mhurhangee/ep-ind-claims huggingface dataset:
A composition for rapidly delivering oxygen to a patient in need thereof comprising a suspension comprising microbubbles and a carrier, wherein the microbubbles comprise a lipid envelope and a gas core, wherein the gas core comprises oxygen and does not contain a fluorinated gas, wherein the lipid envelope comprises one or more lipids in the form of a lipid film and one or more emulsifying agents, wherein the outer surface of the lipid film forms a protective border, wherein the one or more emulsifying agents comprises a group or molecule that forms the protective border, and wherein the suspension comprises at least 40% oxygen by volume.
A honeycomb catalyst article having a plurality of cells extending though in parallel with one another between two end faces and formed by a plurality of partition walls, wherein the cells are formed by the partition walls formed of ceramic and including first partition walls having a first thickness and second partition walls having a second thickness smaller than the first thickness, an inner peripheral portion of the honeycomb catalyst article is constituted of the second partition walls, an outer peripheral portion surrounding the inner peripheral portion of the honeycomb catalyst article is constituted of the first partition walls, a ratio of a first partition wall region area constituted of the first partition walls to a second partition wall region area constituted of the second partition walls (first partition wall region area / second partition wall area) in a cross section perpendicular to a cell extension direction is 1 to 30, and a larger amount of catalyst is loaded on the first partition walls than on the second partition walls; wherein a ratio of the thickness of the first partition walls to the thickness of the second partition walls (first partition wall thickness / second partition wall thickness), both having the catalyst loaded thereon, is 1.1 to 2. wherein the cells are formed by the partition walls formed of ceramic and including first partition walls having a first thickness and second partition walls having a second thickness smaller than the first thickness, an inner peripheral portion of the honeycomb catalyst article is constituted of the second partition walls, an outer peripheral portion surrounding the inner peripheral portion of the honeycomb catalyst article is constituted of the first partition walls, a ratio of a first partition wall region area constituted of the first partition walls to a second partition wall region area constituted of the second partition walls (first partition wall region area / second partition wall area) in a cross section perpendicular to a cell extension direction is 1 to 30, and a larger amount of catalyst is loaded on the first partition walls than on the second partition walls; wherein a ratio of the thickness of the first partition walls to the thickness of the second partition walls (first partition wall thickness / second partition wall thickness), both having the catalyst loaded thereon, is 1.1 to 2.
A tube for supplying ink comprising an inner layer which is to be contacted with ink when in use, a middle layer having at least three layers (2-1, 2-2, 2-3), and an outer layer, wherein the middle layer includes a first middle layer, a second middle layer, and a third middle layer, the inner layer has a thickness ranging from 0.01 to 0.5mm and comprises one of an ethylene-tetrafluoroethylene copolymer resin, a tetrafluoroethylene-perfluoroalkoxy alkane copolymer resin, and a modified perfluoroalkoxy-based resin, each having a solvent resistance and an oxygen barrier property, the first middle layer comprises one of a polyamide resin, a polyamide-based elastomer, an adhesive polyolefin resin or a polyurethane resin, the second middle layer has a thickness ranging from 0.01 to 0.3mm and comprises an ethylene-vinyl alcohol copolymer resin having an oxygen barrier property, the third middle layer comprises an adhesive polyolefin resin, a polyamide resin or a polyurethane resin, and the outer layer comprises a thermoplastic resin or elastomer. the middle layer includes a first middle layer, a second middle layer, and a third middle layer, the inner layer has a thickness ranging from 0.01 to 0.5mm and comprises one of an ethylene-tetrafluoroethylene copolymer resin, a tetrafluoroethylene-perfluoroalkoxy alkane copolymer resin, and a modified perfluoroalkoxy-based resin, each having a solvent resistance and an oxygen barrier property, the first middle layer comprises one of a polyamide resin, a polyamide-based elastomer, an adhesive polyolefin resin or a polyurethane resin, the second middle layer has a thickness ranging from 0.01 to 0.3mm and comprises an ethylene-vinyl alcohol copolymer resin having an oxygen barrier property, the third middle layer comprises an adhesive polyolefin resin, a polyamide resin or a polyurethane resin, and the outer layer comprises a thermoplastic resin or elastomer.
An electrically powered vegetation cutter, comprising a shaft tube, a cutting implement at a bottom end of the shaft tube, a top housing at a top end of the shaft tube and a handle arrangement, connected to the shaft tube at a location in between the cutting implement and the top housing, the vegetation cutter comprising an electric motor configured to drive the cutting implement and a battery configured to supply power to the electric motor, and the top housing comprising the electric motor and having a constant mass during use; the handle arrangement comprising a connector link, which at a first end is connected at the top housing via a pivotal connection and at second end is connected to the shaft tube, at a distance from the top housing, via a resilient element; a handle bar comprising a first and a second handle (17, 19) and being attached to the connector link, the vegetation cutter being characterized by: the length of the connector link and the dynamic properties of the resilient element are adapted to carry out vibration dampening of predicted vibration frequencies produced by the cutting implement during use. the top housing comprising the electric motor and having a constant mass during use; the handle arrangement comprising a connector link, which at a first end is connected at the top housing via a pivotal connection and at second end is connected to the shaft tube, at a distance from the top housing, via a resilient element; a handle bar comprising a first and a second handle (17, 19) and being attached to the connector link, the vegetation cutter being characterized by: the length of the connector link and the dynamic properties of the resilient element are adapted to carry out vibration dampening of predicted vibration frequencies produced by the cutting implement during use.
A docking station comprising: a first client interface to be associated with a first client; a second client interface to be associated with a second client; and a support interface to be associated with a support device (204, 206); characterized by: a proximity detector (214, 216) configured to detect the proximity of at least one of the clients and, responsive to the detection of a client, to associate the first client interface with the detected client and to switch the support interface from communicating with the second client interface to communicating with the first client interface, wherein detecting the proximity of the first client with the docking device by the proximity detector (214, 216) further comprises using a near field communications protocol or any NFC-related wireless protocol using a radio frequency antenna with a resonant frequency selected from the group consisting of about 6.78 MHz, about 13.56 MHz, about 2.4 GHz. about 5 GHz and about 60 GHz. a first client interface to be associated with a first client; a second client interface to be associated with a second client; and a support interface to be associated with a support device (204, 206);
A laser structure comprising: a first photonic crystal surface emitting laser, PCSEL,; a second PCSEL; and a coupling region that extends between the first PCSEL and the second PCSEL along a longitudinal axis and that is configured to be electrically driven so as to control the gain, loss, or phase of the coupling region and thereby be capable of coherently coupling the first PCSEL to the second PCSEL; wherein each PCSEL includes: an active layer; a photonic crystal (12a, 12b) which is defined by a two-dimensional periodic array distributed in an array plane parallel to the longitudinal axis, where the two-dimensional periodic array is formed of regions having a refractive index that is different from that of the surrounding photonic crystal. a first photonic crystal surface emitting laser, PCSEL,; a second PCSEL; and a coupling region that extends between the first PCSEL and the second PCSEL along a longitudinal axis and that is configured to be electrically driven so as to control the gain, loss, or phase of the coupling region and thereby be capable of coherently coupling the first PCSEL to the second PCSEL; an active layer; a photonic crystal (12a, 12b) which is defined by a two-dimensional periodic array distributed in an array plane parallel to the longitudinal axis, where the two-dimensional periodic array is formed of regions having a refractive index that is different from that of the surrounding photonic crystal.
An NFC device for communicating with an NFC reader, the NFC device comprising an NFC integrated circuit and an antenna unit connected to said NFC integrated circuit, characterized in that the NFC device further comprises a detuning circuit, wherein the detuning circuit is arranged to cause a periodic detuning of the antenna unit to a detuned state, such that data transmission between the NFC device and the NFC reader may take place periodically while the NFC device and the NFC reader remain within communication range of each other.
Oil separator for refrigeration and/or air conditioning plants comprising an external casing, an entrance channel connected to said external casing, a filtering element, disposed in the travel of the gaseous flow, an exit for the purified gaseous flow and a collection zone for the oil or other particles separated from said gaseous flow, and a cyclonic element, positioned between said entrance channel of the gaseous flow to be treated and said filtering element, and configured to carry out a first step of purifying said gaseous flow to be treated, characterized in that it comprises a deflection tube inside which, one after the other, along the travel of flow, said cyclonic element and said filtering element are positioned, said deflection tube being configured to impose on the gaseous flow coming from said filtering element a travel from the top downward, and in that it also comprises an intermediate tube disposed inside said cyclonic element, and supporting in correspondence to its upper end said filtering element, in order to transport the gaseous flow, subjected to the first purification of the cyclonic element, toward the filtering element to be subjected to a second purification step.
A sound capture system comprising: an open-sphere microphone array where at least four omnidirectional microphones providing at least four output signals are disposed around a point of symmetry and an omnidirectional microphone providing an output signal is disposed at the point of symmetry; and an evaluation circuit that is connected to the at least four microphones disposed around the point of symmetry and to the microphone disposed at the point of symmetry, and that is configured to superimpose the output signal of each of the at least four microphones disposed around the point of symmetry with the output signal of the one microphone disposed at the point of symmetry to form at least four differential microphone constellations providing at least four output signals (X - Diff, Y - Diff, Z - Diff, X + Diff, Y + Diff, Z + Diff), each differential microphone constellation having an axis along which it exhibits maximum sensitivity. an open-sphere microphone array where at least four omnidirectional microphones providing at least four output signals are disposed around a point of symmetry and an omnidirectional microphone providing an output signal is disposed at the point of symmetry; and an evaluation circuit that is connected to the at least four microphones disposed around the point of symmetry and to the microphone disposed at the point of symmetry, and that is configured to superimpose the output signal of each of the at least four microphones disposed around the point of symmetry with the output signal of the one microphone disposed at the point of symmetry to form at least four differential microphone constellations providing at least four output signals (X - Diff, Y - Diff, Z - Diff, X + Diff, Y + Diff, Z + Diff), each differential microphone constellation having an axis along which it exhibits maximum sensitivity.
A brassiere support for an unwired brassiere, which is of an X shape and which is in molded 3-dimensional configuration conforming to the shape of a brassiere's cups, characterised by comprising four forks joined at a joint point with two left forks supporting the left cup and two right forks supporting the right cup, wherein the support is embedded in the cups.
A device for gripping diesel engine injectors, of the type comprising a threaded end which is adapted to remain exposed from the corresponding seat on the engine head and is associated with a connecting body and with a grip ring, comprising a substantially C-shaped main body, provided with a block which is associated with a coupling seat that is a through seat and is associated with an extraction bar and with a fork that can be associated with said injector at the corresponding grip ring, which are mutually associated by means of at least one connecting wall, a clamping element associated with the fork of said main body so as to form between them a retention seat in the extraction direction of the grip ring of said injector, means for the temporary connection of said main body and of said clamping element and a contrast plate which supports said clamping element and is provided with a portion for anchoring to said block, the temporary connecting means being interposed between the anchoring portion of the contrast plate and the block of the main body, characterized in that there are guiding means for the insertion of said extraction bar which are accommodated in the inside curve of said main body between said block and the threaded end of said injector.
An initiator assembly for an automotive safety device comprising: a tubular housing with a first end and a second end; a cruciform formed in the second end of the tubular housing; and a pyrotechnic load disposed within the tubular housing at the second end, the pyrotechnic load formed to define a void comprising an open end and a tip, the void further comprising sides that extend from the open end to the tip and angle toward the second end of the tubular housing and toward a longitudinal axis of the tubular housing, wherein the sides of the void transition into a tip portion of the void that comprises a geometry distinct from the sides. a tubular housing with a first end and a second end; a cruciform formed in the second end of the tubular housing; and a pyrotechnic load disposed within the tubular housing at the second end, the pyrotechnic load formed to define a void comprising an open end and a tip, the void further comprising sides that extend from the open end to the tip and angle toward the second end of the tubular housing and toward a longitudinal axis of the tubular housing, wherein the sides of the void transition into a tip portion of the void that comprises a geometry distinct from the sides.
A guiding device for guiding an impact head of a homogenizing valve, said guiding device comprising: - a solid body having a cylindrical symmetry and having an internal cavity passing through the solid body, said internal cavity developing according to an axis of symmetry (A-A) of the solid body, said solid body having a plurality of passages that are obtained for allowing the passage of a fluid, said solid body comprising a case and a core that are integrally connected, the internal cavity being delimited by the core; - a sleeve fitted within the internal cavity of the solid body for receiving the impact head, characterized in that the passages of the plurality of passages are through-holes obtained between the case and the core, said through-holes being separated by connecting elements that connect the core to the case. - a solid body having a cylindrical symmetry and having an internal cavity passing through the solid body, said internal cavity developing according to an axis of symmetry (A-A) of the solid body, said solid body having a plurality of passages that are obtained for allowing the passage of a fluid, said solid body comprising a case and a core that are integrally connected, the internal cavity being delimited by the core; - a sleeve fitted within the internal cavity of the solid body for receiving the impact head,
A field-effect transistor comprising a channel layer, a gate insulating layer, a source electrode, a drain electrode, and a gate electrode, which are formed on a substrate, wherein the channel layer is made of an amorphous oxide material, characterized in that the amorphous oxide material is In-B-O-based amorphous oxide having an element ratio B/(In+B) of 0.05 or higher and 0.29 or lower. wherein the channel layer is made of an amorphous oxide material, characterized in that the amorphous oxide material is In-B-O-based amorphous oxide having an element ratio B/(In+B) of 0.05 or higher and 0.29 or lower.
A steering device comprising: a steering shaft that has one end at which a steering member is mounted; a hollow inner jacket that accommodates the steering shaft and is able to move in an axial direction of the steering shaft; a column jacket that has a first plate-shaped region that extends parallel to the axial direction, includes an outer jacket that covers the inner jacket from outside, rotatably supports the steering shaft, and is adjustable at least either telescopically or tiltably; a movable bracket that has a second plate-shaped region that is arranged opposite the first plate-shaped region such that a direction of plate thickness of the first plate-shaped region is same as a direction of plate thickness of the second plate-shaped region, and is fixed to the inner jacket; a fixation bracket that has a retention portion that is arranged on an other side of the first plate-shaped region with respect to the second plate-shaped region, and is fixed to a vehicle body, characterized by comprising a press contact/release portion that brings the first plate-shaped region and the second plate-shaped region into direct press contact with each other along the plate thickness direction to press the first plate-shaped region and the second plate-shaped region against the retention portion, and releases the first plate-shaped region and the second plate-shaped region from a state of being in direct press contact with each other and a state of being pressed against the retention portion. a steering shaft that has one end at which a steering member is mounted; a hollow inner jacket that accommodates the steering shaft and is able to move in an axial direction of the steering shaft; a column jacket that has a first plate-shaped region that extends parallel to the axial direction, includes an outer jacket that covers the inner jacket from outside, rotatably supports the steering shaft, and is adjustable at least either telescopically or tiltably; a movable bracket that has a second plate-shaped region that is arranged opposite the first plate-shaped region such that a direction of plate thickness of the first plate-shaped region is same as a direction of plate thickness of the second plate-shaped region, and is fixed to the inner jacket; a fixation bracket that has a retention portion that is arranged on an other side of the first plate-shaped region with respect to the second plate-shaped region, and is fixed to a vehicle body, characterized by comprising a press contact/release portion that brings the first plate-shaped region and the second plate-shaped region into direct press contact with each other along the plate thickness direction to press the first plate-shaped region and the second plate-shaped region against the retention portion, and releases the first plate-shaped region and the second plate-shaped region from a state of being in direct press contact with each other and a state of being pressed against the retention portion.
A ring spinning machine comprising a swivel lappet hook and an automatic yarn piecing assembly for the ring spinning machine, said automatic yarn piecing assembly comprising: a yarn pickup module mounted on a vertical column, said yarn pickup module being capable of sliding on the vertical column in a vertical direction and a horizontal direction; a suction bell unit mounted on the yarn pickup module, said suction bell unit having an elbow tubular arrangement, the elbow tubular arrangement having a first end and a second end, the first end connected to a vacuum source that creates negative pressure to suck a tail yarn from a yarn bobbin, the second end defining a suction bell, said elbow tubular arrangement being flexible to move up and down in a vertical direction; characterized by a lappet tilting apparatus provided on the second end of the elbow tubular arrangement, said lappet tilting apparatus encircling the suction bell, said lappet tilting apparatus being capable of sliding over the elbow tubular arrangement and of making impermanent slippery contact with the lappet hook of the ring spinning machine during tail yarn pickup during a piecing operation, thereby making said lappet hook to swivel away from a home position, said elbow tubular arrangement and said associated lappet tilting apparatus being vertically movable up in the yarn path such that the lappet hook falls back to the home position thereby inserting the yarn into the eyelet of the lappet hook loop; and said elbow tubular arrangement, which is carrying the yarn, is capable of further moving upwards to enable the automatic piecing operation. a yarn pickup module mounted on a vertical column, said yarn pickup module being capable of sliding on the vertical column in a vertical direction and a horizontal direction; a suction bell unit mounted on the yarn pickup module, said suction bell unit having an elbow tubular arrangement, the elbow tubular arrangement having a first end and a second end, the first end connected to a vacuum source that creates negative pressure to suck a tail yarn from a yarn bobbin, the second end defining a suction bell, said elbow tubular arrangement being flexible to move up and down in a vertical direction; characterized by a lappet tilting apparatus provided on the second end of the elbow tubular arrangement, said lappet tilting apparatus encircling the suction bell, said lappet tilting apparatus being capable of sliding over the elbow tubular arrangement and of making impermanent slippery contact with the lappet hook of the ring spinning machine during tail yarn pickup during a piecing operation, thereby making said lappet hook to swivel away from a home position, said elbow tubular arrangement and said associated lappet tilting apparatus being vertically movable up in the yarn path such that the lappet hook falls back to the home position thereby inserting the yarn into the eyelet of the lappet hook loop; and said elbow tubular arrangement, which is carrying the yarn, is capable of further moving upwards to enable the automatic piecing operation.