mhurhangee/patent-ind-claim-en huggingface dataset:
Hair-cutting system comprising: - a cutter arrangement configured to be moved over skin and comprising at least one functional cutter unit configured to perform a cutting action on hairs protruding from the skin ; and - a hair detector configured and arranged to detect the presence of a hair in a detection area near or in the at least one functional cutter unit , wherein the hair detector : - is arranged to come into mechanical contact with a hair when the cutter arrangement is moved over the skin ; - comprises at least one hair-contacting portion made from a mechanically deformable material; - comprises a measuring system configured to measure a degree of mechanical deformation of the hair-contacting portion ; and - comprises a detector output unit configured to determine the presence of a hair in contact with the hair-contacting portion based on the measured degree of the mechanical deformation of the hair-contacting portion , and to generate a detector output (d out ) representative of whether or not a hair is detected in the detection area ; wherein the hair-cutting system further comprises: - a processor configured to receive the detector output (d out ) from the detector output unit and to determine at least one operation parameter of the hair-cutting system in dependence on the detector output (d out ). - a cutter arrangement configured to be moved over skin and comprising at least one functional cutter unit configured to perform a cutting action on hairs protruding from the skin ; and - a hair detector configured and arranged to detect the presence of a hair in a detection area near or in the at least one functional cutter unit , wherein the hair detector : - is arranged to come into mechanical contact with a hair when the cutter arrangement is moved over the skin ; - comprises at least one hair-contacting portion made from a mechanically deformable material; - comprises a measuring system configured to measure a degree of mechanical deformation of the hair-contacting portion ; and - comprises a detector output unit configured to determine the presence of a hair in contact with the hair-contacting portion based on the measured degree of the mechanical deformation of the hair-contacting portion , and to generate a detector output (d out ) representative of whether or not a hair is detected in the detection area ; - a processor configured to receive the detector output (d out ) from the detector output unit and to determine at least one operation parameter of the hair-cutting system in dependence on the detector output (d out ).
Stand sleeve for an inner-pressure-resistant plastic container , in particular for a plastic aerosol container, said stand sleeve comprising a base part which comprises a stand surface , and a jacket which is closed in the peripheral direction, wherein the jacket is designed for a non-positive connection, wherein the base part and the jacket are designed as one piece with one another and are manufactured in a stretch blow moulding method, and that the jacket is designed for the non-positive connection to the outer wall in the proximity of the base of an inner-pressure-resistant plastic container , characterized in that the jacket comprises at least one stretch fold which extends essentially in an axial direction.
An anti-reflective coating composition comprising core-shell nanoparticles, wherein said nanoparticles comprise: (a) cationic core material comprising polymer; and (b) shell material comprising silica. (a) cationic core material comprising polymer; and (b) shell material comprising silica.
A method of migrating applications to an application hosting cloud (100; 250, 252; 254) that hosts arbitrary applications for access by clients over the Internet, the method comprising: selecting a target application (280; 322) to migrate to the application hosting cloud ; passing the target application to a migration tool , wherein the migration tool uses a migration library , wherein the migration library includes one or more pluralities of migration rules, wherein each plurality of migration rules corresponds to a different application hosting cloud, wherein the one or more pluralities of migration rules includes at least one of code rules , operating system rules , semantic rules , database rules , or installer rules ; parsing and analyzing the target application with the migration tool to identify migration rules that are applicable to the target application, wherein the migration tool reads source code files and configuration files of the target application, wherein one of the identified rules comprises description of structure queried language, SQL, code and a code modification; and applying the identified migration rules to the target application to modify the target application for execution in the application hosting cloud, wherein the applying the identified migration rules includes applying the one of the identified rules to change a portion of code of the target application that matches the description, the code prior to being changed being unable to execute correctly in the application hosting cloud. selecting a target application (280; 322) to migrate to the application hosting cloud ; passing the target application to a migration tool , wherein the migration tool uses a migration library , wherein the migration library includes one or more pluralities of migration rules, wherein each plurality of migration rules corresponds to a different application hosting cloud, wherein the one or more pluralities of migration rules includes at least one of code rules , operating system rules , semantic rules , database rules , or installer rules ; parsing and analyzing the target application with the migration tool to identify migration rules that are applicable to the target application, wherein the migration tool reads source code files and configuration files of the target application, wherein one of the identified rules comprises description of structure queried language, SQL, code and a code modification; and applying the identified migration rules to the target application to modify the target application for execution in the application hosting cloud, wherein the applying the identified migration rules includes applying the one of the identified rules to change a portion of code of the target application that matches the description, the code prior to being changed being unable to execute correctly in the application hosting cloud.
A car seat, comprising: a seat structure comprising a single structural shell or two structural shells forming a seat with an upper surface and a backrest with a front surface , a plurality of discrete upholstery elements removably applicable to said surfaces , quick coupling means distributed on said surfaces and on the upholstery elements for removably coupling the upholstery elements to the seat structure ; characterized in that the quick coupling means comprise male coupling means , fixed in predetermined and spaced positions on said surfaces , and each having a pin with an enlarged head ; each upholstery element comprises a spongy body , an insert of rigid or semi-rigid consistency integral with the spongy body and having at least one through opening , and at least one female coupling element which is held in said through opening and has a concave housing configured to snap-fit and hold in an elastically releasable manner the enlarged head of a male coupling element . a seat structure comprising a single structural shell or two structural shells forming a seat with an upper surface and a backrest with a front surface , a plurality of discrete upholstery elements removably applicable to said surfaces , quick coupling means distributed on said surfaces and on the upholstery elements for removably coupling the upholstery elements to the seat structure ; the quick coupling means comprise male coupling means , fixed in predetermined and spaced positions on said surfaces , and each having a pin with an enlarged head ; each upholstery element comprises a spongy body , an insert of rigid or semi-rigid consistency integral with the spongy body and having at least one through opening , and at least one female coupling element which is held in said through opening and has a concave housing configured to snap-fit and hold in an elastically releasable manner the enlarged head of a male coupling element .
A driving system for a vehicle , comprising: a drive source ; a driven portion (Wr), which is driven by the drive source to propel the vehicle ; a wet multiple disc connection/disconnection unit , which is provided on a power transmission path between the drive source and the driven portion (Wr), and which is configured to put the power transmission path in a disconnected state or in a connected state by being released or applied; and a connection/disconnection unit controller , which is configured to control a release and an application of the connection/disconnection unit , wherein the driving system further comprises a time counter , which is configured to obtain a continuous applied time that is an elapsed time from a start of a latest application of the connection/disconnection unit , wherein the connection/disconnection unit controller releases the connection/disconnection unit when the continuous applied time obtained by the time counter is equal to or greater than a predetermined time, characterized in that , when the time counter obtains a continuous applied time that is equal to or greater than the predetermined time in a case of the vehicle moving, the connection/disconnection unit controller waits to release the connection/disconnection unit until the vehicle stops. a drive source ; a driven portion (Wr), which is driven by the drive source to propel the vehicle ; a wet multiple disc connection/disconnection unit , which is provided on a power transmission path between the drive source and the driven portion (Wr), and which is configured to put the power transmission path in a disconnected state or in a connected state by being released or applied; and a connection/disconnection unit controller , which is configured to control a release and an application of the connection/disconnection unit , wherein the driving system further comprises a time counter , which is configured to obtain a continuous applied time that is an elapsed time from a start of a latest application of the connection/disconnection unit , wherein the connection/disconnection unit controller releases the connection/disconnection unit when the continuous applied time obtained by the time counter is equal to or greater than a predetermined time, characterized in that , when the time counter obtains a continuous applied time that is equal to or greater than the predetermined time in a case of the vehicle moving, the connection/disconnection unit controller waits to release the connection/disconnection unit until the vehicle stops.
Pressing device , comprising: - at least one carrier element with at least one carrier opening ; - at least one pressing element with at least one bearing opening for applying a pressing force on a blank, wherein the at least one pressing element is mounted in a pivotable manner about at least one pivot axis (A1, A2) on the at least one carrier element ; - at least one bolt , which extends through the at least one carrier opening and through the at least one bearing opening ; - at least one securing element (11, 11'; 12, 12'), which is connectable to the at least one bolt along an axial direction (A), wherein the at least one bolt is secured by the at least one securing element (11, 11'; 12, 12') with respect to a movement along the axial direction (A) in the at least one bearing opening and the at least one carrier opening ; and - at least one fastening element , which fastens the at least one securing element (11, 11'; 12, 12') on the at least one bolt , wherein the pressing device comprises at least one centering element (27, 27'; 28, 28'), wherein the at least one centering element (27, 27'; 28, 28') centers the at least one securing element (11, 11'; 12, 12') and/or the at least one fastening element on the at least one bolt , characterized in that the at least one securing element (11, 11'; 12, 12') comprises a recess , wherein the at least one centering element is deformable and wherein the at least one centering element , during the connection process of the at least one securing element (11, 11'; 12, 12') to the at least one bolt is bent at least partially into the recess . - at least one carrier element with at least one carrier opening ; - at least one pressing element with at least one bearing opening for applying a pressing force on a blank, wherein the at least one pressing element is mounted in a pivotable manner about at least one pivot axis (A1, A2) on the at least one carrier element ; - at least one bolt , which extends through the at least one carrier opening and through the at least one bearing opening ; - at least one securing element (11, 11'; 12, 12'), which is connectable to the at least one bolt along an axial direction (A), wherein the at least one bolt is secured by the at least one securing element (11, 11'; 12, 12') with respect to a movement along the axial direction (A) in the at least one bearing opening and the at least one carrier opening ; and - at least one fastening element , which fastens the at least one securing element (11, 11'; 12, 12') on the at least one bolt ,
A subject support of an imaging system , comprising: a tabletop that supports a subject or object in an examination region of the imaging system; a base , a mechanical linear actuator affixed to the base; and a coupling that mechanically couples the tabletop and the linear mechanical actuator such that the linear mechanical actuator translates the tabletop in a z-axis direction into and out of the examination region, wherein the coupling comprises a stationary frame comprising a body which attaches to the tabletop, the coupling further comprises a first moveable member moveably supported by the body and a second moveable member moveably supported by the first moveable member, the second moveable member being connected to a threaded nut of the linear mechanical actuator, allowing the second moveable member to, with respect to the body, rotate in two directions and to translate in one or two directions, wherein the two rotational directions and the one or two translational directions are transverse to the z-axis direction, or to rotate in one or two directions and to translate in two directions, wherein the one or two rotational directions and the two translational directions are transverse to the z-axis direction, thereby providing at least three degrees of freedom, allowing the threaded nut of the mechanical linear actuator to translate and/or rotate along with machining inaccuracies and/or misalignment, compensating for at least one of the machining inaccuracies or the misalignment of the linear mechanical actuator. a tabletop that supports a subject or object in an examination region of the imaging system; a base , a mechanical linear actuator affixed to the base; and a coupling that mechanically couples the tabletop and the linear mechanical actuator such that the linear mechanical actuator translates the tabletop in a z-axis direction into and out of the examination region, wherein the coupling comprises a stationary frame comprising a body which attaches to the tabletop, the coupling further comprises a first moveable member moveably supported by the body and a second moveable member moveably supported by the first moveable member, the second moveable member being connected to a threaded nut of the linear mechanical actuator, allowing the second moveable member to, with respect to the body, rotate in two directions and to translate in one or two directions, wherein the two rotational directions and the one or two translational directions are transverse to the z-axis direction, or to rotate in one or two directions and to translate in two directions, wherein the one or two rotational directions and the two translational directions are transverse to the z-axis direction, thereby providing at least three degrees of freedom, allowing the threaded nut of the mechanical linear actuator to translate and/or rotate along with machining inaccuracies and/or misalignment, compensating for at least one of the machining inaccuracies or the misalignment of the linear mechanical actuator.
A sample extraction device comprising: a swab shaft comprising a first end, a stopper , and a second end; a lid attached to the first end of the swab shaft , wherein the lid is slidable along the swab shaft ; an O-ring on the inside of the lid ; a swab tip at the second end of the swab shaft ; and a sample extraction container comprising a liquid medium and a squeezing structure , wherein the squeezing structure comprises an opening smaller than the swab tip ; wherein the lid is configured to attach to the sample extraction container and the stopper is configured to make contact with the bottom of the lid as the swab shaft is pulled out through the lid by sliding; and wherein the O-ring is configured to be crushed upon tightening of the lid on the sample extraction container , so as to seal the lid against the sample extraction container and the swab shaft . a swab shaft comprising a first end, a stopper , and a second end; a lid attached to the first end of the swab shaft , wherein the lid is slidable along the swab shaft ; an O-ring on the inside of the lid ; a swab tip at the second end of the swab shaft ; and a sample extraction container comprising a liquid medium and a squeezing structure , wherein the squeezing structure comprises an opening smaller than the swab tip ; wherein the lid is configured to attach to the sample extraction container and the stopper is configured to make contact with the bottom of the lid as the swab shaft is pulled out through the lid by sliding; and wherein the O-ring is configured to be crushed upon tightening of the lid on the sample extraction container , so as to seal the lid against the sample extraction container and the swab shaft .
A method of making a paper product having improved printed characteristics, comprising the steps of: providing an aqueous slurry comprising a blend of cellulosic fibers and water; dewatering the aqueous slurry of cellulosic fibers and water to form a fibrous substrate; applying a surface treatment to a surface of the fibrous substrate to provide coverage of gaps existing in the fibrous substrate, wherein the surface treatment comprises an aqueous composition comprising surface enhanced pulp fibers, to form a treated fibrous substrate; and drying the treated fibrous substrate to form a paper product having enhanced printing characteristics, wherein the surface enhanced pulp fibers comprise refined hardwood pulp fibers having a length-weighted average fiber length of at least 0.3 millimeters, and an average hydrodynamic specific surface area of at least 10 square meters per gram. providing an aqueous slurry comprising a blend of cellulosic fibers and water; dewatering the aqueous slurry of cellulosic fibers and water to form a fibrous substrate; applying a surface treatment to a surface of the fibrous substrate to provide coverage of gaps existing in the fibrous substrate, wherein the surface treatment comprises an aqueous composition comprising surface enhanced pulp fibers, to form a treated fibrous substrate; and drying the treated fibrous substrate to form a paper product having enhanced printing characteristics, wherein the surface enhanced pulp fibers comprise refined hardwood pulp fibers having a length-weighted average fiber length of at least 0.3 millimeters, and an average hydrodynamic specific surface area of at least 10 square meters per gram.
A process for producing a segmented electrode, including the following steps: a. providing a pipe made of metal having an outer side and an inner side , wherein the inner side of the pipe forms a hollow space , b. arranging a support structure in the hollow space , so that the support structure mechanically stabilizes the pipe , c. forming intermediate spaces in the pipe , which define a plurality of segments in the pipe , d. introducing an electrically insulating material into the intermediate spaces and thus forming electrically insulating areas , wherein a boundary layer is in each case defined between the segments and the areas , e. cutting the pipe , so that several segmented ring-shaped electrodes are formed therefrom, f. removing the support structure from the pipe . a. providing a pipe made of metal having an outer side and an inner side , wherein the inner side of the pipe forms a hollow space , b. arranging a support structure in the hollow space , so that the support structure mechanically stabilizes the pipe , c. forming intermediate spaces in the pipe , which define a plurality of segments in the pipe , d. introducing an electrically insulating material into the intermediate spaces and thus forming electrically insulating areas , wherein a boundary layer is in each case defined between the segments and the areas , e. cutting the pipe , so that several segmented ring-shaped electrodes are formed therefrom, f. removing the support structure from the pipe .
A storage device, wherein disk space of the storage device comprises a data area having a plurality of data block units whose disk addresses are end-to-end adjacent, each of the data block units comprises a metadata block and a data block adjacent to each other; wherein the data block with a first preset capacity is configured to store target data, and the metadata block with a second preset capacity is configured to store data information of the target data; characterized in that , the disk space of the storage device further comprises a control block having a control block header and a block bitmap; wherein the control block header is configured to store the number of the data block units , the first preset capacity and the second preset capacity, and the block bitmap is configured to store status information of usage status of each data block unit ; the disk space of the storage device further comprises a redundant control block configured to be a redundant backup of the control block ; and the tail address of the redundant control block is the same as that of the disk space. wherein the data block with a first preset capacity is configured to store target data, and the metadata block with a second preset capacity is configured to store data information of the target data; characterized in that , the disk space of the storage device further comprises a control block having a control block header and a block bitmap; wherein the control block header is configured to store the number of the data block units , the first preset capacity and the second preset capacity, and the block bitmap is configured to store status information of usage status of each data block unit ; the disk space of the storage device further comprises a redundant control block configured to be a redundant backup of the control block ; and the tail address of the redundant control block is the same as that of the disk space.