mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire comprising: a porous sound-absorbing material adhered via a sealant layer to the inside surface of an inner liner, characterized in that the sealant layer comprises butyl rubber, 100 to 400 parts by weight of polyisobutylene, 10 to 100 parts by weight of an inorganic additive and 1 to 15 parts by weight of a vulcanizing agent, with respect to 100 parts by weight of the butyl rubber. a porous sound-absorbing material adhered via a sealant layer to the inside surface of an inner liner, characterized in that the sealant layer comprises butyl rubber, 100 to 400 parts by weight of polyisobutylene, 10 to 100 parts by weight of an inorganic additive and 1 to 15 parts by weight of a vulcanizing agent, with respect to 100 parts by weight of the butyl rubber.
A computer implemented method, comprising: storing, by one or more computing devices, a first string in a data structure having metadata; encoding, by the one or more computing devices, taint data corresponding to the first string in a base layer of the metadata; performing, by the one or more computing devices, an operation on the first string to create a result string, wherein the result string is stored in place of the first string in the data structure; and encoding, by the one or more computing devices, the operation and taint data corresponding to the operation into a delta layer of the metadata. storing, by one or more computing devices, a first string in a data structure having metadata; encoding, by the one or more computing devices, taint data corresponding to the first string in a base layer of the metadata; performing, by the one or more computing devices, an operation on the first string to create a result string, wherein the result string is stored in place of the first string in the data structure; and encoding, by the one or more computing devices, the operation and taint data corresponding to the operation into a delta layer of the metadata.
An interlocking chain type forward and backward actuating device comprising a pair of interlocking chains, a drive sprocket, and a chain guide, wherein the interlocking chains are each composed by coupling, in the chain longitudinal direction, a great number of pairs of hook-shaped inner tooth plates facing each other in the chain width direction and a great number of pairs of hook-shaped outer tooth plates arranged on the outer sides of the hook-shaped inner tooth plates in the chain width direction by pairs of front and rear connecting pins, the interlocking chains are integrally made rigid to form a rigid chain part in a state where the interlocking chains are interlocked with each other and arranged to face each other, the interlocking chains are disengaged from each other to bifurcate, the drive sprocket engages with a first one of the pair of interlocking chains from the side face of the rigid chain part to freely advance and retreat the pair of interlocking chains, and the chain guide has chain guide grooves that interlock a second one of the interlocking chains with the first interlocking chain to drive the second interlocking chain so as to follow the first interlocking chain, the interlocking chain type forward and backward actuating device being characterized in that a pair of planar chain support faces sandwiching and supporting the rigid chain part from both sides of the rigid chain part is provided, the planar chain support faces constitute parts of the guide groove faces of the chain guide grooves in a state where the planar chain support faces are continuous to a pair of curved guide faces, which respectively guide chain disengaged portions of the interlocking chains disengaged from each other, the connecting pins of the first interlocking chain include a first connecting pin, which is located on an imaginary boundary plane dividing the planar chain support face and the curved guide face, the connecting pins of the second interlocking chain include a second connecting pin, which faces the first connecting pin along the imaginary boundary plane, the distance between the first connecting pin and the second connecting pin is defined as a pin-to-pin distance on the imaginary boundary plane, the connecting pins of the rigid chain part include a pair of connecting pins that face each other in parallel to the imaginary boundary plane dividing the planar chain support face and the curved guide face, the distance between the pair of connecting pins is defined as a pin-to-pin distance in a rigid state, and the pin-to-pin distance on the imaginary boundary plane is equal to the pin-to-pin distance in a rigid state.
A method of operating a self-mixing interference sensor for measuring a velocity and/or distance of an object, said sensor at least comprising a laser and a photodetector arranged to measure a variation in output power of the laser, characterized in that the laser is controlled to periodically emit a laser pulse followed by an emission period of laser radiation having a lower amplitude than the laser pulse, a pulse width of said laser pulse being adjusted such that said laser pulse after reflection at the object re-enters the laser during the emission period of laser radiation with the lower amplitude.
A testing device comprising: a main body adapted to support an element for collecting a sample, and adapted to support a removable cap, said sample collection element being supported at a distal end of the testing device and being in communication with one or more testing components provided within said main body for producing visual information related to said sample; a removable cap for protecting the sample collection element; and, a handle reconfigurable with respect to said main body and said removable cap, when the removable cap is supported on said main body, such that in one or more first handle configurations the handle hinders sight of the visual information, and in one or more second handle configurations the handle facilitates the collection of said sample by increasing a distance between a proximal end of the testing device and the sample collection element; wherein the testing device is adapted such that the handle is reconfigurable from at least one of said second handle configurations to at least one of said first handle configurations to hinder sight of the visual information after said testing has been carried out. a main body adapted to support an element for collecting a sample, and adapted to support a removable cap, said sample collection element being supported at a distal end of the testing device and being in communication with one or more testing components provided within said main body for producing visual information related to said sample; a removable cap for protecting the sample collection element; and, a handle reconfigurable with respect to said main body and said removable cap, when the removable cap is supported on said main body, such that in one or more first handle configurations the handle hinders sight of the visual information, and in one or more second handle configurations the handle facilitates the collection of said sample by increasing a distance between a proximal end of the testing device and the sample collection element; wherein the testing device is adapted such that the handle is reconfigurable from at least one of said second handle configurations to at least one of said first handle configurations to hinder sight of the visual information after said testing has been carried out.
Method for removing broken bottles with metal closures, in particular downstream of pasteurisation devices, in bottle-filling installations, wherein two transport belts (4, 6) carrying the bottles, arranged behind one another, are provided with a gap between the transport belts (4, 6), allowing for shards to fall out, and wherein a magnetisable overhead conveyor is provided, bridging the gap, for gripping and conveying the intact bottles suspended over the gap.
Binder composition, in particular for fibre-containing boards, which can be produced in a process comprising the following steps: a) reaction of at least one mono- and/or disaccharide with at least one amide of the general formula R 1 -CONH 2, where - R 1 is alkoxy, carboxy, substituted or unsubstituted amino, aryloxy, acyloxy, alkylcarbonyl, substituted or unsubstituted alkyl, substituted or unsubstituted aryl, substituted or unsubstituted alkenyl, substituted or unsubstituted alkynyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted cycloalkenyl, which can have interruption by -0- or by -NH-, where the ratio by weight of the at least one mono- or disaccharide to the at least one amide is from 3:1 to 1:1; and b) addition of at least one aldehyde or at least one aldehyde equivalent to the mixture from step a). a) reaction of at least one mono- and/or disaccharide with at least one amide of the general formula R 1 -CONH 2, where - R 1 is alkoxy, carboxy, substituted or unsubstituted amino, aryloxy, acyloxy, alkylcarbonyl, substituted or unsubstituted alkyl, substituted or unsubstituted aryl, substituted or unsubstituted alkenyl, substituted or unsubstituted alkynyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted cycloalkenyl, which can have interruption by -0- or by -NH-, where the ratio by weight of the at least one mono- or disaccharide to the at least one amide is from 3:1 to 1:1; and - R 1 is alkoxy, carboxy, substituted or unsubstituted amino, aryloxy, acyloxy, alkylcarbonyl, substituted or unsubstituted alkyl, substituted or unsubstituted aryl, substituted or unsubstituted alkenyl, substituted or unsubstituted alkynyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted cycloalkenyl, which can have interruption by -0- or by -NH-, where the ratio by weight of the at least one mono- or disaccharide to the at least one amide is from 3:1 to 1:1; and b) addition of at least one aldehyde or at least one aldehyde equivalent to the mixture from step a).
A communications apparatus, the apparatus comprising means (402, 406, 410) for receiving from a server a request to perform sensing measurements; means (402, 406, 408) for receiving from one or more wireless terminal devices information on the amount of resources required for uplink data transmission; means (402, 404, 406) for allocating transmission resources to the one or more wireless terminal devices, where the allocated resources are larger than needed for data transmission of the one or more wireless terminal, the amount of transmission resources not needed for data transmission being selected based on the request received from the server; means (402, 406, 408) for transmitting information about the allocated resources to the one or more wireless terminal devices; means (402, 406, 408) for receiving transmission from one or more wireless terminal devices on the allocated resources, the transmission comprising an amount of known symbols in addition to data, said known symbols filling the allocated resources not used for transmission of data; means (402, 404, 406) for estimating channel state information utilizing the known symbols; and means (402, 406, 410) for transmitting channel state information to the server. means (402, 406, 410) for receiving from a server a request to perform sensing measurements; means (402, 406, 408) for receiving from one or more wireless terminal devices information on the amount of resources required for uplink data transmission; means (402, 404, 406) for allocating transmission resources to the one or more wireless terminal devices, where the allocated resources are larger than needed for data transmission of the one or more wireless terminal, the amount of transmission resources not needed for data transmission being selected based on the request received from the server; means (402, 406, 408) for transmitting information about the allocated resources to the one or more wireless terminal devices; means (402, 406, 408) for receiving transmission from one or more wireless terminal devices on the allocated resources, the transmission comprising an amount of known symbols in addition to data, said known symbols filling the allocated resources not used for transmission of data; means (402, 404, 406) for estimating channel state information utilizing the known symbols; and means (402, 406, 410) for transmitting channel state information to the server.
Robot arrangement having at least one buoyancy body for filling with a gas lighter than air and having two stabilization rods extending through the buoyancy body, which respectively have a first end and a second end, wherein a robot arm is attached to each of the first ends of the stabilization rods, and wherein a drive for the respective robot arm is attached to each of the second ends of the stabilization rods.
Jet regulator (101, 104, 111, 115) having a jet regulator housing which, on its housing outer circumference, has an outer thread for screwing into an inner thread in the water outlet of a sanitary outlet fitting, characterized in that the jet regulator housing has, on its housing outer circumference, a thread profile as outer thread that deviates at least in regions from a thread groove extending continuously in a helical manner about a cylindrical wall, which outer thread cooperates in this region in a self-adapting manner with the inner thread provided in the water outlet.
A method for operating a cement clinker line, the method comprising at least: - converting a CaCO 3 comprising raw meal into calcined raw meal and at least CO 2 and/or sintering calcined raw meal in a kiln, thereby obtaining at least cement clinker and optionally CO 2; - separating the CO 2 from the calcined raw meal and/or the clinker, characterized in that it further comprises the steps of (i) dissolving at least a portion of the CO 2 in a first carboxylic acid and/or a first sulfonic acid and/or liquifying at least a portion of the CO 2; (ii) reducing the dissolved and/or liquified CO 2 electrolytically at a cathode of an electrolytic cell to a second carboxylic acid, wherein the first carboxylic acid and/or first sulfonic acid is used as an electrolyte. - converting a CaCO 3 comprising raw meal into calcined raw meal and at least CO 2 and/or sintering calcined raw meal in a kiln, thereby obtaining at least cement clinker and optionally CO 2; - separating the CO 2 from the calcined raw meal and/or the clinker, characterized in that it further comprises the steps of (i) dissolving at least a portion of the CO 2 in a first carboxylic acid and/or a first sulfonic acid and/or liquifying at least a portion of the CO 2; (ii) reducing the dissolved and/or liquified CO 2 electrolytically at a cathode of an electrolytic cell to a second carboxylic acid, wherein the first carboxylic acid and/or first sulfonic acid is used as an electrolyte. (i) dissolving at least a portion of the CO 2 in a first carboxylic acid and/or a first sulfonic acid and/or liquifying at least a portion of the CO 2; (ii) reducing the dissolved and/or liquified CO 2 electrolytically at a cathode of an electrolytic cell to a second carboxylic acid, wherein the first carboxylic acid and/or first sulfonic acid is used as an electrolyte.
Packer for use in a method of lining interior walls (11a, 11b) of a hollow structure that communicates with a pipe through an entrance opening provided in a wall of the hollow structure, the packer comprising rigid end parts (20a, 20b) and a flexible part that connects to the rigid end parts (20a, 20b), wherein the flexible part comprises an inner covering layer facing the inside of the packer, an removable outer covering layer facing the outside of the packer, and a packer material sheet of reinforcing fibers and a curable resin composition provided in between the inner and removable outer covering layer (21a, 21b) wherein the packer further comprises a means for pressurizing the inside of the packer, and a curing means provided within the inside of the packer for curing the resin composition of the packer material sheet, wherein the packer further comprises spacing means that keep the rigid parts (20a, 20b) at a distance from each other in an axial direction of the packer, wherein the spacing means are configured to adjust the distance between the rigid parts (20a, 20b).
A device for changing a reel and for connecting a new material web to the end of an old material web with • a first reel, the wound-up, first material web of which can be unwound, • a transport device, in particular a transport roller, by means of which the first material web can be guided in a guiding region at a transport speed, • a second reel, with which the new material web can be prepared, • a drive device for rotatably driving the second reel, • a separating device for cutting through the first material web, with which the material web can be cut through in the guiding region or upstream of the guiding region in order to produce a trailing end, • a control and/or regulating device for the mutual adjustment of the trailing end and a web start of the second material web, such that the trailing end and the web start are at a distance of more than 0 mm from each other and in particular do not overlap, • wherein the trailing end and the web start of the new material web can be connected to each other in the guiding region of the transport device with a connection element, and • characterized in that the transport speed of the trailing end and the web start in the guiding region is more than 0 meters per minute. • a first reel, the wound-up, first material web of which can be unwound, • a transport device, in particular a transport roller, by means of which the first material web can be guided in a guiding region at a transport speed, • a second reel, with which the new material web can be prepared, • a drive device for rotatably driving the second reel, • a separating device for cutting through the first material web, with which the material web can be cut through in the guiding region or upstream of the guiding region in order to produce a trailing end, • a control and/or regulating device for the mutual adjustment of the trailing end and a web start of the second material web, such that the trailing end and the web start are at a distance of more than 0 mm from each other and in particular do not overlap, • wherein the trailing end and the web start of the new material web can be connected to each other in the guiding region of the transport device with a connection element, and • characterized in that the transport speed of the trailing end and the web start in the guiding region is more than 0 meters per minute.
A method of operating a washing machine to execute a laundry treatment operation including a wash to remove contaminant from laundry by applying detergent to the laundry, a rinse to remove the detergent from the laundry, and a spin-dry to remove water from the laundry by rotating a washing tub containing the laundry at a high speed, wherein the method comprises: setting an operation time according to an input through a time setting unit by a user; and controlling, by a controller, the laundry treatment operation so as to be terminated before expiration of the operating time by adjusting an execution time of the spin-dry, according to the operation time set through the time setting unit, the method characterized by: the adjusting the execution time includes adjusting a gradient of acceleration of the washing tub during the spin-dry according to the operation time, wherein the method further comprises setting a contamination degree according to an input through a contamination degree setting unit by a user; and setting, by the controller, a range of a time, inputtable through the time setting unit, according to the contamination degree set through the contamination degree setting unit. setting an operation time according to an input through a time setting unit by a user; and controlling, by a controller, the laundry treatment operation so as to be terminated before expiration of the operating time by adjusting an execution time of the spin-dry, according to the operation time set through the time setting unit, the method characterized by: the adjusting the execution time includes adjusting a gradient of acceleration of the washing tub during the spin-dry according to the operation time, wherein the method further comprises setting a contamination degree according to an input through a contamination degree setting unit by a user; and setting, by the controller, a range of a time, inputtable through the time setting unit, according to the contamination degree set through the contamination degree setting unit. the adjusting the execution time includes adjusting a gradient of acceleration of the washing tub during the spin-dry according to the operation time, wherein the method further comprises setting a contamination degree according to an input through a contamination degree setting unit by a user; and setting, by the controller, a range of a time, inputtable through the time setting unit, according to the contamination degree set through the contamination degree setting unit.
A computer-implemented method for storing and managing model structural data in a database using a hash table that is stored in the database, comprising: calculating a checksum for the model structural data, wherein the model structural data is produced from a reservoir simulation study; querying the hash table for the checksum; when a determination is made that the checksum exists in the hash table, generating soft links to physical locations of reservoir structure files containing the model structural data; and when a determination is made that the checksum does not exist in the hash table: generating new reservoir structure files for the model structural data and storing the new reservoir structure files in the database; generating a new hash table entry containing record information identifying contents of the new reservoir structure files, wherein the record information comprises a checksum and physical locations of the new reservoir structure files; and updating the hash table stored in the database with the new hash table entry. calculating a checksum for the model structural data, wherein the model structural data is produced from a reservoir simulation study; querying the hash table for the checksum; when a determination is made that the checksum exists in the hash table, generating soft links to physical locations of reservoir structure files containing the model structural data; and when a determination is made that the checksum does not exist in the hash table: generating new reservoir structure files for the model structural data and storing the new reservoir structure files in the database; generating a new hash table entry containing record information identifying contents of the new reservoir structure files, wherein the record information comprises a checksum and physical locations of the new reservoir structure files; and updating the hash table stored in the database with the new hash table entry. generating new reservoir structure files for the model structural data and storing the new reservoir structure files in the database; generating a new hash table entry containing record information identifying contents of the new reservoir structure files, wherein the record information comprises a checksum and physical locations of the new reservoir structure files; and updating the hash table stored in the database with the new hash table entry.
A method comprising: setting a maximum average grain size for a cathode plate comprising titanium in an ion pump, the maximum average grain size having an ASTM grain number of 9; and building the ion pump using said cathode plate (116, 118) that has an average grain size that is less than or equal to the maximum grain size. setting a maximum average grain size for a cathode plate comprising titanium in an ion pump, the maximum average grain size having an ASTM grain number of 9; and building the ion pump using said cathode plate (116, 118) that has an average grain size that is less than or equal to the maximum grain size.