mhurhangee/patent-ind-claim-en huggingface dataset:
An ostomy leak detection system comprising: a sensor device configured to detect one or more parameters or parameter values indicative of a condition of an ostomy product; and one or more auxiliary devices operably connected to the sensor device and configured to receive sensor information indicative of the condition of the ostomy product from the sensor device, wherein the one or more auxiliary devices includes at least one of monitoring device , a wearable device , a consumer electronic device and a server device , wherein the one or more of the auxiliary devices is configured to determine and/or receive an ostomy system information, wherein the one or more auxiliary devices are configured to determine characteristic information of an ostomy product based on the ostomy system information, and characterised in that the one or more auxiliary devices are configured to aggregate and store the ostomy system information and/or the characteristic information from a plurality of users and/or ostomy products. a sensor device configured to detect one or more parameters or parameter values indicative of a condition of an ostomy product; and one or more auxiliary devices operably connected to the sensor device and configured to receive sensor information indicative of the condition of the ostomy product from the sensor device, wherein the one or more auxiliary devices includes at least one of monitoring device , a wearable device , a consumer electronic device and a server device , wherein the one or more of the auxiliary devices is configured to determine and/or receive an ostomy system information, wherein the one or more auxiliary devices are configured to determine characteristic information of an ostomy product based on the ostomy system information, and characterised in that the one or more auxiliary devices are configured to aggregate and store the ostomy system information and/or the characteristic information from a plurality of users and/or ostomy products.
Use of an adhesive composition to improve adhesion between an extended tubular article and a corrosion protective system, wherein the adhesive composition comprises a polyolefin blend, wherein the polyolefin blend comprises 50 % to 100 % by weight of a polyisobutene and 0 % to 50 % by weight of one or more olefin polymers, based on the total weight of the polyolefin blend, wherein the polyisobutene has one or more of the following properties (a) to (e): (a) a glass transition temperature of lower than -50 °C determined by differential scanning calorimetry (DSC); (b) a number average molecular weight M n of 5.000 to 1.000.000; (c) a molecular weight distribution M w /M n of between 1 to 10; (d) a surface tension of less than 40 mN/m at 20 °C; or (e) a density between 0.90 to 0.95 g/cm 3 in accordance with ISO 1183; wherein the corrosion protection system comprises a polyisobutene having a glass transition temperature of less than -20 °C and a surface tension of less than 40 mN/m at a temperature above the glass transition temperature, 40 to 80 % by weight of a filler material, based on the total weight of the corrosion protecting system, and an anti-oxidant, wherein said anti-oxidant is selected from the group consisting of a primary and secondary antioxidant; and wherein the adhesive composition comprises 1 to 10 % by weight of a filler, based on the total weight of the adhesive composition. (a) a glass transition temperature of lower than -50 °C determined by differential scanning calorimetry (DSC); (b) a number average molecular weight M n of 5.000 to 1.000.000; (c) a molecular weight distribution M w /M n of between 1 to 10; (d) a surface tension of less than 40 mN/m at 20 °C; or (e) a density between 0.90 to 0.95 g/cm 3 in accordance with ISO 1183; wherein the corrosion protection system comprises a polyisobutene having a glass transition temperature of less than -20 °C and a surface tension of less than 40 mN/m at a temperature above the glass transition temperature, 40 to 80 % by weight of a filler material, based on the total weight of the corrosion protecting system, and an anti-oxidant, wherein said anti-oxidant is selected from the group consisting of a primary and secondary antioxidant; and wherein the adhesive composition comprises 1 to 10 % by weight of a filler, based on the total weight of the adhesive composition.
An oven comprising: a main body ; a cooking chamber inside of the main body and including a divider configured to divide the cooking chamber into a first cooking chamber and a second cooking chamber , wherein the second cooking chamber is disposed in an upper portion of the cooking chamber and the first cooking chamber is disposed in a lower portion of the cooking chamber; a first door rotatably coupled to the main body by a first hinge unit , and configured to open or close the cooking chamber, the first door including a door frame having an opening at a position corresponding to the second cooking chamber; and a second door rotatably coupled to the first door by a second hinge unit , and configured to open or close the opening, characterized in that the second hinge unit includes a hinge shaft positioned behind a front surface of the first door and below a lower end of the divider. a main body ; a cooking chamber inside of the main body and including a divider configured to divide the cooking chamber into a first cooking chamber and a second cooking chamber , wherein the second cooking chamber is disposed in an upper portion of the cooking chamber and the first cooking chamber is disposed in a lower portion of the cooking chamber; a first door rotatably coupled to the main body by a first hinge unit , and configured to open or close the cooking chamber, the first door including a door frame having an opening at a position corresponding to the second cooking chamber; and a second door rotatably coupled to the first door by a second hinge unit , and configured to open or close the opening, characterized in that the second hinge unit includes a hinge shaft positioned behind a front surface of the first door and below a lower end of the divider.
A rearview device, in particular in form of a mirror assembly , comprising a cover , a bezel , at least one reflective element , and at least one light, indicator and/or camera module with a housing , wherein the cover is detachably attached via a fastening arrangement, the fastening arrangement comprising: at least one locking element and at least one protrusion ; at least one retention element detachably restrained between the at least one protrusion and the at least one locking element ; and at least one aperture for accessing the at least one locking element , such that the at least one locking element is displaced by applying a force via an actuation tool inserted through the at least one aperture and twisted, wherein the at least one locking element has an actuation surface , such that the force applied on the actuation surface displaces the at least one locking element , wherein each locking element is flexible, wherein each locking element rotates about a fulcrum when the force is applied, and wherein the fulcrum of each locking element provides a springback force biasing a locking element edge towards a protrusion edge , characterized in that the at least one locking element and the at least one protrusion are provided by the housing of the light, indicator and/or camera module, the at least one retention element is provided by the cover , the at least one aperture is provided by the bezel , which cooperates with the cover , and the at least one locking element is deflected by a distance of 1.3 mm to 1.9 mm from the protrusion when the force is applied. at least one locking element and at least one protrusion ; at least one retention element detachably restrained between the at least one protrusion and the at least one locking element ; and at least one aperture for accessing the at least one locking element , such that the at least one locking element is displaced by applying a force via an actuation tool inserted through the at least one aperture and twisted, wherein the at least one locking element has an actuation surface , such that the force applied on the actuation surface displaces the at least one locking element , wherein each locking element is flexible, wherein each locking element rotates about a fulcrum when the force is applied, and wherein the fulcrum of each locking element provides a springback force biasing a locking element edge towards a protrusion edge , characterized in that the at least one locking element and the at least one protrusion are provided by the housing of the light, indicator and/or camera module, the at least one retention element is provided by the cover , the at least one aperture is provided by the bezel , which cooperates with the cover , and the at least one locking element is deflected by a distance of 1.3 mm to 1.9 mm from the protrusion when the force is applied.
A control system comprising: one or more processors; and one or more non-transitory computer-readable media storing computer-readable instructions that, when executed by the one or more processors, cause the one or more processors to: (a) measure static resistance and rolling resistance of a trailer without application of any braking force by service air brakes and emergency air brakes of the trailer; (b) apply an actuation level to the service air brakes of the trailer while releasing, if applied, the emergency air brakes of the trailer; (c) during (b), measure static resistance, rolling resistance, and/or acceleration rate of the trailer; and (d) determine an operational model for actuation of the service air brakes of the trailer based at least in part on the static resistances measured in (a) and (c), the rolling resistances measured in (a) and (c), and/or the acceleration rate measured in (c). one or more processors; and one or more non-transitory computer-readable media storing computer-readable instructions that, when executed by the one or more processors, cause the one or more processors to: (a) measure static resistance and rolling resistance of a trailer without application of any braking force by service air brakes and emergency air brakes of the trailer; (b) apply an actuation level to the service air brakes of the trailer while releasing, if applied, the emergency air brakes of the trailer; (c) during (b), measure static resistance, rolling resistance, and/or acceleration rate of the trailer; and (d) determine an operational model for actuation of the service air brakes of the trailer based at least in part on the static resistances measured in (a) and (c), the rolling resistances measured in (a) and (c), and/or the acceleration rate measured in (c). (a) measure static resistance and rolling resistance of a trailer without application of any braking force by service air brakes and emergency air brakes of the trailer; (b) apply an actuation level to the service air brakes of the trailer while releasing, if applied, the emergency air brakes of the trailer; (c) during (b), measure static resistance, rolling resistance, and/or acceleration rate of the trailer; and (d) determine an operational model for actuation of the service air brakes of the trailer based at least in part on the static resistances measured in (a) and (c), the rolling resistances measured in (a) and (c), and/or the acceleration rate measured in (c).
A drum brake system comprising: a back plate to which an anchor block is fixed; a brake drum configured to rotate together with a wheel; a pair of brake shoes arranged in the back plate with one end portions supported to the anchor block ; a wheel cylinder fixed to the back plate and configured to enlarge the brake shoes such that the brake shoes are in sliding contact with an inner periphery of the brake drum so as to obtain a service brake state; a parking brake lever configured to operate in correspondence to pulling of a brake cable so as to enlarge the brake shoes ; and an electric actuator coupled to the brake cable and configured to pull the brake cable so as to obtain a parking brake state, characterized in that a stopper configured to be in contact with the parking brake lever so as to restrain an operating end of the parking brake lever in the parking brake state is provided with a fixed member arranged in the back plate with being fixed to the back plate , wherein the stopper is configured to have elasticity, the fixed member is formed to have a thin plate shape so that the stopper is bent to exhibit elasticity upon contact of the parking brake lever .
Production method for a rotary permanently excited electrical machine, - wherein a stator of the electrical machine is produced, - wherein a rotor body of a rotor of the electrical machine is produced, - wherein magnet bodies which are composed of magnetizable, but not yet magnetized, material are positioned and fixed in the or on the rotor body , so that the magnet bodies are arranged in the region of poles of the rotor which are yet to be formed, - wherein electrical conductors are arranged around the poles of the rotor which are yet to be formed, - wherein the rotor body is fastened on a rotor shaft , - wherein the rotor shaft , including the rotor body with the not yet magnetized magnet bodies and the electrical conductors , is mounted in its subsequent operating position relative to the stator , - wherein, after the rotor shaft is mounted in its subsequent operating position relative to the stator , a pulse current (I) is applied to the electrical conductors and the poles of the rotor are formed in this way owing to magnetization of the magnet bodies , characterized in that the ends of the conductor or of the conductors are electrically connected to one another after the poles of the rotor are formed. - wherein a stator of the electrical machine is produced, - wherein a rotor body of a rotor of the electrical machine is produced, - wherein magnet bodies which are composed of magnetizable, but not yet magnetized, material are positioned and fixed in the or on the rotor body , so that the magnet bodies are arranged in the region of poles of the rotor which are yet to be formed, - wherein electrical conductors are arranged around the poles of the rotor which are yet to be formed, - wherein the rotor body is fastened on a rotor shaft , - wherein the rotor shaft , including the rotor body with the not yet magnetized magnet bodies and the electrical conductors , is mounted in its subsequent operating position relative to the stator , - wherein, after the rotor shaft is mounted in its subsequent operating position relative to the stator , a pulse current (I) is applied to the electrical conductors and the poles of the rotor are formed in this way owing to magnetization of the magnet bodies ,
A forceps comprising: an end effector assembly comprising: a first jaw having a tissue sealing surface and an electrode on the sealing surface; and a second jaw having a tissue sealing surface and an electrode on the sealing surface, wherein the first jaw and the second jaw move between an open position and a closed position, wherein the sealing surface of at least one of the first jaw and the second jaw has a flexible medial section and rigid lateral sections, wherein the medial section is proud of the lateral sections when the first jaw and the second jaw are in the open position, and wherein the medial section is raised from the lateral sections with a spring member (212A - 212D), characterized in that the medial section is electrically connected to a generator and a selective electrical contact (214A - 214D) electrically connects the lateral sections to the medial section when the first jaw and the second jaw move to the closed position such that the medial section compresses the spring member (212A - 212D) to make electrical contact with the lateral sections. a first jaw having a tissue sealing surface and an electrode on the sealing surface; and a second jaw having a tissue sealing surface and an electrode on the sealing surface, wherein the first jaw and the second jaw move between an open position and a closed position, wherein the sealing surface of at least one of the first jaw and the second jaw has a flexible medial section and rigid lateral sections, wherein the medial section is proud of the lateral sections when the first jaw and the second jaw are in the open position, and wherein the medial section is raised from the lateral sections with a spring member (212A - 212D),
A guard for providing a cut-resistant pathway through a body opening defining a tissue margin, the guard comprising: a sidewall having a tubular shape defining a central lumen extending along a longitudinal axis between a first end and a second end, the sidewall being made of cut-resistant mesh material having a plurality of interwoven thermoplastic polymer filaments (52a-52d) defining interstices in a tubular first layer of mesh material ; the sidewall being folded to create a fold at a distal end of the guard with the first end and the second end of the sidewall being adjacent to each other at a proximal end of the guard ; the folded sidewall forming a tubular second layer of mesh material substantially coaxial with the tubular first layer of mesh material .
A front airbag comprising an outer sheath formed by a front wall and a circumferential wall , wherein a fixing portion for securing the front airbag tightly to the vehicle is provided on the circumferential wall . and the front wall constitutes an impact surface for a vehicle occupant and at a peripheral edge is circumferentially connected to a first portion of a peripheral edge of the circumferential wall , wherein the length of the front wall peripheral edge is equal to the length of the first portion of the circumferential wall peripheral edge and at least a second and a third portion of the circumferential wall peripheral edge are connected to each other, wherein the front wall related to a mounting orientation has a longitudinal direction (L) which is defined by a lower and upper end of the front wall , and the front wall has a lateral bulge on one side with respect to the longitudinal direction (L) and is not mirror-symmetrical, characterized in that the first portion of the peripheral edge of the circumferential wall includes a lateral bulge being mirror-symmetrical to the lateral bulge of the front wall .
Hydraulic unit having a driving mechanism whose displacement volume is adjustable to two operational states through movement of a positionable adjustment element which itself can be positioned through movement of a servo piston of a servo unit into a first, initial position and a second, operated position, wherein a first front face of the servo piston opposes a second front face of the servo piston , wherein the first front face can be pressurized with pressurized hydraulic fluid for positioning the servo piston at one end of a servo cylinder of the servo unit , wherein the servo piston is of a stepped design thereby forming a ring-shaped damping surface opposing the first front face , wherein in the servo cylinder a ring-shaped shoulder surface is formed correspondingly and opposing the damping surface characterized in that a damping volume is formed in the servo cylinder by the damping surface , the shoulder surface and the servo cylinder , wherein the damping volume is drained via damping flow passages to a rear chamber of servo cylinder and subsequent to hydraulic reservoir or a tank or a sump .
A method, comprising, at an encoder : coding a first portion of a video sequence according to a first coding protocol generating a coded video sequence therefrom, decoding the coded video sequence according to the first coding protocol, decoding the coded video sequence according to an alternate coding protocol, wherein the alternate coding protocol, if used at a receiving decoder , may cause a loss of decoder state synchronization between the encoder and the receiving decoder, comparing , at said encoder, decoding performance of the first coding protocol to decoding performance of the alternate coding protocol, transmitting , by said encoder, in a channel to the receiving decoder, coded video data representing the video sequence coded according to the first coding protocol, and an indicator of relative performance of the alternate coding protocol; in response to an indication from the receiving decoder that the decoder selected, based on the transmitted indicator of relative performance, to decode the video sequence according to the alternate coding protocol, estimating , at said encoder, a state of the receiving decoder based on said decoding of the coded video sequence according to the alternate coding protocol at said encoder, and thereafter, coding a new portion of the video sequence according to the first coding protocol using the estimated state. coding a first portion of a video sequence according to a first coding protocol generating a coded video sequence therefrom, decoding the coded video sequence according to the first coding protocol, decoding the coded video sequence according to an alternate coding protocol, wherein the alternate coding protocol, if used at a receiving decoder , may cause a loss of decoder state synchronization between the encoder and the receiving decoder, comparing , at said encoder, decoding performance of the first coding protocol to decoding performance of the alternate coding protocol, transmitting , by said encoder, in a channel to the receiving decoder, coded video data representing the video sequence coded according to the first coding protocol, and an indicator of relative performance of the alternate coding protocol; in response to an indication from the receiving decoder that the decoder selected, based on the transmitted indicator of relative performance, to decode the video sequence according to the alternate coding protocol, estimating , at said encoder, a state of the receiving decoder based on said decoding of the coded video sequence according to the alternate coding protocol at said encoder, and thereafter, coding a new portion of the video sequence according to the first coding protocol using the estimated state.
A polyester polymer, which comprises constitutional units formed from a reaction mixture comprising one or more monomers of Formula (I): wherein: R 1 is -OH or -OR 2 ; R 2 is C 1-6 alkyl or C 1-6 oxyalkyl (as defined in the description); and X 1 is -(CH 2 ) 7 -. R 1 is -OH or -OR 2 ; R 2 is C 1-6 alkyl or C 1-6 oxyalkyl (as defined in the description); and X 1 is -(CH 2 ) 7 -.
Process for preparing a purified hydrochloric acid composition from a stream of a contaminated hydrochloric acid composition by a distillation treatment, wherein at least a first distillation column (A) is operated at a first pressure and a second distillation column (B) is operated at a second pressure, which second pressure is lower than the first pressure; wherein the contaminated hydrochloric acid composition comprises water, contaminants and hydrochloric acid in a first hydrochloric acid concentration of above the azeotropic composition of hydrochloric acid and water at the first pressure; wherein a part of the stream of the contaminated hydrochloric acid composition is fed into the first distillation column (A) to yield a first bottom product comprising water and hydrochloric acid with a hydrochloric acid concentration below the first hydrochloric acid concentration and a first top product comprising hydrochloric acid in a concentration above the azeotropic hydrochloric acid composition at the first pressure; wherein at least a portion of the first bottom product is passed to the second distillation column (B); wherein another part of the stream of the contaminated hydrochloric acid composition is fed into the second distillation column to yield a second top product comprising contaminants and water, and a second bottom product comprising water and hydrochloric acid; wherein at least a part of the second bottom product is recycled into the first distillation column (A); and wherein the first top product is recovered as purified hydrochloric acid composition.