mhurhangee/ep-ind-claims huggingface dataset:
Rail vehicle, - wherein the rail vehicle has a running gear, - wherein a wheelset shaft is spring-mounted in the running gear, so that the wheelset shaft can be rotated about an axis of rotation and the running gear is a sprung mass in relation to the wheelset shaft, - wherein a drive motor for the wheelset shaft acts on the wheelset shaft via a coupling, - wherein the drive motor surrounds the wheelset shaft, - wherein the coupling is embodied as a single-plane coupling, - wherein the drive motor is connected to the coupling directly, - wherein the drive motor is suspended at a single point on the running gear when viewed in the direction (y) of the axis of rotation of the wheelset shaft, characterised in that - the suspension of the drive motor on the running gear is embodied such that it enables a movement of the drive motor both in the direction (y) of the axis of rotation of the wheelset shaft and also transversely in relation thereto, wherein the suspension of the drive motor has a single load transfer means, which engages on the drive motor above the drive motor, and, for torque support, is additionally connected to the running gear via at least one guide rod, or the suspension of the drive motor has precisely two load transfer means, which engage to the side of the drive motor, in front of and behind the drive motor when viewed in the direction of travel (x) of the rail vehicle. - wherein the rail vehicle has a running gear, - wherein a wheelset shaft is spring-mounted in the running gear, so that the wheelset shaft can be rotated about an axis of rotation and the running gear is a sprung mass in relation to the wheelset shaft, - wherein a drive motor for the wheelset shaft acts on the wheelset shaft via a coupling, - wherein the drive motor surrounds the wheelset shaft, - wherein the coupling is embodied as a single-plane coupling, - wherein the drive motor is connected to the coupling directly, - wherein the drive motor is suspended at a single point on the running gear when viewed in the direction (y) of the axis of rotation of the wheelset shaft, characterised in that - the suspension of the drive motor on the running gear is embodied such that it enables a movement of the drive motor both in the direction (y) of the axis of rotation of the wheelset shaft and also transversely in relation thereto, wherein the suspension of the drive motor has a single load transfer means, which engages on the drive motor above the drive motor, and, for torque support, is additionally connected to the running gear via at least one guide rod, or the suspension of the drive motor has precisely two load transfer means, which engage to the side of the drive motor, in front of and behind the drive motor when viewed in the direction of travel (x) of the rail vehicle.
A hard-coated tool having a hard coating comprising a titanium carbonitride layer formed directly on a WC-based cemented carbide substrate by a chemical vapor deposition method, (a) said titanium carbonitride layer having a composition comprising 74-81% by mass of titanium, 13-16% by mass of carbon and 6-10% by mass of nitrogen; (b) said titanium carbonitride layer having a columnar crystal structure comprising columnar crystal grains having an average transverse cross section diameter of 0.01-0.22 μm; (c) a layer of W diffused from said substrate to said titanium carbonitride layer having an average thickness in a range of 30-200 nm; and (d) said titanium carbonitride layer having an X-ray (CuKα1) diffraction peak of a plane in a 2θ range of 122.7-123.7°. (a) said titanium carbonitride layer having a composition comprising 74-81% by mass of titanium, 13-16% by mass of carbon and 6-10% by mass of nitrogen; (b) said titanium carbonitride layer having a columnar crystal structure comprising columnar crystal grains having an average transverse cross section diameter of 0.01-0.22 μm; (c) a layer of W diffused from said substrate to said titanium carbonitride layer having an average thickness in a range of 30-200 nm; and (d) said titanium carbonitride layer having an X-ray (CuKα1) diffraction peak of a plane in a 2θ range of 122.7-123.7°.
A cooked caramel-coated food piece composition comprising about 40 to about 95 weight percent food piece, and about 5 to about 60 weight percent cooked caramel coating over at least a portion of the food piece, wherein the cooked caramel coating has sucrose crystallinity of greater than 40 percent, and comprises a sweet oil coating.
An electric actuator, comprising: a driving motor; a motion conversion mechanism configured to convert a rotary motion of the driving motor to a linear motion in an axial direction parallel with an output shaft of the driving motor; and a transmission gear mechanism configured to transmit a driving force from the driving motor to the motion conversion mechanism; and wherein a double-row bearing configured to support the motion conversion mechanism is arranged on an opposite side of the driving motor with respect to the transmission gear mechanism, and wherein a relationship of 0<L<Dm/2+Db/2 is satisfied, where Dm is an outer diameter of the driving motor, Db is an outer diameter of the double-row bearing, and L is an axis-to-axis distance between the driving motor and the motion conversion mechanism; characterised in that the electric actuator further comprises a speed reduction mechanism, which is configured to reduce a speed of the rotary motion of the driving motor and output the rotary motion reduced in speed to the transmission gear mechanism, wherein the speed reduction mechanism comprises a planetary-gear speed reduction mechanism, and wherein a relationship of 0<L<Dr/2+Db/2 is satisfied, where Dr is an outer diameter of the speed reduction mechanism, Db is the outer diameter of the double-row bearing, and L is an axis-to-axis distance between the speed reduction mechanism and the motion conversion mechanism. a driving motor; a motion conversion mechanism configured to convert a rotary motion of the driving motor to a linear motion in an axial direction parallel with an output shaft of the driving motor; and a transmission gear mechanism configured to transmit a driving force from the driving motor to the motion conversion mechanism; and wherein a double-row bearing configured to support the motion conversion mechanism is arranged on an opposite side of the driving motor with respect to the transmission gear mechanism, and wherein a relationship of 0<L<Dm/2+Db/2 is satisfied, where Dm is an outer diameter of the driving motor, Db is an outer diameter of the double-row bearing, and L is an axis-to-axis distance between the driving motor and the motion conversion mechanism; characterised in that the electric actuator further comprises a speed reduction mechanism, which is configured to reduce a speed of the rotary motion of the driving motor and output the rotary motion reduced in speed to the transmission gear mechanism, wherein the speed reduction mechanism comprises a planetary-gear speed reduction mechanism, and wherein a relationship of 0<L<Dr/2+Db/2 is satisfied, where Dr is an outer diameter of the speed reduction mechanism, Db is the outer diameter of the double-row bearing, and L is an axis-to-axis distance between the speed reduction mechanism and the motion conversion mechanism.
A camera apparatus which includes a random trigger function of controlling exposure timing of an image sensor, based on timestamp information that is included in a software trigger packet received through an IEEE 1394 bus, comprising: a cycle timer operation circuit which outputs a cycle timer value that is synchronized with operation of the IEEE 1394 bus; an IEEE 1394 packet reception circuit which receives a packet on the IEEE 1394 bus; a software trigger detection circuit which detects the software trigger packet from the packet received by the IEEE 1394 packet reception circuit; and an exposure control means (12, 14) which receives the cycle timer value and the timestamp information, and instructs the image sensor to start exposure when the cycle timer value exceeds a value which is obtained based on the timestamp information; characterized in that the camera apparatus further comprises a fixed delay value setting means (5, 16) which outputs a fixed delay value to perform a fixed trigger delay for the timestamp information included in the originally provided part of the software trigger packet that is detected by the software trigger detection circuit; that the software trigger detection circuit detects the software trigger packet from acode in an originally provided part of the packet received by the IEEE 1394 packet reception circuit; and that the exposure control means (12, 14) starts exposure to the image sensor when the cycle timer value, the timestamp information and the fixed delay value are received and when the cycle timer value exceeds a value which is an addition of the fixed delay value and the timestamp information. a cycle timer operation circuit which outputs a cycle timer value that is synchronized with operation of the IEEE 1394 bus; an IEEE 1394 packet reception circuit which receives a packet on the IEEE 1394 bus; a software trigger detection circuit which detects the software trigger packet from the packet received by the IEEE 1394 packet reception circuit; and an exposure control means (12, 14) which receives the cycle timer value and the timestamp information, and instructs the image sensor to start exposure when the cycle timer value exceeds a value which is obtained based on the timestamp information; characterized in that the camera apparatus further comprises a fixed delay value setting means (5, 16) which outputs a fixed delay value to perform a fixed trigger delay for the timestamp information included in the originally provided part of the software trigger packet that is detected by the software trigger detection circuit; that the software trigger detection circuit detects the software trigger packet from acode in an originally provided part of the packet received by the IEEE 1394 packet reception circuit; and that the exposure control means (12, 14) starts exposure to the image sensor when the cycle timer value, the timestamp information and the fixed delay value are received and when the cycle timer value exceeds a value which is an addition of the fixed delay value and the timestamp information.
A fuel injection pump having an electromagnetic spill valve, wherein the electromagnetic spill valve comprises: a housing in which an insert piece insertion hole is formed; an insert piece formed to be substantially a cylinder whose inner peripheral surface has a valve seat and detachably installed in the insert piece insertion hole coaxially; a spill valve body formed to be substantially a cylinder whose outer peripheral surface has a seal surface facing the valve seat and slidably inserted into the insert piece so that the seal surface can sit on the valve seat when the spill valve body is slid toward one of sides in the axial direction of the insert piece; a stopper which is attached detachably to the insert piece insertion hole and can touch the spill valve body when the spill valve body is slid toward the other side in the axial direction of the insert piece; a solenoid which can make the spill valve body slid toward the one side in the axial direction; and a biasing member biasing the spill valve body toward the other side in the axial direction, characterized in that the stopper fixes the insert piece to the inside of the insert piece insertion hole (21 e) and in that the end at the other side of the insert piece touches the stopper. and the end at the one side of the spill valve body is separated from the stopper when the seal surface sits on the valve seat.. a housing in which an insert piece insertion hole is formed; an insert piece formed to be substantially a cylinder whose inner peripheral surface has a valve seat and detachably installed in the insert piece insertion hole coaxially; a spill valve body formed to be substantially a cylinder whose outer peripheral surface has a seal surface facing the valve seat and slidably inserted into the insert piece so that the seal surface can sit on the valve seat when the spill valve body is slid toward one of sides in the axial direction of the insert piece; a stopper which is attached detachably to the insert piece insertion hole and can touch the spill valve body when the spill valve body is slid toward the other side in the axial direction of the insert piece; a solenoid which can make the spill valve body slid toward the one side in the axial direction; and a biasing member biasing the spill valve body toward the other side in the axial direction, characterized in that the stopper fixes the insert piece to the inside of the insert piece insertion hole (21 e) and in that the end at the other side of the insert piece touches the stopper. and the end at the one side of the spill valve body is separated from the stopper when the seal surface sits on the valve seat..
A method of surface treatment of an electrode, the method comprising: cleaning a surface of an electrode using dry ice blasting; characterized in that the electrode is a lithium metal negative electrode; and in the dry ice blasting, fluorine gas is mixed with liquefied carbonic acid or dry ice pellets and then sprayed. cleaning a surface of an electrode using dry ice blasting; characterized in that the electrode is a lithium metal negative electrode; and in the dry ice blasting, fluorine gas is mixed with liquefied carbonic acid or dry ice pellets and then sprayed.
Encapsulated microbial cells for oral administration, wherein the microbial cells are bacterial cells and/or yeast cells wherein the microbial cells are encapsulated in a microcapsule having a porous capsule wall, wherein the porous capsule wall consists of a complex formed from sodium cellulose sulphate and poly[dimethyldiallyl-ammonium chloride], wherein the surface pores of the porous capsule wall have a molecular weight cut off between 50 and 200 kDa, wherein despite the porous capsule wall the microbial cells are protected from being degraded by acidic aqueous solution, wherein the encapsulated microbial cells survive a treatment with acidic aqueous solution having a pH range between 1.0 and 3.0 for at least 1.5 hours; and wherein the microbial cells are at least partially released in the gut of an animal. wherein the microbial cells are bacterial cells and/or yeast cells wherein the microbial cells are encapsulated in a microcapsule having a porous capsule wall, wherein the porous capsule wall consists of a complex formed from sodium cellulose sulphate and poly[dimethyldiallyl-ammonium chloride], wherein the surface pores of the porous capsule wall have a molecular weight cut off between 50 and 200 kDa, wherein despite the porous capsule wall the microbial cells are protected from being degraded by acidic aqueous solution, wherein the encapsulated microbial cells survive a treatment with acidic aqueous solution having a pH range between 1.0 and 3.0 for at least 1.5 hours; and wherein the microbial cells are at least partially released in the gut of an animal.
An apparatus for maneuvering a tool string within a borehole of a subterranean well, the apparatus comprising: a magnetic tractor casing, the magnetic tractor casing being a cylindrical tubular member with a central bore, a first end and a second end opposite the first end; a tractor body located within the central bore of the magnetic tractor casing, the tractor body being an elongated member; a plurality of magnets spaced along an outer surface of the tractor body, the plurality of magnets operable to generate a second magnetic field to interact with a first magnetic field of the magnetic tractor casing, to maintain an annular space between the tractor body and the magnetic tractor casing; and a plurality of angled opening assemblies spaced along the tractor body, each of the angled opening assemblies shaped to direct a fluid away from the tractor body, to maintain an annular space between the magnetic tractor casing and the borehole of the subterranean well. a magnetic tractor casing, the magnetic tractor casing being a cylindrical tubular member with a central bore, a first end and a second end opposite the first end; a tractor body located within the central bore of the magnetic tractor casing, the tractor body being an elongated member; a plurality of magnets spaced along an outer surface of the tractor body, the plurality of magnets operable to generate a second magnetic field to interact with a first magnetic field of the magnetic tractor casing, to maintain an annular space between the tractor body and the magnetic tractor casing; and a plurality of angled opening assemblies spaced along the tractor body, each of the angled opening assemblies shaped to direct a fluid away from the tractor body, to maintain an annular space between the magnetic tractor casing and the borehole of the subterranean well.
A vibration-isolation structure (2, 3, 4, S) provided in a linking part that links a vibration body that generates vibration and prescribed components to be mounted on the vibration body, and suppresses vibration transmitted from the vibration body to the components to be mounted, wherein said vibration-isolation structure (2, 3, 4, S) is provided with a vibration body contact part that contacts the vibration body and has an insertion hole through which a fastener for fastening the components to be mounted to the vibration body is inserted, a peripheral part that is located on the periphery of the vibration isolation structure (2, 3, 4, S), a slit that is arranged between the vibration body contact part and the peripheral part, and a bridge part that bridges the vibration body contact part and the peripheral part, the slit comprises two slits (S1, S2) formed such that they surround the vibration body contact part in two rows, the bridge part comprises an intermediate bridge part arranged between the two slits (S1, S2), a vibration body side bridge part that bridges the intermediate bridge part and the vibration body contact part, and a peripheral side bridge part that bridges the intermediate bridge part and the peripheral part, and is arranged such that a vibration from the vibration body contact part is transmitted to the intermediate bridge part through the vibration body side bridge part, after going around the intermediate bridge part, the vibration is transmitted to the peripheral part after passing through the peripheral side bridge part, characterized in that the two slits (S1, S2) are formed in the shape of an arc that extends along the circumference of a circle having a prescribed radius around the insertion hole.
A method for capturing data for a partial surface specific treatment and processing of agricultural surfaces by flying over them with a small unmanned remote piloted aircraft, in particular a micro helicopter, wherein flight route planning is performed based on provided partial surface data wherein a respective partial surface is divided into sectors, wherein a planned route is flown with geo referenced optical recording and video data transmission, characterized in that a flight altitude is reduced and detail pictures are taken at predetermined points.
A rank estimation device characterized by including first calculation means for calculating a reception quality value based on a received signal, a second calculation means for calculating a channel variation value which indicates a degree of variation of channel state based on the received signal, a first rank estimation means for estimating a transmission rank based on the reception quality value and the channel variation value, a second rank estimation means for estimating the transmission rank by using the communication capacity, and a switching means that compares the transmission rank estimated by the first rank estimation means with the transmission rank estimated by the second rank estimation means, performs the switching to the first rank estimation means when the transmission ranks are the same, and performs the switching to the second rank estimation means when the transmission ranks are not the same.
A protein expression system for use in a prokaryotic host comprising: a) an expression cassette comprising a nucleic acid sequence encoding a protein of interest operably linked to a T7 RNA polymerase-dependent promoter; and b) an expression cassette comprising a nucleic acid sequence encoding T7 RNA polymerase operably linked to a host polymerase-dependent λ phage promoter and a single perfect palindrome operator sequence; wherein the expression cassette for T7 RNA polymerase is located on the chromosome of a host cell. a) an expression cassette comprising a nucleic acid sequence encoding a protein of interest operably linked to a T7 RNA polymerase-dependent promoter; and b) an expression cassette comprising a nucleic acid sequence encoding T7 RNA polymerase operably linked to a host polymerase-dependent λ phage promoter and a single perfect palindrome operator sequence;
A method of making a planographic printing plate, comprising, in the following order: subjecting a planographic printing plate precursor, which comprises a support and a positive-working image recording layer provided on the support, to image-wise exposure; and developing the planographic printing plate precursor using an alkaline aqueous solution which has a pH of from 8.5 to 10.8, wherein the positive-working image recording layer comprises: a lower layer comprising a water-insoluble and alkali-soluble resin and an infrared ray absorbing agent; and an upper layer comprising a water-insoluble and alkali-soluble polyurethane resin and a polyorganosiloxane, and wherein the alkaline aqueous solution comprises: a nonionic surfactant, an anionic surfactant or at least one of a compound represented by the following Formula and a compound represented by the following Formula: wherein, in Formula, R 11, R 12, and R 13 each independently represent an alkyl group; R 14 represents an alkylene group; and R 15 represents a single bond or a divalent linking group containing a hetero atom; and in Formula, R 21, R 22 and R 23 each independently represent an alkyl group. subjecting a planographic printing plate precursor, which comprises a support and a positive-working image recording layer provided on the support, to image-wise exposure; and developing the planographic printing plate precursor using an alkaline aqueous solution which has a pH of from 8.5 to 10.8, wherein the positive-working image recording layer comprises: a lower layer comprising a water-insoluble and alkali-soluble resin and an infrared ray absorbing agent; and an upper layer comprising a water-insoluble and alkali-soluble polyurethane resin and a polyorganosiloxane, and wherein the alkaline aqueous solution comprises: a nonionic surfactant, an anionic surfactant or at least one of a compound represented by the following Formula and a compound represented by the following Formula: wherein, in Formula, R 11, R 12, and R 13 each independently represent an alkyl group; R 14 represents an alkylene group; and R 15 represents a single bond or a divalent linking group containing a hetero atom; and in Formula, R 21, R 22 and R 23 each independently represent an alkyl group.
A glass-based article comprising: a first surface and a second surface opposing the first surface defining a thickness (t); a concentration of a metal oxide that is both non-zero and varies along a thickness range from 0• t to 0.3• t; a stress profile extending along the thickness (t); an absolute value of surface CS of 600 MPa or greater; a CS layer extending from the first surface to a DOC, wherein the DOC is 0.15• t or greater; and a CT region. a first surface and a second surface opposing the first surface defining a thickness (t); a concentration of a metal oxide that is both non-zero and varies along a thickness range from 0• t to 0.3• t; a stress profile extending along the thickness (t); an absolute value of surface CS of 600 MPa or greater; a CS layer extending from the first surface to a DOC, wherein the DOC is 0.15• t or greater; and a CT region.