mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal head (X1) comprising: a substrate ; a heat-generating portion on the substrate ; an electrode which is located on the substrate and is connected to the heat-generating portion ; and a protective layer which coats the heat-generating portion and a part of the electrode , characterized in that a kurtosis Rku of the protective layer is smaller than 3, or a skewness Rsk of the protective layer is smaller than 0. a substrate ; a heat-generating portion on the substrate ; an electrode which is located on the substrate and is connected to the heat-generating portion ; and a protective layer which coats the heat-generating portion and a part of the electrode , a kurtosis Rku of the protective layer is smaller than 3, or a skewness Rsk of the protective layer is smaller than 0.
An electronic machinery or apparatus , comprising at least one contact-sensitive electrical safety device and a control unit , electrically coupled to said contact-sensitive electrical safety device , the contact-sensitive electrical safety device , comprising: a sensitive element ; and a conductive actuator element configured to switch an operating state of said sensitive element in response to a contact acting on said electrical safety device , whereby said sensitive element comprises at least one printed circuit base on which a first and a second contact arrangements are provided, normally electrically separated; said conductive actuator element being configured to establish an electrical contact between said first and second contact arrangements , in response to said contact, characterized in that the control unit is configured to interrupt or limit the operation of said electronic machinery or apparatus upon detection of switching of the operating state of said sensitive element . a sensitive element ; and a conductive actuator element configured to switch an operating state of said sensitive element in response to a contact acting on said electrical safety device , whereby said sensitive element comprises at least one printed circuit base on which a first and a second contact arrangements are provided, normally electrically separated; said conductive actuator element being configured to establish an electrical contact between said first and second contact arrangements , in response to said contact, characterized in that the control unit is configured to interrupt or limit the operation of said electronic machinery or apparatus upon detection of switching of the operating state of said sensitive element .
A method comprising: Generating , by a processor, a frame comprising a payload portion and a non-payload portion, the payload portion of the frame including a plurality of Orthogonal Frequency Division Multiplexing (OFDM) symbols, each OFDM symbol having a useful portion and a cyclic prefix; dividing, by the processor, the payload portion of the frame into at least a first partition and a second partition in time, wherein the first partition is associated with a first FFT size and the second partition is associated with a second size different than the first FFT size; calculating, by the processor, a sum of a number of samples in the payload portion of the frame and a number of samples in the non-payload portion of the frame; computing, by the processor, a number of excess samples based at least in part on a difference between a total number of samples assigned to the frame and the calculated sum; increasing a cyclic prefix size of each OFDM symbol in the payload portion of the frame based at least in part on the computed number of excess samples; and transmitting the frame . Generating , by a processor, a frame comprising a payload portion and a non-payload portion, the payload portion of the frame including a plurality of Orthogonal Frequency Division Multiplexing (OFDM) symbols, each OFDM symbol having a useful portion and a cyclic prefix; dividing, by the processor, the payload portion of the frame into at least a first partition and a second partition in time, wherein the first partition is associated with a first FFT size and the second partition is associated with a second size different than the first FFT size; calculating, by the processor, a sum of a number of samples in the payload portion of the frame and a number of samples in the non-payload portion of the frame; computing, by the processor, a number of excess samples based at least in part on a difference between a total number of samples assigned to the frame and the calculated sum; increasing a cyclic prefix size of each OFDM symbol in the payload portion of the frame based at least in part on the computed number of excess samples; and transmitting the frame .
Apparatus comprising a camera , a light source , a recognition surface for mail to be placed onto it, and a housing for blocking light entering an interior of the housing , a. wherein the housing is arranged at least partly around: the camera and the recognition surface , and wherein the housing has at least one opening to place mail on the recognition surface , b. wherein the camera is positioned opposite to the recognition surface , c. wherein the camera is directed to the recognition surface for imaging, d. wherein the camera has an optical axis, the optical axis being arranged relative to the recognition surface at an angle in a range of from 10° to 170°, and e. wherein i. the light emitting surface of the light source is arranged in a first plane, ii. the recognition surface is arranged in a second plane, characterised characterised in that iii. the first plane is arranged relative to the second plane at an angle of less than 5°. a. wherein the housing is arranged at least partly around: the camera and the recognition surface , and wherein the housing has at least one opening to place mail on the recognition surface , b. wherein the camera is positioned opposite to the recognition surface , c. wherein the camera is directed to the recognition surface for imaging, d. wherein the camera has an optical axis, the optical axis being arranged relative to the recognition surface at an angle in a range of from 10° to 170°, and e. wherein i. the light emitting surface of the light source is arranged in a first plane, ii. the recognition surface is arranged in a second plane, characterised characterised in that iii. the first plane is arranged relative to the second plane at an angle of less than 5°. i. the light emitting surface of the light source is arranged in a first plane, ii. the recognition surface is arranged in a second plane, characterised characterised in that iii. the first plane is arranged relative to the second plane at an angle of less than 5°.
An adjusting module, comprising: a frame , an optical assembly , an elastic assembly and at least one adjusting member (140a1, 140a2), wherein the optical assembly is fixed to the elastic assembly ; the elastic assembly is detachably assembled on the frame , and the elastic assembly comprises a fixing portion , a first elastic portion and a second elastic portion , wherein: the fixing portion is fixed to the optical assembly ; the first elastic portion comprises a first hook (133a1, 133b1) and a first elastic arm (133a2, 133b2) connected to each other, wherein the first elastic arm (133a2, 133b2) is connected to the fixing portion , and the first hook (133a1, 133b1) is assembled to the frame ; and the second elastic portion comprises a second hook (135a1, 135b1) and a second elastic arm (135a2, 135b2) connected to each other, wherein the second elastic arm (135a2, 135b2) is connected to the fixing portion , and the second hook (135a1, 135b1) is assembled to the frame ; the frame has at least one through hole , and the at least one adjusting member (140a1, 140a2) penetrates through the at least one through hole and leans against the optical assembly . the optical assembly is fixed to the elastic assembly ; the elastic assembly is detachably assembled on the frame , and the elastic assembly comprises a fixing portion , a first elastic portion and a second elastic portion , wherein: the fixing portion is fixed to the optical assembly ; the first elastic portion comprises a first hook (133a1, 133b1) and a first elastic arm (133a2, 133b2) connected to each other, wherein the first elastic arm (133a2, 133b2) is connected to the fixing portion , and the first hook (133a1, 133b1) is assembled to the frame ; and the second elastic portion comprises a second hook (135a1, 135b1) and a second elastic arm (135a2, 135b2) connected to each other, wherein the second elastic arm (135a2, 135b2) is connected to the fixing portion , and the second hook (135a1, 135b1) is assembled to the frame ; the frame has at least one through hole , and the at least one adjusting member (140a1, 140a2) penetrates through the at least one through hole and leans against the optical assembly . the fixing portion is fixed to the optical assembly ; the first elastic portion comprises a first hook (133a1, 133b1) and a first elastic arm (133a2, 133b2) connected to each other, wherein the first elastic arm (133a2, 133b2) is connected to the fixing portion , and the first hook (133a1, 133b1) is assembled to the frame ; and the second elastic portion comprises a second hook (135a1, 135b1) and a second elastic arm (135a2, 135b2) connected to each other, wherein the second elastic arm (135a2, 135b2) is connected to the fixing portion , and the second hook (135a1, 135b1) is assembled to the frame ; the frame has at least one through hole , and the at least one adjusting member (140a1, 140a2) penetrates through the at least one through hole and leans against the optical assembly .
An image recording apparatus configured to irradiate a recording target (RL) with laser light to record an image, comprising: a plurality of laser emission parts that are disposed side by side in a predetermined direction and are configured to emit laser light; an optical system configured to collect a plurality of beams of laser light emitted by the laser emission parts onto the recording target moving relative to the laser emission parts in a direction crossing the predetermined direction; and characterized by an output control unit configured to perform control such that energy of laser light emitted from an outermost end laser emission part of the laser emission parts is greater than energy of laser light emitted from a center laser emission part, the outermost end laser emission part emitting laser light to be transmitted through vicinity of an end portion of the optical system, the center laser emission part emitting laser light to be transmitted through a portion other than vicinity of the end portion of the optical system. a plurality of laser emission parts that are disposed side by side in a predetermined direction and are configured to emit laser light; an optical system configured to collect a plurality of beams of laser light emitted by the laser emission parts onto the recording target moving relative to the laser emission parts in a direction crossing the predetermined direction; and characterized by an output control unit configured to perform control such that energy of laser light emitted from an outermost end laser emission part of the laser emission parts is greater than energy of laser light emitted from a center laser emission part, the outermost end laser emission part emitting laser light to be transmitted through vicinity of an end portion of the optical system, the center laser emission part emitting laser light to be transmitted through a portion other than vicinity of the end portion of the optical system.
An electronic device case comprising: a first case having a first groove ; and a second case including a first body , a connection portion formed at the first body and configured to couple with the first case when the first body is inserted into the first groove , and a card holding portion where a partition is formed to attach a card to the first body , wherein the connection portion is characterised by including: a rail of a groove shape formed at a first and second sidewall of the first body in a length direction or at a first surface and a second surface of the first body ; and a fifth groove formed at an inside surface of the first body , and wherein the first case further comprises: a sixth hook configured to insert into the rail to guide a movement of the second case ; and a seventh hook protruding from one side of the first case and configured to insert into the fifth groove when the second case is inserted into the first case . a first case having a first groove ; and a second case including a first body , a connection portion formed at the first body and configured to couple with the first case when the first body is inserted into the first groove , and a card holding portion where a partition is formed to attach a card to the first body , a first body , a connection portion formed at the first body and configured to couple with the first case when the first body is inserted into the first groove , and a card holding portion where a partition is formed to attach a card to the first body , wherein the connection portion is characterised by including: a rail of a groove shape formed at a first and second sidewall of the first body in a length direction or at a first surface and a second surface of the first body ; and a fifth groove formed at an inside surface of the first body , and a rail of a groove shape formed at a first and second sidewall of the first body in a length direction or at a first surface and a second surface of the first body ; and a fifth groove formed at an inside surface of the first body , and wherein the first case further comprises: a sixth hook configured to insert into the rail to guide a movement of the second case ; and a seventh hook protruding from one side of the first case and configured to insert into the fifth groove when the second case is inserted into the first case . a sixth hook configured to insert into the rail to guide a movement of the second case ; and a seventh hook protruding from one side of the first case and configured to insert into the fifth groove when the second case is inserted into the first case .
A sealing machine for textile articles of manufacture, comprising: a conveying group comprising a first conveyor member cooperating with a second conveyor member for translating an article of manufacture ("M") in being processed according to a predetermined feed direction ("A"); wherein said first conveyor member comprises a first roller acting on the article of manufacture ("M") by means of a dragging surface having a diameter ("d") smaller than 20 mm, characterised in that the first roller is rotatably engaged at one end of an arm overhanging from a fixed structure , wherein said arm houses a motorized drive shaft , offset parallel to a rotation axis ("X 1 ") of the first roller and operatively connected with the latter by means of kinematic transmission members . a conveying group comprising a first conveyor member cooperating with a second conveyor member for translating an article of manufacture ("M") in being processed according to a predetermined feed direction ("A"); wherein said first conveyor member comprises a first roller acting on the article of manufacture ("M") by means of a dragging surface having a diameter ("d") smaller than 20 mm, characterised in that the first roller is rotatably engaged at one end of an arm overhanging from a fixed structure , wherein said arm houses a motorized drive shaft , offset parallel to a rotation axis ("X 1 ") of the first roller and operatively connected with the latter by means of kinematic transmission members .
A method for activating a downhole tool of a drill string, comprising: - using at least one sensor for sensing at least one parameter selected from a pressure or a flow rate of a treatment fluid, e.g. a drilling fluid being pumped through the drill string via an external pump system; - applying at least a first time window (T 1 ) to a sensed signal from the at least one sensor and analysing the sensed signal in a controller ; - activating at least a first downhole tool , wherein the downhole tool performs at least a first mode of operation upon activation, - wherein the controller monitors the at least one parameter within the first time window (T 1 ) and determines whether the at least one parameter remains stable within a first threshold level within the first time window (T 1 ) or not, the first threshold level having an upper and lower limit value centred relative to a first threshold value (P 1 ) where the sensed at least one parameter remains within the upper and lower limit values, and activates the downhole tool if the at least one parameter is stable within the first time window (T 1 ), characterised in that the at least one parameter is increased past the first threshold level to a predetermined operating level (P 0 ) after a selected operation mode or downhole tool is activated, the first threshold level being selected between 10 to 90 % of a desired operating pressure and/or flow rate. - using at least one sensor for sensing at least one parameter selected from a pressure or a flow rate of a treatment fluid, e.g. a drilling fluid being pumped through the drill string via an external pump system; - applying at least a first time window (T 1 ) to a sensed signal from the at least one sensor and analysing the sensed signal in a controller ; - activating at least a first downhole tool , wherein the downhole tool performs at least a first mode of operation upon activation, - wherein the controller monitors the at least one parameter within the first time window (T 1 ) and determines whether the at least one parameter remains stable within a first threshold level within the first time window (T 1 ) or not, the first threshold level having an upper and lower limit value centred relative to a first threshold value (P 1 ) where the sensed at least one parameter remains within the upper and lower limit values, and activates the downhole tool if the at least one parameter is stable within the first time window (T 1 ), characterised in that the at least one parameter is increased past the first threshold level to a predetermined operating level (P 0 ) after a selected operation mode or downhole tool is activated, the first threshold level being selected between 10 to 90 % of a desired operating pressure and/or flow rate.
A method for manufacturing a filter material and/or filler material for mouthpieces for use in smoking products or HNB products consisting of cellulose acetate filaments and/or cellulose acetate staple fibers, wherein a solution of cellulose acetate having an acetyl value of at least 53% in acetone is pressed through a spinneret having multiple openings, and wherein the cellulose acetate filaments are then cut into cellulose acetate staple fibers as needed and wherein a multitude of the cellulose acetate filaments and/or cellulose acetate staple fibers thus obtained are gathered into a filter tow which is crimped as applicable, wherein the spinneret through which the solution of cellulose acetate is pressed is designed such that hollow cellulose acetate filaments are spun, wherein - in relation to a cut orthogonal to the fibers of the filter material and/or filler material - the hollow portion in the filter material and/or filler material amounts to 25% to 90% and preferably 50% to 80%, and wherein the filament diameter of the cellulose acetate filaments is in a range of between 60 to 100 μm.
A sophorolipid-producing yeast mutant strain of the genus Starmerella, wherein PXA1 gene, PXA2 gene, a gene equivalent to the PXA1 gene, or a gene equivalent to the PXA2 gene has been deleted or deactivated; wherein PXA1 gene is a gene consisting of the nucleotide sequence set forth in SEQ ID NO:1, a complementary strand thereof, or DNA composed of those; wherein PXA2 gene is a gene consisting of the nucleotide sequence set forth in SEQ ID NO:3, a complementary strand thereof, or DNA composed of those; wherein the gene equivalent to PXA1 gene is a gene consisting of a nucleotide sequence having at least 90% identity with the nucleotide sequence set forth in SEQ ID NO:1, a complementary strand thereof, or DNA composed of those and encoding a protein that forms a heterodimer together with PXA2 or a protein equivalent thereto to thereby work as a transporter transporting Acyl-CoA to a peroxisome; wherein the gene equivalent to PXA2 gene is a gene consisting of a nucleotide sequence having at least 90% identity with the nucleotide sequence set forth in SEQ ID NO:3, a complementary strand thereof, or DNA composed of those and encoding a protein that forms a heterodimer together with PXA1 or a protein equivalent thereto to thereby work as a transporter transporting Acyl-CoA to a peroxisome; wherein the PXA1 is a protein consisting of the amino acid sequence set forth in SEQ ID NO:2; wherein the PXA2 is a protein consisting of the amino acid sequence set forth in SEQ ID NO:4; wherein the protein equivalent to PXA1 is a protein consisting of an amino acid sequence having at least 90% identity with the amino acid sequence set forth in SEQ ID NO:2, and forming a heterodimer together with PXA2 or a protein equivalent thereto to work as a transporter transporting Acyl-CoA to a peroxisome; and wherein the protein equivalent to PXA2 is a protein consisting of an amino acid sequence having at least 90% identity with the amino acid sequence set forth in SEQ ID NO:4, and forming a heterodimer together with PXA1 or a protein equivalent thereto to work as a transporter transporting Acyl-CoA to a peroxisome.