mhurhangee/ep-ind-claims huggingface dataset:
A disposable wearing article having a vertical direction and a lateral direction, comprising: a front waist region; a rear waist region; a crotch region extending between the front waist region and the rear waist region; and an absorbent panel having a liquid absorbent core extending to the front waist region and the rear waist region centering on the crotch region, wherein a plurality of linear front waist elastic members contractible in the lateral direction is disposed in the front waist region between side edges (16c, 16d), the front waist elastic members include a first elastic member, a second elastic member and a third elastic member adjacent to each other in the vertical direction, the first elastic member is positioned adjacent to an outer side of a front end edge of the liquid absorbent core in the vertical direction, the second elastic member is positioned adjacent to an inner side in the vertical direction of the front end edge and is opposed to the first elastic member sandwiching the front end edge, the third elastic member is positioned adjacent to an inner side in the vertical direction of the second elastic member, and a contractile force of the first elastic and the second elastic members is weaker than a contractile force of the third elastic member. a front waist region; a rear waist region; a crotch region extending between the front waist region and the rear waist region; and an absorbent panel having a liquid absorbent core extending to the front waist region and the rear waist region centering on the crotch region, wherein a plurality of linear front waist elastic members contractible in the lateral direction is disposed in the front waist region between side edges (16c, 16d), the front waist elastic members include a first elastic member, a second elastic member and a third elastic member adjacent to each other in the vertical direction, the first elastic member is positioned adjacent to an outer side of a front end edge of the liquid absorbent core in the vertical direction, the second elastic member is positioned adjacent to an inner side in the vertical direction of the front end edge and is opposed to the first elastic member sandwiching the front end edge, the third elastic member is positioned adjacent to an inner side in the vertical direction of the second elastic member, and a contractile force of the first elastic and the second elastic members is weaker than a contractile force of the third elastic member.
A device for attaching a first element with a second element, with the attachment device comprising a first part intended to be mounted on the first element and a second part intended to be mounted on the second element, characterized in that the second part comprises a male member intended to be removably engaged into a female member of the first part so as to form together a pivot connection, with the first and second parts (1, 2) further comprising, latching means (23, 40) adapted to lock together when the first part is brought to a determined angular position relative to the second part, with said device further comprising unlocking means to release the latching means (23, 40), with the latching means comprising a male part and a female part adapted to engage together in a locked position, with the unlocking means comprising a push member adapted to move said male part relative to said female part of the latching means so as to release one said male and female parts (23, 40) relative to each other, with the device comprising holding means (45, 46, 29) for holding the push member in an unlocking position of the latching means (23, 40).
A composition of matter comprising hyaluronic acid and/or a pharmaceutically acceptable hyaluronate salt, cross-linked hyaluronic acid and/or a pharmaceutically acceptable cross-linked hyaluronate salt, having a cross-linking degree of 35 to 65%, (b) prilocaine and/or a pharmaceutically acceptable salt thereof, and optionally (c) at least one additive. hyaluronic acid and/or a pharmaceutically acceptable hyaluronate salt, cross-linked hyaluronic acid and/or a pharmaceutically acceptable cross-linked hyaluronate salt, having a cross-linking degree of 35 to 65%, (b) prilocaine and/or a pharmaceutically acceptable salt thereof, and optionally (c) at least one additive.
A jaw assembly for a demolition tool, the jaw assembly having a first jaw and a second jaw and comprising: at least one seating portion disposed on the second jaw, the at least one seating portion having a slot; and at least one work module removably mounted in the at least one seating portion, the at least one first work module comprising: a base; at least one tooth extending from the base; and a mounting element extending from the base in a direction opposite to the at least one tooth and engaging the at least one seating portion, characterised in that a positioning element is interposed between the base and the mounting element, the positioning element being provided within the perimeter of the base to engage the inner walls of the seating portions. at least one seating portion disposed on the second jaw, the at least one seating portion having a slot; and at least one work module removably mounted in the at least one seating portion, the at least one first work module comprising: a base; at least one tooth extending from the base; and a mounting element extending from the base in a direction opposite to the at least one tooth and engaging the at least one seating portion, characterised in that a positioning element is interposed between the base and the mounting element, the positioning element being provided within the perimeter of the base to engage the inner walls of the seating portions. a base; at least one tooth extending from the base; and a mounting element extending from the base in a direction opposite to the at least one tooth and engaging the at least one seating portion, characterised in that a positioning element is interposed between the base and the mounting element, the positioning element being provided within the perimeter of the base to engage the inner walls of the seating portions.
A device for simultaneous stripping at least a first cable end surrounded by insulation material and a second cable end surrounded by insulation material, the device comprising: a cutting device including a first cutter and a second cutter that are movable relative to each other in a first direction and each having cutting edges (64, 68, 80, 82) that are disposed substantially in the same plane, wherein the cutting device is configured to move the cutting edges (64, 68, 80, 82) of both cutters (38, 42) towards each other such that the insulation material of the at least two cable ends (16, 18) is simultaneously cut by the cutting edges (64, 68, 80, 82), and the cutting device is movable to simultaneously pull-off the insulation material from the at least two cable ends (16, 18) in order to strip the at least two cable ends (16, 18), characterized in that the first cutter has a first cutting edge and a second cutting edge, which both cut in the first direction perpendicular to the direction of the cable ends (16, 18) and have a distance to each other in the first direction, the second cutter has a third cutting edge and a fourth cutting edge, which both cut in a second direction opposite to the first direction and have a distance to each other in the first direction, and the first cutter and the second cutter are formed and are disposed with respect to each other, such that the first cutting edge and the third cutting edge are configured to cut into the first cable end, and the second cutting edge and the fourth cutting edge are configured to cut into the second cable end, and all four cutting edges (64, 68, 80, 82) cut substantially simultaneously. a cutting device including a first cutter and a second cutter that are movable relative to each other in a first direction and each having cutting edges (64, 68, 80, 82) that are disposed substantially in the same plane, wherein the cutting device is configured to move the cutting edges (64, 68, 80, 82) of both cutters (38, 42) towards each other such that the insulation material of the at least two cable ends (16, 18) is simultaneously cut by the cutting edges (64, 68, 80, 82), and the cutting device is movable to simultaneously pull-off the insulation material from the at least two cable ends (16, 18) in order to strip the at least two cable ends (16, 18), characterized in that the first cutter has a first cutting edge and a second cutting edge, which both cut in the first direction perpendicular to the direction of the cable ends (16, 18) and have a distance to each other in the first direction, the second cutter has a third cutting edge and a fourth cutting edge, which both cut in a second direction opposite to the first direction and have a distance to each other in the first direction, and the first cutter and the second cutter are formed and are disposed with respect to each other, such that the first cutting edge and the third cutting edge are configured to cut into the first cable end, and the second cutting edge and the fourth cutting edge are configured to cut into the second cable end, and all four cutting edges (64, 68, 80, 82) cut substantially simultaneously.
A breast pump wearable inside a bra and comprising a housing including a pump aggregate, a breast shield element including a nipple tunnel adapted to receive a nipple, and a milk container adapted to contain a predetermined amount of expressed milk, wherein the breast shield element and the milk container are detachable from the housing, characterized in that the nipple tunnel of the breast shield element is directly connected to the milk container.
A motor-driven compressor (101; 301) to be mounted to an attachment section of a vehicle, comprising: a housing including inside thereof a compression mechanism that is driven by electric power, compresses a fluid suctioned from outside, and then discharges the compressed fluid; and a mounting portion (11; 311) for mounting the housing to the attachment section, wherein the mounting portion (11; 311) includes: a tubular body; a damping member provided integrally with the tubular body and formed from a resin; a fixing member (14, 15; 314) provided integrally with the damping member and mounting the integrated tubular body and damping member to the housing; and a fastening member inserted into the tubular body for mounting the tubular body to the attachment section, and wherein the damping member is provided to be interposed between the tubular body and the fixing member (14, 15; 314), and the fixing member (14, 15; 314) is provided to be interposed between the housing and the damping member, characterized in that the mounting portion (11; 311) has a conductive member that is flexible and conductive and electrically connects the tubular body and the fixing member (14, 15; 314). a housing including inside thereof a compression mechanism that is driven by electric power, compresses a fluid suctioned from outside, and then discharges the compressed fluid; and a mounting portion (11; 311) for mounting the housing to the attachment section, wherein the mounting portion (11; 311) includes: a tubular body; a damping member provided integrally with the tubular body and formed from a resin; a fixing member (14, 15; 314) provided integrally with the damping member and mounting the integrated tubular body and damping member to the housing; and a fastening member inserted into the tubular body for mounting the tubular body to the attachment section, and wherein the damping member is provided to be interposed between the tubular body and the fixing member (14, 15; 314), and the fixing member (14, 15; 314) is provided to be interposed between the housing and the damping member, characterized in that the mounting portion (11; 311) has a conductive member that is flexible and conductive and electrically connects the tubular body and the fixing member (14, 15; 314). a tubular body; a damping member provided integrally with the tubular body and formed from a resin; a fixing member (14, 15; 314) provided integrally with the damping member and mounting the integrated tubular body and damping member to the housing; and a fastening member inserted into the tubular body for mounting the tubular body to the attachment section, and wherein the damping member is provided to be interposed between the tubular body and the fixing member (14, 15; 314), and the fixing member (14, 15; 314) is provided to be interposed between the housing and the damping member, characterized in that the mounting portion (11; 311) has a conductive member that is flexible and conductive and electrically connects the tubular body and the fixing member (14, 15; 314).
A method for perforating a well for the enhancement of injection activities and stimulation of oil or gas production in an underground formation, said method comprising the steps of: a) loading one or more reactive shaped charges within a charge carrier, wherein said one or more reactive shaped charges comprises a liner; b) positioning the charge carrier down a wellbore adjacent to the underground formation; c) detonating the one or more reactive shaped charges to create a first and second explosive event, wherein the first explosive event creates one or more perforation tunnels within the adjacent formation, each of said one or more perforation tunnels surrounded by a crushed zone, and wherein the second explosive event is created by an exothermic intermetallic reaction between at least two metal components of the liner and induces at least one fracture at the tip of at least one perforation tunnel and further wherein the second explosive event expels debris from within at least one perforation tunnel to the wellbore and substantially eliminates the crushed zone; and d) injecting a fluid into the wellbore for stimulation of production of oil or gas from the formation, wherein at least one perforation tunnel has an improved permeability as compared to the permeability with the crushed zone in place, and whereby the method reduces a fluid pressure required to initiate the step of fracturing of the underground formation as compared to detonating a charge containing a non-reactive liner. a) loading one or more reactive shaped charges within a charge carrier, wherein said one or more reactive shaped charges comprises a liner; b) positioning the charge carrier down a wellbore adjacent to the underground formation; c) detonating the one or more reactive shaped charges to create a first and second explosive event, wherein the first explosive event creates one or more perforation tunnels within the adjacent formation, each of said one or more perforation tunnels surrounded by a crushed zone, and wherein the second explosive event is created by an exothermic intermetallic reaction between at least two metal components of the liner and induces at least one fracture at the tip of at least one perforation tunnel and further wherein the second explosive event expels debris from within at least one perforation tunnel to the wellbore and substantially eliminates the crushed zone; and d) injecting a fluid into the wellbore for stimulation of production of oil or gas from the formation,
A pellicle frame comprising a pellicle frame bar having a quadrilateral cross-section, wherein an upper edge and a lower edge of a basic quadrilateral forming said cross-section are parallel to each other and each of side edges (17, 19) of the basic quadrilateral has one quadrilateral recess, characterised in that the cross-sectional shape of the pellicle frame bar is an I-shape in which an upper end part containing the upper edge and a lower end part containing the lower edge are vertically connected by a middle part having a narrower width than the upper edge and the lower edge.
A manufacturing method of common oriented silicon steel having high magnetic induction, consisting of the following steps: smelting and continuously casting so as to obtain a slab, wherein a content of N is controlled as 0.002-0.014wt% in the smelting stage; hot-rolling, wherein a heating temperature is 1090-1200°C; cold-rolling, wherein a primary aging-free rolling is performed; decarbonizing and annealing; nitriding treatment, wherein infiltrated nitrogen content D satisfies the following formula: 328-0.14a-0.85b-2.33c≤ D ≤362-0.16a-0.94b-2.57c, wherein a is the content of Als in the smelting step, with a unit of ppm; b is the content of N element in the smelting step, with a unit of ppm; and c is primary grains size, with a unit of μm; applying a magnesium oxide coating on the steel surface, and annealing; and applying an insulating coating; wherein in said step, initial rolling is performed at a temperature of 1180°C or below, final rolling is performed at a temperature of 860°C or above, coiling is performed after rolling and the coiling temperature is below 650°C. smelting and continuously casting so as to obtain a slab, wherein a content of N is controlled as 0.002-0.014wt% in the smelting stage; hot-rolling, wherein a heating temperature is 1090-1200°C; cold-rolling, wherein a primary aging-free rolling is performed; decarbonizing and annealing; nitriding treatment, wherein infiltrated nitrogen content D satisfies the following formula: 328-0.14a-0.85b-2.33c≤ D ≤362-0.16a-0.94b-2.57c, wherein a is the content of Als in the smelting step, with a unit of ppm; b is the content of N element in the smelting step, with a unit of ppm; and c is primary grains size, with a unit of μm; applying a magnesium oxide coating on the steel surface, and annealing; and applying an insulating coating;
Palmar splint for the thumb and carpometacarpal joint of the thumb, comprising a first splint part for receiving the thumb, and means (14, 15) for attaching the first splint part to the hand, wherein the first splint part is designed as shell part which is open at the top and intrinsically rigid but plastically deformable by the hand, into which the thumb can be placed, wherein the first splint part is firmly connected to a part for the side of the hand which is intrinsically rigid but plastically deformable by the hand and which encompasses the side of the hand of the splinted hand when the splint is applied, and wherein the fasteners comprise first and second immobilizing straps (14, 15) which are intrinsically rigid but plastically deformable by the hand, characterized in that the first immobilizing strap extends from the part for the side of the hand over the back of the hand to the first splint part, and the second immobilizing strap is guided from the part for the side of the hand, starting between and proceeding through thumb and index finger of the splinted hand, to the first splint part.
Device for supplying fluid comprising a tap for pressurised fluid, with or without built-in pressure reducing valve, comprising a body, a circuit (3, 13) for fluid housed at least partially in the body, the circuit (3, 13) having an upstream end intended to be connected with a reserve of pressurised fluid and a downstream end (15, 150) intended to be connected with a receiving device, the circuit (3, 13) comprising at least one member (6, 60) for controlling the flow in the circuit (3, 13), the tap comprising an actuating member for controlling at least one member (6, 60, 16) for controlling the flow, with the at least one controlling member (6, 60) comprising a fixed or adjustable flow regulator, with the flow regulator being located in a portion of the fluid circuit housed in a regulation module removably mounted on the body, the circuit housed in the body comprising a first end opening onto the body on a first orifice, with the portion of fluid circuit of the regulation module being provided with an upstream end comprising a first fluid connector configured to connect in a sealed manner at the level of the first orifice when the module is in mounted position on the body such that the flow regulator regulates the flow of fluid passing into the circuit (3, 13) upstream of the downstream end (15, 150), characterised in that the circuit for fluid located in the body comprises a first portion extending between the upstream end and the first orifice and a second portion extending between a second orifice opening onto the body and the downstream end, the portion of the circuit of the regulation module comprising a downstream end comprising a second fluid connector configured to connect in a sealed manner at the level of the second orifice when the regulation module is in mounted position on the body, such that, when the regulation module is in mounted position on the body, the portion of the circuit of the regulation module provides a fluidic connection between the first portion and the second portion of the circuit of the body and the regulation of the flow of fluid via the flow regulator.
A mobile lighted pick or put cart, comprising: a frame and transport members on the frame that facilitate movement of the frame, said frame defining a plurality of vertically spaced shelves; an electronic system supported with the frame, said electronic system comprising a portable computing device and a plurality of lamp strips, one mounted to each of said shelves; an application program operated by said portable computing device, said application program adapted to determine a quantity of items to be picked from or put to a physical location and illuminate a number of individual lamps on one of said strips at a particular location on one of said shelves, the number of individual lamps illuminated being equal to the quantity of items to be picked from or put to the physical location; wherein the application program is also configured to illuminate lamps in groups of lamps, wherein each group of lamps defines a physical location on a shelf corresponding to a receptacle location. a frame and transport members on the frame that facilitate movement of the frame, said frame defining a plurality of vertically spaced shelves; an electronic system supported with the frame, said electronic system comprising a portable computing device and a plurality of lamp strips, one mounted to each of said shelves; an application program operated by said portable computing device, said application program adapted to determine a quantity of items to be picked from or put to a physical location and illuminate a number of individual lamps on one of said strips at a particular location on one of said shelves, the number of individual lamps illuminated being equal to the quantity of items to be picked from or put to the physical location; wherein the application program is also configured to illuminate lamps in groups of lamps, wherein each group of lamps defines a physical location on a shelf corresponding to a receptacle location.