mhurhangee/ep-ind-claims huggingface dataset:
A conveyor belt comprising: an upper cover rubber comprising: a wear resistance layer; and an impact resistance layer; the wear resistance layer and the impact resistance layer being layered in this order from an outer peripheral side of the conveyor belt; a lower cover rubber; and a core embedded between the upper cover rubber and the lower cover rubber; wherein the wear resistance layer exhibits good wear resistance as compared with the other portions; wherein the impact resistance layer exhibits good impact resistance as compared with the other portions; characterized in that, the wear resistance layer has a loss coefficient of from 0.03 to 0.25 and a loss elastic coefficient of from 0.20 MPa to 6.50 MPa at 20°C, the impact resistance layer has a loss coefficient of from 0.15 to 0.70 and a loss elastic coefficient of from 1.5 MPa to 30.0 MPa at 20°C, a layer thickness of each of the wear resistance layer and the impact resistance layer is from 2.0 mm to 30.0 mm, wherein the loss coefficient and the loss elastic coefficient are obtained by measuring strip-shaped test pieces, cut out from vulcanized rubber sheets of which the wear resistance layer and the impact resistance layer are formed, using a viscoelastic spectrometer specified by JIS K 6394, and wherein the measurement is performed under conditions of the test pieces being at 10% initial strain and subjected to a vibration at ±2% amplitude and a frequency of 10 Hz at a measurement temperature of 20°C. a wear resistance layer; and an impact resistance layer; a lower cover rubber; and a core embedded between the upper cover rubber and the lower cover rubber; wherein the wear resistance layer has a loss coefficient of from 0.03 to 0.25 and a loss elastic coefficient of from 0.20 MPa to 6.50 MPa at 20°C, the impact resistance layer has a loss coefficient of from 0.15 to 0.70 and a loss elastic coefficient of from 1.5 MPa to 30.0 MPa at 20°C, a layer thickness of each of the wear resistance layer and the impact resistance layer is from 2.0 mm to 30.0 mm, wherein the loss coefficient and the loss elastic coefficient are obtained by measuring strip-shaped test pieces, cut out from vulcanized rubber sheets of which the wear resistance layer and the impact resistance layer are formed, using a viscoelastic spectrometer specified by JIS K 6394, and wherein the measurement is performed under conditions of the test pieces being at 10% initial strain and subjected to a vibration at ±2% amplitude and a frequency of 10 Hz at a measurement temperature of 20°C.
An ophthalmic lens formed of a polymer having a young's modulus of 0.3-1.0MPa and a stress relaxation rate of 10-20%, the polymer being obtained from a polymerizable composition including a polysiloxane-based macromonomer having at least one polymerizable group and a polysiloxane chain having a siloxane unit as a repeating unit, wherein the polysiloxane-based macromonomer has: 1) a polyoxyethylene chain having an oxyethylene group as a repeating unit, wherein a number of repetition of the oxyethylene group is "a", "a" being an integer not smaller than two, and 2) a polyoxyalkylene chain having an oxyalkylene group other than the oxyethylene group as a repeating unit, wherein a number of repetition of the oxyalkylene group is "b", "b" being an integer not smaller than two, and wherein a value β calculated according to the following formula is held within a range from 0.5 to 5.0: β = n / a + b wherein n represents a total number of Si atoms in a molecule of the polysiloxane-based macromonomer. 1) a polyoxyethylene chain having an oxyethylene group as a repeating unit, wherein a number of repetition of the oxyethylene group is "a", "a" being an integer not smaller than two, and 2) a polyoxyalkylene chain having an oxyalkylene group other than the oxyethylene group as a repeating unit, wherein a number of repetition of the oxyalkylene group is "b", "b" being an integer not smaller than two,
A Hall Effect element (200; 500) disposed over a substrate, the Hall Effect element comprising: an N-type epitaxial layer (204; 504) disposed over the substrate; a plurality of pickups (202; 502) implanted and diffused into the epitaxial layer, adjacent pairs of the plurality of pickups separated by separation regions, each one of the plurality of pickups comprising a respective N-plus type diffusion; and a plurality of Light-N regions (203; 534) implanted and diffused into the epitaxial layer, each one of the plurality of Light-N regions disposed under a respective one of the plurality of pickups, wherein the Hall Effect element is configured to generate a Hall voltage between at least one pair of the plurality of pickups, wherein the Hall voltage is most responsive to a magnetic field directed parallel to a major surface of the substrate. an N-type epitaxial layer (204; 504) disposed over the substrate; a plurality of pickups (202; 502) implanted and diffused into the epitaxial layer, adjacent pairs of the plurality of pickups separated by separation regions, each one of the plurality of pickups comprising a respective N-plus type diffusion; and a plurality of Light-N regions (203; 534) implanted and diffused into the epitaxial layer, each one of the plurality of Light-N regions disposed under a respective one of the plurality of pickups, wherein the Hall Effect element is configured to generate a Hall voltage between at least one pair of the plurality of pickups, wherein the Hall voltage is most responsive to a magnetic field directed parallel to a major surface of the substrate.
A pattern formation method comprising: applying a resist composition onto a substrate to form a resist layer, coating the resist layer with an anti-reflection coating composition comprising a naphthalene compound, a polymer, and a solvent, said naphthalene compound is represented by the following formula: wherein each of R 1 to R 8 is independently one selected from the group consisting of: -H, -(CH 2) n1 OH, -(CH 2) n2 COOH, -(CH 2) n2 NH 2, -(CH 2) n2 CONH 2, -(CH 2) n2 SO 3 H, and - (CH 2) n2 SO 2 NH 2 in which n1 is an integer of 1 to 4, and n2 is an integer of 0 to 4; and then drying the composition, imagewise exposing the resist layer to light of 160 to 260 nm, and developing the exposed resist layer. applying a resist composition onto a substrate to form a resist layer, coating the resist layer with an anti-reflection coating composition comprising a naphthalene compound, a polymer, and a solvent, said naphthalene compound is represented by the following formula: wherein each of R 1 to R 8 is independently one selected from the group consisting of: -H, -(CH 2) n1 OH, -(CH 2) n2 COOH, -(CH 2) n2 NH 2, -(CH 2) n2 CONH 2, -(CH 2) n2 SO 3 H, and - (CH 2) n2 SO 2 NH 2 in which n1 is an integer of 1 to 4, and n2 is an integer of 0 to 4; and then drying the composition, imagewise exposing the resist layer to light of 160 to 260 nm, and developing the exposed resist layer.
A method of welding steel sheets (3, 4) using a welding wire, the steel sheets (3, 4) being coated with zinc, the method comprising: welding the steel sheets (3, 4) by alternately repeating a short circuit period in which a short circuit between the welding wire and at least one of the steel sheets (3, 4) is generated and an arc period in which an arc having an arc force is generated between the welding wire and the at least one of the steel sheets (3, 4); generating a droplet from the wire; and generating a melt pool by transferring the droplet detached from the wire to the sheets (3, 4), characterized in that said welding the steel sheets (3, 4) comprises: feeding the wire in a backward direction, before the melt pool is pushed by the arc force of the generated arc in the arc period, so as to cause a distance between the wire and the melt pool to range from 1 mm to 10 mm; and welding the sheets (3, 4) together by pushing the melt pool in a direction opposite to a direction of welding so as to decrease a thickness of a portion of the melt pool which is located above an overlapped region of the sheets (3, 4) in such a manner that gas generated from the sheets (3, 4) is released from a site of generation by causing a first welding current within a range from 300 A to 600 A which is constant or gradually changes to flow in the wire in a predetermined period within the arc welding period. welding the steel sheets (3, 4) by alternately repeating a short circuit period in which a short circuit between the welding wire and at least one of the steel sheets (3, 4) is generated and an arc period in which an arc having an arc force is generated between the welding wire and the at least one of the steel sheets (3, 4); generating a droplet from the wire; and generating a melt pool by transferring the droplet detached from the wire to the sheets (3, 4), feeding the wire in a backward direction, before the melt pool is pushed by the arc force of the generated arc in the arc period, so as to cause a distance between the wire and the melt pool to range from 1 mm to 10 mm; and welding the sheets (3, 4) together by pushing the melt pool in a direction opposite to a direction of welding so as to decrease a thickness of a portion of the melt pool which is located above an overlapped region of the sheets (3, 4) in such a manner that gas generated from the sheets (3, 4) is released from a site of generation by causing a first welding current within a range from 300 A to 600 A which is constant or gradually changes to flow in the wire in a predetermined period within the arc welding period.
A caprolactam preparation method, comprise the following steps: Controlling cyclohexanone, ammonia, and hydrogen peroxide to have an ammoximation reaction in an aqueous solvent at 80-100 °C temperature in the presence of an oximation catalyst, without any organic solvent, to obtain a solution that contains cyclohexanone oxime; Extracting the obtained solution that contains cyclohexanone oxime in step with an inert organic solvent, to obtain an extract phase that contains cyclohexanone oxime and a raffinate phase that contains the oximation catalyst and water; Controlling the extract phase to have a Beckmann rearrangement reaction with oleum, and controlling the product of the Beckmann rearrangement reaction to have a neutralization reaction with ammonia, wherein step further comprises: separating the oximation catalyst from the raffinate phase, and reusing the oximation catalyst in the ammoximation reaction, and wherein step further comprises: curing the product of the Beckmann rearrangement reaction after the Beckmann rearrangement reaction is finished and before the neutralization reaction is started, and then controlling the cured product to have the neutralization reaction; wherein the curing conditions are 100-140 °C curing temperature and 0.5-3 h curing time. Controlling cyclohexanone, ammonia, and hydrogen peroxide to have an ammoximation reaction in an aqueous solvent at 80-100 °C temperature in the presence of an oximation catalyst, without any organic solvent, to obtain a solution that contains cyclohexanone oxime; Extracting the obtained solution that contains cyclohexanone oxime in step with an inert organic solvent, to obtain an extract phase that contains cyclohexanone oxime and a raffinate phase that contains the oximation catalyst and water; Controlling the extract phase to have a Beckmann rearrangement reaction with oleum, and controlling the product of the Beckmann rearrangement reaction to have a neutralization reaction with ammonia,
Non-therapeutic use of an orally administered blood pH modulator which is a chloride salt, selected from the group consisting of ammonium chloride, calcium chloride and organic chloride salts, for improving colostrum production of a pregnant sow by maintaining blood pH in said pregnant sow at a physiological level which is a pH characteristic of healthy and normal functioning, wherein said physiological level is 7.45 for venous blood with a standard deviation of 0.03 within a group of animals.
A braking device for a rolling wagon for parcels comprising a tray with a generally square or rectangular shape resting on a plurality of castors and provided with at least one lattice vertical panel arranged along one of the edges of said tray, said braking device including at least: - a brake shoe arranged under the tray of said wagon and being movable between a "high" position in which it is not in contact with the ground and a "low" position in which it bears against the ground so as to be able to brake and immobilise said wagon, and vice versa, - moving means for moving said brake shoe between its "high" position and its "low" position, and vice versa, - a shaft extending under the tray of the wagon and pivotably mounted about a horizontal axis of rotation and perpendicular to said edge of said tray, said shaft cooperating with the moving means to move said brake shoe, and - a connecting rod fastened to one end of the shaft and outside the wagon on the side of the vertical panel, and extending perpendicularly to the axis of rotation of said shaft, said braking device being characterised in that it includes a manoeuvring arm pivotably mounted on the vertical panel outside the wagon about an axis of rotation parallel to the axis of rotation of the shaft, said manoeuvring arm cooperating with the connecting rod so that a rotation of the manoeuvring arm about its axis of rotation in one direction causes, thanks to said connecting rod, a rotation of the shaft about its axis of rotation in the other direction, and vice versa. - a brake shoe arranged under the tray of said wagon and being movable between a "high" position in which it is not in contact with the ground and a "low" position in which it bears against the ground so as to be able to brake and immobilise said wagon, and vice versa, - moving means for moving said brake shoe between its "high" position and its "low" position, and vice versa, - a shaft extending under the tray of the wagon and pivotably mounted about a horizontal axis of rotation and perpendicular to said edge of said tray, said shaft cooperating with the moving means to move said brake shoe, and - a connecting rod fastened to one end of the shaft and outside the wagon on the side of the vertical panel, and extending perpendicularly to the axis of rotation of said shaft,
A system for predicting space weather comprising: a. a source of current solar energetic particle data; b. a processor capable of accessing the data source, wherein the processor is adapted to predict a space weather event based on recognizing a complex pattern in the current solar energetic particle data, the pattern comprising three or more data points of the same solar energetic particle data parameter, the pattern being derived from three or more historical solar energetic particle measurements relating to said parameter of the measured solar energetic particle data. a. a source of current solar energetic particle data; b. a processor capable of accessing the data source,
An apparatus comprising: an acquisition unit configured to acquire setting information from a base station; and a selection support unit configured to transmit an uplink reference signal to be used for selecting a beam to be used by the base station in downlink transmission wherein the setting information comprises a) group information of a group including a plurality of unit frequency bands, and b) primary information indicating a first unit frequency band of the group, wherein said first unit frequency band is decided by the base station, and wherein the selection support unit transmits the uplink reference signal using only said first unit frequency band of the group on the basis of the acquired group information and primary information. an acquisition unit configured to acquire setting information from a base station; and a selection support unit configured to transmit an uplink reference signal to be used for selecting a beam to be used by the base station in downlink transmission wherein the setting information comprises a) group information of a group including a plurality of unit frequency bands, and b) primary information indicating a first unit frequency band of the group, wherein said first unit frequency band is decided by the base station, and wherein a) group information of a group including a plurality of unit frequency bands, and b) primary information indicating a first unit frequency band of the group, wherein said first unit frequency band is decided by the base station, and wherein the selection support unit transmits the uplink reference signal using only said first unit frequency band of the group on the basis of the acquired group information and primary information.
An integral spacer textile comprising: a first outer surface oriented in a first direction and a second outer surface oriented in a second direction, opposite to the first direction; a first area comprising a spacer textile that includes a first knit layer, a second knit layer, and a third layer, the third layer comprising monofilament tie yarns that interconnect the first knit layer and the second knit layer; in the first area, the first knit layer comprises the first outer surface of the integral spacer textile oriented in the first direction, and the second knit layer comprises the second outer surface of the integral spacer textile oriented in the second direction; and characterized by further comprising a second area circumscribed by the first area, which forms a boundary around the second area, wherein within the boundary, the monofilament tie yarns are absent from the integral spacer textile and the second knit layer comprises the first outer surface of the integral spacer textile and the second outer surface of the integral spacer textile, wherein the first layer is formed from a first yarn type comprising a cationic dyeable polyethylene terephthalate (CD PET). a first outer surface oriented in a first direction and a second outer surface oriented in a second direction, opposite to the first direction; a first area comprising a spacer textile that includes a first knit layer, a second knit layer, and a third layer, the third layer comprising monofilament tie yarns that interconnect the first knit layer and the second knit layer; in the first area, the first knit layer comprises the first outer surface of the integral spacer textile oriented in the first direction, and the second knit layer comprises the second outer surface of the integral spacer textile oriented in the second direction; and characterized by further comprising a second area circumscribed by the first area, which forms a boundary around the second area, wherein within the boundary, the monofilament tie yarns are absent from the integral spacer textile and the second knit layer comprises the first outer surface of the integral spacer textile and the second outer surface of the integral spacer textile, wherein the first layer is formed from a first yarn type comprising a cationic dyeable polyethylene terephthalate (CD PET).
A support device for a sanitary body, in particular a toilet bowl, a urinal basin, a bidet or a washbasin, - with a first support which comprises first fixing elements (2.1) for the static assembly of the first support on a structure and second fixing elements (2.2) for attaching a flushing tank to the first support, and - with a second support which comprises third fixing elements (4.1) for attaching the sanitary body to the second support, - wherein the second support is connected to the first support displaceably between a first, upper position and a second, lower position spaced apart from the first, upper position in the direction of gravity, wherein the second support can be locked at least in the first, upper position and in the second, lower position, - wherein at least one spring (5, 5') acting against the direction of gravity is disposed between the first support and the second support, one end (5.1, 5.1') of which spring is connected to the first support and its other end (5.2, 5.2') to the second support, - wherein the first support is constituted by a frame and the second support is disposed inside the frame,and - wherein a guide device is provided, which guides the second support relative to the first support parallel to the direction of gravity, characterised in that at least one spring (5, 5') is disposed in an intermediate space between the guide device and the part of the frame adjacent thereto. - with a first support which comprises first fixing elements (2.1) for the static assembly of the first support on a structure and second fixing elements (2.2) for attaching a flushing tank to the first support, and - with a second support which comprises third fixing elements (4.1) for attaching the sanitary body to the second support, - wherein the second support is connected to the first support displaceably between a first, upper position and a second, lower position spaced apart from the first, upper position in the direction of gravity, wherein the second support can be locked at least in the first, upper position and in the second, lower position, - wherein at least one spring (5, 5') acting against the direction of gravity is disposed between the first support and the second support, one end (5.1, 5.1') of which spring is connected to the first support and its other end (5.2, 5.2') to the second support, - wherein the first support is constituted by a frame and the second support is disposed inside the frame,and - wherein a guide device is provided, which guides the second support relative to the first support parallel to the direction of gravity,
Apparatus for providing negative pressure at a wound site, comprising: a negative pressure reservoir for storing negative pressure, and a negative pressure reservoir valve for selectively connecting the negative pressure reservoir via a conduit to a wound chamber at the wound site; and further comprising at least one further negative pressure reservoir connected to the negative pressure reservoir by at least one valve wherein the negative pressure reservoir valve is selected to open and close automatically responsive to a pressure difference between the pressure in the wound site and said negative pressure reservoir; and wherein said negative pressure reservoir and said at least one further negative pressure reservoir are connected in series and wherein said at least one further negative pressure reservoir is configured to be at the same or greater negative pressure than the negative pressure reservoir. a negative pressure reservoir for storing negative pressure, and a negative pressure reservoir valve for selectively connecting the negative pressure reservoir via a conduit to a wound chamber at the wound site; and further comprising at least one further negative pressure reservoir connected to the negative pressure reservoir by at least one valve wherein the negative pressure reservoir valve is selected to open and close automatically responsive to a pressure difference between the pressure in the wound site and said negative pressure reservoir; and wherein said negative pressure reservoir and said at least one further negative pressure reservoir are connected in series and wherein said at least one further negative pressure reservoir is configured to be at the same or greater negative pressure than the negative pressure reservoir.