mhurhangee/ep-ind-claims huggingface dataset:
Process for the preparation of Na-based solid alloys or of Na-based crystalline phases selected from the group consisting of Na-based crystalline P'2-phases, Na-based solid crystalline phases of formula Na (3+y) V 2 (PO 4) 3 with 0<y≤3 and Na-based solid crystalline phases of formula Na (3+z) V 2 (PO 4) 2 F 3 with 0<z≤3, said process comprising at least one step of ball-milling metallic sodium with a stoichiometric amount of a powder of at least one alloying solid element, or of at least one solid Na-based crystalline phase selected from the group consisting of solid Na-based crystalline P2-phases, Na 3 V 2 (PO 4) 3 and Na 3 V 2 (PO 4) 2 F 3. respectively, said step of ball-milling being carried out in a dry atmosphere containing less than 20 ppm of water and without heating, wherein Na-based solid crystalline P'2-phases are selected from the group consisting of P2 type layered crystalline Na-phases comprising Na and at least one oxide of at least one element selected from the group consisting of Fe, Mn, Co, Ni, P, S, Mn, V, Ti, and in which the amount of sodium per formula after the ball-milling process has been increased with regard to the amount of sodium initially present in the P2-phase.
A fuel drain engagement tool comprising: a housing; an engagement mechanism coupled with the housing and extending upward therefrom, the engagement mechanism configured to engage a fuel drain valve, the engagement mechanism further configured to move between a contracted state and an expanded state; and a compression applicator coupled with the housing and positioned to engage the engagement mechanism when the compression applicator is compressed, the compression applicator configured to apply a force to the engagement mechanism that causes the engagement mechanism to move from the expanded state to the contracted state when the compression applicator is compressed, characterized in that the engagement mechanism includes a first pair of oppositely disposed legs that are configured to move between an angled orientation and an aligned orientation, and wherein the angled orientation corresponds to the expanded state and the aligned orientation corresponds to the contracted state. a housing; an engagement mechanism coupled with the housing and extending upward therefrom, the engagement mechanism configured to engage a fuel drain valve, the engagement mechanism further configured to move between a contracted state and an expanded state; and a compression applicator coupled with the housing and positioned to engage the engagement mechanism when the compression applicator is compressed, the compression applicator configured to apply a force to the engagement mechanism that causes the engagement mechanism to move from the expanded state to the contracted state when the compression applicator is compressed, characterized in that the engagement mechanism includes a first pair of oppositely disposed legs that are configured to move between an angled orientation and an aligned orientation, and wherein the angled orientation corresponds to the expanded state and the aligned orientation corresponds to the contracted state.
A method for producing a bonded SOI wafer, by forming an ion implanted layer by implanting at least one type of gas ion of a hydrogen ion and a rare gas ion from a surface of a bond wafer formed of a silicon single crystal and, after bonding together the ion implanted surface of the bond wafer and a surface of a base wafer formed of a silicon single crystal with a silicon oxide film placed therebetween, delaminating the bond wafer at the ion implanted layer to fabricate a bonded SOI wafer having a BOX layer and a SOI layer on a base wafer and, after performing flattening heat treatment on the bonded SOI wafer in an argon gas-containing atmosphere, sacrificial oxidation treatment that adjusts a film thickness of the SOI layer is performed, wherein a film thickness of the BOX layer in the bonded SOI wafer fabricated by the delamination is set so as to be 500 nm or more, and characterized in that a sacrificial oxide film is formed in such a way that a relationship between a film thickness (t) of the SOI layer on which the sacrificial oxidation treatment is to be performed and a film thickness (d) of the sacrificial oxide film which is formed by the sacrificial oxidation treatment satisfies 0.9d > t > 0.45d.
Method for the operation of a spinning position of a spinning machine, which serves the purpose of producing a yarn from a fiber composite supplied to the spinning position in a direction of transport, whereas, during the spinning operation - the yarn produced in a spinning unit of the spinning position is drawn off from the spinning unit with the assistance of a drawing-off device, - the drawn-off yarn is monitored with the assistance of a yarn monitor regarding at least one physical parameter, - the drawn-off yarn passes through a yarn storage, - the filling level of the yarn storage is monitored with the assistance of a sensor system, - the yarn is wound on with the assistance of a winding device after passing through the yarn storage, and - the winding speed of the winding device is controlled depending on the filling level of the yarn storage, characterized in that, in the case of a yarn break, the winding device is stopped in such a manner that, after the stop of the winding device, an end section of the yarn remains within the yarn storage, that, subsequent to this, a part of the yarn is separated with the assistance of a yarn separation unit internal to the spinning position, and that the end of the yarn that newly arises in this manner is ultimately returned with the assistance of a return unit internal to the spinning position into the area of the spinning unit, and that a piecing process is then carried out, whereas the returning of the end of the yarn takes place with the assistance of an air flow. - the yarn produced in a spinning unit of the spinning position is drawn off from the spinning unit with the assistance of a drawing-off device, - the drawn-off yarn is monitored with the assistance of a yarn monitor regarding at least one physical parameter, - the drawn-off yarn passes through a yarn storage, - the filling level of the yarn storage is monitored with the assistance of a sensor system, - the yarn is wound on with the assistance of a winding device after passing through the yarn storage, and - the winding speed of the winding device is controlled depending on the filling level of the yarn storage,
A method of automatically packaging sanitary articles in packages of at least a first and a second type containing a first and a second number of articles, respectively, the method including: - providing an input flow of said articles, - diverting articles from said input flow with a ratio of the non-diverted articles to the diverted articles which is a function of the ratio of said first number to said second number, by generating a main flow of non-diverted articles to be packaged in the packages of said first type and a derivative flow of diverted articles for packaging into the packages of said second type, wherein the method includes diverting articles from said input flow as single diverted articles separated by a number of non-diverted articles which, at least in the average, is a function of the ratio of said first number to said second number. - providing an input flow of said articles, - diverting articles from said input flow with a ratio of the non-diverted articles to the diverted articles which is a function of the ratio of said first number to said second number, by generating a main flow of non-diverted articles to be packaged in the packages of said first type and a derivative flow of diverted articles for packaging into the packages of said second type,
A monovinylarene-conjugated diene block copolymer, comprising: a proximal conjugated diene block comprising from 5 phm conjugated diene units to 50 phm conjugated diene units; and a plurality of monovinylarene-conjugated diene mixed blocks, wherein each monovinylarene-conjugated diene mixed block contains conjugated diene units and monovinylarene units with a weight ratio of conjugated diene units to monovinylarene units of 0.05 to 0.33 wherein the block copolymer is formed through a charge order selected from the group consisting of i-C-C-i-C-B-CA, i-C-C-C-i-C-C-B-CA, i-A-C-C-C-C-B-CA, i-A-i-C-C-C-C-B-CA, i-A- i-C-C-C-C-C-B-CA, and i-A-C-C-i-C-C-B-CA, wherein i is a polymerization initiator charge, A is a monovinylarene charge, B is a conjugated diene charge, C is a monovinylarene and conjugated diene charge, and CA is a coupling agent. a proximal conjugated diene block comprising from 5 phm conjugated diene units to 50 phm conjugated diene units; and a plurality of monovinylarene-conjugated diene mixed blocks, wherein each monovinylarene-conjugated diene mixed block contains conjugated diene units and monovinylarene units with a weight ratio of conjugated diene units to monovinylarene units of 0.05 to 0.33 wherein the block copolymer is formed through a charge order selected from the group consisting of i-C-C-i-C-B-CA, i-C-C-C-i-C-C-B-CA, i-A-C-C-C-C-B-CA, i-A-i-C-C-C-C-B-CA, i-A- i-C-C-C-C-C-B-CA, and i-A-C-C-i-C-C-B-CA, wherein i is a polymerization initiator charge, A is a monovinylarene charge, B is a conjugated diene charge, C is a monovinylarene and conjugated diene charge, and CA is a coupling agent.
A drug conjugate comprising (i) a biosynthetic random coil polypeptide or polypeptide segment comprising an amino acid sequence consisting solely of proline and alanine amino acid residues, wherein said amino acid sequence consists of at least 50 proline (Pro) and alanine (Ala) amino acid residues, and (ii) a pharmaceutical drug selected from the group consisting of (a) a biologically active protein or a polypeptide that comprises or that is an amino acid sequence that has or mediates a biological activity and (b) a small molecule drug. (i) a biosynthetic random coil polypeptide or polypeptide segment comprising an amino acid sequence consisting solely of proline and alanine amino acid residues, wherein said amino acid sequence consists of at least 50 proline (Pro) and alanine (Ala) amino acid residues, and (ii) a pharmaceutical drug selected from the group consisting of (a) a biologically active protein or a polypeptide that comprises or that is an amino acid sequence that has or mediates a biological activity and (b) a small molecule drug.
Method of manufacturing a press piece in the form of a furniture piece as manufacturing product or in the form of a component of a manufacturing product comprising the following steps: a) providing a pressable starting workpiece; and b) the starting workpiece being pressed in a pressing device with a first mold being equipped with embossing contours ( 837, 838) and a second mold being equipped with embossing contours ( 847, 848), so that the processed press piece is provided with: c) intensively compacted strength zones for generating stiffness of the press piece; and d) not or slightly compacted damping zones, which as a result thereof have a greater thickness than the intensively compacted strength zones, for the creation of intensively sound-absorbing areas on the press piece, e) characterised in that the molds ( 83, 84) are assemblage of segments ( 835, 845) in order to manufacture press pieces of different dimensions and with different arrangements of strength zones and damping zones as well as, optionally, edges and form zones. a) providing a pressable starting workpiece; and b) the starting workpiece being pressed in a pressing device with a first mold being equipped with embossing contours ( 837, 838) and a second mold being equipped with embossing contours ( 847, 848), so that the processed press piece is provided with: c) intensively compacted strength zones for generating stiffness of the press piece; and d) not or slightly compacted damping zones, which as a result thereof have a greater thickness than the intensively compacted strength zones, for the creation of intensively sound-absorbing areas on the press piece, e) characterised in that the molds ( 83, 84) are assemblage of segments ( 835, 845) in order to manufacture press pieces of different dimensions and with different arrangements of strength zones and damping zones as well as, optionally, edges and form zones.
A method for producing a fiber-reinforced plastic, the method comprising the following steps (i) to (iii): (i) a step of obtaining material including a prepreg substrate in which reinforcing fibers that are unidirectionally arranged in parallel are impregnated with a matrix resin, and slits are formed so as to intersect the fiber axes; (ii) a step of pressing the material using a pressing apparatus that applies pressure approximately uniformly in a direction orthogonal to the travel direction of the material, while causing the material to travel in one direction, with the angles θ formed by the fiber axial directions of the reinforcing fibers of the prepreg substrate with respect to the orthogonal direction being adjusted to -20° to 20°, in a state in which the material is heated to a temperature T that is higher than or equal to the melting point of the matrix resin, or is higher than or equal to the glass transition temperature if the matrix resin does not have a melting point; and (iii) a step of cooling the material that has been pressed by the pressing apparatus, and thereby obtaining a fiber-reinforced plastic. (i) a step of obtaining material including a prepreg substrate in which reinforcing fibers that are unidirectionally arranged in parallel are impregnated with a matrix resin, and slits are formed so as to intersect the fiber axes; (ii) a step of pressing the material using a pressing apparatus that applies pressure approximately uniformly in a direction orthogonal to the travel direction of the material, while causing the material to travel in one direction, with the angles θ formed by the fiber axial directions of the reinforcing fibers of the prepreg substrate with respect to the orthogonal direction being adjusted to -20° to 20°, in a state in which the material is heated to a temperature T that is higher than or equal to the melting point of the matrix resin, or is higher than or equal to the glass transition temperature if the matrix resin does not have a melting point; and (iii) a step of cooling the material that has been pressed by the pressing apparatus, and thereby obtaining a fiber-reinforced plastic.
An aqueous based drilling fluid composition comprising: i) an aqueous based continuous phase; ii) a reactive clay or shale material; and iii) a shale hydration inhibition agent having the formula: R is -CH 3; R 1 is -CH 3; R 2 is -CH 3; R 3 is -CH 2 CH 2 OH; -CH(CH 2 OH) 2; or; -C(CH 2 OH) 3; and X is chloride; wherein the shale hydration inhibition agent is present in sufficient concentration to reduce the reactivity of the clay or shale. i) an aqueous based continuous phase; ii) a reactive clay or shale material; and iii) a shale hydration inhibition agent having the formula: R is -CH 3; R 1 is -CH 3; R 2 is -CH 3; R 3 is -CH 2 CH 2 OH; -CH(CH 2 OH) 2; or; -C(CH 2 OH) 3; and X is chloride; wherein the shale hydration inhibition agent is present in sufficient concentration to reduce the reactivity of the clay or shale. R is -CH 3; R 1 is -CH 3; R 2 is -CH 3; R 3 is -CH 2 CH 2 OH; -CH(CH 2 OH) 2; or; -C(CH 2 OH) 3; and X is chloride;
A method of enabling a user to access an application via a first trust domain, the method comprising the steps of: accessing an account of the user at an identity provider by an adapter module wherein the adapter module is within the first trustdomain and the identity provider is within a second trust domain; obtaining user credentials of the user for the application from the identity provider, wherein a server on which the application operates is within the second trust domain; and using the user credentials for the application to provide the user with access to the application, characterized by if the user created an account at the identity provider using one of his IP Multimedia Subsystem, IMS, Public User Identities, IMPUs, from an IP Multimedia Subsystem, IMS, as the username, and the username at the identity provider is different from the IMPU of the user in the first trust domain, the adapter module stores at the adapter module a mapping between the user's IMPU and the user name at the identity provider to federate his application at the identity provider. accessing an account of the user at an identity provider by an adapter module wherein the adapter module is within the first trustdomain and the identity provider is within a second trust domain; obtaining user credentials of the user for the application from the identity provider, wherein a server on which the application operates is within the second trust domain; and using the user credentials for the application to provide the user with access to the application,
An electrical machine consisting of: a stator with front and rear bearing plates (1, 2) comprising bearings (4, 5) wherein the stator is located between the bearings (4, 5); a rotor; wherein the stator comprising windings conducting electric current and embedded in a composite material and shaped into winding segments forming a section of a ring, wherein the winding segments are inserted between external discs and internal discs of the rotor, made of non-magnetic composite (16,18) and reinforced with fibres, in which magnetic poles consisting of at least one permanent magnet are embedded and magnetised towards the axial direction of the internal discs, whereas the magnetic poles are separated from each other with a spacing made of the non-magnetic composite material (16, 18) of the internal and external discs structure; characterized in that said external disc and internal disc are reinforced with fibres of a strength exceeding 1 GPa; each external disc and internal disc has on the circumference an external reinforcing ring and, respectively, made of a non-magnetic composite material reinforced with fibres of a strength exceeding 1 GPa, formed by winding the fibres together with resin on the cylindrical surface of the discs, while the first and last external discs of the rotor have a ring closing the magnetic circuit made of ferromagnetic material; and in that said winding segments forming a section of a ring have an angular span of 120 degrees or 90 degrees. a stator with front and rear bearing plates (1, 2) comprising bearings (4, 5) wherein the stator is located between the bearings (4, 5); a rotor; wherein the stator comprising windings conducting electric current and embedded in a composite material and shaped into winding segments forming a section of a ring, wherein the winding segments are inserted between external discs and internal discs of the rotor, made of non-magnetic composite (16,18) and reinforced with fibres, in which magnetic poles consisting of at least one permanent magnet are embedded and magnetised towards the axial direction of the internal discs, whereas the magnetic poles are separated from each other with a spacing made of the non-magnetic composite material (16, 18) of the internal and external discs structure; characterized in that said external disc and internal disc are reinforced with fibres of a strength exceeding 1 GPa; each external disc and internal disc has on the circumference an external reinforcing ring and, respectively, made of a non-magnetic composite material reinforced with fibres of a strength exceeding 1 GPa, formed by winding the fibres together with resin on the cylindrical surface of the discs, while the first and last external discs of the rotor have a ring closing the magnetic circuit made of ferromagnetic material; and in that said winding segments forming a section of a ring have an angular span of 120 degrees or 90 degrees.
A device for hanging objects, for example horse equipment or fishing accessories, comprising a support base that includes at least one member for its fixation to a receiving structure and that includes at least one member (3, 4) for the hanging of said objects, said hanging member (3, 4) consists in a removable member including an assembling part (13, 18), and said support base having two opposite faces: - a rear face, intended to be oriented towards the receiving structure, and - an opposite, front face including at least one place for removably receiving, through interlocking, said assembling part (13, 18) of said hanging member (3, 4), said rear face of said base including at least one place for removably receiving, through interlocking, an assembling part of said fixation member, characterized in that said place(s) of the front face and said place(s) of the rear face of the support base have identical structures that are oriented in the reverse direction relative to each other between said front and rear faces.
Apparatus for detecting thermal comfort, containing: • an infrared sensor, which is adapted to produce a thermographic image by collecting the temperature at a plurality of spots, for detecting the surface temperature of at least one person, • an image evaluation device, which can be supplied with the data of the infrared sensor and which his adapted to correlate the measured surface temperatures with a segmented physiological model of the person, wherein the image evaluation device is adapted to determine a position in the room and/or gestures and/or the anthropometric and/or the morphological data of the at least one person, • a correlation device, which can be supplied with the data of the image evaluation device and which is adapted to produce at least one measured variable which represents thermal comfort from the position in the room and/or the gestures and/or the anthropometric and/or morphological data of the at least one person. • an infrared sensor, which is adapted to produce a thermographic image by collecting the temperature at a plurality of spots, for detecting the surface temperature of at least one person, • an image evaluation device, which can be supplied with the data of the infrared sensor and which his adapted to correlate the measured surface temperatures with a segmented physiological model of the person, wherein the image evaluation device is adapted to determine a position in the room and/or gestures and/or the anthropometric and/or the morphological data of the at least one person, • a correlation device, which can be supplied with the data of the image evaluation device and which is adapted to produce at least one measured variable which represents thermal comfort from the position in the room and/or the gestures and/or the anthropometric and/or morphological data of the at least one person.
A pi-shaped preform comprising: a base component; and a pair of axially elongated legs coupled to the base component to define a channel between the axially elongated legs, the pair of axially elongated legs comprising plies of prepreg oriented in a ply stack, characterized in that at least a portion of the prepreg comprises discontinuous, aligned fibers, wherein individual plies of prepreg oriented in the ply stack at an angle of 0 degrees or 90 degrees relative to a first axis comprise continuous, aligned fibers, and individual plies of prepreg oriented in the ply stack at an angle other than 0 degrees or 90 degrees relative to the first axis comprise discontinuous, aligned fibers. a base component; and a pair of axially elongated legs coupled to the base component to define a channel between the axially elongated legs, the pair of axially elongated legs comprising plies of prepreg oriented in a ply stack, characterized in that at least a portion of the prepreg comprises discontinuous, aligned fibers, wherein individual plies of prepreg oriented in the ply stack at an angle of 0 degrees or 90 degrees relative to a first axis comprise continuous, aligned fibers, and individual plies of prepreg oriented in the ply stack at an angle other than 0 degrees or 90 degrees relative to the first axis comprise discontinuous, aligned fibers.