mhurhangee/ep-ind-claims huggingface dataset:
A hybrid working machine, comprising: a lower traveling body; an upper rotating body rotatably mounted on said lower traveling body; a working attachment provided on said upper rotating body; and hybrid devices mounted on said upper rotating body, said hybrid devices including a power storage device serving as a power source for a generator motor for performing a generator operation and a motor operation, and a controller for controlling said power storage device, wherein said power storage device and said controller are each made up of a main body (17a, 18a) and casing (17b, 18b) covering said main body (17a, 18a), and arranged so as to overlap each other in the up and down direction, characterized in that the hybrid working machine further comprises a partition plate placed between said power storage device and said controller, an intake port is provided in one of said casings (17b, 18b), an exhaust port is provided in the other casing (17b, 18b), a ventilation port for providing communication between said casings (17b, 18b) is provided in said partition plate, and cooling air taken from said intake port into the one of said casings (17b, 18b) is introduced into the other casing (17b, 18b) through said ventilation port, and exhausted from said exhaust port, so that said power storage device and said controller are cooled down. a lower traveling body; an upper rotating body rotatably mounted on said lower traveling body; a working attachment provided on said upper rotating body; and hybrid devices mounted on said upper rotating body, said hybrid devices including a power storage device serving as a power source for a generator motor for performing a generator operation and a motor operation, and a controller for controlling said power storage device, wherein said power storage device and said controller are each made up of a main body (17a, 18a) and casing (17b, 18b) covering said main body (17a, 18a), and arranged so as to overlap each other in the up and down direction, characterized in that the hybrid working machine further comprises a partition plate placed between said power storage device and said controller, an intake port is provided in one of said casings (17b, 18b), an exhaust port is provided in the other casing (17b, 18b), a ventilation port for providing communication between said casings (17b, 18b) is provided in said partition plate, and cooling air taken from said intake port into the one of said casings (17b, 18b) is introduced into the other casing (17b, 18b) through said ventilation port, and exhausted from said exhaust port, so that said power storage device and said controller are cooled down.
A synthetic yarn splicer for splicing one yarn and the other yarn made of synthetic fibers, comprising: a yarn splicing portion that has a passage forming a space into which the one yarn and the other yarn are insertable and entangles the one yarn and the other yarn inserted through the passage; a first clamping portion that is disposed on one side of the yarn splicing portion in a penetrating direction of the passage and clamps the one yarn and the other yarn; a second clamping portion that is disposed on the other side of the yarn splicing portion in the penetrating direction and clamps the one yarn and the other yarn; and a moving mechanism that moves each of the first clamping portion and the second clamping portion along the penetrating direction, characterized in that the moving mechanism performs a first moving process of moving the first clamping portion to one side in the penetrating direction and moving a first portion clamped by the second clamping portion before releasing in the one yarn and the other yarn to one side in the penetrating direction while the one yarn and the other yarn are clamped by the first clamping portion and the clamping of the second clamping portion is released, and wherein the yarn splicing portion performs a first entangling process of entangling the one yarn and the other yarn before the first moving process and performs a second entangling process of entangling the first portion of the one yarn and the other yarn after the first moving process. a yarn splicing portion that has a passage forming a space into which the one yarn and the other yarn are insertable and entangles the one yarn and the other yarn inserted through the passage; a first clamping portion that is disposed on one side of the yarn splicing portion in a penetrating direction of the passage and clamps the one yarn and the other yarn; a second clamping portion that is disposed on the other side of the yarn splicing portion in the penetrating direction and clamps the one yarn and the other yarn; and a moving mechanism that moves each of the first clamping portion and the second clamping portion along the penetrating direction, characterized in that the moving mechanism performs a first moving process of moving the first clamping portion to one side in the penetrating direction and moving a first portion clamped by the second clamping portion before releasing in the one yarn and the other yarn to one side in the penetrating direction while the one yarn and the other yarn are clamped by the first clamping portion and the clamping of the second clamping portion is released, and wherein the yarn splicing portion performs a first entangling process of entangling the one yarn and the other yarn before the first moving process and performs a second entangling process of entangling the first portion of the one yarn and the other yarn after the first moving process.
An unlicensed carrier processing method, comprising: implementing, by a site, a Clear Channel Assessment, CCA, and/or evolved CCA, eCCA; occupying, by the site, an unlicensed carrier based on a predetermined granularity, wherein a subframe or a scheduling unit is used as the predetermined granularity; configuring, by the site, a signaling according to a time length of the unlicensed carrier which the site occupies and sending, by the site, the signaling, wherein the signaling comprises: description on Orthogonal Frequency Division Multiplexing, OFDM, symbols occupied in a last subframe in the time length of the unlicensed carrier, and characterized by sending, by the site, the signaling comprises: sending by the site, the signaling using one or more subframes in the time length of the unlicensed carrier; or sending, by the site, the signaling in each subframe comprised in the time length of the unlicensed carrier. implementing, by a site, a Clear Channel Assessment, CCA, and/or evolved CCA, eCCA; occupying, by the site, an unlicensed carrier based on a predetermined granularity, wherein a subframe or a scheduling unit is used as the predetermined granularity; configuring, by the site, a signaling according to a time length of the unlicensed carrier which the site occupies and sending, by the site, the signaling, wherein the signaling comprises: description on Orthogonal Frequency Division Multiplexing, OFDM, symbols occupied in a last subframe in the time length of the unlicensed carrier, and characterized by sending, by the site, the signaling comprises: sending by the site, the signaling using one or more subframes in the time length of the unlicensed carrier; or sending, by the site, the signaling in each subframe comprised in the time length of the unlicensed carrier.
A control method of a pasteurizing machine, which comprises: a substantially vertical processing tank; heating means capable of heating the processing tank and everything contained therein; a rotatable member (12, 112) pivoted in axially rotational manner to the bottom of the processing tank substantially coaxial to the tank longitudinal axis; and a motor assembly capable of driving into rotation the rotatable member (12, 112) inside the processing tank; the control method being characterized by comprising, in sequence, the steps of pouring a predetermined amount of water into the processing tank; and of actuating, for a predetermined washing time, the motor assembly so as to drive into rotation the rotatable member (12, 112) about the tank longitudinal axis at a predetermined first angular speed, so as to splash water onto the side walls of said processing tank.
A method of preparing a polyethylene fiber, comprising the steps of: melt-extruding a polyethylene resin composition to obtain a polyethylene undrawn yarn; and passing the polyethylene undrawn yarn through a heated collar section with a process of enforced necking the polyethylene undrawn yarn in an enforced necking zone in the heated collar. melt-extruding a polyethylene resin composition to obtain a polyethylene undrawn yarn; and passing the polyethylene undrawn yarn through a heated collar section with a process of enforced necking the polyethylene undrawn yarn in an enforced necking zone in the heated collar.
A method for determining log-likelihood ratios for quadrature amplitude modulation QAM signals of a set of bits of a QAM codeword, the method comprising: determining an offset constant given by 8a 2 E s / N 0, and a pre-scale constant given by 4 ⁢ a ⁢ E s / N 0, where E S is coded symbol energy, N 0 is the single sided noise power spectral density and a is a normalization constant and determining log-likelihood ratios using a set of functions based on said offset constant and said pre-scale constant, to determine a log-likelihood ratio for each bit of the set of bits of the codeword. determining an offset constant given by 8a 2 E s / N 0, and a pre-scale constant given by 4 ⁢ a ⁢ E s / N 0, where E S is coded symbol energy, N 0 is the single sided noise power spectral density and a is a normalization constant and determining log-likelihood ratios using a set of functions based on said offset constant and said pre-scale constant, to determine a log-likelihood ratio for each bit of the set of bits of the codeword.
A stack of test strips, comprising individual test strips which are stacked on top of each other and carry a test field for examining a body fluid sample, wherein test strips lying on top of one another are detachably adhesively bonded to each other so that test strips can be individually removed from the stack, wherein the test fields are packed in chambers and adjacent test strips form the bottom and the closure of such a chamber, and the strips are adhesively bonded to each other by means of an adhesive that is arranged between them and surrounds the test field arranged between the strips.
Composition for dyeing keratin fibers, comprising, in a suitable medium: • at least a first oxidation base chosen from 2,3-diamino-6,7-dihydro-1H,5H-pyrazolo[1,2-a]pyrazol-1-one and addition salts thereof; • at least a second oxidation base chosen from 4,5-diamino-1-(β-hydroxyethyl)pyrazole and addition salts thereof; and • at least one coupler chosen from 2-chloro-6-methyl-3-aminophenol and addition salts thereof. • at least a first oxidation base chosen from 2,3-diamino-6,7-dihydro-1H,5H-pyrazolo[1,2-a]pyrazol-1-one and addition salts thereof; • at least a second oxidation base chosen from 4,5-diamino-1-(β-hydroxyethyl)pyrazole and addition salts thereof; and • at least one coupler chosen from 2-chloro-6-methyl-3-aminophenol and addition salts thereof.
A nursing bed, characterized in that said nursing bed comprises: a back plate portion, a seat plate portion, a seat leg plate portion, a leg plate portion and a foot plate portion, the seat plate portion and the seat leg plate portion are hinged, and the leg plate portion and the foot plate portion are hinged; a bed body bracket, which configures the back plate portion, the seat plate portion and the seat leg plate portion, and the seat plate portion being fixedly connected to the bed body bracket; a rotating shaft, which is arranged on the bed body bracket and arranged at a lower side of the seat leg plate portion, and a connecting rod, wherein an end is pivotably connected to the rotating shaft, while another end is movably connected to a lower surface of the foot plate portion; wherein the seat leg plate portion and the leg plate portion are connected below by a hinge; wherein the leg plate portion comprises a leg plate and a leg foot plate, and the leg plate and the leg foot plate are connected below by a hinge by means of the seamless abutting joint connecting or the gap abutting joint connecting, the leg foot plate and the foot plate portion are connected above by a hinge by means of the seamless abutting joint connecting or the gap abutting joint connecting. a back plate portion, a seat plate portion, a seat leg plate portion, a leg plate portion and a foot plate portion, the seat plate portion and the seat leg plate portion are hinged, and the leg plate portion and the foot plate portion are hinged; a bed body bracket, which configures the back plate portion, the seat plate portion and the seat leg plate portion, and the seat plate portion being fixedly connected to the bed body bracket; a rotating shaft, which is arranged on the bed body bracket and arranged at a lower side of the seat leg plate portion, and a connecting rod, wherein an end is pivotably connected to the rotating shaft, while another end is movably connected to a lower surface of the foot plate portion; wherein the seat leg plate portion and the leg plate portion are connected below by a hinge; wherein the leg plate portion comprises a leg plate and a leg foot plate, and the leg plate and the leg foot plate are connected below by a hinge by means of the seamless abutting joint connecting or the gap abutting joint connecting, the leg foot plate and the foot plate portion are connected above by a hinge by means of the seamless abutting joint connecting or the gap abutting joint connecting.
A pneumatic tire, comprising a sealant layer located radially inside an innerliner, the pneumatic tire being produced by continuous and spiral application of a generally string-shaped sealant to an inner periphery of the tire, characterized in that the spiral application of the sealant is made under conditions satisfying the following Expression: A = LS × T × ρ × LD ≤ 6100 wherein LS represents a length in mm by which the position of the application shifts in the width direction of the tire per turn of the spiral; T represents a thickness in mm of the sealant; ρ represents a specific gravity of the sealant; and LD represents a length in mm of a difference in the circumferential direction of the tire between beginning and ending points of the sealant application, wherein the length LS is 0.9 to 7.1 mm. wherein LS represents a length in mm by which the position of the application shifts in the width direction of the tire per turn of the spiral; T represents a thickness in mm of the sealant; ρ represents a specific gravity of the sealant; and LD represents a length in mm of a difference in the circumferential direction of the tire between beginning and ending points of the sealant application, wherein the length LS is 0.9 to 7.1 mm.
A native non-human whey protein having a nativity of more than 80% for use in: (a) improving intestinal maturation; and/or (b) reducing and/or preventing intestinal permeability, wherein the intestine includes at least the colon. (a) improving intestinal maturation; and/or (b) reducing and/or preventing intestinal permeability,
Fuel injection system having at least one fuel injector which comprises an actuator which can be electrically operated, wherein a voltage-smoothing or voltage-damping electrical device is connected in parallel to the actuator, characterized in that a switching device is connected in series with the voltage-smoothing or voltage-damping electrical device, wherein the switching device switches on and switches off the voltage-smoothing or voltage-damping electrical device in a targeted manner, so that smoothing of the voltage can be carried out only between two drive operations.
A chuck for a machine tool for machining a tubular workpiece which rotates about a rotational axis that coincides with the center of the chuck, comprising at least two chucking slides (7a, b, c) that are designed to be positionable radially with respect to the rotational axis in order to release and chuck the workpiece, are arranged on the end side of a chuck head plate and distributed uniformly around the circumference thereof, and carry chucking jaws (8a, b, c), and comprising centering slides (27a, b, c), for the external central chucking of a tube, which can be disengaged from the chuck head plate with a forward inclination towards the end of the tube to be machined and center the tube by means of chucking claws which are arranged at the front free end of centering slide rods, said centering slides engaging via a toothed rod section with a toothing of a drive means, characterized in that each centering slide (27a, b, c) is assigned a drive means (32a, b, c) meshing, for their part, on a toothing side parallel to the side with the angled toothing, with a central toothed wheel arranged concentrically to the rotational axis, wherein the central toothed wheel synchronizes the movements of all centering slides (27a, b, c).
Robot comprising an articulated arm for moving an end in a space with N dimensions, comprising at least N+1 motorized articulations, and a computer for controlling the movements of said motorized articulations, said computer controlling a first step of prepositioning the terminal end of the articulated arm and a second step of fine positioning, the robot being characterized in that: - said first, prepositioning step consists in making the end of the articulated arm enter into a zone of interest, as close as possible to the centre of the optimal positioning zone, the centre being defined as a function of N secondary motorized articulations chosen from among the N+1 motorized articulations; - said second, fine positioning step consists in blocking all the articulations except for said N secondary motorized articulations and in controlling the movement of the terminal end by elementary movements of at least one of the N secondary motorized articulations, at least one of said secondary articulations being an axis of rotation; - the robot is such that in at least one given configuration, the N secondary motorized articulations are not exclusively the last N articulations of the kinematic chain. - said first, prepositioning step consists in making the end of the articulated arm enter into a zone of interest, as close as possible to the centre of the optimal positioning zone, the centre being defined as a function of N secondary motorized articulations chosen from among the N+1 motorized articulations; - said second, fine positioning step consists in blocking all the articulations except for said N secondary motorized articulations and in controlling the movement of the terminal end by elementary movements of at least one of the N secondary motorized articulations, at least one of said secondary articulations being an axis of rotation; - the robot is such that in at least one given configuration, the N secondary motorized articulations are not exclusively the last N articulations of the kinematic chain.
A system for smart-home functionality comprising: a docking station configured to be mounted to a wall and comprising: a first housing, a rotating member mounted to the first housing, a male connector mounted to the rotating member, and a fastener embedded in the male connector; and an electronic device comprising a recessed female connector positioned at the center of a rear section of the electronic device, wherein the female connector on the electronic device is to connect with the male connector on the docking station when the electronic device is attached to the docking station, wherein the rotating member is to rotate, when the electronic device is attached to the docking station, the electronic device between a portrait orientation and a landscape orientation. a first housing, a rotating member mounted to the first housing, a male connector mounted to the rotating member, and a fastener embedded in the male connector; and an electronic device comprising a recessed female connector positioned at the center of a rear section of the electronic device, wherein the female connector on the electronic device is to connect with the male connector on the docking station when the electronic device is attached to the docking station, wherein the rotating member is to rotate, when the electronic device is attached to the docking station, the electronic device between a portrait orientation and a landscape orientation.
A multimode optical fiber that favors the lowest order mode, the fiber comprising: a core having a longitudinal optical axis and incorporating radially dependent amounts of at least two dopant materials to provide independent control over both a desired refractive index profile and a desired Raman gain coefficient profile that favors the lowest order mode and discriminates against higher order modes wherein the refractive index profile and the Raman gain coefficient profile both have a generally parabolic shape with a peak coinciding with the optical axis of the fiber; and a cladding region surrounding the core and having a refractive index different from that of the core material; wherein light launched into an end of the fiber is subject to a highest Raman gain along the optical axis of the fiber core, which promotes the lowest order mode and discriminates against higher order modes, based on the radially dependent amount of dopant materials in the core. a core having a longitudinal optical axis and incorporating radially dependent amounts of at least two dopant materials to provide independent control over both a desired refractive index profile and a desired Raman gain coefficient profile that favors the lowest order mode and discriminates against higher order modes wherein the refractive index profile and the Raman gain coefficient profile both have a generally parabolic shape with a peak coinciding with the optical axis of the fiber; and a cladding region surrounding the core and having a refractive index different from that of the core material;
A mask for administering an inhalable medication to a patient, comprising: a flexible ergonomically shaped molded elastomer face mask body that is shaped for covering the nose and mouth of the patient and designed to fit close to the face, the mask body comprising: a nose section; and an ergonomically contoured mouth section shaped to fit close to the mouth and lips of the patient with minimal dead space in the mouth section; and a drug delivery path being an airway aligned with the nose of the patient, the drug delivery path comprising an opening for receiving said inhalable medication in the nose section of the mask, wherein: an edge of the mask which is configured to be in contact with the patient's face is defined by a thin soft lip configured to be in contact with the face of the patient; wherein said edge of the mask is contoured to have: a first inflection point with an angle of at least 10° in a bottom elevation view of the mask on the bottom part of the edge that fits over the chin of the patient; and a second inflection point with two angles of at least 10° in a side elevation view of the mask on each side of the edge covering the cheek area of the face of the patient; and wherein the dead space within the mask is minimized by the contour of the mask to the face and by the alignment of the drug delivery path with the nose of the patient. wherein said edge of the mask is contoured to have: a first inflection point with an angle of at least 10° in a bottom elevation view of the mask on the bottom part of the edge that fits over the chin of the patient; and a second inflection point with two angles of at least 10° in a side elevation view of the mask on each side of the edge covering the cheek area of the face of the patient; and wherein the dead space within the mask is minimized by the contour of the mask to the face and by the alignment of the drug delivery path with the nose of the patient.