mhurhangee/patent-ind-claim-en huggingface dataset:
A glass repair tool , comprising: a mount having a body, said body having a first side opposite a second side; a removably engageable connector engaged with said body of said mount, said removably engageable connector configured to engage to a glass surface and hold said mount in a fixed position; said body having an opening ; a resin injector having a housing, said housing having a first end opposite a second end, said housing having an exterior surface; said first end of said resin injector positionable to a contact with said glass and while said connector is removably engaged with said glass, said housing prevented from movement in a second direction opposite said first direction; and whereby resin from said injector is injectable into defects in said glass by said first end of said resin injector in said contact with said glass; characterized in that said exterior surface of said housing is in a sliding ratcheted engagement with said opening; and said resin injector is positionable to a contact with said glass by a sliding of said housing engaged in said sliding ratcheted engagement in a first direction toward said glass. a mount having a body, said body having a first side opposite a second side; a removably engageable connector engaged with said body of said mount, said removably engageable connector configured to engage to a glass surface and hold said mount in a fixed position; said body having an opening ; a resin injector having a housing, said housing having a first end opposite a second end, said housing having an exterior surface; said first end of said resin injector positionable to a contact with said glass and while said connector is removably engaged with said glass, said housing prevented from movement in a second direction opposite said first direction; and whereby resin from said injector is injectable into defects in said glass by said first end of said resin injector in said contact with said glass; characterized in that said exterior surface of said housing is in a sliding ratcheted engagement with said opening; and
A WIM sensor for detecting loads of vehicles (2, 2', 2", 2′′′) on a roadway segment when a wheel of a vehicle (2, 2', 2", 2′′′) crosses the WIM sensor ; which WIM sensor is arranged in the roadway segment in the roadway surface and is inserted flush with the roadway surface; which WIM sensor has the form of an elongated profile along a longitudinal axis (YY`) and comprises at least one space ; wherein at least one electro-acoustic transducer is arranged in the space which measures sound waves and provides them as the transducer signal ; wherein furthermore in the space is arranged at least one force sensor which generates a force sensor signal when a force acts on the profile ; which force sensor signal corresponds to a dynamic ground reaction force when the wheel crosses the sensor, which wheel exerts a force onto the roadway segment .
A feeding tube assembly comprising: an elongate tubular body forming a hollow interior; and a feeding tube tip disposed adjacent a distal end of the elongate tubular body, the feeding tube tip comprising: a tubular body having a hollow interior disposed therein; and a plurality of protrusions extending radially inward from the tubular body, wherein the plurality of protrusions are configured to secure a viewing lens at a position proximal of a distal end of the feeding tube tip; wherein the feeding tube assembly is configured to allow fluid to pass through the elongate tubular body and the feeding tube tip to a body lumen when the viewing lens is secured proximal of the distal end of the feeding tube tip by the plurality of protrusions. an elongate tubular body forming a hollow interior; and a feeding tube tip disposed adjacent a distal end of the elongate tubular body, the feeding tube tip comprising: a tubular body having a hollow interior disposed therein; and a plurality of protrusions extending radially inward from the tubular body, wherein the plurality of protrusions are configured to secure a viewing lens at a position proximal of a distal end of the feeding tube tip; a tubular body having a hollow interior disposed therein; and a plurality of protrusions extending radially inward from the tubular body, wherein the plurality of protrusions are configured to secure a viewing lens at a position proximal of a distal end of the feeding tube tip; wherein the feeding tube assembly is configured to allow fluid to pass through the elongate tubular body and the feeding tube tip to a body lumen when the viewing lens is secured proximal of the distal end of the feeding tube tip by the plurality of protrusions.
A bone screw system comprising: - a screw , and - a washer , wherein the screw comprises a screw head and a screw shaft , wherein the washer comprises a washer bore with a diameter being larger than an outer diameter of the screw shaft allowing a sideward displacement of the screw shaft within the washer bore , and being smaller than an outer diameter of the screw head preventing the screw head from moving through the washer bore , wherein the screw and the washer comprise engagement portions for an engagement with each other, and wherein at least one of the engagement portions comprise an inclined surface so as to force the screw shaft sideward upon screwing in of the screw so that a longitudinal axis (A) of the screw is tilted relative to a longitudinal axis (B) of the washer bore , the engagement portion on the screw being part-spherical characterised in that the engagement portion on the washer is a conical recess extending inwardly towards a central axis of the washer bore on moving towards the washer bottom surface, and the washer further comprises a fixing mechanism on a bottom surface configured for an engagement with a bone surface, wherein the fixing mechanism are spikes for engaging the bone surface. - a screw , and - a washer ,
A composition in the form of a shaped device, for use as a fiducial marker in tissues in the animal body, in radiotherapy and/or radiosurgery, comprising: - a core consisting of a colloidal dispersion of metal nanoparticles and/or oxides or metal salts having X-ray-contrast properties, where said nanoparticles are stabilized with surfactants, polymers or capping agents in a liquid vehicle, and - a polymeric casing that encapsulates the core, said device having a minimum size of not less than 500 microns and a maximum size not greater than 3000 microns, wherein said polymeric casing comprises an encapsulating polymeric material selected from silicone elastomers and/or polydimethylsiloxane. - a core consisting of a colloidal dispersion of metal nanoparticles and/or oxides or metal salts having X-ray-contrast properties, where said nanoparticles are stabilized with surfactants, polymers or capping agents in a liquid vehicle, and - a polymeric casing that encapsulates the core,
A method for bioremediation of soil, sediment or wastewater containing benzo[a]pyrene (BaP), the method comprising the steps of: administering live Geobacillus midousuii , or a mutant derived therefrom, to the soil, sediment or wastewater to be bioremediated; and, incubating the Geobacillus midousuii in the soil, sediment or wastewater at a temperature ranging from about 40 to about 70°C and a humidity ranging from about 80% to about 100% for a period of time ranging from about 1 hour to about 20 days. administering live Geobacillus midousuii , or a mutant derived therefrom, to the soil, sediment or wastewater to be bioremediated; and, incubating the Geobacillus midousuii in the soil, sediment or wastewater at a temperature ranging from about 40 to about 70°C and a humidity ranging from about 80% to about 100% for a period of time ranging from about 1 hour to about 20 days.
Vortex-shedding-arrangement , - the Vortex-shedding-arrangement is arranged and prepared to be connected to a surface of a tower , - the Vortex-shedding-arrangement is prepared to reduce Vortex-induced-vibrations (VIV), acting on the tower and its structure, wherein the vortex shedding arrangement comprises vortex shedding elements (VSE) and at least one shrink foil (SF1, SF2), - wherein the vortex shedding elements (VSE) are connected with the shrink foil (SF1, SF2), and - wherein the shrink foil (SF1, SF2) is prepared to fix and to position the vortex shedding elements (VSE) at specific positions at the tower surface by heat applied to the shrink foil. - the Vortex-shedding-arrangement is arranged and prepared to be connected to a surface of a tower , - the Vortex-shedding-arrangement is prepared to reduce Vortex-induced-vibrations (VIV), acting on the tower and its structure, wherein the vortex shedding arrangement comprises vortex shedding elements (VSE) and at least one shrink foil (SF1, SF2), - wherein the vortex shedding elements (VSE) are connected with the shrink foil (SF1, SF2), and - wherein the shrink foil (SF1, SF2) is prepared to fix and to position the vortex shedding elements (VSE) at specific positions at the tower surface by heat applied to the shrink foil.
An attenuated Pepino mosaic virus comprising a nucleic acid molecule at least 80% identical to SEQ ID NO:1 and wherein the nucleic acid sequence encodes arginine at position 868 of SEQ ID NO:2, phenylalanine at position 956 of SEQ ID NO:2, phenylalanine at the position corresponding to 1052 of SEQ ID NO:2, and asparagine at position 1325 of SEQ ID NO:2.
Use of a milk fat globule membrane component for the non-medical increase of muscle mass, wherein triglyceride is contained in the milk fat globule membrane component.
Filter device with a filter housing which has at least two connection points , such as an inlet for unfiltered medium and an outlet for filtrate, and accommodates a replaceable filter element , wherein at least one valve device is provided which, in an open position (OS), enables a fluid flow between one of the connection points and the filter element and, in a closed position (SS), prevents this fluid flow, wherein the valve device is movable between the open position (OS) and the closed position (SS) by means of an actuating device , and wherein a valve device is an inflow valve which is arranged in the fluid flow between the inlet and an outer side of the filter element and has an inflow valve closing member which comes into sealing contact with a valve seat on a housing bore of the inlet and is urged into the closed position (SS) by a spring , characterised in that an inclined separating disc is arranged stationary in the filter housing in order to separate the inlet from the outlet ; and in that the inflow valve is arranged on the separating disc . wherein a valve device is an inflow valve which is arranged in the fluid flow between the inlet and an outer side of the filter element and has an inflow valve closing member which comes into sealing contact with a valve seat on a housing bore of the inlet and is urged into the closed position (SS) by a spring , characterised in that an inclined separating disc is arranged stationary in the filter housing in order to separate the inlet from the outlet ; and in that the inflow valve is arranged on the separating disc .
An image processing device for providing a plurality of enhanced partial images which together represent an enhanced three-dimensional, 3D, image, wherein each enhanced partial image is a two-dimensional, 2D, image associated with one of a plurality of focal planes, wherein the image processing device comprises processing circuitry configured to: receive or generate a plurality of initial partial images which together form an initial 3D image, wherein each initial partial image is a 2D image associated with one of the plurality of focal planes; and from each of the initial partial images, generate an enhanced partial image by: generating a blurred version of the initial partial image comprising the step of applying a blurring filter to the initial partial image; and blending the initial partial image with its blurred version, characterized in that a kernel size of the blurring filter is configured to create a visual mist beyond a border of each initial partial image to reduce perceived artefacts between adjacent partial images caused by a perspective displacement of the initial partial image relative to one or more of the other initial partial images. receive or generate a plurality of initial partial images which together form an initial 3D image, wherein each initial partial image is a 2D image associated with one of the plurality of focal planes; and from each of the initial partial images, generate an enhanced partial image by: generating a blurred version of the initial partial image comprising the step of applying a blurring filter to the initial partial image; and blending the initial partial image with its blurred version, characterized in that a kernel size of the blurring filter is configured to create a visual mist beyond a border of each initial partial image to reduce perceived artefacts between adjacent partial images caused by a perspective displacement of the initial partial image relative to one or more of the other initial partial images. generating a blurred version of the initial partial image comprising the step of applying a blurring filter to the initial partial image; and blending the initial partial image with its blurred version, characterized in that a kernel size of the blurring filter is configured to create a visual mist beyond a border of each initial partial image to reduce perceived artefacts between adjacent partial images caused by a perspective displacement of the initial partial image relative to one or more of the other initial partial images.
A display apparatus comprising: a display panel comprising a first pixel (PX1) including a first organic light emitting diode (OLED); and a panel driver configured to perform a black current bypass (BCB) operation by applying a first voltage to an anode electrode of the first OLED while a first frame image (IMG1) is displayed on the display panel only when a grayscale of the first frame image (IMG1) is lower than a first reference grayscale and a grayscale of a second frame image (IMG2) is higher than a second reference grayscale, wherein the first and second frame images (IMG1, IMG2) are two consecutive images, and wherein the first reference grayscale is between one and two percent of a maximum supported grayscale of the display panel and the second reference grayscale is between ninety-eight and ninety-nine percent of the maximum supported grayscale of the display panel . a display panel comprising a first pixel (PX1) including a first organic light emitting diode (OLED); and a panel driver configured to perform a black current bypass (BCB) operation by applying a first voltage to an anode electrode of the first OLED while a first frame image (IMG1) is displayed on the display panel only when a grayscale of the first frame image (IMG1) is lower than a first reference grayscale and a grayscale of a second frame image (IMG2) is higher than a second reference grayscale, wherein the first and second frame images (IMG1, IMG2) are two consecutive images, and wherein the first reference grayscale is between one and two percent of a maximum supported grayscale of the display panel and the second reference grayscale is between ninety-eight and ninety-nine percent of the maximum supported grayscale of the display panel .
A method of serializing a content item, comprising: analysing a master copy of the content item; determining locations for embedding a master watermark in the master copy of the content item based on the analysis; embedding the master watermark at the determined locations in the master copy of the content item, the master watermark conveying a content identifier within the content item that is the same for copies of the content item; generating a unique copy of the content item by altering the master watermark when embedding the master watermark at the determined locations, wherein altering the master watermark comprises embedding a selective pattern of properties of the master watermark at the determined locations in the master copy of the content item, and wherein the alterations comprise substituting different values within the master watermark that do not alter the content identifier yet provide an imperceptible variation of the content item that creates a unique copy. analysing a master copy of the content item; determining locations for embedding a master watermark in the master copy of the content item based on the analysis; embedding the master watermark at the determined locations in the master copy of the content item, the master watermark conveying a content identifier within the content item that is the same for copies of the content item; generating a unique copy of the content item by altering the master watermark when embedding the master watermark at the determined locations, wherein altering the master watermark comprises embedding a selective pattern of properties of the master watermark at the determined locations in the master copy of the content item, and wherein the alterations comprise substituting different values within the master watermark that do not alter the content identifier yet provide an imperceptible variation of the content item that creates a unique copy.
A catheter assembly for rapid insertion into a venous structure comprising: a needle having a proximal and distal end, said distal end defining a distal tip for subcutaneous and vessel insertion, and a longitudinally extending guidewire receiving channel; and a catheter comprising a first longitudinal length defined between catheter proximal and distal ends and a longitudinally extending first lumen extending between said catheter proximal and distal ends, wherein said distal end of said first lumen defines a distal aperture on a distal tip for providing intravenous communication and said first lumen includes a transverse side port positioned between said catheter distal and proximal ends and a transverse channel extending from said transverse side port to said first lumen at an angle transverse to the first lumen longitudinal axis, wherein the transverse side port is sized, configured and positioned to receive the needle such that the needle extends within a distal portion of the lumen and out the distal aperture on the distal tip of the catheter , characterized in that said channel is configured to provide fluid communication with said first lumen when said transverse channel is devoid of a needle . a needle having a proximal and distal end, said distal end defining a distal tip for subcutaneous and vessel insertion, and a longitudinally extending guidewire receiving channel; and a catheter comprising a first longitudinal length defined between catheter proximal and distal ends and a longitudinally extending first lumen extending between said catheter proximal and distal ends, wherein said distal end of said first lumen defines a distal aperture on a distal tip for providing intravenous communication and said first lumen includes a transverse side port positioned between said catheter distal and proximal ends and a transverse channel extending from said transverse side port to said first lumen at an angle transverse to the first lumen longitudinal axis, wherein the transverse side port is sized, configured and positioned to receive the needle such that the needle extends within a distal portion of the lumen and out the distal aperture on the distal tip of the catheter , characterized in that said channel is configured to provide fluid communication with said first lumen when said transverse channel is devoid of a needle .
A modified Neisseria lactamica, wherein the modified Neisseria lactamica is transformed with recombinant DNA encoding a heterologous protein, and wherein the modified Neisseria lactamica is modified by wild-type lacZ gene knockout or substantial removal of wild-type lacZ gene sequence.
An apparatus comprising: a first metal layer (M1) coupled to a three-port bit cell and having a length perpendicular to a length of a poly-gate of the three-port bit cell; a third metal layer (M3) including a write word line (WWL, 137) coupled to the three-port bit cell, the third metal layer having a length parallel to the length of the poly-gate; and a second metal layer (M2) between the first metal layer (M1) and the third metal layer (M3), the second metal layer including two read word lines (RWL1, 133, RWL2, 134) coupled to the three-port bit cell, the second metal layer having a length parallel to the length of the poly-gate; wherein the first metal layer (M1) and the second metal layer (M2) have a relatively low pitch and the third metal layer (M3) has a relatively high pitch, and the width of the write word line (WWL, 137) is relatively large and the width of the two read word lines (RWL1, 133, RWL2, 134) is relatively narrow. a first metal layer (M1) coupled to a three-port bit cell and having a length perpendicular to a length of a poly-gate of the three-port bit cell; a third metal layer (M3) including a write word line (WWL, 137) coupled to the three-port bit cell, the third metal layer having a length parallel to the length of the poly-gate; and a second metal layer (M2) between the first metal layer (M1) and the third metal layer (M3), the second metal layer including two read word lines (RWL1, 133, RWL2, 134) coupled to the three-port bit cell, the second metal layer having a length parallel to the length of the poly-gate; wherein the first metal layer (M1) and the second metal layer (M2) have a relatively low pitch and the third metal layer (M3) has a relatively high pitch, and the width of the write word line (WWL, 137) is relatively large and the width of the two read word lines (RWL1, 133, RWL2, 134) is relatively narrow.
A method for controlling transmission frequency for a subscriber line of a customer premise device by a transmission control apparatus in an access network structure in which at least one network management device and a plurality of customer premise devices are connected through a bundle cable including a plurality of subscriber lines, the method comprising: setting a partial frequency band in an entire service frequency band provided by the subscriber line as a transmission frequency band of the customer premise device; and setting variably the transmission frequency band in the entire service frequency band when a triggering event occurs, wherein traffic of the customer premise device is transmitted and received in the transmission frequency band, characterized in that the setting variably the transmission frequency band includes: setting variably a size of the transmission frequency band within the entire service frequency band upon the occurrence of the triggering event including changes in usage states of an adjacent subscriber line. setting a partial frequency band in an entire service frequency band provided by the subscriber line as a transmission frequency band of the customer premise device; and setting variably the transmission frequency band in the entire service frequency band when a triggering event occurs, wherein traffic of the customer premise device is transmitted and received in the transmission frequency band, characterized in that the setting variably the transmission frequency band includes: setting variably a size of the transmission frequency band within the entire service frequency band upon the occurrence of the triggering event including changes in usage states of an adjacent subscriber line.