mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic transmission valve with a magnetizable housing and with a pole tube which is connected in one piece to a magnetizable pole flange which extends radially to the outside in relation to a longitudinal axis of the transmission valve, the housing being formed in one piece with a pole core cone, an annular web leading from the housing to the pole core cone, which annular web extends coaxially with respect to the longitudinal axis of the transmission valve from the housing in a direction which points towards the centre of an electromagnet part of the transmission valve, and ends in the pole core cone, the housing having a connection for fixing an armature stroke of an armature which is guided in the pole tube and for fixing a concentricity between the pole core cone and the pole tube with an axial fit and a radial fit, being connected to the pole flange by means of the axial fit in relation to the longitudinal axis of the transmission valve and the radial fit in relation to a longitudinal axis of the transmission valve in order to fix the armature stroke of the armature and the concentricity between the pole core cone and the pole tube, the pole flange having an end face for the axial fit, which end face bears against a bearing face of an outer shell of the housing, which bearing face is oriented perpendicularly with respect to the longitudinal axis of the transmission valve, the pole flange having a circumferential face for the radial fit, by way of which circumferential face the said pole flange is inserted into a cylindrical recess of the housing, the armature which is guided exclusively in the pole tube being separated magnetically by means of a separating layer with a thickness of from 0.01 mm to 0.06 mm.
An object detection system comprising a controller-circuit including at least one processor and at least one storage medium, the at least one processor being configured to execute instructions stored in the at least one storage medium to: receive a color image signal from a color camera and receive an infrared image signal from an infrared camera; form first and second Single Shot Detectors, SSD, (50A, 50B), the first SSD having a first plurality of feature layers (54A-64A) based on the color image signal and the second SSD having a second plurality of feature layers (54B-64B) based on the infrared image signal; form a feature pyramid using gated fusion to pair and fuse feature layers (54A-64A, 54B-64B) from the first and second SSDs (50A, 50B) into a joint network of multiple shallow and deep layers, each layer of the pyramid indicating classification data including high level semantic information and location data including low level localization context, the pyramid being formed using gated fusion by applying a Rectified Linear Unit activation function to the feature layers, followed by an element-wise summing of the feature layers (54A-64A, 54B-64B) from the first and second SSDs (50A, 50B); and detect an object based on the pyramid. receive a color image signal from a color camera and receive an infrared image signal from an infrared camera; form first and second Single Shot Detectors, SSD, (50A, 50B), the first SSD having a first plurality of feature layers (54A-64A) based on the color image signal and the second SSD having a second plurality of feature layers (54B-64B) based on the infrared image signal; form a feature pyramid using gated fusion to pair and fuse feature layers (54A-64A, 54B-64B) from the first and second SSDs (50A, 50B) into a joint network of multiple shallow and deep layers, each layer of the pyramid indicating classification data including high level semantic information and location data including low level localization context, the pyramid being formed using gated fusion by applying a Rectified Linear Unit activation function to the feature layers, followed by an element-wise summing of the feature layers (54A-64A, 54B-64B) from the first and second SSDs (50A, 50B); and detect an object based on the pyramid.
An end effector for use with a surgical system, said end effector comprising: a staple cartridge, comprising: a cartridge body; staples, wherein each said staple is at least partially stored in said cartridge body; and a sled movable between an unfired position and a fired position during a firing stroke to eject said staples from said cartridge body; a cartridge channel configured to receive said staple cartridge; an anvil configured to deform said staples; a biasing member; and a firing assembly, comprising: a firing member; and characterised by a lock rotatably mounted to said firing member, wherein said lock is rotatable between an unlocked position and a locked position, wherein said sled is configured to hold said lock in said unlocked position when said staple cartridge is seated in said cartridge channel and said sled is in said unfired position, and wherein said lock is rotatable from said unlocked position to said locked position by said biasing member when either said staple cartridge is not in said cartridge channel or said sled is not in said unfired position; and wherein said cartridge channel comprises a lockout recess. a staple cartridge, comprising: a cartridge body; staples, wherein each said staple is at least partially stored in said cartridge body; and a sled movable between an unfired position and a fired position during a firing stroke to eject said staples from said cartridge body; a cartridge body; staples, wherein each said staple is at least partially stored in said cartridge body; and a sled movable between an unfired position and a fired position during a firing stroke to eject said staples from said cartridge body; a cartridge channel configured to receive said staple cartridge; an anvil configured to deform said staples; a biasing member; and a firing assembly, comprising: a firing member; and characterised by a lock rotatably mounted to said firing member, wherein said lock is rotatable between an unlocked position and a locked position, wherein said sled is configured to hold said lock in said unlocked position when said staple cartridge is seated in said cartridge channel and said sled is in said unfired position, and wherein said lock is rotatable from said unlocked position to said locked position by said biasing member when either said staple cartridge is not in said cartridge channel or said sled is not in said unfired position; and wherein said cartridge channel comprises a lockout recess. a firing member; and characterised by a lock rotatably mounted to said firing member, wherein said lock is rotatable between an unlocked position and a locked position, wherein said sled is configured to hold said lock in said unlocked position when said staple cartridge is seated in said cartridge channel and said sled is in said unfired position, and wherein said lock is rotatable from said unlocked position to said locked position by said biasing member when either said staple cartridge is not in said cartridge channel or said sled is not in said unfired position; and wherein said cartridge channel comprises a lockout recess.
A retrograde chronograph mechanism, for a clockwork movement, intended to provide, on demand, the driving of a first display organ by a unit of a measured time, preferably by seconds of a measured time, such that the display organ has a retrograde movement, i.e., such that it is driven to move along a sector smaller than 360 degrees, the mechanism including a chronograph counter, a coupling device intended to establish, on demand, a connection between said chronograph counter and a driving wheel of the clockwork movement, a chronograph wheel intended to carry the first display organ, a retrograde driving device of said chronograph wheel having a kinematic link with said chronograph counter, a split-time wheel intended to carry a second display organ for said unit of a measured intermediate time, a split-time counter connected to said chronograph counter via a disengageable indexing device (62, 64), a retrograde driving device for said split-time wheel having a kinematic link with said split-time counter and arranged such that the second display organ has a retrograde movement, i.e., it is driven to move over a sector smaller than 360 degrees, and a locking device (66, 68) upon demand of said split-time counter, to allow the display of the measured intermediate time.
A method for transmitting data, the method comprising: mapping, by a transmitting device, a first coded information bit stream intended for a first transmit antenna onto at least one first spreading sequence of a plurality of first spreading sequences to generate a first data stream, wherein the plurality of first spreading sequences comprises codewords of sparse code multiple access, SCMA, codebooks, and wherein the mapping of the first coded information is accomplished according to a mapping rule associated with the first transmit antenna; mapping, by the transmitting device, a second coded information bit stream intended for a second transmit antenna onto at least one second spreading sequence of a plurality of second spreading sequences to generate a second data stream, wherein the plurality of second spreading sequences comprises codewords of SCMA codebooks, and wherein the mapping of the second coded information is accomplished according to a mapping rule associated with the second transmit antenna; and transmitting, by the transmitting device, the first data stream and the second data stream on respective transmit antennas. mapping, by a transmitting device, a first coded information bit stream intended for a first transmit antenna onto at least one first spreading sequence of a plurality of first spreading sequences to generate a first data stream, wherein the plurality of first spreading sequences comprises codewords of sparse code multiple access, SCMA, codebooks, and wherein the mapping of the first coded information is accomplished according to a mapping rule associated with the first transmit antenna; mapping, by the transmitting device, a second coded information bit stream intended for a second transmit antenna onto at least one second spreading sequence of a plurality of second spreading sequences to generate a second data stream, wherein the plurality of second spreading sequences comprises codewords of SCMA codebooks, and wherein the mapping of the second coded information is accomplished according to a mapping rule associated with the second transmit antenna; and transmitting, by the transmitting device, the first data stream and the second data stream on respective transmit antennas.
A flux-cored wire for gas-shielded arc welding which has a steel outer sheath filled with a flux, comprising, relative to a total mass of the wire: TiO 2: from 3 to 8 mass%; at least one of Si, an Si oxide and an Si compound: from 0.1 to 0.5 mass% in total in terms of Si; C: from 0.01 to 0.15 mass%; Mn: from 0.5 to 3.0 mass%; Mo: from 0.01 to 0.80 mass%; Ni: from 1 to 3 mass%; at least one of metal Mg and an Mg alloy: from 0.2 to 1.0 mass% in total in terms of Mg; an F compound: from 0.010 to 0.400 mass% in total in terms of F; a K compound: from 0.010 to 0.400 mass% in total in terms of K; an Na compound: from 0.005 to 0.400 mass% in total in terms of Na; B and a B compound: from 0.001 to 0.005 mass% in total in terms of B; and Fe: 80 mass% or more, optionally: at least one of: S: from 0.005 to 0.030 mass%; ZrO 2: from 0.05 to 1.00 mass%; and Al 2 O 3: from 0.01 to 1.00 mass%; P: 0.030 mass% or less; and Nb: less than 0.010 mass%, wherein a total content of metal Ti and a Ti alloy is restricted to 0.01 mass% or less in terms of Ti, a total content of metal Al and an Al alloy is restricted to 0.05 mass% or less in terms of Al, a content of V is restricted to less than 0.010 mass%, and a content of Ti of the outer sheath is restricted to 0.011 mass% or less relative to the total mass of the steel outer sheath. TiO 2: from 3 to 8 mass%; at least one of Si, an Si oxide and an Si compound: from 0.1 to 0.5 mass% in total in terms of Si; C: from 0.01 to 0.15 mass%; Mn: from 0.5 to 3.0 mass%; Mo: from 0.01 to 0.80 mass%; Ni: from 1 to 3 mass%; at least one of metal Mg and an Mg alloy: from 0.2 to 1.0 mass% in total in terms of Mg; an F compound: from 0.010 to 0.400 mass% in total in terms of F; a K compound: from 0.010 to 0.400 mass% in total in terms of K; an Na compound: from 0.005 to 0.400 mass% in total in terms of Na; B and a B compound: from 0.001 to 0.005 mass% in total in terms of B; and Fe: 80 mass% or more, optionally: at least one of: S: from 0.005 to 0.030 mass%; ZrO 2: from 0.05 to 1.00 mass%; and Al 2 O 3: from 0.01 to 1.00 mass%; P: 0.030 mass% or less; and Nb: less than 0.010 mass%, wherein at least one of: S: from 0.005 to 0.030 mass%; ZrO 2: from 0.05 to 1.00 mass%; and Al 2 O 3: from 0.01 to 1.00 mass%; P: 0.030 mass% or less; and Nb: less than 0.010 mass%, wherein a total content of metal Ti and a Ti alloy is restricted to 0.01 mass% or less in terms of Ti, a total content of metal Al and an Al alloy is restricted to 0.05 mass% or less in terms of Al, a content of V is restricted to less than 0.010 mass%, and a content of Ti of the outer sheath is restricted to 0.011 mass% or less relative to the total mass of the steel outer sheath.
A process for making a stable dispersion comprising the steps: (a) contacting, in a single mixer, a preformed polymer resin, a polyether polyol, and a stabilizer under conditions of sufficient heat to melt the preformed polymer, thereby forming a polymer melt, and sufficient shear to form an initial dispersion of the polymer resin in the polyol; and (b) while under shear, cooling the initial dispersion sufficiently to form a stable dispersion; wherein the preformed polymer resin is a polyethylene polymer, the process being characterized by the polyether polyol having a weight-averaged molecular weight of between 500 and 8000, a functionality of from 2 to 8, and a hydroxyl number of 70 to 5.61 and the dispersion comprising a stabilizer that is an imide reaction product of a maleic anhydride functionalized polyethylene wax and a monoamine polyol. (a) contacting, in a single mixer, a preformed polymer resin, a polyether polyol, and a stabilizer under conditions of sufficient heat to melt the preformed polymer, thereby forming a polymer melt, and sufficient shear to form an initial dispersion of the polymer resin in the polyol; and (b) while under shear, cooling the initial dispersion sufficiently to form a stable dispersion;
A composition for use in a method of providing health benefits to an individual by enhancing the microbiome of said individual by enhancing one or more probiotic bacteria in said individual, the method comprising administering to said individual a composition in an amount effective in enhancing said one or more probiotic bacteria, characterized in that said composition comprises soluble collagen fiber prepared from poultry, wherein said composition is obtainable by a method comprising the steps of mechanically separating and comminuting poultry parts with bones and cartilage to fine pieces of less than 5 mm, and cooking the pieces at a temperature from 70 to 150 °C for a period from 8 minutes to 6 hours or longer.
A method of providing terminal functionality to a polymer, said method comprising reacting a terminally active polymer that comprises polyene mer with an α,β-ethylenically unsaturated compound having the general formula where each R independently is a hydrogen atom or C 1 -C 10 alkyl group, M is a group 2-13 element, y and z are integers with the provisos that z is not zero and y+z is equal to a valence of M, and each X independently is R 1, OR 1, OC R 1, C OR 1 or NR 1 2 in which each R 1 independently is a C 1 -C 30 alkyl group, thereby providing said terminal functionality to said polymer.
Vehicle for performing an animal-related operation, in particular for use with cows, wherein the vehicle is delimited by an outer side, and wherein the vehicle comprises an electrical shock device for emitting an electrical shock to an animal, wherein the shock device comprises: - at least one pair of elongate, electrically conductive strips (44, 45) which run substantially parallel to each other so as to leave clear an electrically insulating intermediate space in between and which extend at least along a portion of the outer side of the vehicle, wherein the strips (44, 45) of the or each pair of mutually parallel strips (44, 45) each have a shape comprising first parts which extend in a first direction which corresponds to the longitudinal direction of the elongate, mutually parallel strips (44, 45), and comprising second parts which extend transversely, preferably substantially perpendicularly, with respect to said first direction, and - an electrical voltage source which is electrically connected to said strips (44, 45) in such a way that an electrically closed circuit is formed when said strips (44, 45) are electrically connected across the intermediate space, such as when both strips (44, 45) are touched by an animal wherein the pair of mutually parallel strips (44, 45) is arranged at a distance above a floor, characterised in that said strips (44, 45) extend substantially above one another, and wherein the strips (44, 45), viewed in cross section, each have a top portion with a substantially vertical contact surface, which faces outwards and a bottom portion with a substantially horizontal contact surface, which faces downwards, and wherein the bottom portion of each strip (44, 45) extends inwards with respect to the top portion of said strip (44, 45). - at least one pair of elongate, electrically conductive strips (44, 45) which run substantially parallel to each other so as to leave clear an electrically insulating intermediate space in between and which extend at least along a portion of the outer side of the vehicle, wherein the strips (44, 45) of the or each pair of mutually parallel strips (44, 45) each have a shape comprising first parts which extend in a first direction which corresponds to the longitudinal direction of the elongate, mutually parallel strips (44, 45), and comprising second parts which extend transversely, preferably substantially perpendicularly, with respect to said first direction, and - an electrical voltage source which is electrically connected to said strips (44, 45) in such a way that an electrically closed circuit is formed when said strips (44, 45) are electrically connected across the intermediate space, such as when both strips (44, 45) are touched by an animal
A method for tuning a generator, the method comprising: providing a power amplifier that provides the generator a source impedance, ZS, wherein a complex conjugate of ZS is an impedance into which the generator delivers maximum power with a fixed-power control input to the power amplifier; coupling the generator to a plasma chamber, igniting a plasma in the plasma chamber, wherein an impedance, ZL, is presented to the generator that varies in response to a frequency and level of power applied to the plasma chamber, wherein a nominal value of ZL is close to the complex conjugate of ZS; setting the frequency of power applied by the generator to a current best frequency; sensing a characteristic of the power applied by the generator; determining a current best error based upon the characteristic of the power; maintaining the frequency of the power at the current best frequency for a main-time-period; changing the frequency of the power to a probe frequency; maintaining the frequency of the power at the probe frequency for a probe-time-period, wherein the probe-time-period is less than the main-time-period; setting the current best frequency to the probe frequency, without changing the frequency of the power from the probe frequency, if the error at the probe frequency is less than the error at the current best frequency. providing a power amplifier that provides the generator a source impedance, ZS, wherein a complex conjugate of ZS is an impedance into which the generator delivers maximum power with a fixed-power control input to the power amplifier; coupling the generator to a plasma chamber, igniting a plasma in the plasma chamber, wherein an impedance, ZL, is presented to the generator that varies in response to a frequency and level of power applied to the plasma chamber, wherein a nominal value of ZL is close to the complex conjugate of ZS; setting the frequency of power applied by the generator to a current best frequency; sensing a characteristic of the power applied by the generator; determining a current best error based upon the characteristic of the power; maintaining the frequency of the power at the current best frequency for a main-time-period; changing the frequency of the power to a probe frequency; maintaining the frequency of the power at the probe frequency for a probe-time-period, wherein the probe-time-period is less than the main-time-period; setting the current best frequency to the probe frequency, without changing the frequency of the power from the probe frequency, if the error at the probe frequency is less than the error at the current best frequency.
An implant comprising two intervertebral or disk prostheses, arranged beside each other, in the form of hollow bodies, each having front side, a rear side, a top side for contacting the base plate of a vertebral body, a bottom side for contacting the base plate of a vertebral body, a right side, a left side, a cavity for receiving fluid osteocementum, an inlet into the cavity and several outlets (10, 11, 12, 13) for flowable osteocementum out of the cavity, wherein for each of the two intervertebral or disk prostheses the sum of the cross sectional areas of the outlets from the front side is S V, the sum of the cross sectional areas of the outlets from the rear side is S H, the sum of the cross sectional areas of the outlets from the right side is S R, and the sum of the cross sectional areas of the outlets from the left side is S L, and wherein A) the right side of the intervertebral or disk prosthetic arranged on the left is oriented towards the left side of the intervertebral or disk prosthetic arranged on the right; and B) for the intervertebral or disk prosthetic arranged on the left the condition S L > S R applies and for the intervertebral or disk prosthetic arranged on the right the condition S R > S L applies; characterised in that C) the right side of each intervertebral or disk prosthetic is straight and has a first length extending between the front side and the rear side of the intervertebral or disk prosthetic, the left side of each intervertebral or disk prosthetic is straight and has a second length extending between the front side and the rear side of the intervertebral or disk prosthetic, and the first length is equal to the second length. A) the right side of the intervertebral or disk prosthetic arranged on the left is oriented towards the left side of the intervertebral or disk prosthetic arranged on the right; and B) for the intervertebral or disk prosthetic arranged on the left the condition S L > S R applies and for the intervertebral or disk prosthetic arranged on the right the condition S R > S L applies; characterised in that C) the right side of each intervertebral or disk prosthetic is straight and has a first length extending between the front side and the rear side of the intervertebral or disk prosthetic, the left side of each intervertebral or disk prosthetic is straight and has a second length extending between the front side and the rear side of the intervertebral or disk prosthetic, and the first length is equal to the second length.
Method for controlling a drive member of a motor vehicle, comprising: - a step of acquisition of a speed setpoint (Cv), - a step of measurement of the speed (V M) of the motor vehicle, and - a step of calculation of a control setpoint (Cf) for said drive member as a function of the measured speed (V M) and of the speed setpoint (Cv), characterized in that, when the motor vehicle is moving forward and has to be stopped, the speed setpoint (Cv) is determined so as to be strictly less than zero.