mhurhangee/ep-ind-claims huggingface dataset:
A method of joining: (a) a first component which is a length of train rail which comprises a first alloy having a known austenitization temperature below which martensite forms when the component is heated and then cooled at a predetermined rate of cooling; and (b) a second component which is a stud, bolt or block for attachment to a signal wire, wherein the second component comprises a second alloy; characterised in that said method comprises providing an inertia friction welding machine and operating it so as to create a weld between the first and second components without crossing the austenitization temperature of the first alloy, wherein the inertia friction welding machine is operated to provide a thrust load of 910-13,000 Kg (2000-24000 lbs), a rotational inertia of 0.051-0.80 Kg.m 2 (1.21 to 19 Wk 2) and an initial spindle speed of 300 to 13,000 rpm. (a) a first component which is a length of train rail which comprises a first alloy having a known austenitization temperature below which martensite forms when the component is heated and then cooled at a predetermined rate of cooling; and (b) a second component which is a stud, bolt or block for attachment to a signal wire, wherein the second component comprises a second alloy; characterised in that said method comprises providing an inertia friction welding machine and operating it so as to create a weld between the first and second components without crossing the austenitization temperature of the first alloy, wherein the inertia friction welding machine is operated to provide a thrust load of 910-13,000 Kg (2000-24000 lbs), a rotational inertia of 0.051-0.80 Kg.m 2 (1.21 to 19 Wk 2) and an initial spindle speed of 300 to 13,000 rpm.
A method, comprising: detecting a first distance of an eye of a user to a near eye display using environmental sensor data; performing a first operation upon receipt of a first input and based on the detected first distance; detecting a second distance of the eye of the user to the near eye display using environmental sensor data; performing a second operation upon receipt of a second input and based on the second detected distance, wherein the second input is similar to the first input, and wherein the second operation is different from the first operation. detecting a first distance of an eye of a user to a near eye display using environmental sensor data; performing a first operation upon receipt of a first input and based on the detected first distance; detecting a second distance of the eye of the user to the near eye display using environmental sensor data; performing a second operation upon receipt of a second input and based on the second detected distance, wherein the second input is similar to the first input, and wherein the second operation is different from the first operation.
An apparatus of a user equipment, UE, to be provided a service from a base station, BS, in a wireless communications network, the apparatus comprising: at least one transceiver; at least one processor operatively coupled to the at least one transceiver, wherein the at least one processor is configured to: receive a mixed signal including a first signal transmitted from the BS and a second signal transmitted from an interfering BS, wherein the second signal is transmitted for another UE; identify the second signal included in the mixed signal; identify a channel gain regarding a channel between the interfering BS and the UE based on the identified second signal; determine, among a plurality of codebooks, at least one codebook for the interfering BS based on the channel gain; and transmit feedback information for indicating the at least one codebook. at least one transceiver; at least one processor operatively coupled to the at least one transceiver, wherein the at least one processor is configured to: receive a mixed signal including a first signal transmitted from the BS and a second signal transmitted from an interfering BS, wherein the second signal is transmitted for another UE; identify the second signal included in the mixed signal; identify a channel gain regarding a channel between the interfering BS and the UE based on the identified second signal; determine, among a plurality of codebooks, at least one codebook for the interfering BS based on the channel gain; and transmit feedback information for indicating the at least one codebook. receive a mixed signal including a first signal transmitted from the BS and a second signal transmitted from an interfering BS, wherein the second signal is transmitted for another UE; identify the second signal included in the mixed signal; identify a channel gain regarding a channel between the interfering BS and the UE based on the identified second signal; determine, among a plurality of codebooks, at least one codebook for the interfering BS based on the channel gain; and transmit feedback information for indicating the at least one codebook.
An antibacterial complex comprising a transcription factor decoy nucleic acid sequence comprising a double stranded sequence comprising a binding site for bacterial sigN alternative sigma54 factor, wherein the binding site sequence is selected from a dumbbell transcription factor decoy nucleic acid sequence of SEQ ID NOs: 3 and 4 and a dumbbell transcription factor decoy nucleic acid sequence of SEQ ID NOs: 21 and 22, and one or more delivery moieties.
An authentication method comprising: storing a device authentication private key on an authentication device; storing a device authentication public key certificate on the authentication device, wherein the device authentication private key and the device authentication public key certificate facilitate authentication of the authentication device to a verification device according to a device authentication protocol; and characterized by storing a configuration root certificate on the authentication device, wherein the configuration root certificate facilitates authentication of a configuration device to the authentication device according to a configuration authentication protocol, the method further comprising: receiving, at the authentication device, a configuration public key certificate from the configuration device; and determining, at the authentication device, whether the configuration device has a configuration private key corresponding to the configuration public key certificate, wherein the configuration public key certificate includes a set of restrictions specifying configuration operations that the configuration device is or is not authorized to facilitate on the authentication device. storing a device authentication private key on an authentication device; storing a device authentication public key certificate on the authentication device, wherein the device authentication private key and the device authentication public key certificate facilitate authentication of the authentication device to a verification device according to a device authentication protocol; and characterized by storing a configuration root certificate on the authentication device, wherein the configuration root certificate facilitates authentication of a configuration device to the authentication device according to a configuration authentication protocol, the method further comprising: receiving, at the authentication device, a configuration public key certificate from the configuration device; and determining, at the authentication device, whether the configuration device has a configuration private key corresponding to the configuration public key certificate, wherein the configuration public key certificate includes a set of restrictions specifying configuration operations that the configuration device is or is not authorized to facilitate on the authentication device. receiving, at the authentication device, a configuration public key certificate from the configuration device; and determining, at the authentication device, whether the configuration device has a configuration private key corresponding to the configuration public key certificate, wherein the configuration public key certificate includes a set of restrictions specifying configuration operations that the configuration device is or is not authorized to facilitate on the authentication device.
A medical system comprising: i) a housing; ii) a preassembled functional module received in the housing, the preassembled functional module comprising a. an analyte sensor for detecting at least one analyte in a body fluid of a user; b. an electronics unit electrically connected to the analyte sensor; and c. an insertion component for inserting the analyte sensor into a body tissue of the user; and iii) at least one removable protective cap connected to the housing, covering the preassembled functional module, wherein the preassembled functional module further comprises at least one sterility cap, which at least partially surrounds the insertion component, wherein the at least one sterility cap is at least partially surrounded by the protective cap, wherein the sterility cap comprises at least one sterility testing access, the sterility testing access comprising at least one of a septum and a multiple-step sealing. i) a housing; ii) a preassembled functional module received in the housing, the preassembled functional module comprising a. an analyte sensor for detecting at least one analyte in a body fluid of a user; b. an electronics unit electrically connected to the analyte sensor; and c. an insertion component for inserting the analyte sensor into a body tissue of the user; and a. an analyte sensor for detecting at least one analyte in a body fluid of a user; b. an electronics unit electrically connected to the analyte sensor; and c. an insertion component for inserting the analyte sensor into a body tissue of the user; and iii) at least one removable protective cap connected to the housing, covering the preassembled functional module,
A security document comprising:- a security device attached to a first part of the document, the security device comprising a region of piezochromic material; and, a contact structure attached to a second part of the document, different from the first part, the contact structure exhibiting relief; wherein the security document is adapted to allow the security device to be pressed against the contact structure; and, chracterised in that the piezochromic material is arranged such that, when the security device and contact structure are pressed together, an optical effect is generated within the piezochromic material and wherein the optical effect is representative of the said relief of the contact structure.
A dewatering device for aggregate product, comprising: a housing having an entrance end and an exit end; an inclined dewatering screw rotatably mounted with said housing, a lower portion of which is positioned below said entrance end; a vibrator dewatering screen having an entrance and mounted with said housing adjacent said exit end of said housing for receipt of aggregate product that has passed through said dewatering screw, which screen allows fines to pass therethrough; and a vibrator motor or motors (50, 51), mounted to linearly and horizontally move said dewatering screen; characterised in that recycling means are provided which are adapted for passing fines that have passed through the vibrator dewatering screen back to the dewatering screw. a housing having an entrance end and an exit end; an inclined dewatering screw rotatably mounted with said housing, a lower portion of which is positioned below said entrance end; a vibrator dewatering screen having an entrance and mounted with said housing adjacent said exit end of said housing for receipt of aggregate product that has passed through said dewatering screw, which screen allows fines to pass therethrough; and a vibrator motor or motors (50, 51), mounted to linearly and horizontally move said dewatering screen; characterised in that recycling means are provided which are adapted for passing fines that have passed through the vibrator dewatering screen back to the dewatering screw.
A variable vane device comprising: a flow assembly having a centerline; an annular flow passage extending through the flow assembly; rotationally-driven translating vane structures coupled to the flow assembly and rotatable relative thereto, the rotationally-driven translating vane structures including vane bodies positioned within the annular flow passage and angularly spaced about the centerline; and cam mechanisms coupled to the flow assembly and to the rotationally-driven translating vane structures, the cam mechanisms configured to adjust translational positions of the vane bodies within the annular flow passage as the rotationally-driven translating vane structures rotate relative to the flow assembly; the rotationally-driven translating vane structures comprising: stem portions; and button portions between the stem portions and the vane bodies; and characterized in that the cam mechanisms comprise rotating ramped surfaces configured to rotate in conjunction with the rotationally-driven translating vane structures and integrally formed in the button portions of the rotationally-driven translating vane structures opposite the vane bodies. a flow assembly having a centerline; an annular flow passage extending through the flow assembly; rotationally-driven translating vane structures coupled to the flow assembly and rotatable relative thereto, the rotationally-driven translating vane structures including vane bodies positioned within the annular flow passage and angularly spaced about the centerline; and cam mechanisms coupled to the flow assembly and to the rotationally-driven translating vane structures, the cam mechanisms configured to adjust translational positions of the vane bodies within the annular flow passage as the rotationally-driven translating vane structures rotate relative to the flow assembly; the rotationally-driven translating vane structures comprising: stem portions; and button portions between the stem portions and the vane bodies; and characterized in that the cam mechanisms comprise rotating ramped surfaces configured to rotate in conjunction with the rotationally-driven translating vane structures and integrally formed in the button portions of the rotationally-driven translating vane structures opposite the vane bodies. stem portions; and button portions between the stem portions and the vane bodies; and characterized in that the cam mechanisms comprise rotating ramped surfaces configured to rotate in conjunction with the rotationally-driven translating vane structures and integrally formed in the button portions of the rotationally-driven translating vane structures opposite the vane bodies.
A power transmission apparatus for press machine that transmits rotational power from a drive shaft to a driven shaft, comprising: at least two drive gears (101 A, 101B) arranged along an axial direction and substantially integrally attached to the drive shaft; a driven gear substantially integrally attached to the driven shaft; and an idle gear (110A, 110B), is having a gear meshing with said driven gear and a plurality of gears (110A, 110B) corresponding respectively to said at least two drive gears (101A, 101B) wherein said idle gear (110A, 110B) can be displaced relative to said drive gear (101A, 101 B) along the axial direction of an idle shaft to cause one of said at least two drive gears (101A, 101B) and corresponding one of the plurality of gears (110A, 110B) of said idle gear (110A, 110B) to mesh with each other selectively, characterized in that the idle gear (110A, 110B) is rotatably supported on the idle shaft wherein the idle gear (110A, 110B) is rotatable relative to the idle shaft; at least two drive gears (101 A, 101B) arranged along an axial direction and substantially integrally attached to the drive shaft; a driven gear substantially integrally attached to the driven shaft; and an idle gear (110A, 110B), is having a gear meshing with said driven gear and a plurality of gears (110A, 110B) corresponding respectively to said at least two drive gears (101A, 101B) wherein said idle gear (110A, 110B) can be displaced relative to said drive gear (101A, 101 B) along the axial direction of an idle shaft to cause one of said at least two drive gears (101A, 101B) and corresponding one of the plurality of gears (110A, 110B) of said idle gear (110A, 110B) to mesh with each other selectively, characterized in that the idle gear (110A, 110B) is rotatably supported on the idle shaft wherein the idle gear (110A, 110B) is rotatable relative to the idle shaft;
Method for transferring a negative structure of a surface of an inner wall 51 of a blow molding tool, in particular of an extrusion blow-molding tool, to a surface of a plastic container, comprising the steps of - heating at least one region of a mold cavity of a molding body of the blow molding tool on which the negative structure is formed, - introducing a preform into the mold cavity, - closing the blow molding tool, - shaping the plastic container by inflating the preform and abutting the preform against the inner wall of the mold cavity, - cooling the region by feeding a coolant through temperature control channels, - demolding the plastic container. - heating at least one region of a mold cavity of a molding body of the blow molding tool on which the negative structure is formed, - introducing a preform into the mold cavity, - closing the blow molding tool, - shaping the plastic container by inflating the preform and abutting the preform against the inner wall of the mold cavity, - cooling the region by feeding a coolant through temperature control channels, - demolding the plastic container.
An amorphous solid dispersion, wherein the solid dispersion comprises: palbociclib or a pharmaceutically acceptable salt thereof, an acidic auxiliary material; and a hydrophilic high-molecular weight material. palbociclib or a pharmaceutically acceptable salt thereof, an acidic auxiliary material; and a hydrophilic high-molecular weight material.
A non-volatile non-destructive capacitively readable memory elements with at least two stable states 0 and 1, comprising a DRM memory cell which has a capacitor (6, 7, 8) with residual capacity. a) at least on resistive memory cell connected in series to the capacitor of the DRAM memory cell, which memory cell codes the two states 0 and 1 into an HRS state with a higher electrical resistance, or into an LRS state with a lower electrical resistance, or b) at least one antiseriaes series connection of two such resistant memory cells A and B, connected in series to the capacitor of the DRAM memory cell, which memory cell codes the state 0 in the state combination A=LRS, B=HRS and state 1 in the state combination A=HRS, B=LRS, characterised in that the resistive memory cell or the antiseries series connection is installed as a layer structure is installed on the capacitor of the DRAM memory cell and in that the capacitor of the DRAM memory cell is designed as a further resistive memory cell, layer thicknesses memory cell being suitably chosen. a) at least on resistive memory cell connected in series to the capacitor of the DRAM memory cell, which memory cell codes the two states 0 and 1 into an HRS state with a higher electrical resistance, or into an LRS state with a lower electrical resistance, or b) at least one antiseriaes series connection of two such resistant memory cells A and B, connected in series to the capacitor of the DRAM memory cell, which memory cell codes the state 0 in the state combination A=LRS, B=HRS and state 1 in the state combination A=HRS, B=LRS,
An ashless additive composition comprising: A tertiary amine-containing compound having the following structure: wherein R 1 and R 2 are independently a linear or branched-chain monovalent hydrocarbyl group having two to about twenty carbon atoms, each m is independently from 0 to 4, each p is independently from 0 to 4, for each cyclic moiety m+ p is from 2 to 4, and each n is independently from 1 to 6. A tertiary amine-containing compound having the following structure: wherein R 1 and R 2 are independently a linear or branched-chain monovalent hydrocarbyl group having two to about twenty carbon atoms, each m is independently from 0 to 4, each p is independently from 0 to 4, for each cyclic moiety m+ p is from 2 to 4, and each n is independently from 1 to 6.
Control circuit of a safety drive, which comprises an electric motor and a return spring, - wherein the control circuit is configured to determine a frequency of a counter electromotive force (back EMF) induced in the motor and using this to determine a rotation speed of the motor; - and wherein the control circuit is configured to regulate or limit the rotation speed of the motor during a return movement, which is driven by the return spring, by controlling the motor; - and wherein the control circuit is configured to regulate or limit the rotation speed of the motor by converting the electrical energy generated in the motor during the return movement into thermal energy and by feeding back electrical energy generated in the motor during the return movement into the control circuit. - wherein the control circuit is configured to determine a frequency of a counter electromotive force (back EMF) induced in the motor and using this to determine a rotation speed of the motor; - and wherein the control circuit is configured to regulate or limit the rotation speed of the motor during a return movement, which is driven by the return spring, by controlling the motor; - and wherein the control circuit is configured to regulate or limit the rotation speed of the motor by converting the electrical energy generated in the motor during the return movement into thermal energy and by feeding back electrical energy generated in the motor during the return movement into the control circuit.
A battery pack for an electric hand tool comprising: at least two battery cells and/or battery cell blocks connected in series or in parallel, a housing for receiving the battery cells and/or battery cell blocks, and a printed circuit board having electronic components, the battery cells being connected to one another via at least one first conductor plate and to the printed circuit board via at least two second conductor plates, wherein the first and second conductor plates are connected to the printed circuit board via first connecting screws (90, 92, 94, 98) in the assembled state of the battery pack, wherein the housing comprises at least one housing cover detachable from the rest of the housing, and wherein the housing cover has on its inner surface a plurality of corresponding dome-like recesses for receiving the screw heads of the first connecting screws (90, 92, 94, 98). at least two battery cells and/or battery cell blocks connected in series or in parallel, a housing for receiving the battery cells and/or battery cell blocks, and a printed circuit board having electronic components, the battery cells being connected to one another via at least one first conductor plate and to the printed circuit board via at least two second conductor plates, wherein the first and second conductor plates are connected to the printed circuit board via first connecting screws (90, 92, 94, 98) in the assembled state of the battery pack, wherein the housing comprises at least one housing cover detachable from the rest of the housing, and wherein the housing cover has on its inner surface a plurality of corresponding dome-like recesses for receiving the screw heads of the first connecting screws (90, 92, 94, 98).