mhurhangee/ep-ind-claims huggingface dataset:
A backpack-type power supply comprising: a rechargeable battery; a case accommodating the rechargeable battery, the case being formed with a cable extension through-hole and having a surface formed of a resin or metal material, where the cable extension through-hole is formed in the lower portion of the surface; and a harness by which a user wears the case on a back of the user with the surface facing the back, wherein the surface of the case is formed with a recession and a protrusion at the side of the harness, and a power cable extending from the cable extension through-hole and being a part of an electrical path through which electrical power is supplied from the rechargeable battery to an external power tool, wherein the power cable includes: a first power cable detachably electrically connected to a power tool side of the electrical path; and a second power cable electrically connected to a rechargeable battery side of the electrical path, wherein the first power cable and the second power cable are detachably connected to each other, wherein the cable extension through-hole is located at a center portion of the case in a horizontal direction, wherein the second power cable extends from the cable extension through-hole, and wherein when the user wears the case on the back, the second power cable extends from a centre of the surface in the horizontal direction, wherein the surface includes a guide portion that guides the power cable from the centre of the surface to an end of the surface in the horizontal direction. a rechargeable battery; a case accommodating the rechargeable battery, the case being formed with a cable extension through-hole and having a surface formed of a resin or metal material, where the cable extension through-hole is formed in the lower portion of the surface; and a harness by which a user wears the case on a back of the user with the surface facing the back, wherein the surface of the case is formed with a recession and a protrusion at the side of the harness, and a power cable extending from the cable extension through-hole and being a part of an electrical path through which electrical power is supplied from the rechargeable battery to an external power tool, wherein the power cable includes: a first power cable detachably electrically connected to a power tool side of the electrical path; and a second power cable electrically connected to a rechargeable battery side of the electrical path, wherein the first power cable and the second power cable are detachably connected to each other, wherein the cable extension through-hole is located at a center portion of the case in a horizontal direction, wherein the second power cable extends from the cable extension through-hole, and wherein when the user wears the case on the back, the second power cable extends from a centre of the surface in the horizontal direction, wherein the surface includes a guide portion that guides the power cable from the centre of the surface to an end of the surface in the horizontal direction.
A roller gear, comprising: a housing including a first rail and a second rail; rollers connected between the first rail and the second rail; characterized in that: the housing has a driving portion and a driven portion; a compliance spring with a torsion characteristic is interposed between the driving portion and the driven portion; the compliance spring has a second end connected to the driving portion and a first end connected to the driven portion; an outer bushing is interposed between the first end of the compliance spring and the driving portion of the housing; and an inner bushing is interposed between the second end of the compliance spring and the driven portion of the housing. a housing including a first rail and a second rail; rollers connected between the first rail and the second rail; characterized in that: the housing has a driving portion and a driven portion; a compliance spring with a torsion characteristic is interposed between the driving portion and the driven portion; the compliance spring has a second end connected to the driving portion and a first end connected to the driven portion; an outer bushing is interposed between the first end of the compliance spring and the driving portion of the housing; and an inner bushing is interposed between the second end of the compliance spring and the driven portion of the housing. the housing has a driving portion and a driven portion; a compliance spring with a torsion characteristic is interposed between the driving portion and the driven portion; the compliance spring has a second end connected to the driving portion and a first end connected to the driven portion; an outer bushing is interposed between the first end of the compliance spring and the driving portion of the housing; and an inner bushing is interposed between the second end of the compliance spring and the driven portion of the housing.
A method of preventing fouling in a (meth)acrylic acid process, wherein the (meth)acrylic acid process is selected from (meth)acrylic acid manufacturing processes, (meth)acrylic acid esterification processes, acrolein manufacturing processes and acrylonitrile manufacturing processes, comprising adding to the process stream an effective antifouling amount of one or more aminoalkyl imidazolines selected from 1-aminoethyl-2-C 17 alkenyl-2-imidazoline prepared by reacting tall oil fatty acid (TOFA), a mixture of oleic and linoleic acids with an equimolar amount of diethylene triamine (DETA) to provide TOFA/DETA imidazoline, or by reacting oleic acid with an equimolar amount of diethylene triamine (DETA) to provide oleic acid/DETA imidazoline, and a TOFA/DETA imidazoline adduct with acrylic acid of the following formula: wherein R 1 is a C 17 H 33 alkenyl group, or one or more alkyl-substituted succinimides of formula wherein m is an integer of 1 to 10; R' is C 1 -C 6 alkylene; R 5 is selected from C 1 -C 30 alkyl, alkenyl, aryl, alkylaryl, arylalkyl, aminoalkyl, and aminoaryl.
A method of automatically calibrating a loop-filter of a phase locked loop, which loop-filter comprises at least one RC-filter component and is integrated on a single chip together with at least one RC-filter component of an entity other than said phase locked loop, said method comprising tuning said at least one RC-filter component of said loop-filter by means of said calibrating component based on measurements performed on said at least one RC-filter component of said other entity.
A machining unit for machining the boundary surfaces of at least one body, wherein the relevant body to be machined respectively has a lateral surface and a base surface as boundary surfaces, wherein the machining unit has at least one machining station (02; 03; 04; 06) and at least one device for transferring the at least one body to be machined from a first machining position into a second machining position, wherein the device for transferring the relevant body from its first machining position into its second machining position arranging the body to be machined at the relevant machining station (02; 03; 04; 06) has at least one gripping device respectively for gripping the relevant body, wherein the machining unit has two opposing elements (28; 29) of a clamping means, wherein the relevant body in its first machining position is fixed at each of its end faces between the two opposing elements (28; 29) of the clamping means, characterized in that the gripping device is rigidly connected to a rotatable shaft, wherein the shaft rigidly connected to the gripping device is rotated or at least rotatable by a drive, wherein a rotational movement of the shaft carried out by the drive is controlled by a control unit, wherein the relevant body gripped by the gripping device released from its fixation can be transferred into its second machining position by the rotational movement of the shaft, wherein this body is arranged on the relevant machining station (02; 03; 04; 06) such that in its first machining position its lateral surface is machined, and in its second machining position its base surface is machined.
Draining porcelain stoneware tile, comprising • a tile of rectangular quadrilateral shape and edges of thickness, • a planar outer surface of said tile, and • a series of grooves with variable geometry according to a drainage direction parallel to a pair of edges made on said outer surface; • the geometry of said groove is of a triangular section, said triangular section has a base and a vertex, the base is placed on said planar surface, the vertex forms the bottom of said groove, oblique sides (18, 18 ') of connection between base and vertex forming angles (α) and (β) with respect to said base and a height h between said base and said vertex, characterized in that said height h increases according to said direction of drainage generating an inclined drainage plane of said groove. • a tile of rectangular quadrilateral shape and edges of thickness, • a planar outer surface of said tile, and • a series of grooves with variable geometry according to a drainage direction parallel to a pair of edges made on said outer surface; • the geometry of said groove is of a triangular section, said triangular section has a base and a vertex, the base is placed on said planar surface, the vertex forms the bottom of said groove, oblique sides (18, 18 ') of connection between base and vertex forming angles (α) and (β) with respect to said base and a height h between said base and said vertex, characterized in that said height h increases according to said direction of drainage generating an inclined drainage plane of said groove. • the geometry of said groove is of a triangular section, said triangular section has a base and a vertex, the base is placed on said planar surface, the vertex forms the bottom of said groove, oblique sides (18, 18 ') of connection between base and vertex forming angles (α) and (β) with respect to said base and a height h between said base and said vertex, characterized in that said height h increases according to said direction of drainage generating an inclined drainage plane of said groove.
A compound of Formula I or a stereoisomer, a tautomer, an N-oxide, a solvate, or a pharmaceutically acceptable salt thereof, for use in treating, preventing, or lessening postoperative cognitive dysfunction (POCD) in a subject in need thereof,
A coated supported glove having a cross-sectional thickness ranging from 0.50 mm to 0.75 mm, the glove comprising: a 21-gauge knitted liner, comprising a plurality of finger components (304, 306, 308, 310), a thumb component, a backhand component, and a palm component, wherein the knitted liner is formed of a covered yarn (100, 200) having a first yarn that is a core yarn, a second yarn that is an intermingled yarn or a first wrapping yarn, wherein the first yarn has a fineness of 22.2 dtex (20 denier) or less, and the second yarn has a fineness of 33.3 dtex (30 denier) or less; and a polymeric coating adhered to, and integrally formed with, the knitted liner, such that the yarns of the liner are penetrated by the coating to an extent where disassembly is not possible without destroying either the liner or the coating. a 21-gauge knitted liner, comprising a plurality of finger components (304, 306, 308, 310), a thumb component, a backhand component, and a palm component, wherein the knitted liner is formed of a covered yarn (100, 200) having a first yarn that is a core yarn, a second yarn that is an intermingled yarn or a first wrapping yarn, wherein the first yarn has a fineness of 22.2 dtex (20 denier) or less, and the second yarn has a fineness of 33.3 dtex (30 denier) or less; and a polymeric coating adhered to, and integrally formed with, the knitted liner, such that the yarns of the liner are penetrated by the coating to an extent where disassembly is not possible without destroying either the liner or the coating.
A blow-moulding unit for making plastic containers from respective parisons, and comprising: - a mould having at least one cavity for blow-moulding a respective container and being interchangeable with another mould having a different number of moulding cavities; - a mounting frame; - at least two stretching rods coupled to the mounting frame to move along a longitudinal line along which the rods themselves extend so as to engage and longitudinally deform respective parisons housed in the at least one moulding cavity; - a mounting slider designed to be coupled to the stretching rods and which is movable longitudinally relative to the mounting frame and connected to an actuator that longitudinally moves the stretching rods coupled to it characterized in that it comprises, in combination: - fastening means for fixing a sub-assembly of the at least two rods to the frame in a raised position where it does not interfere with the parisons; - selective coupling means for connecting to the slider the remaining rods located in a lowered operating position, leaving the slider free to slide longitudinally relative to the rods of said sub-assembly. - a mould having at least one cavity for blow-moulding a respective container and being interchangeable with another mould having a different number of moulding cavities; - a mounting frame; - at least two stretching rods coupled to the mounting frame to move along a longitudinal line along which the rods themselves extend so as to engage and longitudinally deform respective parisons housed in the at least one moulding cavity; - a mounting slider designed to be coupled to the stretching rods and which is movable longitudinally relative to the mounting frame and connected to an actuator that longitudinally moves the stretching rods coupled to it - fastening means for fixing a sub-assembly of the at least two rods to the frame in a raised position where it does not interfere with the parisons; - selective coupling means for connecting to the slider the remaining rods located in a lowered operating position, leaving the slider free to slide longitudinally relative to the rods of said sub-assembly.
An emulsion composition comprising: (i) at least 7%, by weight, of a nonsteroidal anti-inflammatory drug, wherein said nonsteroidal anti-inflammatory drug is selected from the group consisting of ibuprofen, stereoisomers thereof, and salts thereof; (ii) at least 15%, by weight, of isopropyl myristate; (iii) at least 25%, by weight, of water; (iv) one or more emulsifiers; and (v) one or more pH adjusters; wherein said emulsion composition comprises 5% or less by weight of C1-C4 alcohols. (i) at least 7%, by weight, of a nonsteroidal anti-inflammatory drug, wherein said nonsteroidal anti-inflammatory drug is selected from the group consisting of ibuprofen, stereoisomers thereof, and salts thereof; (ii) at least 15%, by weight, of isopropyl myristate; (iii) at least 25%, by weight, of water; (iv) one or more emulsifiers; and (v) one or more pH adjusters;
A measured dosing cap assembly suitable for use with a squeeze-operated container comprising a storage chamber containing a fluid, the measured dosing cap assembly comprising: (a) a measuring chamber defined by a base and circumferential wall (b) a feed spout which extends upwardly from a base of the measuring chamber; (c) a deflector which extends from at least one position on the periphery of the measuring chamber to overlie the top of the feedspout with a gap defined therebetween, such that the fluid can exit the feedspout laterally via said gap; characterised in that the assembly includes a foldable pour spout. (a) a measuring chamber defined by a base and circumferential wall (b) a feed spout which extends upwardly from a base of the measuring chamber; (c) a deflector which extends from at least one position on the periphery of the measuring chamber to overlie the top of the feedspout with a gap defined therebetween, such that the fluid can exit the feedspout laterally via said gap;
Screen for a waste separation device, more particularly a hammer mill, characterised in that it comprises at least an inner screen plate of a metal of higher strength and an outer screen plate of lower strength whose hole pitches coincide and which are joined to form a metal composite so that the screen can be provided with smaller holes.
Method for adapting a graphic representation on a user interface of a computer user station for the graphic representation of data of an industrial processing plant, wherein input signals on or at the computer user station result in a size change of the graphic representation by zooming of a predefinable display region on the user interface or the selection of an object field of the graphic representation, which is located in the graphic representation at an associated object field position, for the purpose of display or user interaction, characterized - in that, on selection of an object field for the purpose of display or user interaction, fixing of the object field on the user interface in a size sufficient for the display or for the user interaction occurs, wherein individual object fields or information are fixed on a zoomable user interface and in this way this object field or this item of information is still displayed in a sufficient size and in an assignable manner even if the enlargement factor during the zooming is selected as excessively small for this object, - in that a displacement of the selected object field into an edge strip on the user interface occurs, in a size sufficient for the display or for the user interaction, if a displacement of the object field position into a region outside the user interface occurs due to zooming. - in that, on selection of an object field for the purpose of display or user interaction, fixing of the object field on the user interface in a size sufficient for the display or for the user interaction occurs, wherein individual object fields or information are fixed on a zoomable user interface and in this way this object field or this item of information is still displayed in a sufficient size and in an assignable manner even if the enlargement factor during the zooming is selected as excessively small for this object, - in that a displacement of the selected object field into an edge strip on the user interface occurs, in a size sufficient for the display or for the user interaction, if a displacement of the object field position into a region outside the user interface occurs due to zooming.
A method in an element selection unit for vector element selection, the element selection unit comprises a selector control circuit and a selector data path circuit, which selector data path circuit comprises a plurality of layers that each comprises a plurality of multiplexers (m00,m01...,m23), and wherein the method comprises: - receiving an instruction to perform a selection of data elements from a source vector comprising at least one input vector ( vA), which instruction comprises information relating to the at least one input vector ( vA), information relating the at least one output vector (vD), and information relating to a bit map (bit_map); - by means of the selector control circuit, generating a multiplexer control signal (mxx_sel_left) for each multiplexer of the plurality of multiplexers (m00,m01...,m23) based on the layer comprising the multiplexer, the bit map ( bit_map) and on a plurality of relative offset values, each of which plurality of relative offset values is calculated for each of the data elements of the input vector (vA) based on an input offset value and based on the bit map ( bit_map); - by means of the selector data path circuit, propagating the data elements comprised in the input vector ( vA) through the plurality of layers of multiplexers (m00,m01...,m23) towards the output vector (vD) based on the generated multiplexer control signals (mxx_sel_left); and - by means of the selector data path circuit, writing the propagated data elements to enabled data elements of the output vector ( vD). - receiving an instruction to perform a selection of data elements from a source vector comprising at least one input vector ( vA), which instruction comprises information relating to the at least one input vector ( vA), information relating the at least one output vector (vD), and information relating to a bit map (bit_map); - by means of the selector control circuit, generating a multiplexer control signal (mxx_sel_left) for each multiplexer of the plurality of multiplexers (m00,m01...,m23) based on the layer comprising the multiplexer, the bit map ( bit_map) and on a plurality of relative offset values, each of which plurality of relative offset values is calculated for each of the data elements of the input vector (vA) based on an input offset value and based on the bit map ( bit_map); - by means of the selector data path circuit, propagating the data elements comprised in the input vector ( vA) through the plurality of layers of multiplexers (m00,m01...,m23) towards the output vector (vD) based on the generated multiplexer control signals (mxx_sel_left); and - by means of the selector data path circuit, writing the propagated data elements to enabled data elements of the output vector ( vD).
A device for measuring bladder pressure, comprising: a measurement rod configured to be inserted into an abdomen of a user, to measure both abdominal pressure and bladder pressure; and a body unit configured to be worn on a waist of the user, and with an adapter to be electrically connected with the measurement rod, to calculate and store detrusor pressure obtained by subtracting the measured abdominal pressure from the bladder pressure measured by the measurement rod, wherein the measurement rod comprises: a rod body having a predetermined length; a bladder pressure measurement unit configured to be provided at a lower end of the rod body, to measure the bladder pressure of the user; an abdominal pressure measurement unit (125, 127) configured to be spaced apart from the bladder pressure measurement unit, to measure the abdominal pressure of the user; and a connector configured to be provided at an upper end of the measurement rod, and to be connected to the adapter of the body unit. a measurement rod configured to be inserted into an abdomen of a user, to measure both abdominal pressure and bladder pressure; and a body unit configured to be worn on a waist of the user, and with an adapter to be electrically connected with the measurement rod, to calculate and store detrusor pressure obtained by subtracting the measured abdominal pressure from the bladder pressure measured by the measurement rod, wherein the measurement rod comprises: a rod body having a predetermined length; a bladder pressure measurement unit configured to be provided at a lower end of the rod body, to measure the bladder pressure of the user; an abdominal pressure measurement unit (125, 127) configured to be spaced apart from the bladder pressure measurement unit, to measure the abdominal pressure of the user; and a connector configured to be provided at an upper end of the measurement rod, and to be connected to the adapter of the body unit. a rod body having a predetermined length; a bladder pressure measurement unit configured to be provided at a lower end of the rod body, to measure the bladder pressure of the user; an abdominal pressure measurement unit (125, 127) configured to be spaced apart from the bladder pressure measurement unit, to measure the abdominal pressure of the user; and a connector configured to be provided at an upper end of the measurement rod, and to be connected to the adapter of the body unit.