mhurhangee/ep-ind-claims huggingface dataset:
A power inductor, comprising: a first magnetic core material having first and second ends (530, 532); an inner cavity arranged in said first magnetic core material that extends from said first end to said second end; a first notch arranged in said first magnetic core material that projects inwardly towards and into said inner cavity from one of said first and second ends (530, 532); and a first conductor that passes through said inner cavity and that is received, by said first notch; a second notch arranged in said first magnetic core material that projects inwardly towards and into said inner cavity from the other of said first and second ends (530, 532), wherein said first conductor is received by said second notch; a third notch arranged in said first magnetic core material that projects inwardly towards and into said inner cavity from said one of said first and second ends (530, 532); a fourth notch arranged in said first magnetic core material that projects inwardly towards and into said inner cavity from the other of said first and second ends (530, 532); and a second conductor that passes through said inner cavity and that is received by said third and fourth notches (522-2, 522-4), such that the first and second notches (522-1, 522-3) retain the first conductor and the third and fourth notches (522-2, 522-4) retain the second conductor to prevent the first conductor from contacting the second conductor, wherein a width of the first notch being less than a width of the inner cavity. a first magnetic core material having first and second ends (530, 532); an inner cavity arranged in said first magnetic core material that extends from said first end to said second end; a first notch arranged in said first magnetic core material that projects inwardly towards and into said inner cavity from one of said first and second ends (530, 532); and a first conductor that passes through said inner cavity and that is received, by said first notch; a second notch arranged in said first magnetic core material that projects inwardly towards and into said inner cavity from the other of said first and second ends (530, 532), wherein said first conductor is received by said second notch; a third notch arranged in said first magnetic core material that projects inwardly towards and into said inner cavity from said one of said first and second ends (530, 532); a fourth notch arranged in said first magnetic core material that projects inwardly towards and into said inner cavity from the other of said first and second ends (530, 532); and a second conductor that passes through said inner cavity and that is received by said third and fourth notches (522-2, 522-4), such that the first and second notches (522-1, 522-3) retain the first conductor and the third and fourth notches (522-2, 522-4) retain the second conductor to prevent the first conductor from contacting the second conductor,
A method for producing a 2-bromo-4,5-dialkoxybenzoic acid represented by the following formula: (wherein each of R 1 and R 2 represents a lower alkyl group), the method comprising causing a 3,4-dialkoxybenzoic acid represented by the following formula: (wherein R 1 and R 2 have the same meanings as defined above) to react with bromine in concentrated hydrochloric acid at 10 to 45°C.
Fuel composition comprising: (i) from 50 to 79% by weight of a mixture of hydrocarbons comprising: a) from 35 to 55% by weight of aromatic compounds; b) 30 to 50% by weight of non-cyclic paraffins containing at least 5 carbon atoms; and c) from 5 to 15% by weight of naphthenes; (ii) from 20 to 40% by weight of one or more ethers; and (iii) from 1 to 10% by weight of butane. (i) from 50 to 79% by weight of a mixture of hydrocarbons comprising: a) from 35 to 55% by weight of aromatic compounds; b) 30 to 50% by weight of non-cyclic paraffins containing at least 5 carbon atoms; and c) from 5 to 15% by weight of naphthenes; a) from 35 to 55% by weight of aromatic compounds; b) 30 to 50% by weight of non-cyclic paraffins containing at least 5 carbon atoms; and c) from 5 to 15% by weight of naphthenes; (ii) from 20 to 40% by weight of one or more ethers; and (iii) from 1 to 10% by weight of butane.
A medical device, comprising: an endoscopic ligator barrel having a proximal end and a distal end; and a flexible pull line operably associated with one or more ligation bands received upon the ligator barrel, said one or more ligation bands being depoloyable from said distal end, and said pull line being operable to deploy said one or more ligation bands from said ligator barrel, characterized in that said distal end is a beveled distal end wherein said beveled distal end includes a bevel extending proximally from a long side of the barrel toward an opposite shorter side of the barrel; and wherein said pull line is positioned to exit the barrel at or substantially at the long side of the barrel and said ligator barrel includes an internal or external adaptation to prevent migration of the pull line circumferentially around the barrel as the pull line is pulled. an endoscopic ligator barrel having a proximal end and a distal end; and a flexible pull line operably associated with one or more ligation bands received upon the ligator barrel, said one or more ligation bands being depoloyable from said distal end, and said pull line being operable to deploy said one or more ligation bands from said ligator barrel, characterized in that said distal end is a beveled distal end wherein said beveled distal end includes a bevel extending proximally from a long side of the barrel toward an opposite shorter side of the barrel; and wherein said pull line is positioned to exit the barrel at or substantially at the long side of the barrel and said ligator barrel includes an internal or external adaptation to prevent migration of the pull line circumferentially around the barrel as the pull line is pulled.
A multilayer optical film that comprises a) at least one first optical layer comprising a birefringent thermoplastic polymer, having an in-plane birefringence of at least 0.15 at 632.8 nm, wherein the birefringent thermoplastic polymer comprises PEN or coPEN; and (b) at least one second optical layer having an in-plane birefringence of less than 0.040 at 632.8 nm; wherein the second optical layer comprises a copolymerized blend of 20 to 80 mol% of at least one birefringent thermoplastic polymer and at least one second thermoplastic polymer; wherein the copolymerized blend comprises A-B multi-block copolymer structures wherein the A blocks comprise the birefringent thermoplastic polymer and the B blocks comprise the second thermoplastic polymer wherein the A-B multi-block copolymer structures have an average block length of 6 to 25. a) at least one first optical layer comprising a birefringent thermoplastic polymer, having an in-plane birefringence of at least 0.15 at 632.8 nm, wherein the birefringent thermoplastic polymer comprises PEN or coPEN; and (b) at least one second optical layer having an in-plane birefringence of less than 0.040 at 632.8 nm; wherein the second optical layer comprises a copolymerized blend of 20 to 80 mol% of at least one birefringent thermoplastic polymer and at least one second thermoplastic polymer;
An apparatus for inspecting a side channel of a combined smartcard, characterized in that said apparatus comprising: a contactless inspection unit inductively coupling with a RF circuit of a combined smartcard to supply power to the combined smartcard and to communicate with the combined smartcard; a contact inspection unit connected to a part of contact terminals of the combined smartcard to measure an electromagnetic leakage signal of the combined smartcard, generated due to the inductive coupling; a signal analysis unit analyzing a waveform by receiving the electromagnetic leakage signal from the contact inspection unit; and a control unit controlling operations of the contactless inspection unit, the contact inspection unit and the signal analysis unit. a contactless inspection unit inductively coupling with a RF circuit of a combined smartcard to supply power to the combined smartcard and to communicate with the combined smartcard; a contact inspection unit connected to a part of contact terminals of the combined smartcard to measure an electromagnetic leakage signal of the combined smartcard, generated due to the inductive coupling; a signal analysis unit analyzing a waveform by receiving the electromagnetic leakage signal from the contact inspection unit; and a control unit controlling operations of the contactless inspection unit, the contact inspection unit and the signal analysis unit.
A fuel-cell stack comprising: a cell stack having a plurality of single cells stacked one on top of another and also having a first flow channel and a second flow channel, all of which extend in a direction of stack of the single cells so as to open on at least one end surface in the direction of stack; and a manifold piping structure connected to an opening of the first flow channel and an opening of the second flow channel, the manifold piping structure comprising: a first connecting pipe connected to the opening of the first flow channel via a sealing member; a second connecting pipe connected to the opening of the second flow channel via a sealing member; and a plate-like member disposed on an end surface of the cell stack to connect the first connecting pipe and the second connecting pipe, characterized in that the plate-like member has seal contact surfaces, with which the sealing members are respectively brought into contact, around the first connecting pipe and the second connecting pipe on a first surface thereof on a cell stack side, and the plate-like member also has a groove defined in the first surface thereof or a second surface opposite to the first surface and an opening extending through the first and second surfaces, the groove and the opening being located between the seal contact surface around the first connecting pipe and the seal contact surface around the second connecting pipe, and the groove and the opening being connected to each other. a cell stack having a plurality of single cells stacked one on top of another and also having a first flow channel and a second flow channel, all of which extend in a direction of stack of the single cells so as to open on at least one end surface in the direction of stack; and a manifold piping structure connected to an opening of the first flow channel and an opening of the second flow channel, the manifold piping structure comprising: a first connecting pipe connected to the opening of the first flow channel via a sealing member; a second connecting pipe connected to the opening of the second flow channel via a sealing member; and a plate-like member disposed on an end surface of the cell stack to connect the first connecting pipe and the second connecting pipe, characterized in that a first connecting pipe connected to the opening of the first flow channel via a sealing member; a second connecting pipe connected to the opening of the second flow channel via a sealing member; and a plate-like member disposed on an end surface of the cell stack to connect the first connecting pipe and the second connecting pipe, characterized in that
A method for manufacturing a flat multi-layered composite system, comprising at least one substrate layer of at least one foamed or unfoamed thermoplastic, thermosetting or elastomeric polymer having a first surface and a second surface opposite said first surface and at least one metal layer at least locally adhesively connected to the first and/or second surface of the substrate layer, characterised in that at least one adhesive connection is present between the substrate layer and the metal layer at least locally, wherein the multi-layered composite system is obtained by means of back injection, back foaming or back compression.
A device for stirring a liquid or a granular material comprising a stirring agitator, a rotating drive shaft for rotating the stirring agitator, a stationary axle extending in an essentially vertical direction about which the stirring agitator is adapted to rotate, and a transfer arrangement for contactless transfer of rotation of the drive shaft to the stirring agitator, wherein the device has a centre axis around which the stirring agitator and the drive shaft are adapted to rotate, and means for generating a magnetic force exerting an upwardly directed force component on the stirring agitator, wherein the means for generating a magnetic force comprises a first element arranged in the stirring agitator and a second element associated with the stationary axle, and at least one of the first element and the second element comprises a permanent magnet, wherein the device comprises a radial bearing for radially supporting the stirring agitator on the stationary axle, and wherein the transfer arrangement is arranged below the radial bearing, and wherein the second element is arranged in or on the stationary axle, characterized in that the entire weight of the stirring agitator is supported by the magnetic force, wherein there is no further axial bearing for taking up axial forces, and wherein at least one of the first element and the second element is arranged such that the centre axis extends through a material portion of the first element and/or the second element. the means for generating a magnetic force comprises a first element arranged in the stirring agitator and a second element associated with the stationary axle, and at least one of the first element and the second element comprises a permanent magnet, wherein the device comprises a radial bearing for radially supporting the stirring agitator on the stationary axle, and wherein the transfer arrangement is arranged below the radial bearing, and wherein the second element is arranged in or on the stationary axle, characterized in that the entire weight of the stirring agitator is supported by the magnetic force, wherein there is no further axial bearing for taking up axial forces, and wherein at least one of the first element and the second element is arranged such that the centre axis extends through a material portion of the first element and/or the second element.
A controller that is a programmable logic controller for rotationally controlling a slave axis based on a manual rotational operation of a master axis, the controller comprising: an obtaining unit configured to obtain operational quantity data indicating an operational quantity of the master axis in a predetermined period; a positioning unit configured to convert the operational quantity of the master axis into a quantity in a unit used for a movement quantity of a component to be moved by the slave axis, and determine a position of the component corresponding to the operational quantity; an output unit configured to output a control signal for rotationally controlling the slave axis to move the component to the position determined by the positioning unit; and a program module configured to receive an input parameter to be used in the unit conversion and the positioning unit, and cause the controller to perform calculation in accordance with the at least one parameter. an obtaining unit configured to obtain operational quantity data indicating an operational quantity of the master axis in a predetermined period; a positioning unit configured to convert the operational quantity of the master axis into a quantity in a unit used for a movement quantity of a component to be moved by the slave axis, and determine a position of the component corresponding to the operational quantity; an output unit configured to output a control signal for rotationally controlling the slave axis to move the component to the position determined by the positioning unit; and a program module configured to receive an input parameter to be used in the unit conversion and the positioning unit, and cause the controller to perform calculation in accordance with the at least one parameter.
Use of a modified microorganism of the genus Saccharomyces for producing lactic acid, wherein the microorganism is modified to have inactivated activity of pyruvate decarboxylase compared to its endogenous activity, to introduce the activity of ATP-citrate lyase, and to enhance pyruvate biosynthetic pathway compared to its endogenous biosynthetic pathway, wherein the enhancement of pyruvate biosynthetic pathway is achieved by enhancing the activity of phosphoenolpyruvate carboxykinase 1, pyruvate kinase 2, malate dehydrogenase 2, cytosolic malic enzyme 1 (cytosolic MAE1) or the combination thereof.
A frame (10, 40) for retaining one or more masonry slips, the one or more masonry slips each having two slots formed on two sides thereof, respectively, the frame comprising: an elongate channel structure comprising a back plane with two extensions extending away from the back plane, to thereby form the channel, two lips (11, 12) extending from distal edges of the two extensions configured so as to engage with each of the two slots on the one or more masonry slips respectively when said one or more masonry slips are present, so as to thereby hold the one or more masonry slips within the elongate channel when said one or more masonry slips are present, wherein a first of the two lips has a straight portion which extends substantially parallel to the back plane and an angled end portion at the end of the straight portion which projects in the direction away from the back plane, thereby making an angle with the straight portion; characterized in that the second of the two lips is formed by bending the material of the frame back on itself to create a multi-layered structure, wherein the thickness of the second of the two lips is tailored such that it is adapted to form a friction fit with the slots of the one or more masonry slips. an elongate channel structure comprising a back plane with two extensions extending away from the back plane, to thereby form the channel, two lips (11, 12) extending from distal edges of the two extensions configured so as to engage with each of the two slots on the one or more masonry slips respectively when said one or more masonry slips are present, so as to thereby hold the one or more masonry slips within the elongate channel when said one or more masonry slips are present, wherein a first of the two lips has a straight portion which extends substantially parallel to the back plane and an angled end portion at the end of the straight portion which projects in the direction away from the back plane, thereby making an angle with the straight portion; characterized in that the second of the two lips is formed by bending the material of the frame back on itself to create a multi-layered structure, wherein the thickness of the second of the two lips is tailored such that it is adapted to form a friction fit with the slots of the one or more masonry slips.
A strapping tool for tensioning overlapping sections of steel strap around a load and forming a notch-type seal in a seal element positioned over the overlapping sections of steel strap, comprising: a body having a foot; a tensioning section having a tensioner motor assembly operably mounted to the body, the tensioner motor assembly having an electrically powered tensioner motor; a tensioning wheel operably connected to the tensioner motor; a sealing section, the sealing section having a notcher assembly including an electrically powered notcher motor operably mounted to the body, the notcher assembly including a linkage (50, 52), at least two pairs of jaw elements (154a, 154b) and notch plates positioned between and on either side of the pairs of jaw elements (154a, 154b), the linkage (50, 52) configured to pivot ends of the jaw elements ((154a, 154b) toward one another in a sealing cycle to form the notch-type seal in the seal element; wherein one or more of the pairs of jaw elements (154a, 154b) is engageable with and disengageable from the notcher motor such that less than all of the pairs of jaw elements (154a, 154b) move during a sealing cycle; and a control system for controlling operation of the tensioner motor and the notcher motor, wherein the control system is configured to operate the strapping tool in an automatic mode in which the tensioner motor and the notcher motor are sequentially actuated by an action of the control system commenced by an operator. a body having a foot; a tensioning section having a tensioner motor assembly operably mounted to the body, the tensioner motor assembly having an electrically powered tensioner motor; a tensioning wheel operably connected to the tensioner motor; a sealing section, the sealing section having a notcher assembly including an electrically powered notcher motor operably mounted to the body, the notcher assembly including a linkage (50, 52), at least two pairs of jaw elements (154a, 154b) and notch plates positioned between and on either side of the pairs of jaw elements (154a, 154b), the linkage (50, 52) configured to pivot ends of the jaw elements ((154a, 154b) toward one another in a sealing cycle to form the notch-type seal in the seal element; wherein one or more of the pairs of jaw elements (154a, 154b) is engageable with and disengageable from the notcher motor such that less than all of the pairs of jaw elements (154a, 154b) move during a sealing cycle; and a control system for controlling operation of the tensioner motor and the notcher motor, wherein the control system is configured to operate the strapping tool in an automatic mode in which the tensioner motor and the notcher motor are sequentially actuated by an action of the control system commenced by an operator.
A pharmaceutical composition comprising a recombinant human acid ceramidase for use in a method of treating Farber disease in a subject in need thereof, the method comprising parenterally administering to the subject the pharmaceutical composition comprising a recombinant human acid ceramidase in an effective amount of about 0.1 mg/kg to about 50 mg/kg.
A milking installation comprising: at least one movable element (RP, MR, CG, 160, 165), configured to be engaged in connection with milk extraction from at least one milking animal, at least one camera (C3D) configured to register three-dimensional image data (D img) in real time, the image data (D img) representing an operating zone (Z1, Z2, Z3, Z4, Z5, Z6) of the at least one movable element (RP, MR, CG, 160, 165), and a control unit configured to receive the image data (D img) and control the at least one movable element (RP, MR, CG, 160, 165), characterized in that the control unit is configured to discriminate between at least two different types of separate entities in the image data (D img) and cause execution of: a first action in response to detecting a first type of separate entity in the operating zone (Z1, Z2, Z3, Z4, Z5, Z6), and a second action in response to detecting a second type of separate entity in the operating zone (Z1, Z2, Z3, Z4, Z5, Z6), wherein a milking animal represents the first type of separate entity and the first action involves controlling (Ctrl) the at least one movable element (RP, MR, CG, 160, 165) to continue an initiated procedure. at least one movable element (RP, MR, CG, 160, 165), configured to be engaged in connection with milk extraction from at least one milking animal, at least one camera (C3D) configured to register three-dimensional image data (D img) in real time, the image data (D img) representing an operating zone (Z1, Z2, Z3, Z4, Z5, Z6) of the at least one movable element (RP, MR, CG, 160, 165), and a first action in response to detecting a first type of separate entity in the operating zone (Z1, Z2, Z3, Z4, Z5, Z6), and a second action in response to detecting a second type of separate entity in the operating zone (Z1, Z2, Z3, Z4, Z5, Z6),