mhurhangee/ep-ind-claims huggingface dataset:
A supporting apparatus of a display device, the apparatus comprising: - a fixing unit maintaining a mounted position and disposed in the middle of the supporting apparatus, - two sliding units disposed left and right of the fixing unit, wherein each sliding unit is adapted to rotate back and forth relative to the fixing unit, and wherein each of the sliding units includes a first sliding member adapted to rotate back and forth relative to the fixing unit, and a second sliding member sliding relative to the first sliding member; and - two device connecting parts each adapted to couple to the display device, wherein each of the device connecting parts is rotatably coupled to a respective second sliding member of the two sliding units, characterized in that, in use, when being fixed to the display device each of the device connecting parts moves back and forth relative to the fixing unit by a sliding operation of the first and second sliding members and a simultaneous back and forth rotation operation of the first sliding member. - a fixing unit maintaining a mounted position and disposed in the middle of the supporting apparatus, - two sliding units disposed left and right of the fixing unit, wherein each sliding unit is adapted to rotate back and forth relative to the fixing unit, and wherein each of the sliding units includes a first sliding member adapted to rotate back and forth relative to the fixing unit, and a second sliding member sliding relative to the first sliding member; and - two device connecting parts each adapted to couple to the display device, wherein each of the device connecting parts is rotatably coupled to a respective second sliding member of the two sliding units, characterized in that, in use, when being fixed to the display device each of the device connecting parts moves back and forth relative to the fixing unit by a sliding operation of the first and second sliding members and a simultaneous back and forth rotation operation of the first sliding member.
Method for operating a glow ignition element of a vehicle heating device in a starting phase of the vehicle heating device, comprising the following steps: a) determining a parameter (Pist) associated to a heating performance of the glow ignition element, b) Comparing the parameter (Pist) associated to the heating performance to a reference (P soll), c) if the parameter (Pist) is smaller than the reference (P soll), increasing the heating performance of the glow ignition element, characterized in that after a second predefined time period at the latest, a check verifies if an ignition has taken place and if no ignition has taken place, the heating energy applied from the beginning of the excitation of said glow ignition element will be compared to a reference energy (E min). a) determining a parameter (Pist) associated to a heating performance of the glow ignition element, b) Comparing the parameter (Pist) associated to the heating performance to a reference (P soll), c) if the parameter (Pist) is smaller than the reference (P soll), increasing the heating performance of the glow ignition element,
A lighting system for adjusting one or more lighting units (104a-c, 202a-d) in a vehicle based on the location of a moveable object within said vehicle comprising: one or more sensors (130a-d, 202a-b) positionable in said vehicle for determining location data of a movable object relative to the vehicle; a remote device which can be coupled to the movable object, wherein the one or more sensors (130a-d, 202a-b) each comprise a communication circuit for communicating a signal between the one or more sensors (130a-d, 202a0b) and the remote device and a processing device communicatively coupled to at least one sensor (130a-d, 202a-b) of the one or more sensors (130a-d, 202a-b) for receiving the location data from the at least one sensor (130a-d, 202a-b), determining a location of the movable object based on the location data, and adjusting lighting in one or more sections of the vehicle based on the location of the movable object; characterised in that; the remote device is configured to transmit the signal with type data about a type of the movable object, and wherein adjusting the lighting in the one or more sections of the vehicle is further based on the type data. one or more sensors (130a-d, 202a-b) positionable in said vehicle for determining location data of a movable object relative to the vehicle; a remote device which can be coupled to the movable object, wherein the one or more sensors (130a-d, 202a-b) each comprise a communication circuit for communicating a signal between the one or more sensors (130a-d, 202a0b) and the remote device and a processing device communicatively coupled to at least one sensor (130a-d, 202a-b) of the one or more sensors (130a-d, 202a-b) for receiving the location data from the at least one sensor (130a-d, 202a-b), determining a location of the movable object based on the location data, and adjusting lighting in one or more sections of the vehicle based on the location of the movable object; characterised in that; the remote device is configured to transmit the signal with type data about a type of the movable object, and wherein adjusting the lighting in the one or more sections of the vehicle is further based on the type data.
A flat textile material for placing on a human or animal body in order to capture and/or transmit electrical signals, comprising: a longitudinal direction, a transverse direction running transverse to the longitudinal direction, an extension plane, a thickness direction orthogonal to the extension plane, a first layer facing the body, a second layer facing away from the body, at least one electrode arranged on or in the first layer for placing on the body, wherein the electrode comprises electrically conductive threads (50, 52), wherein the second layer comprises electrically non-conductive threads (56, 58) having a first water absorbency, characterized in that there are provided either in the first layer or in the thickness direction between the electrode and the second layer threads having a second water absorbency extending in the longitudinal direction, and wherein the second water absorbency of these threads is greater than the first water absorbency of the electrically non-conductive threads (56, 58) of the second layer. a longitudinal direction, a transverse direction running transverse to the longitudinal direction, an extension plane, a thickness direction orthogonal to the extension plane, a first layer facing the body, a second layer facing away from the body, at least one electrode arranged on or in the first layer for placing on the body, wherein the electrode comprises electrically conductive threads (50, 52), wherein the second layer comprises electrically non-conductive threads (56, 58) having a first water absorbency, characterized in that there are provided either in the first layer or in the thickness direction between the electrode and the second layer threads having a second water absorbency extending in the longitudinal direction, and wherein the second water absorbency of these threads is greater than the first water absorbency of the electrically non-conductive threads (56, 58) of the second layer.
A needleless connector, comprising: a body; a valve clement at least partially disposed within the body, the valve element comprising (i) a cylindrical portion having an outwardly extending flange at a distal end, the flange having a bottom surface with an outer area and an inner area, and (ii) an inner surface extending from the bottom surface of the flange and defining an interior volume; and a base comprising a rim having a top surface that is in contact with at least a portion of the outer area of the flange of the valve element, the rim defining a recess with a bottom surface distally separated from the top surface of the rim, and at least one support member extending from the rim into the recess so as to contact and extend inwardly of the inner area of the bottom surface of the flange, the at least one support member extending past a projected location of the inner surface of the interior volume of the valve element. a body; a valve clement at least partially disposed within the body, the valve element comprising (i) a cylindrical portion having an outwardly extending flange at a distal end, the flange having a bottom surface with an outer area and an inner area, and (ii) an inner surface extending from the bottom surface of the flange and defining an interior volume; and a base comprising a rim having a top surface that is in contact with at least a portion of the outer area of the flange of the valve element, the rim defining a recess with a bottom surface distally separated from the top surface of the rim, and at least one support member extending from the rim into the recess so as to contact and extend inwardly of the inner area of the bottom surface of the flange, the at least one support member extending past a projected location of the inner surface of the interior volume of the valve element.
A film for inflatable cushions, the film comprising: - a first web layer having a first longitudinal edge and a second longitudinal edge; - a second web layer having a first longitudinal edge and a second longitudinal edge, in which the first and second web layers (620, 640) are positioned with respect to each other to be generally co-extensive; - a longitudinal seal that joins the first web layer and the second web layer together; - a series of transverse seals with first and second ends (672, 674), and extending from at least proximate the longitudinal seal towards the joined second edge of the first web layer and the second edge of the second web layer, where each transverse seal includes a zigzag pattern; - a longitudinal channel defined between the second ends of the transverse seals and the second edges (624, 644) of the first and second web layers (620, 640); - inflatable chambers that opens towards the longitudinal channel and each being defined by the longitudinal seal and a pair of adjacent transverse seals; and - transverse lines of weakness each extending between the first edges (622, 642) of the first and second web layers (620, 640) and the second edges (624, 644) of the first and second web layers (620, 640). - a first web layer having a first longitudinal edge and a second longitudinal edge; - a second web layer having a first longitudinal edge and a second longitudinal edge, in which the first and second web layers (620, 640) are positioned with respect to each other to be generally co-extensive; - a longitudinal seal that joins the first web layer and the second web layer together; - a series of transverse seals with first and second ends (672, 674), and extending from at least proximate the longitudinal seal towards the joined second edge of the first web layer and the second edge of the second web layer, where each transverse seal includes a zigzag pattern; - a longitudinal channel defined between the second ends of the transverse seals and the second edges (624, 644) of the first and second web layers (620, 640); - inflatable chambers that opens towards the longitudinal channel and each being defined by the longitudinal seal and a pair of adjacent transverse seals; and - transverse lines of weakness each extending between the first edges (622, 642) of the first and second web layers (620, 640) and the second edges (624, 644) of the first and second web layers (620, 640).
An isolated polypeptide having cellobiohydrolase activity, selected from the group consisting of: (a) a polypeptide having at least 95%, e.g., at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to amino acids 19 to 469 of SEQ ID NO: 2; (b) a polypeptide encoded by a polynucleotide having at least 95%, e.g., at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to nucleotides 55 to 1749 of SEQ ID NO: 1; (c) a variant comprising a substitution, deletion, and/or insertion of up to 10 amino acids in amino acids 19 to 469 of SEQ ID NO: 2; and (d) a fragment of a polypeptide having at least 95% sequence identity to amino acids 19 to 469 of SEQ ID NO:2, a polypeptide encoded by a polynucleotide having at least 95% sequence identity to nucleotides 55 to 1749 of SEQ ID NO:1, or a variant comprising a substitution, deletion, and/or insertion of up to 10 amino acids in amino acids 19 to 469 of SEQ ID NO: 2, wherein said fragment has cellobiohydrolase activity, wherein the fragment contains at least 390 amino acid residues. (a) a polypeptide having at least 95%, e.g., at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to amino acids 19 to 469 of SEQ ID NO: 2; (b) a polypeptide encoded by a polynucleotide having at least 95%, e.g., at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to nucleotides 55 to 1749 of SEQ ID NO: 1; (c) a variant comprising a substitution, deletion, and/or insertion of up to 10 amino acids in amino acids 19 to 469 of SEQ ID NO: 2; and (d) a fragment of a polypeptide having at least 95% sequence identity to amino acids 19 to 469 of SEQ ID NO:2, a polypeptide encoded by a polynucleotide having at least 95% sequence identity to nucleotides 55 to 1749 of SEQ ID NO:1, or a variant comprising a substitution, deletion, and/or insertion of up to 10 amino acids in amino acids 19 to 469 of SEQ ID NO: 2, wherein said fragment has cellobiohydrolase activity, wherein the fragment contains at least 390 amino acid residues.
A carbon fiber manufacturing method, comprising: providing a raw material step, providing a carbon fiber precursor fiber bundle; performing a high-temperature carbonization step, the carbon fiber precursor fiber bundle being heated to form a carbon fiber having a carbon content in the range of 80 to 90 %; performing a plasma surface treatment step, a plasma gas flow with a power of 100-10000 watts acting on the carbon fiber for 10-1000 milliseconds so that a surface of the carbon fiber is formed with a plasma-modified configuration; performing a sizing step, the plasma-modified configuration being coated with a resin oiling agent; and performing a drying step, the resin oiling agent coated on the plasma-modified configuration being processed with drying so that the resin oiling agent is firmly adhered to the surface of the carbon fiber; wherein in the high-temperature carbonization step, the carbon fiber precursor fiber bundle is guided into a chamber, the chamber is formed with at least one microwave field concentration area therein and is provided with a gas supply assembly to supply an inert gas and a microwave generating assembly to supply a high-frequency microwave, under the protection of the inert gas atmosphere, an electric field of the high-frequency microwave produces a sensing current to heat up and produce a high temperature quickly with the carbon fiber precursor fiber bundle passing through the microwave field concentration area; wherein the chamber is provided with at least one pair of microwave-sensitive materials. providing a raw material step, providing a carbon fiber precursor fiber bundle; performing a high-temperature carbonization step, the carbon fiber precursor fiber bundle being heated to form a carbon fiber having a carbon content in the range of 80 to 90 %; performing a plasma surface treatment step, a plasma gas flow with a power of 100-10000 watts acting on the carbon fiber for 10-1000 milliseconds so that a surface of the carbon fiber is formed with a plasma-modified configuration; performing a sizing step, the plasma-modified configuration being coated with a resin oiling agent; and performing a drying step, the resin oiling agent coated on the plasma-modified configuration being processed with drying so that the resin oiling agent is firmly adhered to the surface of the carbon fiber; wherein in the high-temperature carbonization step, the carbon fiber precursor fiber bundle is guided into a chamber, the chamber is formed with at least one microwave field concentration area therein and is provided with a gas supply assembly to supply an inert gas and a microwave generating assembly to supply a high-frequency microwave, under the protection of the inert gas atmosphere, an electric field of the high-frequency microwave produces a sensing current to heat up and produce a high temperature quickly with the carbon fiber precursor fiber bundle passing through the microwave field concentration area; wherein the chamber is provided with at least one pair of microwave-sensitive materials.
A method for signing a document to be transmitted between two correspondents, a sender and a recipient, characterised in that it comprises: - a step of registering the sender and the recipient of said document in order to assign them a digital identity; - a step of the recipient authorising correspondence with the sender; - a step of strong authentication of digital identities of the sender and of the recipient using an ephemeral single-use code; - a step of encrypting the document; - a step of notifying the sender that the document is ready to be sent; - a step of detecting a validation of the document by the sender; - a step of confirming, by a third party, the execution of said validation step; - a step of notifying the recipient that the document is available; - a step of detecting that the document has been accessed by the recipient; - a step of creating an electronic document-delivery report, said electronic document-delivery report comprising a set of data associated with the transmission of the document to the recipient, said set comprising identifications of elements of authentication of the recipient, of a sealof the document, of an access to the document by the recipient and of a time-stamp of the access to the document by the recipient; and - a step of a trusted third party electronically signing the electronic document-delivery report with its own private key. - a step of registering the sender and the recipient of said document in order to assign them a digital identity; - a step of the recipient authorising correspondence with the sender; - a step of strong authentication of digital identities of the sender and of the recipient using an ephemeral single-use code; - a step of encrypting the document; - a step of notifying the sender that the document is ready to be sent; - a step of detecting a validation of the document by the sender; - a step of confirming, by a third party, the execution of said validation step; - a step of notifying the recipient that the document is available; - a step of detecting that the document has been accessed by the recipient; - a step of creating an electronic document-delivery report, said electronic document-delivery report comprising a set of data associated with the transmission of the document to the recipient, said set comprising identifications of elements of authentication of the recipient, of a sealof the document, of an access to the document by the recipient and of a time-stamp of the access to the document by the recipient; and - a step of a trusted third party electronically signing the electronic document-delivery report with its own private key.
An electromagnetic operation device comprising: an electromagnet coil for forming an electromagnet; a capacitor accumulating energy for exciting the electromagnet coil; and a control circuit for causing the electromagnet coil and the capacitor to be electrically connected according to a turn-on command or a turn-off command to a switching device, wherein the control circuit comprises a limiting resistor at the time of turn-on operation of the switching device, characterized in that the control circuit further comprises a state sensor monitoring an ambient temperature state, and a relay that is provided in parallel with the limiting resistor at the time of turn-on operation and short-circuits the limiting resistor at the time of turn-on operation by using a normally-closed contact point that is normally "closed" and is "opened" when a signal is inputted from the state sensor, and either a turn-on switch, or an on-off switch, a resistor at the time of turn-off operation of the switching device, and a plurality of switching relays (25, 26, 27, 28) that are switched in conjunction with the turn-on operation and turn-off operation of the switching device. an electromagnet coil for forming an electromagnet; a capacitor accumulating energy for exciting the electromagnet coil; and a control circuit for causing the electromagnet coil and the capacitor to be electrically connected according to a turn-on command or a turn-off command to a switching device, wherein the control circuit comprises a limiting resistor at the time of turn-on operation of the switching device, characterized in that the control circuit further comprises a state sensor monitoring an ambient temperature state, and a relay that is provided in parallel with the limiting resistor at the time of turn-on operation and short-circuits the limiting resistor at the time of turn-on operation by using a normally-closed contact point that is normally "closed" and is "opened" when a signal is inputted from the state sensor, and either a turn-on switch, or an on-off switch, a resistor at the time of turn-off operation of the switching device, and a plurality of switching relays (25, 26, 27, 28) that are switched in conjunction with the turn-on operation and turn-off operation of the switching device.
A molded package, comprising: a molded resin having a recess for accommodating a light emitting element; a ceramic substrate disposed in a bottom of the recess, the ceramic substrate having one surface exposed from the bottom of the recess and the other surface exposed from a rear surface of the molded resin; and a lead disposed at a lower part of the molded resin, the light emitting element being mounted on the one surface of the ceramic substrate, wherein the lead includes a first lead and a second lead which are disposed so as to put the ceramic substrate therebetween in a first direction, characterized in that at least one of the first lead and second lead being in contact with each of a pair of opposed side surfaces of the ceramic substrate in a second direction perpendicular to the first direction to hold the ceramic substrate between parts thereof. a molded resin having a recess for accommodating a light emitting element; a ceramic substrate disposed in a bottom of the recess, the ceramic substrate having one surface exposed from the bottom of the recess and the other surface exposed from a rear surface of the molded resin; and a lead disposed at a lower part of the molded resin, the light emitting element being mounted on the one surface of the ceramic substrate, wherein the lead includes a first lead and a second lead which are disposed so as to put the ceramic substrate therebetween in a first direction, characterized in that at least one of the first lead and second lead being in contact with each of a pair of opposed side surfaces of the ceramic substrate in a second direction perpendicular to the first direction to hold the ceramic substrate between parts thereof.