mhurhangee/ep-ind-claims huggingface dataset:
A method for logging real-time data to be displayed on at least one client system, wherein the method comprises the following steps performed by a server system: a. sending first real-time data to the at least one client system, wherein the first real-time data comprises a first value of a data item and visual display information; b. creating a first log entry for the data item, wherein the first log entry comprises the first value of the data item to be displayed on the at least one client system and the visual display information; c. sending second real-time data to the at least one client system, wherein the second real-time data comprises a second value of the data item, but no visual display information; d. if the first and second values of the data item are different, creating a second log entry for the data item, wherein the second log entry comprises the second value of the data item to be displayed on the at least one client system; e. wherein the real-time data to be displayed on the at least one client system is always sent from the server system. a. sending first real-time data to the at least one client system, wherein the first real-time data comprises a first value of a data item and visual display information; b. creating a first log entry for the data item, wherein the first log entry comprises the first value of the data item to be displayed on the at least one client system and the visual display information; c. sending second real-time data to the at least one client system, wherein the second real-time data comprises a second value of the data item, but no visual display information; d. if the first and second values of the data item are different, creating a second log entry for the data item, wherein the second log entry comprises the second value of the data item to be displayed on the at least one client system; e. wherein the real-time data to be displayed on the at least one client system is always sent from the server system.
A process for the manufacture of a synthetic porous crystalline molecular sieve, which process comprises the steps of: (a) forming an aqueous reaction mixture, free of organic structure directing agent, comprising a source of X 2 O 3, a source of YO 2, and a source of metal hydroxide MOH, wherein X is a trivalent element, Y is a tetravalent element and M represents an alkali metal, in which reaction mixture (i) the molar ratio of H 2 O/MOH is 75 or less, and (ii) at least a portion of the X 2 O 3 and the YO 2 is provided by an amorphous material containing both X 2 O 3 and YO 2, said amorphous material having a YO 2 /X 2 O 3 molar ratio within the range of from 15 to 40; (b) crystallizing the reaction mixture to produce the porous crystalline molecular sieve; and (c) recovering the crystallized material. (a) forming an aqueous reaction mixture, free of organic structure directing agent, comprising a source of X 2 O 3, a source of YO 2, and a source of metal hydroxide MOH, wherein X is a trivalent element, Y is a tetravalent element and M represents an alkali metal, in which reaction mixture (i) the molar ratio of H 2 O/MOH is 75 or less, and (ii) at least a portion of the X 2 O 3 and the YO 2 is provided by an amorphous material containing both X 2 O 3 and YO 2, said amorphous material having a YO 2 /X 2 O 3 molar ratio within the range of from 15 to 40; (b) crystallizing the reaction mixture to produce the porous crystalline molecular sieve; and (c) recovering the crystallized material.
A method of classifying a plurality of state types for a device, the method comprising: accessing sensor information of the device, wherein at least some of the sensor information is used in a first set of sensor information and at least some of the sensor information is used in a second set of sensor information, the sensor information comprising information about both the motion state of a user of the device and the device position with respect to the user; processing the first set of sensor information using a first classification algorithm, wherein the first classification algorithm is configured to determine a first proposed state of a first state type and a first proposed state of a second state type; processing the second set of sensor information using a second classification algorithm, wherein the second classification algorithm is configured to determine a second proposed state of the first state type and a second proposed state of the second state type; and determining a proposed state of the device as the first proposed state of the first state type and the second proposed state of the second state type based on the results of the processing of the first set of sensor information and the processing of the second set of sensor information while discarding the first proposed state of the second state type and the second proposed state of the first state type. wherein the first state type is a motion state and the second state type is a position state of the device relative to the user of the device. accessing sensor information of the device, wherein at least some of the sensor information is used in a first set of sensor information and at least some of the sensor information is used in a second set of sensor information, the sensor information comprising information about both the motion state of a user of the device and the device position with respect to the user; processing the first set of sensor information using a first classification algorithm, wherein the first classification algorithm is configured to determine a first proposed state of a first state type and a first proposed state of a second state type; processing the second set of sensor information using a second classification algorithm, wherein the second classification algorithm is configured to determine a second proposed state of the first state type and a second proposed state of the second state type; and determining a proposed state of the device as the first proposed state of the first state type and the second proposed state of the second state type based on the results of the processing of the first set of sensor information and the processing of the second set of sensor information while discarding the first proposed state of the second state type and the second proposed state of the first state type. wherein the first state type is a motion state and the second state type is a position state of the device relative to the user of the device.
A PBAT resin composition characterized by comprising the following components: (a) Poly (butyleneadipate-co-terephthalate); (b) a cyclic esterified product having a structure represented by the formula Wherein the content by weight of the cyclic esterified product is from 10 ppm to 2000 ppm, based on the total weight of the PBAT resin composition, wherein the content by weight of the cyclic esterified product is measured by the following method: Weigh accurately 1.2000 g of the PBAT resin composition, put it into a 25 ml volumetric flask, dissolve it by chloroform, dilute it to 25ml after the PBAT resin composition is completely dissolved, measure the peak area of the cyclic esterified product in the above solution by GC-MS, calculate the content of the cyclic esterified product of the PBAT resin composition according to the peak area of the cyclic esterified product and the cyclic esterification standard curve, which may be calibrated by the cyclic esterified product / chloroform solution. (a) Poly (butyleneadipate-co-terephthalate); (b) a cyclic esterified product having a structure represented by the formula Wherein the content by weight of the cyclic esterified product is from 10 ppm to 2000 ppm, based on the total weight of the PBAT resin composition, wherein the content by weight of the cyclic esterified product is measured by the following method: Weigh accurately 1.2000 g of the PBAT resin composition, put it into a 25 ml volumetric flask, dissolve it by chloroform, dilute it to 25ml after the PBAT resin composition is completely dissolved, measure the peak area of the cyclic esterified product in the above solution by GC-MS, calculate the content of the cyclic esterified product of the PBAT resin composition according to the peak area of the cyclic esterified product and the cyclic esterification standard curve, which may be calibrated by the cyclic esterified product / chloroform solution.
An information processing system comprising a first information processing apparatus and a second information processing apparatus, wherein the first information processing apparatus and the second information processing apparatus each comprises a memory unit comprising target data describing an image so that the target data is shared between the first information processing apparatus and the second information processing apparatus, wherein the second information processing apparatus is arranged to transmit, as information indicative of a specified display area, information indicative of an area of the target data displayed in the second information processing apparatus, and wherein the first information processing apparatus is arranged for displaying an image of a specified display area of the target data in a display unit, the image of the specified display area being a partial image of the image described by the target data, wherein the first information processing apparatus comprises: a reception unit constituted to receive information indicative of the specified display area specified in the second information processing apparatus; and a display controlling unit constituted to scale the partial image and an image referred to as peripheral image, the peripheral image representing a portion of the target data which is peripheral to the specified display area, and to display the partial image and the peripheral image in the display unit such that the partial image is included in a display field of the display unit based on the received information indicative of the specified display area and information about the display field of the display unit, wherein the display controlling unit is constituted to perform the scaling while maintaining an aspect ratio of the specified display area, if the aspect ratio of the specified display area is different from the aspect ratio of the display field, wherein the display controlling unit is constituted to perform the scaling such that two opposite sides of the specified display area are in contact with two opposite sides of the display field. a reception unit constituted to receive information indicative of the specified display area specified in the second information processing apparatus; and a display controlling unit constituted to scale the partial image and an image referred to as peripheral image, the peripheral image representing a portion of the target data which is peripheral to the specified display area, and to display the partial image and the peripheral image in the display unit such that the partial image is included in a display field of the display unit based on the received information indicative of the specified display area and information about the display field of the display unit,
A parallel spherical five-bar linkage with a remote center of spherical rotation spaced apart from the parallel spherical five-bar linkage, the linkage comprising: a ground link having two axes of rotation (1112, 1113); two inboard links (1101, 1104), each inboard link pivotally coupled to the ground link at one of the two axes of rotation, each inboard link having an intermediate axis spaced apart from the axes of rotation, the two axes of rotation and the two intermediate axes all passing through the remote center of spherical rotation; two outboard links (1102, 1103), each outboard link pivotally coupled to one of the inboard links at the inboard link's intermediate axis (1111, 1114) to allow an angle between the coupled outboard and inboard links to vary, the two outboard links pivotally coupled together at an outboard axis that is spaced apart from the intermediate axes and passes through the remote center of spherical rotation; and a constraint (1716, 1718) to limit the rotation of a first one of the outboard links about the intermediate axis of the coupled inboard link such that a maximum angle between the links is substantially less than one hundred and eighty degrees; wherein a second one of the outboard links and the coupled inboard link are constructed and assembled such that the two intermediate axes are constrained to be on the same side of a plane that includes the outboard axis and one of the axes of rotation. a ground link having two axes of rotation (1112, 1113); two inboard links (1101, 1104), each inboard link pivotally coupled to the ground link at one of the two axes of rotation, each inboard link having an intermediate axis spaced apart from the axes of rotation, the two axes of rotation and the two intermediate axes all passing through the remote center of spherical rotation; two outboard links (1102, 1103), each outboard link pivotally coupled to one of the inboard links at the inboard link's intermediate axis (1111, 1114) to allow an angle between the coupled outboard and inboard links to vary, the two outboard links pivotally coupled together at an outboard axis that is spaced apart from the intermediate axes and passes through the remote center of spherical rotation; and a constraint (1716, 1718) to limit the rotation of a first one of the outboard links about the intermediate axis of the coupled inboard link such that a maximum angle between the links is substantially less than one hundred and eighty degrees; wherein a second one of the outboard links and the coupled inboard link are constructed and assembled such that the two intermediate axes are constrained to be on the same side of a plane that includes the outboard axis and one of the axes of rotation.
A method of forming a semiconductor structure, comprising: providing a first wafer including a first substrate, first semiconductor devices overlying the first substrate, and first dielectric material layers and first metal bonding pads overlying the first semiconductor devices; forming a sacrificial material layer over a top surface of a second wafer including a second substrate; forming second semiconductor devices, second dielectric material layers and second metal bonding pads over a top surface of the sacrificial material layer; attaching the second wafer to the first wafer such that the second dielectric material layers face the first dielectric material layers, and the first bonding pads are bonded to the second bonding pads; forming a plurality of voids (707; 717) through the second substrate such that surfaces of the sacrificial material layer are physically exposed underneath the plurality of voids; and removing the sacrificial material layer by providing an etchant that etches a material of the sacrificial material layer through the plurality of voids, wherein the second substrate is detached from a bonded assembly (900, 700) including the first wafer, the second semiconductor devices, the second bonding pads, and the second dielectric material layers upon removal of the sacrificial material layer. providing a first wafer including a first substrate, first semiconductor devices overlying the first substrate, and first dielectric material layers and first metal bonding pads overlying the first semiconductor devices; forming a sacrificial material layer over a top surface of a second wafer including a second substrate; forming second semiconductor devices, second dielectric material layers and second metal bonding pads over a top surface of the sacrificial material layer; attaching the second wafer to the first wafer such that the second dielectric material layers face the first dielectric material layers, and the first bonding pads are bonded to the second bonding pads; forming a plurality of voids (707; 717) through the second substrate such that surfaces of the sacrificial material layer are physically exposed underneath the plurality of voids; and removing the sacrificial material layer by providing an etchant that etches a material of the sacrificial material layer through the plurality of voids, wherein the second substrate is detached from a bonded assembly (900, 700) including the first wafer, the second semiconductor devices, the second bonding pads, and the second dielectric material layers upon removal of the sacrificial material layer.
Device for cooling a room, comprising at least one evaporation apparatus which is designed to evaporate a liquid and release it into the room, the device further containing at least one ventilation apparatus (2, 3) with a drying apparatus which is designed to extract moisture from a fresh air flow and to release this dehumidified fresh air flow into the room as a supply air flow, characterized in that, during the operation of the device, the supply air flow and the liquid only come into contact with one another inside the room.
A nacelle, comprising: - an outer structure provided with a thrust reverser device and a front frame, - an inner structure intended to cover a downstream section of a turbojet engine, the outer structure and the inner structure defining a flow path of an air flow of a turbojet engine, the thrust reverser device comprising at least: - a cowl movable in translation along a direction parallel to a longitudinal axis of the nacelle, the cowl being able to alternately switch from a closed position in which it ensures the aerodynamic continuity of the front frame to an open position in which it opens a passage in the nacelle intended for the air flow to be diverted, said cowl having a non-constant cross-section on the periphery of the path, - the cascade vanes of at least one part of the air flow of the turbojet engine through the passage opening, intended to be mounted on the front frame at their upstream end, the nacelle is characterized in that the connection of the front frame and the cascade vanes intended to be mounted on the reduced cross-section area of the cowl is centered on a first axis shifted relative to a second axis on which is centered the connection of the front frame and the cascade vanes intended to be mounted on the rest of the periphery of the cowl. - an outer structure provided with a thrust reverser device and a front frame, - an inner structure intended to cover a downstream section of a turbojet engine, - a cowl movable in translation along a direction parallel to a longitudinal axis of the nacelle, the cowl being able to alternately switch from a closed position in which it ensures the aerodynamic continuity of the front frame to an open position in which it opens a passage in the nacelle intended for the air flow to be diverted, said cowl having a non-constant cross-section on the periphery of the path, - the cascade vanes of at least one part of the air flow of the turbojet engine through the passage opening, intended to be mounted on the front frame at their upstream end,
A puncture support, comprising a support body made of a hard material, characterized in that the outside of the support body is covered with a soft support coating, and that a binding layer is disposed between the support body and the soft support coating. the outside of the support body is covered with a soft support coating, and that a binding layer is disposed between the support body and the soft support coating.
An air preheating device, in particular for a waste incineration plant, having - a cold air inlet, - a warm air outlet, and - a housing which surrounds a heat exchanger space and through which the air to be heated is guided, a tube bundle with a plurality of heat exchanger tubes being arranged in the heat exchanger space, through which heat exchanger tubes a heat-emitting medium, in particular steam, flows from an inlet header to an outlet header, wherein a compressed air cleaning device is arranged for cleaning off impurities adhering to the heat exchanger tubes during operation of the air preheating device, the compressed air cleaning device having a compressed air connection for connection to a compressed air supply, a supply bar extending into the heat exchanger space and at least one compressed air outlet arranged on the supply bar within the heat exchanger chamber, and wherein a control unit is provided which is configured such that it controls a supply of the air to be heated to the air preheating device depending on the operation of the compressed air cleaning device, characterized in that this control is effected in such a way that the sum of the volume flows of the air to be heated which is supplied to the air preheating device via the cold air inlet and of the air which is blown out into the heat exchanger space via the compressed air cleaning device is at least essentially constant. - a cold air inlet, - a warm air outlet, and - a housing which surrounds a heat exchanger space and through which the air to be heated is guided, a tube bundle with a plurality of heat exchanger tubes being arranged in the heat exchanger space, through which heat exchanger tubes a heat-emitting medium, in particular steam, flows from an inlet header to an outlet header,
A dental, dental-medical or dental-technical handpiece, having an elongate, preferably angled, grip sleeve a) there being arranged at the rearward end of the grip sleeve coupling elements for the connection of the handpiece to a supply hose to be connected with a dental supply arrangement, and b) there being arranged at the forward end of the grip sleeve a head section with a tool receiver for mounting a tool that is to be set rotating, wherein the handpiece further has an electric motor for driving a tool held by the tool receiver, wherein the electric motor is completely integrated into the grip sleeve so that it forms a unit with the grip sleeve, wherein the electric motor is formed by a collectorless dc motor and is spring-mounted, in the axial direction, within the handpiece sleeve and is biased against a forward stop in the sleeve, and wherein arranged at the rearward end of the motor there is a spring, in particular a plate spring, which on the one hand bears on the motor and on the other hand bears on the grip sleeve or an element fixedly connected with the grip sleeve. a) there being arranged at the rearward end of the grip sleeve coupling elements for the connection of the handpiece to a supply hose to be connected with a dental supply arrangement, and b) there being arranged at the forward end of the grip sleeve a head section with a tool receiver for mounting a tool that is to be set rotating,
A tire having a tread portion, a pair of sidewalls extending radially inward from the tread portion to join with a respective bead and a supporting carcass for the tread portion and the sidewalls, the tire further comprising a pump passageway positioned within a bending region of the tire, the pump passageway being operative to open and close as the tire rotates; a valve assembly in fluid communication with the pump passageway; a pocket formed in the tire; a filter assembly mounted in the pocket, said filter assembly being in air flow communication with the valve assembly; wherein the valve assembly has an inlet, wherein the filter assembly has an outlet, and wherein a tube connects the filter outlet to the inlet of the valve assembly; characterized in that the tube is made of a rubber composition having a shore D hardness greater than 40 as measured by ASTM-D2240.