mhurhangee/ep-ind-claims huggingface dataset:
A capture apparatus to be arranged on a motor vehicle, preferably to be arranged on a motor vehicle front of the motor vehicle, having at least one holding structure for mounting on the motor vehicle, wherein the at least one holding structure has at least one capture element (401, 501, 601) for capturing a roadway topography (106, 107, 108) located in front of the motor vehicle in the travel direction and below a water surface, to capture obstacles (107, 108) and/or a water depth, characterized in that a) the at least one capture element (401, 501, 601) comprises a scanning wheel, preferably - a rotatable star wheel, or - a rotatable capture wheel, and/or b) the at least one capture element (401, 501, 601) comprises a rotatable scanning sphere and preferably the scanning sphere is housed in sections in a sphere housing. a) the at least one capture element (401, 501, 601) comprises a scanning wheel, preferably - a rotatable star wheel, or - a rotatable capture wheel, and/or - a rotatable star wheel, or - a rotatable capture wheel, and/or b) the at least one capture element (401, 501, 601) comprises a rotatable scanning sphere and preferably the scanning sphere is housed in sections in a sphere housing.
A golf club support comprising: an elongate shaft, having a first and a second end; a ground engaging member, positioned towards said first end; a golf club rest on said shaft positioned towards said second end; characterised in that said golf club rest comprises one or more elongate members having a first and a second end and a longitudinal axis and in which said first end is secured to said shaft and said member extends substantially perpendicular thereto and by an end stop at said second end extending in at least two substantially perpendicular directions from said member and including a collar portion around said shaft having an inner aperture and to which collar said one or more support members are engaged, said collar portion includes a mounting aperture on a side thereof and the first end of said support is mounted within said aperture. an elongate shaft, having a first and a second end; a ground engaging member, positioned towards said first end; a golf club rest on said shaft positioned towards said second end; characterised in that said golf club rest comprises one or more elongate members having a first and a second end and a longitudinal axis and in which said first end is secured to said shaft and said member extends substantially perpendicular thereto and by an end stop at said second end extending in at least two substantially perpendicular directions from said member and including a collar portion around said shaft having an inner aperture and to which collar said one or more support members are engaged, said collar portion includes a mounting aperture on a side thereof and the first end of said support is mounted within said aperture.
A simulated tissue structure comprising: a plurality of elastic rings, the plurality of elastic rings each having a central aperture; and an outer layer of cured silicone, wherein the outer layer forms a cylindrical, tubular shape with a central lumen extending along a longitudinal axis between a proximal opening located at a first end and a distal opening located at a second end, characterized in that: each of the plurality of elastic rings is located within the central lumen formed by the outer layer, with the outer layer cured or glued to each of the plurality of elastic rings, wherein the simulated tissue structure generally has a first diameter but with a reduced diameter compared to the first diameter at a plurality of locations along the longitudinal axis of the simulated tissue structure where the outer layer is cured or glued to each of the plurality of elastic rings, with the reduced diameter locations resulting from the elastic rings tending to return to their normal reduced resting shape. a plurality of elastic rings, the plurality of elastic rings each having a central aperture; and an outer layer of cured silicone, wherein the outer layer forms a cylindrical, tubular shape with a central lumen extending along a longitudinal axis between a proximal opening located at a first end and a distal opening located at a second end, characterized in that: each of the plurality of elastic rings is located within the central lumen formed by the outer layer, with the outer layer cured or glued to each of the plurality of elastic rings, wherein the simulated tissue structure generally has a first diameter but with a reduced diameter compared to the first diameter at a plurality of locations along the longitudinal axis of the simulated tissue structure where the outer layer is cured or glued to each of the plurality of elastic rings, with the reduced diameter locations resulting from the elastic rings tending to return to their normal reduced resting shape. each of the plurality of elastic rings is located within the central lumen formed by the outer layer, with the outer layer cured or glued to each of the plurality of elastic rings, wherein the simulated tissue structure generally has a first diameter but with a reduced diameter compared to the first diameter at a plurality of locations along the longitudinal axis of the simulated tissue structure where the outer layer is cured or glued to each of the plurality of elastic rings, with the reduced diameter locations resulting from the elastic rings tending to return to their normal reduced resting shape.
A communications system, wherein the system comprises an access network device, a mobility management entity; the mobility management entity is configured to: send an overload start message to the access network device, wherein the overload start message is used to indicate a barred service type and a barred transmission attribute to the access network device; the access network device is configured to: receive the overload start message from the mobility management entity; generate access control information based on the overload start message, wherein the access control information is used to indicate the barred service type and the barred data transmission attribute to a terminal device; and send the access control information to the terminal device; wherein the barred data transmission attribute includes at least one of a transmission scheme type or a radio access technology, RAT, type, the transmission scheme type is used to indicate a transmission scheme used by the terminal device for transmitting service data, the transmission scheme type comprises a control plane scheme, and the RAT type is used to indicate a radio access technology used by the terminal device. send an overload start message to the access network device, wherein the overload start message is used to indicate a barred service type and a barred transmission attribute to the access network device; the access network device is configured to: receive the overload start message from the mobility management entity; generate access control information based on the overload start message, wherein the access control information is used to indicate the barred service type and the barred data transmission attribute to a terminal device; and send the access control information to the terminal device; wherein the barred data transmission attribute includes at least one of a transmission scheme type or a radio access technology, RAT, type, the transmission scheme type is used to indicate a transmission scheme used by the terminal device for transmitting service data, the transmission scheme type comprises a control plane scheme, and the RAT type is used to indicate a radio access technology used by the terminal device. receive the overload start message from the mobility management entity; generate access control information based on the overload start message, wherein the access control information is used to indicate the barred service type and the barred data transmission attribute to a terminal device; and send the access control information to the terminal device; wherein the barred data transmission attribute includes at least one of a transmission scheme type or a radio access technology, RAT, type, the transmission scheme type is used to indicate a transmission scheme used by the terminal device for transmitting service data, the transmission scheme type comprises a control plane scheme, and the RAT type is used to indicate a radio access technology used by the terminal device.
An article of footwear comprising: a sole structure; and an upper attached to the sole structure and including a plurality of gripping members (110, 111, 112, 113) extending from a top surface of the upper, the plurality of gripping members including a first gripping member and second, third, and fourth gripping members (111, 112, 113), wherein the gripping members (110, 111, 112, 113) are disposed on the top surface and cover a substantial majority of a forefoot portion of the article of footwear, characterized in that the first gripping member is located on the top surface of the upper, and the second, third and fourth gripping members are concentric with the first gripping member, and that the plurality of gripping members are separated from one another by distances (D1, D2, D3, D4, D5, D6), wherein the distances (D1, D2, D3, D4, D5, D6) increase the further the second, third and fourth gripping members are away from the first gripping member. a sole structure; and an upper attached to the sole structure and including a plurality of gripping members (110, 111, 112, 113) extending from a top surface of the upper, the plurality of gripping members including a first gripping member and second, third, and fourth gripping members (111, 112, 113), wherein the gripping members (110, 111, 112, 113) are disposed on the top surface and cover a substantial majority of a forefoot portion of the article of footwear, characterized in that the first gripping member is located on the top surface of the upper, and the second, third and fourth gripping members are concentric with the first gripping member, and that the plurality of gripping members are separated from one another by distances (D1, D2, D3, D4, D5, D6), wherein the distances (D1, D2, D3, D4, D5, D6) increase the further the second, third and fourth gripping members are away from the first gripping member.
An electronic parking brake support system for a vehicle, the system comprising: an electric parking brake having at least one brake member associated with a wheel of the vehicle, and a service brake system constructed and arranged to control service brakes of the vehicle, the service brake system including sensors for monitoring conditions of the vehicle, and a control unit that includes a processor circuit and at least one circuit, the processor circuit being constructed and arranged to evaluate information received by the sensors, the at least one circuit being constructed and arranged to utilize the evaluated information in order to determine an occurrence of a failure or degradation condition of the service brake system and, wherein in response to the detected condition, the at least one circuit is constructed and arranged to send a request signal to the electric parking brake, instructing the electric parking brake to activate the at least one brake member, characterized in that the at least one circuit is constructed and arranged to determine if an effectiveness of brake linings of the service brakes is reduced. an electric parking brake having at least one brake member associated with a wheel of the vehicle, and a service brake system constructed and arranged to control service brakes of the vehicle, the service brake system including sensors for monitoring conditions of the vehicle, and a control unit that includes a processor circuit and at least one circuit, the processor circuit being constructed and arranged to evaluate information received by the sensors, the at least one circuit being constructed and arranged to utilize the evaluated information in order to determine an occurrence of a failure or degradation condition of the service brake system and, wherein in response to the detected condition, the at least one circuit is constructed and arranged to send a request signal to the electric parking brake, instructing the electric parking brake to activate the at least one brake member, characterized in that the at least one circuit is constructed and arranged to determine if an effectiveness of brake linings of the service brakes is reduced.
An implantable plate for reconstruction of walls, comprising a textile support (2,41) and having protuberances, said protuberances having a conical or cylindrical configuration, characterised in that the protuberances are formed in at least one of the faces of said textile support, the fibres or filaments which constitute said protuberances lending them an anti-migratory effect, in that the textile support is constituted at least in part by thermoplastic fibres or filaments and each protuberance (3,45) is formed in a determined zone of the textile support (2,41) by deformation of the structure of the support (2,41) and by thermowelding of at least some of said fibres or filaments of said zone, and in that said textile support is a non-woven material which is thermo-bonded at points or, a tissue of three-dimensional type, constituted of two layers joined by connecting threads, especially made by weaving or by knitting.
Cosmetic product packaging and application assembly, comprising: - a container intended to contain the cosmetic product; and - a cosmetic product applicator, comprising: - an application member extending along a first longitudinal axis, a first end of said application member comprising an application element; - a gripping member extending along a second longitudinal axis and connected by a hinge (60, 76) to a second end of the application member; and - a removable locking element forming a first stop between the gripping member and the application member, so as to lock the hinge and keep the first and second longitudinal axes substantially parallel; the removable locking element being suitable for snap-fastening in a reversible manner about an external lateral surface of the gripping member or of the application member; and said removable locking element comprises a first and a second opposite stop surfaces, so that, in an assembled configuration of the cosmetic product applicator, the removable locking element is snap-fastened around the external lateral surface; and the applicator and the container being able to be reversibly assembled in a storage configuration, wherein the application element of the applicator is received in an internal volume of the container, and wherein the cosmetic product applicator is in the assembled configuration; the cosmetic product packaging and application assembly being characterized in that, in the assembled configuration of the cosmetic product applicator, each of the first and second stop surfaces is in contact with the gripping member (32, 86) and the application member (30, 54) respectively, so as to form the first stop. - a container intended to contain the cosmetic product; and - a cosmetic product applicator, comprising: - an application member extending along a first longitudinal axis, a first end of said application member comprising an application element; - a gripping member extending along a second longitudinal axis and connected by a hinge (60, 76) to a second end of the application member; and - a removable locking element forming a first stop between the gripping member and the application member, so as to lock the hinge and keep the first and second longitudinal axes substantially parallel; - an application member extending along a first longitudinal axis, a first end of said application member comprising an application element; - a gripping member extending along a second longitudinal axis and connected by a hinge (60, 76) to a second end of the application member; and - a removable locking element forming a first stop between the gripping member and the application member, so as to lock the hinge and keep the first and second longitudinal axes substantially parallel;
A suspension seat arrangement, comprising a lower frame which is mountable to a seat mounting, an upper frame connected to the lower frame and movable with respect thereto, the upper frame being arranged to mount a seat base, the lower frame being narrower than the upper frame, and a suspension arrangement suspending the upper frame with respect to the lower frame, in which the upper frame comprises a cushion frame and a first cross bar at the rear of the frame, and in which the lower frame comprises a front link, brackets (6, 7, 8 and 9) for mounting seat runners, a second cross bar at the rear of the lower frame bars (4,5) that connect the second cross bar to the front link, the front link in turn being connected to the upper frame, the upper frame and lower frame arrangement being such that the upper frame is able to move downwardly relative to the lower frame so that the upper frame comes down over the lower frame bars (4, 5) such that the upper frame and lower frame become nested together one within the other, characterised in that the suspension arrangement is mounted at the rear of the seat and is connected between the second cross bar and the first cross bar.
A transceiver comprising: a tank circuit, a variable differential conductance, VDC, coupled to the tank circuit, and a variable resistance coupled in series with the VDC, and arranged to bias the VDC into a region of positive differential conductance during a first state of operation of the transceiver, and bias the VDC into a region of negative differential conductance during a second state of operation of the transceiver. a tank circuit, a variable differential conductance, VDC, coupled to the tank circuit, and a variable resistance coupled in series with the VDC, and arranged to bias the VDC into a region of positive differential conductance during a first state of operation of the transceiver, and bias the VDC into a region of negative differential conductance during a second state of operation of the transceiver.
A spectral filter comprising: a first metal reflection layer; a second metal reflection layer disposed above the first metal reflection layer; a plurality of cavities (141, 142, 143) disposed between the first metal reflection layer and the second metal reflection layer; and a bandpass filter disposed below the first metal reflection layer or above the second metal reflection layer, the bandpass filter comprising a plurality of band filters (151, 152, 153) transmitting light in a plurality of wavelength regions, wherein the plurality of band filters (151, 152, 153) are disposed to correspond to the plurality of cavities (141, 142, 143), each of the plurality of band filters transmit light in a corresponding wavelength region, and each of the plurality of cavities corresponding to each of the plurality of band filters, has a corresponding plurality of central wavelengths including a corresponding central wavelength in the corresponding wavelength region. a first metal reflection layer; a second metal reflection layer disposed above the first metal reflection layer; a plurality of cavities (141, 142, 143) disposed between the first metal reflection layer and the second metal reflection layer; and a bandpass filter disposed below the first metal reflection layer or above the second metal reflection layer, the bandpass filter comprising a plurality of band filters (151, 152, 153) transmitting light in a plurality of wavelength regions, wherein the plurality of band filters (151, 152, 153) are disposed to correspond to the plurality of cavities (141, 142, 143), each of the plurality of band filters transmit light in a corresponding wavelength region, and each of the plurality of cavities corresponding to each of the plurality of band filters, has a corresponding plurality of central wavelengths including a corresponding central wavelength in the corresponding wavelength region.
A device intended to maintain stationary in a required angular position, an element to be stabilised which is inaccessible by mechanical means, placed on a rotating part by means of a bearing, by using the attractive force of a plurality of pairs of magnets (31.1, 31.2) placed opposite of each other, each pair consisting of a magnet integral with the element to be stabilised and a magnet integral with the stationary part, characterised in that: - at least two pairs of magnets (31.1, 31.2) are placed near one another on supports (32, 35) made of metallic materials or other materials which have a low reluctance, - when the element to be stabilised is in a required angular position, said pairs of magnets (31.1, 32.2) and said supports (32, 35) form a closed magnetic circuit, the magnets (33, 34) being oriented with their north and south poles alternating along said magnetic circuit, said closed magnetic circuit being symmetrical relative to an axis or a radial plane to the rotation axis of the rotating part, - an element, sensitive to the magnetic field, is fixed on the stationary part in the axis or the radial plane of symmetry of the pair of magnets (31.1, 31.2) when the opposite north and south poles of each pair of magnets are positioned facing each other, and placed inside the closed magnetic circuit which is formed when the element to be stabilised is in the required angular position, - said sensitive element delivers a first logical output state corresponding to "the element to be stabilised is in the required angular position" when the detected field is inferior to a maximum predetermined threshold, and a second logical state corresponding to "the element to be stabilised is out of the required angular position" when the detected field is superior to a minimum predetermined threshold. - at least two pairs of magnets (31.1, 31.2) are placed near one another on supports (32, 35) made of metallic materials or other materials which have a low reluctance, - when the element to be stabilised is in a required angular position, said pairs of magnets (31.1, 32.2) and said supports (32, 35) form a closed magnetic circuit, the magnets (33, 34) being oriented with their north and south poles alternating along said magnetic circuit, said closed magnetic circuit being symmetrical relative to an axis or a radial plane to the rotation axis of the rotating part, - an element, sensitive to the magnetic field, is fixed on the stationary part in the axis or the radial plane of symmetry of the pair of magnets (31.1, 31.2) when the opposite north and south poles of each pair of magnets are positioned facing each other, and placed inside the closed magnetic circuit which is formed when the element to be stabilised is in the required angular position, - said sensitive element delivers a first logical output state corresponding to "the element to be stabilised is in the required angular position" when the detected field is inferior to a maximum predetermined threshold, and a second logical state corresponding to "the element to be stabilised is out of the required angular position" when the detected field is superior to a minimum predetermined threshold.