mhurhangee/patent-ind-claim-en huggingface dataset:
A biopsy device , comprising: a housing maintaining a stylet and a cannula ; a control device coupled to the housing and operable to move the stylet and the cannula with respect to the housing ; and a handle coupled with the control device to retract the stylet and the cannula , wherein the handle includes first and second wings extending from opposite sides of the housing and configured to be grasped by a user, characterized in that the control device is configured to advance the stylet and cannula once the stylet and cannula are retracted via the handle , wherein the handle is either foldable or removable from the housing to modify the device from a loading configuration to a delivery configuration; wherein in the delivery configuration the biopsy device has a reduced profile for obtaining a tissue sample. a housing maintaining a stylet and a cannula ; a control device coupled to the housing and operable to move the stylet and the cannula with respect to the housing ; and a handle coupled with the control device to retract the stylet and the cannula , wherein the handle includes first and second wings extending from opposite sides of the housing and configured to be grasped by a user, characterized in that the control device is configured to advance the stylet and cannula once the stylet and cannula are retracted via the handle , wherein the handle is either foldable or removable from the housing to modify the device from a loading configuration to a delivery configuration; wherein in the delivery configuration the biopsy device has a reduced profile for obtaining a tissue sample.
An electronic device with a camera anti-peeping structure, comprising: a main body ; a camera , disposed in the main body ; and an anti-peeping structure , disposed at a side of the camera and comprising: a mounting member , disposed on the main body and comprising a groove ; a sliding member , slidably disposed in the groove and movable between a first position and a second position, wherein the sliding member comprises a first magnet ; and an anti-peeping piece , having a first end and a second end opposite to each other and comprising a second magnet disposed at the first end , wherein the first end is pivotally connected to the mounting member , and the second end is adapted to pivot based on the first end as an axis to cover or expose the camera , wherein when the sliding member moves to the first position, the first magnet attracts the second magnet such that the second end of the anti-peeping piece pivots toward the sliding member to expose the camera , and when the sliding member moves to the second position, the first magnet repels the second magnet such that the second end of the anti-peeping piece pivots away from the sliding member to cover the camera . a main body ; a camera , disposed in the main body ; and an anti-peeping structure , disposed at a side of the camera and comprising: a mounting member , disposed on the main body and comprising a groove ; a sliding member , slidably disposed in the groove and movable between a first position and a second position, wherein the sliding member comprises a first magnet ; and an anti-peeping piece , having a first end and a second end opposite to each other and comprising a second magnet disposed at the first end , wherein the first end is pivotally connected to the mounting member , and the second end is adapted to pivot based on the first end as an axis to cover or expose the camera , wherein a mounting member , disposed on the main body and comprising a groove ; a sliding member , slidably disposed in the groove and movable between a first position and a second position, wherein the sliding member comprises a first magnet ; and an anti-peeping piece , having a first end and a second end opposite to each other and comprising a second magnet disposed at the first end , wherein the first end is pivotally connected to the mounting member , and the second end is adapted to pivot based on the first end as an axis to cover or expose the camera , wherein when the sliding member moves to the first position, the first magnet attracts the second magnet such that the second end of the anti-peeping piece pivots toward the sliding member to expose the camera , and when the sliding member moves to the second position, the first magnet repels the second magnet such that the second end of the anti-peeping piece pivots away from the sliding member to cover the camera .
An attenuator comprising: a two-line input (In+, In-) and a two-line output (Out+, Out-) connected by a first signal path (I1) and a second signal path (I2) for enabling the attenuator (500, 501, ...) to attenuate differential signals; a first plurality of transmission lines (510, 512, ...) being arranged along the first signal path (I1) and a second plurality of transmission lines (511, 513, ...) being arranged along the second signal path (I2); and one or more varistors arranged between adjacent transmission lines along the first signal path (I1) and the second signal path (I2), each varistor connecting the first signal path (I1) and the second signal path (I2) to controllably connect the first signal path (I1) with the second signal path (I2), thereby attenuating the differential signals. a two-line input (In+, In-) and a two-line output (Out+, Out-) connected by a first signal path (I1) and a second signal path (I2) for enabling the attenuator (500, 501, ...) to attenuate differential signals; a first plurality of transmission lines (510, 512, ...) being arranged along the first signal path (I1) and a second plurality of transmission lines (511, 513, ...) being arranged along the second signal path (I2); and one or more varistors arranged between adjacent transmission lines along the first signal path (I1) and the second signal path (I2), each varistor connecting the first signal path (I1) and the second signal path (I2) to controllably connect the first signal path (I1) with the second signal path (I2), thereby attenuating the differential signals.
An oligonucleotide comprising a 2'- O -methyl RNA monomer and a phosphorothioate backbone and comprising a 5-methylcytosine base or a composition comprising said oligonucleotide, wherein said oligonucleotide has improved distribution and/or exon skipping activity when compared to a corresponding oligonucleotide comprising a 2'- O -methyl RNA monomer and a phosphorothioate backbone without a 5-methylcytosine.
Reflectometric vibration measurement system to monitor multiphase flows by multimode fibers comprising: • a sensing multimode optical fiber ; • an optical source with at least one fiber output port, which generates optical pulses which are to be sent to the sensing fiber; • an optical receiver with at least one multimode fiber input port; • an optical device with at least 3 multimode fiber ports , in which one port is connected to the optical source, one port to the optical receiver, and one port to the sensing multimode fiber; • a system for processing the output signals from the optical receiver, further comprising more than one spatial mode filter. • a sensing multimode optical fiber ; • an optical source with at least one fiber output port, which generates optical pulses which are to be sent to the sensing fiber; • an optical receiver with at least one multimode fiber input port; • an optical device with at least 3 multimode fiber ports , in which one port is connected to the optical source, one port to the optical receiver, and one port to the sensing multimode fiber; • a system for processing the output signals from the optical receiver, further comprising more than one spatial mode filter.
Steam generator comprising a reservoir , a steam-boiler unit , an applicator (13a; 13b) and a housing , wherein the housing comprises a trough with an accommodating space and comprises a cover , wherein the steam-boiler unit is inserted into the trough in a lower region (C) of the accommodating space , and wherein the reservoir is inserted into the trough above the steam-boiler unit in a middle region (B) of the accommodating space , characterized in that the steam generator comprises a filling pump , in that the steam-boiler unit comprises a pressure vessel with a connection flange and comprises a closure unit , in that the connection flange is closed off by the closure unit , in that the trough comprises a device coupling which is connected to a trough bottom , and in that the steam-boiler unit comprises a device plug , wherein, with the steam-boiler unit inserted fully into the trough , the device plug of the steam-boiler unit is connected fully to the device coupling .
A composition for optical materials, which comprises an episulfide compound (A), a polythiol compound (B) and a photochromic compound (C), wherein in the composition for optical materials, the ratio of the episulfide compound (A) is 65 to 90% by mass, the ratio of the polythiol compound (B) is 5 to 35% by mass and the ratio of the photochromic compound (C) is 0.01 to 0.5% by mass, and wherein the photochromic compound (C) is selected from the group consisting of a spiropyran-based compound, a spirooxazine-based compound, a spiroperimidine-based compound, a benzopyran-based compound, a fulgide-based compound, a naphthopyran-based compound, a diarylethene-based compound and an azobenzene-based compound.
A method for assessing the risk of developing a cutaneous adverse drug reaction in a sample obtained from a patient comprising the step of detecting the presence of the allele selected from the following: (a) HLA-B*5101; or (b) HLA-B*5102; or (c) HLA-B*5101 and HLA-B*5102, wherein the presence of at least one HLA allele indicates the patient has a higher risk of developing the cutaneous adverse drug reaction induced by a epidermal growth factor receptor inhibitor compared to a patient without the corresponding HLA allele. (a) HLA-B*5101; or (b) HLA-B*5102; or (c) HLA-B*5101 and HLA-B*5102,
An oscillating weight assembly for a timepiece movement, said oscillating weight assembly being designed to be rotatably mounted on a movement axis, said assembly comprising a main element conferring the overall form of the oscillating weight assembly the main element comprising an attachment lug on the movement and a weighted part enabling the assembly to oscillate in response to the movement of the timepiece and to the force of gravity, the oscillating weight assembly also comprising a decorative element , for example a logo or an acronym, the decorative element being attached to the main element by at least one end embedded in the material of the main element , the main element comprising a through opening , the decorative element being arranged at least partly in said opening .
A closure for a container neck , the closure comprising a body and a cap that removably engages the body ; the body comprising a retention member in an operative position for retaining the body on a container neck , wherein the retention member is a clip for engaging the underside of a shoulder of the container neck ; characterised in that : the body defines a retention member disconnection line that is severable to release the retention member from the operative position, wherein the retention member disconnection line is a line of weakness.
A curved backlight unit, comprising a light guide plate, LGP, , and one or more cambered positioning pieces , wherein the LGP is a curved LGP formed by extending from a center position of the LGP to both sides along a first direction and includes an inner cambered surface and an outer cambered surface ; a second direction, perpendicular to the first direction, in the inner cambered surface or the outer cambered surface of the LGP is a linear direction; at least the center position of the LGP and at least one position on each side of the center portion are fixedly connected with a cambered structure of at least a same cambered positioning piece ; and a bending direction of the cambered surfaces of the LGP is consistent with a bending direction of the cambered structure of the cambered positioning piece ; characterized in that the curved backlight unit further comprises at least one first backplate and at least two second backplates , wherein a center position of the outer cambered surface of the LGP is fixedly connected with the first backplate ; both sides of the outer cambered surface of the LGP are fixedly connected with the second backplates ; the cambered positioning piece is fixedly connected with the first backplate and the second backplates ; an optical film is further bonded to a side of the inner cambered surface of the LGP ; a reflector plate is further bonded to a side of the outer cambered surface of the LGP ; a hard film is bonded to an outer side of the reflector plate; self-restoring stators are disposed on the second backplates ; the reflector plate is tightly bonded to the LGP .
A system for manipulating energy transferred by members defining a knee joint affected with osteoarthritis, the members collectively defining a path of motion and having a cartilage having an energy absorption configured therebetween, comprising: a first attachment structure configured to be attached to a first member of the joint; a second attachment structure configured to be attached to a second member of the joint; and an implantable energy absorbing member attached to the first attachment structure and second attachment structure, wherein the energy absorbing member is configured to absorb variable amounts of energy while the members follow the path of motion, characterised in that the energy absorbing member comprises a piston support assembly comprising spring . a first attachment structure configured to be attached to a first member of the joint; a second attachment structure configured to be attached to a second member of the joint; and an implantable energy absorbing member attached to the first attachment structure and second attachment structure, wherein the energy absorbing member is configured to absorb variable amounts of energy while the members follow the path of motion, characterised in that the energy absorbing member comprises a piston support assembly comprising spring .
A fixture for use in a coating operation, comprising a support structure to which a shield is fixed, the shield has a number of retainer openings , each designed that way that through each of the retainer openings an object to be treated can be stuck so that a first portion of each object extends from the shield into the coating deposition area, whereas a second portion of each object extends from the shield into a shielded area where no coating deposition can take place, characterized in that the shielding plates are grouped in circumferential direction around a central tube defining a joint hollow space 1 , that the said shielded area is the common hollow space which jointly accommodates a plurality of second portions, that the support structure possesses the central tube that is surrounded by the shield and that confines together with it the shielded area in the shape of the common hollow space 2 , that the shield is formed by a plurality of shielding plates , with lateral flanges of directly neighbored shielding plates sealing together - with or without involvement of the support bar - the shielded area in the shape of the common hollow space when the shielding plates are in position ready for deposition operation 3 . 1 description page 12, pre-last paragraph 2 original claim 2 3 original claim 5 a support structure to which a shield is fixed, the shield has a number of retainer openings , each designed that way that through each of the retainer openings an object to be treated can be stuck so that a first portion of each object extends from the shield into the coating deposition area, whereas a second portion of each object extends from the shield into a shielded area where no coating deposition can take place, characterized in that the shielding plates are grouped in circumferential direction around a central tube defining a joint hollow space 1 , that the said shielded area is the common hollow space which jointly accommodates a plurality of second portions, that the support structure possesses the central tube that is surrounded by the shield and that confines together with it the shielded area in the shape of the common hollow space 2 , that the shield is formed by a plurality of shielding plates , with lateral flanges of directly neighbored shielding plates sealing together - with or without involvement of the support bar - the shielded area in the shape of the common hollow space when the shielding plates are in position ready for deposition operation 3 .
A method for verifying an intent of a user to activate voice command processing of a computing device, the method comprising: submitting a first audio signal to a keyword detector , the keyword detector producing a first indication of whether one or more words designed to activate the voice command processing are present in the first audio signal; submitting a second audio signal , received from an audio capture device communicatively coupled to the computing device, to the keyword detector producing a second indication of whether the one or more words designed to activate the voice command processing is present in the second audio signal; determining whether to activate the voice command processing based upon both the first and second indications of whether the one or more words are present; and refraining from activating the voice command processing of the device based upon first indication and the second indication both indicating that the one or more words are present. submitting a first audio signal to a keyword detector , the keyword detector producing a first indication of whether one or more words designed to activate the voice command processing are present in the first audio signal; submitting a second audio signal , received from an audio capture device communicatively coupled to the computing device, to the keyword detector producing a second indication of whether the one or more words designed to activate the voice command processing is present in the second audio signal; determining whether to activate the voice command processing based upon both the first and second indications of whether the one or more words are present; and refraining from activating the voice command processing of the device based upon first indication and the second indication both indicating that the one or more words are present.
A method performed by a terminal (405; 505) in a wireless communication system supporting a carrier aggregation, the method comprising: receiving (415; 525), from a base station (410; 510), a first message comprising an identifier for at least one cell to be configured; receiving , from the base station, a second message comprising information indicating activation or deactivation for each of the at least one cell, the second message further comprising a bitmap and each bit of the bitmap indicating activating or deactivating a cell with the identifier for the at least one cell corresponding to a bit position of the each bit of the bitmap; and activating or deactivating the at least one cell based on the first message and the second message, wherein the first message further comprises a physical cell identity, ID, corresponding to the identifier for the at least one cell and information on a carrier frequency corresponding to the identifier for the at least one cell. receiving (415; 525), from a base station (410; 510), a first message comprising an identifier for at least one cell to be configured; receiving , from the base station, a second message comprising information indicating activation or deactivation for each of the at least one cell, the second message further comprising a bitmap and each bit of the bitmap indicating activating or deactivating a cell with the identifier for the at least one cell corresponding to a bit position of the each bit of the bitmap; and activating or deactivating the at least one cell based on the first message and the second message, wherein the first message further comprises a physical cell identity, ID, corresponding to the identifier for the at least one cell and information on a carrier frequency corresponding to the identifier for the at least one cell.
A method of manufacturing a graphene layer on a substrate, comprising; providing a graphene layer disposed on a first substrate; applying a metal layer to the graphene layer to form a metalized graphene layer; exfoliating the metalized graphene layer from the first substrate; and laminating the metalized graphene layer to a second substrate, wherein the first substrate is a copper foil, and wherein the second substrate is a flexible transparent substrate. providing a graphene layer disposed on a first substrate; applying a metal layer to the graphene layer to form a metalized graphene layer; exfoliating the metalized graphene layer from the first substrate; and laminating the metalized graphene layer to a second substrate, wherein the first substrate is a copper foil, and wherein the second substrate is a flexible transparent substrate. wherein the first substrate is a copper foil, and wherein the second substrate is a flexible transparent substrate.
A method of operating an analog counter of a digital unit cell , comprising: storing a voltage from the analog counter to a storage capacitor of a read out circuit at an end of an integration period; generating a dummy voltage at the analog counter , wherein the generating comprises: setting the dummy voltage to a supply line voltage (vSupply); and decreasing the dummy voltage by a step voltage at least once during a readout period; comparing the voltage at the storage capacitor to the dummy voltage level during the readout period; recording a time at which the dummy voltage becomes less than the voltage at the storage capacitor ; and determining the voltage at the storage capacitor when the dummy voltage falls below the voltage at the storage capacitor , wherein the determining comprises: counting a number of times the step voltage is applied to the dummy voltage to lower the dummy voltage to less than the voltage at the storage capacitor and determining the voltage at the storage capacitor from the counted number of times and a magnitude of the step voltage. storing a voltage from the analog counter to a storage capacitor of a read out circuit at an end of an integration period; generating a dummy voltage at the analog counter , wherein the generating comprises: setting the dummy voltage to a supply line voltage (vSupply); and decreasing the dummy voltage by a step voltage at least once during a readout period; setting the dummy voltage to a supply line voltage (vSupply); and decreasing the dummy voltage by a step voltage at least once during a readout period; comparing the voltage at the storage capacitor to the dummy voltage level during the readout period; recording a time at which the dummy voltage becomes less than the voltage at the storage capacitor ; and determining the voltage at the storage capacitor when the dummy voltage falls below the voltage at the storage capacitor , wherein the determining comprises: counting a number of times the step voltage is applied to the dummy voltage to lower the dummy voltage to less than the voltage at the storage capacitor and determining the voltage at the storage capacitor from the counted number of times and a magnitude of the step voltage.
Rail pair of a longitudinally adjustable vehicle seat comprising at least one bottom rail and one top rail which is longitudinally movable relative to the bottom rail , characterized in that a stiffening element (11.2) is arranged in the interior of the rail pair transversely to the longitudinal orientation (X), wherein the stiffening element (11.2) supports side flanks of the top rail on the inner face and/or on the outer face.