mhurhangee/patent-ind-claim-en huggingface dataset:
A vacuum nozzle for a tightening tool adapted to engage and apply a torque to a fastening element, said nozzle comprising a body extending in an axial direction and having a first end adapted to receive and engage said fastening element and a second end adapted to engage a rotating output axle of a tool wherein at least one fluid path is arranged to provide a fluid connection between said first end and said second end of said nozzle, and wherein the vacuum nozzle is defined by a series of additive manufactured layers built on each other and printed using an additive manufacturing technique. wherein said body comprises; an outer sleeve , a fastening element engaging structure arranged at said first end, coaxially arranged with respect to said sleeve and adapted to engage a fastening element; and a solid body portion arranged at said second end characterised in that said at least one fluid path is at least partly formed by a fluid channel extending through said solid body portion between a first end of said solid body portion and a second end of said solid body, and wherein said vacuum nozzle comprises a plurality of fluid channels. a body extending in an axial direction and having a first end adapted to receive and engage said fastening element and a second end adapted to engage a rotating output axle of a tool wherein at least one fluid path is arranged to provide a fluid connection between said first end and said second end of said nozzle, and wherein the vacuum nozzle is defined by a series of additive manufactured layers built on each other and printed using an additive manufacturing technique. wherein said body comprises; an outer sleeve , a fastening element engaging structure arranged at said first end, coaxially arranged with respect to said sleeve and adapted to engage a fastening element; and a solid body portion arranged at said second end characterised in that said at least one fluid path is at least partly formed by a fluid channel extending through said solid body portion between a first end of said solid body portion and a second end of said solid body, and wherein said vacuum nozzle comprises a plurality of fluid channels.
Method for image acquisition of a preferably structured surface of an object using at least two line scan cameras for scanning the surface , wherein during the image acquisition a relative movement between the line scan cameras and the surface is carried out, wherein the surface is illuminated in a structured manner and wherein a temporal and spatial evaluation of recorded images is carried out for reconstructing the surface , wherein based on the temporal and spatial evaluation of the individual images there are established corresponding pixels by means of algorithms which together with the imaging function enable a triangulation of surface points , wherein, with time-variable projection of light patterns , a line-by-line change of the light patterns in two of the line scan cameras is correlated in a site-specific manner, and wherein the recording of the surface is carried out on a line-by-line basis with a changing pattern projection.
A combination comprising dinaciclib or a pharmaceutically acceptable salt thereof and a B cell chronic lymphocytic leukemia/lymphoma 2 inhibitor for use in the treatment of cancer.
An X-ray generating apparatus, comprising: an electron accelerator for emitting in operation an electron beam (E) and including an electron acceleration unit , an electron emission unit , and a target , said target comprising a target point (o) located on a horizontal plane (X-Y); and a shielding and collimating device , including a shielding structure and multiple collimators (202a-202d) arranged in the shielding structure , wherein the target is surrounded by the shielding structure , wherein each of the collimators (202a-202d) is a planar fan-shaped gap arranged in the shielding structure, extending from the target point (o) to an exterior surface of the shielding structure , and having a respective axis transverse the electron beam (E) and passing through the target point (o), wherein at least two collimators of said multiple collimators, each of said at least two collimators forming different angles (θ1, θ2) with the electron beam (E) shooting the target in operation, are arranged on a same side with respect to said horizontal plane (X-Y), such that in operation, planar fan-shaped X-rays are drawn out from said multiple collimators; the fan-shaped X-rays having energy difference therebetween and different draw-out angles, each having uniform intensity distribution in its respective plane; wherein the planes where the multiple collimators (202a-202d) locate are perpendicular to the horizontal plane and form respective angles (θ1-θ4) from 30 degrees to 150 degrees with the electron beam shooting the target in operation. an electron accelerator for emitting in operation an electron beam (E) and including an electron acceleration unit , an electron emission unit , and a target , said target comprising a target point (o) located on a horizontal plane (X-Y); and a shielding and collimating device , including a shielding structure and multiple collimators (202a-202d) arranged in the shielding structure , wherein the target is surrounded by the shielding structure , wherein each of the collimators (202a-202d) is a planar fan-shaped gap arranged in the shielding structure, extending from the target point (o) to an exterior surface of the shielding structure , and having a respective axis transverse the electron beam (E) and passing through the target point (o), wherein at least two collimators of said multiple collimators, each of said at least two collimators forming different angles (θ1, θ2) with the electron beam (E) shooting the target in operation, are arranged on a same side with respect to said horizontal plane (X-Y), such that in operation, planar fan-shaped X-rays are drawn out from said multiple collimators; the fan-shaped X-rays having energy difference therebetween and different draw-out angles, each having uniform intensity distribution in its respective plane; wherein the planes where the multiple collimators (202a-202d) locate are perpendicular to the horizontal plane and form respective angles (θ1-θ4) from 30 degrees to 150 degrees with the electron beam shooting the target in operation.
A method for estimating wind velocity, comprising: obtaining measurements indicating two or more trajectories traversed by flying balls; determining individual wind velocity estimates for the two or more trajectories, wherein the determining comprises comparing a model acceleration of the ball with an observed acceleration of the ball, derived from the measurements; calculating an aggregated wind velocity estimate as a weighted average of the determined two or more individual wind velocity estimates; and using the aggregated wind velocity estimate for generating ball trajectory information to be presented on an output device. obtaining measurements indicating two or more trajectories traversed by flying balls; determining individual wind velocity estimates for the two or more trajectories, wherein the determining comprises comparing a model acceleration of the ball with an observed acceleration of the ball, derived from the measurements; calculating an aggregated wind velocity estimate as a weighted average of the determined two or more individual wind velocity estimates; and using the aggregated wind velocity estimate for generating ball trajectory information to be presented on an output device.
Cylinder head cover for a coolant compressor comprising an electric drive unit , a cylinder housing with a cylinder head arrangement , a crankshaft drivable by the electric drive unit , and a piston driven by the crankshaft , guided in the cylinder housing and compressing the coolant, wherein the cylinder head cover is attachable to the cylinder head arrangement in order to form a hollow space for receiving a coolant compressed by the piston , wherein the cylinder head arrangement comprises a valve plate attached to the cylinder housing with an outlet opening and an outlet valve , which closes the outlet opening in cycles and consists of a valve spring and a stop plate for delimiting an opening movement of the valve spring , characterized in that the cylinder head cover comprises at least two contact surfaces for supporting the stop plates of different outlet valves in order to allow for different opening positions of the valve springs of the different outlet valves and in that the cylinder head cover has a support element which forms the contact surfaces , and two adjacent contact surfaces are formed by one, preferably stepped, recess of the support element . wherein the cylinder head arrangement comprises a valve plate attached to the cylinder housing with an outlet opening and an outlet valve , which closes the outlet opening in cycles and consists of a valve spring and a stop plate for delimiting an opening movement of the valve spring , characterized in that the cylinder head cover comprises at least two contact surfaces for supporting the stop plates of different outlet valves in order to allow for different opening positions of the valve springs of the different outlet valves and in that the cylinder head cover has a support element which forms the contact surfaces , and two adjacent contact surfaces are formed by one, preferably stepped, recess of the support element .
A computer implemented method, comprising: receiving an indicator of an operation of a deletion or an insertion performed on a database row; determining a timestamp corresponding to the operation and a row number associated with the database row edited via the operation; sequentially analyzing a sparse timestamp block (124A, 124B, 124N; 124) to determine a next available memory slot; and storing the row number and the timestamp in the next available memory slot, wherein the sparse timestamp block (124A, 124B, 124N; 124) has a row including: the row number indicating the number of the database row; and the timestamp corresponding to the operation. receiving an indicator of an operation of a deletion or an insertion performed on a database row; determining a timestamp corresponding to the operation and a row number associated with the database row edited via the operation; sequentially analyzing a sparse timestamp block (124A, 124B, 124N; 124) to determine a next available memory slot; and storing the row number and the timestamp in the next available memory slot, wherein the sparse timestamp block (124A, 124B, 124N; 124) has a row including: the row number indicating the number of the database row; and the timestamp corresponding to the operation. the row number indicating the number of the database row; and the timestamp corresponding to the operation.
Tissue analysis device , particularly for integration in a surgical instrument and/or an apparatus serving for supply of the instrument, having a light receiving device for receiving light created by the influence of an electrical spark or plasma on tissue , having a spectrometer device for determination of light intensities at different wavelengths of the light, having an evaluation device for determination of data (D) from the light intensities characterizing at least one tissue characteristic (G), having an assignment device for assignment and/or determination of a reliability value (R) referring to or for the tissue characteristic (G) based on a determined contamination (V) of the light receiving device. having a light receiving device for receiving light created by the influence of an electrical spark or plasma on tissue , having a spectrometer device for determination of light intensities at different wavelengths of the light, having an evaluation device for determination of data (D) from the light intensities characterizing at least one tissue characteristic (G), having an assignment device for assignment and/or determination of a reliability value (R) referring to or for the tissue characteristic (G) based on a determined contamination (V) of the light receiving device.
An elongate laryngoscope insertion section extending between a distal end for insertion into a subject and a proximal end , the insertion section comprising a proximal region where the insertion section extends through a subject's teeth in use, the insertion section further having an inferior surface and an opposed superior surface, wherein the a plurality of markings are provided along the superior surface which are substantially equally longitudinally spaced and wherein at least some of the plurality of markings are provided at the proximal region of the insertion section and wherein the insertion section further comprises a lateral flange extending laterally from and distally of the insertion section and having an inferior surface which forms at least part of the inferior surface of the laryngoscope insertion section , and an opposite superior surface, wherein the opposite superior surface comprises a visual highlight which serves to indicate to a user that the endotracheal tube is to be inserted, in use, along a path which is very close to, or touching the superior surface of the flange.
A transmitter for transmitting a physical layer protocol data unit having a header, the header having a Scrambler Initialization Field, said transmitter comprising: a scrambler initializer for overloading at least one bit of the Scrambler Initialization Field to carry control information; and wherein the control information indicates at least one of control information used to support Enhanced Directional Multi-Gigabit, EDMG, features; an indication of whether static or dynamic bandwidth allocation is to be employed; a set of one or more channels to be used by the transmitter; a transmit diversity configuration to be used in communication; and a number of spatial streams being transmitted a scrambler for scrambling content in the header following the Scrambler Initialization Field and an associated MAC frame or a portion of the MAC frame based on a scrambler initialization value conveyed via the Scrambler Initialization Field. a scrambler initializer for overloading at least one bit of the Scrambler Initialization Field to carry control information; and wherein the control information indicates at least one of control information used to support Enhanced Directional Multi-Gigabit, EDMG, features; an indication of whether static or dynamic bandwidth allocation is to be employed; a set of one or more channels to be used by the transmitter; a transmit diversity configuration to be used in communication; and a number of spatial streams being transmitted a scrambler for scrambling content in the header following the Scrambler Initialization Field and an associated MAC frame or a portion of the MAC frame based on a scrambler initialization value conveyed via the Scrambler Initialization Field.
A horizontal-pull coating film transferring tool comprising, within a case , a supply reel on which a transfer tape is rolled, a transfer head for transferring, to a transfer-destination surface, a transfer tape that is pulled from the supply reel , a take-up reel for rolling up the transfer tape after transferring, and a power transmitting mechanism for causing the supply reel and the take-up reel to operate in coordination, structured so that: a base member wherein a transfer head is attached, either integrally or replaceably through a cartridge system, to the front end, and wherein a rotation supporting shaft for the supply reel and the take-up reel is disposed so as to be substantially perpendicular to the direction of a pressing edge portion on the front end in the transfer head , for pressing the transfer tape against the transfer-destination surface, characterized in that the base member , wherein a rotation locking member having a supply reel engaging pawl able to lock the rotation of the supply reel is disposed, in the back half portion, so as to operate either directly or through a linkage, is supported between the transfer head and the rotation locking member so as to be able to rotate on a base member pivoting supporting portion that is provided in a prescribed position in the case , is structured so that, through an elastic return mechanism between the base member and the case , the rotational lock of the supply reel is released through rotation of the base member when the transfer head is pressed against the transfer-destination surface and the rotation of the supply reel is locked through the base member returning to the original position through the elastic return mechanism . a base member wherein a transfer head is attached, either integrally or replaceably through a cartridge system, to the front end, and wherein a rotation supporting shaft for the supply reel and the take-up reel is disposed so as to be substantially perpendicular to the direction of a pressing edge portion on the front end in the transfer head , for pressing the transfer tape against the transfer-destination surface, characterized in that the base member , wherein a rotation locking member having a supply reel engaging pawl able to lock the rotation of the supply reel is disposed, in the back half portion, so as to operate either directly or through a linkage, is supported between the transfer head and the rotation locking member so as to be able to rotate on a base member pivoting supporting portion that is provided in a prescribed position in the case , is structured so that, through an elastic return mechanism between the base member and the case , the rotational lock of the supply reel is released through rotation of the base member when the transfer head is pressed against the transfer-destination surface and the rotation of the supply reel is locked through the base member returning to the original position through the elastic return mechanism .
A method of making a protein comprising: a. loading an affinity matrix with a mixture of multimeric proteins comprising (i) a first homodimer comprising two copies of a first polypeptide, (ii) a second homodimer comprising two copies of the second polypeptide, and (iii) a heterodimer comprising the first polypeptide and a second polypeptide, wherein the first polypeptide has greater affinity for the affinity matrix than does the second polypeptide, wherein the affinity matrix comprises a Protein A ligand affixed to a substrate comprising a multiplicity of particles having a mean diameter of 45 μm and comprising pores having a mean diameter of 1100 Å; and b. eluting and collecting the heterodimer from the affinity matrix in a buffer comprising CaCl 2 or MgCl 2 and having a first pH range, wherein the first homodimer elutes from the affinity matrix in the buffer at a second pH range and the second homodimer elutes from the affinity matrix in the buffer at a third pH range, wherein the third pH range comprises a higher pH than the first pH range, which comprises a higher pH than the second pH range. a. loading an affinity matrix with a mixture of multimeric proteins comprising (i) a first homodimer comprising two copies of a first polypeptide, (ii) a second homodimer comprising two copies of the second polypeptide, and (iii) a heterodimer comprising the first polypeptide and a second polypeptide, wherein the first polypeptide has greater affinity for the affinity matrix than does the second polypeptide, wherein the affinity matrix comprises a Protein A ligand affixed to a substrate comprising a multiplicity of particles having a mean diameter of 45 μm and comprising pores having a mean diameter of 1100 Å; and b. eluting and collecting the heterodimer from the affinity matrix in a buffer comprising CaCl 2 or MgCl 2 and having a first pH range,
A hooding machine comprising a store for feeding a strip of film to be wound onto a package which is arranged in a packaging area of the machine, the machine further comprising a positioning device for positioning the strip of film on the package and a storage device arranged between the store and the positioning device so as to accumulate a length of film, the storage device comprising: - a path for passage of the strip of film through the storage device between an input and an output of the storage device; - two movable rollers arranged on opposite sides of the strip of film along said path , each movable roll having a central rotation axis which is arranged transverse to the direction of movement of the strip of film along said path and which is parallel to the surface of the film along said path; characterized in that the storage device further comprises: - a support which supports the movable rollers and which is driven to move the movable rollers along an arc around an intermediate axis which is situated in between and parallel to the movable rollers, so as to move them from a rest position to a storage position, crossing from opposite directions said path for passage of the strip of film through the storage device so as to divert the strip of film between the movable rollers and accumulate the length of film in the storage device. - a path for passage of the strip of film through the storage device between an input and an output of the storage device; - two movable rollers arranged on opposite sides of the strip of film along said path , each movable roll having a central rotation axis which is arranged transverse to the direction of movement of the strip of film along said path and which is parallel to the surface of the film along said path; - a support which supports the movable rollers and which is driven to move the movable rollers along an arc around an intermediate axis which is situated in between and parallel to the movable rollers, so as to move them from a rest position to a storage position, crossing from opposite directions said path for passage of the strip of film through the storage device so as to divert the strip of film between the movable rollers and accumulate the length of film in the storage device.
A production method of a cover for mold cleaning produced by applying an unvulcanized rubber composition for mold cleaning on an outer periphery of a raw cover, the method comprising a rubber strip winding step of applying a rubber strip by circumferentially and spirally overlapping and winding a long narrow rubber strip consisting of the unvulcanized rubber composition for mold cleaning from side wall portions to tread shoulder portions of a raw cover for a tire, and a plate-like rubber material winding step of applying a rubber material by once-winding a wide plate-like rubber material consisting of the unvulcanized rubber composition for mold cleaning on a tread center portion of the raw cover for a tire, wherein a gauge of the rubber composition for mold cleaning after vulcanization of the cover for mold cleaning is not less than 1.0 mm.