mhurhangee/ep-ind-claims huggingface dataset:
A filling machine for filling of containers with a product, comprising: - a carousel for moving a plurality of said containers; - a plurality of filling valves, each filling valve being positioned above a clamp; - a distribution duct connecting said filling valves with a distribution manifold, in said distribution duct having the product with a filling pressure; - a feed duct intercepted by a volumetric pump, wherein said volumetric pump moves a filling product with a discharge pressure greater than said filling pressure, wherein along the feed duct, downstream of the volumetric pump, an adjustment member of the feed pressure of the filling product is placed, wherein the adjustment member is positioned between the volumetric pump and the distribution manifold, characterised in that the adjustment member comprises a membrane, or a membrane - plate assembly, placed in tangential contact with the filling product flow, the membrane being comprised in a casing, of which it constitutes a side of contact with the filling product, wherein said membrane is substantially flat and is operatively associated to a pneumatic piston. - a carousel for moving a plurality of said containers; - a plurality of filling valves, each filling valve being positioned above a clamp; - a distribution duct connecting said filling valves with a distribution manifold, in said distribution duct having the product with a filling pressure; - a feed duct intercepted by a volumetric pump, wherein said volumetric pump moves a filling product with a discharge pressure greater than said filling pressure, wherein the adjustment member is positioned between the volumetric pump and the distribution manifold, characterised in that the adjustment member comprises a membrane, or a membrane - plate assembly, placed in tangential contact with the filling product flow, the membrane being comprised in a casing, of which it constitutes a side of contact with the filling product, wherein said membrane is substantially flat and is operatively associated to a pneumatic piston.
An ultrasonic sensor, comprising: an ultrasonic element including an ultrasonic oscillator for sending, receiving or transceiving ultrasonic waves, an element body having an opening for passage of ultrasonic waves formed on one surface, the ultrasonic oscillator being arranged within the element body, and terminal portions protruding from the element body to feed an electric current to the ultrasonic oscillator; and a housing having an opening formed on one surface for communication with the opening of the element body, the housing including a receiving portion for receiving the ultrasonic element; and a printed wiring board arranged to interpose the ultrasonic element between the printed wiring board and the receiving portion of the housing, the terminal portions of the ultrasonic element being mounted to the printed wiring board, characterized in that the housing further includes a positioning portion (20b or 20c) integrally formed with the receiving portion to position the ultrasonic element in place, wherein the positioning portion (20b or 20c) of the housing is formed by deformable elements which are adapted to contact the ultrasonic element under pressure after said ultrasonic element has been forcedly inserted into the receiving portion. an ultrasonic element including an ultrasonic oscillator for sending, receiving or transceiving ultrasonic waves, an element body having an opening for passage of ultrasonic waves formed on one surface, the ultrasonic oscillator being arranged within the element body, and terminal portions protruding from the element body to feed an electric current to the ultrasonic oscillator; and a housing having an opening formed on one surface for communication with the opening of the element body, the housing including a receiving portion for receiving the ultrasonic element; and a printed wiring board arranged to interpose the ultrasonic element between the printed wiring board and the receiving portion of the housing, the terminal portions of the ultrasonic element being mounted to the printed wiring board, characterized in that
A device for controlling a dispenser for a refrigerator, comprising: an input unit for inputting a dispensing time and amount per unit time of ice, water or both dispensed through the dispenser; and a control unit for controlling ice, water or both corresponding to the dispensing amount per unit time inputted through the input unit to be dispensed through the dispenser for the dispensing time inputted through the input unit, wherein the control unit is arranged to receive a dispensing-start signal from a switch provided at a portion of the dispenser when the switch is turned on, and controls the dispensing of ice, water or both through the dispenser to be initiated, wherein in a case where the dispensing time and amount per unit time of ice, water or both dispensed through the dispenser are inputted through the input unit, the control unit is arranged to control the dispenser in an automatic mode in which ice, water or both corresponding to the dispensing amount per unit time inputted through the input unit is dispensed for the dispensing time inputted through the input unit when the dispensing-start signal is transmitted as the switch is turned on; whereas in a case where the dispensing time and amount per unit time of ice, water or both dispensed through the dispenser are not inputted through the input unit, the control unit is arranged to control the dispenser in a manual mode in which the selected ice, water or both corresponding to the initially set dispensing amount per unit time is dispensed only a period of time while the dispensing-start signal is transmitted as the switch is turned on. an input unit for inputting a dispensing time and amount per unit time of ice, water or both dispensed through the dispenser; and a control unit for controlling ice, water or both corresponding to the dispensing amount per unit time inputted through the input unit to be dispensed through the dispenser for the dispensing time inputted through the input unit,
A mobile colposcopy system for early diagnosis of cervical cancer, comprising: an insertion unit which is inserted into the vagina of a woman, has a penetrating hole formed in one end coming into contact with the uterus, and is provided with a capturing path communicating with the penetrating hole; a capturing unit which is provided at the other end of the insertion unit and includes an image acquisition unit so as to capture the cervix through the capturing path; and a lighting unit which is provided on the capturing path of the insertion unit and irradiates a lighting to the cervix through the penetrating hole, wherein the insertion unit is formed with an inlet so as to communicate with the capturing path to prevent condensation from occurring on the capturing unit and to circulate air on the capturing path to the outside or inject a test solution during the screening of the cervix, wherein the insertion unit is formed in a tapered shape in which an inner diameter is decreased toward the penetrating hole so that scattering light output from the light source and scattered by an inner wall surface is incident to the cervical tissue. an insertion unit which is inserted into the vagina of a woman, has a penetrating hole formed in one end coming into contact with the uterus, and is provided with a capturing path communicating with the penetrating hole; a capturing unit which is provided at the other end of the insertion unit and includes an image acquisition unit so as to capture the cervix through the capturing path; and a lighting unit which is provided on the capturing path of the insertion unit and irradiates a lighting to the cervix through the penetrating hole, wherein the insertion unit is formed with an inlet so as to communicate with the capturing path to prevent condensation from occurring on the capturing unit and to circulate air on the capturing path to the outside or inject a test solution during the screening of the cervix, wherein the insertion unit is formed in a tapered shape in which an inner diameter is decreased toward the penetrating hole so that scattering light output from the light source and scattered by an inner wall surface is incident to the cervical tissue.
Device for measuring the resistance of the ground connection of an electrical apparatus when the latter is connected to a single-phase, two-phase or three-phase power supply network, characterized in that it comprises a current generator able to generate a current passing through the resistance of the ground connection and looping back through the power supply network, the said measuring device comprising means for measuring the voltage between the neutral of the connection to the power supply network and a ground pickup of the said electrical apparatus, it being possible for the measured voltage to be considered to be about equal to the value of the current flowing to the ground multiplied by the said ground connection resistance, and in that the said measuring device furthermore comprises: - a branch comprising a resistor mounted in series with a capacitor, one terminal of the said branch being connected to the said measuring means, - and a breaker able to connect the other terminal of the said branch to the said neutral of the connection to the power supply network, the said branch also being linked to the ground pickup through one of the said terminals. - a branch comprising a resistor mounted in series with a capacitor, one terminal of the said branch being connected to the said measuring means, - and a breaker able to connect the other terminal of the said branch to the said neutral of the connection to the power supply network, the said branch also being linked to the ground pickup through one of the said terminals.
- Tyre comprising a directional tread, said tread comprising a central axis and two edges (14A, 14B) flanking said central axis and determining a tread width W, said tread width W being greater than or equal to 140 mm, said tread comprising a plurality of patterns which succeed one another in the circumferential direction, each pattern having a pitch P, the patterns delimiting a plurality of oblique grooves (16A, 16B), each oblique groove extending from one of the edges (14A, 14B) of the tread as far as the central axis, in a central part of the tread centred on the central axis and of a width corresponding to 80% of the width W of said tread, all or some of the oblique grooves (16A, 16B) of the plurality of oblique groove having a slenderness ratio E comprised between 0.85 and 1.5 and preferably between 0.87 and 1.1, said slenderness ratio corresponding to the ratio between a projected length Lpx of the oblique groove in the circumferential direction and half the width of the central part of the tread, such that E = Lpx 0.4 ∗ W; said tyre being characterized in that, all or some of the patterns comprise at least one sipe (18; 181, 182, 183, 184, 185, 186), a sipes density SD in all or some of these patterns being comprised between 10 mm -1 and 70 mm -1, said sipes density SD corresponding to the ratio between the sum of the projected length(s) lpyi of the sipe(s) in an axial direction to the product of the pitch P of the pattern and of the width W of the tread, all then multiplied by 1000, such that SD = ∑ i = 1 n lpyi P ∗ W ∗ 1000, where n is the number of sipes in the pattern.
A flux for a solder paste, comprising an acrylic resin obtained by radically copolymerizing a (meth)acrylate having a C 6 -C 15 alkyl group and a (meth)acrylate other than the above-mentioned (meth)acrylate; and rosins, wherein the rosins are at least one selected from the group consisting of an acrylic acid addition rosin, a disproportionated rosin, a polymerized rosin and a hydrogenated rosin; characterized in that the content of the acrylic resin is 15% by weight or greater and 30% by weight or less; the content of the rosins is 15% by weight or greater and 30% by weight or less; the weight ratio of the acrylic resin is 0.5 or greater and 1.2 or less when the weight of the rosins is taken as 1; and the flux for a solder paste is fluidized by application of a shear force of 10 Pa or greater and 150 Pa or less.
An improved lift for motor vehicles, comprising: - two parallel runways for supporting the wheels of a vehicle, each runway being provided with two devices for its raising from the floor, said two devices of each runway being spaced apart in a balanced manner along the direction of longitudinal extension of the runway itself, whereby each raising device comprises: - a first main arm and a second main arm of equal length, hinged together at one end and hinged at the other end respectively to the floor and to the runway about two vertically superposed axes, - a first and a second auxiliary arm (20, 24) hinged together at one end, the first auxiliary arm being hinged to said first main arm and also being provided at its other end with first means for its sliding along the floor, or along said runway, the second auxiliary arm being hinged to the second main arm, the lift being characterised in that each raising device comprises an actuator with a first end hinged to a main arm (6, 8) in proximity to the floor or to said runway, and with a second end hinged to one end of a lever, which is centrally hinged to the other main arm (8, 6) and is provided at its other end with second sliding means. - two parallel runways for supporting the wheels of a vehicle, each runway being provided with two devices for its raising from the floor, said two devices of each runway being spaced apart in a balanced manner along the direction of longitudinal extension of the runway itself, - a first main arm and a second main arm of equal length, hinged together at one end and hinged at the other end respectively to the floor and to the runway about two vertically superposed axes, - a first and a second auxiliary arm (20, 24) hinged together at one end, the first auxiliary arm being hinged to said first main arm and also being provided at its other end with first means for its sliding along the floor, or along said runway, the second auxiliary arm being hinged to the second main arm,
A medicine dispenser capable of discharging medicines one pill at a time by vibration, comprising: a frame; a vibration unit mounted on the frame and moving medicines by vibration; and a medicine transfer unit transferring the medicines discharged one pill at a time from the vibration unit to an outside of the medicine dispenser, the medicine transfer unit comprising a detection unit provided to a discharge passage, through which the medicines discharged from the vibration unit pass, to detect the number of medicines passing through the discharge passage, a holding member causing the medicines, which have passed through the detection unit, to temporarily remain on the holding member inside the discharge passage, and an opening/closing member located downstream of the holding member to open a packing passage if the number of medicines measured by the detection unit and placed on the holding member equals a predetermined number of medicines, and to open a recovery passage if the number of medicines measured by the detection unit and placed on the holding member differs from the predetermined number of medicines, characterised in that the opening/closing member and the holding member are rotatably driven by separate motors (548, 549). a frame; a vibration unit mounted on the frame and moving medicines by vibration; and a medicine transfer unit transferring the medicines discharged one pill at a time from the vibration unit to an outside of the medicine dispenser, the medicine transfer unit comprising a detection unit provided to a discharge passage, through which the medicines discharged from the vibration unit pass, to detect the number of medicines passing through the discharge passage, a holding member causing the medicines, which have passed through the detection unit, to temporarily remain on the holding member inside the discharge passage, and an opening/closing member located downstream of the holding member to open a packing passage if the number of medicines measured by the detection unit and placed on the holding member equals a predetermined number of medicines, and to open a recovery passage if the number of medicines measured by the detection unit and placed on the holding member differs from the predetermined number of medicines, characterised in that the opening/closing member and the holding member are rotatably driven by separate motors (548, 549).
A stator segment, comprising: a first circumferential end face; a second circumferential end face, wherein the first and second circumferential end faces are misaligned relative to one another; a radially outer platform; and a plurality of stator vanes (v) supported by the radially outer platform; said plurality of stator vanes including a first array of vanes adjacent to the first circumferential end face and a second array of vanes (64, 66) adjacent the second circumferential end face; wherein the first and the second array of vanes are axially spaced apart from one another and wherein a first featherseal slot is defined in the first circumferential end face; and a second featherseal slot is defined in the second circumferential end face; wherein a longitudinal axis of the first featherseal slot is misaligned relative to a longitudinal axis of the second featherseal slot. a first circumferential end face; a second circumferential end face, wherein the first and second circumferential end faces are misaligned relative to one another; a radially outer platform; and a plurality of stator vanes (v) supported by the radially outer platform; said plurality of stator vanes including a first array of vanes adjacent to the first circumferential end face and a second array of vanes (64, 66) adjacent the second circumferential end face; wherein the first and the second array of vanes are axially spaced apart from one another and wherein a first featherseal slot is defined in the first circumferential end face; and a second featherseal slot is defined in the second circumferential end face; wherein a longitudinal axis of the first featherseal slot is misaligned relative to a longitudinal axis of the second featherseal slot.
- A device for locking a weapon barrel in relation to a wall, the device comprising a receiving chute which can be secured to the wall and which is intended to receive the weapon barrel, and a holding arm which is intended to hold the barrel resting against the chute, in which device the chute is secured to a piston which is slidably mounted relative to a housing which is intended to be secured to the wall, the sliding of the piston being along a first direction and between an extended position and at least one depressed position, the sliding of the piston causing the pivoting of the holding arm relative to the housing between an open position and a closed position in which it ensures the holding of the barrel resting against the chute in the or one of the depressed position(s) of the piston, the piston being able to be immobilized in its depressed position(s) by a locking means, the depressed position(s) being such that the distance between the arm and a bottom of the chute corresponds to a diameter of the particular weapon barrel which it is desired to lock, the locking device being characterized in that the locking means includes a carriage slidably mounted relative to the housing along a second direction which is perpendicular to the first direction, the carriage comprising a nose intended to cooperate with at least one complementary nose (19a, 19b) carried by the piston so as to immobilize the latter in at least one depressed position.
A lithium secondary battery comprising a positive electrode, a negative electrode and an electrolyte for lithium secondary batteries interposed between the positive electrode and the negative electrode, wherein the electrolyte for lithium secondary batteries comprises a compound having a lithium-rich antiperovskite (LiRAP) crystal structure represented by the following Formula 2 or 3: [Formula 2] Li 3-y-x M y O 1-x Hal,Cl wherein M is Na, K, Rb, or Cs, Hal is F, Cl, Br, or I, and x and y are 0 < x < 1 and 0 < y < 2; [Formula 3] Li 3-2y-x M y O 1-x Hal x Cl wherein M is Mg, Ca, Sr, or Ba, Hal is F, Cl, Br, or I, and x and y are 0 < x < 1 and 0 < y < 1.
A composition comprising an effective amount of at least one probiotic microorganism, said microorganism being selected from among Lactobacillus paracasei from one of its fractions and/or from one of its metabolites as an active agent intended to be used for preventing the manifestation and/or treating irritant non-allergic contact dermatitis.
A method of forming an electrochemical cell, comprising: forming a plurality of small Li 2 S grains; coating the plurality of small Li 2 S grains; forming a positive electrode using the coated plurality of small Li 2 S grains; and locating a separator between the positive electrode and a negative electrode including a form of lithium. exposing the coated plurality of small Li 2 S grains and an uncoated plurality of small Li 2 S grains to an organic solvent including dissolved sulfur; dissolving the uncoated plurality of small Li 2 S grains, when uncoated means: uncoated or partially coated particles, with the organic solvent; and rinsing the coated plurality of small Li 2 S grains after exposing the coated plurality of small Li 2 S grains to the organic solvent and prior to forming the positive electrode. forming a plurality of small Li 2 S grains; coating the plurality of small Li 2 S grains; forming a positive electrode using the coated plurality of small Li 2 S grains; and locating a separator between the positive electrode and a negative electrode including a form of lithium. exposing the coated plurality of small Li 2 S grains and an uncoated plurality of small Li 2 S grains to an organic solvent including dissolved sulfur; dissolving the uncoated plurality of small Li 2 S grains, when uncoated means: uncoated or partially coated particles, with the organic solvent; and rinsing the coated plurality of small Li 2 S grains after exposing the coated plurality of small Li 2 S grains to the organic solvent and prior to forming the positive electrode. uncoated or partially coated particles, with the organic solvent; and rinsing the coated plurality of small Li 2 S grains after exposing the coated plurality of small Li 2 S grains to the organic solvent and prior to forming the positive electrode.