mhurhangee/patent-ind-claim-en huggingface dataset:
A method for seismic data acquisition, the method comprising: - simultaneously towing : - N seismic sources along source lines that are at a source cross-line distance D there-between, with N≥2, and - a streamer spread, which has a spread cross-line width L larger or equal than N+1 times the source cross-line distance D and is towed at a position relative to the N seismic sources that allows receivers along streamers of the streamer spread to detect underground reflections of seismic waves generated by the N seismic sources, at least one of the N seismic sources being towed above the streamer spread, wherein each seismic source defines an illumination area having an illumination width which is the same for all seismic sources, the illumination area being a locus of mid-points between the source activation location and receivers detecting reflected energy, wherein the source cross-line distance D is at least equal to the illumination width, and - acquiring seismic data corresponding to the underground reflections while the streamer spread is towed along a sail line. - simultaneously towing : - N seismic sources along source lines that are at a source cross-line distance D there-between, with N≥2, and - a streamer spread, which has a spread cross-line width L larger or equal than N+1 times the source cross-line distance D and is towed at a position relative to the N seismic sources that allows receivers along streamers of the streamer spread to detect underground reflections of seismic waves generated by the N seismic sources, at least one of the N seismic sources being towed above the streamer spread, - N seismic sources along source lines that are at a source cross-line distance D there-between, with N≥2, and - a streamer spread, which has a spread cross-line width L larger or equal than N+1 times the source cross-line distance D and is towed at a position relative to the N seismic sources that allows receivers along streamers of the streamer spread to detect underground reflections of seismic waves generated by the N seismic sources, at least one of the N seismic sources being towed above the streamer spread, wherein each seismic source defines an illumination area having an illumination width which is the same for all seismic sources, the illumination area being a locus of mid-points between the source activation location and receivers detecting reflected energy, wherein the source cross-line distance D is at least equal to the illumination width, and - acquiring seismic data corresponding to the underground reflections while the streamer spread is towed along a sail line.
Use of a molecular probe for imaging of pancreatic islets, wherein the molecular probe is prepared prior to said imaging by labelling the amino group at the N-terminus of a precursor with a positron emission nuclide or a single photon emission nuclide and deprotecting the labelled precursor, said precursor consisting of any one of the following polypeptides: a polypeptide represented by any one of the following formulae to ; a polypeptide obtained by deletion, insertion, or substitution of one or two amino acids with respect to a polypeptide represented by any one of the following formulae to , the polypeptide being capable of binding to pancreatic islets after being labeled and deprotected; and a polypeptide having a homology of 95% or higher with any one of the amino acid sequences of polypeptides represented by the following formulae to , the polypeptide being capable of binding to pancreatic islets after being labeled and deprotected, DLSK* QMEEEAVRLFIEWLK* NGGPSSGAPPPS-NH 2 (SEQ ID NO. 9) LSK* QMEEEAVRLFIEWLK* NGGPSSGAPPPS-NH 2 (SEQ ID NO. 10) SK* QMEEEAVRLFIEWLK* NGGPSSGAPPPS-NH 2 (SEQ ID NO. 11) K* QMEEEAVRLFIEWLK* NGGPSSGAPPPS-NH 2 (SEQ ID NO. 12) where, in the foregoing formulae to , "K*" indicates that the amino group of the side chain of the lysine is protected by a protecting group, and "-NH 2 " indicates that the carboxyl group at the C-terminus is amidated. a polypeptide represented by any one of the following formulae to ; a polypeptide obtained by deletion, insertion, or substitution of one or two amino acids with respect to a polypeptide represented by any one of the following formulae to , the polypeptide being capable of binding to pancreatic islets after being labeled and deprotected; and a polypeptide having a homology of 95% or higher with any one of the amino acid sequences of polypeptides represented by the following formulae to , the polypeptide being capable of binding to pancreatic islets after being labeled and deprotected, DLSK* QMEEEAVRLFIEWLK* NGGPSSGAPPPS-NH 2 (SEQ ID NO. 9) LSK* QMEEEAVRLFIEWLK* NGGPSSGAPPPS-NH 2 (SEQ ID NO. 10) SK* QMEEEAVRLFIEWLK* NGGPSSGAPPPS-NH 2 (SEQ ID NO. 11) K* QMEEEAVRLFIEWLK* NGGPSSGAPPPS-NH 2 (SEQ ID NO. 12) DLSK* QMEEEAVRLFIEWLK* NGGPSSGAPPPS-NH 2 (SEQ ID NO. 9) LSK* QMEEEAVRLFIEWLK* NGGPSSGAPPPS-NH 2 (SEQ ID NO. 10) SK* QMEEEAVRLFIEWLK* NGGPSSGAPPPS-NH 2 (SEQ ID NO. 11) K* QMEEEAVRLFIEWLK* NGGPSSGAPPPS-NH 2 (SEQ ID NO. 12) where, in the foregoing formulae to , "K*" indicates that the amino group of the side chain of the lysine is protected by a protecting group, and "-NH 2 " indicates that the carboxyl group at the C-terminus is amidated.
Sorting device for sorting moving products (P), a) comprising a first, stationary shaft (A) which extends along a first axis (S A ) in a preferably horizontal axial direction (X), and b) further comprising a second shaft (B) which is spaced from the first shaft (A) and extends along an axis (S B ) which is in parallel with the axis (S A ), c) a continuous transport medium (R) being placed around the first shaft (A) and the second shaft (B) and thereby forming an upper strand (T) for supporting and conveying products (P), d) it being possible for the second shaft (B) to be pivoted from a bottom pivot position (U) about a stationary pivot axis (S K ) into a top pivot position (O) and back, characterized in that e) the pivot axis (S K ) is spaced from and arranged in parallel with the first axis (S A ), and f) the upper strand (T) is straight in both pivot positions (O, U). a) comprising a first, stationary shaft (A) which extends along a first axis (S A ) in a preferably horizontal axial direction (X), and b) further comprising a second shaft (B) which is spaced from the first shaft (A) and extends along an axis (S B ) which is in parallel with the axis (S A ), c) a continuous transport medium (R) being placed around the first shaft (A) and the second shaft (B) and thereby forming an upper strand (T) for supporting and conveying products (P), d) it being possible for the second shaft (B) to be pivoted from a bottom pivot position (U) about a stationary pivot axis (S K ) into a top pivot position (O) and back, e) the pivot axis (S K ) is spaced from and arranged in parallel with the first axis (S A ), and f) the upper strand (T) is straight in both pivot positions (O, U).
Inhibitor of a Slo3 potassium channel for use in increasing the lifespan of animal sperm, wherein said inhibitor is contacted in vivo with said animal sperm and said animal sperm is not human sperm.
Method of operating a laundry treatment apparatus , in particular a laundry dryer or a washing machine having a drying function, wherein the laundry treatment apparatus comprises: a cabinet , a control unit controlling the operation of the laundry treatment apparatus , a laundry treatment chamber for treating laundry using process air (A), a process air channel for guiding the process air (A) from and to the laundry treatment chamber , a removable filter device for filtering the process air (A), wherein the filter device is removable from an operational position within the cabinet , a filter compartment arranged within the cabinet for receiving the filter device , wherein when the filter device is properly inserted in the filter compartment , the filter device is in its operational position, a detector unit for detecting the filter device being in the operational position or in a non-operational position (pos_nop), wherein the method comprises: starting a laundry treatment program (dry_cycle, wash-cycle, wash-dry_cycle), in case of detecting the non-operational position (pos_nop) of the filter device during execution of the program (dry_cycle, wash-dry_cycle), delaying suspension of the program (dry_cycle) or of the presently executed subroutine (dry_sub) of the laundry treatment program by a predetermined time period (T1_pred, T2_pred), such that by delaying the suspension, the program or the presently executed subroutine of the program is executed without any suspension or interruption despite the non-operational position of the filter device for supporting the overall efficiency of the apparatus. a cabinet , a control unit controlling the operation of the laundry treatment apparatus , a laundry treatment chamber for treating laundry using process air (A), a process air channel for guiding the process air (A) from and to the laundry treatment chamber , a removable filter device for filtering the process air (A), wherein the filter device is removable from an operational position within the cabinet , a filter compartment arranged within the cabinet for receiving the filter device , wherein when the filter device is properly inserted in the filter compartment , the filter device is in its operational position, a detector unit for detecting the filter device being in the operational position or in a non-operational position (pos_nop), starting a laundry treatment program (dry_cycle, wash-cycle, wash-dry_cycle), in case of detecting the non-operational position (pos_nop) of the filter device during execution of the program (dry_cycle, wash-dry_cycle), delaying suspension of the program (dry_cycle) or of the presently executed subroutine (dry_sub) of the laundry treatment program by a predetermined time period (T1_pred, T2_pred), such that by delaying the suspension, the program or the presently executed subroutine of the program is executed without any suspension or interruption despite the non-operational position of the filter device for supporting the overall efficiency of the apparatus.
A hub unit bearing comprising: an outer member having an outer-ring raceway on an inner circumferential surface of the outer member; an inner member having an inner-ring raceway on an outer circumferential surface of the inner member; a plurality of rolling elements located between the outer-ring raceway and the inner-ring raceways so as to be able to roll freely; and a rotating-side flange protruding outward in a radial direction of the hub unit bearing being provided on a rotating member of either the outer member or the inner member that rotates in use, the rotating-side flange having an annular groove provided on an outside surface in an axial direction of the hub bearing unit, a plurality of mounting holes being open to a bottom surface of the annular groove, and a plurality of water drain holes passing through the rotating-side flange in the axial direction, and an outer diameter of the annular groove being larger than a diameter of an inscribed circle of an opening portion on an outside in the axial direction of the water drain hole, and being smaller than a diameter of a circumscribed circle of the opening portion in the outside in the axial direction of the water drain hole. an outer member having an outer-ring raceway on an inner circumferential surface of the outer member; an inner member having an inner-ring raceway on an outer circumferential surface of the inner member; a plurality of rolling elements located between the outer-ring raceway and the inner-ring raceways so as to be able to roll freely; and a rotating-side flange protruding outward in a radial direction of the hub unit bearing being provided on a rotating member of either the outer member or the inner member that rotates in use, the rotating-side flange having an annular groove provided on an outside surface in an axial direction of the hub bearing unit, a plurality of mounting holes being open to a bottom surface of the annular groove, and a plurality of water drain holes passing through the rotating-side flange in the axial direction, and an outer diameter of the annular groove being larger than a diameter of an inscribed circle of an opening portion on an outside in the axial direction of the water drain hole, and being smaller than a diameter of a circumscribed circle of the opening portion in the outside in the axial direction of the water drain hole.
Secondary axle drive unit , set up for driving a secondary axle in a motor vehicle drive train which comprises a primary drive train with a permanently driven primary axle and a secondary axle which can be connected to the primary axle via a connecting device, the secondary axle drive unit having at least one side shaft clutch , via which, when the secondary axle is engaged, the secondary axle drive power is introduced into secondary axle side shafts of the secondary axle and can be transmitted to drive wheels of the secondary axle , and via which, when the secondary axle is disengaged, the section of the secondary drive train located between the connecting device and the at least one side shaft clutch can be disengaged from the drive wheels of the secondary axle , and wherein the at least one side shaft clutch is a frictionally engaged friction disc clutch with an outer disc carrier , an inner disc carrier and a disc pack with inner discs and outer discs , wherein a thrust bearing is provided between the disc pack and the thrust piston , which ensures the speed compensation between the stationary thrust piston and the rotating disc pack, and a corrugated spring is supported between the outer disc carrier and a Z-disc of a thrust bearing .
A physical object processing system comprising: - a process station to perform processing steps to at least one physical object (OBJ); - a transport facility to transport the at least one physical object (OBJ) along the process station; - an optical imaging system to map an optical image of the at least one physical object (OBJ) onto an image sensor , the image sensor being configured to acquire a digital image (IMD) from said optical image, ; - data process facilities to process the digital image (IMD) and to control the process station in accordance therewith; the optical imaging system being configured to map the optical image of the at least one physical object onto the image sensor at an at least substantially fixed position during a time-interval for acquiring the digital image, the optical imaging system comprising a rotatable mirror , a mirror rotation actuator to rotate the rotatable mirror and an actuator controller that controls the mirror rotation actuator in accordance with a speed with which the object (OBJ) moves, characterized in that the physical object processing system further comprises an object detection unit to generate an output signal (C50, C70) indicative for a displacement speed of the optical image of the at least one physical object (OBJ) mapped onto the image sensor and a feedback unit using said output signal to enable the actuator controller to minimize said displacement speed. - a process station to perform processing steps to at least one physical object (OBJ); - a transport facility to transport the at least one physical object (OBJ) along the process station; - an optical imaging system to map an optical image of the at least one physical object (OBJ) onto an image sensor , the image sensor being configured to acquire a digital image (IMD) from said optical image, ; - data process facilities to process the digital image (IMD) and to control the process station in accordance therewith;
A touch input device which comprises a touch screen , the touch input device being capable of detecting touch pressure, the touch input device being configured to perform mutually different operations with respect to a first touch which occurs on the touch screen and is maintained during a time period equal to or greater than a first time period (T1), wherein the first touch is maintained at a pressure less than a first pressure (F1) within the first time period (T1), and a second touch which occurs on the touch screen and comprises a time interval having a pressure greater than the first pressure (F1) within the first time period (T1), and which is configured to perform an operation different from the operations corresponding to the first touch and the second touch, with respect to a third touch which occurs on the touch screen and is maintained during a time period less than the first time period (T1), wherein the third touch is maintained at a pressure less than the first pressure (F1) during the time-period where the third touch is maintained.
A method for controlling a milling roll machine comprising: at least a pair of rolls in a frame ; a roll gap adjusting mechanism for driving each of the pair of rolls at different circumferential speeds and adjusting a roll gap between the pair of rolls ; and a stock supply mechanism for supplying a thin layer of raw material stock between the pair of rolls , wherein a non-contact type temperature sensor (S) is provided in the vicinity of the pair of rolls , wherein the temperature sensor (S) monitors a surface temperature of one of the pair of rolls as well as a temperature of a milled product after passing through the rolls , and opening/closing control of the roll gap or flow rate control of the raw material stock is performed according to the surface temperature of one of the rolls and the temperature of the milled product after passing through the rolls detected by the temperature sensor (S). at least a pair of rolls in a frame ; a roll gap adjusting mechanism for driving each of the pair of rolls at different circumferential speeds and adjusting a roll gap between the pair of rolls ; and a stock supply mechanism for supplying a thin layer of raw material stock between the pair of rolls , wherein a non-contact type temperature sensor (S) is provided in the vicinity of the pair of rolls , wherein the temperature sensor (S) monitors a surface temperature of one of the pair of rolls as well as a temperature of a milled product after passing through the rolls , and opening/closing control of the roll gap or flow rate control of the raw material stock is performed according to the surface temperature of one of the rolls and the temperature of the milled product after passing through the rolls detected by the temperature sensor (S).
A method used for a communication network, comprising: allocating , by a label management device, a first Ethernet segment identifier, ESI, label to a first Ethernet segment, ES, of a first provider edge, PE, device, wherein the first ESI label is used to uniquely identify a first ESI, the first ESI is used to identify the first ES, the first ES comprises a first link between the first PE and a first customer edge, CE; and sending , by the label management device, a first ESI label allocation message to the first PE device, wherein the first ESI label allocation message carries the first ESI label. allocating , by a label management device, a first Ethernet segment identifier, ESI, label to a first Ethernet segment, ES, of a first provider edge, PE, device, wherein the first ESI label is used to uniquely identify a first ESI, the first ESI is used to identify the first ES, the first ES comprises a first link between the first PE and a first customer edge, CE; and sending , by the label management device, a first ESI label allocation message to the first PE device, wherein the first ESI label allocation message carries the first ESI label.
A motorcycle tyre for off-road, the tyre comprising: a tread portion comprising a bottom surface and a plurality of block connected bodies ; the block connected bodies each comprising blocks protruding from the bottom surface and tie-bars protruding from the bottom surface with a height smaller than that of the blocks so as to connect the blocks with one another, the block connected bodies comprising a first connected body whose blocks and tie-bars , in a plan view of the tread portion , are arranged so as to surround the bottom surface at least partially, the first connected body comprising a first end block located on a first end in a longitudinal direction of the first connected body and a second end block located on a second end in the longitudinal direction of the first connected body , the first end block and the second end block being adjacent with one another, and no tie-bar connecting the first end block and the second end block being provided, characterized in that the tread portion has a designated rotation direction (R), the first connected body comprises intermediate blocks located between the first end block and the second end block , and the first end block and the second end block are arranged rearwardly in the rotation direction (R) with respect to the intermediate blocks . a tread portion comprising a bottom surface and a plurality of block connected bodies ; the block connected bodies each comprising blocks protruding from the bottom surface and tie-bars protruding from the bottom surface with a height smaller than that of the blocks so as to connect the blocks with one another, the block connected bodies comprising a first connected body whose blocks and tie-bars , in a plan view of the tread portion , are arranged so as to surround the bottom surface at least partially, the first connected body comprising a first end block located on a first end in a longitudinal direction of the first connected body and a second end block located on a second end in the longitudinal direction of the first connected body , the first end block and the second end block being adjacent with one another, and no tie-bar connecting the first end block and the second end block being provided, characterized in that the tread portion has a designated rotation direction (R), the first connected body comprises intermediate blocks located between the first end block and the second end block , and the first end block and the second end block are arranged rearwardly in the rotation direction (R) with respect to the intermediate blocks .