mhurhangee/patent-ind-claim-en huggingface dataset:
Fixation arrangement adapted to releasably fix a wind turbine tower segment to a support of a transport vessel , comprising at least two fixation means , wherein each fixation means comprises a base member fixed or to be fixed to the support , a lever arm connected to the base member and pivotable around a pivot axis , and a tensioning means for clamping the lever arm with a clamping section against the tower segment , wherein the tensioning means comprises at least one tensioning element supported relative to the base member and movable from a non-clamping position in a clamping position and back, wherein the tensioning element directly or indirectly interacts with the lever arm which is pivoted into a clamping engagement of the clamping section with the tower segment when the tensioning element moves from a non-clamping position into a clamping position and which is released when the tensioning element moves back to the non-clamping position.
A casting assembly for casting a polymeric aircraft window panel, comprising: a mold comprising: a rolled, hydroformed, or stamped metal first mold half , a rolled, hydroformed, or stamped metal second mold half , and a shaped gasket located between a peripheral edge of the first mold half and a peripheral edge of the second mold half , the shaped gasket comprising an outer end , an inner end comprising at least one surface shaped to form at least a portion of a peripheral edge portion of the polymeric aircraft window panel, a pair of opposed groves near the outer end , and a pair of opposed flat surfaces near the inner end ; a fluid bath configured to receive the mold ; and a recirculating heater in flow communication with the fluid bath . a mold comprising: a rolled, hydroformed, or stamped metal first mold half , a rolled, hydroformed, or stamped metal second mold half , and a shaped gasket located between a peripheral edge of the first mold half and a peripheral edge of the second mold half , the shaped gasket comprising an outer end , an inner end comprising at least one surface shaped to form at least a portion of a peripheral edge portion of the polymeric aircraft window panel, a pair of opposed groves near the outer end , and a pair of opposed flat surfaces near the inner end ; a fluid bath configured to receive the mold ; and a recirculating heater in flow communication with the fluid bath .
A sampling arrangement , comprising a sample concentration element configured to trap at least one analyte of interest by freezing; characterized by a sample release arrangement configured to provide a flow of gas, at room temperature on or around the sample concentration element in order to change the temperature thereof; wherein the sample release arrangement comprises a release gas preprocessing element ; and a pump element configured to provide the gas flow on or around the sample concentration element ; wherein the release gas preprocessing element comprises a drying element configured to reduce or remove humidity from the gas flow. a sample concentration element configured to trap at least one analyte of interest by freezing; characterized by a sample release arrangement configured to provide a flow of gas, at room temperature on or around the sample concentration element in order to change the temperature thereof; wherein the sample release arrangement comprises a release gas preprocessing element ; and a pump element configured to provide the gas flow on or around the sample concentration element ; wherein the release gas preprocessing element comprises a drying element configured to reduce or remove humidity from the gas flow.
An apparatus comprising: at least one charged substrate configured to have a non-zero polarization; a channel of two dimensional material ; and at least one floating electrode (7, 7A - 7G) wherein each floating electrode (7, 7A - 7G) comprises a first area adjacent the at least one charged substrate , a second area adjacent the channel of two dimensional material and a conductive interconnection between the first area and the second area wherein the first area is larger than the second area and wherein the at least one floating electrode (7, 7A - 7G) is arranged to control the level of doping within the channel of two dimensional material , characterized in that an insulating material is provided between the channel of two dimensional material and the second area of the at least one floating electrode (7, 7A - 7G). at least one charged substrate configured to have a non-zero polarization; a channel of two dimensional material ; and at least one floating electrode (7, 7A - 7G) wherein each floating electrode (7, 7A - 7G) comprises a first area adjacent the at least one charged substrate , a second area adjacent the channel of two dimensional material and a conductive interconnection between the first area and the second area wherein the first area is larger than the second area and wherein the at least one floating electrode (7, 7A - 7G) is arranged to control the level of doping within the channel of two dimensional material , characterized in that an insulating material is provided between the channel of two dimensional material and the second area of the at least one floating electrode (7, 7A - 7G).
A non surgical, non therapeutic method for separating previously collected whole blood into at least a first red blood cell fraction and a second plasma fraction using a system comprising a disposable fluid flow circuit comprising a separator and a fluid flow path including a whole blood line connected to a container of whole blood and a durable hardware component comprising a weigh scale for the container of whole blood and a pump for acting on the fluid flow path to control the flow of whole blood from the container of whole blood to the separator, the method comprising: a) determining a target weight for an empty whole blood container; b) determining a target flow rate of whole blood from the container of whole blood indicative of a near empty whole blood container; c) flowing whole blood from the container of whole blood to the separator; d) determining a current weight of the container of whole blood with the weigh scale; e) calculating a flow rate of whole blood from the container of whole blood; f) comparing the current weight of the container of whole blood to the target weight for an empty whole blood container and comparing the calculated flow rate of whole blood from the container of whole blood to the target flow rate of whole blood from the container of whole blood indicative of the near empty whole blood container; and g) stopping the flow of whole blood from the container of whole blood when both the current weight is equal to or less than the target weight and the calculated flow rate is equal to or less than the target flow rate. a) determining a target weight for an empty whole blood container; b) determining a target flow rate of whole blood from the container of whole blood indicative of a near empty whole blood container; c) flowing whole blood from the container of whole blood to the separator; d) determining a current weight of the container of whole blood with the weigh scale; e) calculating a flow rate of whole blood from the container of whole blood; f) comparing the current weight of the container of whole blood to the target weight for an empty whole blood container and comparing the calculated flow rate of whole blood from the container of whole blood to the target flow rate of whole blood from the container of whole blood indicative of the near empty whole blood container; and g) stopping the flow of whole blood from the container of whole blood when both the current weight is equal to or less than the target weight and the calculated flow rate is equal to or less than the target flow rate.
A terminal in a radio communication system, the terminal comprising: a receiving section adapted to receive signals that are transmitted by beams, each of the beams respectively corresponding to synchronization signal blocks each having a synchronization signal block index, and each of the synchronization signal blocks being a resource or a resource set including at least one of a Primary Synchronization Signal, PSS, a Secondary Synchronization Signal, SSS, and a Physical Broadcast Channel, PBCH; and a measurement section adapted to perform cell-level measurement and beam-level measurement based on the signals received in the synchronization signal blocks, the cell-level measurement being performed by measuring received power per cell based on synchronization signal blocks associated with the same cell by a cell ID, the beam-level measurements being measurements in which a distinction is drawn between the measurement results of different beams, wherein in the cell-level measurement and the beam-level measurement, the measurement section is further adapted to measure the received power by using the SSS and a Demodulation Reference Signal, DMRS, for the PBCH that are respectively corresponding to the synchronization signal block with the same synchronization signal block index. a receiving section adapted to receive signals that are transmitted by beams, each of the beams respectively corresponding to synchronization signal blocks each having a synchronization signal block index, and each of the synchronization signal blocks being a resource or a resource set including at least one of a Primary Synchronization Signal, PSS, a Secondary Synchronization Signal, SSS, and a Physical Broadcast Channel, PBCH; and a measurement section adapted to perform cell-level measurement and beam-level measurement based on the signals received in the synchronization signal blocks, the cell-level measurement being performed by measuring received power per cell based on synchronization signal blocks associated with the same cell by a cell ID, the beam-level measurements being measurements in which a distinction is drawn between the measurement results of different beams, wherein in the cell-level measurement and the beam-level measurement, the measurement section is further adapted to measure the received power by using the SSS and a Demodulation Reference Signal, DMRS, for the PBCH that are respectively corresponding to the synchronization signal block with the same synchronization signal block index.
Electrical household appliance comprising a base for producing steam, having a steam generator comprising a boiling chamber and a liquid reservoir to supply the boiling chamber by gravity, the liquid flowing by gravity from the reservoir toward the boiling chamber until the liquid level in the boiling chamber reaches an equilibrium level, called the reference level, at which the liquid level in the appliance prevents air from entering the reservoir , the boiling chamber comprising a steam outlet through which steam can escape toward a work tool , such as a smoothing brush, and a communication opening connected to a pipe (6; 106) having an evacuation opening (60; 160) closed with a removable stopper (7; 107), characterised in that the pipe (6; 106) is supplied with liquid from the reservoir via a supply duct that leads to the pipe (6; 106) at the level of an inlet opening (67; 167) provided above a particle-retention cavity (66; 166) arranged in the lower part of the pipe (6; 106).
A hose assembly comprising: an inner hose component ; a first braid of reinforcement fiber material that extends around the inner hose component; and a second braid of reinforcement fiber material that extends around the first braid; wherein the first braid and the second braid each has a 3 over 3 braid design; wherein the first braid has a first modulus and the second braid has a second modulus that is different from the first modulus; and wherein an aspect ratio of the first braid and the second braid comprises a ratio of a wavelength of braid segments to an amplitude of braid segments, and the aspect ratio of the second braid is at least 30% higher than the aspect ratio of the first braid. an inner hose component ; a first braid of reinforcement fiber material that extends around the inner hose component; and a second braid of reinforcement fiber material that extends around the first braid; wherein the first braid and the second braid each has a 3 over 3 braid design; wherein the first braid has a first modulus and the second braid has a second modulus that is different from the first modulus; and wherein an aspect ratio of the first braid and the second braid comprises a ratio of a wavelength of braid segments to an amplitude of braid segments, and the aspect ratio of the second braid is at least 30% higher than the aspect ratio of the first braid.
A computer-implemented method for deployment risk management, the method comprising: receiving, by a processing device , operating parameters for simulating a deployment of a wireline logging tool in a well; simulating, by the processing device , the deployment of the wireline logging tool based on the operating parameters to generate a script for deploying the wireline logging tool, wherein the script comprises an ordered plurality of tasks and corresponding task parameters; and deploying the wireline logging tool in the well based on the script generated by the simulation, characterized in that : simulating the deployment of the wireline logging tool comprises calculating mechanical and hydraulic forces along the length of the tool and a cable used to deploy the wireline logging tool and a mechanical stress profile on the tool. receiving, by a processing device , operating parameters for simulating a deployment of a wireline logging tool in a well; simulating, by the processing device , the deployment of the wireline logging tool based on the operating parameters to generate a script for deploying the wireline logging tool, wherein the script comprises an ordered plurality of tasks and corresponding task parameters; and deploying the wireline logging tool in the well based on the script generated by the simulation, characterized in that : simulating the deployment of the wireline logging tool comprises calculating mechanical and hydraulic forces along the length of the tool and a cable used to deploy the wireline logging tool and a mechanical stress profile on the tool.
A refrigeration compressor , comprising: an upper housing and a lower housing which are combined to form a containing space; at least one guide post arranged within the lower housing , a supporting spring being fitted over the at least one guide post ; a pump body arranged in the containing space and supported by the supporting spring; and at least one limiting device comprising: a mounting portion mounted on an inner wall of the lower housing ; a stepped portion connected to an upper end of the mounting portion and protruding towards a direction away from the inner wall of the lower housing relative to an surface of the mounting portion ; whereas the refrigeration compressor is characterized in that the limiting device further comprises a limiting portion extending obliquely from the stepped portion to a position above a portion of the pump body so as to block upward movement of the pump body. an upper housing and a lower housing which are combined to form a containing space; at least one guide post arranged within the lower housing , a supporting spring being fitted over the at least one guide post ; a pump body arranged in the containing space and supported by the supporting spring; and at least one limiting device comprising: a mounting portion mounted on an inner wall of the lower housing ; a stepped portion connected to an upper end of the mounting portion and protruding towards a direction away from the inner wall of the lower housing relative to an surface of the mounting portion ; whereas the refrigeration compressor is characterized in that the limiting device further comprises a limiting portion extending obliquely from the stepped portion to a position above a portion of the pump body so as to block upward movement of the pump body. a mounting portion mounted on an inner wall of the lower housing ; a stepped portion connected to an upper end of the mounting portion and protruding towards a direction away from the inner wall of the lower housing relative to an surface of the mounting portion ; whereas the refrigeration compressor is characterized in that the limiting device further comprises a limiting portion extending obliquely from the stepped portion to a position above a portion of the pump body so as to block upward movement of the pump body.
A door assembly comprising: a door panel connected to a door frame and pivotable about a pivot axis; a door latch coupled to the door panel and operable to selectively inhibit movement of the door panel from a closed position to an open position; a sensor coupled to the door latch and operable to detect acceleration of the door and output acceleration data corresponding to the acceleration of the door panel in a first direction, wherein the sensor is operable to measure a first acceleration produced by a centripetal force and a second acceleration, and to generate signals indicative of the first acceleration and the second acceleration; and a controller coupled to the door latch and the sensor, the controller operable to analyse the acceleration data of the first acceleration and the second acceleration compared to acceleration data indicative of movement of the door panel from the open position to the closed position to determine the cause of the acceleration, the controller being operable to determine the cause of the second acceleration at least partially in response to the acceleration data of the first acceleration. a door panel connected to a door frame and pivotable about a pivot axis; a door latch coupled to the door panel and operable to selectively inhibit movement of the door panel from a closed position to an open position; a sensor coupled to the door latch and operable to detect acceleration of the door and output acceleration data corresponding to the acceleration of the door panel in a first direction, wherein the sensor is operable to measure a first acceleration produced by a centripetal force and a second acceleration, and to generate signals indicative of the first acceleration and the second acceleration; and a controller coupled to the door latch and the sensor, the controller operable to analyse the acceleration data of the first acceleration and the second acceleration compared to acceleration data indicative of movement of the door panel from the open position to the closed position to determine the cause of the acceleration, the controller being operable to determine the cause of the second acceleration at least partially in response to the acceleration data of the first acceleration.
A carrier body for grinding tools having an inner hub ring surrounding a central bore for connecting the grinding tool to a rotary drive, and an outer casing ring for receiving a grinding means, in particular in the form of a galvanic coating, a grinding ring or a plurality of grinding segments, wherein the hub ring and the casing ring are connected together by way of a plurality of mutually spaced webs , whereby the webs each have at least one respective opening , characterised in that the webs widen towards the casing ring and/or towards the hub ring in the plane of the carrier body .
A display apparatus , comprising: a display panel having a display region (A); a transparent plate including an opposite surface that faces the display panel ; a light shielding layer provided in a peripheral part of the opposite surface of the transparent plate so as to surround the display region (A); a resin layer provided between the display panel and the transparent plate so as to cover the display region (A) and to extend into the overlapping region of the display panel and the light shielding layer , characterized in that the display apparatus further comprises a light guide member provided to occupy at least a portion of the overlapping region (OR) of the light shielding layer and the display panel out of a space interposed between the display panel and the transparent plate , the light guide member being configured to propagate the light having been used to photocure the resin layer . a display panel having a display region (A); a transparent plate including an opposite surface that faces the display panel ; a light shielding layer provided in a peripheral part of the opposite surface of the transparent plate so as to surround the display region (A); a resin layer provided between the display panel and the transparent plate so as to cover the display region (A) and to extend into the overlapping region of the display panel and the light shielding layer , characterized in that the display apparatus further comprises a light guide member provided to occupy at least a portion of the overlapping region (OR) of the light shielding layer and the display panel out of a space interposed between the display panel and the transparent plate , the light guide member being configured to propagate the light having been used to photocure the resin layer .
An apparatus comprising: a wheel assembly configured to connect to a downhole tool to thereby reduce friction between the downhole tool and a sidewall of a wellbore through which the downhole tool is conveyed, characterized in that the wheel assembly comprises: an axle comprising: a first face ; a second face ; a circumferential surface between the first face and the second face; and a bore extending through the axle between the first face and the second face; a wheel rotatably connected with the axle, wherein the wheel is disposed around the circumferential surface; and a threaded fastener configured to: be disposed at least partially within the bore and extend out of the bore past the first face; and threadedly engage a threaded bore extending into a sidewall of the downhole tool to connect the axle to the downhole tool to thereby connect the wheel assembly to the downhole tool. an axle comprising: a first face ; a second face ; a circumferential surface between the first face and the second face; and a bore extending through the axle between the first face and the second face; a first face ; a second face ; a circumferential surface between the first face and the second face; and a bore extending through the axle between the first face and the second face; a wheel rotatably connected with the axle, wherein the wheel is disposed around the circumferential surface; and a threaded fastener configured to: be disposed at least partially within the bore and extend out of the bore past the first face; and threadedly engage a threaded bore extending into a sidewall of the downhole tool to connect the axle to the downhole tool to thereby connect the wheel assembly to the downhole tool. be disposed at least partially within the bore and extend out of the bore past the first face; and threadedly engage a threaded bore extending into a sidewall of the downhole tool to connect the axle to the downhole tool to thereby connect the wheel assembly to the downhole tool.
A method of treatment of a marine surface to improve the resistance of the surface to fouling from a marine organism, the method comprising treatment of a surface prone to fouling from a marine organism with a composition comprising a lactam, wherein the composition comprises from 0.01 to 5 wt.%, preferably from 0.01 to 4 wt.%, most preferably from 0.01 to 1 wt.% of a lactam; wherein the surface to be treated is selected from steel, light alloy, plastic or composites; and, wherein the marine organism is Vibrio anguillarium, Aspergillus brasiliensis, and Cellulophaga lytica either alone or comprised in a mixture with any other marine organism; and, wherein the lactam is selected from: 4-(4-chlorophenyl)-5-methylene-pyrrol-2-one; and 5-methylene-4-(p-tolyl)pyrrol-2-one. wherein the surface to be treated is selected from steel, light alloy, plastic or composites; and, wherein the marine organism is Vibrio anguillarium, Aspergillus brasiliensis, and Cellulophaga lytica either alone or comprised in a mixture with any other marine organism; and, wherein the lactam is selected from: 4-(4-chlorophenyl)-5-methylene-pyrrol-2-one; and 5-methylene-4-(p-tolyl)pyrrol-2-one.