mhurhangee/ep-ind-claims huggingface dataset:
Tyre for a heavy vehicle of construction plant type comprising two beads intended to come into contact with a rim (6, 26), a carcass reinforcement comprising at least one carcass reinforcement layer (1, 21) made up of metallic reinforcing elements, the carcass reinforcement layer comprising a main part (1a, 21a) wrapped, within each bead, from the inside towards the outside of the tyre, around a bead wire (4, 24) to form a turn-up (1b, 21b), the distance (d) between the turn-up (1b, 21b) and the main part (1a, 21a) decreasing continuously, radially towards the outside, from the bead wire (4, 24), as far as a minimum distance (d 1), then increasing continuously as far as a maximum distance (d 2), the turn-up (1b, 21b) comprising an end (E 1, E 21) covered by an edging element (2, 22) made of a polymer edging material, each bead comprising a filling element (3, 23) extending the bead wire (4, 24) radially towards the outside and made of at least one polymer filling material (3a, 3b, 23a, 23b), the polymer filling material (3b, 23b) in contact with the edging element (2, 22) having an elastic modulus at 10% elongation that is lower than the elastic modulus at 10% elongation of the polymer edging material, where a transition element, made of a polymer transition material, is at least partially in contact, on its axially outer face, with the polymer edging material and, on its axially inner face, with a polymer filling material, where the radially outer (E 25) and radially inner (I 25) ends of the transition element are respectively radially on the outside and radially on the inside of the end (E 21) of the turn-up and where the elastic modulus at 10% elongation of the polymer transition material is somewhere between the respective elastic moduluses at 10% elongation of the polymer edging material and of the polymer filling material with which the transition element is in contact.
A deflector structure for a sunroof device, comprising: a fixed part that is fixed to a vehicle body; an affected part that is arranged anterior to the fixed part and is affected by onrushing air; and an arm portion that has one end pivotally connected to the fixed part and the other end holding the affected part, and is vertically pivoted about the fixed part; wherein the deflector structure further comprises: a lock member that has one end pivotally connected to the arm portion and the other end pivoted in conjunction with the arm portion being pivoted, wherein the lock member is raised, with the other end thereof being in contact with the fixed part, at a predetermined pivot position, to lock the arm portion against being pivoted toward the fixed part; characterised in that the lock member has a curved surface on the other end thereof to have a convex downward shape in a raised state, while the fixed part is formed to include a contact surface having a curved surface in a concave downward shape. a fixed part that is fixed to a vehicle body; an affected part that is arranged anterior to the fixed part and is affected by onrushing air; and an arm portion that has one end pivotally connected to the fixed part and the other end holding the affected part, and is vertically pivoted about the fixed part; wherein the deflector structure further comprises: a lock member that has one end pivotally connected to the arm portion and the other end pivoted in conjunction with the arm portion being pivoted, wherein the lock member is raised, with the other end thereof being in contact with the fixed part, at a predetermined pivot position, to lock the arm portion against being pivoted toward the fixed part; characterised in that the lock member has a curved surface on the other end thereof to have a convex downward shape in a raised state, while the fixed part is formed to include a contact surface having a curved surface in a concave downward shape. a lock member that has one end pivotally connected to the arm portion and the other end pivoted in conjunction with the arm portion being pivoted, wherein the lock member is raised, with the other end thereof being in contact with the fixed part, at a predetermined pivot position, to lock the arm portion against being pivoted toward the fixed part; characterised in that the lock member has a curved surface on the other end thereof to have a convex downward shape in a raised state, while the fixed part is formed to include a contact surface having a curved surface in a concave downward shape.
An optical particulate detection system for an aircraft, the optical particulate detection system comprising: an optical particulate detector comprising at least two optical sources and at least one optical sensor distributed in series with respect to a flow path of a component surface of the aircraft; and a controller configured to: interface with the optical particulate detector; monitor the at least one optical sensor; and characterize one or more particles of foreign object debris based on a pulse width, an amplitude, and two or more scattering ratios determined with respect to light emitted from the at least two optical sources, wherein the pulse width provides a measurement of foreign object debris size and the amplitude is used for discrimination of hard foreign object debris from particulates. an optical particulate detector comprising at least two optical sources and at least one optical sensor distributed in series with respect to a flow path of a component surface of the aircraft; and a controller configured to: interface with the optical particulate detector; monitor the at least one optical sensor; and characterize one or more particles of foreign object debris based on a pulse width, an amplitude, and two or more scattering ratios determined with respect to light emitted from the at least two optical sources, wherein the pulse width provides a measurement of foreign object debris size and the amplitude is used for discrimination of hard foreign object debris from particulates. interface with the optical particulate detector; monitor the at least one optical sensor; and characterize one or more particles of foreign object debris based on a pulse width, an amplitude, and two or more scattering ratios determined with respect to light emitted from the at least two optical sources, wherein the pulse width provides a measurement of foreign object debris size and the amplitude is used for discrimination of hard foreign object debris from particulates.
Gas turbine stage having a rotor blade arrangement having several rotor blades and an adjacent guide blade arrangement having several guide blades, having guide blade front edges (2. 1) which are opposite the rotor blade arrangement, characterised in that in a first radial position of a front face (1.2) of the rotor blade arrangement, a minimum axial gap between the rotor blade and guide blade arrangement is formed between this front face and a first contact region (K a), located opposite this, of at least one of the guide blade front edges, and in a different, second radial position of the front face, the minimum axial gap is formed between the front face and a second contact region (K i), located opposite this, of this guide blade front edge, wherein this guide blade front edge between the first and the second contact regions has an axial displacement of maximum 0.6% of a radial height of the guide blade front edge.
Handlebar fastener for a switchgear unit, comprising an adapter device for receiving the switchgear unit and a fastening device for fastening the adapter device to the handlebar tube of a handlebar-guided vehicle, wherein the adapter device has a torque support device, which is arranged and designed in such a way that the torque support device is supported eccentrically on the handlebar tube when the adapter device is fastened to the handlebar tube by the fastening device, in such a way that forces introduced into the adapter device during actuation of the switchgear unit are introduced directly into the handlebar tube, wherein the torque support device extends over an angular range which is completely below a plane which extends through the center of the handlebar tube and parallel to the direction of the force which is applied to the switchgear unit during switching.
A power assisted steering system for a motor driven road vehicle, the system including assist torque signal generating means arranged to generate an assist torque signal for the steering system in response to the driver's applied torque and sensed vehicle speed and effective to decrease the driver's steering effort, and a means for generating a haptic torque based on a lateral acceleration torque value determined by vehicle lateral acceleration which is arranged to be added to the assist torque signal such that when vehicle lateral acceleration builds up, corresponding to tighter cornering of the vehicle, the haptic torque added to the assist torque signal increases the effective road reaction feedback sensed by the driver corresponding to the increase in cornering forces generated by the tyres of the vehicle.
A method for operating a technological device of automation technology such as a controller, sensor or actor by a mobile device such as a smartphone, tablet or PDA wherein information is exchanged via a wireless communication connection between the technological device and the mobile device, characterized in that the mobile device transmits, after the establishing of the wireless communication connection, a function list of available external functions and/or available external software components to the technological device and that the at least one available external function and/or available external software component is added to an internal function list of already available internal functions or software components of the technological device, wherein in a runtime environment of the mobile device at least one software component which can be invoked by the technological device for executing one or more functions is hosted, and that the at least one software component is invoked via the wireless communication connection by a function invocation of the technological device and is executed and used in the runtime environment of the mobile device.
Bodywork element of a motor vehicle, comprising two main walls (21; 22) that extend in a transverse direction of the vehicle and form an angle of between 60 and 120°, notably substantially a right angle, with one another as seen in a view parallel to this direction, and at least one shaped feature that is disposed in abutment between the two main walls (21; 22) and is provided with a secondary sloped wall that forms an angle of between 5° and 60° with each of the main walls (21; 22), characterized in that the secondary wall holds a wiring ring that allows a cable to pass through the secondary wall.
A method of analyzing the degree of abnormality of retinal tissue in a patient's eye comprising: collecting measurements of the retina of the patient's eye using one diagnostic test from one diagnostic instrument; applying a conversion function to the measurements that modifies the spatial distribution and measurement scale of the collected measurements to match the spatial distribution and measurement scale of a second diagnostic test collected with a second diagnostic instrument; comparing the functional output for the patient to a probability distribution created from measurements on normal subjects to indicate a likelihood of normality; and displaying the state of the functional output relative to normal on a graphical display. collecting measurements of the retina of the patient's eye using one diagnostic test from one diagnostic instrument; applying a conversion function to the measurements that modifies the spatial distribution and measurement scale of the collected measurements to match the spatial distribution and measurement scale of a second diagnostic test collected with a second diagnostic instrument; comparing the functional output for the patient to a probability distribution created from measurements on normal subjects to indicate a likelihood of normality; and displaying the state of the functional output relative to normal on a graphical display.
Composite comprising a) 25 to 92.5 wt.-%, based on the total weight of the composite, of a polypropylene base material having a melt flow rate MFR 2 (230 °C, 2.16 kg) measured according to ISO 1133 in the range of from 3.0 to 140.0 g/10 min, wherein the polypropylene base material is i) a heterophasic propylene copolymer (HECO) comprising a (semicrystalline) polypropylene as a matrix in which an elastomeric propylene copolymer is dispersed; or ii) a propylene homopolymer (hPP); and b) 5 to 50 wt.-%, based on the total weight of the composite, of a glass fiber or carbon fiber; and c) 2.5 to 25 wt.-%, based on the total weight of the composite, of a polymer-based fiber having a melting temperature of ≥ 210 °C, wherein the amount of the polymer-based fiber is below the amount of the glass fiber or carbon fiber. a) 25 to 92.5 wt.-%, based on the total weight of the composite, of a polypropylene base material having a melt flow rate MFR 2 (230 °C, 2.16 kg) measured according to ISO 1133 in the range of from 3.0 to 140.0 g/10 min, wherein the polypropylene base material is i) a heterophasic propylene copolymer (HECO) comprising a (semicrystalline) polypropylene as a matrix in which an elastomeric propylene copolymer is dispersed; or ii) a propylene homopolymer (hPP); and i) a heterophasic propylene copolymer (HECO) comprising a (semicrystalline) polypropylene as a matrix in which an elastomeric propylene copolymer is dispersed; or ii) a propylene homopolymer (hPP); and b) 5 to 50 wt.-%, based on the total weight of the composite, of a glass fiber or carbon fiber; and c) 2.5 to 25 wt.-%, based on the total weight of the composite, of a polymer-based fiber having a melting temperature of ≥ 210 °C,
An MEMS microphone, comprising a substrate and comprising a vibrating diaphragm and a back electrode which are located above the substrate, wherein a plurality of comb tooth parts are formed in edge positions of the vibrating diaphragm, the plurality of comb tooth parts are distributed in a peripheral direction of the vibrating diaphragm at intervals, a position between every two adjacent comb tooth parts on the vibrating diaphragm is connected to the substrate via an insulating layer; and the comb tooth parts on the vibrating diaphragm are at least partially overlapped with the substrate, characterised in that a clearance exists between the comb tooth parts and the substrate and is configured as an airflow circulation channel for airflows to pass by radially to the outside of the MEMS microphone.
A method of obtaining motion picture footage of a moving object within a surveyed environment or known environment (34, 76), including the steps of: capturing a dynamic primary image of said object using a first motion picture camera; and capturing a plurality of dynamic halo images (26a, 26b) that substantially extend around said primary image using a plurality of second motion picture cameras (24a, 24b), wherein the size of the primary image and the halo images (26a, 26b) retain a proportional relationship and wherein said first and second motion picture cameras (12, 24a, 24b) being controlled such that the position of the halo images (26a, 26b) relative to the primary image can be altered; characterised in that a synchronised computer generated map is created of said surveyed environment or known environment (34, 76), and a track node, comprising a series of coordinates within said map, replicates within said map the actual movement of said moving object across said surveyed or known environment (34, 76), said map including a bias zone or bias zones, wherein the position of the plurality of dynamic halo images (26a, 26b) relative to the dynamic primary image, is dependent upon the position of the track node within the bias zone or zones. capturing a dynamic primary image of said object using a first motion picture camera; and capturing a plurality of dynamic halo images (26a, 26b) that substantially extend around said primary image using a plurality of second motion picture cameras (24a, 24b), wherein the size of the primary image and the halo images (26a, 26b) retain a proportional relationship and wherein said first and second motion picture cameras (12, 24a, 24b) being controlled such that the position of the halo images (26a, 26b) relative to the primary image can be altered; characterised in that a synchronised computer generated map is created of said surveyed environment or known environment (34, 76), and a track node, comprising a series of coordinates within said map, replicates within said map the actual movement of said moving object across said surveyed or known environment (34, 76), said map including a bias zone or bias zones, wherein the position of the plurality of dynamic halo images (26a, 26b) relative to the dynamic primary image, is dependent upon the position of the track node within the bias zone or zones.
A process for producing monochloroacetic acid from glycolic acid, the process comprising: in an absorption step, contacting a liquid medium comprising glycolic acid and water with a hydrogen chloride-containing gas stream, resulting in the formation of a liquid medium into which hydrogen chloride has been absorbed, and in a reaction step, reacting the glycolic acid with the absorbed hydrogen chloride at a temperature of from about 120 °C to about 180 °C and at an absolute pressure of from about 0.5 MPa to about 2 MPa, thereby providing a liquid medium comprising monochloroacetic acid, wherein the hydrogen chloride-containing gas stream is provided during at least part of the absorption step and at least part of the reaction step in a continuous manner or intermittently in at least 2 portions. in an absorption step, contacting a liquid medium comprising glycolic acid and water with a hydrogen chloride-containing gas stream, resulting in the formation of a liquid medium into which hydrogen chloride has been absorbed, and in a reaction step, reacting the glycolic acid with the absorbed hydrogen chloride at a temperature of from about 120 °C to about 180 °C and at an absolute pressure of from about 0.5 MPa to about 2 MPa, thereby providing a liquid medium comprising monochloroacetic acid, wherein the hydrogen chloride-containing gas stream is provided during at least part of the absorption step and at least part of the reaction step in a continuous manner or intermittently in at least 2 portions.
A quenching apparatus for the cooling of a heat treated workload comprising: a cylindrical vessel that includes a base and an upper housing, means for supporting a workload of heat treated parts within said vessel; a removable cover having a cylindrical portion that is open at a lower end thereof and a domed portion, said removable cover being affixed to the upper housing of the cylindrical vessel whereby said removable cover provides a cup-shaped recess; vertical supports for supporting said removable cover above said upper housing in spaced vertical coaxial relation such that a passageway is defined between said cylindrical vessel and said removable cover; a cylindrical door positioned coaxially with said base and upper housing within said cylindrical vessel; and an actuator coupled to said cylindrical door for moving said door between an open position inside said removable cover and a closed position wherein said door extends between said upper housing and said base for closing the opening to thereby provide a quenching chamber. a cylindrical vessel that includes a base and an upper housing, means for supporting a workload of heat treated parts within said vessel; a removable cover having a cylindrical portion that is open at a lower end thereof and a domed portion, said removable cover being affixed to the upper housing of the cylindrical vessel whereby said removable cover provides a cup-shaped recess; vertical supports for supporting said removable cover above said upper housing in spaced vertical coaxial relation such that a passageway is defined between said cylindrical vessel and said removable cover; a cylindrical door positioned coaxially with said base and upper housing within said cylindrical vessel; and an actuator coupled to said cylindrical door for moving said door between an open position inside said removable cover and a closed position wherein said door extends between said upper housing and said base for closing the opening to thereby provide a quenching chamber.
A computer-implemented method, comprising providing a publisher 2. with a privacy control user interface that includes one or more controls that enable the publisher to assign one privacy wall to each domain-purpose pair wherein a domain-purpose pair comprises a combination of an online domain that can collect user data and a purpose for which that user data is potentially used and wherein a privacy wall allows, in its active state electronic transmission of electronic content of a domain of a domain-purpose pair associated with the privacy wall; determining that the publisher has created, via the privacy control user interface, an additional privacy wall for a specific domain-purpose pair that already has an existing privacy wall; in response to determining that the publisher has created the additional privacy wall, restricting the specific domain-purpose pair to a single active privacy wall, by: enabling only one of the existing privacy wall and the additional privacy wall to be in an active state at any given time; and maintaining any privacy wall that is not in the active state in an inactive state; detecting a transition of a specific privacy wall from the inactive state to the active state; in response to detecting the transition of the specific privacy wall from the inactive state to the active state, transitioning a different privacy wall from the active state to the inactive state. providing a publisher 2. with a privacy control user interface that includes one or more controls that enable the publisher to assign one privacy wall to each domain-purpose pair wherein a domain-purpose pair comprises a combination of an online domain that can collect user data and a purpose for which that user data is potentially used and wherein a privacy wall allows, in its active state electronic transmission of electronic content of a domain of a domain-purpose pair associated with the privacy wall; determining that the publisher has created, via the privacy control user interface, an additional privacy wall for a specific domain-purpose pair that already has an existing privacy wall; in response to determining that the publisher has created the additional privacy wall, restricting the specific domain-purpose pair to a single active privacy wall, by: enabling only one of the existing privacy wall and the additional privacy wall to be in an active state at any given time; and maintaining any privacy wall that is not in the active state in an inactive state; enabling only one of the existing privacy wall and the additional privacy wall to be in an active state at any given time; and maintaining any privacy wall that is not in the active state in an inactive state; detecting a transition of a specific privacy wall from the inactive state to the active state; in response to detecting the transition of the specific privacy wall from the inactive state to the active state, transitioning a different privacy wall from the active state to the inactive state.