mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising: a base portion and an extended portion; the base portion having a first side and a second side, the extended portion extending from the first side away from base portion; the extended portion passing below the upper from the first side to the second side; the extended portion extending beyond the second side, wherein the extended portion and the base portion being configured as a one-piece structure, the extended portion wrapping below the base portion, and the extended portion being adjustably securable. a base portion and an extended portion; the base portion having a first side and a second side, the extended portion extending from the first side away from base portion; the extended portion passing below the upper from the first side to the second side; the extended portion extending beyond the second side, wherein the extended portion and the base portion being configured as a one-piece structure, the extended portion wrapping below the base portion, and the extended portion being adjustably securable.
A method of manufacturing a Cu-Ga alloy sputtering target made of a Cu-Ga alloy, a hollow portion being formed therein, the method comprising: a calcining step of forming a calcined material by charging a raw material powder that includes at least a Cu-Ga alloy powder into a mold that includes a core and heating the raw material powder in a reducing atmosphere; and a main sintering step of forming a sintered material by removing the core from the calcined material and heating the calcined material in a reducing atmosphere, wherein the core used in the calcining step is made of a material having a higher linear thermal expansion coefficient than a Cu-Ga alloy constituting the Cu-Ga alloy sputtering target, the calcined material is formed by holding the raw material powder at a temperature of 100°C or more and 600°C or less for 10 minutes or more and 10 hours or less in the calcining step, and the main sintering step is performed under a temperature condition of (Tm-150)°C or more and less than Tm°C in the main sintering step, where Tm corresponds to a temperature, at which a liquid phase of the calcined Cu-Ga alloy appears under a pressure of 101 to 106 kPa (1.00 to 1.05 atm), in degree Celsius. a calcining step of forming a calcined material by charging a raw material powder that includes at least a Cu-Ga alloy powder into a mold that includes a core and heating the raw material powder in a reducing atmosphere; and a main sintering step of forming a sintered material by removing the core from the calcined material and heating the calcined material in a reducing atmosphere, wherein the core used in the calcining step is made of a material having a higher linear thermal expansion coefficient than a Cu-Ga alloy constituting the Cu-Ga alloy sputtering target, the calcined material is formed by holding the raw material powder at a temperature of 100°C or more and 600°C or less for 10 minutes or more and 10 hours or less in the calcining step, and the main sintering step is performed under a temperature condition of (Tm-150)°C or more and less than Tm°C in the main sintering step, where Tm corresponds to a temperature, at which a liquid phase of the calcined Cu-Ga alloy appears under a pressure of 101 to 106 kPa (1.00 to 1.05 atm), in degree Celsius.
A press-on twist-off ® vessel closure of metal or plastic, for vessels with an opening, to be closed by said vessel closure, with an inner diameter of more than two cm, said vessel closure comprising a sealing element based on polymers, which is free of PVC and arranged in the vessel closure that it sealingly abuts the opening of the vessel in the closed state, wherein a polymer compound is made sufficiently flowable by warming and is provided to the vessel closure in the area of the sealing element to be formed and is mechanically brought into the desired shape which it retains after cooling; wherein the material of the sealing element is selected such that it prevents the migration of components of said material into the food or beverage, and wherein the material comprises at least one polymeric component as the main ingredient, said polymeric compound contributing to the sealing effect and said material being substantially free of components which are liquid at application temperature, characterized in that the shore A hardness of the polymer compound is between 40 and 90; that the polymer compound has a compression set between 30 % and 70 %, determined in accordance with ASTM at 22 h storage at 70°C and a compression of 25 %, and that the polymer compound comprises a copolymer which on the one hand comprises polyethylene units and on the other hand is built from an alkene monomer selected from propene, butane, hexane and especially octane.
A backup system installed in an airplane comprising: a first storage and a second storage each configured to store data, a detector configured to obtain flight information for an airplane, and a controller configured to acquire the flight information from the detector at a predetermined sampling rate, characterized in that the controller is configured to determine, based on the flight information acquired from the detector and based on an illumination status of a seat belt sign set from an input apparatus, whether stable flight can be expected or whether stable flight has been hindered and, when it is determined that stable flight can be expected, to duplicate the data stored in the first storage to the second storage. a first storage and a second storage each configured to store data, a detector configured to obtain flight information for an airplane, and a controller configured to acquire the flight information from the detector at a predetermined sampling rate, characterized in that the controller is configured to determine, based on the flight information acquired from the detector and based on an illumination status of a seat belt sign set from an input apparatus, whether stable flight can be expected or whether stable flight has been hindered and, when it is determined that stable flight can be expected, to duplicate the data stored in the first storage to the second storage.
A mold for molding a tire tread, comprising: a plurality of mold segments, each of the plurality of mold segments including an integer number of tread pitch repetitions, the plurality of mold segments structured to be coupled to each other end-to-end so as to form the mold such that the mold includes an integer number of tread pitches; and at least one mold end segment structured to be positioned on at least one end of the mold, the mold end segment having a mold end segment length shorter than a length of each of the plurality of mold segments, characterized in that the at least one mold end segment comprises a cut-mark defined thereon, the cut-mark structured to produce a corresponding tread cut-mark on the tire tread (114; 400) molded thereon, the tread cut-mark indicating a portion of the tire tread (114; 400) structured to be cut off so as to make an end of the tire tread (114; 400) conducive to splicing. a plurality of mold segments, each of the plurality of mold segments including an integer number of tread pitch repetitions, the plurality of mold segments structured to be coupled to each other end-to-end so as to form the mold such that the mold includes an integer number of tread pitches; and at least one mold end segment structured to be positioned on at least one end of the mold, the mold end segment having a mold end segment length shorter than a length of each of the plurality of mold segments, characterized in that the at least one mold end segment comprises a cut-mark defined thereon, the cut-mark structured to produce a corresponding tread cut-mark on the tire tread (114; 400) molded thereon, the tread cut-mark indicating a portion of the tire tread (114; 400) structured to be cut off so as to make an end of the tire tread (114; 400) conducive to splicing.
A process for preparation of racemic nicotine comprising the steps of: i. mixing 3-pyridylaldehyde and acrylonitrile in presence of dimethylformamide and sodium cyanide using Stetter reaction at a temperature in the range of 30-40 °C to obtain ketonitrile; ii. reducing the ketonitrile as obtained in step (i) in presence of reducing reagent in alcoholic solvent followed by cyclisation to obtain nornicotine; iii. methylating of nornicotine as obtained in step (ii) using sodium acetate, formalin, and sodium cyanoborohydride in water followed by purification by column chromatography to obtain the pure racemic nicotine, optionally isolating and purifying intermediate compounds obtained in step (i) and (ii). i. mixing 3-pyridylaldehyde and acrylonitrile in presence of dimethylformamide and sodium cyanide using Stetter reaction at a temperature in the range of 30-40 °C to obtain ketonitrile; ii. reducing the ketonitrile as obtained in step (i) in presence of reducing reagent in alcoholic solvent followed by cyclisation to obtain nornicotine; iii. methylating of nornicotine as obtained in step (ii) using sodium acetate, formalin, and sodium cyanoborohydride in water followed by purification by column chromatography to obtain the pure racemic nicotine, optionally isolating and purifying intermediate compounds obtained in step (i) and (ii).
A sonic reactor comprising: (a) a horizontally-oriented resonant element having two or more nodal positions (8, 9) at a resonant frequency; (b) two resonance units each having electromagnetic drive means for electromagnetically driving the resonant element and a nodal support housing; (c) two or more nodal support rings which mount the resonant element to the two resonance units, the nodal support rings being adjustable in position relative to the resonant element and the resonance units to permit positioning of the nodal support rings at the nodal positions (8, 9) of the resonant element; (d) support ring bracket assemblies for affixing each nodal support ring to one of the resonance units; (e) an alternating series of bumpers and airbags between each nodal support ring and the respective support ring bracket assembly, the bumpers and airbags being attached in a fixed position to a respective nodal support ring; and (f) a grinding or mixing chamber mounted at one of the two free ends (10, 12) of the resonant element. (a) a horizontally-oriented resonant element having two or more nodal positions (8, 9) at a resonant frequency; (b) two resonance units each having electromagnetic drive means for electromagnetically driving the resonant element and a nodal support housing; (c) two or more nodal support rings which mount the resonant element to the two resonance units, the nodal support rings being adjustable in position relative to the resonant element and the resonance units to permit positioning of the nodal support rings at the nodal positions (8, 9) of the resonant element; (d) support ring bracket assemblies for affixing each nodal support ring to one of the resonance units; (e) an alternating series of bumpers and airbags between each nodal support ring and the respective support ring bracket assembly, the bumpers and airbags being attached in a fixed position to a respective nodal support ring; and (f) a grinding or mixing chamber mounted at one of the two free ends (10, 12) of the resonant element.
A method for connection rehoming, the method comprising: attaching, by a user equipment,UE, to a first network attachment point, AP, and establishing a first connection to a first packet data network, PDN, interface; moving, by the UE, from the first network AP to a second network AP; discovering, by the UE, that a first cost associated with the first connection is high; and rehoming, by the UE, the first connection, thereby establishing a second connection coupling the UE to a second network AP and to a second PDN interface, wherein a second cost associated with the second connection is low; characterized in that the discovering of the first cost comprises: receiving, by the UE, a first router advertisement message comprising a first Internet Protocol, IP, prefix associated with the first connection and a first measure of cost associated with the first connection, wherein the first measure of cost is high; and in that the discovering of the second cost further comprises receiving, by the UE, a second router advertisement message including a second IP prefix associated with the second network AP and a second measure of cost associated with the second IP prefix, wherein the second measure of cost is low. attaching, by a user equipment,UE, to a first network attachment point, AP, and establishing a first connection to a first packet data network, PDN, interface; moving, by the UE, from the first network AP to a second network AP; discovering, by the UE, that a first cost associated with the first connection is high; and rehoming, by the UE, the first connection, thereby establishing a second connection coupling the UE to a second network AP and to a second PDN interface, wherein a second cost associated with the second connection is low; characterized in that the discovering of the first cost comprises: receiving, by the UE, a first router advertisement message comprising a first Internet Protocol, IP, prefix associated with the first connection and a first measure of cost associated with the first connection, wherein the first measure of cost is high; and in that the discovering of the second cost further comprises receiving, by the UE, a second router advertisement message including a second IP prefix associated with the second network AP and a second measure of cost associated with the second IP prefix, wherein the second measure of cost is low. receiving, by the UE, a first router advertisement message comprising a first Internet Protocol, IP, prefix associated with the first connection and a first measure of cost associated with the first connection, wherein the first measure of cost is high; and in that the discovering of the second cost further comprises receiving, by the UE, a second router advertisement message including a second IP prefix associated with the second network AP and a second measure of cost associated with the second IP prefix, wherein the second measure of cost is low.
An optical transmitter device for emitting light within a body cavity, said optical transmitter device (81, 91) comprises an elongate penetrator member (1, 11, 31, 71) for penetrating through mammal skin and an associated structured lightning member, the penetrator member (1, 11, 31, 71) has a distal portion (2, 12, 22, 32, 42, 52, 62, 72, 82, 92) and a proximal portion (3, 33, 73, 83, 93), wherein the distal portion (2, 12, 22, 32, 42, 52, 62, 72, 82, 92) has a center axis and a length and comprises a penetrator tip (4, 14, 24, 34, 44, 54, 64, 74, 84), the structured lightning member comprises a light source and a projector (26', 46, 56, 66, 76, 106, 206, 406), wherein the light source is operatively connected to the projector (26', 46, 56, 66, 76, 106, 206, 406) by a light guiding structure (201, 301, 401), the light guiding structure and the projector form part of a projector probe, the projector (26', 46, 56, 66, 76, 106, 206, 406) is disposed at the distal portion (2, 12, 22, 32, 42, 52, 62, 72, 82, 92) of the penetrator member (1, 11, 31, 71) and is configured for projecting a diverging light pattern and wherein the projector comprises a diffractive optical element comprising a microstructured surface configured for creating the light pattern and further comprises a beam expanding lens arrangement comprising a gradient index (GRIN) lens arranged prior to the DOE (104, 406), preferably the projector (26', 46, 56, 66, 76, 106, 206, 406) has at least one position wherein it is configured for projecting the light pattern outwards relative to the optical transmitter device, preferably for projecting the light pattern distally relative to the optical transmitter device.
High pressure vessel of fibre reinforced plastics provided with a permeation barrier of a metal foil having a thickness of ≤ 0,5 mm for receiving helium (He), neon (Ne), argon (Ar), krypton (Kr), xenon (Xe), air, oxygen or hydrogen, characterized in that the vessel on its inner wall completely or partially is provided with a permeation dense metal foil having a high elastic range (ε=R p0,2 /E) and a low thermal extension coefficient α, namely a metal foil of 1.3974 (ε=0,25; α=15,5), A286 (ε=0,32; α=17), CuBe (ε=0,90; α=17), Ni-Span C-902 (ε=0,50; α=7,74), Inconel 903 (ε=0,75; α=7,2), Inconel 718 (ε=0,26 - 0,65; α=13,14).
An extendable belt conveyor for conveying articles, said conveyor comprising: a base unit; at least one mechanically extendable section (3, 4) supported in a cantilevered manner and selectively positionable relative to the base unit, wherein one of the at least one mechanically extendable section (3, 4) is an outmost mechanically extendable section including a front end portion, wherein the front end portion carries a reversing roller; a conveying surface including a belt for conveying articles extending at least partially on an upper side of the at least one mechanically extendable section (3, 4), wherein the belt is guided over the reversing roller located in the front end portion; characterized in that it comprises furthermore a loading set (11, 15, 16) for use in loading of articles and an unloading set (20, 22, 23) for use in unloading of articles, and in that the front end portion is a modular front end portion, which is selectively configurable to incorporate the loading set (11, 15, 16) or the unloading set (20, 22, 23), and which is selectively configurable to carry the reversing roller in a loading position or in an unloading position closer to the outmost end of the outmost mechanically extendable section than in the loading position, so that, in the loading configuration, the reversing roller is located in the loading position and the modular front end portion incorporates the loading set (11, 15, 16), and that, in the unloading configuration, the reversing roller is located in the unloading position and the modular front end portion incorporates the unloading set (20, 22, 23). a base unit; at least one mechanically extendable section (3, 4) supported in a cantilevered manner and selectively positionable relative to the base unit, wherein one of the at least one mechanically extendable section (3, 4) is an outmost mechanically extendable section including a front end portion, wherein the front end portion carries a reversing roller; a conveying surface including a belt for conveying articles extending at least partially on an upper side of the at least one mechanically extendable section (3, 4), wherein the belt is guided over the reversing roller located in the front end portion; characterized in that it comprises furthermore a loading set (11, 15, 16) for use in loading of articles and an unloading set (20, 22, 23) for use in unloading of articles, and in that the front end portion is a modular front end portion, which is selectively configurable to incorporate the loading set (11, 15, 16) or the unloading set (20, 22, 23), and which is selectively configurable to carry the reversing roller in a loading position or in an unloading position closer to the outmost end of the outmost mechanically extendable section than in the loading position, so that, in the loading configuration, the reversing roller is located in the loading position and the modular front end portion incorporates the loading set (11, 15, 16), and that, in the unloading configuration, the reversing roller is located in the unloading position and the modular front end portion incorporates the unloading set (20, 22, 23).
An orthosis, comprising: an outer layer which maintains a substantially elliptic shape; and a buffer which is provided on an inner periphery of the outer layer, and buffers a predetermined site on a head, characterized in that the outer layer comprises adjustment portions (23a, 23b) which can be close to or apart from each other in a direction of the minor axis of the substantially elliptic shape, and further comprises an adjuster which is adapted to adjust the adjustment portions (23a, 23b) so as to allow the minor axis of the substantially elliptic shape to have a length corresponding to the width of the head, the adjuster is formed of a connecting member having non-expansibility or resistance to expansion, the outer layer has a substantially C-shape formed by providing an opening at a front or rear in a direction of a major axis of the substantially elliptic shape, and the connecting member is arranged so as to connect the opening, and when the orthosis is worn in a state deviating from a state where the minor axis of the substantially elliptic shape of the outer layer corresponds to the width of the head, the outer layer is expanded in conformity with the shape of a contact portion of the head, and due to elastic deformation, pressers (24a, 24b) which press the predetermined site on the head are formed to induce a rotational movement of the head. an outer layer which maintains a substantially elliptic shape; and a buffer which is provided on an inner periphery of the outer layer, and buffers a predetermined site on a head, characterized in that the outer layer comprises adjustment portions (23a, 23b) which can be close to or apart from each other in a direction of the minor axis of the substantially elliptic shape, and further comprises an adjuster which is adapted to adjust the adjustment portions (23a, 23b) so as to allow the minor axis of the substantially elliptic shape to have a length corresponding to the width of the head, the adjuster is formed of a connecting member having non-expansibility or resistance to expansion, the outer layer has a substantially C-shape formed by providing an opening at a front or rear in a direction of a major axis of the substantially elliptic shape, and the connecting member is arranged so as to connect the opening, and when the orthosis is worn in a state deviating from a state where the minor axis of the substantially elliptic shape of the outer layer corresponds to the width of the head, the outer layer is expanded in conformity with the shape of a contact portion of the head, and due to elastic deformation, pressers (24a, 24b) which press the predetermined site on the head are formed to induce a rotational movement of the head.
A process for removing water from an oxidative esterification reactor during the oxidative esterification process for producing (meth)acrylic esters, the process comprising: (a) conducting an oxidative esterification reaction in a reactor; (b) removing a crude product stream from the reactor; (c) passing a first portion of the crude product stream directly to a product recovery zone; (d) introducing a second portion of the crude product stream to a distillation column to generate a column overheads stream and a column bottoms stream; (e) passing at least a portion of the columns bottoms stream to the product recovery zone; and (f) recycling a recycle stream comprising at least a portion of the overheads stream to the reactor; wherein the recycle stream contains less than 1 weight percent (wt%) water based on the total weight of the recycle stream, wherein the weight ratio of the first portion to the second portion is at least 1:10, and wherein the amount of the recycle stream recycled to the reactor is such that the reactor contains less than or equal to 2.5 wt% water, based on the weight of the reactor contents.