mhurhangee/ep-ind-claims huggingface dataset:
Carrying and lifting device for filling stations which are provided on a filling machine for filling bottles, cans or similar containers with a liquid filling product and each of which has a filling element, wherein the carrying and lifting device comprises a base element and a container carrier which fully or, at least a part component thereof, can be moved up and down in its axial direction parallel to the filling element axis, and a piston-like auxiliary lifting element integrated in the container carrier which can be raised for cleaning and/or disinfection purposes and brought into a sealed position with the filling element in its working position, characterised in that in the container carrier, a further piston is present which is mounted centrally in the auxiliary lifting element and can travel independently of the auxiliary lifting element parallel to its filling element axis, and in the working position which constitutes the vertical lower end position is configured as a rinse sleeve together with the auxiliary lifting element in its working position, wherein the container carrier at the upper end has a container plate which is formed from a flat annular upper part of the auxiliary lifting element and the header plate of the piston.
A process for obtaining a bioactive extract from the Vicia faba pod that comprises the following stages: a. harvesting the fruit of a Vicia faba crop during the growth phase, b. removing the beans from the fruit harvested in stage (a) and processing the pods by means of a treatment that comprises the steps of washing the pods, rejecting the damaged and/or oxidised pods and washing and quick-drying the selected pods, c. preserving the product obtained in stage (b) at a temperature between 0oC and 5oC for 24-48 hours, d. deep-freezing the product obtained after stage (c) at between - 50oC and -30oC for 1-3 hours, e. storing the product obtained after stage (d) at a temperature below -18oC for less than three months, f. freeze-drying the product obtained after stage (e) for 3-5 days, and g. standardising the L-DOPA content of the product obtained after stage (f) such that it has a final L-DOPA content of at least 20 mg/g. a. harvesting the fruit of a Vicia faba crop during the growth phase, b. removing the beans from the fruit harvested in stage (a) and processing the pods by means of a treatment that comprises the steps of washing the pods, rejecting the damaged and/or oxidised pods and washing and quick-drying the selected pods, c. preserving the product obtained in stage (b) at a temperature between 0oC and 5oC for 24-48 hours, d. deep-freezing the product obtained after stage (c) at between - 50oC and -30oC for 1-3 hours, e. storing the product obtained after stage (d) at a temperature below -18oC for less than three months, f. freeze-drying the product obtained after stage (e) for 3-5 days, and g. standardising the L-DOPA content of the product obtained after stage (f) such that it has a final L-DOPA content of at least 20 mg/g.
Adjustment drive for a steering column for a motor vehicle, comprising a threaded spindle having an external thread, engaging with a corresponding internal thread of a spindle nut, wherein a thread tooth of the external thread and a thread groove of the internal thread have corresponding axially sliding thread flanks which are braced against each other, characterized in that at least one thread flank comprises at least one recessed lubricant uptake.
A microparticle precursor composition comprising a blend of a probiotic, a cross-linkable reagent, a denatured protein, a polyol plasticizer, trehalose and a carrier.
A method for updating a metadata file, comprising: sending a message to a server on a network side to request a metadata file corresponding to media presentation; receiving the metadata file returned by the server according to the message that requests the metadata file corresponding to the media presentation, wherein the metadata file comprises information about duration of a part of described media presentation; determining update time of the metadata file according to the information about the duration of the part of described media presentation; and sending a request for updating the metadata file to the server according to the update time. sending a message to a server on a network side to request a metadata file corresponding to media presentation; receiving the metadata file returned by the server according to the message that requests the metadata file corresponding to the media presentation, wherein the metadata file comprises information about duration of a part of described media presentation; determining update time of the metadata file according to the information about the duration of the part of described media presentation; and sending a request for updating the metadata file to the server according to the update time.
Optoelectronic device manufacturing method, comprising the steps of: a) forming an active diode stack comprising a first doped semiconductor layer of a first conductivity type and a second doped semiconductor layer of the second conductivity type, coating the upper surface of the first layer; b) forming an integrated control circuit comprising a plurality of elementary control cells (CTRL), each comprising at least one MOS transistor; c) after steps a) and b), transferring the integrated control circuit onto the upper surface of the active diode stack; and d) after step c), forming, from the surface of the integrated control circuit opposite to the active diode stack, trenches extending vertically through the integrated control circuit and emerging into the first layer or onto the upper surface of the first layer, characterized in that the trenches delimit a plurality of pixels, each comprising a diode and an elementary control cell (CTRL). a) forming an active diode stack comprising a first doped semiconductor layer of a first conductivity type and a second doped semiconductor layer of the second conductivity type, coating the upper surface of the first layer; b) forming an integrated control circuit comprising a plurality of elementary control cells (CTRL), each comprising at least one MOS transistor; c) after steps a) and b), transferring the integrated control circuit onto the upper surface of the active diode stack; and d) after step c), forming, from the surface of the integrated control circuit opposite to the active diode stack, trenches extending vertically through the integrated control circuit and emerging into the first layer or onto the upper surface of the first layer, characterized in that the trenches delimit a plurality of pixels, each comprising a diode and an elementary control cell (CTRL).
A fork-lift truck (1, 1') comprising - a load carrier, - an optical detector (3, 3') having a first field of view and arranged to provide an output, wherein the optical detector (3, 3') is movable together with the load carrier, - an optical analysing unit (4, 4') arranged to analyse the output from said optical detector (3, 3'), characterized in that the optical analysing unit (4, 4') is arranged to analyse the output from the optical detector (3, 3') so as to - identify a first three-dimensional object, said first three-dimensional object being the load carrier, and a second three-dimensional object based on the output from the optical detector (3, 3'), and - determine the three-dimensional position of the identified load carrier relative to the identified second three-dimensional object. - a load carrier, - an optical detector (3, 3') having a first field of view and arranged to provide an output, wherein the optical detector (3, 3') is movable together with the load carrier, - an optical analysing unit (4, 4') arranged to analyse the output from said optical detector (3, 3'), characterized in that the optical analysing unit (4, 4') is arranged to analyse the output from the optical detector (3, 3') so as to - identify a first three-dimensional object, said first three-dimensional object being the load carrier, and a second three-dimensional object based on the output from the optical detector (3, 3'), and - determine the three-dimensional position of the identified load carrier relative to the identified second three-dimensional object.
A molded article obtained by molding a resin composition, the resin composition comprising 100 parts by weight of poly(3-hydroxyalkanoate) and 5 to 15 parts by weight of an ester compound, and having a ratio of 3.5 × 10 -2 to 4.8 × 10 -2 (sec/[Pa·s]) between a melt viscosity (Pa s) and a drawdown time (sec), the melt viscosity being an apparent melt viscosity (η) calculated from the following formula where F is a load measured with a capillary rheometer in extrusion of the resin composition molten at a volume flow rate of 0.716 cm3/min and a shear rate of 122 sec -1 from an orifice having a radius (d) of 0.05 cm and a capillary length (l) of 1 cm and connected to the tip of a barrel having a barrel set temperature of 170°C and a radius of 0.4775 cm, the drawdown time being a time required for the resin composition to fall by 20 cm after being discharged from the orifice in measurement of the melt viscosity, wherein the molded article is a film having a thickness of 30 μm or less. [Mathematical Formula 1] η = π F πD 2 d 4 8 Ql the melt viscosity being an apparent melt viscosity (η) calculated from the following formula where F is a load measured with a capillary rheometer in extrusion of the resin composition molten at a volume flow rate of 0.716 cm3/min and a shear rate of 122 sec -1 from an orifice having a radius (d) of 0.05 cm and a capillary length (l) of 1 cm and connected to the tip of a barrel having a barrel set temperature of 170°C and a radius of 0.4775 cm, the drawdown time being a time required for the resin composition to fall by 20 cm after being discharged from the orifice in measurement of the melt viscosity,
A printing system comprising a transport mechanism for transporting sheets of a print medium in the printing system, comprising: a conveyor body for supporting a plurality of sheets of a print medium thereon, wherein the conveyor body is movable to convey the sheets along a transport path in the printing system; suction means, and especially fan means, for generating an under-pressure at or adjacent to the conveyor body to hold the plurality of sheets fixed in position thereon as the conveyor body conveys the plurality of sheets along the transport path; and a controller for controlling or regulating operation of the suction means to adjust the under-pressure generated, wherein the controller is configured to control operation of the suction means based on delivery of the plurality of sheets to the conveyor body and/or a change in the delivery of the sheets to the conveyor body. a conveyor body for supporting a plurality of sheets of a print medium thereon, wherein the conveyor body is movable to convey the sheets along a transport path in the printing system; suction means, and especially fan means, for generating an under-pressure at or adjacent to the conveyor body to hold the plurality of sheets fixed in position thereon as the conveyor body conveys the plurality of sheets along the transport path; and a controller for controlling or regulating operation of the suction means to adjust the under-pressure generated, wherein the controller is configured to control operation of the suction means based on delivery of the plurality of sheets to the conveyor body and/or a change in the delivery of the sheets to the conveyor body.
An electronic device, comprising: a transparent cover, comprising a first surface and a second surface opposite to the first surface; a display screen, comprising a display region and a non-display region adjacent to the display region, wherein the non-display region comprises a first contact face, a second contact face opposite to the first contact face, and a side face connecting the first contact face and the second contact face, the first contact face is disposed close to the transparent cover; and a camera module; wherein the electronic device is characterized in that the electronic device further comprises: a screen-printing ink layer, serving as a diaphragm structure, disposed on the first surface of the transparent cover and defining a light-transmitting hole; wherein the camera module and the diaphragm structure are disposed on a same side of the transparent cover; the diaphragm structure is configured to limit a diameter of a field of view of the camera module, the light is capable of passing through the transparent cover and the light-transmitting hole to further enter the camera module; a light-shielding layer is disposed on each of the side face and the first contact face; and a distance between the display screen and the transparent cover is greater than a thickness of the diaphragm structure, and the display screen is arranged to avoid the diaphragm structure. a transparent cover, comprising a first surface and a second surface opposite to the first surface; a display screen, comprising a display region and a non-display region adjacent to the display region, wherein the non-display region comprises a first contact face, a second contact face opposite to the first contact face, and a side face connecting the first contact face and the second contact face, the first contact face is disposed close to the transparent cover; and a camera module; wherein the electronic device is characterized in that the electronic device further comprises: a screen-printing ink layer, serving as a diaphragm structure, disposed on the first surface of the transparent cover and defining a light-transmitting hole; wherein the camera module and the diaphragm structure are disposed on a same side of the transparent cover; the diaphragm structure is configured to limit a diameter of a field of view of the camera module, the light is capable of passing through the transparent cover and the light-transmitting hole to further enter the camera module; a light-shielding layer is disposed on each of the side face and the first contact face; and a distance between the display screen and the transparent cover is greater than a thickness of the diaphragm structure, and the display screen is arranged to avoid the diaphragm structure.
A light emitting device, comprising: a light emitting diode, LED,; and a recipient luminophoric medium that is configured to down-convert at least some of the light emitted by the LED, the recipient luminophoric medium including at least: a first broad-spectrum luminescent material that down-converts a first portion of the radiation emitted by the LED to radiation having a peak wavelength in the red color range, wherein the red color range is light having a wavelength from 605 nm to 700 nm; a first narrow-spectrum luminescent material that down-converts a second portion of the radiation emitted by the LED to radiation having a peak wavelength in the red color range; and a second broad-spectrum luminescent material that down-converts a third portion of the radiation emitted by the LED to radiation having a peak wavelength in a color range other than the red color range, wherein radiation emitted by the second broad-spectrum luminescent material has a peak wavelength in the yellow color range, wherein the yellow color range is light having a wavelength from 550 nm to 604 nm. a light emitting diode, LED,; and a recipient luminophoric medium that is configured to down-convert at least some of the light emitted by the LED, the recipient luminophoric medium including at least: a first broad-spectrum luminescent material that down-converts a first portion of the radiation emitted by the LED to radiation having a peak wavelength in the red color range, wherein the red color range is light having a wavelength from 605 nm to 700 nm; a first narrow-spectrum luminescent material that down-converts a second portion of the radiation emitted by the LED to radiation having a peak wavelength in the red color range; and a second broad-spectrum luminescent material that down-converts a third portion of the radiation emitted by the LED to radiation having a peak wavelength in a color range other than the red color range, wherein radiation emitted by the second broad-spectrum luminescent material has a peak wavelength in the yellow color range, wherein the yellow color range is light having a wavelength from 550 nm to 604 nm. a first broad-spectrum luminescent material that down-converts a first portion of the radiation emitted by the LED to radiation having a peak wavelength in the red color range, wherein the red color range is light having a wavelength from 605 nm to 700 nm; a first narrow-spectrum luminescent material that down-converts a second portion of the radiation emitted by the LED to radiation having a peak wavelength in the red color range; and a second broad-spectrum luminescent material that down-converts a third portion of the radiation emitted by the LED to radiation having a peak wavelength in a color range other than the red color range, wherein radiation emitted by the second broad-spectrum luminescent material has a peak wavelength in the yellow color range, wherein the yellow color range is light having a wavelength from 550 nm to 604 nm.
Bus bar for high current consumers, comprising: a superconductor for conducting an electric current extending along the bus bar; a housing with a heat pipe for cooling the superconductor to a temperature below the transition temperature of the superconductor, wherein the heat pipe, the housing and the superconductor extend along the bus bar, the heat pipe is thermally conductively connected to the housing along its length, wherein the heat pipe comprises: an evaporable heat transfer medium, a cold end, a hot end, and a conduction region between the cold and hot ends for circulating the heat transfer medium between the hot and cold ends a cooling unit for cooling the heat pipe, which is thermally conductively connected to the cold end of the heat pipe, wherein the housing is configured such that a plurality of the housings are connectable to each other at their ends in an axial direction so that the superconductor can be passed through the plurality of the interconnected housings and cooled to a temperature below the transition temperature, and the housing comprises a plurality of heat pipes, characterised in that each heat pipe is designed in such a way that a characteristic number of pressure in the unit bar multiplied with volume in the unit litre is smaller than 50 bar*litre or the volume is smaller than 1 litre. a superconductor for conducting an electric current extending along the bus bar; a housing with a heat pipe for cooling the superconductor to a temperature below the transition temperature of the superconductor, wherein the heat pipe, the housing and the superconductor extend along the bus bar, the heat pipe is thermally conductively connected to the housing along its length, wherein the heat pipe comprises: an evaporable heat transfer medium, a cold end, a hot end, and a conduction region between the cold and hot ends for circulating the heat transfer medium between the hot and cold ends a cooling unit for cooling the heat pipe, which is thermally conductively connected to the cold end of the heat pipe, wherein the housing is configured such that a plurality of the housings are connectable to each other at their ends in an axial direction so that the superconductor can be passed through the plurality of the interconnected housings and cooled to a temperature below the transition temperature, and the housing comprises a plurality of heat pipes, characterised in that each heat pipe is designed in such a way that a characteristic number of pressure in the unit bar multiplied with volume in the unit litre is smaller than 50 bar*litre or the volume is smaller than 1 litre.
A method by a source network node for providing mobility support for enhanced coverage of a wireless device in handover to a target network node, the method comprising: obtaining, from the target network node, an indication of at least one resource to be used by the wireless device in handover from the source network node to the target network node; receiving, from the wireless device, an indication of a coverage enhancement level associated with the wireless device; and transmit, to the wireless device, the indication of the at least one resource to be used by the wireless device in handover from the source network node to the target network node, wherein the indication transmitted by the source network node comprises an indication of resource information for each of only a plurality of coverage enhancement levels that are equal to or worse than the coverage enhancement level associated with the wireless device. obtaining, from the target network node, an indication of at least one resource to be used by the wireless device in handover from the source network node to the target network node; receiving, from the wireless device, an indication of a coverage enhancement level associated with the wireless device; and transmit, to the wireless device, the indication of the at least one resource to be used by the wireless device in handover from the source network node to the target network node, wherein the indication transmitted by the source network node comprises an indication of resource information for each of only a plurality of coverage enhancement levels that are equal to or worse than the coverage enhancement level associated with the wireless device.
A method for determining a drilling plan for a plurality of new wells in a reservoir and drilling at least one well, the method comprising: categorizing by a computer system the plurality of new wells into at least a first new well and at a second new well, such that a drilling location for at least the first new well must be determined imminently, but a drilling location for at least the second new well can be determined at a later time; determining by a computer system a plurality of potential drilling locations for the second new well; determining by a computer system the drilling location for the first new well based at least in part on the determined plurality of potential drilling locations for the second new well; outputting by a computer system the drilling plan comprising the determined drilling location for the first new well and the determined plurality of potential drilling locations for the second new well; drilling at least one well in the reservoir at a drilling location determined according to the drilling plan. categorizing by a computer system the plurality of new wells into at least a first new well and at a second new well, such that a drilling location for at least the first new well must be determined imminently, but a drilling location for at least the second new well can be determined at a later time; determining by a computer system a plurality of potential drilling locations for the second new well; determining by a computer system the drilling location for the first new well based at least in part on the determined plurality of potential drilling locations for the second new well; outputting by a computer system the drilling plan comprising the determined drilling location for the first new well and the determined plurality of potential drilling locations for the second new well; drilling at least one well in the reservoir at a drilling location determined according to the drilling plan.
Road finishing machine with a control platform and a control panel which can be moved between end positions on the left and right sides of the road finishing machine in the control platform, wherein the control panel comprises a bearing roller (8, 9, 10) which is engaged with a fixed bearing rail provided at the control platform, characterized in that the bearing roller (8, 9, 10) is fixed by means of a thrust bearing, the axial direction of which comprises at least one vertical component, and is movably received in the fixed bearing rail.