mhurhangee/patent-ind-claim-en huggingface dataset:
A polishing pad comprising: (a) a polishing layer having a polishing surface , wherein the polishing surface comprises: a plurality of concentric grooves disposed into the polishing layer a measurable depth from the polishing surface , and a barrier region free of grooves; (b) a transparent window , wherein the transparent window comprises optically transmissive material that is different from the material in the remainder of the polishing pad, and wherein; one or more of the concentric grooves are discontinuous and have a first end and a second end; and wherein the transparent window has an upper most window surface substantially co-planar with the polishing surface , the pad being characterised in that the transparent window is disposed in and surrounded by the barrier region ; and wherein the barrier region is disposed between the first and second ends of the concentric grooves . (a) a polishing layer having a polishing surface , wherein the polishing surface comprises: a plurality of concentric grooves disposed into the polishing layer a measurable depth from the polishing surface , and a barrier region free of grooves; a plurality of concentric grooves disposed into the polishing layer a measurable depth from the polishing surface , and a barrier region free of grooves; (b) a transparent window , wherein the transparent window comprises optically transmissive material that is different from the material in the remainder of the polishing pad, and wherein; one or more of the concentric grooves are discontinuous and have a first end and a second end; and wherein the transparent window has an upper most window surface substantially co-planar with the polishing surface , the pad being characterised in that the transparent window is disposed in and surrounded by the barrier region ; and wherein the barrier region is disposed between the first and second ends of the concentric grooves .
Device for cleaning pipes , comprising • a nozzle movable in at least three axes relative to the inside wall of a pipe for the generation of a jet of a fluid cleaning medium onto a desired point on the inside wall of the pipe , • a cleaning hose connected to the nozzle for supplying the fluid cleaning medium , wherein the nozzle is attached to a front end zone of the cleaning hose and the nozzle with the connected cleaning hose can complete an axial movement along a longitudinal axis running parallel to the axis of the pipe within the pipe , • at least one swivel mechanism for the deflection of the nozzle at an angle to the longitudinal axis , preferably between 0° and ± 90°, while bending the front end zone of the cleaning hose and of its hose axis with a bending direction in a bending plane, • at least one mechanism for the deflection of the nozzle around the longitudinal axis through a change in the direction of bending and of the bending plane of the front end zone around the longitudinal axis , and • at least one camera for the detection of soiling and the monitoring of the deflection and alignment of the nozzle , characterised in that the mechanism for the deflection of the nozzle around the longitudinal axis comprises at least one rotary drive unit for rotating the swivel mechanism around the cleaning hose and around the nozzle , by means of which the bending of the front end zone takes place in a bending plane and bending direction corresponding to the relevant rotational position of the swivel mechanism around the cleaning hose , without torsion of the cleaning hose , and that at least one bearing is provided for the swivel mechanism on the cleaning hose and the nozzle , by means of which the swivel mechanism is capable of being rotated around the cleaning hose and around its front end zone and around the nozzle without torsion of the cleaning hose . • a nozzle movable in at least three axes relative to the inside wall of a pipe for the generation of a jet of a fluid cleaning medium onto a desired point on the inside wall of the pipe , • a cleaning hose connected to the nozzle for supplying the fluid cleaning medium , wherein the nozzle is attached to a front end zone of the cleaning hose and the nozzle with the connected cleaning hose can complete an axial movement along a longitudinal axis running parallel to the axis of the pipe within the pipe , • at least one swivel mechanism for the deflection of the nozzle at an angle to the longitudinal axis , preferably between 0° and ± 90°, while bending the front end zone of the cleaning hose and of its hose axis with a bending direction in a bending plane, • at least one mechanism for the deflection of the nozzle around the longitudinal axis through a change in the direction of bending and of the bending plane of the front end zone around the longitudinal axis , and • at least one camera for the detection of soiling and the monitoring of the deflection and alignment of the nozzle ,
A method for generating images at a head mounted display, comprising: rendering, in a graphics pipeline , pixels in window space with a non-uniform pixel spacing, wherein the non-uniformly spaced pixels in the window space are mapped to uniformly spaced pixels in raster space through a distortion function ; comparing a bounding box defined by dimensions of a primitive comprising a polygon or patch to boundaries of the non-uniformly spaced pixels in window space; using an inverse of the distortion function to perform routing of the primitive to an appropriate shader engine and scan converter for rasterization based on the comparison; and sampling, with the scan converter to which the primitive has been routed, the pixels in window space through the distortion function to generate values of the uniformly spaced pixels in raster space; and generating an image for display to a user using values of display pixels that are based on the values of the uniformly spaced pixels in raster space. rendering, in a graphics pipeline , pixels in window space with a non-uniform pixel spacing, wherein the non-uniformly spaced pixels in the window space are mapped to uniformly spaced pixels in raster space through a distortion function ; comparing a bounding box defined by dimensions of a primitive comprising a polygon or patch to boundaries of the non-uniformly spaced pixels in window space; using an inverse of the distortion function to perform routing of the primitive to an appropriate shader engine and scan converter for rasterization based on the comparison; and sampling, with the scan converter to which the primitive has been routed, the pixels in window space through the distortion function to generate values of the uniformly spaced pixels in raster space; and generating an image for display to a user using values of display pixels that are based on the values of the uniformly spaced pixels in raster space.
A nutritional composition for use in reducing the incidence of diabetes mellitus, wherein the nutritional composition comprises: (i) a carbohydrate source; (ii) a fat source; and (iii) a protein equivalent source, wherein a) 20% to 80% of the protein equivalent source includes a peptide component comprising each of the following individual peptides: SEQ ID NO 4, SEQ ID NO 13, SEQ ID NO 17, SEQ ID NO 21, SEQ ID NO 24, SEQ ID NO 30, SEQ ID NO 31, SEQ ID NO 32, SEQ ID NO 51, SEQ ID NO 57, SEQ ID NO 60, and SEQ ID NO 63; and b) 20% to 80% of the protein equivalent source comprises an intact protein, a partially hydrolyzed protein, or combinations thereof. (i) a carbohydrate source; (ii) a fat source; and (iii) a protein equivalent source, wherein a) 20% to 80% of the protein equivalent source includes a peptide component comprising each of the following individual peptides: SEQ ID NO 4, SEQ ID NO 13, SEQ ID NO 17, SEQ ID NO 21, SEQ ID NO 24, SEQ ID NO 30, SEQ ID NO 31, SEQ ID NO 32, SEQ ID NO 51, SEQ ID NO 57, SEQ ID NO 60, and SEQ ID NO 63; and b) 20% to 80% of the protein equivalent source comprises an intact protein, a partially hydrolyzed protein, or combinations thereof. a) 20% to 80% of the protein equivalent source includes a peptide component comprising each of the following individual peptides: SEQ ID NO 4, SEQ ID NO 13, SEQ ID NO 17, SEQ ID NO 21, SEQ ID NO 24, SEQ ID NO 30, SEQ ID NO 31, SEQ ID NO 32, SEQ ID NO 51, SEQ ID NO 57, SEQ ID NO 60, and SEQ ID NO 63; and b) 20% to 80% of the protein equivalent source comprises an intact protein, a partially hydrolyzed protein, or combinations thereof.
A dental varnish comprising a rosin, a fluoridising agent, and a solvent, characterized in that the dental varnish - further comprises a vinyl type resin, - exhibits a transmittance of light of at least 50%, and - exhibits a ΔE of less than 1, wherein ΔE is calculated using the following formula: Δ ⁢ E = a 1 * − a 2 * + b 1 * − b 2 * + L 1 * − L 2 * 2 1 / 2 wherein a 1 *: Red and Green value before varnish coating a 2 *: Red and Green value after varnish coating b 1 *: Yellow and Blue value before varnish coating b 2 *: Yellow and Blue value after varnish coating L 1 *: Lightness value before varnish coating L 2 *: Lightness value after varnish coating. - further comprises a vinyl type resin, - exhibits a transmittance of light of at least 50%, and - exhibits a ΔE of less than 1, wherein ΔE is calculated using the following formula: Δ ⁢ E = a 1 * − a 2 * + b 1 * − b 2 * + L 1 * − L 2 * 2 1 / 2 wherein a 1 *: Red and Green value before varnish coating a 2 *: Red and Green value after varnish coating b 1 *: Yellow and Blue value before varnish coating b 2 *: Yellow and Blue value after varnish coating L 1 *: Lightness value before varnish coating L 2 *: Lightness value after varnish coating. a 1 *: Red and Green value before varnish coating a 2 *: Red and Green value after varnish coating b 1 *: Yellow and Blue value before varnish coating b 2 *: Yellow and Blue value after varnish coating L 1 *: Lightness value before varnish coating L 2 *: Lightness value after varnish coating.
Assembly for the treatment of materials with microwaves, comprising: (a) a multimode microwave applicator for the treatment of the material with microwaves in a first treatment range ; (b) a further multi-component microwave applicator for the treatment of the material with microwaves in a second treatment range ; and (c) means for conveying the material to be treated consecutively through the first and the second treatment range; wherein (d) a drive is provided for moving the microwave applicator in such a way that the dimensions of the second treatment range perpendicular to the conveying direction are increased characterized in that (e) the further microwave applicator is a multi-component monomode-microwave applicator, having two portions which are configured to be either moved apart from each other or removed by the drive. (a) a multimode microwave applicator for the treatment of the material with microwaves in a first treatment range ; (b) a further multi-component microwave applicator for the treatment of the material with microwaves in a second treatment range ; and (c) means for conveying the material to be treated consecutively through the first and the second treatment range; wherein (d) a drive is provided for moving the microwave applicator in such a way that the dimensions of the second treatment range perpendicular to the conveying direction are increased characterized in that (e) the further microwave applicator is a multi-component monomode-microwave applicator, having two portions which are configured to be either moved apart from each other or removed by the drive.
An access request conversion method, comprising: receiving an access request sent by a client side, the access request comprising a uniform resource locator, URL, ' and parameter information; determining a target service type of the access request according to the URL and the parameter information; converting the access request according to the target service type; querying, according to the target service type, a server side configuration which corresponds to the target service type and is recorded in a failover component; and sending the access request converted according to the target service type to the server side corresponding to the target service type according to the server side configuration to allow the server side to return result information according to the access request converted according to the target service type. receiving an access request sent by a client side, the access request comprising a uniform resource locator, URL, ' and parameter information; determining a target service type of the access request according to the URL and the parameter information; converting the access request according to the target service type; querying, according to the target service type, a server side configuration which corresponds to the target service type and is recorded in a failover component; and sending the access request converted according to the target service type to the server side corresponding to the target service type according to the server side configuration to allow the server side to return result information according to the access request converted according to the target service type.
A solid-phase support with a peptide immobilized thereon, the peptide being capable of binding to human IgG, wherein the peptide comprises the following amino acid sequence: GPDCAYHRGELVWCTFH (SEQ ID NO:31); and sulfide groups in the two outermost cysteine residues in the peptide are connected via a linker represented by formula:
A weapon comprising - an explosive charge , - an activatable detonation ignition means , in particular an activatable detonation ignition chain , and - an ignition device , wherein the ignition device is configured to activate the detonation ignition means upon receipt of a detonation activation command, and wherein the activated detonation ignition means is configured to cause the explosive charge to detonate, wherein the weapon comprises an activatable deflagration ignition means , in particular an activatable deflagration ignition chain , wherein the ignition device is configured to activate, selectively, the detonation ignition means or the deflagration ignition means , and wherein the activated deflagration ignition means is configured to cause the explosive charge to deflagrate characterized in that the weapon comprises - at least one electronic device and - a guidance device, wherein the guidance device is configured to guide combustion gases and/or flames which occur during the deflagration of the explosive charge in the direction of the, or at least one, electronic device of the weapon. - an explosive charge , - an activatable detonation ignition means , in particular an activatable detonation ignition chain , and - an ignition device , wherein the ignition device is configured to activate the detonation ignition means upon receipt of a detonation activation command, and wherein the activated detonation ignition means is configured to cause the explosive charge to detonate, wherein the weapon comprises an activatable deflagration ignition means , in particular an activatable deflagration ignition chain , wherein the ignition device is configured to activate, selectively, the detonation ignition means or the deflagration ignition means , and wherein the activated deflagration ignition means is configured to cause the explosive charge to deflagrate characterized in that the weapon comprises - at least one electronic device and - a guidance device, - at least one electronic device and - a guidance device, wherein the guidance device is configured to guide combustion gases and/or flames which occur during the deflagration of the explosive charge in the direction of the, or at least one, electronic device of the weapon.
A fluid control system comprising: a plurality of flow channels , each flow channel comprising a flow restrictor , a flow regulating valve and a channel pressure sensor between the flow restrictor and the flow regulating valve; a shared flow channel for carrying the fluids to or from the plurality of flow channels, the flow restrictor in each flow channel being between the channel pressure sensor and the shared flow channel; a shared pressure sensor in the shared flow channel configured to detect a shared flow channel pressure; and a controller configured to determine mass flow through each of the flow channels based on channel pressures and the shared flow channel pressure and control the flow regulating valves of the flow channels to control mass flow through each flow channel, characterised in that the controller is configured to determine through recursive calculation: channel pressures for positions that are adjacent to the flow restrictors and opposite, with respect to the restrictors, to the channel pressure sensors of the plurality of flow channels, mass flow through each flow channel, and total mass flow through the shared channel. a plurality of flow channels , each flow channel comprising a flow restrictor , a flow regulating valve and a channel pressure sensor between the flow restrictor and the flow regulating valve; a shared flow channel for carrying the fluids to or from the plurality of flow channels, the flow restrictor in each flow channel being between the channel pressure sensor and the shared flow channel; a shared pressure sensor in the shared flow channel configured to detect a shared flow channel pressure; and a controller configured to determine mass flow through each of the flow channels based on channel pressures and the shared flow channel pressure and control the flow regulating valves of the flow channels to control mass flow through each flow channel, characterised in that the controller is configured to determine through recursive calculation: channel pressures for positions that are adjacent to the flow restrictors and opposite, with respect to the restrictors, to the channel pressure sensors of the plurality of flow channels, mass flow through each flow channel, and total mass flow through the shared channel.
A spa pool assembly comprising a spa pool , a spa pool cover having articulated sections , and a spa pool cover lifter for removing the spa pool cover , the spa pool cover lifter comprising: a first arm , and a second arm ; characterised in that the first arm is rotatable about a first pivotal connection to a side of the spa pool and pivotally connected to a first section of the spa pool cover ; the second arm is rotatable about a second pivotal connection to a side of the spa pool and pivotally connected to a second section of the spa pool cover ; and the arms are configured such that rotation of the first arm causes the first and second sections of the spa pool cover to fold together and move from a position covering the top of the spa pool to a position in which the spa pool is accessible. a first arm , and a second arm ; characterised in that the first arm is rotatable about a first pivotal connection to a side of the spa pool and pivotally connected to a first section of the spa pool cover ; the second arm is rotatable about a second pivotal connection to a side of the spa pool and pivotally connected to a second section of the spa pool cover ; and the arms are configured such that rotation of the first arm causes the first and second sections of the spa pool cover to fold together and move from a position covering the top of the spa pool to a position in which the spa pool is accessible.
Fully automatic beverage machine for preparing freshly brewed hot beverages, having at least one hot water generator , having a brewing device which is suppliable with hot water from the hot water generator , having a water pump which feeds drinking water from a drinking water supply line to the hot water generator , and having a flow meter for determining the volume of drinking water fed by the water pump , the hot water generator being a continuous flow heater and the automatic beverage preparation machine being equipped with a descaling system for automatic descaling of the continuous flow heater , wherein the descaling system comprises a mixing container for mixing a descalant solution, a receiving space for a storage container for liquid descaler concentrate, and a metering pump for metered feeding of descaler concentrate from the storage container to the mixing container in which the descalant solution is mixed from descaler concentrate and water, the water pump is on the suction side switchably connectible via a first directional control valve to an extraction line of the mixing container in order, in the switched valve position of the first directional control valve , to feed descalant solution from the mixing container to the hot water generator and the water pump is on the pressure side switchably connectible via a second directional control valve to a water supply line of the mixing container in order, in the switched valve position of second directional control valve , to feed drinking water to the mixing container for mixing the descalant solution.
An elapsed time indicator (2; 102; 202; 302; 402; 502), comprising: a porous element (16a-16e; 416a-416e); an electrical source (20; 120; 220; 320; 420); and an electronic controller (40; 140; 240; 340; 440) which is configured to: receive electrical power from the electrical source (20; 120; 220; 320; 420); and cause a fluid to be received by the porous element (16a-16e; 416a-416e) in response to expiry of a predetermined time period. a porous element (16a-16e; 416a-416e); an electrical source (20; 120; 220; 320; 420); and an electronic controller (40; 140; 240; 340; 440) which is configured to: receive electrical power from the electrical source (20; 120; 220; 320; 420); and cause a fluid to be received by the porous element (16a-16e; 416a-416e) in response to expiry of a predetermined time period. receive electrical power from the electrical source (20; 120; 220; 320; 420); and cause a fluid to be received by the porous element (16a-16e; 416a-416e) in response to expiry of a predetermined time period.