mhurhangee/patent-ind-claim-en huggingface dataset:
A method of managing a power steering device for a vehicle , said power steering device comprising a steering wheel which allows a driver to maneuver said power steering device by exerting a force, called steering wheel torque (T3), on said steering wheel , as well as an assist motor intended to provide an assist force (T12) to assist the maneuver of said power steering device , said method being such that it comprises a step (a) of reconstructing a steering wheel torque during which the steering wheel torque (T3) is evaluated, as it is actually exerted by the driver on the steering wheel , by reconstructing a representative information of said steering wheel torque (T3), called estimated steering wheel torque (T3_estim), from data called « external data » (θ3, θ12, θ'3, θ'12) which are collected within the power steering device or within the vehicle , but excluding a steering wheel torque sensor specifically dedicated to measuring of said steering wheel torque, said external data comprising a value called steering wheel angle (θ3) representative of the angular position of the steering wheel , a value called motor angle (θ12) representative of the angular position of the shaft of the assist motor , as well as the time derivatives (θ'3, θ'12) of said steering wheel angle and said motor angle characterized in that , at step (a) of reconstructing a steering wheel torque, on the one hand, a value called steering wheel angle (θ3) representative of the angular position of the steering wheel , and on the other hand, a value called motor angle (θ12) representative of the angular position of the shaft of the assist motor are collected as external data, the difference, called relative displacement (Δθ), between the steering wheel angle and the motor angle is calculated, then the relative displacement (Δθ) is multiplied by a predetermined stiffness coefficient (K), so as to obtain a first component of the estimated steering wheel angle, called stiffness term (T3_stiff).
A video display module comprising: a circuit board having a front face and a rear face opposed the front face ; a plurality of light-emitting elements electrically coupled to the front face of the circuit board ; and a polymer encapsulating member adhered to and covering substantially all of the front face and substantially all of the rear face of the circuit board and the plurality of light-emitting elements , the polymer encapsulating member sealing substantially all of the front face and the rear face of the circuit board and the plurality of light-emitting elements . a circuit board having a front face and a rear face opposed the front face ; a plurality of light-emitting elements electrically coupled to the front face of the circuit board ; and a polymer encapsulating member adhered to and covering substantially all of the front face and substantially all of the rear face of the circuit board and the plurality of light-emitting elements , the polymer encapsulating member sealing substantially all of the front face and the rear face of the circuit board and the plurality of light-emitting elements .
Rechargeable battery comprising: an electrode assembly , a case for mounting the electrode assembly and an electrolyte solution therein, a cap plate for closing an opening of the case facing on one side the inside of the case and on the opposing side facing the exterior of the case , an electrolyte solution absorption member provided inside the case coupled to the cap plate , wherein the electrolyte solution absorption member is coupled to the cap plate on the lower surface of the cap plate facing the electrode assembly , and the cap plate comprises a vent hole and the electrolyte solution absorption member comprises a vent hole groove formed at a location corresponding to the location of the vent hole such that the vent hole is exposed within the case . an electrode assembly , a case for mounting the electrode assembly and an electrolyte solution therein, a cap plate for closing an opening of the case facing on one side the inside of the case and on the opposing side facing the exterior of the case , an electrolyte solution absorption member provided inside the case coupled to the cap plate , wherein the electrolyte solution absorption member is coupled to the cap plate on the lower surface of the cap plate facing the electrode assembly , and the cap plate comprises a vent hole and the electrolyte solution absorption member comprises a vent hole groove formed at a location corresponding to the location of the vent hole such that the vent hole is exposed within the case .
A threaded sleeve for anchoring structural elements such as formwork, brackets, scaffolding, guardrails and lifting equipment in a concrete building with the aid of a tying rod configured with a thread or a screw, wherein the threaded sleeve comprises a tubular base body having a cylindrical threaded bore and a cover plate which closes the threaded bore on one side, having the cylindrical threaded bore in the center of the tubular base body , into which threaded bolts such as, for example, tying rods can be screwed from one side, wherein means for non-positively or positively fitting and connecting a spacer tube having a central cylindrical bore are configured on the base body , characterized in that cross-pieces or rows of knobs or bulges are configured axially parallel to the axis A of the threaded sleeve and on the spacer tube on the casing thereof as means for fitting and connecting the spacer tube , and notches are recessed at the peripheral edges of the cross-pieces on the spacer tube and on the base body of the threaded sleeve at intervals, or in that notches are configured by intervals between the knobs or bulges, so that, after pushing the spacer tube onto the base body and by rotating the spacer tube , tangentially aligned hooks configured at the lower end of the spacer tube engage in the notches on the base body and can be latched therein.
An ostomy appliance comprising: first and second walls connected to each other at or near their peripheries, the first wall having a stoma-receiving opening ; a connection member connected to the first wall for attaching the appliance to a user; an aperture located in either of the first and/or second walls for permitting waste gases to exit the appliance ; a multi-layer filter positioned adjacent and covering the aperture on an exterior surface of the respective first and/or second wall , said multi-layer filter having only two layers, wherein a first layer of the filter is hydrophobic and wherein said hydrophobic layer is positioned directly adjacent the respective first and/or second wall , wherein the hydrophobic layer has a first side and a second side and wherein the first side is connected directly to the respective first and/or second wall , said connection holding the multi-layer filter relative to the wall , and wherein a second layer of the filter is a de-odorising layer positioned adjacent the hydrophobic layer . first and second walls connected to each other at or near their peripheries, the first wall having a stoma-receiving opening ; a connection member connected to the first wall for attaching the appliance to a user; an aperture located in either of the first and/or second walls for permitting waste gases to exit the appliance ; a multi-layer filter positioned adjacent and covering the aperture on an exterior surface of the respective first and/or second wall , said multi-layer filter having only two layers, wherein a first layer of the filter is hydrophobic and wherein said hydrophobic layer is positioned directly adjacent the respective first and/or second wall , wherein the hydrophobic layer has a first side and a second side and wherein the first side is connected directly to the respective first and/or second wall , said connection holding the multi-layer filter relative to the wall , and wherein a second layer of the filter is a de-odorising layer positioned adjacent the hydrophobic layer .
A method of manufacturing a sealant for a tire by vulcanizing a sealant composition containing diene rubber as a main component of a rubber component, the method comprising: a vulcanization step of vulcanizing the sealant composition that is unvulcanized; and characterised by a cutting step of cutting a rubber molecule in the rubber component by kneading at least the rubber component of components of the sealant composition that is unvulcanized at a temperature of 120°C or higher, the cutting step being performed before the vulcanization step and/or simultaneously with the vulcanization step. a vulcanization step of vulcanizing the sealant composition that is unvulcanized; and characterised by a cutting step of cutting a rubber molecule in the rubber component by kneading at least the rubber component of components of the sealant composition that is unvulcanized at a temperature of 120°C or higher, the cutting step being performed before the vulcanization step and/or simultaneously with the vulcanization step.
Cargo bike comprising a collapsible frame , the collapsible frame being adjustable between an elongate state (I) in which the collapsible frame positions a front and rear wheel of the cargo bike at a first distance (L1) along a longitudinal axis of the cargo bike , and a collapsed state (II) in which the collapsible frame positions the front and rear wheel at a second, smaller distance (L2) along the longitudinal axis of the cargo bike , a cargo holder for holding cargo that comprises a face that extends substantially transversely to the longitudinal axis , and wherein in the collapsed state (II) of the collapsible frame at least one of the wheels extends substantially transversely to the longitudinal axis of the cargo bike and at least partially overlaps with the substantially transversely extending face , characterised in that at least a portion of a wheel support structure of the cargo bike forms a pivotable portion of the collapsible frame , wherein said pivotable portion of the collapsible frame is hingedly connected to a remaining portion of the collapsible frame by means of at least one hinge so as to be pivotable about an upright axis that extends substantially transversely to the longitudinal axis of the cargo bike , wherein said at least one hinge is provided on the wheel support structure in between a wheel suspension of the rear wheel and a crank shaft of the cargo bike .
Method of paving a road surface , in particular renewing a road surface, comprising: spatial measurement of an existing road surface by means of a sensor ; creation of a digital target milling profile ; creation of a digital target height profile of a road surface to be paved and calculation of a layer thickness (Z1) based on the target milling profile and the target height profile ; at least partially automated control of a milling machine for milling an actual milling profile according to the specification of the target milling profile ; spatial measurement of the milled actual milling profile ; at least partially automated control of a road paver for paving the road surface in accordance with the specification of the target height profile . spatial measurement of an existing road surface by means of a sensor ; creation of a digital target milling profile ; creation of a digital target height profile of a road surface to be paved and calculation of a layer thickness (Z1) based on the target milling profile and the target height profile ; at least partially automated control of a milling machine for milling an actual milling profile according to the specification of the target milling profile ; spatial measurement of the milled actual milling profile ; at least partially automated control of a road paver for paving the road surface in accordance with the specification of the target height profile .
Method for the remote-controlled manoeuvring of a motor vehicle in a parking area by means of an infrastructure apparatus which is outside the vehicle and is in the parking area, having the following steps of: a) determining position data relating to the motor vehicle in the parking area ; b) setting up a communication channel starting from the infrastructure apparatus in the direction of the motor vehicle ; c) undertaking longitudinal guidance and lateral guidance of the motor vehicle via the communication channel in order to remotely control the motor vehicle ; d) manoeuvring the motor vehicle in the parking area on the basis of the position data relating to the motor vehicle , wherein steps a) to d) are carried out by the infrastructure apparatus in the parking area, characterized in that the motor vehicle is located in the parking area by means of the infrastructure apparatus by determining the position data at predetermined times, and the motor vehicle is manoeuvred in a remotely controlled manner along a predetermined movement path to a destination in the parking area , and in that the motor vehicle is located in the parking area by means of the infrastructure apparatus at least every 100 ms. a) determining position data relating to the motor vehicle in the parking area ; b) setting up a communication channel starting from the infrastructure apparatus in the direction of the motor vehicle ; c) undertaking longitudinal guidance and lateral guidance of the motor vehicle via the communication channel in order to remotely control the motor vehicle ; d) manoeuvring the motor vehicle in the parking area on the basis of the position data relating to the motor vehicle ,
An adjustable throttle pedal assembly , the adjustable throttle pedal assembly comprising a depressible throttle pedal , biased away from the depressed position, towards a rest position, and an electromagnetic brake , operable to adjust the force required to depress the throttle pedal , characterized in that the electromagnetic brake is adjustable to provide different customisable "pedal-weight" settings, to suit a driver's preferred force feedback.
An image processing apparatus , comprising: an acquisition unit configured to acquire image data in which a condition is captured where a sensor apparatus that outputs sensing data by sensing a state of a tool used at the time when handling a moving body is used; and an image processing unit configured to cause a target range of a detection process of the moving body included in the image data acquired by the acquisition unit to change in accordance with an analysis result of sensing data output by the sensor apparatus, characterised in that the image processing unit predicts a movement velocity of the moving body from an analysis result of sensing data to be output by the sensor apparatus, and sets the target range in which the moving body is predicted to move in accordance with the predicted movement velocity. an acquisition unit configured to acquire image data in which a condition is captured where a sensor apparatus that outputs sensing data by sensing a state of a tool used at the time when handling a moving body is used; and an image processing unit configured to cause a target range of a detection process of the moving body included in the image data acquired by the acquisition unit to change in accordance with an analysis result of sensing data output by the sensor apparatus, characterised in that the image processing unit predicts a movement velocity of the moving body from an analysis result of sensing data to be output by the sensor apparatus, and sets the target range in which the moving body is predicted to move in accordance with the predicted movement velocity.
A malodor control composition comprising an effective amount of a mixture of two or more volatile aldehydes for neutralizing a malodor, wherein said two or more volatile aldehydes are selected from the group consisting of 2-ethoxy benzylaldehyde, 2-isopropyl-5-methyl-2-hexenal, 5-methyl furfural, cinnamic aldehyde, floral super, florhydral, o-anisaldehyde, pino acetaldehyde, trans-4-decenal, and mixtures thereof.
A user equipment comprising: at least one processor , and at least one memory storing instructions that, when executed by the at least one processor , cause the user equipment to: receive, over a third generation partnership project, 3GPP, access, a notifying message regarding a non-3GPP access, wherein the user equipment is registered to a communication network simultaneously via the 3GPP access and via the non-3GPP access, and wherein the user equipment is in a connection management idle state over the non-3GPP access. at least one processor , and at least one memory storing instructions that, when executed by the at least one processor , cause the user equipment to: receive, over a third generation partnership project, 3GPP, access, a notifying message regarding a non-3GPP access, wherein the user equipment is registered to a communication network simultaneously via the 3GPP access and via the non-3GPP access, and wherein the user equipment is in a connection management idle state over the non-3GPP access.
A conveyor comprising: a conveyor belt having a plurality of electrically conductive rollers having axes of rotation, wherein the conveyor belt advances in a direction of belt travel; a magnetic-field source generating a primary magnetic field passing through the conveyor belt wherein the rollers are made of aluminum or copper so that the primary magnetic field is inducing a current in the electrically conductive rollers that produces a secondary magnetic field that interacts with the primary magnetic field to produce a force that rotates the electrically conductive rollers. a conveyor belt having a plurality of electrically conductive rollers having axes of rotation, wherein the conveyor belt advances in a direction of belt travel; a magnetic-field source generating a primary magnetic field passing through the conveyor belt wherein the rollers are made of aluminum or copper so that the primary magnetic field is inducing a current in the electrically conductive rollers that produces a secondary magnetic field that interacts with the primary magnetic field to produce a force that rotates the electrically conductive rollers.
A pulsed electromagnetic field system comprising: a pulsed electromagnetic field, EMF, device configured to generate an EMF pulse; and a second device comprising: a first coil loop; and a light generating unit electrically coupled to the first coil loop, wherein the first coil loop is configured to induce a first current in response to the EMF pulse, and wherein the light generating unit is arranged to receive at least some of the first current and emit a light pulse having an intensity proportional to the received current; characterised in that the second device comprises a second coil loop electrically coupled to the light generating unit, wherein the second coil loop is configured to induce a second current in response to the EMF pulse, wherein the light generating unit is arranged to receive at least some of the first current and the second current, wherein the first coil loop is arranged in a first plane and the second coil loop is in a second plane that is different to the first plane.
A sensory interactive system for remotely located items, comprising: - at least one pair of interactive items , at least one of which is adapted to be worn by a user, wherein each of said items has a rigid body accommodating internally thereof; - a microprocessor control unit having an internal clock and a computer program product with software code portions; - wireless connection means connected to their respective microprocessor control unit ; - a power source for supplying power to said microprocessor control unit and said connection means ; wherein said connection means are configured to be activated when the items are within a predetermined maximum distance (p) and wherein said clock is operative when said connection means are activated; characterized in that said clock is configured to start counting the duration of the time periods in which the items of said at least one pair are within said predetermined maximum distance (p) and to stop counting when the items of said pair are beyond said distance (p), said computer product being adapted to process and sum the lengths of the time periods as measured by said clock , said at least one wearable item comprising sensor means which are adapted to interact with the user and the outside environment for automatically detecting physical and position parameters, as well as transducer means for transducing the parameters detected by said sensor means into electrical signals (S I ), said sensor means and said transducer means being connected to their respective microprocessor control unit and said computer program product being configured to process said electrical signals (S I ) into digital data (D), said sensor means comprising means for detecting and monitoring physical parameters of the users before and after actuation of the respective clock . - at least one pair of interactive items , at least one of which is adapted to be worn by a user, wherein each of said items has a rigid body accommodating internally thereof; - a microprocessor control unit having an internal clock and a computer program product with software code portions; - wireless connection means connected to their respective microprocessor control unit ; - a power source for supplying power to said microprocessor control unit and said connection means ;
A method of producing a surgical material in the form of a coated mesh, a coated porous foam, a coated sponge, or a coated three-dimensional scaffold, the method comprising: providing a synthetic material substrate in the form of a mesh, a porous foam, a sponge, or a three-dimensional scaffold; selecting a collagen-containing tissue matrix; creating a slurry with the collagen-containing tissue matrix, wherein creating the slurry comprises: subjecting a portion of the collagen-containing tissue matrix to an acid swelling process to produce an acid-swelled tissue matrix; and mixing the acid-swelled tissue matrix with remaining collagen-containing tissue matrix to produce a slurry having between 5% and 35% by volume of the collagen-containing tissue matrix in the slurry as the acid-swelled tissue matrix; and embedding the synthetic material substrate in the slurry to form the surgical material. providing a synthetic material substrate in the form of a mesh, a porous foam, a sponge, or a three-dimensional scaffold; selecting a collagen-containing tissue matrix; creating a slurry with the collagen-containing tissue matrix, wherein creating the slurry comprises: subjecting a portion of the collagen-containing tissue matrix to an acid swelling process to produce an acid-swelled tissue matrix; and mixing the acid-swelled tissue matrix with remaining collagen-containing tissue matrix to produce a slurry having between 5% and 35% by volume of the collagen-containing tissue matrix in the slurry as the acid-swelled tissue matrix; and subjecting a portion of the collagen-containing tissue matrix to an acid swelling process to produce an acid-swelled tissue matrix; and mixing the acid-swelled tissue matrix with remaining collagen-containing tissue matrix to produce a slurry having between 5% and 35% by volume of the collagen-containing tissue matrix in the slurry as the acid-swelled tissue matrix; and embedding the synthetic material substrate in the slurry to form the surgical material.