mhurhangee/ep-ind-claims huggingface dataset:
Passive-dynamic correction device for correction hallux valgus and co-existing static foot defects, comprising a rigid guide element in the form of a guideway, two straps for forming two loops for two toes of different feet, which loops are attached to the guide element in a distal part of the guide element and comprising an elastic solid element which is carried out in the form of a ball or a rotary ellipsoid and which is placed slidably on the guide element, which the elastic solid element has a through channel located in the central part of the elastic solid element in which the guide is slidably located and the elastic solid element is blocked by sliding blocks at a distance and in a position enabling putting the feet on the elastic solid element in supination manner, after inserting the toes of both different feet into loops formed from straps.
A method for the production of a V H heavy chain-only antibody comprising: (a) immunising a transgenic rat expressing a heterologous V H heavy chain locus with an antigen, wherein: (i) the V H heavy chain locus comprises a variable region comprising at least one naturally-occurring V H gene segment, at least one D gene segment, at least one J gene segment and at least one heavy chain constant region, and wherein the V, D and J gene segments are derived from a human; (ii) each constant region does not encode a C H 1 domain; (iii) a V H gene segment, a D gene segment and a J gene segment are capable of recombining to form a VDJ coding sequence; (iv) the recombined V H heavy chain locus, when expressed, is capable of forming a soluble, heavy chain-only antibody comprising a soluble, antigen-specific V H binding domain and a constant effector region devoid of a C H 1 domain; (b) isolating a nucleic acid sequence encoding the V H heavy chain-only antibody from antibody producing cells; and (c) producing the V H heavy chain-only antibody using recombinant DNA techniques. (a) immunising a transgenic rat expressing a heterologous V H heavy chain locus with an antigen, wherein: (i) the V H heavy chain locus comprises a variable region comprising at least one naturally-occurring V H gene segment, at least one D gene segment, at least one J gene segment and at least one heavy chain constant region, and wherein the V, D and J gene segments are derived from a human; (ii) each constant region does not encode a C H 1 domain; (iii) a V H gene segment, a D gene segment and a J gene segment are capable of recombining to form a VDJ coding sequence; (iv) the recombined V H heavy chain locus, when expressed, is capable of forming a soluble, heavy chain-only antibody comprising a soluble, antigen-specific V H binding domain and a constant effector region devoid of a C H 1 domain; (i) the V H heavy chain locus comprises a variable region comprising at least one naturally-occurring V H gene segment, at least one D gene segment, at least one J gene segment and at least one heavy chain constant region, and wherein the V, D and J gene segments are derived from a human; (ii) each constant region does not encode a C H 1 domain; (iii) a V H gene segment, a D gene segment and a J gene segment are capable of recombining to form a VDJ coding sequence; (iv) the recombined V H heavy chain locus, when expressed, is capable of forming a soluble, heavy chain-only antibody comprising a soluble, antigen-specific V H binding domain and a constant effector region devoid of a C H 1 domain; (b) isolating a nucleic acid sequence encoding the V H heavy chain-only antibody from antibody producing cells; and (c) producing the V H heavy chain-only antibody using recombinant DNA techniques.
A drilling tool comprising: a tool holder having a first end, a second end, and an intermediate portion between the first end and the second end, and a rotational axis therethrough, the second end comprising a shank portion, and the intermediate portion comprises two insert attachment seat portions; at least one first drilling member provided at the first end of the holder; two second drilling inserts attached to the insert seat attachment portions of the intermediate portion of the holder, the second drilling inserts each comprising a first cutting edge generally parallel to the rotational axis of the tool for forming the inner diameter of a counterbore, a second cutting edge generally perpendicular to the first cutting edge for forming a bottom surface or spotface of the counterbore, a third cutting edge formed transverse to the rotational axis of the cutting tool for forming a seal angle, and a fourth cutting edge formed transverse to the rotational axis of the cutting tool for forming a chamfer which together form a port seal in a single cutting operation, and the seat attachment portions having first, second and third register surfaces that mate with corresponding register edges and the back of each second drilling insert; and wherein each second drilling insert is replaceable and non-indexable.
A method of purifying methanol, comprising: passing a feed stream comprising crude methanol through a first column; distributing a first purified methanol fraction to a top portion of the first column; distributing a first water fraction to a bottom portion of the first column; distributing a first waste alcohol fraction to a middle portion of the first column; withdrawing the first waste alcohol fraction from the middle portion of the first column and passing the first waste alcohol fraction through a second column; distributing a second purified methanol fraction to a top portion of the second column; distributing a second water fraction to a bottom portion of the second column; distributing a second waste alcohol fraction to a middle portion of the second column; withdrawing the second purified methanol from the top portion of the second column; withdrawing the first water fraction from the first column; withdrawing the second water fraction from the second column; and combining the first water fraction withdrawn from the first column with the second water fraction withdrawn from the second column, condensing and recovering the first purified methanol fraction; withdrawing the second waste alcohol fraction; and passing the second waste alcohol fraction through a third column and recycling the second waste alcohol fraction back to the first column. passing a feed stream comprising crude methanol through a first column; distributing a first purified methanol fraction to a top portion of the first column; distributing a first water fraction to a bottom portion of the first column; distributing a first waste alcohol fraction to a middle portion of the first column; withdrawing the first waste alcohol fraction from the middle portion of the first column and passing the first waste alcohol fraction through a second column; distributing a second purified methanol fraction to a top portion of the second column; distributing a second water fraction to a bottom portion of the second column; distributing a second waste alcohol fraction to a middle portion of the second column; withdrawing the second purified methanol from the top portion of the second column; withdrawing the first water fraction from the first column; withdrawing the second water fraction from the second column; and combining the first water fraction withdrawn from the first column with the second water fraction withdrawn from the second column, condensing and recovering the first purified methanol fraction; withdrawing the second waste alcohol fraction; and passing the second waste alcohol fraction through a third column and recycling the second waste alcohol fraction back to the first column.
A spill-resistant water pipe for filtering smoldering herbal materials, comprising: a. a fluid vessel configured to contain a filtering fluid, the fluid vessel having a bottom surface; b. a smoking bowl coupled to the fluid vessel; c. a neck with a mouthpiece coupled to the fluid vessel; and d. a base coupled to the bottom of the fluid vessel, the base having a rounded bottom, and the base having a weight greater than a combined weight of the fluid vessel, the smoking bowl, and the neck. a. a fluid vessel configured to contain a filtering fluid, the fluid vessel having a bottom surface; b. a smoking bowl coupled to the fluid vessel; c. a neck with a mouthpiece coupled to the fluid vessel; and d. a base coupled to the bottom of the fluid vessel, the base having a rounded bottom, and the base having a weight greater than a combined weight of the fluid vessel, the smoking bowl, and the neck.
A method for manufacturing an integrated circuit device comprising a semiconductor substrate, an active element and a passive element (PS1, PS2), the method comprising the steps of: making the active element from the semiconductor substrate, filling the passive element (PS1, PS2) including a functional element in a groove or hole provided in the semiconductor substrate along a thickness direction thereof and being electrically connected to the active element, characterized by reacting Si particles with an organic Si compound to obtain a Si-O bond region of the functional element. making the active element from the semiconductor substrate, filling the passive element (PS1, PS2) including a functional element in a groove or hole provided in the semiconductor substrate along a thickness direction thereof and being electrically connected to the active element, characterized by reacting Si particles with an organic Si compound to obtain a Si-O bond region of the functional element.
An elongated cord for threading through an opening, said cord having an axis, comprising: an elastic core; and a flexible sheath surrounding said elastic core forming at least two intermediate portions having a first diameter adapted to be threaded through the opening, and at least one outwardly expandable tapered protruding portion having a second diameter at its largest extent when said core is unstretched, disposed between two of the at least two intermediate portions, said sheath comprising a stranded material having a first braid pattern over the at least two intermediate portions which is sufficiently tight to frictionally grip said core, thereby enabling said sheath to be anchored to said core, and a second braid pattern forming the at least one tapered protruding portion which is sufficiently loose to maintain an unanchored condition of the at least one protruding portion and said core, wherein the strands of said stranded material have increasing strand spacing from the first braid pattern from a first of the at least two intermediate portions to the second diameter of the second braid pattern, and decreasing strand spacing between the second diameter and a second of the at least two intermediate portions, wherein the second diameter is reduced when said core is stretched a first amount, thereby enabling the at least one protruding portion to be drawn through the opening, and wherein the at least one protruding portion assumes a third diameter at its largest extent, less than or equal to the second diameter, effective for resisting movement of the at least one protruding portion through the opening responsive to said core being stretched a second amount less than the first amount, wherein the two intermediate portions move towards each other.
A zinc finger protein comprising 4 or 5 zinc finger DNA-binding domains, wherein the zinc finger DNA-binding domains comprise the recognition helix regions ordered as shown in a single row of Table 1 and the zinc finger protein binds to a target site as shown in the first column of the same single row of Table 1 and further wherein the target site is in exon 2 of a CXCR4 gene.
An applicator for repairing a blemish in a paint film on a vehicle, said applicator comprising: a body comprising a first reservoir; a first coating composition selected from (a) a primer composition comprising an anti-corrosion pigment and (b) a paint composition formulated to have a dried color that is substantially similar to the dried color of the paint film on a vehicle, wherein the first coating composition is held in the first reservoir; a point applicator removably connected to the body to receive the first coating composition from the first reservoir; a brush applicator removably connected to the body having a shaft with a plurality of bristles secured thereto, said shaft extending into the first reservoir; a second reservoir, removably connected to the body, wherein the second reservoir has a bulbous shape and a diameter greater than that of the body; a second coating composition comprising a transparent top coating composition, wherein the second coating composition is held in the second reservoir; and a foam applicator connected to the body having a shaft with foam secured thereto, said shaft extending into the second reservoir. a body comprising a first reservoir; a first coating composition selected from (a) a primer composition comprising an anti-corrosion pigment and (b) a paint composition formulated to have a dried color that is substantially similar to the dried color of the paint film on a vehicle, wherein the first coating composition is held in the first reservoir; a point applicator removably connected to the body to receive the first coating composition from the first reservoir; a brush applicator removably connected to the body having a shaft with a plurality of bristles secured thereto, said shaft extending into the first reservoir; a second reservoir, removably connected to the body, wherein the second reservoir has a bulbous shape and a diameter greater than that of the body; a second coating composition comprising a transparent top coating composition, wherein the second coating composition is held in the second reservoir; and a foam applicator connected to the body having a shaft with foam secured thereto, said shaft extending into the second reservoir.
A method of preparing a smokeless tobacco product comprising: melt-blowing or centrifugal force spinning a plurality of polymeric fibers to create an polymer deposition zone; passing a body comprising smokeless tobacco through the polymer deposition zone; and applying an electrostatic charge to the body with one or more holding devices pushed into the body. melt-blowing or centrifugal force spinning a plurality of polymeric fibers to create an polymer deposition zone; passing a body comprising smokeless tobacco through the polymer deposition zone; and applying an electrostatic charge to the body with one or more holding devices pushed into the body.
A transparent acrylic alloy composition, having a light transmittance greater than 80 percent as determinated by a Hunterlab colorimeter D25 model using ASTM E1331 and ASTM E1164, comprising: a) from 80 to 96 weight percent of an acrylic copolymer composition matrix comprising an acrylic random copolymer having a weight average molecular weight of greater than 100,000 g/mol, wherein said acrylic copolymer comprises from 90 to 99.5 weight percent of methylmethacrylate monomer units, and from 0.5 to 10 weight percent of C 1-4 alkyl acrylate or alkyl methacrylate monomer units and one or more impact modifiers, having either a core-shell structure or one or more block copolymers; b) from 3 to 15 weight percent of a low molecular weight polyalkyl(meth)acrylate processing aid, c) from 0 to 3 weight percent of polyethylene glycol d) from 1 to 5 weight percent of polyvinylidene fluoride, the total adding to 100 percent. a) from 80 to 96 weight percent of an acrylic copolymer composition matrix comprising an acrylic random copolymer having a weight average molecular weight of greater than 100,000 g/mol, wherein said acrylic copolymer comprises from 90 to 99.5 weight percent of methylmethacrylate monomer units, and from 0.5 to 10 weight percent of C 1-4 alkyl acrylate or alkyl methacrylate monomer units and one or more impact modifiers, having either a core-shell structure or one or more block copolymers; b) from 3 to 15 weight percent of a low molecular weight polyalkyl(meth)acrylate processing aid, c) from 0 to 3 weight percent of polyethylene glycol d) from 1 to 5 weight percent of polyvinylidene fluoride,
Method for determining the position of a rotor (6, 17, 26) of a permanently magnetic synchronous motor in a servo drive, in which a field-oriented control is provided for determining the rotor position, in which a current test signal is injected and the rotor position is determined from the resulting current, wherein the permanently magnetic synchronous motor is brought to saturation, a defined voltage/current curve is then superimposed on the resulting voltage/current, the resulting change in inductance is detected and from that the position of the rotor is determined, wherein the pattern (20 to 23) of the inductance is determined as a function of the rotor position when the rotor is energized and compared with stored values, wherein the stored values contain the position errors (Δφ) of the rotor and the current values required to compensate for this position error, preferably in the form of a table, and a device is provided for correcting the saturation-related position error (Δφ), wherein the position of a current pointer, which is taken into account in the saturation current, is determined by means of the injected test signal via the resultant measured current, wherein the device sends out a signal (φ*) which results from the test signal and displays the current position of the rotor and identifies the position error (Δφ), and which tracks the stator field to the rotating rotor in order to compensate for the position error (Δφ), characterized in that the permanently magnetic synchronous motor is currentcontrolled when it is brought to saturation, and in that the rotor is brought to saturation in a currentcontrolled manner once against and once in the direction of the rotor magnetic field.
Compositions comprising pea protein and polyphenols of the hydroxycinnamic and hydroxybenzoic acid families wherein the weight ratio of polyphenol to pea protein is from 0.4:1 to 1:10, in admixture with a suitable carrier, wherein the compositions are in the form of ointments, lotions, creams, solutions, suspensions, gels, mouthwashes, medicated plasters or gauzes, powders or pessaries.
A rotating electrical machine comprising: - a rotor core in which a slot axially passing therethrough is provided in plural numbers in a circumferential direction; - a rotor winding which is placed in the slot provided in the rotor core, and whose coil end portion is extended more on the axially outer side than the core end face of the rotor core; - a plurality of U-shaped channels - wherein each U-shaped channel is arranged on a slot bottom portion of the slot of the rotor core, is in contact with a bottom portion of the rotor winding, and is axially extended to be projecting more on the axially outer side than the core end face of the rotor core; and - a slot cell which is placed in the slot of the rotor core, and insulates the rotor winding and the U-shaped channel in the slot of the rotor core from the rotor core, characterized by further comprising - an interposed piece arranged between the rotor windings at a portion axially more projecting than the core end face of the rotor core, - wherein the projecting end face of the U-shaped channel is arranged more on the axially inner side than the projecting end face of the interposed piece, and wherein the interposed piece is arranged to be extended between two circumferentially adjacent U-shaped channels. - a rotor core in which a slot axially passing therethrough is provided in plural numbers in a circumferential direction; - a rotor winding which is placed in the slot provided in the rotor core, and whose coil end portion is extended more on the axially outer side than the core end face of the rotor core; - a plurality of U-shaped channels - wherein each U-shaped channel is arranged on a slot bottom portion of the slot of the rotor core, is in contact with a bottom portion of the rotor winding, and is axially extended to be projecting more on the axially outer side than the core end face of the rotor core; and - a slot cell which is placed in the slot of the rotor core, and insulates the rotor winding and the U-shaped channel in the slot of the rotor core from the rotor core, characterized by further comprising - an interposed piece arranged between the rotor windings at a portion axially more projecting than the core end face of the rotor core, - wherein the projecting end face of the U-shaped channel is arranged more on the axially inner side than the projecting end face of the interposed piece, and wherein the interposed piece is arranged to be extended between two circumferentially adjacent U-shaped channels.
Method for amplitude modulation of laser radiation, comprising the process steps: - Generation of laser radiation, - splitting the laser radiation into at least two beam channels, and - coherent combination of the laser radiation propagating in the beam channels in at least one output beam, characterized in that the laser radiation propagating in the beam channels is temporally modulated with respect to the relative phase position, so that the output beam is modulated in time with respect to the amplitude, wherein amplification of the laser radiation propagating in at least one of the beam channels takes place, wherein the laser radiation propagating in the beam channels is prior to amplification with respect to the relative phase position in accordance with a modulation signal preset by a higher-level control system modulated in time in such a way that - a switch on and off of the laser radiation in the nanosecond range takes place in that the laser radiation propagating in the beam channels interferes in the output beam either completely constructively or completely destructively or - a continuous amplitude modulation in the nanosecond range takes place in that by means of the relative phase position of the laser radiation propagating in the beam channels an only partial constructive interference in the output beam is generated. - Generation of laser radiation, - splitting the laser radiation into at least two beam channels, and - coherent combination of the laser radiation propagating in the beam channels in at least one output beam, - a switch on and off of the laser radiation in the nanosecond range takes place in that the laser radiation propagating in the beam channels interferes in the output beam either completely constructively or completely destructively or - a continuous amplitude modulation in the nanosecond range takes place in that by means of the relative phase position of the laser radiation propagating in the beam channels an only partial constructive interference in the output beam is generated.
Rose for door fitting incorporating a base body with a central passage and designed for the fitting of a door handle, a mounting component having an interior housing in which a return mechanism is positioned for the door handle, and being designed to be mounted pre-assembled on a door, with said mounting component having an exterior threading, and a ring with an interior threading and designed as an assembling means to be screwed onto the mounting component by tightening a base body axially between said mounting component and said ring, the base body being a washer with an interior face and an exterior face, with said interior face becoming pressed against the mounting component, and the ring pressing against the periphery of the exterior face of said washer, characterized in that the interior face of the washer has a central recess bounding a cavity intended to contain a means of holding a door handle or another element.