mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a restorable removable panel for a false wall, the panel comprising a panel body having a lower face and an upper face which are delimited by a peripheral edge , the method comprising a step consisting of simultaneously covering the two faces of the panel body with a protective covering by inserting the panel body into a tubular casing , at least one of the ends of which delimits an entry opening, the tubular casing which is made of a flexible material and has a predetermined surface area greater than the surface area of the panel body to be completely covered forming the protective covering of each of the faces of the panel body , said method being characterized in that the panel body is fitted beforehand with at least two trim profiles placed respectively along two opposing regions of the peripheral edge of said body.
A composite part , including: a plurality of plies of composite material, wherein at least one ply in the plurality of plies of composite material is a hybrid ply defined by a plurality of distinct ply tiles , and further wherein at least one distinct ply tile in the plurality of distinct ply tiles defines at least one ply tile property that differs from a corresponding ply tile property of at least one other distinct ply tile in the plurality of distinct ply tiles , wherein the at least one ply tile property and the corresponding ply tile property satisfy at least one the following: (a) the at least one ply tile property includes a state-of-cure of the at least one distinct ply tile, and further the corresponding ply tile property includes a corresponding state-of-cure of the at least one other distinct ply tile; (b) the at least one ply tile property includes a circuit layout of the at least one distinct ply tile, and further the corresponding ply tile property includes a corresponding circuit layout of the at least one other distinct ply tile. a plurality of plies of composite material, wherein at least one ply in the plurality of plies of composite material is a hybrid ply defined by a plurality of distinct ply tiles , and further wherein at least one distinct ply tile in the plurality of distinct ply tiles defines at least one ply tile property that differs from a corresponding ply tile property of at least one other distinct ply tile in the plurality of distinct ply tiles , wherein the at least one ply tile property and the corresponding ply tile property satisfy at least one the following: (a) the at least one ply tile property includes a state-of-cure of the at least one distinct ply tile, and further the corresponding ply tile property includes a corresponding state-of-cure of the at least one other distinct ply tile; (b) the at least one ply tile property includes a circuit layout of the at least one distinct ply tile, and further the corresponding ply tile property includes a corresponding circuit layout of the at least one other distinct ply tile. (a) the at least one ply tile property includes a state-of-cure of the at least one distinct ply tile, and further the corresponding ply tile property includes a corresponding state-of-cure of the at least one other distinct ply tile; (b) the at least one ply tile property includes a circuit layout of the at least one distinct ply tile, and further the corresponding ply tile property includes a corresponding circuit layout of the at least one other distinct ply tile.
A configurable data processing system for executing a cryptographic protocol, comprising: an input configured to receive data to be processed according to a cryptographic calculation; a configurable processor configured to execute the cryptographic calculation on the input data based on the cryptographic protocol, comprising custom instructions configured to cause the processor to execute the cryptographic calculation; and one or more configurable hardware cipher data accelerators connected to the configurable processor and configured, by a configuration control or the processor, to process portions of input data to be processed, wherein the one or more configurable hardware cipher accelerators further comprise two of: a butterfly/in verse butterfly network, a substitution box, a programmable logic array, and a linear feedback shift register. an input configured to receive data to be processed according to a cryptographic calculation; a configurable processor configured to execute the cryptographic calculation on the input data based on the cryptographic protocol, comprising custom instructions configured to cause the processor to execute the cryptographic calculation; and one or more configurable hardware cipher data accelerators connected to the configurable processor and configured, by a configuration control or the processor, to process portions of input data to be processed, wherein the one or more configurable hardware cipher accelerators further comprise two of: a butterfly/in verse butterfly network, a substitution box, a programmable logic array, and a linear feedback shift register.
A method for optically measuring a position of a measurement surface relative to a reference surface , the method comprising: (a) attaching a clamp to the reference surface at a location; (b) fixedly coupling a sensor module to the clamp so that a laser device inside the sensor module is aimed at a measurement surface ; (c) activating the sensor module to project a curtain of light (A) in a first plane from the laser device onto the measurement surface to form an impingement line (C) using the laser device and detect an impingement line centroid where light scattered from the impingement line (C) impinges on a row of photodetectors of the sensor module ; (d) transmitting impingement line centroid data signals from the sensor module to a data acquisition module , wherein the impingement line centroid data signals represent a measured position of the measurement surface, wherein step (b) comprises orienting the sensor module so that the row of photodetectors are aligned in a second plane that is generally perpendicular to the first plane and intersects the curtain of light, wherein the measurement surface is a first control surface of an aircraft and the reference surface is a second control surface of the aircraft . (a) attaching a clamp to the reference surface at a location; (b) fixedly coupling a sensor module to the clamp so that a laser device inside the sensor module is aimed at a measurement surface ; (c) activating the sensor module to project a curtain of light (A) in a first plane from the laser device onto the measurement surface to form an impingement line (C) using the laser device and detect an impingement line centroid where light scattered from the impingement line (C) impinges on a row of photodetectors of the sensor module ; (d) transmitting impingement line centroid data signals from the sensor module to a data acquisition module , wherein the impingement line centroid data signals represent a measured position of the measurement surface, wherein step (b) comprises orienting the sensor module so that the row of photodetectors are aligned in a second plane that is generally perpendicular to the first plane and intersects the curtain of light, wherein the measurement surface is a first control surface of an aircraft and the reference surface is a second control surface of the aircraft .
A medical device for cutting tissue, the medical device comprising: an elongate tubular member including a proximal end, a distal end , and first and second lumens extending therebetween; a first elongate arm comprising a third lumen and extending through the first lumen ; a second elongate arm comprising a fourth lumen and extending through the second lumen ; and a cutting element extending from the third lumen of the first arm to the fourth lumen of the second arm , wherein the cutting element is slidably disposed in the third and fourth lumens. an elongate tubular member including a proximal end, a distal end , and first and second lumens extending therebetween; a first elongate arm comprising a third lumen and extending through the first lumen ; a second elongate arm comprising a fourth lumen and extending through the second lumen ; and a cutting element extending from the third lumen of the first arm to the fourth lumen of the second arm , wherein the cutting element is slidably disposed in the third and fourth lumens.
A renal failure therapy system comprising: a dialysis fluid pumping unit including a dialysis fluid pump; a disposable set operable with the dialysis fluid pumping unit such that the dialysis fluid pump can pump dialysis fluid from the disposable set; a concentrate in fluid communication with the disposable set, wherein the concentrate is used to prepare the dialysis fluid; a conductivity sensor configured to sense when the concentrate has been introduced to the disposable set; and a control unit operating the dialysis fluid pump, characterized in that the control unit is configured to: (i) cause a portion of the concentrate to fill at least a portion of the disposable set between treatments, the concentrate operating as a disinfectant allowing the same disposable set to be used for multiple treatments with the dialysis fluid pumping unit, (ii) use an output of the conductivity sensor to determine whether the concentrate filled the at least a portion of the disposable set, (iii) when the concentrate did not fill the at least a portion of the disposable set, cause an alarm to be provided that is indicative of an issue with the concentrate, and (iv) determine whether the disposable set may be used again via the disinfecting concentrate in (i). a dialysis fluid pumping unit including a dialysis fluid pump; a disposable set operable with the dialysis fluid pumping unit such that the dialysis fluid pump can pump dialysis fluid from the disposable set; a concentrate in fluid communication with the disposable set, wherein the concentrate is used to prepare the dialysis fluid; a conductivity sensor configured to sense when the concentrate has been introduced to the disposable set; and a control unit operating the dialysis fluid pump, characterized in that the control unit is configured to: (i) cause a portion of the concentrate to fill at least a portion of the disposable set between treatments, the concentrate operating as a disinfectant allowing the same disposable set to be used for multiple treatments with the dialysis fluid pumping unit, (ii) use an output of the conductivity sensor to determine whether the concentrate filled the at least a portion of the disposable set, (iii) when the concentrate did not fill the at least a portion of the disposable set, cause an alarm to be provided that is indicative of an issue with the concentrate, and (iv) determine whether the disposable set may be used again via the disinfecting concentrate in (i). (i) cause a portion of the concentrate to fill at least a portion of the disposable set between treatments, the concentrate operating as a disinfectant allowing the same disposable set to be used for multiple treatments with the dialysis fluid pumping unit, (ii) use an output of the conductivity sensor to determine whether the concentrate filled the at least a portion of the disposable set, (iii) when the concentrate did not fill the at least a portion of the disposable set, cause an alarm to be provided that is indicative of an issue with the concentrate, and (iv) determine whether the disposable set may be used again via the disinfecting concentrate in (i).
A Bluetooth device connection method, comprising: generating , by a first Bluetooth device , an additional code; encrypting , by the first Bluetooth device , the additional code to generate a first ciphertext after it is detected that a Bluetooth connection is disconnected; generating , by the first Bluetooth device , a Bluetooth protocol-based broadcast packet based on the first ciphertext, and sending the broadcast packet to a second Bluetooth device ; receiving , by the first Bluetooth device , a scanning request from the second Bluetooth device ; sending , by the first Bluetooth device , a Bluetooth protocol-based scanning response to the second Bluetooth device based on a random private address comprised in the scanning request, wherein the random private address is an address generated by the second Bluetooth device for the scanning request; and establishing , by the first Bluetooth device , a Bluetooth connection to the second Bluetooth device when a connection request sent by the second Bluetooth device is received. generating , by a first Bluetooth device , an additional code; encrypting , by the first Bluetooth device , the additional code to generate a first ciphertext after it is detected that a Bluetooth connection is disconnected; generating , by the first Bluetooth device , a Bluetooth protocol-based broadcast packet based on the first ciphertext, and sending the broadcast packet to a second Bluetooth device ; receiving , by the first Bluetooth device , a scanning request from the second Bluetooth device ; sending , by the first Bluetooth device , a Bluetooth protocol-based scanning response to the second Bluetooth device based on a random private address comprised in the scanning request, wherein the random private address is an address generated by the second Bluetooth device for the scanning request; and establishing , by the first Bluetooth device , a Bluetooth connection to the second Bluetooth device when a connection request sent by the second Bluetooth device is received.
A railway vehicle comprising at least one body mounted on a chassis , the chassis supporting at least one bogie to which traction motors for the wheels of said vehicle are fixed, each traction motor being powered by at least one power module adapted to provide electrical power to said motor , and at least one cooling column of said at least one power module allowing external air to flow to lateral and/or central underbody exhaust devices , the air passing through said cooling column being heated by at least one power module , the vehicle comprising a protection system for the rail vehicle chassis comprising at least one deflector panel mounted on said chassis opposite the cooling column , characterised in that the deflector panel is adapted to be positioned in two positions including a first position for deflecting air passing through said cooling column towards at least the bogie and a second position for exhausting air.
A fitting for coupling a duct ring of a ducted-rotor aircraft to a stator , the fitting comprising: a body that defines: a first attachment interface configured to couple to the structure of the duct ring ; a second attachment interface configured to couple to the stator ; and a third attachment interface that is configured to at least partially receive a spindle that is rotatably couplable to a fuselage of the aircraft . a first attachment interface configured to couple to the structure of the duct ring ; a second attachment interface configured to couple to the stator ; and a third attachment interface that is configured to at least partially receive a spindle that is rotatably couplable to a fuselage of the aircraft .
Panel, comprising on at least two opposite sides (2-3) coupling parts (4-5) with which two of such panels can be brought in a coupled condition; wherein these coupling parts (4-5) form a horizontally active locking system and a vertically active locking system ; wherein the horizontally active locking system comprises a male part and a female part , which allow that two of such panels can be connected to each other at said sides (2-3) by providing one of these panels with the pertaining male part via a downward movement (M) in the female part of the other panel ; wherein the vertically active locking system comprises a locking element which, in the form of an insert, is provided in one of the respective sides (2-3); wherein this locking element comprises a blocking body ; wherein the locking element further comprises an attachment portion and a bending zone , said bending zone comprising an elastic bending zone forming a connection between the attachment portion and the blocking body ; and wherein the locking element consists of a coextruded synthetic material strip attached in a recess in the panel, with, seen in cross-section, a plurality of zones of synthetic material with different features, namely, on the one hand, at least a first zone formed by said blocking body and, on the other hand, at least a second zone formed by said bending zone; characterized in that said blocking body is substantially or entirely made of acrylonitrile butadiene styrene (ABS).
A method of manufacturing a polymeric woven bag, comprising: a polymeric outer layer; an inner polymeric woven bag layer laminated to or adhesively adhered to the outer layer; a first panel and a second panel and an open end of the bag to be pinched closed between the first panel and the second panel after filling the bag with contents; a heat activated first adhesive layer on a portion of the first panel to form an adhesive-to adhesive seal by contact with a heat activated second adhesive layer on a portion of the second panel, wherein the first adhesive layer and the second adhesive layer have respective heat activation temperatures below the softening point temperature of the polymeric material, and wherein the first adhesive layer and the second adhesive layer are dried and impervious to water and are separate from each other to open the bag end for filling with contents, and wherein after filling the bag with contents the first adhesive layer and the second adhesive layer are activatable to adhesive states to form the adhesive-to-adhesive seal by an application of heat at a temperature below the softening point temperature of the polymeric material; comprising a step of reducing the tackiness of the adhesive applied to the polymeric woven bag during manufacture by applying an antiblock agent over the adhesive applied to the polymeric woven bag, characterized in that said antiblock agent is a food grade starch powder and said adhesive is a hot melt adhesive.
Coating method comprising the steps of: - introducing a substrate comprising a surface to be coated in a low-pressure reaction chamber; - exposing said surface to a plasma comprising one or more monomers that can be polymerized during a treatment period within said reaction chamber; - applying a power input, characterized in that the power input is continuously strictly higher than zero Watt (W) during said treatment period and whereby said power input subsequently reaches a first upper limit power, a lower limit power and a second upper limit power, said first and said second upper limit power strictly larger than said lower limit power, thereby ensuring a stable plasma ignition to obtain a substrate with a plasma coated surface, wherein the one or more monomers comprise perfluoro(meth)acrylates containing maximum 6 carbon atoms. - introducing a substrate comprising a surface to be coated in a low-pressure reaction chamber; - exposing said surface to a plasma comprising one or more monomers that can be polymerized during a treatment period within said reaction chamber; - applying a power input,
Apparatus for transcutaneous electrical nerve stimulation in a user, said apparatus comprising: a stimulator for electrically stimulating at least one nerve; a stimulator housing; a monitor for monitoring transient motion of said stimulator housing; an analyzer for analyzing transient motion monitored by said monitor for determining whether transient motion of said stimulator housing has occurred; and a controller for automatically transitioning at least one of said stimulator, said monitor, and said analyzer between a standby mode and a power save mode; wherein said power save mode supports a subset of the functionality of said stimulator and said monitor which is available in said standby mode so as to conserve battery power in said power save mode, and wherein said analyzer is limited to determining transient motion of said stimulator housing when said analyzer is in said power save mode. a stimulator for electrically stimulating at least one nerve; a stimulator housing; a monitor for monitoring transient motion of said stimulator housing; an analyzer for analyzing transient motion monitored by said monitor for determining whether transient motion of said stimulator housing has occurred; and a controller for automatically transitioning at least one of said stimulator, said monitor, and said analyzer between a standby mode and a power save mode; wherein said power save mode supports a subset of the functionality of said stimulator and said monitor which is available in said standby mode so as to conserve battery power in said power save mode, and wherein said analyzer is limited to determining transient motion of said stimulator housing when said analyzer is in said power save mode.
A portable textile treatment device comprising: - a heatable soleplate intended to be in contact with a textile (TXT) for treating the textile, said heatable soleplate comprising a soleplate opening (H), - a module (MD) comprising an image sensor for taking an image of the textile to be treated through said soleplate opening (H), and - a control unit configured for: a) executing an algorithm stored in said portable textile treatment device, using the taken image as an input of said algorithm, to obtain a classification of the textile, wherein said classification is defined as a fabric type of the textile, or a fabric level of delicateness for treating the textile, and b) controlling, based on said classification, at least one operating parameter of the portable textile treatment device, wherein: - the module (MD) and the control unit are integrated within the portable textile treatment device, - the portable textile treatment device further comprises thermal insulation means arranged in-between said heatable soleplate and said module (MD) for insulating said module (MD) from heat dissipated by said heatable soleplate , characterised in that the image sensor comprises an active surface sensitive to light which is oriented with respect to the surface of the heatable soleplate with an absolute value of an orientation angle (a5) being in the range from 15 to 70 degrees. - a heatable soleplate intended to be in contact with a textile (TXT) for treating the textile, said heatable soleplate comprising a soleplate opening (H), - a module (MD) comprising an image sensor for taking an image of the textile to be treated through said soleplate opening (H), and - a control unit configured for: a) executing an algorithm stored in said portable textile treatment device, using the taken image as an input of said algorithm, to obtain a classification of the textile, wherein said classification is defined as a fabric type of the textile, or a fabric level of delicateness for treating the textile, and b) controlling, based on said classification, at least one operating parameter of the portable textile treatment device, a) executing an algorithm stored in said portable textile treatment device, using the taken image as an input of said algorithm, to obtain a classification of the textile, wherein said classification is defined as a fabric type of the textile, or a fabric level of delicateness for treating the textile, and b) controlling, based on said classification, at least one operating parameter of the portable textile treatment device, - the module (MD) and the control unit are integrated within the portable textile treatment device, - the portable textile treatment device further comprises thermal insulation means arranged in-between said heatable soleplate and said module (MD) for insulating said module (MD) from heat dissipated by said heatable soleplate ,