mhurhangee/ep-ind-claims huggingface dataset:
Yarn treatment chamber for the thermal treatment of a running yarn, with a centre zone, in which a hot, gaseous or vaporous medium under pressure acts on the yarn, and end zones arranged on both sides of the centre zone, in which a cooling, gaseous medium is active, the end zones each having a yarn inlet opening or a yarn outlet opening with a yarn sluice, which, in the operating state in conjunction with the running yarn, seals the associated end zone and therefore the yarn treatment chamber, characterised in that the yarn inlet opening and the yarn outlet opening are arranged in such a way that the running yarn has to change its running direction, in that the yarn treatment chamber, for this purpose, has yarn deflection means to guide the yarn fed through the yarn inlet opening to the yarn outlet opening and in that both the first yarn sluice arranged in the region of the yarn inlet opening and the second yarn sluice arranged in the region of the yarn outlet opening are arranged in a manner accessible without problems to the operating staff at an ergonomically favourable height below the yarn deflection means of the yarn treatment chamber.
Seat of a motor vehicle comprising a seat member and a foldable backrest comprising a rear face which is provided with a tray, the backrest being capable of being folded onto the seat member so as to bring its rear face into a substantially horizontal position, characterized in that the tray is fitted against the rear face of the backrest and is retained against said face by means of a locking mechanism which is provided with an activation member, and in that a pressure applied to said member allows the tray to be released so that it can be withdrawn from the backrest.
A method performed by a user equipment, UE, the method comprising the UE, receiving, during monitoring of a physical downlink control channel, PDCCH, a request to send uplink shared channel, UL-SCH, data and one or more channel state information, CSI, reports; transmitting, at a first transmit opportunity, the UL-SCH data, wherein the first transmit opportunity includes a first repetition of a physical uplink shared channel, PUSCH; selecting a later transmit opportunity and indicating the later transmit opportunity to a base station via a demodulation reference signal, DMRS, wherein the DMRS for the later transmit opportunity differs from a DMRS for the first transmit opportunity; and transmitting, at the later transmit opportunity, the one or more CSI reports, wherein the later transmit opportunity includes a later repetition of the PUSCH. receiving, during monitoring of a physical downlink control channel, PDCCH, a request to send uplink shared channel, UL-SCH, data and one or more channel state information, CSI, reports; transmitting, at a first transmit opportunity, the UL-SCH data, wherein the first transmit opportunity includes a first repetition of a physical uplink shared channel, PUSCH; selecting a later transmit opportunity and indicating the later transmit opportunity to a base station via a demodulation reference signal, DMRS, wherein the DMRS for the later transmit opportunity differs from a DMRS for the first transmit opportunity; and transmitting, at the later transmit opportunity, the one or more CSI reports, wherein the later transmit opportunity includes a later repetition of the PUSCH.
A network facsimile apparatus connectable to a terminal apparatus via a network, the network facsimile apparatus comprising: a scanner for scanning image data of a document; a printer for printing of scanned image data and received image data; a storage that stores a plurality of document files of different document types, the document types comprising facsimile data received by facsimile and network data received via the network, and an HTML file for a user setting page for setting storage periods of said document files based on the document type; file management means for managing the storage periods for the document files, detecting whether or not a document file has been stored in the storage for the storage period, and deleting the respective document file when the document file has been stored in the storage for the storage period; and serving means for transmitting, to the terminal apparatus, the HTML file for displaying the user setting page at the terminal apparatus, wherein the user setting page is composed so that a user at the terminal apparatus can select a user set storage period for a respective document type, and request a change of the storage period for the selected document type in the same operation as accessing to a homepage, and changing the storage period for the selected document type, when the user requests the change, and wherein the user setting page has a list of periods from which the user can select one of the periods as the storage period for a respective document type. a scanner for scanning image data of a document; a printer for printing of scanned image data and received image data; a storage that stores a plurality of document files of different document types, the document types comprising facsimile data received by facsimile and network data received via the network, and an HTML file for a user setting page for setting storage periods of said document files based on the document type; file management means for managing the storage periods for the document files, detecting whether or not a document file has been stored in the storage for the storage period, and deleting the respective document file when the document file has been stored in the storage for the storage period; and serving means for transmitting, to the terminal apparatus, the HTML file for displaying the user setting page at the terminal apparatus, wherein the user setting page is composed so that a user at the terminal apparatus can select a user set storage period for a respective document type, and request a change of the storage period for the selected document type in the same operation as accessing to a homepage, and changing the storage period for the selected document type, when the user requests the change, and
Use of a peptide consisting of the amino acid sequence of SEQ ID NO:1 for improving skin conditions in a subject, wherein the improvement in the skin conditions is improvement in wrinkle or skin elasticity, improvement in skin moisture or regeneration of skin, with the proviso that the use is not a method of treatment of the human or animal body by surgery or therapy.
A method for alkylation of feedstock comprising: contacting the feedstock comprising at least one alkylatable aromatic compound and an alkylating agent with a first alkylating catalyst composition under alkylating conditions, the first alkylating catalyst composition comprising UZM-8 zeolite, nitrogen, and a binder, the first alkylating catalyst composition has at least 1 wt% to 30 wt% UZM-8 zeolite, and the catalyst having a nitrogen to zeolite aluminum molar ratio of between 0.01 to 0.040; wherein a total alkylated selectivity at a temperature and a molar ratio of alkylatable aromatic compound to alkylating agent is greater than 99.0%; wherein the alkylatable aromatic compound is benzene, the alkylating agent is propylene, and the propylene conversion is greater than 95%. contacting the feedstock comprising at least one alkylatable aromatic compound and an alkylating agent with a first alkylating catalyst composition under alkylating conditions, the first alkylating catalyst composition comprising UZM-8 zeolite, nitrogen, and a binder, the first alkylating catalyst composition has at least 1 wt% to 30 wt% UZM-8 zeolite, and the catalyst having a nitrogen to zeolite aluminum molar ratio of between 0.01 to 0.040; wherein a total alkylated selectivity at a temperature and a molar ratio of alkylatable aromatic compound to alkylating agent is greater than 99.0%; wherein the alkylatable aromatic compound is benzene, the alkylating agent is propylene, and the propylene conversion is greater than 95%.
A bending tool storage device for storing bending tools, comprising at least one storage unit, which comprises an outer tool storage which is ring-shaped or partial ring-shaped and has a plurality of guide rails for holding and guiding bending tools, characterized in that the storage unit comprises at least one inner tool storage (5, 6) which is arranged inside the outer tool storage and has a plurality of guide rails (15, 16) for holding and guiding bending tools, and in that the outer tool storage and the inner tool storage (5, 6) are rotatable relative to one another, wherein, in different positions of relative rotation between outer tool storage and inner tool storage, at least one guide rail of the outer tool storage is in each case in aligned orientation with another guide rail (15, 16) of the inner tool storage (5, 6).
Portable surface-treatment tool with particle extraction, having a surface-treatment endpiece comprising a surface suitable for the desired treatment and borne by a glove, the endpiece being in communication with a container housing a suction device via a conduit so that particles can be extracted by suction, characterized in that the endpiece comprises at least two blocks, a first block attached to the glove and a second surface-treatment block bearing the desired treatment surface, the conduit being connected to one or the other of the blocks and the blocks being connected to one another removably.
Combustion machine with an internal combustion engine and with a cooling system which comprises a coolant pump, a main radiator, a heating heat exchanger, coolant channels (28, 30) in the internal combustion engine, and a regulating device with an actuator for the regulated distribution of a coolant in a manner dependent on at least one local coolant temperature, characterized in that the regulating device is connectable via a connecting line to a coolant expansion tank, and the regulating device, in the event of an actuation of the actuator in one direction, - in a first main position, prevents a coolant flow through the coolant channels (28, 30) of the internal combustion engine and through the heating heat exchanger and through the main radiator and furthermore closes the connecting line, - in a second main position, opens up the connecting line, and, - in a third main position, additionally permits a coolant flow through the main radiator. - in a first main position, prevents a coolant flow through the coolant channels (28, 30) of the internal combustion engine and through the heating heat exchanger and through the main radiator and furthermore closes the connecting line, - in a second main position, opens up the connecting line, and, - in a third main position, additionally permits a coolant flow through the main radiator.
A jet engine comprising, from upstream to downstream, the upstream and downstream directions being defined by the direction of circulation of the primary flow, a high-pressure compressor, a diffuser grating and a combustion chamber, said high-pressure compressor comprising an external shell which radially delimits the duct for said primary flow and is connected to an annular structure extending radially outward, said diffuser grating comprising in the axial continuation of said external compressor shell an external casing connected to a rearwardly oriented conical strut delimiting, upstream, the end of said combustion chamber, said strut itself being connected to an external casing shell which extends in the upstream direction and is fastened to said annular structure by fastening means, said strut, said external casing shell and said annular structure defining a cavity around said diffuser grating, air bleed orifices being made in said strut in order to bring the end of the combustion chamber into communication with said cavity, said external casing shell being equipped with air bleed vents, and sealing means being provided between said annular structure and said external diffuser grating casing in order to isolate said cavity from the duct for the primary flow, characterized in that the sealing means consist of a brush seal fastened to the periphery of the upstream part of the external casing of the diffuser grating, said seal having bristles which extend radially outward and bear against the internal surface of a cylindrical sleeve which is integral with the annular structure and surrounds said brush seal.
A fin for a water sports board comprising: a leading edge and a trailing edge; a base attachable to the water sports board and extending between the leading edge and the trailing edge, an interior central plane extending from the base and intersecting the leading edge and the trailing edge; a first side face and a generally opposing second side face, the first side face and second side face being formed on generally opposed sides of the interior central plane; a first insert pre-preg sheet disposed adjacent the first side face, the first insert pre-preg sheet including a plurality of first structural strands bonded by a first resin material; and an injection molded resin material adjacent and along the first insert pre-preg sheet, the injection molded resin material being different in material composition from that of the first resin material. a leading edge and a trailing edge; a base attachable to the water sports board and extending between the leading edge and the trailing edge, an interior central plane extending from the base and intersecting the leading edge and the trailing edge; a first side face and a generally opposing second side face, the first side face and second side face being formed on generally opposed sides of the interior central plane; a first insert pre-preg sheet disposed adjacent the first side face, the first insert pre-preg sheet including a plurality of first structural strands bonded by a first resin material; and an injection molded resin material adjacent and along the first insert pre-preg sheet, the injection molded resin material being different in material composition from that of the first resin material.
An aluminum phosphate prepared by a sol gel process comprising: combining an aluminum salt with phosphoric acid in an aqueous solution; adding a sufficient amount of base material with the mixture to form a sol comprising a dispersion of colloidal aluminum phosphate particles in solution, adding a further amount of the base material to cause the colloidal particles to aggregate and form a gel structure, wherein the gel comprises a three-dimensional structure of linked-together aluminum phosphate particles; and wherein the sol gel is next subjected to post gelation treatment by heating; and wherein the amorphous aluminum phosphate prepared is not subjected to high-temperature treatment above 300°C; to collapse the three-dimensional structure and form solid aluminum phosphate particles; and wherein the colloidal and aggregate particles are substantially spherical in shape and have a substantially uniform size distribution. combining an aluminum salt with phosphoric acid in an aqueous solution; adding a sufficient amount of base material with the mixture to form a sol comprising a dispersion of colloidal aluminum phosphate particles in solution, adding a further amount of the base material to cause the colloidal particles to aggregate and form a gel structure, wherein the gel comprises a three-dimensional structure of linked-together aluminum phosphate particles; and wherein the sol gel is next subjected to post gelation treatment by heating; and wherein the amorphous aluminum phosphate prepared is not subjected to high-temperature treatment above 300°C; to collapse the three-dimensional structure and form solid aluminum phosphate particles; and wherein the colloidal and aggregate particles are substantially spherical in shape and have a substantially uniform size distribution.
A process for the preparation of carrier proteins selected from tetanus toxoid, diphtheria toxoid, Cross Reactive Material 197 (CRM 197), Haemophilus influenzae protein D, Neisseria outer membrane protein, Pertussis toxin, Pertactin and filamentous hemagglutinin, which comprises the steps of: a) transformation of Escherichia coli with the desired gene coding for the carrier protein using a plasmid vector, b) culturing the transformed Escherichia coli in suitable culture medium under suitable conditions, c) isolation and purification of Inclusion bodies, d) denaturation and solubilization of inclusion bodies at high pH value ranging from 9 to 14, e) followed by pH adjustment within a range of 6 to 8.5 of the solubilized protein using in-line static mixer for a period of 0.1 to 200 msec, to produce refolded protein, f) intermediate purification of the refolded protein using ion exchange chromatography to obtain >90 % pure and native carrier protein and g) further purification of the semi purified protein obtained in step (f) by one or more chromatographic separation using anion exchange chromatography, hydrophobic interaction chromatography, metal & dye affinity chromatography, affinity chromatography, multimodal chromatography, hydroxyapatite chromatography and size exclusion chromatography to obtain purified carrier protein. a) transformation of Escherichia coli with the desired gene coding for the carrier protein using a plasmid vector, b) culturing the transformed Escherichia coli in suitable culture medium under suitable conditions, c) isolation and purification of Inclusion bodies, d) denaturation and solubilization of inclusion bodies at high pH value ranging from 9 to 14, e) followed by pH adjustment within a range of 6 to 8.5 of the solubilized protein using in-line static mixer for a period of 0.1 to 200 msec, to produce refolded protein, f) intermediate purification of the refolded protein using ion exchange chromatography to obtain >90 % pure and native carrier protein and g) further purification of the semi purified protein obtained in step (f) by one or more chromatographic separation using anion exchange chromatography, hydrophobic interaction chromatography, metal & dye affinity chromatography, affinity chromatography, multimodal chromatography, hydroxyapatite chromatography and size exclusion chromatography to obtain purified carrier protein.
The use of 4-(7-hydroxy-2-isopropyl-4-oxo-4H-quinazolin-3-yl)-benzonitrile, or a pharmaceutically acceptable salt or solvate thereof, for the manufacture of a medicament for the treatment of inflammatory pain, in synergistic combination with diclofenac.
Active vibration isolation system for vibration-isolated support of lithographic devices, wafer handling systems, and/or microscopes, comprising - a plurality of vibration transducers (4a, 4b) for supplying sensor signals which are representative of vibrations, - a number of actuators for vibration compensation which may be controlled by supplying actuator control signals, - a control device (10, 10a, 10b) which is provided for processing the supplied sensor signals to form the actuator control signals, - characterized in that the vibration transducers (4a, 4b) have at least one first acceleration sensor, which is embodied as a geophone sensor, for detecting vibrations in a first frequency range and at least one second acceleration sensor, which is different from the first acceleration sensor, for detecting vibrations in a second frequency range which extends the first frequency range and which is at least effective in a range of up to 1.5 kHz, wherein the first and second acceleration sensors (4a and 4b, respectively) are spaced less than 30 cm apart, so that disturbance variables from the same direction can be determined. - a plurality of vibration transducers (4a, 4b) for supplying sensor signals which are representative of vibrations, - a number of actuators for vibration compensation which may be controlled by supplying actuator control signals, - a control device (10, 10a, 10b) which is provided for processing the supplied sensor signals to form the actuator control signals, - characterized in that the vibration transducers (4a, 4b)
A method, in a cellular communication system, of enabling downlink coordinated multipoint communication between a plurality of access points and a wireless device, the wireless device reporting at least one downlink channel quality measurement of one downlink channel from a serving access point to the wireless device, the method comprising, at a node in the network, the following steps: - receiving the at least one downlink channel quality measurement; - receiving uplink measurements of the respective uplink channels from the wireless device to each of the plurality of access points; - estimating a coordinated downlink multipoint channel quality of a coordinated multipoint channel corresponding to one or more different coordinated transmission states of the access points, based on the at least one downlink channel quality measurement and the received uplink reference measurements, wherein a transmission state comprises access points by which the wireless device is served. characterized in that estimating a coordinated downlink multipoint channel quality comprises: - estimating respective ratios between uplink path gains between each of the plurality of access points and the wireless device, wherein the uplink path gains are calculated based on the uplink measurements. - setting the respective ratios between the uplink path gains as respective ratios between downlink path gains between each of the plurality of access points and the wireless device; and - using the respective ratios between the downlink path gains and the at least one downlink quality measurement to estimate the respective downlink channel quality between each of the plurality of access points and the wireless device. - receiving the at least one downlink channel quality measurement; - receiving uplink measurements of the respective uplink channels from the wireless device to each of the plurality of access points; - estimating a coordinated downlink multipoint channel quality of a coordinated multipoint channel corresponding to one or more different coordinated transmission states of the access points, based on the at least one downlink channel quality measurement and the received uplink reference measurements, wherein a transmission state comprises access points by which the wireless device is served. - estimating respective ratios between uplink path gains between each of the plurality of access points and the wireless device, wherein the uplink path gains are calculated based on the uplink measurements. - setting the respective ratios between the uplink path gains as respective ratios between downlink path gains between each of the plurality of access points and the wireless device; and - using the respective ratios between the downlink path gains and the at least one downlink quality measurement to estimate the respective downlink channel quality between each of the plurality of access points and the wireless device.
A method for validating an emergency stop signal within a wind turbine, wherein the wind turbine comprises a plurality of control nodes distributed throughout the wind turbine, the method comprising: receiving an emergency stop signal from a first control node of the plurality of control nodes, wherein the emergency stop signal indicates the wind turbine should be shut down; shutting down the wind turbine by transmitting a shutdown signal to the plurality of control nodes; upon determining there is no indication a person is present within the wind turbine, validating the emergency stop signal; and upon determining the emergency stop signal is valid, activating a brake to bring the rotor to a stop. receiving an emergency stop signal from a first control node of the plurality of control nodes, wherein the emergency stop signal indicates the wind turbine should be shut down; shutting down the wind turbine by transmitting a shutdown signal to the plurality of control nodes; upon determining there is no indication a person is present within the wind turbine, validating the emergency stop signal; and upon determining the emergency stop signal is valid, activating a brake to bring the rotor to a stop.