mhurhangee/patent-ind-claim-en huggingface dataset:
A strap for a bag , the strap comprising: a main body having a first end attached to a first attachment location of the bag, a second end attached to a second attachment location of the bag, an inner edge extending between said first end and said second end, and an outer edge extending between said first end and said second end, said inner edge and said outer edge defining a perimeter of said main body, said main body having a core extending along the length of said main body and having a front surface and an opposite shoulder-engaging surface, said core including a first series of gaps and a second series of gaps disposed along a length of said main body; and a tension element extending between said first end and said second end, movable between a tightened state and a relaxed state, and including a first portion associated with a lower portion of said main body and traversing said first series of gaps along said inner edge of said main body, and a second portion associated with an upper portion of said main body and traversing said second series of gaps along said outer edge of said main body, said tension element applying a force on said first end and said second end in said tightened state to change the relative position of said first end and said second end, or to change a shape of said main body. a main body having a first end attached to a first attachment location of the bag, a second end attached to a second attachment location of the bag, an inner edge extending between said first end and said second end, and an outer edge extending between said first end and said second end, said inner edge and said outer edge defining a perimeter of said main body, said main body having a core extending along the length of said main body and having a front surface and an opposite shoulder-engaging surface, said core including a first series of gaps and a second series of gaps disposed along a length of said main body; and a tension element extending between said first end and said second end, movable between a tightened state and a relaxed state, and including a first portion associated with a lower portion of said main body and traversing said first series of gaps along said inner edge of said main body, and a second portion associated with an upper portion of said main body and traversing said second series of gaps along said outer edge of said main body, said tension element applying a force on said first end and said second end in said tightened state to change the relative position of said first end and said second end, or to change a shape of said main body.
A method of attaching a flexible screen to a cover plate, a surface on the outside of the cover plate is taken as a display surface, being characterized in that the method comprises: adhering a first adhesive film layer of a laminated adhesive film to a mounting surface of the cover plate (S11), wherein the laminated adhesive film comprises the first adhesive film layer, a second adhesive film layer and a second release layer, the second release layer being releasably attached to the second adhesive film layer, and the first adhesive film layer and the second release layer being respectively disposed on both sides of the second adhesive film layer; releasing the second release layer from the second adhesive film layer (S12); and adhering the second adhesive film layer to the flexible screen such that the mounting surface of the cover plate is attached to the flexible screen (S13). adhering a first adhesive film layer of a laminated adhesive film to a mounting surface of the cover plate (S11), wherein the laminated adhesive film comprises the first adhesive film layer, a second adhesive film layer and a second release layer, the second release layer being releasably attached to the second adhesive film layer, and the first adhesive film layer and the second release layer being respectively disposed on both sides of the second adhesive film layer; releasing the second release layer from the second adhesive film layer (S12); and adhering the second adhesive film layer to the flexible screen such that the mounting surface of the cover plate is attached to the flexible screen (S13).
Housing connecting device for connecting two housing sections or housing modules of a ventilation or air-conditioning system to each other, wherein there is provided - at least in each case two first connecting elements which can be fastened to the operating side and rear side of a first housing section or of a first housing module and each have at least one detent , and - at least in each case two second connecting elements which can be fastened to the operating side and rear side of an adjacent second housing section or of an adjacent second housing module and each have a latching tooth or two latching teeth for a preliminary latching position and a final latching position of the detent, - wherein the connecting elements can be attached either on the outer side or inner side of the housing sections or housing modules, characterized in that - one connecting element has one projection (V1) and two recesses (A1) and the other connecting element has two projections (V2) and one recess (A2) for an interlocking connection. - at least in each case two first connecting elements which can be fastened to the operating side and rear side of a first housing section or of a first housing module and each have at least one detent , and - at least in each case two second connecting elements which can be fastened to the operating side and rear side of an adjacent second housing section or of an adjacent second housing module and each have a latching tooth or two latching teeth for a preliminary latching position and a final latching position of the detent, - wherein the connecting elements can be attached either on the outer side or inner side of the housing sections or housing modules, characterized in that - one connecting element has one projection (V1) and two recesses (A1) and the other connecting element has two projections (V2) and one recess (A2) for an interlocking connection.
Toroidal current transducer comprising a housing , a ring-shaped magnetic field sensing unit mounted in the housing, and a central passage , the transducer comprising an essentially U- or V-shaped primary conductor unit provided as a separate component, said primary conductor unit comprising a dielectric body and a plurality of primary conductors for carrying a current to be measured held together within the dielectric body and being configured to be inserted through the central passage of the housing, characterized by the dielectric body being lockable to the housing by complementary locking members provided on the dielectric body and the housing, and wherein the dielectric body is a plastic body moulded over the primary conductors to form said essentially U- or V-shaped separate component.
A computer implemented method for differential traction drive and steering axis coordination for an autonomous device, comprising: initiating a steering motion based on a target autonomous device speed, and a steering rotational speed, characterized in that the method further comprises determining a left wheel starting speed based on the target autonomous device speed, a distance from a steering axle associated with the autonomous device to a center of the left traction wheel, and the steering rotational speed; determining a right wheel starting speed based on the target autonomous device speed, a distance from the steering axle to a center of the right traction wheel, and the steering rotational speed; and applying the left wheel starting speed and the right wheel starting speed. initiating a steering motion based on a target autonomous device speed, and a steering rotational speed, characterized in that the method further comprises determining a left wheel starting speed based on the target autonomous device speed, a distance from a steering axle associated with the autonomous device to a center of the left traction wheel, and the steering rotational speed; determining a right wheel starting speed based on the target autonomous device speed, a distance from the steering axle to a center of the right traction wheel, and the steering rotational speed; and applying the left wheel starting speed and the right wheel starting speed.
Sensor device for capacitive detection of a user action in a vehicle , having a sensor element which is designed as an electrical line element, the sensor element having: - an electrically conductive outer conductor element , - at least one insulation element for electrically insulating the outer conductor element , - an evaluation connection adaptation on the outer conductor element for electrically conductively connecting the outer conductor element to an evaluation device of the vehicle , whereby the detection is feasible, wherein a test connection adaptation is provided on the outer conductor element to test a functional test of the sensor device based on an electrical circuit with the outer conductor element , wherein the sensor element comprises an electrically conductive inner conductor element , and the at least one insulation element surrounds the inner conductor element for electrical insulation, wherein the inner conductor element is electrically insulated completely and on all sides. - an electrically conductive outer conductor element , - at least one insulation element for electrically insulating the outer conductor element , - an evaluation connection adaptation on the outer conductor element for electrically conductively connecting the outer conductor element to an evaluation device of the vehicle , whereby the detection is feasible, wherein a test connection adaptation is provided on the outer conductor element to test a functional test of the sensor device based on an electrical circuit with the outer conductor element , wherein the sensor element comprises an electrically conductive inner conductor element , and the at least one insulation element surrounds the inner conductor element for electrical insulation, wherein the inner conductor element is electrically insulated completely and on all sides.
A method for reconstructing a physiological signal of an artery/tissue/vein system of an organ in a surface space, said method being implemented by processing means of a processing unit of a functional imaging analysis system, and comprising a step for reconstructing said physiological signal from an experimental datum of a region of interest comprising an elementary volume-called voxel-of said organ and a surface mesh describing said surface space, said method being characterized in that said step consists of evaluating , according to a method for solving an inverse problem, an a posteriori marginal distribution for said physiological signal in a vertex of said mesh by: - assigning a direct probability distribution of the experimental datum in said surface space knowing the parameters involved in the reconstruction problem of the physiological signal of the artery/tissue/vein dynamic system for the voxel in question; - jointly assigning an a priori spatial probability distribution of said physiological signal by introducing a priori information relative to a characteristic of the experimental datum and/or a priori information relative to a property of the artery/tissue/vein dynamic system; - jointly assigning an a priori temporal probability distribution of said physiological signal by introducing a priori information relative to the impulse response of said artery/tissue/vein dynamic system. - assigning a direct probability distribution of the experimental datum in said surface space knowing the parameters involved in the reconstruction problem of the physiological signal of the artery/tissue/vein dynamic system for the voxel in question; - jointly assigning an a priori spatial probability distribution of said physiological signal by introducing a priori information relative to a characteristic of the experimental datum and/or a priori information relative to a property of the artery/tissue/vein dynamic system; - jointly assigning an a priori temporal probability distribution of said physiological signal by introducing a priori information relative to the impulse response of said artery/tissue/vein dynamic system.
A method for metering a granular calcium-based feed additive in stalls for poultry, particularly laying hens, feed being conveyed from a silo, optionally via an intermediate container , via a feed conveying line to a feed chain , characterized in that the calcium-based feed additive by means of a metering device - is metered directly onto the feed chain regardless of the metering of the feed , and/or - is metered to the feed , wherein the calcium-based feed additive is added after the intermediate container for the feed into the feed conveying line , in which the feed is conveyed directly to the feed chain , whereby the poultry on the feed chain are alternately administered feed with and without calcium-based feed additive , wherein the metering device comprises a storage container for the calcium-based feed additive having a first, upper opening and a second, lower opening , and - a stirring element , - an outlet valve , - a conveying element , and optionally at least one guide element . - is metered directly onto the feed chain regardless of the metering of the feed , and/or - is metered to the feed , wherein the calcium-based feed additive is added after the intermediate container for the feed into the feed conveying line , in which the feed is conveyed directly to the feed chain , - a stirring element , - an outlet valve , - a conveying element ,
Turbine engine mechanical reduction gear , in particular of an aircraft, the reduction gear comprising: - a sun gear having an axis of rotation (X), - a ring gear which extends around the sun gear and which is configured to be immobile in rotation about said axis (X), - planetary gears which are meshed with the sun gear and the ring gear and which are supported by a planetary carrier which is configured to be mobile in rotation about said axis (X), - a lubrication oil distributor which comprises a stator portion immobile in rotation and a rotating integral rotor portion of said planetary carrier, and - at least one annular oil deflector which is integral with the ring gear , characterised in that said stator portion of the distributor is integral with said deflector . - a sun gear having an axis of rotation (X), - a ring gear which extends around the sun gear and which is configured to be immobile in rotation about said axis (X), - planetary gears which are meshed with the sun gear and the ring gear and which are supported by a planetary carrier which is configured to be mobile in rotation about said axis (X), - a lubrication oil distributor which comprises a stator portion immobile in rotation and a rotating integral rotor portion of said planetary carrier, and - at least one annular oil deflector which is integral with the ring gear ,
Explosive device for the deployment of at least one pyrotechnic effect charge, having a surrounding casing , having two ends which are formed by the casing , having a cover which covers one of the ends, wherein the other end is covered by a brake cover , wherein the brake cover has at least one hole, wherein a brake loop is provided, wherein the brake loop is guided through the hole in the brake cover and wherein the cover is combustible in design or the cover has at least one ignition bore , in order to ignite the pyrotechnic effect charge.
Assembly for producing energy in a marine environment, comprising: - anchoring means intended to be secured to a seabed ; - a floating wind turbine comprising a turbine having a fixed rotation axis (A-A) of a rotor with respect to a floating structure of the floating wind turbine , the floating wind turbine being linked to the anchoring means and being intended to pivot around them in such a way that the rotation axis (A-A) of the turbine is substantially parallel to a wind direction (V), - means for detecting the wind direction (V); characterized in that it comprises: - means for detecting an orientation of the floating wind turbine with respect to the wind direction (V); - means for detecting an inclination of the floating wind turbine about an axis parallel to the rotation axis (A-A) of the rotor of the turbine ; - means for controlling the inclination of the floating wind turbine ; - a computing unit , intended to receive information from the means for determining the wind direction (V), means for detecting the inclination of the floating wind turbine , and means for detecting the orientation of the floating wind turbine with respect to the wind direction (V), so as to transmit an instruction to the means for controlling the inclination of the floating wind turbine and to modify the orientation of the floating wind turbine with respect to the wind direction (V). - anchoring means intended to be secured to a seabed ; - a floating wind turbine comprising a turbine having a fixed rotation axis (A-A) of a rotor with respect to a floating structure of the floating wind turbine , the floating wind turbine being linked to the anchoring means and being intended to pivot around them in such a way that the rotation axis (A-A) of the turbine is substantially parallel to a wind direction (V), - means for detecting the wind direction (V); - means for detecting an orientation of the floating wind turbine with respect to the wind direction (V); - means for detecting an inclination of the floating wind turbine about an axis parallel to the rotation axis (A-A) of the rotor of the turbine ; - means for controlling the inclination of the floating wind turbine ; - a computing unit , intended to receive information from the means for determining the wind direction (V), means for detecting the inclination of the floating wind turbine , and means for detecting the orientation of the floating wind turbine with respect to the wind direction (V), so as to transmit an instruction to the means for controlling the inclination of the floating wind turbine and to modify the orientation of the floating wind turbine with respect to the wind direction (V).
A receiver comprising: a load modulator configured to transmit an active load modulation signal (S2) generated by active load modulation to a reader writer , in response to a carrier signal (S1) transmitted from the reader writer ; and a controller configured to determine whether the active load modulation signal (S2) has reached the reader writer , and to control the load modulator to retransmit the active load modulation signal (S2), after changing a phase of the active load modulation signal (S2) with respect to the carrier signal (S1), in a case where the controller determines that the active load modulation signal (S2) has not reached the reader writer . a load modulator configured to transmit an active load modulation signal (S2) generated by active load modulation to a reader writer , in response to a carrier signal (S1) transmitted from the reader writer ; and a controller configured to determine whether the active load modulation signal (S2) has reached the reader writer , and to control the load modulator to retransmit the active load modulation signal (S2), after changing a phase of the active load modulation signal (S2) with respect to the carrier signal (S1), in a case where the controller determines that the active load modulation signal (S2) has not reached the reader writer .
A method for the production of phenol, acetone and alpha-methyl styrene from a mixture of cumene hydroperoxide and dimethylbenzyl alcohol, which comprises: a first stage reaction with an acetone to phenol mole ratio of 1.0 - 1.5, a water content of 0.5 to 1.5 wt.%, a sulfuric acid concentration of 300-350 ppm, a reactor pressure of 60 - 67 kPa (450 - 500 mm Hg), a temperature of 78 - 80 °C, and a residence time of 5 - 6 minutes; and a second stage reaction in a plug flow reactor maintained at 110 - 150 °C with a residence time of 0.5 to 30.0 minutes; wherein 0.5 to 3 wt.% additional water is added prior to the plug flow reactor. a first stage reaction with an acetone to phenol mole ratio of 1.0 - 1.5, a water content of 0.5 to 1.5 wt.%, a sulfuric acid concentration of 300-350 ppm, a reactor pressure of 60 - 67 kPa (450 - 500 mm Hg), a temperature of 78 - 80 °C, and a residence time of 5 - 6 minutes; and a second stage reaction in a plug flow reactor maintained at 110 - 150 °C with a residence time of 0.5 to 30.0 minutes; wherein 0.5 to 3 wt.% additional water is added prior to the plug flow reactor.
A laminate comprising: a substrate that contains an organic polymer having a functional group; a functional layer formed on at least a part of a surface of the substrate, said functional layer is an atomic layer deposition film bonded to the functional group present on the surface of the substrate, wherein the functional layer is made of Al 2 O 3 ; and an overcoat layer formed on the functional layer and made of an inorganic film; and the organic polymer is polyimide, characterized in that the inorganic film is a Ta 2 O 5 film. a functional layer formed on at least a part of a surface of the substrate, said functional layer is an atomic layer deposition film bonded to the functional group present on the surface of the substrate, wherein the functional layer is made of Al 2 O 3 ; and an overcoat layer formed on the functional layer and made of an inorganic film; and the organic polymer is polyimide, characterized in that the inorganic film is a Ta 2 O 5 film.
An adjustable hip component for a legged mobility device, the hip component comprising: a hip body ; and a hip insert assembly attached to the hip body for adjusting a size of the hip component; the hip insert assembly comprising: a carrier assembly mounted to the hip body ; a main insert assembly spaced apart from the carrier assembly ; and a plurality of adjustment screws that each is connected at a first end to the carrier assembly , and that each is connected at a second end opposite from the first end to the main insert assembly ; wherein the carrier assembly includes an adjustment mechanism to effect simultaneous translational movement of the plurality of adjustment screws in a common direction to move the main insert assembly either closer to or farther from the carrier assembly to adjust the size of the hip component . a hip body ; and a hip insert assembly attached to the hip body for adjusting a size of the hip component; the hip insert assembly comprising: a carrier assembly mounted to the hip body ; a main insert assembly spaced apart from the carrier assembly ; and a plurality of adjustment screws that each is connected at a first end to the carrier assembly , and that each is connected at a second end opposite from the first end to the main insert assembly ; wherein the carrier assembly includes an adjustment mechanism to effect simultaneous translational movement of the plurality of adjustment screws in a common direction to move the main insert assembly either closer to or farther from the carrier assembly to adjust the size of the hip component . a carrier assembly mounted to the hip body ; a main insert assembly spaced apart from the carrier assembly ; and a plurality of adjustment screws that each is connected at a first end to the carrier assembly , and that each is connected at a second end opposite from the first end to the main insert assembly ; wherein the carrier assembly includes an adjustment mechanism to effect simultaneous translational movement of the plurality of adjustment screws in a common direction to move the main insert assembly either closer to or farther from the carrier assembly to adjust the size of the hip component .