mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for manufacturing a curved display panel, wherein the apparatus comprises: a carrying machine configured to carry a curved cover; a flexible bag configured to fasten a flexible display device which is to be attached to the curved cover, wherein the flexible display device is disposed below the flexible bag in a vertical direction; and a supporting machine configured to fasten the flexible bag, wherein the flexible bag is disposed below the supporting machine in the vertical direction; characterised in that an infusion equipment configured to infuse a liquid substance into the flexible bag when at least one portion of the flexible display device is located above the curved cover in the vertical direction, such that the flexible display device is attached to a central area and a bending area of an inner surface of the curved cover under a pressure applied by the liquid substance, and the pressure corresponds to a gravity of the liquid substance. a carrying machine configured to carry a curved cover; a flexible bag configured to fasten a flexible display device which is to be attached to the curved cover, wherein the flexible display device is disposed below the flexible bag in a vertical direction; and a supporting machine configured to fasten the flexible bag, wherein the flexible bag is disposed below the supporting machine in the vertical direction; characterised in that an infusion equipment configured to infuse a liquid substance into the flexible bag when at least one portion of the flexible display device is located above the curved cover in the vertical direction, such that the flexible display device is attached to a central area and a bending area of an inner surface of the curved cover under a pressure applied by the liquid substance, and the pressure corresponds to a gravity of the liquid substance.
Process for the continuous polymerization of one or more α-olefin monomers of which at least one is ethylene or propylene comprising the steps of: (a) withdrawing fluids from a reactor (b) cooling fluids comprising the withdrawn fluids with a cooling unit (c) introducing the cooled fluids to a separator to separate at least part of the liquid from these fluids to form a liquid phase and a gas/liquid phase (d) introducing the gas/liquid phase below to the reactor below a distribution plate (e) introducing the liquid phase to a settling tank to separate liquid from fines that settle down in the settling tank (f) introducing liquid from the settling tank upstream of the cooling unit. (a) withdrawing fluids from a reactor (b) cooling fluids comprising the withdrawn fluids with a cooling unit (c) introducing the cooled fluids to a separator to separate at least part of the liquid from these fluids to form a liquid phase and a gas/liquid phase (d) introducing the gas/liquid phase below to the reactor below a distribution plate (e) introducing the liquid phase to a settling tank to separate liquid from fines that settle down in the settling tank (f) introducing liquid from the settling tank upstream of the cooling unit.
A computer-implemented method for managing a caching service, comprising: under the control of one or more computer systems configured with executable instructions, providing a configuration endpoint (106; 206; 308; 414; 506; 610) that provides an alias to a memory caching node (110; 210; 302; 402; 510; 620), wherein the configuration endpoint has a static address at which it can be used to resolve the alias to the memory caching node; monitoring (902; 1002) a cache cluster (113; 213; 304; 413; 513; 613) comprising one or more memory caching nodes (110; 210; 302; 402; 510; 620), each memory caching node of the one or more memory caching nodes providing storage (112; 212; 404; 512) for a portion of data contained in a distributed data store, wherein the monitoring comprises utilizing the one or more memory caching nodes to detect changes in the configuration of the cache cluster; storing, by each memory caching node, a configuration (108; 208; 412; 508; 612) for accessing the data within the cache cluster, wherein the configuration is stored in a partitioned memory space of each memory caching node; and as a result of a determination that the configuration of the cache cluster has changed, updating (920; 1010) the configuration stored by at least one of the memory caching nodes, wherein the determination is based at least in part on the monitoring, wherein updating the configuration stored by the at least one of the memory caching nodes comprises updating the configuration endpoint with an alias referencing the memory caching node that comprises the updated configuration.
An isolated antibody, or antigen-binding fragment thereof, that specifically binds to hypusine in a polypeptide, wherein the antibody comprises a heavy chain variable region and a light chain variable region, wherein the heavy chain variable region comprises (i) HVR-H1 comprising the amino acid sequence of SEQ ID NO:9, (ii) HVR-H2 comprising the amino acid sequence of SEQ ID NO:13, and (iii) HVR-H3 comprising the amino acid sequence of SEQ ID NO:17; and wherein the light chain variable region comprises (i) HVR-L1 comprising the amino acid sequence of SEQ ID NO:1, (ii) HVR-L2 comprising the amino acid sequence of SEQ ID NO:4, and (iii) HVR-L3 comprising the amino acid sequence of SEQ ID NO:7; or wherein the heavy chain variable region comprises (i) HVR-H1 comprising the amino acid sequence of SEQ ID NO:9, (ii) HVR-H2 comprising the amino acid sequence of SEQ ID NO:14, and (iii) HVR-H3 comprising the amino acid sequence of SEQ ID NO: 17; and wherein the light chain variable region comprises (i) HVR-L1 comprising the amino acid sequence of SEQ ID NO:2, (ii) HVR-L2 comprising the amino acid sequence of SEQ ID NO:5, and (iii) HVR-L3 comprising the amino acid sequence of SEQ ID NO:7.
A staple cartridge, comprising: a plurality of staples, wherein each staple comprises a base and a leg extending from the base; wherein the staples are arranged in the cartridge such that once fired into tissue in a staple line, the staple line comprises: a first portion comprising a first flexibility, and a second portion longitudinally offset from the first portion, wherein the second portion comprises a second flexibility which is different than the first flexibility, and wherein the bases of the staples in the second group are arranged in parallel, wherein the second portion comprises a distal end of the staple line, characterized in that the bases of the staples in the first group are arranged in a herringbone pattern. a plurality of staples, wherein each staple comprises a base and a leg extending from the base; wherein the staples are arranged in the cartridge such that once fired into tissue in a staple line, the staple line comprises: a first portion comprising a first flexibility, and a second portion longitudinally offset from the first portion, wherein the second portion comprises a second flexibility which is different than the first flexibility, and wherein the bases of the staples in the second group are arranged in parallel, wherein the second portion comprises a distal end of the staple line, characterized in that the bases of the staples in the first group are arranged in a herringbone pattern. a first portion comprising a first flexibility, and a second portion longitudinally offset from the first portion, wherein the second portion comprises a second flexibility which is different than the first flexibility, and wherein the bases of the staples in the second group are arranged in parallel, wherein the second portion comprises a distal end of the staple line, characterized in that the bases of the staples in the first group are arranged in a herringbone pattern.
An antenna for a mobile communication device, wherein the antenna comprises: a microphone, an antenna feeder, a radio frequency module, and a main board ground terminal, all arranged on a main board of the mobile communication device, wherein the microphone comprises: a body portion; characterized in that the microphone further comprises: a first ground terminal of the microphone and a second ground terminal of the microphone, wherein the first ground terminal of the microphone is arranged to surround a sidewall of the body portion, the first ground terminal of the microphone is electrically connected with the second ground terminal of the microphone, and the second ground terminal of the microphone is electrically connected with the body portion; and the radio frequency module is electrically connected with the first ground terminal of the microphone through the antenna feeder, and the main board ground terminal is electrically connected with the second ground terminal of the microphone. a microphone, an antenna feeder, a radio frequency module, and a main board ground terminal, all arranged on a main board of the mobile communication device, wherein the microphone comprises: a body portion; characterized in that the microphone further comprises: a first ground terminal of the microphone and a second ground terminal of the microphone, wherein the first ground terminal of the microphone is arranged to surround a sidewall of the body portion, the first ground terminal of the microphone is electrically connected with the second ground terminal of the microphone, and the second ground terminal of the microphone is electrically connected with the body portion; and the radio frequency module is electrically connected with the first ground terminal of the microphone through the antenna feeder, and the main board ground terminal is electrically connected with the second ground terminal of the microphone. a body portion; characterized in that the microphone further comprises: a first ground terminal of the microphone and a second ground terminal of the microphone, wherein the first ground terminal of the microphone is arranged to surround a sidewall of the body portion, the first ground terminal of the microphone is electrically connected with the second ground terminal of the microphone, and the second ground terminal of the microphone is electrically connected with the body portion; and the radio frequency module is electrically connected with the first ground terminal of the microphone through the antenna feeder, and the main board ground terminal is electrically connected with the second ground terminal of the microphone.
A coil forming device, comprising: - a first bending unit that performs a first bending process with respect to a linear conductor; and - a second bending unit that performs a second bending process with respect to the linear conductor, wherein the first bending unit and the second bending unit are integrated in said coil forming device, and wherein the first bending unit and the second bending unit are switched to access one linear conductor so as to perform the first bending process and the second bending process onto the linear conductor, characterized in that the first bending process is a compression bending process and the second bending process is a draw bending process wherein the second bending unit includes a core metal (200B-1), a clamp (200B-2), and a back pad (200B-3), and wherein the second bending unit performs the draw bending process on the linear conductor such that the linear conductor is interposed between the core metal (200B-1) and the clamp (200B-2), the back pad (200B-3) is attached to the linear conductor from a side where the clamp (200B-2) is attached, and the core metal (200B-1) and the clamp (200B-2) are integrally rotated, the second bending unit includes a core metal holder that supports the core metal (200B-1), and wherein a notch surface is provided in the core metal holder along the rotation center axis of the core metal (200B-1). - a first bending unit that performs a first bending process with respect to a linear conductor; and - a second bending unit that performs a second bending process with respect to the linear conductor, wherein the first bending unit and the second bending unit are integrated in said coil forming device, and wherein the first bending unit and the second bending unit are switched to access one linear conductor so as to perform the first bending process and the second bending process onto the linear conductor, characterized in that the first bending process is a compression bending process and the second bending process is a draw bending process wherein the second bending unit includes a core metal (200B-1), a clamp (200B-2), and a back pad (200B-3), and wherein the second bending unit performs the draw bending process on the linear conductor such that the linear conductor is interposed between the core metal (200B-1) and the clamp (200B-2), the back pad (200B-3) is attached to the linear conductor from a side where the clamp (200B-2) is attached, and the core metal (200B-1) and the clamp (200B-2) are integrally rotated, the second bending unit includes a core metal holder that supports the core metal (200B-1), and wherein a notch surface is provided in the core metal holder along the rotation center axis of the core metal (200B-1).
A rechargeable battery, comprising at least: a porous base; a first electrode layer; an ionic conductor layer; and a second electrode layer, the porous base comprising a framework that is conductive, the framework having a three-dimensional network structure, on at least part of a surface of the framework in the interior of the porous base, the first electrode layer, the ionic conductor layer, and the second electrode layer being stacked in this order, the first electrode layer and the second electrode layer having opposite polarities, characterized in that, the rechargeable battery further comprising a liquid electrolyte, both the first electrode layer and the second electrode layer being porous, the ionic conductor layer containing a gelled electrolyte, the liquid electrolyte having penetrated the first electrode layer, the gelled electrolyte, and the second electrode layer. a porous base; a first electrode layer; an ionic conductor layer; and a second electrode layer, the porous base comprising a framework that is conductive, the framework having a three-dimensional network structure, on at least part of a surface of the framework in the interior of the porous base, the first electrode layer, the ionic conductor layer, and the second electrode layer being stacked in this order, the first electrode layer and the second electrode layer having opposite polarities, characterized in that, the rechargeable battery further comprising a liquid electrolyte, both the first electrode layer and the second electrode layer being porous, the ionic conductor layer containing a gelled electrolyte, the liquid electrolyte having penetrated the first electrode layer, the gelled electrolyte, and the second electrode layer.
A method, comprising: treating a reduction catalyst having an amount of sulfur thereon, wherein the treating comprises providing a fluid stream at a position upstream of the reduction catalyst, wherein the fluid stream includes a reductant amount and a temperature, the temperature being between 300°C and 550°C inclusive and the reductant amount including an amount of urea, ammonia, or hydrocarbons, wherein the fluid stream is effective to remove at least part of the sulfur from the reduction catalyst. treating a reduction catalyst having an amount of sulfur thereon, wherein the treating comprises providing a fluid stream at a position upstream of the reduction catalyst, wherein the fluid stream includes a reductant amount and a temperature, the temperature being between 300°C and 550°C inclusive and the reductant amount including an amount of urea, ammonia, or hydrocarbons, wherein the fluid stream is effective to remove at least part of the sulfur from the reduction catalyst.
A generator assembly comprising: a generator assembly frame; a plurality of stacked laminations forming a stator core; a plurality of keybars securing said stator core to said generator assembly frame; wherein said stacked laminations have a plurality of grooves that match sections of said keybars, and wherein said grooves are fitted with said keybars; wherein said grooves are larger than the matching sections of said keybars, forming a series of gaps between said plurality of keybars and said plurality of grooves; and a plurality of wedges; wherein said plurality of wedges are inserted in said series of gaps, securing said stator core to said keybars, and wherein said wedges are aligned such that forces from said keybars are dispersed in a generally circumferential direction into said laminations. a generator assembly frame; a plurality of stacked laminations forming a stator core; a plurality of keybars securing said stator core to said generator assembly frame; wherein said stacked laminations have a plurality of grooves that match sections of said keybars, and wherein said grooves are fitted with said keybars; wherein said grooves are larger than the matching sections of said keybars, forming a series of gaps between said plurality of keybars and said plurality of grooves; and a plurality of wedges; wherein said plurality of wedges are inserted in said series of gaps, securing said stator core to said keybars, and wherein said wedges are aligned such that forces from said keybars are dispersed in a generally circumferential direction into said laminations.
A hair care composition comprising: a) from 0.1 wt.% to 12 wt.% of a 1,2-diol having a carbon chain with a length of more than 8 carbons; b) from 0.1 wt.% to 10 wt.% of a solid particle, the solid particle is selected from the group consisting of silica silylate (hydrophobic silica), zinc carbonate and mixtures thereof, wherein the total amount of solid particle ranges from 1 wt.% to 10 wt.%, wherein the interfacial tension between the solid particle and sebum is from 5 to 18 dyn/cm as measured using the Contact Angle Method as disclosed herein; the sebum exhibits spreading coefficient on the solid, which is greater than 22 dyn/cm as measured using the Contact Angle Method as disclosed herein; and the work of adhesion of the sebum to the solid particle, which is greater than 75 dyn/cm as measured using the Contact Angle Method as disclosed herein. c) an aqueous carrier. a) from 0.1 wt.% to 12 wt.% of a 1,2-diol having a carbon chain with a length of more than 8 carbons; b) from 0.1 wt.% to 10 wt.% of a solid particle, the solid particle is selected from the group consisting of silica silylate (hydrophobic silica), zinc carbonate and mixtures thereof, wherein the total amount of solid particle ranges from 1 wt.% to 10 wt.%, wherein the interfacial tension between the solid particle and sebum is from 5 to 18 dyn/cm as measured using the Contact Angle Method as disclosed herein; the sebum exhibits spreading coefficient on the solid, which is greater than 22 dyn/cm as measured using the Contact Angle Method as disclosed herein; and the work of adhesion of the sebum to the solid particle, which is greater than 75 dyn/cm as measured using the Contact Angle Method as disclosed herein. the interfacial tension between the solid particle and sebum is from 5 to 18 dyn/cm as measured using the Contact Angle Method as disclosed herein; the sebum exhibits spreading coefficient on the solid, which is greater than 22 dyn/cm as measured using the Contact Angle Method as disclosed herein; and the work of adhesion of the sebum to the solid particle, which is greater than 75 dyn/cm as measured using the Contact Angle Method as disclosed herein. c) an aqueous carrier.
An electric motor control method capable of selecting a current vector control or a voltage phase control as a control mode for controlling an operation of the electric motor according to an operating state of the electric motor, the method comprising: when the voltage phase control is selected as the control mode, stopping a part of processing in the current vector control, and continuously executing other processing r in the current vector control, the other processing including integral calculation except for the part of processing in the current vector control; and when the control mode is switched from the voltage phase control to the current vector control, starting the part of processing by using at least one control value obtained by continuing the other processing, wherein: the part of processing includes initialization processing of setting an initial value of a control variable in the current vector control by using the at least one control value obtained by continuing the other processing during selection of the voltage phase control, and/or the other processing includes command value calculation processing of generating a voltage command value to be supplied to the electric motor. when the voltage phase control is selected as the control mode, stopping a part of processing in the current vector control, and continuously executing other processing r in the current vector control, the other processing including integral calculation except for the part of processing in the current vector control; and when the control mode is switched from the voltage phase control to the current vector control, starting the part of processing by using at least one control value obtained by continuing the other processing, wherein: the part of processing includes initialization processing of setting an initial value of a control variable in the current vector control by using the at least one control value obtained by continuing the other processing during selection of the voltage phase control, and/or the other processing includes command value calculation processing of generating a voltage command value to be supplied to the electric motor. the part of processing includes initialization processing of setting an initial value of a control variable in the current vector control by using the at least one control value obtained by continuing the other processing during selection of the voltage phase control, and/or the other processing includes command value calculation processing of generating a voltage command value to be supplied to the electric motor.
A device for purifying an ambient air in a vehicle, having - a filter for filtering the ambient air, - an air-guiding duct, by means of which the ambient air is guided from an air inlet (8, 9) to the filter, - a trunk, which is arranged above at least a part of the air-guiding duct, characterized in that the filter is arranged beneath the trunk and in that a holding device is provided in such a way that the filter can be brought by a linear displacement from an installation position, in which the filter is located in the air-guiding duct, into a dismantling position, in which the filter is located outside of the air-guiding duct. - a filter for filtering the ambient air, - an air-guiding duct, by means of which the ambient air is guided from an air inlet (8, 9) to the filter, - a trunk, which is arranged above at least a part of the air-guiding duct,
A nonwoven material comprising: a plurality of randomly oriented and bulked crimped filaments, a plurality of point bonds interconnecting said crimped filaments into a fixed 3-dimensional structure, and a surface portion of said fixed 3-dimensional structure having a greater density than an inner portion of said 3-dimensional structure, wherein a ratio of surface portion density to inner portion density being in a range of 10-110:1. a plurality of randomly oriented and bulked crimped filaments, a plurality of point bonds interconnecting said crimped filaments into a fixed 3-dimensional structure, and a surface portion of said fixed 3-dimensional structure having a greater density than an inner portion of said 3-dimensional structure, wherein a ratio of surface portion density to inner portion density being in a range of 10-110:1.