mhurhangee/patent-ind-claim-en huggingface dataset:
Folding support for folding a slidingly openable and closable tarpaulin attached to laterally slidable elongated support means , which folding support has an exterior arranged to push against the tarpaulin and an interior located opposite to the exterior, the folding support comprising the following portions: - first and second end portions located at two opposite ends of the folding support and arranged to attach the folding support to two of said elongated support means ; - a first rigid portion hingedly connected via a first folding line to said first end portion , and a second rigid portion hingedly connected via a second folding line to said second end portion ; and - a flexible central portion having a first end that is contiguous with said first rigid portion and a second end that is contiguous with said second rigid portion , wherein said rigid portions are mutually pivotable about said central portion between a folded shut position of the folding support , in which said folding lines are at a minimal distance to each other, and a folded open position of the folding support , in which said folding lines are at a maximal distance to each other, characterized in that , in said folded open position of the folding support , said central portion has a length (D), measured along the shortest possible straight line between said ends , of 4 cm to 12 cm, and that, also in said folded open position of the folding support , said central portion has a concave interior having a first sagittal height (P 1 ) comprised between 1.5 and 25% of said length (D) and a convex exterior having a second sagittal height (P 2 ) comprised between 1.5 and 25% of said length (D). - first and second end portions located at two opposite ends of the folding support and arranged to attach the folding support to two of said elongated support means ; - a first rigid portion hingedly connected via a first folding line to said first end portion , and a second rigid portion hingedly connected via a second folding line to said second end portion ; and - a flexible central portion having a first end that is contiguous with said first rigid portion and a second end that is contiguous with said second rigid portion ,
Method for producing a cutting section for a core bit , wherein the cutting section can be connected to a drill shaft section of the core bit via a releasable connecting device , comprising the following method steps: ▪ a first open tubular element is in the form of a first hollow cylinder with a first outer lateral surface , a first inner lateral surface , a first lower end surface and a first upper end surface and has a first hollow cylinder height (H 1 ), a first inside diameter (d 1 ) and a first outside diameter (D 1 ), ▪ a second open tubular element is in the form of a second hollow cylinder with a second outer lateral surface , a second inner lateral surface , a second lower end surface and a second upper end surface and has a second hollow cylinder height (H 2 ), a second inside diameter (d 2 ) and a second outside diameter (D 2 ), ▪ the first open tubular element is pushed into the second open tubular element , ▪ one or more drill segments are connected to the first open tubular element and to the second tubular element , characterized in that the second open tubular element is connected to a second closed tubular element at second abutting edges , and at least one slot-shaped recess is created in the second closed tubular element , wherein the at least one slot-shaped recess has a transverse slot and a connecting slot , and the connecting slot connects the transverse slot to the second upper end surface of the second closed tubular element . ▪ a first open tubular element is in the form of a first hollow cylinder with a first outer lateral surface , a first inner lateral surface , a first lower end surface and a first upper end surface and has a first hollow cylinder height (H 1 ), a first inside diameter (d 1 ) and a first outside diameter (D 1 ), ▪ a second open tubular element is in the form of a second hollow cylinder with a second outer lateral surface , a second inner lateral surface , a second lower end surface and a second upper end surface and has a second hollow cylinder height (H 2 ), a second inside diameter (d 2 ) and a second outside diameter (D 2 ), ▪ the first open tubular element is pushed into the second open tubular element , ▪ one or more drill segments are connected to the first open tubular element and to the second tubular element ,
An amidate compound represented by the formula : wherein A is a substituted or unsubstituted C 1 -C 100 hydrocarbon group, n is an integer of 1 to 6, and D is a nitrogen-containing organic group represented by the following formula (2-1), (2-2), or (2-3) : wherein R 1 is a hydrocarbon group that may contain a heteroatom; X is a nitrogen atom, an oxygen atom, or a sulfur atom; and a is 0 or 1, wherein a is 1 when X is a nitrogen atom, and a is 0 when X is an oxygen atom or a sulfur atom; and R 6 and R 7 are the same or different, and are each a hydrogen atom or a C 1 -C 6 hydrocarbon group that may contain a heteroatom; wherein R 1 , X, and a are as defined above, and R 8 and R 9 are the same or different, and are each a hydrogen atom or a C 1 -C 6 hydrocarbon group that may contain a heteroatom; or wherein R 1 , X, and a are as defined above, and R 10 , R 11 , R 12 , and R 13 are the same or different, and are each a hydrogen atom or a C 1 -C 6 hydrocarbon group that may contain a heteroatom; provided that 1,3-dimethylimidazolium-2-N-(p-chlorophenyl)amidate and 1,3-dimethylimidazolium-2-N-(3',5'-dichlorophenyl)amidate are excluded.
A method for triggering a pulsed light source comprising at least one iteration of the following steps: - receiving a control signal; - determining a duration, referred to as an interval, between receiving said control signal and at least one preceding control signal; - adjusting at least one control parameter of said pulsed light source at least on the basis of said interval; - generating at least one electrical signal for triggering the pulsed light source on the basis of said at least one control parameter adjusted during the preceding step; - triggering the pulsed light source on the basis of said at least one electrical trigger signal, characterized in that the step of adjusting at least one control parameter of said pulsed light source comprises at least one iteration of the following steps; - determining, on the basis of the interval, a value of a delay in triggering said light source associated with said interval; - determining a pause duration before triggering said light source on the basis of said delay value and said desired time. - receiving a control signal; - determining a duration, referred to as an interval, between receiving said control signal and at least one preceding control signal; - adjusting at least one control parameter of said pulsed light source at least on the basis of said interval; - generating at least one electrical signal for triggering the pulsed light source on the basis of said at least one control parameter adjusted during the preceding step; - triggering the pulsed light source on the basis of said at least one electrical trigger signal, - determining, on the basis of the interval, a value of a delay in triggering said light source associated with said interval; - determining a pause duration before triggering said light source on the basis of said delay value and said desired time.
A peptide consisting of the amino acid sequence of SEQ ID NO: 1.
An optical scanner which comprises: - a fixed planar support ; - a beam , provided with a first face and with a second face , held secured by one of its ends, called fixed end , to the planar support and perpendicular to a main face of said support; - an actuator arranged to impart either a bending or a torsion on a movable portion of the beam extending from a free end of said beam and opposite to the fixed end ; - an optical source adapted to emit a main optical beam with a wavelength λ; characterized in that the optical scanner further comprises: - a plurality of waveguides disposed on or in the beam and intended to split the main optical beam into a plurality of secondary optical beams; - an optical phased array which comprises a plurality of optical phase-shifters each coupled to a waveguide , disposed on or in an emission section of the movable portion and which extends from the free end , the emission section having a transparency adapted to enable light extraction from the first face and from the second face . - a fixed planar support ; - a beam , provided with a first face and with a second face , held secured by one of its ends, called fixed end , to the planar support and perpendicular to a main face of said support; - an actuator arranged to impart either a bending or a torsion on a movable portion of the beam extending from a free end of said beam and opposite to the fixed end ; - an optical source adapted to emit a main optical beam with a wavelength λ; characterized in that the optical scanner further comprises: - a plurality of waveguides disposed on or in the beam and intended to split the main optical beam into a plurality of secondary optical beams; - an optical phased array which comprises a plurality of optical phase-shifters each coupled to a waveguide , disposed on or in an emission section of the movable portion and which extends from the free end , the emission section having a transparency adapted to enable light extraction from the first face and from the second face . - a plurality of waveguides disposed on or in the beam and intended to split the main optical beam into a plurality of secondary optical beams; - an optical phased array which comprises a plurality of optical phase-shifters each coupled to a waveguide , disposed on or in an emission section of the movable portion and which extends from the free end , the emission section having a transparency adapted to enable light extraction from the first face and from the second face .
A method for wireless communication performed by an access terminal (120a...i), comprising: receiving, a clear to transmit message from an access point , wherein the clear to transmit message comprises a header having a local address field therein, the clear to transmit message indicating a transmission opportunity, the clear to transmit message further comprising a request that a plurality of devices concurrently transmit data at a specific time, the plurality of devices comprising the access terminal (120a...i), the clear to transmit message further comprising a second address field in the header , the second address field including a basic service set identifier of the access point . receiving, a clear to transmit message from an access point , wherein the clear to transmit message comprises a header having a local address field therein, the clear to transmit message indicating a transmission opportunity, the clear to transmit message further comprising a request that a plurality of devices concurrently transmit data at a specific time, the plurality of devices comprising the access terminal (120a...i), the clear to transmit message further comprising a second address field in the header , the second address field including a basic service set identifier of the access point .
An electromagnetic handwriting system, comprising: an electromagnetic handwriting tablet configured to receive a drive signal, the drive signal driving the electromagnetic handwriting tablet to be in a suspension state or an enable state; characterized in that a frequency value at which the electromagnetic handwriting tablet enters the suspension state is set as a suspension state frequency threshold f0; a frequency value at which the electromagnetic handwriting tablet enters the enable state is set as an enable state frequency threshold f1; wherein if an actual frequency value of the drive signal received by the electromagnetic handwriting tablet is set to ft, and a virtual frequency value fx is set to satisfy |f0-f1|>|f0-fx| and |f0-f1|>|fx-f1|, then when ft satisfies |f0-fx|>|f0-ft| and |f0-fx|>|ft-fx|, ft is adjusted to fx in response to driving the electromagnetic handwriting tablet. an electromagnetic handwriting tablet configured to receive a drive signal, the drive signal driving the electromagnetic handwriting tablet to be in a suspension state or an enable state; characterized in that a frequency value at which the electromagnetic handwriting tablet enters the suspension state is set as a suspension state frequency threshold f0; a frequency value at which the electromagnetic handwriting tablet enters the enable state is set as an enable state frequency threshold f1; wherein if an actual frequency value of the drive signal received by the electromagnetic handwriting tablet is set to ft, and a virtual frequency value fx is set to satisfy |f0-f1|>|f0-fx| and |f0-f1|>|fx-f1|, then when ft satisfies |f0-fx|>|f0-ft| and |f0-fx|>|ft-fx|, ft is adjusted to fx in response to driving the electromagnetic handwriting tablet.
A method for coding a block of video data, comprising: dividing said block into at least two rectangular sub-blocks by using binary or triple splits such that at least one rule is used in dividing said block, and encoding each sub-block using processing such that a transform that corresponds to each sub-block size is used, wherein a triple split divides a block into three sub-blocks with respective sizes equal 1⁄4, 1⁄2 and 1⁄4 of the block size in a horizontal or vertical direction, and characterized in that the binary split comprises asymmetric binary splits of either 1/3 or 1⁄4 of a block size and symmetric binary splits in horizontal or vertical direction, and said at least one rule comprises giving priority to triple tree splitting over binary tree splitting when said at least two rectangular sub-blocks can be achieved with different successions of two split operations, a first succession of two split operations including a triple tree split and a second succession of two split operations including only binary split operations, and giving priority to asymmetric binary tree splitting over symmetric binary tree splitting when said at least two rectangular sub-blocks can be achieved with different series of two split operations, a first series of two split operations including an asymmetric binary split and a second series of two split operations including only symmetric binary split operations. dividing said block into at least two rectangular sub-blocks by using binary or triple splits such that at least one rule is used in dividing said block, and encoding each sub-block using processing such that a transform that corresponds to each sub-block size is used, wherein a triple split divides a block into three sub-blocks with respective sizes equal 1⁄4, 1⁄2 and 1⁄4 of the block size in a horizontal or vertical direction, and characterized in that the binary split comprises asymmetric binary splits of either 1/3 or 1⁄4 of a block size and symmetric binary splits in horizontal or vertical direction, and said at least one rule comprises giving priority to triple tree splitting over binary tree splitting when said at least two rectangular sub-blocks can be achieved with different successions of two split operations, a first succession of two split operations including a triple tree split and a second succession of two split operations including only binary split operations, and giving priority to asymmetric binary tree splitting over symmetric binary tree splitting when said at least two rectangular sub-blocks can be achieved with different series of two split operations, a first series of two split operations including an asymmetric binary split and a second series of two split operations including only symmetric binary split operations.
A production cell having a workpiece-providing system , a machine tool connected thereto, and at least one workpiece track (11; 12), which has a workpiece-providing region (22; 23) of the workpiece-providing system and a workpiece table (65; 165) of the machine tool , wherein the machine tool has at least two machining robots , and wherein the workpiece table (65; 165) comprises at least one block sucker group (71; 171), characterised in that - the production cell has a second workpiece track (12; 11), which runs in a longitudinal direction of the production cell and parallel to the first workpiece track (11; 12) and has a second workpiece table (165; 65), which comprises at least one second block sucker group (171; 71), - each block sucker group (71; 171) is movable in the longitudinal direction of the production cell for workpiece-specific arrangement, - the individual block sucker group (71; 171) has at least two suction elements , which are individually movable in a vertical direction , and - the individual block sucker group (71; 171) has a supporting beam , on which a supporting device with a lifting device bearing a transverse supporting roller is arranged. - the production cell has a second workpiece track (12; 11), which runs in a longitudinal direction of the production cell and parallel to the first workpiece track (11; 12) and has a second workpiece table (165; 65), which comprises at least one second block sucker group (171; 71), - each block sucker group (71; 171) is movable in the longitudinal direction of the production cell for workpiece-specific arrangement, - the individual block sucker group (71; 171) has at least two suction elements , which are individually movable in a vertical direction , and - the individual block sucker group (71; 171) has a supporting beam , on which a supporting device with a lifting device bearing a transverse supporting roller is arranged.
A turbomachine having a sealing system for sealing a rotor of the turbomachine relative to a stator of the turbomachine, having at least one rotor-side component rotating together with the rotor , having at least one stator-side component fixed together with the stator , having at least one dry gas seal , which comprises a rotor-side sealing component and a stator-side sealing component , which by way of a spring element are compressed forming a sealing gap , having a cleaning device, wherein into the stator and into stator-side components fixed together with the stator , a sealing gas feeding passage and a sealing gas discharge passage are introduced, in order to conduct sealing gas, via the sealing gas feeding passage , in the direction of the sealing gap and, via the sealing gas discharge passage , sealing gas away from the sealing gap , wherein the sealing gas feeding passage and the sealing gas discharge passage are spaced apart in the axial direction, characterized in that by way of the cleaning device, washing agent can be conducted in the direction of the spring element for the cleaning of the same and/or in the direction of the sealing gap for the cleaning of the same, wherein a washing agent feeding passage is formed in the axial direction between the sealing gas feeding passage and the sealing gas discharge passage . having at least one rotor-side component rotating together with the rotor , having at least one stator-side component fixed together with the stator , having at least one dry gas seal , which comprises a rotor-side sealing component and a stator-side sealing component , which by way of a spring element are compressed forming a sealing gap , having a cleaning device, wherein into the stator and into stator-side components fixed together with the stator , a sealing gas feeding passage and a sealing gas discharge passage are introduced, in order to conduct sealing gas, via the sealing gas feeding passage , in the direction of the sealing gap and, via the sealing gas discharge passage , sealing gas away from the sealing gap , wherein the sealing gas feeding passage and the sealing gas discharge passage are spaced apart in the axial direction, characterized in that by way of the cleaning device, washing agent can be conducted in the direction of the spring element for the cleaning of the same and/or in the direction of the sealing gap for the cleaning of the same, wherein a washing agent feeding passage is formed in the axial direction between the sealing gas feeding passage and the sealing gas discharge passage .
A slave machine for a mobile phone , comprising: a display screen ; a main board ; a fingerprint identification assembly comprising a connecting circuit board and an identification unit , the identification unit being in communication connection with the main board through the connecting circuit board , and a power source unit being capable of supplying power to the display screen , the main board and the fingerprint identification assembly , characterized in that the main board is provided with a first through hole , and the identification unit is inserted into the first through hole . a display screen ; a main board ; a fingerprint identification assembly comprising a connecting circuit board and an identification unit , the identification unit being in communication connection with the main board through the connecting circuit board , and a power source unit being capable of supplying power to the display screen , the main board and the fingerprint identification assembly , characterized in that the main board is provided with a first through hole , and the identification unit is inserted into the first through hole .
A method of improving reproductive performance of an animal, the method comprising the step of administering to the animal a feed composition or drinking water comprising an effective amount of an additive comprising all of isolated Bacillus strains of Bacillus strain 235 (NRRL No. B-67219), Bacillus strain 86 (NRRL No. B-50944), Bacillus strain 300 (NRRL No. B-50943), Bacillus strain 101 (NRRL No. B-67218), Bacillus strain 177 (NRRL No. B-67275), and Bacillus strain 102 (NRRL No. B-67276), wherein the Bacillus strains improve reproductive performance of the animal.