mhurhangee/patent-ind-claim-en huggingface dataset:
Motor vehicle seat protective film made from a plastic film comprises a folding such that the plastic film forms a front layer and a rear layer wherein a) the front layer comprises a front layer covering portion and a front layer head portion b) the rear layer comprises a rear layer head portion and c) the front layer head portion and the rear layer head portion delimit a pocket which can be put over a part of a motor vehicle seat , d) wherein da) the plastic film has a rectangular geometry with a width B db) the length L of the rectangular plastic film is the sum of a length of the front layer covering portion and the double of the depth T of the pocket , dc) in the unfolded state the motor vehicle seat protective film has a length which equals the sum of the length and the depth T and has the width B , characterised in that e) the front layer head portion and the rear layer head portion are directly welded to each other by weldings , the lateral distance of the weldings being smaller than 80% of the width of the plastic film and f) the pocket is designed and designated for being put over a headrest of the motor vehicle seat . a) the front layer comprises a front layer covering portion and a front layer head portion b) the rear layer comprises a rear layer head portion and c) the front layer head portion and the rear layer head portion delimit a pocket which can be put over a part of a motor vehicle seat , d) wherein da) the plastic film has a rectangular geometry with a width B db) the length L of the rectangular plastic film is the sum of a length of the front layer covering portion and the double of the depth T of the pocket , dc) in the unfolded state the motor vehicle seat protective film has a length which equals the sum of the length and the depth T and has the width B , characterised in that da) the plastic film has a rectangular geometry with a width B db) the length L of the rectangular plastic film is the sum of a length of the front layer covering portion and the double of the depth T of the pocket , dc) in the unfolded state the motor vehicle seat protective film has a length which equals the sum of the length and the depth T and has the width B , e) the front layer head portion and the rear layer head portion are directly welded to each other by weldings , the lateral distance of the weldings being smaller than 80% of the width of the plastic film and f) the pocket is designed and designated for being put over a headrest of the motor vehicle seat .
A krill protein hydrolysate characterized in having - a protein content of greater than 85% on a dry weight basis; - less than 5% fat on a dry weight basis; - a fluoride content of from 0.1 to 200 mg/kg hydrolysate on a dry weight basis; - a TMAO (trimethylamine N-oxide) content of from 0.1 to 200 mg N/100 g hydrolysate on a dry weight basis; - a TMA (trimethylamine) content of from 0.1 to 200 mg N/100 g hydrolysate on a dry weight basis; - a TVN (total volatile nitrogen) content of from 0.1 to 200 mg N/100 g hydrolysate on a dry weight basis; - a sodium content of from 0.01 to 4.0 g/100 g hydrolysate on a dry weight basis; and - a calcium content of from 100 to 25,000 mg / kg hydrolysate on a dry weight basis. - a protein content of greater than 85% on a dry weight basis; - less than 5% fat on a dry weight basis; - a fluoride content of from 0.1 to 200 mg/kg hydrolysate on a dry weight basis; - a TMAO (trimethylamine N-oxide) content of from 0.1 to 200 mg N/100 g hydrolysate on a dry weight basis; - a TMA (trimethylamine) content of from 0.1 to 200 mg N/100 g hydrolysate on a dry weight basis; - a TVN (total volatile nitrogen) content of from 0.1 to 200 mg N/100 g hydrolysate on a dry weight basis; - a sodium content of from 0.01 to 4.0 g/100 g hydrolysate on a dry weight basis; and - a calcium content of from 100 to 25,000 mg / kg hydrolysate on a dry weight basis.
A beverage preparation system comprising preparation module for a brewed drink and a milk module for dispensing milk, an outlet for dispensing the brewed drink and milk into a drinking vessel placed under the spout means, and a display device for graphically displaying the dispensed beverage amount in real time, the display device being adapted to displaying a cumulative amount of the dispensed brewed drink and the dispensed milk via a common graphical display element , characterized by first means for determining an amount of the dispensed brewed drink and second means for determining an amount of the dispensed milk, wherein the first and second means are different, and wherein the first means includes a flow meter.
A semiconductor laser, comprising: a single optical output port configured to provide an optical output beam comprising one or more selected optical wavelengths; and an optical cavity, the optical cavity comprising: a first reflector comprising a submicron silicon waveguide forming a Sagnac loop at a first end of the optical cavity, said first reflector in optical communication with said single optical output port , said first reflector comprising a first transmittance and a first reflectivity; a second reflector at a second end of the optical cavity, the second reflector comprising a second reflectivity and a second transmittance; a semiconductor optical gain medium provided in a gain cavity in the optical cavity for amplifying light at the one or more selected wavelengths; and a filter element in the optical cavity between the gain cavity and the first reflector configured to pass light having one or more selected discrete optical wavelengths therethrough and filter out wavelengths not of interest to supress stimulated emission of those wavelengths, wherein the filter element and the gain cavity are provided in serial communication between the first reflector and the second reflector . a single optical output port configured to provide an optical output beam comprising one or more selected optical wavelengths; and an optical cavity, the optical cavity comprising: a first reflector comprising a submicron silicon waveguide forming a Sagnac loop at a first end of the optical cavity, said first reflector in optical communication with said single optical output port , said first reflector comprising a first transmittance and a first reflectivity; a second reflector at a second end of the optical cavity, the second reflector comprising a second reflectivity and a second transmittance; a first reflector comprising a submicron silicon waveguide forming a Sagnac loop at a first end of the optical cavity, said first reflector in optical communication with said single optical output port , said first reflector comprising a first transmittance and a first reflectivity; a second reflector at a second end of the optical cavity, the second reflector comprising a second reflectivity and a second transmittance; a semiconductor optical gain medium provided in a gain cavity in the optical cavity for amplifying light at the one or more selected wavelengths; and a filter element in the optical cavity between the gain cavity and the first reflector configured to pass light having one or more selected discrete optical wavelengths therethrough and filter out wavelengths not of interest to supress stimulated emission of those wavelengths, wherein the filter element and the gain cavity are provided in serial communication between the first reflector and the second reflector .
A camera module , capable of being detachably arranged on a host of a mobile terminal and operating with the host cooperatively, comprising: a main board ; a battery stacked on the main board ; a capturing assembly comprising a bracket and a camera , wherein the camera is installed on the bracket ; and a housing sleeved on the main board and the battery ; characterized in that the main board defines a first mounting hole , and the battery defines a second mounting hole corresponding to the first mounting hole ; the bracket is contained in a space defined by both the first mounting hole and second mounting hole , the camera is disposed through the first mounting hole , and a light incident surface of the camera protrudes out of the first mounting hole . a main board ; a battery stacked on the main board ; a capturing assembly comprising a bracket and a camera , wherein the camera is installed on the bracket ; and a housing sleeved on the main board and the battery ; characterized in that the main board defines a first mounting hole , and the battery defines a second mounting hole corresponding to the first mounting hole ; the bracket is contained in a space defined by both the first mounting hole and second mounting hole , the camera is disposed through the first mounting hole , and a light incident surface of the camera protrudes out of the first mounting hole .
Composition comprising one or more solid biodegradable sustained-release polymers, and optionally one or more active substances for its use in the treatment of nail diseases, the composition being administered subcutaneously at a distance greater than 1 cm from the edge of the nail on the side of its proximal end, preferably in the finger with the exception of the last phalanx.
A method for providing an augmented reality, AR, experience at a handheld user device , the method comprising: capturing, via a monocular camera of the handheld user device , a feed of images of a local scene ; selecting, from the feed , a keyframe ; performing, for a first image from the feed of images, stereo matching using the first image , the keyframe , and a relative pose based on a pose associated with the first image and a pose associated with the keyframe to generate a sparse disparity map representing disparities between the first image and the keyframe ; determining a dense depth map from the disparity map using a bilateral solver algorithm; processing a viewfinder image generated from a second image of the feed with occlusion rendering based on the depth map to incorporate one or more virtual objects into the viewfinder image to generate an AR viewfinder image ; and displaying, at the handheld user device , the AR viewfinder image . capturing, via a monocular camera of the handheld user device , a feed of images of a local scene ; selecting, from the feed , a keyframe ; performing, for a first image from the feed of images, stereo matching using the first image , the keyframe , and a relative pose based on a pose associated with the first image and a pose associated with the keyframe to generate a sparse disparity map representing disparities between the first image and the keyframe ; determining a dense depth map from the disparity map using a bilateral solver algorithm; processing a viewfinder image generated from a second image of the feed with occlusion rendering based on the depth map to incorporate one or more virtual objects into the viewfinder image to generate an AR viewfinder image ; and displaying, at the handheld user device , the AR viewfinder image .
A shovel comprising: a lower traveling body ; an upper rotating body rotatably mounted on the lower traveling body ; a cab mounted on the upper rotating body ; a left monitor mounted on a left pillar inside the cab ; a right monitor mounted on a right pillar inside the cab ; a left camera configured to capture an image of an area on a left side of the upper rotating body ; a right camera configured to capture an image of an area on a right side of the upper rotating body ; and a controller configured to control both the left monitor and the right monitor , wherein the controller is configured to cause the left monitor to continuously display a mirror image generated from the image captured by the left camera , and to cause the right monitor to continuously display a mirror image generated from the image captured by the right camera . a lower traveling body ; an upper rotating body rotatably mounted on the lower traveling body ; a cab mounted on the upper rotating body ; a left monitor mounted on a left pillar inside the cab ; a right monitor mounted on a right pillar inside the cab ; a left camera configured to capture an image of an area on a left side of the upper rotating body ; a right camera configured to capture an image of an area on a right side of the upper rotating body ; and a controller configured to control both the left monitor and the right monitor , wherein the controller is configured to cause the left monitor to continuously display a mirror image generated from the image captured by the left camera , and to cause the right monitor to continuously display a mirror image generated from the image captured by the right camera .
A method of producing an aqueous formulation of an antigen-binding protein comprising (a) contacting an aqueous solution comprising antigen-binding protein molecules with a charged depth filter, wherein the charged depth filter comprises a metal ion selected from the group consisting of a sodium ion, calcium ion, magnesium ion, mercury ion, chromium ion, cadmium ion, aluminum ion, potassium ion, lead ion, arsenic ion, cobalt ion, iron ion, manganese ion, titanium ion, zinc ion, nickel ion, copper ion, and combinations thereof; and (b) measuring an amount or relative amount of reduced antigen-binding protein molecules in the solution following contacting the aqueous solution with the charged depth filter, wherein the percentage of reduced antigen-binding protein molecules is decreased by at least 20% compared to the percentage of reduced antigen-binding protein molecules observed prior to the contacting step. (a) contacting an aqueous solution comprising antigen-binding protein molecules with a charged depth filter, wherein the charged depth filter comprises a metal ion selected from the group consisting of a sodium ion, calcium ion, magnesium ion, mercury ion, chromium ion, cadmium ion, aluminum ion, potassium ion, lead ion, arsenic ion, cobalt ion, iron ion, manganese ion, titanium ion, zinc ion, nickel ion, copper ion, and combinations thereof; and (b) measuring an amount or relative amount of reduced antigen-binding protein molecules in the solution following contacting the aqueous solution with the charged depth filter, wherein the percentage of reduced antigen-binding protein molecules is decreased by at least 20% compared to the percentage of reduced antigen-binding protein molecules observed prior to the contacting step.
A method for controlling an electric motor , the method comprising: producing a first signal indicative of a strength of a first magnetic field component produced by a set of rotor magnets included within a rotor of the electric motor using a first linear Hall device ; simultaneously producing a second signal indicative of a strength of second magnetic field component produced by the rotor magnets that is approximately orthogonal to the first magnetic field component using a second linear Hall device ; calculating an angular position and angular velocity of the rotor based on the first signal and the second signal; producing a plurality of phase signals based on the calculated angular position and angular velocity; and controlling current in a plurality of field windings of the motor using the plurality of phase signals, wherein the first linear Hall device and the second linear Hall device (131, 901; 132, 902) are placed in a multidimensional array, characterized in that the multidimensional array of Hall devices, the angle-speed calculation logic, the motor controller and drive logic are all formed on a single integrated circuit (IC) positioned within the rotor magnetic field; and wherein the first magnetic field component is a radial component and the second magnetic field component is a tangential or an axial field component. producing a first signal indicative of a strength of a first magnetic field component produced by a set of rotor magnets included within a rotor of the electric motor using a first linear Hall device ; simultaneously producing a second signal indicative of a strength of second magnetic field component produced by the rotor magnets that is approximately orthogonal to the first magnetic field component using a second linear Hall device ; calculating an angular position and angular velocity of the rotor based on the first signal and the second signal; producing a plurality of phase signals based on the calculated angular position and angular velocity; and controlling current in a plurality of field windings of the motor using the plurality of phase signals, wherein the first linear Hall device and the second linear Hall device (131, 901; 132, 902) are placed in a multidimensional array, characterized in that the multidimensional array of Hall devices, the angle-speed calculation logic, the motor controller and drive logic are all formed on a single integrated circuit (IC) positioned within the rotor magnetic field; and wherein the first magnetic field component is a radial component and the second magnetic field component is a tangential or an axial field component.
An economical fat, oil, and grease (F.O.G.) removal assembly for use in kitchens, comprising: a container having a bottom , a top , at least one sidewall , an inlet to receive an influent flow of F.O.G. and water from a drain, and an outlet for discharging grey water from the container , wherein the inlet and outlet are spaced above the bottom and below the top , and a removable storage tank mating with the container and arranged to accept F.O.G. floating on water in the container that flows out of the container, characterised by : an outlet baffle arranged to direct grey water from a bottom portion of the container out of the container via the outlet , a valve in the container at an elevation such that the F.O.G. floating on water in the container flows out of the container through the valve when an effluent level in the container is raised above the valve level and the valve is opened, a valve control for alternating the valve between an open and closed position, and a portal on the storage tank interfacing with the valve. a container having a bottom , a top , at least one sidewall , an inlet to receive an influent flow of F.O.G. and water from a drain, and an outlet for discharging grey water from the container , wherein the inlet and outlet are spaced above the bottom and below the top , and a removable storage tank mating with the container and arranged to accept F.O.G. floating on water in the container that flows out of the container, characterised by : an outlet baffle arranged to direct grey water from a bottom portion of the container out of the container via the outlet , a valve in the container at an elevation such that the F.O.G. floating on water in the container flows out of the container through the valve when an effluent level in the container is raised above the valve level and the valve is opened, a valve control for alternating the valve between an open and closed position, and a portal on the storage tank interfacing with the valve. an outlet baffle arranged to direct grey water from a bottom portion of the container out of the container via the outlet , a valve in the container at an elevation such that the F.O.G. floating on water in the container flows out of the container through the valve when an effluent level in the container is raised above the valve level and the valve is opened, a valve control for alternating the valve between an open and closed position, and a portal on the storage tank interfacing with the valve.
A hand held gutter cleaner comprising a handle for hold by the user and being operational for back and forth movements, wherein the gutter cleaner comprises a cleaner part , characterized in that the cleaner part comprises two longitudinal bendy strips as a pair, wherein each strip is unlockable attached to the cleaner part , wherein the length of the two longitudinal bendy strips is 10 cm - 35 cm and wherein the two longitudinal bendy strips comprise two-directionally curved shapes .
An article comprising a microstructured layer having a microstructured surface bearing microstructures having an average height of greater than 12.0 micrometers and less than 300.0 micrometers, the microstructured layer comprising a semi-IPN of a polymer network selected from the group consisting of urethane acrylate polymer networks, urethane/urea acrylate polymer networks and urea acrylate polymer networks and a linear or branched polymer that is a thermoplastic polymer selected from the group consisting of thermoplastic polyurethanes, thermoplastic polyurethane/polyureas, thermoplastic polyureas, and combinations thereof; wherein the weight ratio of linear or branched polymer to polymer network in the semi-IPN is greater than 75:25 and less than or equal to 94:6.
Busbar for a conductor rail for electrical supply of an electrical load which is movable along the conductor rail, characterised in that the surface of the side of the busbar intended to make contact with a sliding body of a current collector has at least one groove-like depression which, at least in sections, runs obliquely to the longitudinal direction of the busbar defined by the intended direction of movement of the sliding body.
A power storage device comprising: a first case that accommodates a plurality of stacked first power storage cells ; and a second case that accommodates a plurality of stacked second power storage cells , wherein: a first reinforcement portion extending in a first direction (DR1) is provided inside the first case , a second reinforcement portion extending in a second direction (DR2) intersecting the first direction is provided inside the second case , the first case and the second case are provided to overlap with each other along a third direction (DR3) intersecting the first direction and the second direction, and are joined to each other, the plurality of stacked first power storage cells are provided at both sides of the first reinforcement portion in the second direction, and the plurality of stacked second power storage cells are provided at both sides of the second reinforcement portion in the first direction, characterized in that a stacking direction of the first power storage cells in the first case is substantially orthogonal to a stacking direction of the second power storage cells in the second case . a first case that accommodates a plurality of stacked first power storage cells ; and a second case that accommodates a plurality of stacked second power storage cells , wherein: a first reinforcement portion extending in a first direction (DR1) is provided inside the first case , a second reinforcement portion extending in a second direction (DR2) intersecting the first direction is provided inside the second case , the first case and the second case are provided to overlap with each other along a third direction (DR3) intersecting the first direction and the second direction, and are joined to each other, the plurality of stacked first power storage cells are provided at both sides of the first reinforcement portion in the second direction, and the plurality of stacked second power storage cells are provided at both sides of the second reinforcement portion in the first direction, characterized in that a stacking direction of the first power storage cells in the first case is substantially orthogonal to a stacking direction of the second power storage cells in the second case .