mhurhangee/ep-ind-claims huggingface dataset:
An extrusion device for a single extruded body divided into a plurality of segments of at least a first plastic material and of at least one second plastic material arranged in alternation along an axis of extrusion, comprising: - an extrusion head having a nozzle for ejection of at least one plastic material (M1, M2); - a first duct formed in said head for feeding a first plastic material to said ejection nozzle; and - a second duct formed in said head for feeding a second plastic material to said ejection nozzle; - a selection element, disposed in the vicinity of said ejection nozzle and suitable for carrying out switching between a first operating condition at which it closes the second duct and enables simultaneously feeding of the first plastic material through the first duct, and a second operating condition at which it closes the first duct and enables simultaneously feeding of the second plastic material through the second duct; characterised in that said first and second ducts (5, 6) comprise a common end stretch, in the vicinity of said ejection nozzle and formed in said selection element and said selection element comprises a substantially cylindrical body, rotatably inserted in a cavity of the extrusion head, and an actuator operatively associated with said cylindrical body for rotation of said body about a respective longitudinal axis between the first and second operating conditions. - an extrusion head having a nozzle for ejection of at least one plastic material (M1, M2); - a first duct formed in said head for feeding a first plastic material to said ejection nozzle; and - a second duct formed in said head for feeding a second plastic material to said ejection nozzle; - a selection element, disposed in the vicinity of said ejection nozzle and suitable for carrying out switching between a first operating condition at which it closes the second duct and enables simultaneously feeding of the first plastic material through the first duct, and a second operating condition at which it closes the first duct and enables simultaneously feeding of the second plastic material through the second duct; characterised in that said first and second ducts (5, 6) comprise a common end stretch, in the vicinity of said ejection nozzle and formed in said selection element and said selection element comprises a substantially cylindrical body, rotatably inserted in a cavity of the extrusion head, and an actuator operatively associated with said cylindrical body for rotation of said body about a respective longitudinal axis between the first and second operating conditions.
A method of making a biocompatible mesh composition, the method comprising: a) incubating a plurality of fragments of an acellular tissue matrix in an acidic solution to create a homogeneous suspension of swollen ATM fragments, wherein the acidic solution has a pH less than 3.0 and does not cause substantial irreversible denaturation of collagen fibers in the ATM; b) applying the homogeneous suspension to a biocompatible mesh substrate to create a coated mesh substrate; and c) drying the coated substrate to form a mesh composition. a) incubating a plurality of fragments of an acellular tissue matrix in an acidic solution to create a homogeneous suspension of swollen ATM fragments, wherein the acidic solution has a pH less than 3.0 and does not cause substantial irreversible denaturation of collagen fibers in the ATM; b) applying the homogeneous suspension to a biocompatible mesh substrate to create a coated mesh substrate; and c) drying the coated substrate to form a mesh composition.
A fibre light module comprising at least two flexible light distribution fibres, wherein each light distribution fibre is enclosed in a corresponding flexible fibre guiding tube, wherein the fibre guiding tubes are at least partly translucent and mechanically coupled by a stabilisation structure, wherein the fibre light module further comprises a guiding structure mechanically coupled to the stabilisation structure by means of a mechanical coupling interface, wherein the guiding structure is deformable to preserve after deformation a spatial arrangement of the stabilisation structure along the mechanical coupling interface characterized in that the guiding structure is mechanically coupled to the stabilisation structure separate from each of the fibre guiding tubes.
A security feature for a security and/or value document, wherein the security feature comprises a zinc sulphide luminophore in the form of particles, wherein the zinc sulphide luminophore has the following general chemical formula: ZnS: Cu x, M y, X z in which: • M = one or more elements from a group comprising the chemical elements Co, In and Ni • X = one or more elements from a group comprising the halides F, Cl, Br, and I; • 0 < x ≤ 0.002; • 0 < y ≤ 0.00015; and • 0 ≤ z ≤ 0.00050; wherein the particles each have cubic phase portions and hexagonal phase portions, wherein the zinc sulphide luminophore emits a first luminescence radiation in the spectral range between 580 nm and 780 nm when excited by an electric field and wherein the zinc sulphide luminophore emits a second luminescence radiation in the visible spectral range when thermally stimulated and previously excited by means of UV radiation. • M = one or more elements from a group comprising the chemical elements Co, In and Ni • X = one or more elements from a group comprising the halides F, Cl, Br, and I; • 0 < x ≤ 0.002; • 0 < y ≤ 0.00015; and • 0 ≤ z ≤ 0.00050;
A toilet comprising a bowl and a toilet flushing system, said toilet flushing system comprising a tank for storing water and means for propelling the water stored in the interior of said tank towards the bowl of the toilet in order to carry out a flushing cycle, with the water, of said toilet, said means for propelling the water comprising an air injection device, - wherein said tank comprises an overflow and a water inlet placed above a water level (h) in the tank, said water inlet being placed above the overflow so that contaminated water is able to flow out through the overflow in case of reflux when the water level inside the tank exceeds a predetermined height, and - wherein said flushing system comprises means (9a, 12, 12a, 13) for preventing water in the tank from being discharged through said overflow when the air injection device is functioning, characterised in that, said tank comprises a dry compartment and a water storage compartment comprising the means (9a, 12, 12a, 13) for preventing water from being discharged through said overflow, wherein said air injection device is housed in said dry compartment, said dry compartment comprising an open air conduit for suctioning air from the exterior of the tank to the interior of the dry water compartment and an air outlet connected to the water storage compartment, wherein the air injection device is susceptible of being housed in the interior of said open air conduit, and the air injected by the air injection device is susceptible of propelling the water from the water storage compartment to flush the toilet bowl when the air injection device operates in the interior of the dry compartment. - wherein said tank comprises an overflow and a water inlet placed above a water level (h) in the tank, said water inlet being placed above the overflow so that contaminated water is able to flow out through the overflow in case of reflux when the water level inside the tank exceeds a predetermined height, and - wherein said flushing system comprises means (9a, 12, 12a, 13) for preventing water in the tank from being discharged through said overflow when the air injection device is functioning,
A computer-implemented method, comprising: i) extracting, on a processing device, variable information from network activity log data that includes a content access request from a user in an organization for a network content source (114, 116); ii) scoring the variable information to generate a risk score that indicates for the organization a relative risk associated with the network content source; iii) determining an access control level for the network content source based on the risk score and a content access policy for the organization; and iv) controlling access of the user in the organization to the network content source according to the access control level, wherein the variable information includes: a) a number of times that content from the network content source has been requested, b) a volume of organization users that have made a request for content from the network content source, and c) a period of time for which traffic with respect to the network content source has been detected. i) extracting, on a processing device, variable information from network activity log data that includes a content access request from a user in an organization for a network content source (114, 116); ii) scoring the variable information to generate a risk score that indicates for the organization a relative risk associated with the network content source; iii) determining an access control level for the network content source based on the risk score and a content access policy for the organization; and iv) controlling access of the user in the organization to the network content source according to the access control level, wherein the variable information includes: a) a number of times that content from the network content source has been requested, b) a volume of organization users that have made a request for content from the network content source, and c) a period of time for which traffic with respect to the network content source has been detected. a) a number of times that content from the network content source has been requested, b) a volume of organization users that have made a request for content from the network content source, and c) a period of time for which traffic with respect to the network content source has been detected.
A computer-implemented method for configuring a field programmable gate array (FPGA) based trusted execution environment for use in a blockchain network, comprising: storing, by a blockchain node in the blockchain network, a device identifier, a first random number, and a first encryption key in an FPGA device associated with the blockchain node; sending, by the blockchain node, an encrypted bitstream to the FPGA device, wherein the encrypted bitstream can be decrypted by the FPGA device using the first encryption key into a decrypted bitstream comprising a second random number; receiving, by the blockchain node, an encrypted message from the FPGA device, wherein the encrypted message is encrypted by the FPGA device using a second key, and wherein the second key is generated by the FPGA device using the device ID, the first random number, and the second random number; decrypting, by the blockchain node, the encrypted message from the FPGA device using a third key to produce a decrypted message, wherein the third key is pre-stored in the blockchain node; in response to decrypting the encrypted message using the third key: determining, by the blockchain node, a third random number embedded in the decrypted message; encrypting, by the blockchain node, one or more keys using the third random number; and sending, by the blockchain node, the one or more keys to the FPGA device. storing, by a blockchain node in the blockchain network, a device identifier, a first random number, and a first encryption key in an FPGA device associated with the blockchain node; sending, by the blockchain node, an encrypted bitstream to the FPGA device, wherein the encrypted bitstream can be decrypted by the FPGA device using the first encryption key into a decrypted bitstream comprising a second random number; receiving, by the blockchain node, an encrypted message from the FPGA device, wherein the encrypted message is encrypted by the FPGA device using a second key, and wherein the second key is generated by the FPGA device using the device ID, the first random number, and the second random number; decrypting, by the blockchain node, the encrypted message from the FPGA device using a third key to produce a decrypted message, wherein the third key is pre-stored in the blockchain node; in response to decrypting the encrypted message using the third key: determining, by the blockchain node, a third random number embedded in the decrypted message; encrypting, by the blockchain node, one or more keys using the third random number; and sending, by the blockchain node, the one or more keys to the FPGA device. determining, by the blockchain node, a third random number embedded in the decrypted message; encrypting, by the blockchain node, one or more keys using the third random number; and sending, by the blockchain node, the one or more keys to the FPGA device.
A device for detecting a physical quantity, the device comprising: a detector for detecting a physical quantity; an electronic circuit electrically connected to said detector and outputting a signal corresponding to the physical quantity; a housing comprising a frame shaped portion for accommodating and holding said electronic circuit therein; and a terminal for connecting said electronic circuit to an external device, wherein said terminal is formed integrally with said housing, and a connector housing for surrounding the end of said terminal projecting externally from said housing, a groove which is formed in a part of the frame shaped portion of said housing in which said terminal communicates said electronic circuit on the inner side and said connector housing on the outer side with each other, in which a cover may be inserted, characterized in that the groove is a groove for making a part of said terminal being exposed therein. a detector for detecting a physical quantity; an electronic circuit electrically connected to said detector and outputting a signal corresponding to the physical quantity; a housing comprising a frame shaped portion for accommodating and holding said electronic circuit therein; and a terminal for connecting said electronic circuit to an external device, wherein said terminal is formed integrally with said housing, and a connector housing for surrounding the end of said terminal projecting externally from said housing, a groove which is formed in a part of the frame shaped portion of said housing in which said terminal communicates said electronic circuit on the inner side and said connector housing on the outer side with each other, in which a cover may be inserted, characterized in that the groove is a groove for making a part of said terminal being exposed therein.
Method for detecting the wind during distributing processes in agriculture by means of a detection device of at least one preferably autonomously operating, unmanned aerial vehicle which is preferably capable of taking off and landing substantially perpendicularly, characterized in that the unmanned aerial vehicle has at least one unit for detecting wind conditions, which unmanned aerial vehicle has a unit for receiving control signals from a base station and/or sending control signals to an agricultural apparatus and a unit for transmitting the detected wind conditions to a base station and/or to an agricultural apparatus, the wind conditions over an area to be processed being detected by means of detecting wind indicators and/or suitable sensors for detecting wind speed(s) and/or wind direction(s), the unmanned aerial vehicle detecting the wind conditions on the windward side of the current and/or future travel lane and/or the agricultural machine; and in that operating parameters of the agricultural machine are adapted to the wind conditions prevailing at the location of the agricultural machine at the time of deployment on the basis of the wind conditions detected by the unmanned aerial vehicle. the unmanned aerial vehicle detecting the wind conditions on the windward side of the current and/or future travel lane and/or the agricultural machine; and in that operating parameters of the agricultural machine are adapted to the wind conditions prevailing at the location of the agricultural machine at the time of deployment on the basis of the wind conditions detected by the unmanned aerial vehicle.
A process for cleaning the treatment chamber of an apparatus used for semiconductor manufacturing characterized in that a gas mixture comprising or consisting of fluorine in a range of equal to or greater than 27.5% (v/v) to equal to or less than 32.5% (v/v), nitrogen in a range of equal to or greater than 25% (v/v) to equal to or less than 45% (v/v) and argon in a range of equal to or greater than 25% (v/v) to equal to or less than 45% (v/v), relative to the total composition of fluorine, argon, nitrogen and optional other components as 100 % (v/v), is used as the etching gas.
A composition comprising cyclosporin A at a concentration of from 0.0001% (w/v) to less than 0.05% (w/v) for use in a method of treating loss of corneal sensitivity in a person in need thereof.
A function module (1, 10) comprising: a function housing including a functioning section as an illuminator or a loudspeaker; and an operation housing including an operation section configured to receive an operation for operating the functioning section, the operation housing including a first support provided at one end in a prescribed direction of the operation housing, the function housing being supported at the first support by the operation housing to be rotatable about a first rotation axis along a direction transverse to the prescribed direction and to be rotatable about a second rotation axis transverse to the first rotation axis, the function housing being configured to rotate about the first rotation axis to move between a closed position and an open position, the operation housing having a specific plane to which a battery pack is to be detachably attached in a state where the battery pack is exposed, wherein a center of gravity of the function housing, the operation housing, and the battery pack is in the battery pack in a state where the function housing is in the open position and in the closed position, wherein the operation section is located on an opposite surface of the operation housing from the battery pack, and wherein when the function housing is in the closed position, the operation section is covered with the operation housing. a function housing including a functioning section as an illuminator or a loudspeaker; and an operation housing including an operation section configured to receive an operation for operating the functioning section, the operation housing including a first support provided at one end in a prescribed direction of the operation housing, the function housing being supported at the first support by the operation housing to be rotatable about a first rotation axis along a direction transverse to the prescribed direction and to be rotatable about a second rotation axis transverse to the first rotation axis, the function housing being configured to rotate about the first rotation axis to move between a closed position and an open position, the operation housing having a specific plane to which a battery pack is to be detachably attached in a state where the battery pack is exposed, wherein a center of gravity of the function housing, the operation housing, and the battery pack is in the battery pack in a state where the function housing is in the open position and in the closed position, wherein the operation section is located on an opposite surface of the operation housing from the battery pack, and wherein when the function housing is in the closed position, the operation section is covered with the operation housing.
An isolator, comprising an enclosure which delimits an interior volume with a controlled atmosphere, the isolator having two front walls (8, 9) located opposite each other and connected to each other by two side walls (10, 11), a work station being provided in each of the front walls, each work station comprising a transparent observation area and two holes connected in a sealed manner to handling gloves, each work station being configured to allow an operator, located outside the enclosure, to see the interior of the enclosure through the observation area while handling, with the aid of the handling gloves, objects located in the interior volume, characterised in that one of the side walls has a recess which projects from the remainder of this side wall on the side of the interior volume, the recess providing two viewing surfaces which are each directed towards the observation areas so that they are visible to the operators.
Soil cultivation machine having - a plurality of rotationally driven rotary tools that are arranged in a frame and carry cultivation tools (5a, 5b); and - at least one side plate arrangement, which comprises a side plate, arranged in a manner spaced apart laterally from the rotary tools, and at least one support arm, wherein the at least one support arm carries the side plate; and - at least one adjusting arrangement, wherein the at least one side plate arrangement is able to be brought into at least two different distances of the side plate laterally with respect to the rotary tools by means of the adjusting arrangement; characterized in that the adjusting arrangement comprises at least one pivot axle and at least one pivot lever, in that the support arm is articulated in a pivotable manner to the pivot lever in a manner spaced apart therefrom, in that the pivot lever is arranged on the frame in a rotatable manner via the pivot axle, and in that the side plate arrangement is able to be fixed at the different, lateral distances by the pivot lever being rotated about the pivot axle. - a plurality of rotationally driven rotary tools that are arranged in a frame and carry cultivation tools (5a, 5b); and - at least one side plate arrangement, which comprises a side plate, arranged in a manner spaced apart laterally from the rotary tools, and at least one support arm, wherein the at least one support arm carries the side plate; and - at least one adjusting arrangement, wherein the at least one side plate arrangement is able to be brought into at least two different distances of the side plate laterally with respect to the rotary tools by means of the adjusting arrangement;