (121, 221, 321) and angled toward the sensor (131, 231, 331).
A non-pneumatic wheel defining axial, radial, and circumferential directions, the non-pneumatic wheel comprising: an annular shear layer constructed from at least one elastomeric material;and a plurality of discrete, annular reinforcing elements positioned along a plurality of axially-oriented rows within the annular shear layer, the reinforcing elements separated from one another by a predetermined distance S R along the radial direction and a predetermined distance S A along the axial direction, characterized in that the reinforcing elements have a substantially rectangular cross-section, and the reinforcing elements each have a length r L, aligned along the axial direction. an annular shear layer constructed from at least one elastomeric material;and a plurality of discrete, annular reinforcing elements positioned along a plurality of axially-oriented rows within the annular shear layer, the reinforcing elements separated from one another by a predetermined distance S R along the radial direction and a predetermined distance S A along the axial direction, characterized in that the reinforcing elements have a substantially rectangular cross-section, and the reinforcing elements each have a length r L, aligned along the axial direction.
A catheter pump system comprising: an impeller; a catheter body having a lumen therethrough, the impeller being mechanically coupled with a distal portion of the catheter body; a guidewire guide tube disposed through the lumen from a proximal portion of the catheter pump to a distal portion of the catheter pump, the guidewire guide tube being configured to receive a guidewire therein; an end cap secured to a proximal end portion of the guidewire guide tube, the end cap being configured such that axial movement of the end cap relative to the catheter body causes the guidewire guide tube to be removed from the catheter pump; and a resealable closure device disposed at a proximal portion of the catheter pump, the closure device being configured such that when the guidewire guide tube is removed from the catheter pump, the closure device closes the proximal portion of the catheter pump. an impeller; a catheter body having a lumen therethrough, the impeller being mechanically coupled with a distal portion of the catheter body; a guidewire guide tube disposed through the lumen from a proximal portion of the catheter pump to a distal portion of the catheter pump, the guidewire guide tube being configured to receive a guidewire therein; an end cap secured to a proximal end portion of the guidewire guide tube, the end cap being configured such that axial movement of the end cap relative to the catheter body causes the guidewire guide tube to be removed from the catheter pump; and a resealable closure device disposed at a proximal portion of the catheter pump, the closure device being configured such that when the guidewire guide tube is removed from the catheter pump, the closure device closes the proximal portion of the catheter pump.
A method of assessing whether a subject has, or is at risk of developing vulvar squamous cell carcinoma (VSCC) or vulvar squamous intraepithelial lesions, comprising the steps of: - measuring the expression level of at least one biomarker in a sample of the test subject, wherein the biomarkers are selected from a group consisting of miR-222-3p, miR-23b-3p, miR-431-5p and miR-630 or functional variants thereof, - measuring the expression level of a normalizer in the sample of the test subject, wherein the combination of hsa-miR-93-5p and hsa-miR-425-5p is used as a normalizer, - normalizing the measured expression level of at least one said biomarker against the normalizer to obtain a normalized value of the expression level of at least one said biomarker, - comparing the normalized value of the expression level of at least one said biomarker with a normalized reference expression level, - wherein the comparison of said normalized value of the expression level of at least one said biomarker to said normalized reference expression level is indicative to determine whether the subject has, or is at risk of developing vulvar squamous cell carcinoma or vulvar squamous intraepithelial lesions, - and wherein the sample is whole blood; blood fraction such as plasma, serum, blood cell fractions or platelets. - measuring the expression level of at least one biomarker in a sample of the test subject, wherein the biomarkers are selected from a group consisting of miR-222-3p, miR-23b-3p, miR-431-5p and miR-630 or functional variants thereof, - measuring the expression level of a normalizer in the sample of the test subject, wherein the combination of hsa-miR-93-5p and hsa-miR-425-5p is used as a normalizer, - normalizing the measured expression level of at least one said biomarker against the normalizer to obtain a normalized value of the expression level of at least one said biomarker, - comparing the normalized value of the expression level of at least one said biomarker with a normalized reference expression level, - wherein the comparison of said normalized value of the expression level of at least one said biomarker to said normalized reference expression level is indicative to determine whether the subject has, or is at risk of developing vulvar squamous cell carcinoma or vulvar squamous intraepithelial lesions, - and wherein the sample is whole blood; blood fraction such as plasma, serum, blood cell fractions or platelets.
A chocolate comprising 25 to 65 mass% of fats and oils, the fats and oils containing 5 to 40 mass% of triacylglycerol containing constituent fatty acid of 6 to 10 carbons, wherein in the triacylglycerol three fatty acid molecules of 6 to 10 carbons are ester-linked to one molecule of glycerol, and constituent fatty acid of 10 carbons is contained in an amount of 10 mass% or more, in a total amount of the constituent fatty acid of 6 to 10 carbons contained in the triacylglycerol.
An image-forming apparatus, comprising: a main body of the apparatus in which a cartridge is mounted, the cartridge including a photosensitive drum as first driven body, a second driven body, a first engaged portion (C21a) to be engaged for receiving a driving force that causes the first driven body to be driven, and a second engaged portion (C11b) to be engaged for receiving a driving force that causes the second driven body to be driven; and a driving force transmitter that includes a first engaging portion engaging the first engaged portion (C21a) to rotate the first engaged portion (C21a) and a second engaging portion engaging the second engaged portion (C11b) to rotate the second engaged portion (C11b) and that is rotatable about a rotational axis of the driving force transmitter, wherein a torque required to rotate the second engaged portion (C11b) is larger than a torque required to rotate the second engaging portion in a state where the first engaging portion does not engage the first engaged portion (C21a). a main body of the apparatus in which a cartridge is mounted, the cartridge including a photosensitive drum as first driven body, a second driven body, a first engaged portion (C21a) to be engaged for receiving a driving force that causes the first driven body to be driven, and a second engaged portion (C11b) to be engaged for receiving a driving force that causes the second driven body to be driven; and a driving force transmitter that includes a first engaging portion engaging the first engaged portion (C21a) to rotate the first engaged portion (C21a) and a second engaging portion engaging the second engaged portion (C11b) to rotate the second engaged portion (C11b) and that is rotatable about a rotational axis of the driving force transmitter, wherein a torque required to rotate the second engaged portion (C11b) is larger than a torque required to rotate the second engaging portion in a state where the first engaging portion does not engage the first engaged portion (C21a).
A triggering method for an uplink reference signal in a communication system, applied to a network side, wherein the method comprises: generating, by the network side, a trigger signaling for triggering a terminal to transmit the uplink reference signal to the network side for one or more times; and transmitting, by the network side, the trigger signaling to the terminal, characterized in that, the communication system comprises at least two different signal parameters in a system bandwidth, each of the at least two different signal parameters is a subcarrier spacing, and the generating, by the network side, the trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side for one or more times comprises: generating, by the network side, a first trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side in a frequency band corresponding to a preset signal parameter of the at least two different signal parameters for one or more times; and/or generating, by the network side, a second trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side in a preset frequency-domain location for one or more times. generating, by the network side, a trigger signaling for triggering a terminal to transmit the uplink reference signal to the network side for one or more times; and transmitting, by the network side, the trigger signaling to the terminal, characterized in that, the communication system comprises at least two different signal parameters in a system bandwidth, each of the at least two different signal parameters is a subcarrier spacing, and the generating, by the network side, the trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side for one or more times comprises: generating, by the network side, a first trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side in a frequency band corresponding to a preset signal parameter of the at least two different signal parameters for one or more times; and/or generating, by the network side, a second trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side in a preset frequency-domain location for one or more times. generating, by the network side, a first trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side in a frequency band corresponding to a preset signal parameter of the at least two different signal parameters for one or more times; and/or generating, by the network side, a second trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side in a preset frequency-domain location for one or more times.
A leather-like sheet having a lightness L* of 35 or less in a color coordinate space (L*a*b* color space) that is measured using a spectrophotometer, and comprising: a fiber structure including cationic dyeable fibers dyed with a dye composition including C.I. Basic Blue 3, which is an oxazine-based blue cationic dye, and at least one blue cationic dye other than C.I. Basic Blue 3, which is selected from a group consisting of an azo-based blue cationic dye, and an oxazine-based blue cationic dye other than C.I. Basic Blue 3; and an elastic polymer contained in internal voids of the fiber structure. having a lightness L* of 35 or less in a color coordinate space (L*a*b* color space) that is measured using a spectrophotometer, and comprising: a fiber structure including cationic dyeable fibers dyed with a dye composition including C.I. Basic Blue 3, which is an oxazine-based blue cationic dye, and at least one blue cationic dye other than C.I. Basic Blue 3, which is selected from a group consisting of an azo-based blue cationic dye, and an oxazine-based blue cationic dye other than C.I. Basic Blue 3; and an elastic polymer contained in internal voids of the fiber structure.
An orthopedic implant configured to be anchored into bony tissue (12a, 12b), the implant including: an endplate (20, 22) configured to be inserted into the bony tissue along a longitudinal forward direction, the endplate (20, 22) presenting a bone contacting surface (24, 26), and a keel (28, 30) extending out from the bone contacting surface (24, 26) and configured to be disposed in a slot formed into the bony tissue (12a, 12b), the keel (28, 30) including a base (44, 82), a keel body (42, 80) supported by the base (44, 82), and a wing (54, 56, 92, 94) extending rearward from the keel body (42, 80), wherein the wing (54, 56, 92,94) includes a flared portion (58, 60, 96, 98) that projects laterally outward with respect to a longitudinally rearward direction, and wherein the wing (54, 56, 92, 94) is flexible so as to be movable relative to the bone contacting surface (24, 26), characterized in that the base (44, 82) extends out from the bone contacting surface (24, 26) and the wing (54, 56, 92, 94) is spaced from the base (44, 82) by a void (62, 100). an endplate (20, 22) configured to be inserted into the bony tissue along a longitudinal forward direction, the endplate (20, 22) presenting a bone contacting surface (24, 26), and a keel (28, 30) extending out from the bone contacting surface (24, 26) and configured to be disposed in a slot formed into the bony tissue (12a, 12b), the keel (28, 30) including a base (44, 82), a keel body (42, 80) supported by the base (44, 82), and a wing (54, 56, 92, 94) extending rearward from the keel body (42, 80), wherein the wing (54, 56, 92,94) includes a flared portion (58, 60, 96, 98) that projects laterally outward with respect to a longitudinally rearward direction, and wherein the wing (54, 56, 92, 94) is flexible so as to be movable relative to the bone contacting surface (24, 26),
Chemical compound of the formula wherein the chemical compound is N,N'-5- [4-[Bis(1-methylethyl)amino](2-cyanoethoxy)phosphino]oxy]-pentylamino]carbonyl-- 3-oxospiro[isobenzofuran-1,9'- -(2';7' dimethyl)-xanthene]- 3',6'-diyl]bis[2,2,2-trifluoracetylethylamide.