mhurhangee/ep-ind-claims huggingface dataset:
A network registration method, performed by a mobility management network element, comprising: receiving (2801A, 2802B) a registration request from a terminal device, wherein the registration request is for requesting to register the terminal device with a first network; and sending (2802A, 2806B) a registration accept message to the terminal device, the registration accept message comprising indication information if a condition is satisfied, wherein the indication information is for indicating that a voice service of a packet switched, PS, domain is supported, and the condition comprises that the first network does not support an internet protocol multimedia subsystem, IMS, voice service, the first network supports movement of the terminal device to a second network, and the second network supports the voice service of the PS domain. receiving (2801A, 2802B) a registration request from a terminal device, wherein the registration request is for requesting to register the terminal device with a first network; and sending (2802A, 2806B) a registration accept message to the terminal device, the registration accept message comprising indication information if a condition is satisfied, wherein the indication information is for indicating that a voice service of a packet switched, PS, domain is supported, and the condition comprises that the first network does not support an internet protocol multimedia subsystem, IMS, voice service, the first network supports movement of the terminal device to a second network, and the second network supports the voice service of the PS domain.
Computer-implemented method for configuring a control device for a technical system, wherein a) an operating signal of the technical system is fed into a first machine learning module that is trained, on the basis of the operating signal of the technical system, to reproduce a behaviour signal of the technical system that arises specifically without current application of a control action and to output the reproduced behaviour signal as first output signal, b) the first output signal is fed into a second machine learning module that is trained, on the basis of a control action signal that specifies or triggers a control action of the technical system, to reproduce a resultant behaviour signal of the technical system and to output the reproduced behaviour signal as second output signal, c) the operating signal of the technical system is fed into a third machine learning module, d) a third output signal of the third machine learning module is fed into the trained second machine learning module, e) a control action performance is determined on the basis of the second output signal, f) the third machine learning module is trained to optimize the control action performance on the basis of the operating signal of the technical system, and g) the control device is configured, on the basis of the third machine learning module, to control the technical system by way of an output signal of the trained third machine learning module. a) an operating signal of the technical system is fed into a first machine learning module that is trained, on the basis of the operating signal of the technical system, to reproduce a behaviour signal of the technical system that arises specifically without current application of a control action and to output the reproduced behaviour signal as first output signal, b) the first output signal is fed into a second machine learning module that is trained, on the basis of a control action signal that specifies or triggers a control action of the technical system, to reproduce a resultant behaviour signal of the technical system and to output the reproduced behaviour signal as second output signal, c) the operating signal of the technical system is fed into a third machine learning module, d) a third output signal of the third machine learning module is fed into the trained second machine learning module, e) a control action performance is determined on the basis of the second output signal, f) the third machine learning module is trained to optimize the control action performance on the basis of the operating signal of the technical system, and g) the control device is configured, on the basis of the third machine learning module, to control the technical system by way of an output signal of the trained third machine learning module.
A system comprising a slide arm comprising two elements (110, 120) capable of telescopic extension, an extension cylinder suitable for providing an extension/retraction of the slide arm when controlled, a device placed at the end of the slide arm, an on-board hydraulic cylinder associated with the device and co-located with the device at the end of the slide arm, at least one pair of telescopic tubes (162, 165) arranged in parallel with the two elements (110, 120) of the slide arm, in respective sealed connection regardless of the relative longitudinal position of the tubes and suitable for tracking the extension and retraction strokes, respectively, of the extension cylinder, connected to the on-board cylinder and on the other hand to means for supplying fluid, to provide the extension/retraction control of the on-board cylinder, means ensuring the automatic discharge of the fluid contained in the telescopic tubes (162, 165) when the extension cylinder of the slide arm is controlled in retraction and/or in extension, characterized by the fact that it comprises means which allow supplying the on-board hydraulic cylinder only when the extension cylinder is stationary.
A medical device tray for carrying a plurality of medical devices, said medical device tray comprising: a base made of a substantially rigid material, especially stainless steel, said base forming at least one base through-hole, (22, 322) said at least one base through-hole (22, 322) having an associated visual indicator; a covering affixed to said base, said covering being made of a material especially a biocompatible silicone, which is softer than said substantially rigid material of said base and substantially transparent, said covering forming at least one covering through-hole, said at least one base through-hole and said at least one covering through-hole cooperating to form at least one medical device tray through-hole configured for directly supporting a respective one of the plurality of medical devices, wherein said substantially transparent covering is on top of and covering the visual indicators and said covering is overmolded onto said base. a base made of a substantially rigid material, especially stainless steel, said base forming at least one base through-hole, (22, 322) said at least one base through-hole (22, 322) having an associated visual indicator; a covering affixed to said base, said covering being made of a material especially a biocompatible silicone, which is softer than said substantially rigid material of said base and substantially transparent, said covering forming at least one covering through-hole, said at least one base through-hole and said at least one covering through-hole cooperating to form at least one medical device tray through-hole configured for directly supporting a respective one of the plurality of medical devices, wherein said substantially transparent covering is on top of and covering the visual indicators and said covering is overmolded onto said base.
A fire retardant element which is made up from metallic hollow profile members, in particular comprising aluminium, in a simple or heat-insulated form, in particular in the form of a frame for windows, doors, façade portions and the like, comprising insert portions which are arranged in the interior of the hollow profile members and which serve for fire resistance and which have fire retardant masses preferably comprising water of crystallisation-binding chemicals like silicate or gypsum materials, characterised in that provided in the hollow profile members in the longitudinal direction of the profile members are individual holding clips which entirely or partially embrace the individual insert portions which also butt against each other in the longitudinal direction of the profile members and connect them together in the region of their butting locations, wherein the holding clips in themselves are in force-locking and/or positively locking connecting relationship with the inside wall of the hollow profile members.
A method of spectral tests, on multiplicative congruential generator (d,z,n) or (d,z) comprising an odd integer d for the modulus and an integer z coprime with d for the multiplier and an integer n coprime with d for the seed and generating the sequence of integers {n k:≡nz k-1 mod(d)| 1≤n k ≤d, k=1,2,···} consecutively and giving the output random number sequence by realizing the arithmetic {v k:=n k /d| 0≤v k ≤1, k=1,2, ···}, the method being based on the valuation of the geometrical form of the lattice G L (d,z), wherein L consecutive integer outputs of the generator (d,z,n) {Q k:=(n k,n k+1,···,n k+L-1)|k=1,2, ···} take their seats, through the computation of the largest distance λ L (d,z) between parallel and neighboring lattice hyperplanes of G L (d,z), characterised by evaluating ρ L '(d,z):=λ L (d,z)/M L (d) of the generator (d,z) on the basis of new reference values M L d: = L - 1 / 2 ⁢ L + 1 L - 1 / 2 ⁢ L ⁢ d L - 1 / L, L ≥ 3, and judging (d,z) to be passable if conditions 1 < ρ L ⁢ ʹ d z < R L, 3 ≤ L ≤ 6, are fulfilled for prescribed levels {R L >1| 3≤L≤6}.
A method for manufacturing an intermediate electronic device covered with a cover sheet or layer over its entire main surface, said method comprising a step of forming a support body (31, 32) comprising: - a cavity (C1, C2) provided in the support body, - an antenna comprising at least one electrical interconnection zone (Z1, Z2) inside the cavity, - an electronic module comprising at least one connection pad (10, 11) connecting said interconnection zone, which module is arranged in the cavity, - a space or gap (11, 12) existing at the interface between the module and the support body, which space or gap is oriented substantially perpendicularly to said main surface of the support body, opens out at the surface of the support body and is intended to be covered with said cover sheet or layer, characterized in that a flexible or elastic material is arranged in the device so as to at least partially fill or cover said space or gap between the module and the support body, and in that the flexible material comprises a conductive connection material arranged and compressed in the device so as to connect the module to the antenna and to flow into said space or gap in order to at least partially fill it. - a cavity (C1, C2) provided in the support body, - an antenna comprising at least one electrical interconnection zone (Z1, Z2) inside the cavity, - an electronic module comprising at least one connection pad (10, 11) connecting said interconnection zone, which module is arranged in the cavity, - a space or gap (11, 12) existing at the interface between the module and the support body, which space or gap is oriented substantially perpendicularly to said main surface of the support body, opens out at the surface of the support body and is intended to be covered with said cover sheet or layer, characterized in that a flexible or elastic material is arranged in the device so as to at least partially fill or cover said space or gap between the module and the support body, and in that the flexible material comprises a conductive connection material arranged and compressed in the device so as to connect the module to the antenna and to flow into said space or gap in order to at least partially fill it. characterized in that a flexible or elastic material is arranged in the device so as to at least partially fill or cover said space or gap between the module and the support body, and in that the flexible material comprises a conductive connection material arranged and compressed in the device so as to connect the module to the antenna and to flow into said space or gap in order to at least partially fill it.
A diutan gum exhibiting an intrinsic viscosity of greater than 150 deciL/g when intrinsic viscosity is obtained by plotting the reduced viscosity versus the solution concentration, and extrapolating a linear regression of the data to zero concentration, and exhibiting a sea water 3 rpm viscosity greater than or equal to 42 dial reading when the reading is taken by combining sample gum with synthetic seawater and mixing, then cooling the solution to approximately 26°C and placing on a Fann sample platform where the speed is adjusted to 3rpm and reading from the dial; and wherein the diutan gum is made using Sphingomonas strain ATCC No.53159 comprising a plasmid comprising a nucleic acid sequence according to SEQ ID NO: 1.
A synthetic method for an etelcalcetide intermediate, wherein the etelcalcetide intermediate is Fmoc- D -Cys(S-S-Boc- L -Cys(OtBu))-OH, and the synthetic method for the etelcalcetide intermediate comprises the following steps: using N -(Boc)- L -Cys-OtBu as a raw material, and generating a primary product through a substitution reaction, wherein R is S-Py or Cl, enabling the primary product to perform a coupling reaction with a Fmoc- D -Cys-OH amino acid, as to obtain the Fmoc- D -Cys(S-S-Boc- L -Cys(OtBu))-OH; when R is S-Py, the primary product is Py-S-S-Boc- L -Cys-OtBu, enabling the N -(Boc)- L -Cys-OtBu to perform the substitution reaction with dithiodipyridine to obtain a primary product Py-S-S-Boc- L -Cys-OtBu; when R is Cl, the primary product is N -(Boc)- L -Cys(S-Cl)-OtBu, enabling N -(Boc)- L -Cys-OtBu to react with NCS to synthesize N -(Boc)- L -Cys(S-Cl)-OtBu. when R is S-Py, the primary product is Py-S-S-Boc- L -Cys-OtBu, enabling the N -(Boc)- L -Cys-OtBu to perform the substitution reaction with dithiodipyridine to obtain a primary product Py-S-S-Boc- L -Cys-OtBu; when R is Cl, the primary product is N -(Boc)- L -Cys(S-Cl)-OtBu, enabling N -(Boc)- L -Cys-OtBu to react with NCS to synthesize N -(Boc)- L -Cys(S-Cl)-OtBu.
Method of producing a seal in window renovation with the following steps: providing a sealing tape, that comprises a first layer of soft foamed material which recovers after compression and a second layer of a rigid material, which are bonded to each other; characterised by inserting the sealing tape into a channel-shaped recess of masonry, which is defined by a base and two sidewalls and has an open access section, wherein the second layer of the sealing tape is arranged closer to the base of the recess than the first layer, and wherein the first layer of the sealing tape is at least partially compressed in the inserted state; further characterised by fastening the second layer of the sealing tape in the recess at a predetermined distance from the open access section; and further characterised by inserting a window frame into the open access section of the recess fitted with the sealing tape; whereupon the first layer of the sealing tape extends until it rests on the window frame. providing a sealing tape, that comprises a first layer of soft foamed material which recovers after compression and a second layer of a rigid material, which are bonded to each other; inserting the sealing tape into a channel-shaped recess of masonry, which is defined by a base and two sidewalls and has an open access section, wherein the second layer of the sealing tape is arranged closer to the base of the recess than the first layer, and wherein the first layer of the sealing tape is at least partially compressed in the inserted state; fastening the second layer of the sealing tape in the recess at a predetermined distance from the open access section; and inserting a window frame into the open access section of the recess fitted with the sealing tape; whereupon the first layer of the sealing tape extends until it rests on the window frame.
A dryer, comprising: a hollow casing having an open front; a fan configured to introduce air into the casing and blow the air; a heater configured to heat the air introduced into the casing; a discharge tube disposed at a downstream side of the fan, being rotatable inside the casing, and having an air inlet formed at a rear thereof and an air outlet formed at a front thereof; a motor configured to generate power for driving the discharge tube, and having a rotation shaft; and a connector connected to the rotation shaft of the motor so as to enable the discharge tube to be rotated about a first axial line of the rotation shaft, characterized in that the connector is connected to the discharge tube so as to enable the discharge tube to be rotated about a second axial line forming a predetermined angle relative to the first axial line. a hollow casing having an open front; a fan configured to introduce air into the casing and blow the air; a heater configured to heat the air introduced into the casing; a discharge tube disposed at a downstream side of the fan, being rotatable inside the casing, and having an air inlet formed at a rear thereof and an air outlet formed at a front thereof; a motor configured to generate power for driving the discharge tube, and having a rotation shaft; and a connector connected to the rotation shaft of the motor so as to enable the discharge tube to be rotated about a first axial line of the rotation shaft, characterized in that the connector is connected to the discharge tube so as to enable the discharge tube to be rotated about a second axial line forming a predetermined angle relative to the first axial line.
An additive suitable for gasoline, the additive providing lubricity and comprising a lubricity additive mixture of (i) at least one neutral lubricity additive prepared by reacting a hydrocarbyl-substituted succinic anhydride with ammonia wherein the hydrocarbyl substituent includes 8 to 20 carbons and (ii) at least one linear monocarboxylic acid or salt thereof having a carbon chain of 16 to 20 carbons, the linear monocarboxylic acid or salt thereof being saturated, unsaturated, or including mixtures thereof, and when (ii) is the at least one linear monocarboxylic acid, a weight ratio of (i) an amount of the at least one neutral lubricity additive divided by (ii) an amount of the at least one linear monocarboxylic acid is 0.2 to 5 and when (ii) is the at least one linear monocarboxylic acid salt, a weight ratio of (i) an amount of the at least one neutral lubricity additive divided by (ii) an amount of the at least one linear monocarboxylic acid salt is 2 to 27.8; and the lubricity additive mixture being suitable to provide 1.71 to 30.9 mg/l (0.6 to 10.8 PTB) of (i) and 0.86 to 2.86 mg/l (0.3 to 1.0 PTB) of (ii) when used in a spark-ignitable fuel together.
A thrust bearing (3A; 3B) disposed so as to face a thrust collar provided on a rotary shaft, the thrust bearing (3A; 3B) comprising: a top foil disposed so as to face the thrust collar; a back foil disposed so as to face a surface of the top foil opposite to another surface of the top foil facing the thrust collar, and supporting the top foil; and an annular plate-shaped base plate disposed on a side of the back foil opposite to the top foil, and supporting the back foil, wherein the back foil includes a plurality of back foil pieces arranged in a circumferential direction of the base plate, wherein the top foil includes a plurality of top foil pieces disposed on the plurality of back foil pieces, and characterized in that a leading side of a top foil piece in a rotation direction of the rotary shaft is provided with a fixed part fixed to the base plate, an inner circumferential edge side of the top foil piece is provided with an inner circumferential edge-side thin part in which a part is removed from a surface of the top foil piece facing a back foil piece, and the inner circumferential edge-side thin part is formed so as to be thinner than an outer circumferential edge side of the top foil piece.
A flashlight comprising: a housing, the housing comprising a back surface facing opposite to a first direction, the back surface having a longitudinal dimension extending from a first end of the housing to a second end of the housing opposite to the first end, and a horizontal dimension perpendicular to the longitudinal dimension, wherein the longitudinal dimension is greater than the horizontal dimension; a battery received in the housing; a first light supported by the housing, the first light configured to emit light in the first direction; a second light supported by the housing, the second light configured to emit light in a second direction that is non-parallel with the first direction; a reflector assembly, the reflector assembly containing the first light and the second light, wherein the first light and the second light are received in the reflector assembly such that the first direction and the second direction are transverse to the longitudinal dimension of the back surface; a lens provided on the housing and facing the first direction, the lens having a diameter, wherein the horizontal dimension of the back surface is greater than the diameter of the lens; a clip (5, 106) being received on the back surface and extending along the longitudinal dimension of the back surface; and an actuation switch configured to selectively powering the first light and the second light with the battery received in the housing. a housing, the housing comprising a back surface facing opposite to a first direction, the back surface having a longitudinal dimension extending from a first end of the housing to a second end of the housing opposite to the first end, and a horizontal dimension perpendicular to the longitudinal dimension, wherein the longitudinal dimension is greater than the horizontal dimension; a battery received in the housing; a first light supported by the housing, the first light configured to emit light in the first direction; a second light supported by the housing, the second light configured to emit light in a second direction that is non-parallel with the first direction; a reflector assembly, the reflector assembly containing the first light and the second light, wherein the first light and the second light are received in the reflector assembly such that the first direction and the second direction are transverse to the longitudinal dimension of the back surface; a lens provided on the housing and facing the first direction, the lens having a diameter, wherein the horizontal dimension of the back surface is greater than the diameter of the lens; a clip (5, 106) being received on the back surface and extending along the longitudinal dimension of the back surface; and an actuation switch configured to selectively powering the first light and the second light with the battery received in the housing.