mhurhangee/ep-ind-claims huggingface dataset:
Monoterpene-containing dosage form for peroral administration in the form of a capsule, especially in the form of a capsule having a core/shell structure with multi-layer envelope, wherein the said capsule has the following structure from the inside to the outside: (a) a capsule core, comprising at least one monoterpene-containing active substance, in particular at least a monoterpene, (b) a first capsule shell surrounding the capsule core, especially directly surrounding the capsule core, in order to structure and/or form it, and (c) a second capsule shell surrounding the first capsule shell, especially directly surrounding the first capsule shell, preferably in the form of a coating, in particular in the form of a gastro-resistant but thin enteric coating, wherein the second capsule shell comprises at least two components (ingredients or components), wherein a first component ("component 1") is based on alginic acid or physiologically compatible salts or esters and a second component ("component 2") is based on cellulose, wherein the dosage form has a weight-based proportion with respect to the second capsule shell, depending on the dosage form, in the range of 0.5 to 4 wt.-%. (a) a capsule core, comprising at least one monoterpene-containing active substance, in particular at least a monoterpene, (b) a first capsule shell surrounding the capsule core, especially directly surrounding the capsule core, in order to structure and/or form it, and (c) a second capsule shell surrounding the first capsule shell, especially directly surrounding the first capsule shell, preferably in the form of a coating, in particular in the form of a gastro-resistant but thin enteric coating, wherein the second capsule shell comprises at least two components (ingredients or components), wherein a first component ("component 1") is based on alginic acid or physiologically compatible salts or esters and a second component ("component 2") is based on cellulose, wherein the dosage form has a weight-based proportion with respect to the second capsule shell, depending on the dosage form, in the range of 0.5 to 4 wt.-%.
A method for producing a butt joint between rotationally symmetrical hollow bodies, for example on a flange-pipe-flange, flange-pipe or pipe-pipe arrangement, by means of friction stir welding, in which the rotationally symmetrical bodies (2, 3) are fixed in abutment by clamping means and set in rotation about a common longitudinal axis by drive means (9, 23), while a rotating shank which is lowerable onto each butt joint with contact force, softens and stirs the material regions of the joint and connects them together within one revolution by means of a rotating pin, capable of being fed into or withdrawn from the butt joint relative to the shank, of a friction stir welding too! capable of advance in the x, y and z directions, the reaction force for the contact force being applied by a weld pool backing clampable and releasable under the butt joint against the inner wall of the bodies (2, 3), and the rotational speed of the bodies (2, 3), the speed of rotation and the contact force of the pin and the shank being adjusted centrally by a controller, characterised in that, after centring, local deformation of the joint region of the bodies (2, 3) held by axial clamping forces is performed by internal spinning and straightening with a centring, internal spinning, straightening and clamping plate by means of toggle mechanism-like force gain of the centring force with a primary and a secondary lever (41, 42) adjusted relative to one another to a length ratio of at least 1.3:1 to an internal spinning force which brings about the local deformation and this internal spinning force is maintained in the joint region of the bodies (2, 3) until the friction stir welding is complete.
A method of depositing wires, comprising: forming a plurality of first trenches (104, 404, 604, 804) in a surface of an dielectric layer; and forming (304, 706) a plurality of first wires (108, 408, 608, 808), wherein each of said first wires are formed in each of said first trenches and said first wires are formed of a first material having a first bulk resistivity; then, forming a plurality of second trenches (106, 406, 606, 806) in said surface of said dielectric layer (100, 400, 600, 800); and forming (308, 714) a plurality of second wires (110, 410, 610, 810), wherein each of said second wires are formed in each of said second trenches and said second wires are formed of a second material having a second bulk resistivity, wherein said first bulk resistivity and second bulk resistivity are different, characterized in that said plurality of first trenches and said plurality of said second trenches are formed by spacer based pitch division. forming a plurality of first trenches (104, 404, 604, 804) in a surface of an dielectric layer; and forming (304, 706) a plurality of first wires (108, 408, 608, 808), wherein each of said first wires are formed in each of said first trenches and said first wires are formed of a first material having a first bulk resistivity; forming (308, 714) a plurality of second wires (110, 410, 610, 810), wherein each of said second wires are formed in each of said second trenches and said second wires are formed of a second material having a second bulk resistivity, wherein said first bulk resistivity and second bulk resistivity are different, characterized in that said plurality of first trenches and said plurality of said second trenches are formed by spacer based pitch division.
An electrode active material comprising a carbon material and having 0.020 to 0.20 mmol/g of basic functional groups, as determined by performing titration, wherein the carbon material is a composite carbon material that comprises a core-forming carbon material and a coating carbon material for coating at least part of the core-forming carbon material.
Apparatus for dispensing plates, comprising a mould, which is suitable and intended to accommodate a plate, and an ejection device (5, 9) in order to push the plate out of the mould, wherein the ejection device (5, 9) has a ram device which is displaceable in a predetermined displacement direction, and a carrier plate which serves to accommodate the plate which is ejected from the mould, wherein the apparatus has a spacer which displaces the carrier plate in the displacement direction, taking account of a thickness (d) of the plate, and/or allows a displacement of the carrier plate in the displacement direction only as far as a predetermined position, characterised in that the apparatus has a measuring device for measuring the plate thickness and a control device which controls a movement of the spacer taking account of the plate thickness.
Sleeve and pin combination for fastening of one or more screening media elements to a corresponding attachment socket of a screening equipment, said sleeve is made of a polymer material and comprises an axially extending through opening, a first enlarged cross-section portion and a second reduced cross-section portion defining a radially outwardly extending sleeve stop ledge at a juncture therebetween where at least part of said second reduced cross-section portion of said sleeve is receivable in a said corresponding attachment socket, and wherein said pin is adapted to be inserted into said axially extending through opening of said sleeve and rotated to be secured therein to expand at least said second reduced cross-section portion thereof radially outwardly such that it, when received in a said corresponding attachment socket of a said screening equipment will become fastened by press fit thereto, and said sleeve further comprising one or more rotation prevention form elements adapted to interact with complementary rotation prevention form elements of said one or more screening media elements to prevent mutual rotation therebetween to become induced by a said rotation of said pin, wherein said one or more rotation prevention form elements are provided through said first enlarged cross-section portion of said sleeve characterised in that the one or more rotation prevention form elements have an at least partially non-circular cross-section adapted to co-operate with an at least partially complementary shaped non-circular cross-section enlarged cross-section portion of a through opening or edge cut-out of a said screening media element.
Transport system for long loads, in particular for ISO containers, comprising at least two individual vehicles (1, 2) which can be optionally coupled to the load, each individual vehicle (1, 2) having its own drive device (4, 6) and its own steering device, which preferably comprises a steering wheel (7, 8), and being movable and steerable independently of one another when decoupled from the load, and said vehicles being coupled to one another or couplable to one another when coupled to the load, such that a driving and steering behavior of a rigid complete vehicle comprising the couplable individual vehicles (1, 2) is achieved, characterized in that a distance detection device (18, 19) and a complete-vehicle control device are provided, the distance detection device (18, 19) being provided for determining the distance between the individual vehicles (1, 2) when they are coupled to the load, and the complete-vehicle control device being provided for actuating the steering devices of the individual vehicles (1, 2), taking into account the distance and the relevant steering program depending on a reference steering value predetermined by a complete-vehicle steering system, the devices being provided such that the wheel axles of all the wheels (11, 12) of all the individual vehicles (1, 2) intersect approximately in a common steering pole (P1, P2), or at least extend almost in parallel.
A sanitary cubicle, in particular toilet cubicle, - comprising at least one bottom part, at least one ceiling part and a plurality of side wall parts, wherein a plurality of support posts is furthermore provided, wherein the bottom part is connected to the ceiling part and/or at least two side wall parts are connected to one another via at least one support post, wherein the cubicle has at least three, preferably at least four and preferably four support posts, wherein at least one support post is embodied hollow on the inside, characterized in that at least one electrically operated functional unit or at least one component, respectively, of at least one electrically operated functional unit is arranged in the hollow space of the support post.
A method of preparing a lithium-ion cell, the method comprising: providing to an electrolyte of the cell, an additive configured to improve formation of a solid electrolyte interface on an anode; charging the cell at a first predetermined charge rate (C 1) greater than or equal to 2 C, up to a first predetermined voltage (V 1), wherein the first predetermined voltage (V 1) corresponds to a voltage at which the additive begins formation of the solid electrolyte interface; charging the cell at a second predetermined rate (C 2) less than or equal to 1 C, to a second predetermined voltage (V 2), wherein the second predetermined voltage (V 2) corresponds to a voltage at which the electrolyte begins formation of the solid electrolyte interface; and charging the cell to a fully charged capacity at a third predetermined charge rate (C 3), the third charge rate (C 3) being greater than the second charge rate (C 2) and greater than or equal to the first predetermined charge rate (C 1), wherein the first predetermined voltage and the second predetermined voltage are determined based on acoustic emission signals during a pre-test of a similarly configured lithium-ion cell prior to subsequent charging processes. providing to an electrolyte of the cell, an additive configured to improve formation of a solid electrolyte interface on an anode; charging the cell at a first predetermined charge rate (C 1) greater than or equal to 2 C, up to a first predetermined voltage (V 1), wherein the first predetermined voltage (V 1) corresponds to a voltage at which the additive begins formation of the solid electrolyte interface; charging the cell at a second predetermined rate (C 2) less than or equal to 1 C, to a second predetermined voltage (V 2), wherein the second predetermined voltage (V 2) corresponds to a voltage at which the electrolyte begins formation of the solid electrolyte interface; and charging the cell to a fully charged capacity at a third predetermined charge rate (C 3), the third charge rate (C 3) being greater than the second charge rate (C 2) and greater than or equal to the first predetermined charge rate (C 1), wherein the first predetermined voltage and the second predetermined voltage are determined based on acoustic emission signals during a pre-test of a similarly configured lithium-ion cell prior to subsequent charging processes.
A polymer profile frame for a vehicle window unit, comprising: a base portion, a flexible lip extending along and out from the base portion, and at least one bend portion to be applied at a corner portion of a window substrate, wherein the bend portion has a V-shaped notch formed so as to extend completely through the base portion and part-way through the flexible lip, thereby leaving a residual lip portion adjacent the notch, characterised in that the residual lip portion comprises a flexible linear member integrally molded within the residual lip portion. a base portion, a flexible lip extending along and out from the base portion, and at least one bend portion to be applied at a corner portion of a window substrate, wherein the bend portion has a V-shaped notch formed so as to extend completely through the base portion and part-way through the flexible lip, thereby leaving a residual lip portion adjacent the notch,
A high temperature steam electrolysis (THSE) or fuel cell electric power generation (SOFC) facility, including at least two electrochemical reactors (R1, R2), wherein each electrochemical reactor comprises at least one electrochemical unit cell (C1, C2,..., Cn), each cell consisting of a cathode (2.1, 2.2,..., 2.n), an anode (4.1, 4.2,..., 4.n) and an electrolyte (6.1, 6.2,..., 6.n) interposed between the cathode and the anode, at least one connecting element including at least one compartment for gas flow to the cathode, being arranged in electrical contact with the cathode of the unit cell and, at least one connecting element including at least one compartment for gas flow to the anode being arranged in electrical contact with the anode of the unit cell and, wherein both electrochemical reactors are fluidly connected in series to each other at least by one gas flow compartment, characterised in that it further comprises at least one heat exchanger (13, 13.1, 13.2, 15, 17) including a circuit fluidly connected in series to the outlet of one of the gas flow compartments of one of both reactors and to the inlet of one of the gas flow compartments of the other one of both reactors and including another circuit fluidly connected to a heat source external to the reactors.
Method for establishing a communications connection between a communications system and a remote station by means of a communications network (1, 2), wherein in the context of the communications connection a parameterisable selection is made of a remote station from a plurality of available remote stations using name resolution mechanisms, wherein using parameters used for the selection of a remote station the communications system forms a logical name or embeds the parameters in a logical name and transmits this so formed logical name to a name resolution mechanism which is present in the communications network and selects a remote station on the basis of this logical name and a selection function and sends the communications address thereof back to the communications system, characterised in that in addition to the logical name the selection function considers further parameters such as the load on the available supporting or administering systems or communications parameters or network load, and selects an appropriate remote station on the basis of these additional parameters and sends back its communications address.
An aircraft comprising a raceway system, wherein the raceway system comprises a plurality of routing modules that are coupled together, and each of the plurality of routing modules includes a main housing configured to route one or more transferring components to one or more monuments within the aircraft; wherein the main housing comprises a bottom opening configured to enable portions of the one or more transferring components to extend through the bottom opening to couple to the one or more monuments; wherein at least one of the plurality of routing modules comprises a door that is pivotally coupled to the main housing proximate to the bottom opening, and the door is configured to be selectively moved between an open position and a closed position; and wherein at least one of the plurality of routing modules comprises a top wall (240, 250) comprising a top opening formed through the top wall (240, 250). wherein the main housing comprises a bottom opening configured to enable portions of the one or more transferring components to extend through the bottom opening to couple to the one or more monuments; wherein at least one of the plurality of routing modules comprises a door that is pivotally coupled to the main housing proximate to the bottom opening, and the door is configured to be selectively moved between an open position and a closed position; and wherein at least one of the plurality of routing modules comprises a top wall (240, 250) comprising a top opening formed through the top wall (240, 250).
A compound having Formula I: wherein; R is a residue based on melamine or |2,6,7-trioxa-1-phosphabicyclo-2.2.2-octane-4-methanol (PEPA) and R' is a residue based on 2-dimethyl-melamine-oxy-silicone 2-dimethyl-PEPA-oxy-silicone or a hydroxyl group. R is a residue based on melamine or |2,6,7-trioxa-1-phosphabicyclo-2.2.2-octane-4-methanol (PEPA) and R' is a residue based on 2-dimethyl-melamine-oxy-silicone 2-dimethyl-PEPA-oxy-silicone or a hydroxyl group.
A modified huU7 snRNA, comprising the following elements bound covalently from the 3' end to the 5' end: • a polynucleotide having the sequence of SEQ ID NO. 1, • a polynucleotide having the sequence of SEQ ID NO. 2, and • one or more polynucleotides wherein - at least one of the said polynucleotide is an antisense of at least part of a target pre-mRNA, wherein the said at least part of a target pre-mRNA is at least: • one splice site of one exon, said antisense being capable of interfering with the splicing of said exon, or • a trinucleotide repeat expansion, said antisense of said expansion being capable of triggering selective destruction of said target pre-mRNA, and - at least one of the said polynucleotides (the kiss domain) is capable of hybridizing with at least 4 nucleotides comprised within the nucleotides comprised between nucleotides 12 and nucleotides 20 of SEQ ID NO. 1. • a polynucleotide having the sequence of SEQ ID NO. 1, • a polynucleotide having the sequence of SEQ ID NO. 2, and • one or more polynucleotides wherein - at least one of the said polynucleotide is an antisense of at least part of a target pre-mRNA, wherein the said at least part of a target pre-mRNA is at least: • one splice site of one exon, said antisense being capable of interfering with the splicing of said exon, or • a trinucleotide repeat expansion, said antisense of said expansion being capable of triggering selective destruction of said target pre-mRNA, and - at least one of the said polynucleotides (the kiss domain) is capable of hybridizing with at least 4 nucleotides comprised within the nucleotides comprised between nucleotides 12 and nucleotides 20 of SEQ ID NO. 1. - at least one of the said polynucleotide is an antisense of at least part of a target pre-mRNA, wherein the said at least part of a target pre-mRNA is at least: • one splice site of one exon, said antisense being capable of interfering with the splicing of said exon, or • a trinucleotide repeat expansion, said antisense of said expansion being capable of triggering selective destruction of said target pre-mRNA, and • one splice site of one exon, said antisense being capable of interfering with the splicing of said exon, or • a trinucleotide repeat expansion, said antisense of said expansion being capable of triggering selective destruction of said target pre-mRNA, and - at least one of the said polynucleotides (the kiss domain) is capable of hybridizing with at least 4 nucleotides comprised within the nucleotides comprised between nucleotides 12 and nucleotides 20 of SEQ ID NO. 1.
A control method for an endoscope reprocessor that includes a medicinal solution tank, a concentration measurement chamber, and a concentration meter which is disposed in the concentration measurement chamber and which comprises a measurement portion that is a container-like member in which an opening portion sealed by a permeable membrane is provided, a plurality of electrodes that are arranged in the measurement portion, and a content fluid that is sealed inside the opening portion of the measurement portion, the control method comprising: a step I of introducing a medicinal solution into the medicinal solution tank; a step II of introducing the medicinal solution into the concentration measurement chamber and measuring a concentration of the medicinal solution; a step III of draining the medicinal solution inside the medicinal solution tank from the endoscope reprocessor, and maintaining a state in which inside of the medicinal solution tank is empty for a predetermined time period; and a step IV of maintaining a moisture content inside the concentration measurement chamber at a predetermined value or more during step III, wherein, in step IV, the inside of the concentration measurement chamber is maintained in a sealed state. a step I of introducing a medicinal solution into the medicinal solution tank; a step II of introducing the medicinal solution into the concentration measurement chamber and measuring a concentration of the medicinal solution; a step III of draining the medicinal solution inside the medicinal solution tank from the endoscope reprocessor, and maintaining a state in which inside of the medicinal solution tank is empty for a predetermined time period; and a step IV of maintaining a moisture content inside the concentration measurement chamber at a predetermined value or more during step III, wherein, in step IV, the inside of the concentration measurement chamber is maintained in a sealed state.