mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle simulator system comprising: a visual projector including visual system optics and a collimator for collimating images; a virtual heads up display (VHUD) projector mounted within the visual system optics of the visual projector ; a projection screen configured to project images generated by the visual projector and the VHUD projector ; and a pair of VHUD eye reference frames movably mounted within the vehicle simulator , each VHUD eye reference frame corresponding to a pilot seat and being configured to allow viewing therethrough of the projected images, a pre-distortion correction sub-system configured to pre-distort the images generated by the VHUD projector; wherein the VHUD eye reference frames comprise a wire frame with an empty space therein for viewing the projected images. a visual projector including visual system optics and a collimator for collimating images; a virtual heads up display (VHUD) projector mounted within the visual system optics of the visual projector ; a projection screen configured to project images generated by the visual projector and the VHUD projector ; and a pair of VHUD eye reference frames movably mounted within the vehicle simulator , each VHUD eye reference frame corresponding to a pilot seat and being configured to allow viewing therethrough of the projected images, a pre-distortion correction sub-system configured to pre-distort the images generated by the VHUD projector; wherein the VHUD eye reference frames comprise a wire frame with an empty space therein for viewing the projected images.
Double clutch transmission for motor vehicles having - a first input shaft and a second input shaft, - two clutches , via which the first input shaft and the second input shaft can be coupled selectively to a drive engine , - two intermediate shafts which are arranged parallel to the transmission input shafts, gearwheel pairings of fixed gears and movable gears, of which a first gearwheel is arranged on one of the input shafts and a second gearwheel is arranged on one of the intermediate shafts, - coupling apparatuses, via which the movable gears can be connected selectively to the respective intermediate shaft, and - in each case one output gearwheel which is arranged on the two intermediate shafts , the output gearwheels of the two intermediate shafts meshing with a differential gear , and it being possible for the said output gearwheels to be connected alternately to the respective intermediate shaft fixedly so as to rotate with it in each case by means of one of the coupling apparatuses , characterized in that an additional intermediate gear set with precisely two gearwheels is provided, in that the one gearwheel of the intermediate gear set is seated on the first or second intermediate shaft, in that the other gearwheel of the intermediate gear set is arranged on a third intermediate shaft , and in that a third output gearwheel is seated on the third intermediate shaft , which third output gearwheel meshes with one of the output gearwheels of the first or second intermediate shaft. - a first input shaft and a second input shaft, - two clutches , via which the first input shaft and the second input shaft can be coupled selectively to a drive engine , - two intermediate shafts which are arranged parallel to the transmission input shafts, gearwheel pairings of fixed gears and movable gears, of which a first gearwheel is arranged on one of the input shafts and a second gearwheel is arranged on one of the intermediate shafts, - coupling apparatuses, via which the movable gears can be connected selectively to the respective intermediate shaft, and - in each case one output gearwheel which is arranged on the two intermediate shafts , the output gearwheels of the two intermediate shafts meshing with a differential gear , and it being possible for the said output gearwheels to be connected alternately to the respective intermediate shaft fixedly so as to rotate with it in each case by means of one of the coupling apparatuses ,
A set of podiatric articles placeable into a shoe; each podiatric article comprising a heel area ; said heel area configured into an anatomically conformed concave shape provided with a recess of preferably circular or oval form such that the patient's calcaneal spur is minimally traumatized; wherein said set further comprises a plurality of podiatric articles characterized by different depth of said recess to provide maximal comfort and least pain by means of empirical selection by the patient of an appropriate podiatric article in a non-clinical setting.
System for nebulizing a fluid , comprising: a nebulizer for receiving a replaceable container containing the fluid , wherein the nebulizer can be used with multiple containers consecutively; and optionally the container ; wherein the nebulizer comprises a housing part which can be detached from the nebulizer or opened for replacing the container , characterized in that the system comprises a check scheme for marking the number of containers already used with the nebulizer or the number of containers which still can be used with the nebulizer , wherein the housing part forms a cover for covering the check scheme and wherein the check scheme is covered by the housing part when the nebulizer or housing part is closed. a nebulizer for receiving a replaceable container containing the fluid , wherein the nebulizer can be used with multiple containers consecutively; and optionally the container ; wherein the nebulizer comprises a housing part which can be detached from the nebulizer or opened for replacing the container , characterized in that the system comprises a check scheme for marking the number of containers already used with the nebulizer or the number of containers which still can be used with the nebulizer , wherein the housing part forms a cover for covering the check scheme and wherein the check scheme is covered by the housing part when the nebulizer or housing part is closed.
Device for putting a product under vacuum in a packaging , said device comprising a vacuum bell configured to receive said packaging , or the components of said packaging , containing said product , said vacuum bell being connected to a vacuum pump capable of creating the vacuum in said vacuum bell and in said packaging , said device being characterized in that between said vacuum bell and said vacuum pump is interposed at least one membrane module including a gas-separating membrane separating a retentate side , connected to said vacuum bell , from a permeate side connected to said vacuum pump .
A food waste storage device for a dining table, comprising a table top of a dining table, a plurality of through holes provided on the table top and a waste storage bucket below the through holes , wherein: dish-shaped storage bucket fixing bases are provided on the lower end surfaces of the through holes , a round hole as large as the through holes is provided in the center of the storage bucket fixing base , at least two "J" shaped necks are provided on the side wall of the storage bucket fixing base , storage buckets are provided below the storage bucket fixing bases , characterized in that a fixing pin matching the neck is provided on the upper side wall of the storage bucket , the storage bucket is fixed on the storage bucket fixing base through the fixing pin , a longitudinal partition plate is provided in the storage bucket to divide the storage bucket into two semicircular buckets, freely accessible inner containers are provided in the two semicircular buckets, respectively, storage bucket upper covers are provided in the through holes , the storage bucket upper cover is provided with a flange to be laid on the upper end surfaces of the through holes , the flange is provided with a stopper extending into the through holes and exposing the lower end surfaces of the through holes , a positioning hole is provided on the side wall of the stopper, turnover covers capable of turning over symmetrically are provided in the stopper, turnover shafts of the turnover covers are parallel to the partition plates , a semicircular positioning plate is provided on the inner end surface of the storage bucket fixing base, and positioning pin shafts are provided at both ends of the positioning plate to be caught in the positioning hole.
A centrifugal pendulum having a carrier part and pendulum masses distributed over the circumference and suspended from said carrier part on self-aligning bearings in the centrifugal force field, wherein mass accumulations are provided on the outer circumference of the pendulum masses , wherein the pendulum masses have a disk-shaped design and the mass accumulations are formed of axial attachments which are axially folded over at least a portion of the outer circumference, wherein the axial attachments of the pendulum masses each forming a pendulum mass unit are aligned axially facing one another and characterized in that an axial gap is provided between the axial attachments .
A silicon wafer horizontal growth apparatus, comprising: a casing forming a cavity; a crucible, located in the cavity and having a melting zone, an overflow port, a first overflow surface and a second overflow surface; a feeding assembly for adding silicon raw material to the melting zone at a feeding rate adjustable; a heating assembly comprising two movable heaters, the two movable heaters being disposed on the upper and lower sides of the crucible respectively at a certain interval with the crucible; a thermal insulation component for maintaining a temperature in the cavity; a gas flow assembly comprising a jet, a gas conductive graphite member, a quartz exhaust tube, and a quartz cooling tube, wherein the jet is located above the second overflow surface, the gas conductive graphite member is mounted on the bottom of the crucible, the quartz cooling tube is nested outside the quartz exhaust tube, and the quartz exhaust tube is connected with the gas conductive graphite member; and a heat insulating baffle located above the second overflow surface for isolating the heating assembly from the jet so that the cavity is divided into two temperature zones of a hot zone and a cold zone. a casing forming a cavity; a crucible, located in the cavity and having a melting zone, an overflow port, a first overflow surface and a second overflow surface; a feeding assembly for adding silicon raw material to the melting zone at a feeding rate adjustable; a heating assembly comprising two movable heaters, the two movable heaters being disposed on the upper and lower sides of the crucible respectively at a certain interval with the crucible; a thermal insulation component for maintaining a temperature in the cavity; a gas flow assembly comprising a jet, a gas conductive graphite member, a quartz exhaust tube, and a quartz cooling tube, wherein the jet is located above the second overflow surface, the gas conductive graphite member is mounted on the bottom of the crucible, the quartz cooling tube is nested outside the quartz exhaust tube, and the quartz exhaust tube is connected with the gas conductive graphite member; and a heat insulating baffle located above the second overflow surface for isolating the heating assembly from the jet so that the cavity is divided into two temperature zones of a hot zone and a cold zone.
A method for processing data, applied to a control device, comprising: monitoring an operation instruction for a state parameter of a controlled device (S11); and responsive to monitoring an operation instruction representing saving of the state parameter, determining a present state parameter of the controlled device, and saving the determined present state parameter as a state parameter in a preset mode (S12); wherein the method further comprises: determining whether a configuration of the preset mode is turned on; and acquiring the state parameter of the controlled device when the configuration of the preset mode is turned on; wherein the method further comprises: responsive to monitoring an operation instruction representing regulation of the state parameter, determining the controlled device that the operation instruction representing regulation is for, and an amplitude parameter by which the regulation is to be performed based on the state parameter; and sending the amplitude parameter to the controlled device that the operation instruction is for, and updating the state parameter in the preset mode according to the amplitude parameter. monitoring an operation instruction for a state parameter of a controlled device (S11); and responsive to monitoring an operation instruction representing saving of the state parameter, determining a present state parameter of the controlled device, and saving the determined present state parameter as a state parameter in a preset mode (S12); wherein the method further comprises: determining whether a configuration of the preset mode is turned on; and acquiring the state parameter of the controlled device when the configuration of the preset mode is turned on; determining whether a configuration of the preset mode is turned on; and acquiring the state parameter of the controlled device when the configuration of the preset mode is turned on; wherein the method further comprises: responsive to monitoring an operation instruction representing regulation of the state parameter, determining the controlled device that the operation instruction representing regulation is for, and an amplitude parameter by which the regulation is to be performed based on the state parameter; and sending the amplitude parameter to the controlled device that the operation instruction is for, and updating the state parameter in the preset mode according to the amplitude parameter. responsive to monitoring an operation instruction representing regulation of the state parameter, determining the controlled device that the operation instruction representing regulation is for, and an amplitude parameter by which the regulation is to be performed based on the state parameter; and sending the amplitude parameter to the controlled device that the operation instruction is for, and updating the state parameter in the preset mode according to the amplitude parameter.
A method, comprising: receiving, by a device, a query for data stored by a database; determining whether a particular number of queries has been received, from a particular source or set of sources, in a threshold amount of time; generating, by the device and when the particular number of queries has been received from the particular source or set of sources in the threshold amount of time, an abstract syntax tree based on the query; determining, by the device, whether the abstract syntax tree matches a list, where the list identifies one or more abstract syntax trees corresponding to queries or types of queries; and selectively: providing the query for provision of the data when the abstract syntax tree matches the list, or notifying another device when the abstract syntax tree does not match the list. receiving, by a device, a query for data stored by a database; determining whether a particular number of queries has been received, from a particular source or set of sources, in a threshold amount of time; generating, by the device and when the particular number of queries has been received from the particular source or set of sources in the threshold amount of time, an abstract syntax tree based on the query; determining, by the device, whether the abstract syntax tree matches a list, where the list identifies one or more abstract syntax trees corresponding to queries or types of queries; and selectively: providing the query for provision of the data when the abstract syntax tree matches the list, or notifying another device when the abstract syntax tree does not match the list. providing the query for provision of the data when the abstract syntax tree matches the list, or notifying another device when the abstract syntax tree does not match the list.
A method, implemented at least in part by one or more server computing devices of a fifth generation, 5G, core network of a 5G network, the method comprising: receiving , from a mobile computing device, a first request to initiate a voice call over the 5G network; detecting a failure to establish a Quality-of-Service, QoS, flow for the voice call via the 5G network; and sending , to the mobile computing device and responsive to detecting the failure to establish the QoS flow, an indication that the voice call failed to be established via the 5G network, wherein the indication includes an instruction to re-attempt to establish the voice call via a different network, and wherein the instruction causes the mobile computing device to submit a second request to establish the voice call to the different network. receiving , from a mobile computing device, a first request to initiate a voice call over the 5G network; detecting a failure to establish a Quality-of-Service, QoS, flow for the voice call via the 5G network; and sending , to the mobile computing device and responsive to detecting the failure to establish the QoS flow, an indication that the voice call failed to be established via the 5G network, wherein the indication includes an instruction to re-attempt to establish the voice call via a different network, and wherein the instruction causes the mobile computing device to submit a second request to establish the voice call to the different network.
Process for the manufacture of granular filler material for synthetic turf, comprising the phases of: - having cork material in granular form with a predetermined initial specific gravity, - having a mass of a natural or synthetic wax coating substance with a melting point of between 90 °C and 140 °C and a penetration index of between 4 and 80 mm at 25 °C, - heating said mass of coating substance until it reaches the melting point, - joining said mass of coating substance to said mass of cork, - mixing said cork material in granular form with said mass of coating substance to obtain a granular filler material for synthetic turf with a final specific gravity of the granular filler material of between 0.18 g/cm 3 and 0.50 g/cm 3 , preferably 0.26 g/cm 3 , - allowing said filler material to cool down. the phases of: - having cork material in granular form with a predetermined initial specific gravity, - having a mass of a natural or synthetic wax coating substance with a melting point of between 90 °C and 140 °C and a penetration index of between 4 and 80 mm at 25 °C, - heating said mass of coating substance until it reaches the melting point, - joining said mass of coating substance to said mass of cork, - mixing said cork material in granular form with said mass of coating substance to obtain a granular - having cork material in granular form with a predetermined initial specific gravity, - having a mass of a natural or synthetic wax coating substance with a melting point of between 90 °C and 140 °C and a penetration index of between 4 and 80 mm at 25 °C, - heating said mass of coating substance until it reaches the melting point, - joining said mass of coating substance to said mass of cork, - mixing said cork material in granular form with said mass of coating substance to obtain a granular filler material for synthetic turf with a final specific gravity of the granular filler material of between 0.18 g/cm 3 and 0.50 g/cm 3 , preferably 0.26 g/cm 3 , - allowing said filler material to cool down. - allowing said filler material to cool down.
A supercharging system for a gas turbine system , said gas turbine system having a compressor , a combustor , a turbine with a shaft coupled to the turbine, and a heat recovery steam generator ; the supercharging system comprising: a fan assembly configured to be mechanically coupled to the turbine shaft for providing an air stream output; a subsystem for conveying a first portion of the air stream output to the compressor ; and a bypass subsystem for conveying a second portion of the air stream output to other uses, characterized in that the bypass subsystem comprises a variable geometry diverter , and the bypass subsystem may convey the second portion of the air stream output to the heat recovery steam generator. a fan assembly configured to be mechanically coupled to the turbine shaft for providing an air stream output; a subsystem for conveying a first portion of the air stream output to the compressor ; and a bypass subsystem for conveying a second portion of the air stream output to other uses, characterized in that the bypass subsystem comprises a variable geometry diverter , and the bypass subsystem may convey the second portion of the air stream output to the heat recovery steam generator.
Wire management system for a wire saw having a cutting wire which is guided through a cutting area , the wire management system comprising a wire supplying unit for supplying cutting wire to the cutting area of the wire saw and a wire receiving unit for receiving cutting wire from the cutting area of the wire saw , wherein either the wire supplying unit or the wire receiving unit or both comprise(s): at least one rotatable reservoir spool for carrying at least a portion of the cutting wire in overlapping windings, at least one rotatable storage spool for temporarily receiving a portion of the cutting wire in windings, wherein the rotational axis of the storage spool coincides with the rotational axis of the reservoir spool , a wire guiding means adapted for guiding the cutting wire towards the storage spool such that the wire windings on the storage spool do not overlap each other and/or that the wire windings on the storage spool have a lower density than the windings on the reservoir spool , and wherein preferably the wire guiding means is also adapted for guiding the cutting wire towards the reservoir spool , characterized in that the reservoir spool is mounted to the storage spool in a detachable manner. at least one rotatable reservoir spool for carrying at least a portion of the cutting wire in overlapping windings, at least one rotatable storage spool for temporarily receiving a portion of the cutting wire in windings, wherein the rotational axis of the storage spool coincides with the rotational axis of the reservoir spool , a wire guiding means adapted for guiding the cutting wire towards the storage spool such that the wire windings on the storage spool do not overlap each other and/or that the wire windings on the storage spool have a lower density than the windings on the reservoir spool , and wherein preferably the wire guiding means is also adapted for guiding the cutting wire towards the reservoir spool , characterized in that the reservoir spool is mounted to the storage spool in a detachable manner.
A method for creating an incremental backup of a database following a preceding backup, being implemented by a computing system including one or more physical processors and storage media storing machine-readable instructions, the method comprising: identifying a list of data files required for restoring the database, wherein the list consists of the extant data files present in the database and wherein the data files are immutable; creating a backup comprising copies of a subset of the data files that are created or modified after the preceding backup, wherein the subset of data files is identified by comparing the list of the backup to the corresponding list stored within the preceding backup, and the data files which have been modified are stored as replacement updated data files; and backing up the database, wherein the backup includes an identification to the preceding backup. identifying a list of data files required for restoring the database, wherein the list consists of the extant data files present in the database and wherein the data files are immutable; creating a backup comprising copies of a subset of the data files that are created or modified after the preceding backup, wherein the subset of data files is identified by comparing the list of the backup to the corresponding list stored within the preceding backup, and the data files which have been modified are stored as replacement updated data files; and backing up the database, wherein the backup includes an identification to the preceding backup.