mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a screw cap, which comprises a blind hole with inner threads, the method comprising the steps of: a) placing a piece of pre-preg MFC, i.e. pre-preg microfibrillated cellulose, with a dryness of 40-90%, of a suitable size for forming the screw cap, between a first tool comprising a protruded part with outer threads for forming the inner threads of the blind hole, and a second tool comprising a section with an inner lateral surface for forming an outer lateral surface of the screw cap, b) moving the protruded part of the first tool into the section of the second tool, such that the first and the second tool forms the screw cap, c) heating the first and the second tool to a temperature between 50-200°C, preferably 100-170°C, such that the piece of pre-preg MFC dries and shrinks onto the first tool and thereby forms the screw cap, and d) unscrewing the formed screw cap from the threads of the protruded part of the first tool. a) placing a piece of pre-preg MFC, i.e. pre-preg microfibrillated cellulose, with a dryness of 40-90%, of a suitable size for forming the screw cap, between a first tool comprising a protruded part with outer threads for forming the inner threads of the blind hole, and a second tool comprising a section with an inner lateral surface for forming an outer lateral surface of the screw cap, b) moving the protruded part of the first tool into the section of the second tool, such that the first and the second tool forms the screw cap, c) heating the first and the second tool to a temperature between 50-200°C, preferably 100-170°C, such that the piece of pre-preg MFC dries and shrinks onto the first tool and thereby forms the screw cap, and d) unscrewing the formed screw cap from the threads of the protruded part of the first tool.
A polymer foam composition comprising: a polymer-based foam matrix; and a mineral nucleating agent within a cell of the polymer-based foam matrix, wherein the mineral nucleating agent comprises an alkaline earth metal silicate, wherein the alkaline earth metal silicate comprises calcium silicate, and wherein the alkaline earth metal silicate is present in an amount in a range from 1% by weight to 30% by weight of the polymer foam, wherein the polymer-based foam matrix comprises at least one of a polystyrene matrix, polypropylene matrix, polyurethane matrix, poly(ethyl vinyl acetate) matrix, polyethylene terephthalate matrix, or copolymer matrices thereof. a polymer-based foam matrix; and a mineral nucleating agent within a cell of the polymer-based foam matrix, wherein the mineral nucleating agent comprises an alkaline earth metal silicate, wherein the alkaline earth metal silicate comprises calcium silicate, and wherein the alkaline earth metal silicate is present in an amount in a range from 1% by weight to 30% by weight of the polymer foam, wherein the polymer-based foam matrix comprises at least one of a polystyrene matrix, polypropylene matrix, polyurethane matrix, poly(ethyl vinyl acetate) matrix, polyethylene terephthalate matrix, or copolymer matrices thereof.
A control apparatus for controlling an imaging apparatus having an imaging optical system (102-1, 102-2, 102-3) and an image sensor comprising: an evaluation area determination unit configured to determine a central area of a captured image and a peripheral area (501-2, 501-3) of the captured image; a focus control unit configured to perform a focus control by acquiring a first contrast evaluation value based on the central area, calculating a focusing value based on the first contrast evaluation value, and controlling a movement of a focus lens in the imaging system (102-1, 102-2, 102-3) based on the focusing value; and a tilt control unit configured to perform a tilt control by acquiring a second contrast evaluation value based on the peripheral area (501-2, 501-3), calculating a tilt adjustment value based on the second contrast evaluation value, and controlling a tilt of an imaging plane by tilting the image sensor or by tilting a tilt lens relative to a plane orthogonal to an optical axis of the imaging optical system (102-1, 102-2, 102-3) based on the tilt adjustment value. an evaluation area determination unit configured to determine a central area of a captured image and a peripheral area (501-2, 501-3) of the captured image; a focus control unit configured to perform a focus control by acquiring a first contrast evaluation value based on the central area, calculating a focusing value based on the first contrast evaluation value, and controlling a movement of a focus lens in the imaging system (102-1, 102-2, 102-3) based on the focusing value; and acquiring a first contrast evaluation value based on the central area, calculating a focusing value based on the first contrast evaluation value, and controlling a movement of a focus lens in the imaging system (102-1, 102-2, 102-3) based on the focusing value; and a tilt control unit configured to perform a tilt control by acquiring a second contrast evaluation value based on the peripheral area (501-2, 501-3), calculating a tilt adjustment value based on the second contrast evaluation value, and controlling a tilt of an imaging plane by tilting the image sensor or by tilting a tilt lens relative to a plane orthogonal to an optical axis of the imaging optical system (102-1, 102-2, 102-3) based on the tilt adjustment value. acquiring a second contrast evaluation value based on the peripheral area (501-2, 501-3), calculating a tilt adjustment value based on the second contrast evaluation value, and controlling a tilt of an imaging plane by tilting the image sensor or by tilting a tilt lens relative to a plane orthogonal to an optical axis of the imaging optical system (102-1, 102-2, 102-3) based on the tilt adjustment value.
A method of providing a board packaging line program for a system comprising a board packaging line coordinating computer connected with the devices constituting a board packaging line through a network and an application server for storing an application program to be provided to the board packaging line coordinating computer, the board packaging line coordinating computer and the application server being connected to each other through an internet, the method comprising: a step in which the board packaging line coordinating computer downloads service contract information produced based on the contract with a customer and an application program stipulated in the service contract information from the application server; a step in which the board packaging line coordinating computer defines the board packaging line for the application program and the device configuration thereof based on the service contract information and uploads the defined device configuration to the application server; a step in which the application server retrieves a device driver from a prepared group of device drivers based on the device configuration uploaded from the board packaging line coordinating computer; and a step in which the board packaging line computer downloads the retrieved device driver from the application server and setting the device driver in each device of the board packaging line. a step in which the board packaging line coordinating computer downloads service contract information produced based on the contract with a customer and an application program stipulated in the service contract information from the application server; a step in which the board packaging line coordinating computer defines the board packaging line for the application program and the device configuration thereof based on the service contract information and uploads the defined device configuration to the application server; a step in which the application server retrieves a device driver from a prepared group of device drivers based on the device configuration uploaded from the board packaging line coordinating computer; and a step in which the board packaging line computer downloads the retrieved device driver from the application server and setting the device driver in each device of the board packaging line.
A charged particle detector device (12, 120) for detecting a charged particle emitted from a sample (16, 110), the detector device comprising: a converter (26,160) defining a conversion surface (40,164) with a continuous region of interaction of incident charged particles of different types (14,114) comprising positive and negative ions and electrons, said conversion surface being adapted for emitting electrons (27,194) in response to interaction with the charged particles of different types; an electron detector (28, 210) for receiving electrons from the converter and generating output data indicative thereof, and an electric field generator configured and operable to create an electric field defining trajectories for charged particles of different types (14,114) emitted from the sample (16, 110) as a result of the sample interaction with a particle beam (20,102), the emitted charged particles of different types being one of the following: electrons, positive ions and negative ions, said converter (26,160) having a conversion surface (40,164) comprising the continuous interaction region oriented so as to intersect the trajectories of the charged particles of different types propagating from the sample, said conversion surface operative to emit electrons (27,194) in response to the surface interaction with the charged particles of different types, characterized in that the electric field created within the detection device defines an operational mode of the device to selectively allow detection of electrons, positive ions and negative ions. a converter (26,160) defining a conversion surface (40,164) with a continuous region of interaction of incident charged particles of different types (14,114) comprising positive and negative ions and electrons, said conversion surface being adapted for emitting electrons (27,194) in response to interaction with the charged particles of different types; an electron detector (28, 210) for receiving electrons from the converter and generating output data indicative thereof, and an electric field generator configured and operable to create an electric field defining trajectories for charged particles of different types (14,114) emitted from the sample (16, 110) as a result of the sample interaction with a particle beam (20,102), the emitted charged particles of different types being one of the following: electrons, positive ions and negative ions, said converter (26,160) having a conversion surface (40,164) comprising the continuous interaction region oriented so as to intersect the trajectories of the charged particles of different types propagating from the sample, said conversion surface operative to emit electrons (27,194) in response to the surface interaction with the charged particles of different types, characterized in that the electric field created within the detection device defines an operational mode of the device to selectively allow detection of electrons, positive ions and negative ions.
A method of handling an inter-radio access technology, RAT, handover for a mobile communication device (10, 20), the method comprising: when the mobile communication device (10, 20) uses Long Term Evolution system, LTE, as a first RAT and receives a message requesting device capability corresponding to Universal Mobile Telecommunications System radio access network, UTRAN, as a second RAT, sending a capability message comprising preparation information associated with a handover from the first RAT to the second RAT to a serving network using the first RAT, wherein the message requesting the device capability corresponding to the second RAT is a UE CAPABILITY ENQUIRY message, and wherein the capability message is a UE CAPABILITY INFORMATION message; and forming the preparation information as a radio resource control, RRC, message used in the second RAT, wherein the preparation information is an INTER RAT HANDOVER INFO message. when the mobile communication device (10, 20) uses Long Term Evolution system, LTE, as a first RAT and receives a message requesting device capability corresponding to Universal Mobile Telecommunications System radio access network, UTRAN, as a second RAT, sending a capability message comprising preparation information associated with a handover from the first RAT to the second RAT to a serving network using the first RAT, wherein the message requesting the device capability corresponding to the second RAT is a UE CAPABILITY ENQUIRY message, and wherein the capability message is a UE CAPABILITY INFORMATION message; and forming the preparation information as a radio resource control, RRC, message used in the second RAT, wherein the preparation information is an INTER RAT HANDOVER INFO message.
Method for recovering N, K, and P from a liquid waste stream, wherein the waste stream comprises N, K, and P, the method comprising the steps of: a. removing a N-comprising compound from the waste stream, thereby obtaining a N-poor solution and the N-comprising compound; wherein during step a. the concentration of N in the N-poor solution is at most 100.0 mg/l, as measured using the Kjeldahl measurement method according to ISO 5663:1984; b. subsequently, concentrating the N-poor solution through water removal, thereby obtaining a concentrated solution; wherein step b. is performed until the water removal is at least 50.0%; c. adding a nucleating agent to the concentrated solution; and, d. precipitating potassium struvite MgKPO 4.6H 2 O from the concentrated solution, thereby obtaining potassium struvite MgKPO 4.6H 2 O and a waste solution. a. removing a N-comprising compound from the waste stream, thereby obtaining a N-poor solution and the N-comprising compound; wherein during step a. the concentration of N in the N-poor solution is at most 100.0 mg/l, as measured using the Kjeldahl measurement method according to ISO 5663:1984; b. subsequently, concentrating the N-poor solution through water removal, thereby obtaining a concentrated solution; wherein step b. is performed until the water removal is at least 50.0%; c. adding a nucleating agent to the concentrated solution; and, d. precipitating potassium struvite MgKPO 4.6H 2 O from the concentrated solution, thereby obtaining potassium struvite MgKPO 4.6H 2 O and a waste solution.
Benefit agent delivery particle comprising: a.) a core, said core comprising, based on total core weight, at least 70%, of one or more benefit agents having a ClogP of greater than 0 but less than 3.5; and b.) a shell, said shell surrounding said core material, said core and shell having a Hansen solubility parameter difference of from 1 to 20MPa 1⁄2, said shell being the product of first and second shell forming materials, said first shell forming material being an aliphatic polyisocyanate, wherein said particle has a shell material weight, based on the total benefit agent delivery particle weight, of from 20% to 60%; the benefit agent comprises a perfume oil. a.) a core, said core comprising, based on total core weight, at least 70%, of one or more benefit agents having a ClogP of greater than 0 but less than 3.5; and b.) a shell, said shell surrounding said core material, said core and shell having a Hansen solubility parameter difference of from 1 to 20MPa 1⁄2, said shell being the product of first and second shell forming materials, said first shell forming material being an aliphatic polyisocyanate,
A dispenser provided with a reservoir for a stack of sheets of web material and comprising a housing, wherein the dispenser comprises a lid being provided with a dispensing opening for sheets of web material, wherein the lid is adapted to face upwardly during use of the dispenser, and wherein the dispenser comprises a first biasing arrangement for biasing the stack of sheets of web material towards the lid and the dispensing opening, characterized in that the dispenser comprises a cassette, which cassette comprises the reservoir and is arranged to be moved to a position at least partially outside the housing, wherein the cassette is provided with a refill opening for sheets of web material, the refill opening being accessible when the cassette is in the position at least partially outside the housing, and wherein the dispenser comprises a second biasing arrangement adapted to bias the cassette in a vertical direction towards the position at least partially outside the housing.
Engine nacelle for an aircraft engine, comprising a tubular casing open at its opposite axial ends, with an inner wall and an outer wall which are connected to each other at the front end along a leading edge and at the rear end along a trailing edge and which enclose, along with the leading edge and the trailing edge, a cavity, the nacelle being also provided with de-icing means designed to heat the walls of the nacelle at least in the zone of the leading edge to avoid the formation of ice, characterized in that said de-icing means comprise a separating member of porous material arranged inside the cavity so as to divide the cavity into an inner cavity, between the inner wall and the separating member, and an outer cavity, between the outer wall and the separating member, and so as to put the inner cavity in fluid communication with the outer cavity only in a front zone of the cavity in contact with the leading edge, and in that the cavity contains a two-phase fluid.
An electronic apparatus, comprising: a sensor; and a communicator; characterized by comprising a processor configured to: based on sensing an input device being attached to the electronic apparatus, identify an area where the input device is attached among a plurality of areas based on a resistance of the area, the plurality of areas to which the input device is attachable each comprising resistances that are different from each other, and identify a control function assigned to the area (100-1, 100-2, 100-3) to which the input device is attached; and based on receiving a signal corresponding to a predetermined physical operation from the input device through the communicator, perform a control operation corresponding to the received signal based on the identified control function. a sensor; and a communicator; characterized by comprising a processor configured to: based on sensing an input device being attached to the electronic apparatus, identify an area where the input device is attached among a plurality of areas based on a resistance of the area, the plurality of areas to which the input device is attachable each comprising resistances that are different from each other, and identify a control function assigned to the area (100-1, 100-2, 100-3) to which the input device is attached; and based on receiving a signal corresponding to a predetermined physical operation from the input device through the communicator, perform a control operation corresponding to the received signal based on the identified control function.
Method for data transfer, with the following steps: A) establishing a data connection with a connection key between a first communication partner and a second communication partner, B) encrypting the connection key for the data connection by the first communication partner and/or by the second communication partner (11, 12) with an additional key, C) sending a message containing an unencrypted part and a part encrypted with the connection key from the first communication partner to the second communication partner, wherein the unencrypted part of the message contains the connection key encrypted with the additional key, characterised in that a third communication partner is intentionally participating as a listener in the data connection, wherein the additional key is known to the third communication partner, and in a step D), the third communication partner decrypts the connection key encrypted with the additional key from the unencrypted part of the message, so it is possible for the third communication partner to read the encrypted part of the message. A) establishing a data connection with a connection key between a first communication partner and a second communication partner, B) encrypting the connection key for the data connection by the first communication partner and/or by the second communication partner (11, 12) with an additional key, C) sending a message containing an unencrypted part and a part encrypted with the connection key from the first communication partner to the second communication partner, wherein the unencrypted part of the message contains the connection key encrypted with the additional key, a third communication partner is intentionally participating as a listener in the data connection, wherein the additional key is known to the third communication partner, and in a step D), the third communication partner decrypts the connection key encrypted with the additional key from the unencrypted part of the message, so it is possible for the third communication partner to read the encrypted part of the message.
Method for determining distance information based on Time of Flight, ToF, sensor data, the method comprising: Obtaining the ToF sensor data; Determining one or more saturated regions within the ToF sensor data, the one or more saturated regions being caused by one or more objects; Determining distance information for one or more boundary regions located adjacent to the one or more saturated regions based on the ToF sensor data, the one or more boundary regions being based on stray light reflected off the one or more objects; and Determining distance information for at least a part of the one or more saturated regions based on the distance information of the one or more boundary regions. Obtaining the ToF sensor data; Determining one or more saturated regions within the ToF sensor data, the one or more saturated regions being caused by one or more objects; Determining distance information for one or more boundary regions located adjacent to the one or more saturated regions based on the ToF sensor data, the one or more boundary regions being based on stray light reflected off the one or more objects; and Determining distance information for at least a part of the one or more saturated regions based on the distance information of the one or more boundary regions.
Pneumatically operable work tool for use in body construction in the motor vehicle industry, with a cylinder which has a cylinder housing, a piston moveable therein and a piston rod which is connected to said piston, moveable linearly and guided out of the cylinder housing, and with a head housing connected to the cylinder housing, wherein a region of the piston rod protruding into the head housing cooperates with at least one toggle lever to pivot an arm assigned to the toggle lever, in particular a gripper arm or clamping arm, wherein this arm is mounted in the head housing and is pivotable between a closed position and an opened position, wherein, in the region of its end protruding into the head housing, the piston rod receives a bearing element for the toggle lever, wherein the bearing element is guided in a guide of the head housing in the direction of the longitudinal axis of the piston rod, and the bearing element, at a radial distance from the longitudinal axis of the piston rod, has a receiver for pivotable mounting of a hinge connector, which in the region of an end facing away from the bearing element is connected pivotably to the arm at a distance from a pivot axis of the arm, wherein the end pivot axes (30, 31) of the hinge connector and the pivot axis of the arm are arranged parallel to each other, characterized in that on its sides facing away from each other, the bearing element has recesses for pivotable mounting of two hinge connectors.