mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor device comprising: an image sensor configured to acquire image data (500; 700); an image buffer configured to store the image data (500; 700) by sequentially overwriting portions of the image data (500; 700) according to a storage pattern (510-560; 710-760); and an image processor configured to generate image-processed data (690; 890) by applying a filter to the image data (500; 700) stored in the image buffer , characterized in that the image processor is further configured to sequentially change an order of components of the filter corresponding to the portions of the image data (500; 700) in correspondence with the sequence of overwriting of the portions of the image data (500; 700) in the image buffer wherein the order of the components of the filter corresponds to the storage pattern (510-560; 710-760) of the image data (500; 700) stored in the image buffer . an image sensor configured to acquire image data (500; 700); an image buffer configured to store the image data (500; 700) by sequentially overwriting portions of the image data (500; 700) according to a storage pattern (510-560; 710-760); and an image processor configured to generate image-processed data (690; 890) by applying a filter to the image data (500; 700) stored in the image buffer , characterized in that the image processor is further configured to sequentially change an order of components of the filter corresponding to the portions of the image data (500; 700) in correspondence with the sequence of overwriting of the portions of the image data (500; 700) in the image buffer wherein the order of the components of the filter corresponds to the storage pattern (510-560; 710-760) of the image data (500; 700) stored in the image buffer .
A trocar holder for a manipulator of a robotic operating system, comprising - a base element for attaching the trocar holder to the manipulator, - a clamping element which is interchangeably connected to the base element via a coupling mechanism and on which two legs with free tips are formed which are movable relative to one another in a clamping plane and are connected via a back , - a receiving element for a trocar and - a clamping mechanism for opening and closing the legs , characterised in that - a radiax bearing is formed in the area of the tips of each of the two legs , - the receiving element is designed as an axle and has a through hole for the trocar to pass perpendicularly through the axle, - wherein an axial movement of the receiving element is prevented by the radiax bearings when the legs are closed. - a base element for attaching the trocar holder to the manipulator, - a clamping element which is interchangeably connected to the base element via a coupling mechanism and on which two legs with free tips are formed which are movable relative to one another in a clamping plane and are connected via a back , - a receiving element for a trocar and - a clamping mechanism for opening and closing the legs , characterised in that - a radiax bearing is formed in the area of the tips of each of the two legs , - the receiving element is designed as an axle and has a through hole for the trocar to pass perpendicularly through the axle, - wherein an axial movement of the receiving element is prevented by the radiax bearings when the legs are closed.
Monolithic osteochondral local prosthetic insert for partial humeral joint reconstitution comprising a proximal load bearing head defining an upper surface having a contour destined to substantially or at least partially match the recipient's humeral joint portion and a bottom surface opposite to the upper surface , a main axis (A) extending from the upper surface to the bottom surface , wherein the proximal load bearing head is monolithic and has an overall dimension (s) in a plane orthogonal to the main axis (A) less than 25 mm, the proximal load bearing head includes: - a lateral surface emerging from and extending transversal to the upper surface , the lateral surface including a proximal portion and a distal portion , extending from the proximal portion, defining a surface tapered in the direction of the main axis (A) moving towards bottom surface , the distal portion being connected to the bottom surface ; - a hollow having an opening in correspondence of the upper surface , characterized in that the prosthetic insert is for the local reconstitution of lesions and/or osteochondral depressions in the humerus by open or arthroscopic surgery, wherein a difference between the maximum overall dimension (s) of the head and of the bottom surface in a plane orthogonal to the main axis (A) is less than 10 mm and wherein the proximal portion defines a surface parallel to the main axis (A), a tapering angle (α) of the distal portion being included between 5° and 30°, the insert being made of a porous bio-compatible material. - a lateral surface emerging from and extending transversal to the upper surface , the lateral surface including a proximal portion and a distal portion , extending from the proximal portion, defining a surface tapered in the direction of the main axis (A) moving towards bottom surface , the distal portion being connected to the bottom surface ; - a hollow having an opening in correspondence of the upper surface ,
A wearable device (100, 100-1, 1700, 1700-1), comprising: a motor (140, 140-1); a motor driver circuit (130, 130-1); a memory configured to store resistance force generation setting information indicating a difference between a reference angle and each of joint angles and a corresponding relationship between respective duty ratios; a sensor (110, 110-1); and a processor configured to obtain a joint angle of a user using the sensor (110, 110-1), calculate a difference between the reference angle and the obtained joint angle, check a duty ratio corresponding to the calculated difference according to the resistance force generation setting information, and provide a control signal having the checked duty ratio to the motor driver circuit (130, 130-1) so as to perform control such that a control state of the motor driver circuit (130, 130-1) is switched between a first control state and a second control state, wherein in the first control state, terminals of the motor (140, 140-1) are in an equipotential state, and in the second control state, the terminals are electrically opened. a motor (140, 140-1); a motor driver circuit (130, 130-1); a memory configured to store resistance force generation setting information indicating a difference between a reference angle and each of joint angles and a corresponding relationship between respective duty ratios; a sensor (110, 110-1); and a processor configured to obtain a joint angle of a user using the sensor (110, 110-1), calculate a difference between the reference angle and the obtained joint angle, check a duty ratio corresponding to the calculated difference according to the resistance force generation setting information, and provide a control signal having the checked duty ratio to the motor driver circuit (130, 130-1) so as to perform control such that a control state of the motor driver circuit (130, 130-1) is switched between a first control state and a second control state, wherein in the first control state, terminals of the motor (140, 140-1) are in an equipotential state, and in the second control state, the terminals are electrically opened.
Device for attaching a solar panel to a frame , said solar panel comprising at least one plate forming a solar collector and a support for said plate attached thereto, said support itself comprising at least one first longitudinal member , said first longitudinal member comprising a flange extending in the direction of the inside of the panel , said attachment device comprising at least: - a bearing surface against which said first longitudinal member is intended to rest under the effect of the weight of the solar panel , - a first locking stop for said first longitudinal member , disposed opposite the bearing surface so that said first longitudinal member can be interposed between said bearing surface and said first locking stop in order to limit or prevent the movement of said first longitudinal member in a first direction (D1), - a second locking stop for said first longitudinal member , the attachment device also comprising at least one third locking stop for said first longitudinal member , disposed opposite the second locking stop so that said first longitudinal member can be interposed between said second and third locking stops in order to limit or prevent the movement of said first longitudinal member in a second direction (D2) substantially perpendicular to said first direction (D1), characterised in that the attachment device further comprises at least one part forming an elbow , said part itself comprising at least one first portion on one side of the elbow , and a second portion on the other side of the elbow , said part forming a housing delimited by said elbow and said first and second portions , said housing being intended to accommodate said flange at least partly, or even completely. - a bearing surface against which said first longitudinal member is intended to rest under the effect of the weight of the solar panel , - a first locking stop for said first longitudinal member , disposed opposite the bearing surface so that said first longitudinal member can be interposed between said bearing surface and said first locking stop in order to limit or prevent the movement of said first longitudinal member in a first direction (D1), - a second locking stop for said first longitudinal member ,
Assembly comprising: - a wall pierced with an orifice, - a connector comprising a plate pierced with a hole and a bushing fixed to the plate around said hole and the exterior surface of which is threaded, in which the connector is arranged in such a way as to press the plate against the wall while the bushing is inserted into the orifice in the wall , - a pipe passing through the bushing , - a seal , and - a nut , the assembly being characterized in that the seal comprises a barrel extending between a base and a top , in which the barrel has a cylindrical cavity passing through it between its base and its top , and a skirt indissociable from the barrel and extending around said barrel , in which the skirt adopts the shape of a dome of which the exterior edges extend out beyond the base starting from the top , in which the barrel is pressed home onto the bushing , with its base facing towards the wall , and in which the nut is screwed onto the bushing , sandwiching the barrel between the wall and the nut . - a wall pierced with an orifice, - a connector comprising a plate pierced with a hole and a bushing fixed to the plate around said hole and the exterior surface of which is threaded, in which the connector is arranged in such a way as to press the plate against the wall while the bushing is inserted into the orifice in the wall , - a pipe passing through the bushing , - a seal , and - a nut , the assembly being characterized in that the seal comprises a barrel extending between a base and a top , in which the barrel has a cylindrical cavity passing through it between its base and its top , and a skirt indissociable from the barrel and extending around said barrel , in which the skirt adopts the shape of a dome of which the exterior edges extend out beyond the base starting from the top , in which the barrel is pressed home onto the bushing , with its base facing towards the wall , and in which the nut is screwed onto the bushing , sandwiching the barrel between the wall and the nut .
A method, comprising: generating, from a sample containing a plurality of protein isoforms, a first sample portion and a second sample portion, at least some protein isoforms from the plurality of protein isoforms having one or more free thiol groups; applying, to the first sample portion, a fluorescent detection binder configured to bind to free thiol groups to produce conjugated thiols, without reducing the plurality of protein isoforms included in the first sample portion; separating the plurality of protein isoforms in the first sample portion to generate a first set of separated protein isoforms; separating the plurality of protein isoforms in the second sample portion to generate a second set of separated protein isoforms; detecting a first fluorescence signal associated with the conjugated thiols and an absorbance signal associated with the first set of separated protein isoforms; identifying, based on the absorbance signal, at least one of a quantity or an identity of each separated protein isoform from the first set of separated protein isoforms; detecting a second fluorescence signal associated with the second set of separated protein isoforms; and measuring, based on a difference between the first fluorescence signal and the second fluorescence signal, a quantity of free thiol groups associated with each separated protein isoform from the first set of separated protein isoforms. generating, from a sample containing a plurality of protein isoforms, a first sample portion and a second sample portion, at least some protein isoforms from the plurality of protein isoforms having one or more free thiol groups; applying, to the first sample portion, a fluorescent detection binder configured to bind to free thiol groups to produce conjugated thiols, without reducing the plurality of protein isoforms included in the first sample portion; separating the plurality of protein isoforms in the first sample portion to generate a first set of separated protein isoforms; separating the plurality of protein isoforms in the second sample portion to generate a second set of separated protein isoforms; detecting a first fluorescence signal associated with the conjugated thiols and an absorbance signal associated with the first set of separated protein isoforms; identifying, based on the absorbance signal, at least one of a quantity or an identity of each separated protein isoform from the first set of separated protein isoforms; detecting a second fluorescence signal associated with the second set of separated protein isoforms; and measuring, based on a difference between the first fluorescence signal and the second fluorescence signal, a quantity of free thiol groups associated with each separated protein isoform from the first set of separated protein isoforms.
Domestic appliance assembly, comprising a domestic appliance and a metering device for adjusting and/or controlling a gas flow , wherein a mass flow of gas in the range of from 0 to 10 g/min can be adjusted by means of the metering device , wherein the metering device comprises an electrically activatable valve , wherein the gas flow through the metering device can be adjusted and/or controlled by means of the electrically activatable valve , wherein the metering device has a pressure sensor , and wherein the metering device comprises an adjustable pressure control device , characterized in that a gas pressure difference across a gas passage opening of the metering device can be measured by means of the pressure sensor , wherein the electrically activatable valve can be adjusted in dependence on the measured gas pressure difference; wherein a maximum gas pressure difference between an inlet region of the metering device and an outlet region of the metering device can be adjusted by means of the adjustable pressure control device , wherein the gas flow through the metering device , which can be adjusted by means of the electrically activatable valve , is limited by the maximum gas pressure difference between the inlet region of the metering device and the outlet region of the metering device that is adjusted by means of the adjustable pressure control device , wherein the maximum gas pressure difference between the inlet region of the metering device and the outlet region of the metering device that can be adjusted by means of the adjustable pressure control device corresponds to a specifiable maximum value between 0.01 bar inclusive and 2.00 bar inclusive. characterized in that a gas pressure difference across a gas passage opening of the metering device can be measured by means of the pressure sensor , wherein the electrically activatable valve can be adjusted in dependence on the measured gas pressure difference; wherein a maximum gas pressure difference between an inlet region of the metering device and an outlet region of the metering device can be adjusted by means of the adjustable pressure control device , wherein the gas flow through the metering device , which can be adjusted by means of the electrically activatable valve , is limited by the maximum gas pressure difference between the inlet region of the metering device and the outlet region of the metering device that is adjusted by means of the adjustable pressure control device , wherein the maximum gas pressure difference between the inlet region of the metering device and the outlet region of the metering device that can be adjusted by means of the adjustable pressure control device corresponds to a specifiable maximum value between 0.01 bar inclusive and 2.00 bar inclusive.
A grid assembly for a dry floor system, the grid assembly comprising: a grid having a lattice forming a first array of apertures ; a support interlayer adhered beneath the grid and having a second array of apertures in alignment with the first array of apertures , the first array of apertures , second array of apertures and thickness of the support interlayer configured to induce passage of liquid; a wicking layer in contact with the support interlayer opposite the grid ; and a base layer underlying the wicking layer . a grid having a lattice forming a first array of apertures ; a support interlayer adhered beneath the grid and having a second array of apertures in alignment with the first array of apertures , the first array of apertures , second array of apertures and thickness of the support interlayer configured to induce passage of liquid; a wicking layer in contact with the support interlayer opposite the grid ; and a base layer underlying the wicking layer .
Device for filtering grey water from households, comprising a sealed vessel with vertical walls , provided with a front opening equipped with a door giving access to the interior of said vessel and comprising an inlet for said grey water to be filtered provided in the top part thereof and an outlet for said grey water that has been filtered, provided in the bottom part thereof, said vessel containing different superposed layers of filter media (MF 1 , MF 2 , ... MF n ) that have a particle size that decreases in the direction of flow of the grey water, each layer of filter media is arranged in a cartridge (C 1 , C 2 , ... C n ) mounted removably in the vessel , said cartridges (C 1 , C 2 , ... C n ) being superposed on one another, the circulation of the grey water taking place from top to bottom from the uppermost cartridge to the lowermost cartridge, each said cartridge (C 1 , C 2 , ... C n ) comprising a filtration chamber inside which is contained, immobilized, the layer of filter media, said filtration chamber being delimited by one or more vertical or inclined lateral walls and two opposite open faces , each of said opposite open faces being provided with a grille allowing the flow of the grey water, said device being characterized in that each said cartridge (C 1 , C 2 , ... C n ) is mounted slidably on sealed slides arranged inside the vessel such that it is possible to remove them individually and totally independently, and in that the vessel is further provided with an air inlet for the injection of pulsed air, which air inlet is provided in the bottom part of said vessel .
A cover with antenna function configured to be mounted on a substrate provided with an electromagnetic wave transmission path , the cover with antenna function comprising a cover layer ; said cover being characterized by further comprising: a pictorial pattern layer arranged in a layering direction with respect to the cover layer and including a metal vapor deposition layer ; and a metasurface of a fractal shape as an antenna element arranged side by side in the layering direction with the pictorial pattern layer , the metasurface being configured to amplify an antenna signal. a pictorial pattern layer arranged in a layering direction with respect to the cover layer and including a metal vapor deposition layer ; and a metasurface of a fractal shape as an antenna element arranged side by side in the layering direction with the pictorial pattern layer , the metasurface being configured to amplify an antenna signal.
A pneumatic tire having a side portion and a clinch portion , wherein, Ha > Hb, where, in the meridian cross section, the distance from the bead base line to the width direction outside portion of the clinch portion at the joint surface between the side portion and the clinch portion is Ha (mm), and the distance to the width direction inside portion is Hb (mm); and E*s < E* c , where, measured under the conditions of 70°C, frequency of 10 Hz, initial strain of 5%, and dynamic strain rate of 1%, the complex elastic modulus of the side portion is E* s (MPa), and the complex elastic modulus of the clinch portion is E* c (MPa), characterized in that the tire satisfies the following (formula 1), (formula 2) and (formula 7): 1600 ≦ Dt 2 × π / 4 / Wt ≦ 2827.4 V + 1.5 × 10 7 / Wt ≦ 2.88 × 10 5 Ha − Hb / Wt > 0.04 where the cross-sectional width of the tire is Wt (mm), the outer diameter of the tire is Dt (mm), the cross-sectional height of the tire is Ht (mm), and the volume of the space occupied by the tire is the virtual volume V (mm 3 ), when the tire is installed on a standardized rim, having an internal pressure of 250 kPa and in a no-load state, wherein the virtual volume V (mm 3 ) is calculated by the following formula: V = Dt / 2 2 − Dt / 2 − Ht 2 × π × Wt . Ha > Hb, where, in the meridian cross section, the distance from the bead base line to the width direction outside portion of the clinch portion at the joint surface between the side portion and the clinch portion is Ha (mm), and the distance to the width direction inside portion is Hb (mm); and E*s < E* c , where, measured under the conditions of 70°C, frequency of 10 Hz, initial strain of 5%, and dynamic strain rate of 1%, the complex elastic modulus of the side portion is E* s (MPa), and the complex elastic modulus of the clinch portion is E* c (MPa), characterized in that the tire satisfies the following (formula 1), (formula 2) and (formula 7): 1600 ≦ Dt 2 × π / 4 / Wt ≦ 2827.4 V + 1.5 × 10 7 / Wt ≦ 2.88 × 10 5 Ha − Hb / Wt > 0.04 where the cross-sectional width of the tire is Wt (mm), the outer diameter of the tire is Dt (mm), the cross-sectional height of the tire is Ht (mm), and the volume of the space occupied by the tire is the virtual volume V (mm 3 ), when the tire is installed on a standardized rim, having an internal pressure of 250 kPa and in a no-load state, wherein the virtual volume V (mm 3 ) is calculated by the following formula: V = Dt / 2 2 − Dt / 2 − Ht 2 × π × Wt .
An extract derived from lemon myrtle, for use in a method for preventing or relieving a decline in a muscle mass and muscular strength caused by locomotive syndrome, frailty, or by an inaction due to insufficient exercise, long-term laid down condition and plaster cast, malnutrition, sarcopenia, a myopathy such as muscular dystrophy and congenital myopathy, and a neurogenic disease such as amyotrophic lateral sclerosis and spinal muscular atrophy, comprising the step of administering the extract derived from lemon myrtle as an active ingredient, wherein the extract is extracted from the leaf of lemon myrtle using water or a mixed solvent of water and a water-miscible solvent, wherein the ratio of water-miscible solvent in the mixed solvent is 95 v/v% or less.