mhurhangee/patent-ind-claim-en huggingface dataset:
A charging arrangement for an electrical vehicle , comprising the electrical vehicle and a charger component , whereby the electrical vehicle comprises a first charging connector arranged underneath the electrical vehicle for receiving electrical energy to charge the electrical vehicle , whereby the first charging connector comprises two vehicle contacts which extend distant to each other in longitudinal direction of the electrical vehicle , characterized in that the charger component comprises two springs attached to ground and a second charging connector for providing electrical energy to the electrical vehicle , whereby the second charging connector comprises two parts each attached to one of the springs , the spring forces allowing a vertical, horizontal and rotational movement of the parts relative to ground and pressing the parts together and each part comprises a charging contact arranged opposite to and facing each other for establishing, by inserting the first charging connector into the second charging connector against the springs forces, electrical connection between the first charging connector and the second charging connector . the electrical vehicle comprises a first charging connector arranged underneath the electrical vehicle for receiving electrical energy to charge the electrical vehicle , whereby the first charging connector comprises two vehicle contacts which extend distant to each other in longitudinal direction of the electrical vehicle , characterized in that the charger component comprises two springs attached to ground and a second charging connector for providing electrical energy to the electrical vehicle , whereby the second charging connector comprises two parts each attached to one of the springs , the spring forces allowing a vertical, horizontal and rotational movement of the parts relative to ground and pressing the parts together and each part comprises a charging contact arranged opposite to and facing each other for establishing, by inserting the first charging connector into the second charging connector against the springs forces, electrical connection between the first charging connector and the second charging connector .
Contact pin arrangement with a contact pin and with a mounting sheath at least partially accommodating the contact pin , wherein the contact pin has a contact plunger guided displaceably in a casing sheath , characterised by at least one light source assigned to the mounting sheath and having at least one electrically operable lamp , wherein the contact pin has at least one light transmission channel with at least one light entry opening and at least one light exit opening for light emitted from the light source , said light source being arranged in or on the mounting sheath .
An apparatus for producing a filmic packaging material having a continuously folded portion , comprising - a first component comprising a protruding part ; - a first roller rollable on its longitudinal axis (X), wherein the first roller is provided with a recess on its outer surface, preferably extending around its entire circumference, for receiving the protruding part of the first component ; - a drive mechanism for moving the filmic packaging material along a path (W) in a manner such that a continuous portion of the filmic packaging material is drawn into the recess of the first roller by the protruding part of the first component such that the continuous portion of the filmic packaging material is folded, forming a continuously folded portion having an overlapping surface due to the arrangement of the protruding part of the first component in relation to the recess of the first roller ; - a bonding component provided downstream of the first roller arranged to adhere together the overlapping surface of the continuously folded portion of the filmic packaging material . - a first component comprising a protruding part ; - a first roller rollable on its longitudinal axis (X), wherein the first roller is provided with a recess on its outer surface, preferably extending around its entire circumference, for receiving the protruding part of the first component ; - a drive mechanism for moving the filmic packaging material along a path (W) in a manner such that a continuous portion of the filmic packaging material is drawn into the recess of the first roller by the protruding part of the first component such that the continuous portion of the filmic packaging material is folded, forming a continuously folded portion having an overlapping surface due to the arrangement of the protruding part of the first component in relation to the recess of the first roller ; - a bonding component provided downstream of the first roller arranged to adhere together the overlapping surface of the continuously folded portion of the filmic packaging material .
A machine-to-machine, M2M, device, comprising a processor configured to implement: an application layer configured to provide M2M applications; and a service capability layer configured to provide functions that are shared by the M2M applications and to expose functionalities to the M2M applications through a set of open interfaces, wherein the service capability layer is configured to cache resources in a resource structure of the service capability layer, wherein each resource cached in the resource structure has an original uniform resource identifier, URI, of the resource and a new URI of a copy of the resource on a location where the copy is cached, the service capability layer is configured to create a subscription resource in the resource structure in response to a subscription request from a subscriber to a cached resource at the M2M device, and to send a notification to the subscriber with an updated representation of the resource to notify the subscriber of a modification of the resource. an application layer configured to provide M2M applications; and a service capability layer configured to provide functions that are shared by the M2M applications and to expose functionalities to the M2M applications through a set of open interfaces, wherein the service capability layer is configured to cache resources in a resource structure of the service capability layer, wherein each resource cached in the resource structure has an original uniform resource identifier, URI, of the resource and a new URI of a copy of the resource on a location where the copy is cached, the service capability layer is configured to create a subscription resource in the resource structure in response to a subscription request from a subscriber to a cached resource at the M2M device, and to send a notification to the subscriber with an updated representation of the resource to notify the subscriber of a modification of the resource.
Device adapted for wastewater treatment, said wastewater comprising at least one sort of micropollutant, said device comprising a) a column , said column comprising i. an inlet and an outlet , said inlet being upstream to said outlet ; ii. a zone comprising bacteriologically activated carbon being downstream to said inlet and being divided in subzone A, subzone B and subzone C; subzone A being upstream to subzone B and subzone B being upstream to subzone C; iii. a backwashing space , said backwashing space being downstream to said zone comprising bacteriologically activated carbon ; b) a backwashing system in fluid connection with said column through said inlet , characterized in that the bacteriologically activated carbon of subzone A comprises starving micro-organisms, the bacteriologically activated carbon of subzone B comprises micro-organisms fed through a first feeding system configured to feed said micro-organisms with ethanol, sugar derivatives and/or nutrients, the bacteriologically activated carbon of subzone C comprises micro-organisms fed through a second feeding system configured to feed said micro-organisms with structural analogs of said at least one sort of micropollutant, and in that said backwashing system is configured to mix said subzones A, B and C together. a) a column , said column comprising i. an inlet and an outlet , said inlet being upstream to said outlet ; ii. a zone comprising bacteriologically activated carbon being downstream to said inlet and being divided in subzone A, subzone B and subzone C; subzone A being upstream to subzone B and subzone B being upstream to subzone C; iii. a backwashing space , said backwashing space being downstream to said zone comprising bacteriologically activated carbon ; i. an inlet and an outlet , said inlet being upstream to said outlet ; ii. a zone comprising bacteriologically activated carbon being downstream to said inlet and being divided in subzone A, subzone B and subzone C; subzone A being upstream to subzone B and subzone B being upstream to subzone C; iii. a backwashing space , said backwashing space being downstream to said zone comprising bacteriologically activated carbon ; b) a backwashing system in fluid connection with said column through said inlet , characterized in that the bacteriologically activated carbon of subzone A comprises starving micro-organisms, the bacteriologically activated carbon of subzone B comprises micro-organisms fed through a first feeding system configured to feed said micro-organisms with ethanol, sugar derivatives and/or nutrients, the bacteriologically activated carbon of subzone C comprises micro-organisms fed through a second feeding system configured to feed said micro-organisms with structural analogs of said at least one sort of micropollutant, and in that said backwashing system is configured to mix said subzones A, B and C together.
Brake caliper of a disc brake, with two tie-rods extending parallel and a distance away from one another, which connect to one another a caliper back and a housing which encloses a receiving space for functional components, wherein the said receiving space has an approximately rectangular fitting aperture that can be closed off by a closing cover with long sides that extend in the direction of the tie-rods and short sides that extend transversely thereto, characterised in that the fitting aperture is delimited by at least one flange on one of its short sides , which flange forms an undercut and a wall of the receiving space and extends as a notional continuation of the fitting aperture , such that the flange delimits a pivoting space for fitting the functional components into the receiving space .
A passenger protection control device, comprising: a printed circuit board with a control circuit for outputting a control signal printed thereon; a connector attached to this printed circuit board ; and a case that is configured to accommodate the printed circuit board and the connector such that, while a connection end surface with a wire harness of the connector is exposed, the printed circuit board is isolated from the outside, wherein the case comprises: a box shaped cover in which the periphery of a ceiling wall is enclosed by side walls (11a 1 -11a 4 ) and a floor surface is opened, with the connector installed in an opening provided on the side walls (11a1 -11a4); and a rear cover that is configured to plug the floor surface of the box shaped cover and has a first standing wall projecting so as to face the connector in the portion of the box shaped cover in which the connector is installed, wherein the first standing wall of the rear cover has a planar region in a head top part , and the planar region has an inclined surface having a falling gradient facing outwardly from the box shaped cover . a box shaped cover in which the periphery of a ceiling wall is enclosed by side walls (11a 1 -11a 4 ) and a floor surface is opened, with the connector installed in an opening provided on the side walls (11a1 -11a4); and a rear cover that is configured to plug the floor surface of the box shaped cover and has a first standing wall projecting so as to face the connector in the portion of the box shaped cover in which the connector is installed, wherein the first standing wall of the rear cover has a planar region in a head top part , and the planar region has an inclined surface having a falling gradient facing outwardly from the box shaped cover .
A computing device , comprising: a non-volatile memory device comprising an ephemeral memory region therein, the ephemeral memory region being encrypted and the ephemeral memory region comprising an associated encryption key; and firmware to cause the encryption key to be stored in a persistent memory prior to any power loss to the computing device. a non-volatile memory device comprising an ephemeral memory region therein, the ephemeral memory region being encrypted and the ephemeral memory region comprising an associated encryption key; and firmware to cause the encryption key to be stored in a persistent memory prior to any power loss to the computing device.
A tensioner pad assembly for a track-type tensioner, comprising: - a mounting support ; and - a tensioner pad , mobile relative to the mounting support, said tensioner pad comprising a contact surface extending parallel to a first axis (X), said contact surface being able to get into contact with a pipe-like device extending parallel to said first axis ; wherein the tensioner pad comprises a central segment and a first and a second lateral segments, said first and second lateral segments being on each side of the central segment according to a second axis (Y), perpendicular to the first axis, said central segment and first and second lateral segments comprising respectively a central surface and a first and a second lateral surfaces, said central surface and first and second lateral surfaces constituting the contact surface of the tensioner pad, characterized in that each of said central surface and first and second lateral surfaces is planar, the central surface being parallel to the first (X) and second (Y) axes, the first and second lateral surfaces being inclined relative to the central surface, each of said central segment and first and second lateral segments being translatable relative to the mounting support along a translation axis (Z), perpendicular to the first and second axes, so that the central surface is translatable relative to the first and second lateral surfaces along said translation axis. - a mounting support ; and - a tensioner pad , mobile relative to the mounting support, said tensioner pad comprising a contact surface extending parallel to a first axis (X), said contact surface being able to get into contact with a pipe-like device extending parallel to said first axis ;
A damage figure creation supporting apparatus comprising: an image acquisition unit that acquires an image obtained by photographing a surface of a structure in color; a marking detection unit that analyzes the image and detects markings applied to damaged portions on the surface of the structure for respective colors; a marking color information input unit that receives marking color information on meanings of the respective colors of the markings input from a user; and a damage figure creation unit that creates a damage figure in which the markings are classified according to the respective colors, based on detection results of the markings for the respective colors and the received marking color information. an image acquisition unit that acquires an image obtained by photographing a surface of a structure in color; a marking detection unit that analyzes the image and detects markings applied to damaged portions on the surface of the structure for respective colors; a marking color information input unit that receives marking color information on meanings of the respective colors of the markings input from a user; and a damage figure creation unit that creates a damage figure in which the markings are classified according to the respective colors, based on detection results of the markings for the respective colors and the received marking color information.
A damper mechanism of a steering wheel , comprising: one or two damper units that are provided between the steering wheel and an airbag module functioning as a damper mass and damp vibration of the steering wheel ; and an engaging mechanism that is provided in parallel with the damper unit , between the steering wheel and the airbag module , and holds the steering wheel and the airbag module in a relatively displaceable manner characterized in that the engaging mechanism configures a plate-shaped damper which damps vibration of the steering wheel . one or two damper units that are provided between the steering wheel and an airbag module functioning as a damper mass and damp vibration of the steering wheel ; and an engaging mechanism that is provided in parallel with the damper unit , between the steering wheel and the airbag module , and holds the steering wheel and the airbag module in a relatively displaceable manner
A device for applying heat radiation to a surface, for softening and / or removing one or more coatings on said surface, which device comprises a head assembly and a handle assembly connected to said head assembly , wherein the head assembly comprises at least one heat radiation element arranged in a reflector unit , which reflector unit has an aperture intended to be directed towards the surface to be radiated and the head assembly and the handle assembly are separated by a clearance and that at least one heat dissipating member spanning said clearance connects a first attachment area on the head assembly and a second attachment area on the handle assembly , wherein at least a portion of the heat dissipating member has a curvature such that the length of the heat dissipating member exceeds the distance between the first and second attachment areas characterized in that the at least one heat radiation element is configured to emit radiation having a wavelength between 1 and 3.5 μm and that the heat dissipating member , spanning said clearance between the head assembly and the handle assembly , is designed such that the length of the heat dissipating member , measured along a line that follows the curvature of the heat dissipating member, exceeds at least twice the distance between the first and second attachment areas .
A feedforward control method for a wind turbine in a wind farm, comprising: obtaining real-time operation data of a predetermined wind turbine in the wind farm; inputting the obtained real-time operation data into a predetermined prediction model corresponding to the predetermined wind turbine, to obtain prediction data by the predetermined prediction model; and determining whether to enable a feedforward control function for the predetermined wind turbine based on the obtained prediction data to control an operation state of the predetermined wind turbine by predetermined means of feedforward control, characterized in that determining whether to enable the feedforward control function for the predetermined wind turbine based on the obtained prediction data comprises: determining whether a prediction accuracy of the predetermined prediction model meets a requirement; and determining to enable the feedforward control function for the predetermined wind turbine in a case that the prediction accuracy of the predetermined prediction model meets the requirement obtaining real-time operation data of a predetermined wind turbine in the wind farm; inputting the obtained real-time operation data into a predetermined prediction model corresponding to the predetermined wind turbine, to obtain prediction data by the predetermined prediction model; and determining whether to enable a feedforward control function for the predetermined wind turbine based on the obtained prediction data to control an operation state of the predetermined wind turbine by predetermined means of feedforward control, characterized in that determining whether to enable the feedforward control function for the predetermined wind turbine based on the obtained prediction data comprises: determining whether a prediction accuracy of the predetermined prediction model meets a requirement; and determining to enable the feedforward control function for the predetermined wind turbine in a case that the prediction accuracy of the predetermined prediction model meets the requirement determining whether a prediction accuracy of the predetermined prediction model meets a requirement; and determining to enable the feedforward control function for the predetermined wind turbine in a case that the prediction accuracy of the predetermined prediction model meets the requirement
A porous structure for medical implants, comprising: a repeating unit cell (B20) said repeating unit cell (B20) comprising a plurality of sub-unit cells; wherein said sub-unit cells comprise a node (B30) centrally located within a cuboid volume (B32); wherein said cuboid volume (B32) further comprises six faces; characterized in that said node (B30) further comprises a square bipyramid with eight node faces and a square plane parallel to a face of said cuboid volume; and wherein said sub-unit cell (B20) further comprises a first strut (B31) fixed to one of the node faces. a repeating unit cell (B20) said repeating unit cell (B20) comprising a plurality of sub-unit cells; wherein said sub-unit cells comprise a node (B30) centrally located within a cuboid volume (B32); wherein said cuboid volume (B32) further comprises six faces; characterized in that said node (B30) further comprises a square bipyramid with eight node faces and a square plane parallel to a face of said cuboid volume; and wherein said sub-unit cell (B20) further comprises a first strut (B31) fixed to one of the node faces.
A system to detect and correct for magnetic distortion in a magnetic field for localizing a medical device positioned within the magnetic field, the system comprising: a magnetic field emitter including one or more emitter coils at known positions and orientations within the system, each of the emitter coils configured and arranged to emit a magnetic field ; one or more sensor coils , each of the sensor coils configured and arranged to sense the magnetic field, and output a first electrical signal indicative of the sensed magnetic field at the medical device; an array of magnetic distortion sensors at known positions and orientations within the system, each of the magnetic distortion sensors in the array configured and arranged to sense the magnetic field, and output a second electrical signal indicative of the sensed magnetic field at the magnetic distortion sensor; and processor circuitry communicatively coupled to each of the magnetic distortion sensors and the sensor coils , and configured and arranged to receive the first and second electrical signals, and determine a magnetic distortion corrected position of the medical device within the system based on the first and second electrical signals, and the known position and orientation of the magnetic distortion sensor . a magnetic field emitter including one or more emitter coils at known positions and orientations within the system, each of the emitter coils configured and arranged to emit a magnetic field ; one or more sensor coils , each of the sensor coils configured and arranged to sense the magnetic field, and output a first electrical signal indicative of the sensed magnetic field at the medical device; an array of magnetic distortion sensors at known positions and orientations within the system, each of the magnetic distortion sensors in the array configured and arranged to sense the magnetic field, and output a second electrical signal indicative of the sensed magnetic field at the magnetic distortion sensor; and processor circuitry communicatively coupled to each of the magnetic distortion sensors and the sensor coils , and configured and arranged to receive the first and second electrical signals, and determine a magnetic distortion corrected position of the medical device within the system based on the first and second electrical signals, and the known position and orientation of the magnetic distortion sensor .