mhurhangee/patent-ind-claim-en huggingface dataset:
Handle device for a locking device for a movable part , such as a door, flap or the like, of a vehicle with a handle part which can be movably mounted relative to the movable part , wherein the locking device can be connected to the handle part via a connecting element and the handle part serves to actuate the locking device , wherein the handle part is movable at least between a rest position (Ia) and an operating position (Ib), wherein in the rest position (Ia) the handle part can be formed in particular flush with the movable part , and wherein, in the operating position (lb), the handle part can be detached from the movable part in such a way that it can be gripped by an operator, wherein the handle part is movable from its operating position (Ib) into an additional release position (Ic) in which a mechanical actuation of the handle part can be transmitted to the connecting element , whereby the locking device can be actuated, characterized in that the handle part can be mounted on the movable part by means of a handle support , and an opening in the handle support for the handle part being concealed both in the operating position (Ib) and in the release position (Ic) by the extended handle part . with a handle part which can be movably mounted relative to the movable part , wherein the locking device can be connected to the handle part via a connecting element and the handle part serves to actuate the locking device , wherein the handle part is movable at least between a rest position (Ia) and an operating position (Ib), wherein in the rest position (Ia) the handle part can be formed in particular flush with the movable part , and wherein, in the operating position (lb), the handle part can be detached from the movable part in such a way that it can be gripped by an operator, wherein the handle part is movable from its operating position (Ib) into an additional release position (Ic) in which a mechanical actuation of the handle part can be transmitted to the connecting element , whereby the locking device can be actuated, characterized in that the handle part can be mounted on the movable part by means of a handle support , and an opening in the handle support for the handle part being concealed both in the operating position (Ib) and in the release position (Ic) by the extended handle part .
An apparatus for bending a glass sheet , wherein the glass sheet has a bending area and a non-bending area, comprising: a support element ; a localized heating device for heating a locally heated area; and a constraint device arranged to contact the glass sheet outside of the bending area in use, and wherein the constraint device is arranged to contact a portion of the glass sheet next to the bending area in use; and wherein the support element and constraint device are arranged such that the support element and constraint device are on the same side of the bending area in use; characterized in that the apparatus further comprises an overall heating device, and the distance between the constraint device and the locally heated area is between 1 mm and 100 mm. a support element ; a localized heating device for heating a locally heated area; and a constraint device arranged to contact the glass sheet outside of the bending area in use, and wherein the constraint device is arranged to contact a portion of the glass sheet next to the bending area in use; and wherein the support element and constraint device are arranged such that the support element and constraint device are on the same side of the bending area in use; characterized in that the apparatus further comprises an overall heating device, and the distance between the constraint device and the locally heated area is between 1 mm and 100 mm.
An induction heat-seal liner comprising: a top closure-facing layer , a bottom heat-seal bonding layer , and an intermediate metal-foil layer disposed in a thickness direction between the top and bottom layers, the top, bottom and intermediate layers being bonded to form an integral induction heat-seal liner , the metal-foil layer having a central opening surrounded by a metal-foil portion configured to lie above a container rim surrounding an open mouth of a container body, and the bottom layer having a heat-seal bonding area configured to lie above the container rim that is activated by heating of the metal-foil portion to induction heat-seal the bonding area to the container rim; and characterised by the liner having a central liner portion (CVA), aligned in the thickness direction with the central opening of the metal-foil layer, the central liner portion (CVA) comprising one or more materials or spaces that provide visibility into the open mouth of the container, allowing visible detection of a product in the container body, wherein the central liner portion (CVA) is clear or translucent to permit visible detection of a product in the container body. a top closure-facing layer , a bottom heat-seal bonding layer , and an intermediate metal-foil layer disposed in a thickness direction between the top and bottom layers, the top, bottom and intermediate layers being bonded to form an integral induction heat-seal liner , the metal-foil layer having a central opening surrounded by a metal-foil portion configured to lie above a container rim surrounding an open mouth of a container body, and the bottom layer having a heat-seal bonding area configured to lie above the container rim that is activated by heating of the metal-foil portion to induction heat-seal the bonding area to the container rim; and characterised by the liner having a central liner portion (CVA), aligned in the thickness direction with the central opening of the metal-foil layer, the central liner portion (CVA) comprising one or more materials or spaces that provide visibility into the open mouth of the container, allowing visible detection of a product in the container body, wherein the central liner portion (CVA) is clear or translucent to permit visible detection of a product in the container body.
A method for sensor fault management, comprising: obtaining a plurality of potential faults associated with a sensor ; associating accommodation approaches with the plurality of potential faults; associating severity levels to the plurality of potential faults to produce a hierarchy of potential faults; and generating a fault management tool based on the hierarchy, the fault management tool defining a framework implementable by a controller associated with the sensor for accommodating faulty behaviour of the sensor by following the accommodation approaches of the hierarchy for the plurality of potential faults, characterized in that the method comprises providing a table for the fault management tool , wherein each row of the table represents a different type of potential fault, columns in the table represent different fault accommodation approaches to accommodate the potential faults listed in the rows , the potential faults listed in the rows being disposed in a hierarchy based on severity levels of the potential faults, the accommodation approaches listed in the columns being presented in a ranking indicative of which of the accommodation approaches to prioritise. obtaining a plurality of potential faults associated with a sensor ; associating accommodation approaches with the plurality of potential faults; associating severity levels to the plurality of potential faults to produce a hierarchy of potential faults; and generating a fault management tool based on the hierarchy, the fault management tool defining a framework implementable by a controller associated with the sensor for accommodating faulty behaviour of the sensor by following the accommodation approaches of the hierarchy for the plurality of potential faults, characterized in that the method comprises providing a table for the fault management tool , wherein each row of the table represents a different type of potential fault, columns in the table represent different fault accommodation approaches to accommodate the potential faults listed in the rows , the potential faults listed in the rows being disposed in a hierarchy based on severity levels of the potential faults, the accommodation approaches listed in the columns being presented in a ranking indicative of which of the accommodation approaches to prioritise.
A method for shuffling an order of a plurality of data blocks in a data processing system, the method comprising: - randomly selecting an increment function from a plurality of increment functions (94-G1, 96-G2, ... ,98-GN); - providing a parameter for use with the increment function ; - generating a random number , the random number corresponding to an index for a data block (0, ..., 15) of the plurality of data blocks, wherein each data block (0, ..., 15) of the plurality of data blocks has an index that uniquely identifies each data block (0, ..., 15) of the plurality of data blocks; - applying the increment function with the parameter to the random number to generate a new index , the new index corresponding to a data block (0, ..., 15) of the plurality of data blocks; - selecting the data block corresponding to the new index as the next data block of a reordering of the plurality of data blocks; and - iterating the method until the reordering of the plurality of data blocks is complete. - randomly selecting an increment function from a plurality of increment functions (94-G1, 96-G2, ... ,98-GN); - providing a parameter for use with the increment function ; - generating a random number , the random number corresponding to an index for a data block (0, ..., 15) of the plurality of data blocks, wherein each data block (0, ..., 15) of the plurality of data blocks has an index that uniquely identifies each data block (0, ..., 15) of the plurality of data blocks; - applying the increment function with the parameter to the random number to generate a new index , the new index corresponding to a data block (0, ..., 15) of the plurality of data blocks; - selecting the data block corresponding to the new index as the next data block of a reordering of the plurality of data blocks; and - iterating the method until the reordering of the plurality of data blocks is complete.
A yarn balloon limiter for a spinning unit of a ring spinning machine, comprising • a holder ; • a pair of pins mounted horizontally in the holder , wherein longitudinal axes of the pins are parallel to each other; • a half ring connected to each of the pins ; • wherein the two half rings arranged opposite each other to form a ring in closed position; and • wherein the pins are coupled to a rotational drive to pivote around the longitudinal axes of the pins in order to open and close the ring formed by the two half rings . • a holder ; • a pair of pins mounted horizontally in the holder , wherein longitudinal axes of the pins are parallel to each other; • a half ring connected to each of the pins ; • wherein the two half rings arranged opposite each other to form a ring in closed position; and • wherein the pins are coupled to a rotational drive to pivote around the longitudinal axes of the pins in order to open and close the ring formed by the two half rings .
An immunoconjugate having the formula (A) - (L) - (C), wherein: (A) is a humanized antibody or antigen binding fragment thereof that specifically binds a human folate receptor 1; (L) is a linker; and (C) is a maytansinoid or a maytansinoid analog, wherein the linker (L) links (A) to (C), wherein the antibody or antigen binding fragment thereof comprises a heavy chain (HC) variable domain comprising: a HC CDR1 comprising the amino acid sequence of GYTFTGYFMN; a HC CDR2 comprising the amino acid sequence of RIHPYDGDTF; and a HC CDR3 comprising the amino acid sequence of YDGSRAMDY (SEQ ID NO: 3); and wherein the antibody or antigen binding fragment thereof comprises a light chain (LC) variable domain comprising: a LC CDR1 comprising the amino acid sequence of KASQSVSFAGTSLMH (SEQ ID NO: 7); a LC CDR2 comprising the amino acid sequence of RASNLEA (SEQ ID NO: 8); and a LC CDR3 comprising the amino acid sequence of QQSREYPYT (SEQ ID NO: 9). (A) is a humanized antibody or antigen binding fragment thereof that specifically binds a human folate receptor 1; (L) is a linker; and (C) is a maytansinoid or a maytansinoid analog, wherein the linker (L) links (A) to (C), wherein the antibody or antigen binding fragment thereof comprises a heavy chain (HC) variable domain comprising: a HC CDR1 comprising the amino acid sequence of GYTFTGYFMN; a HC CDR2 comprising the amino acid sequence of RIHPYDGDTF; and a HC CDR3 comprising the amino acid sequence of YDGSRAMDY (SEQ ID NO: 3); and wherein the antibody or antigen binding fragment thereof comprises a light chain (LC) variable domain comprising: a LC CDR1 comprising the amino acid sequence of KASQSVSFAGTSLMH (SEQ ID NO: 7); a LC CDR2 comprising the amino acid sequence of RASNLEA (SEQ ID NO: 8); and a LC CDR3 comprising the amino acid sequence of QQSREYPYT (SEQ ID NO: 9).
Electric terminal block , comprising a terminal housing , at least two electrically conductive contact elements with at least two conductor contact elements for connecting electric conductors, and at least one separating element arranged movably in the terminal housing , wherein the separating element has a longitudinal axis (L), wherein the two electrically conductive contact elements are electrically connected in a first position of the separating element and electrically disconnected in a second position of the separating element , wherein the conductor contact elements assigned to each other, which are arranged consecutively in the direction of the longitudinal extension (E) of the separating element , are separated from one another in the second position of the separating element , wherein the contact elements are arranged consecutively in the direction of the longitudinal axis (L) of the separating element , wherein the separating element is arranged in the terminal housing in a manner that is movable in the direction of the longitudinal axis (L), wherein the direction of movement (B) of the separating element is different from the direction of the longitudinal extension (E) of the terminal block , wherein an opening is formed in the terminal housing for receiving the separating element and wherein the separating element is arranged inside of the opening in the first position and partially protrudes out of the opening on an upper side of the terminal housing in the second position.
A three-dimensional woven preform comprising: a plurality of groups of warp yarns ; a plurality of groups of weft yarns , characterized in that the warp yarns are woven with the weft yarns to form a mock leno structure having a plurality of layers of the 3D woven preform, wherein a first group of warp yarns in a particular layer includes a first set of at least one warp central yarn that binds weft yarns in the particular layer to weft yarns in a subsequent layer and at least two first warp edge yarns , one on each side of the first set of the at least one warp central yarn, and wherein a second group of warp yarns in the particular layer includes a second set of at least one warp central yarn that binds weft yarns in the particular layer to weft yarns in a preceding layer and at least two second warp edge yarns , one on each side of the second set of the at least one warp central yarn , such that through thickness channels are formed in the multilayer preform, wherein the first warp edge yarns are woven opposite to the second warp edge yarns such that the first warp edge yarns are woven under weft yarns that second warp edge yarns are woven over. a plurality of groups of warp yarns ; a plurality of groups of weft yarns , characterized in that the warp yarns are woven with the weft yarns to form a mock leno structure having a plurality of layers of the 3D woven preform, wherein a first group of warp yarns in a particular layer includes a first set of at least one warp central yarn that binds weft yarns in the particular layer to weft yarns in a subsequent layer and at least two first warp edge yarns , one on each side of the first set of the at least one warp central yarn, and wherein a second group of warp yarns in the particular layer includes a second set of at least one warp central yarn that binds weft yarns in the particular layer to weft yarns in a preceding layer and at least two second warp edge yarns , one on each side of the second set of the at least one warp central yarn , such that through thickness channels are formed in the multilayer preform, wherein the first warp edge yarns are woven opposite to the second warp edge yarns such that the first warp edge yarns are woven under weft yarns that second warp edge yarns are woven over.
An autonomous traveling work vehicle to autonomously travel along a travel route, comprising: - a travel control unit adapted to control autonomous traveling; - one or more obstruction sensors configured to detect an obstruction to traveling; - an obstruction sensor determining unit adapted to perform a sensor determining process for determining whether or not the obstruction sensors are normally operating; and - an obstruction sensor processing unit adapted to output a prohibition command to prohibit autonomous traveling controlled by the travel control unit in case the obstruction sensor determining unit determines that the obstruction sensors are not normally operating, wherein the sensor determining process includes - an operation environment securing process for securing a proper operation environment for a normal operation of the obstruction sensors so as to remove, by a user, an external factor that is inconvenient for a normal operation of the obstruction sensors in an environment surrounding the obstruction sensors , and - a sensor trial process, performed only under the proper operation environment, for determining that the obstruction sensors are normally operating in case an obstruction artificially brought into a detection region of the obstruction sensors is detected. - a travel control unit adapted to control autonomous traveling; - one or more obstruction sensors configured to detect an obstruction to traveling; - an obstruction sensor determining unit adapted to perform a sensor determining process for determining whether or not the obstruction sensors are normally operating; and - an obstruction sensor processing unit adapted to output a prohibition command to prohibit autonomous traveling controlled by the travel control unit in case the obstruction sensor determining unit determines that the obstruction sensors are not normally operating, wherein the sensor determining process includes - an operation environment securing process for securing a proper operation environment for a normal operation of the obstruction sensors so as to remove, by a user, an external factor that is inconvenient for a normal operation of the obstruction sensors in an environment surrounding the obstruction sensors , and - a sensor trial process, performed only under the proper operation environment, for determining that the obstruction sensors are normally operating in case an obstruction artificially brought into a detection region of the obstruction sensors is detected.
Device for checking the consistency of a positioning of an aircraft, wherein the device comprises - a transmitting device , - a receiving device , - a time measuring unit , - a distance determination module and - a check module ; wherein the transmitting device emits at least one signal ; wherein the receiving device receives at least four response signals from at least four different response elements , wherein a response element receives the at least one signal and upon receipt of the at least one signal emits a response signal ; wherein the time measuring unit determines, for each received response signal , a total delay time from a transmission time of the signal and a reception time of the respective response signal , wherein the distance determination module determines a distance to the respective response element based on each total delay time, and wherein the check module performs a consistency check of a determination of a position based on distances to the at least four different response elements , characterized in that the check module performs the consistency check with a determination of the number N of all distances and the determination of a position by means of an integrity position of a plurality of, preferably all, positions based on N-1 distances, ignoring the Nth distance. - a transmitting device , - a receiving device , - a time measuring unit , - a distance determination module and - a check module ;
A method for selective recovery of at least one rare earth present in waste, which comprises the following successive steps (a) to (d) consisting in: (a) dissolving the waste in divided form in an acidic aqueous solution to release the rare earth in the liquid phase, (b) collecting the liquid phase, (c) precipitating the rare earth in the form of a rare earth double sulphate by introducing a sulphate into the liquid phase collected at the end of step (b), and (d) collecting the precipitate, characterised in that the dissolution step (a) is carried out by immersing and maintaining, for a time t, the waste in divided form in an aqueous solution S1 comprising hydrochloric acid, the aqueous solution S1 having a pH which is constant and equal to a value comprised between 1.5 and 4.5 during the time t. (a) dissolving the waste in divided form in an acidic aqueous solution to release the rare earth in the liquid phase, (b) collecting the liquid phase, (c) precipitating the rare earth in the form of a rare earth double sulphate by introducing a sulphate into the liquid phase collected at the end of step (b), and (d) collecting the precipitate,
A method, comprising: setting , at a server, a server VSYNC signal to a server VSYNC frequency, the server VSYNC signal corresponding to generation of a plurality of video frames at the server during a plurality of frame periods for the server VSYNC frequency; setting , at a client, a client VSYNC signal to a client VSYNC frequency; sending a plurality of compressed video frames based on the plurality of video frames from the server to the client over a network using the server VSYNC signal; decoding and displaying, at the client, the plurality of compressed video frames; and as the client receives the plurality of compressed video frames, analyzing the timing of one or more client operations to adjust the relative timing between the server VSYNC signal and the client VSYNC signal. setting , at a server, a server VSYNC signal to a server VSYNC frequency, the server VSYNC signal corresponding to generation of a plurality of video frames at the server during a plurality of frame periods for the server VSYNC frequency; setting , at a client, a client VSYNC signal to a client VSYNC frequency; sending a plurality of compressed video frames based on the plurality of video frames from the server to the client over a network using the server VSYNC signal; decoding and displaying, at the client, the plurality of compressed video frames; and as the client receives the plurality of compressed video frames, analyzing the timing of one or more client operations to adjust the relative timing between the server VSYNC signal and the client VSYNC signal.