mhurhangee/patent-ind-claim-en huggingface dataset:
A damper for damping relative movements between a hinge arm and a hinge housing of a hinge, with a housing , which comprises a working space , with a piston received in the working space and translationally movable in relation to the housing , by which piston the working space is divided into two working chambers , with a piston rod connected to the piston and translationally movable together with the piston in relation to the housing , and with a disk formed integrally with the piston rod , to which disk the piston formed separately from the disk is fixed, characterized in that the piston and the disk each comprise at least one passage opening capable of being passed by a damping fluid received in the working chamber , wherein a valve element formed separately from the piston and separately from the disk and retained on the piston is associated with the passage opening of the piston , by means of which valve element the passage opening of the piston can be blocked for the damping fluid in a first direction and can be unblocked for the damping fluid in a second direction opposite to the first direction .
A mobile flood protection barrier system comprising water-fillable water storage units and supporting structures, said units are connected to one another longitudinally, wherein each of the supporting structures has at least two triangular supporting frames and one space bar and the supporting frames are connected to each other in pairs at their upper parts with the spacer bar , wherein the water storage units are placed into the supporting structures and fixed to the space bar of one or more of the supporting structures, wherein each of the water storage units is made of a single, continuous, rectangular flexible material, divided into three areas pans by longitudinal folds, has a triangular prism-shape in the filled-up state, with the surface of the middle folded part in contact with the soil, the lateral ends of the water storage unit are partially closed; each of the water storage units is equipped with supporting straps along its upper edges, at the lateral ends of each of the water storage unit there are unit coupling extension portions , characterized in that the coupling extension portions are made from the own material of each of the water storage unit , and the water storage units are connected to one another with the unit coupling extension portions in such a way that the adjacent unit coupling extension portions are slid into each other and each of the water storage units is open along its upper edges.
A device (Va, Vb) for cleaning the head (G1a, G1b) of a golf club (Ga, Gb), having - a cup-shaped cleaning chamber (Ka, Kb) for insertion of the head (G1a, G1b), and - a pressurized water system (D) with at least one nozzle (D21, D22) on a first nozzle plane (L), characterized in that the at least one nozzle introduces a jet of water (W21, W22) into the cleaning chamber (Ka, Kb) such that a water bath forms in there with a first vortical water flow (W2), which washes turbulently over the head (G1a, G1b) of the golf club (Ga, Gb) and sets it into a rapid rotation (B1). - a cup-shaped cleaning chamber (Ka, Kb) for insertion of the head (G1a, G1b), and - a pressurized water system (D) with at least one nozzle (D21, D22) on a first nozzle plane (L), characterized in that the at least one nozzle introduces a jet of water (W21, W22) into the cleaning chamber (Ka, Kb) such that a water bath forms in there with a first vortical water flow (W2), which washes turbulently over the head (G1a, G1b) of the golf club (Ga, Gb) and sets it into a rapid rotation (B1).
A shading device having at least one awning and having at least one winding device , which is provided for winding and unwinding the awning and which has a rigging that is stretched taut along a side (9.1) or a diagonal (9.2) of the awning , which rigging is rotationally coupled to the windable and unwindable awning , characterized in that the rigging is embodied as torsionally rigid or low-torsion and is rotationally coupled to the awning over the entire length (L) of the side (9.1) or diagonal (9.2) of the awning .
Locking device for locking and/or unlocking a functionally essential component of a vehicle, in particular a steering column, with a movable blocking element which can assume at least two positions by means of a control element , namely - a locking position (I.B) in which the blocking element for blocking the functionally essential component is in an operative connection with the functionally essential component , and - an unlocking position (I.A) in which the blocking element for unlocking the functionally essential component is not in any operative connection with the functionally essential component , wherein the blocking element can be transferred from the unlocking position (I.A) into the locking position (I.B) or vice versa by a change of position, wherein a detection element is provided for detecting the position of the blocking element , characterized in that, at least one of the positions of the blocking element can be directly detected by the detection element , wherein it is possible to bring the control element into a first control position (A) and into a second control position (B), and the control element interacting with the blocking element in such a way that, in the first control position (A), only the unlocking position (I.A) can be assumed, wherein in the second control position (B) the blocking element is released for the change of position, wherein the detection element is a first detection element , and a second detection element is provided, which is arranged relative to the control element in such a way that the control position of the control element can be detected independently of the position of the blocking element . - a locking position (I.B) in which the blocking element for blocking the functionally essential component is in an operative connection with the functionally essential component , and - an unlocking position (I.A) in which the blocking element for unlocking the functionally essential component is not in any operative connection with the functionally essential component , wherein
Method for determining a mass of an attachment which is coupled on the rear side to a supporting structure of a work vehicle by means of a rear power lift , wherein the rear power lift has at least one upper link , at least one lower link and a length-adjustable lifting arm , wherein one operative end of the lifting arm is connected in an articulated manner to the supporting structure and another operative end of the lifting arm is coupled to a link connecting point (T) of the lower link , characterized in that the mass m of the attachment is determined in accordance with m = LT ̅ ⋅ F → T ⋅ cos φ + ρ − LV ̅ ⋅ F → U ⋅ sin φ − ψ LV ̅ ⋅ g ⋅ cos φ + θ depending on the following variables: - an angle ψ between the upper link and a vehicle horizontal , - an angle φ between the lower link and the vehicle horizontal , - an angle ρ between a vehicle vertical and a connecting section RT between two operative ends of the lifting arm , - an angle of inclination θ of the vehicle horizontal in relation to the earth horizontal , - a section LV which represents a connection along the lower link between the supporting structure and the attachment , - a section LT which represents a connection along the lower link between the supporting structure and the link connecting point (T), - a force F T which is effective between the two operative ends of the lifting arm , and - a force F U acting on a connection between upper link and attachment and effective along the upper link . - an angle ψ between the upper link and a vehicle horizontal , - an angle φ between the lower link and the vehicle horizontal , - an angle ρ between a vehicle vertical and a connecting section RT between two operative ends of the lifting arm , - an angle of inclination θ of the vehicle horizontal in relation to the earth horizontal , - a section LV which represents a connection along the lower link between the supporting structure and the attachment , - a section LT which represents a connection along the lower link between the supporting structure and the link connecting point (T), - a force F T which is effective between the two operative ends of the lifting arm , and - a force F U acting on a connection between upper link and attachment and effective along the upper link .
An agricultural distribution machine with a dosing device , a hopper for receiving grainy or granulated material such as fertiliser or seeds, wherein the hopper has a centre plane , which predetermines the hopper height and the hopper length as direction and from which the hopper width extends transversely, wherein on the lower side of the hopper at least one screw conveyor with a rotary drive for removing material from the hopper and for dispensing into at least one outlet opening is arranged, wherein the axis of rotation of the screw conveyor is orientated approximately perpendicularly to the centre plane of the hopper , wherein the screw conveyor over its length is equipped with an anti-clockwise-rotating and a clockwise-rotating conveyor screw , wherein the outlet opening is arranged in the region of the screw conveyor , on which the anti-clockwise-rotating and the clockwise-rotating conveyor screws face one another, characterized in that at least two screw conveyors are assigned to a respective outlet opening , wherein the centre of at least one of the outlet openings is arranged offset transversely to the centre plane of the hopper and the outlet openings offset at the interval of the screw conveyors over the hopper length.
Hydroelectric and/or wind power plant comprising a carrying device , which is mounted such that it can be rotated about an axis of rotation and has a plurality of oncoming-flow elements (6-9, 28-35), which are mounted such that they can be pivoted about a respective pivot axis (11-14, 36-43) and against which air or water can flow, in order to drive rotation of the carrying device , and also comprising a generator to provide electricity when the carrying device rotates, wherein the pivot axes (11-14, 36-43) run at an angle, in particular at an angle of more than 60° or perpendicularly, to the axis of rotation , wherein a respective pivoting region of the respective oncoming-flow element (6-9, 28-35), within which the respective oncoming-flow element (6-9, 28-35) can be pivoted about the pivot axis (11-14, 36-43), is delimited on one side by a stop region of the carrying device , wherein the stop regions are formed by rods (23-26), which extend parallel to the axis of rotation , wherein the carrying device comprises two disc-form carrying elements , which are located at an angle of at least 60°, preferably perpendicularly, to the axis of rotation , are spaced apart from one another in the direction of the axis of rotation and on which at least some of the oncoming-flow elements (6-9, 28-35) are mounted in a pivotable manner, characterized in that the carrying elements are connected rigidly to one another, wherein the rods (23-26) are fastened in each case on both carrying elements at a fastening position which is spaced apart radially from the axis of rotation .
An information processing apparatus, comprising a data processing unit that receives an input of MPEG media transport (MMT) format data, for which copy control information is set, and generates record data according to a BDAV format or an SPAV format that is a data record format with respect to an information recording medium, the BDAV or SPAV format comprising a clip AV stream file, wherein the data processing unit generates, as the record data, (a) the clip AV stream file including a packet string in which the MMT format data is stored as reproduction data, and (b) copy control information corresponding to the clip AV stream file, in which the copy control information corresponding to the MMT format data included in the input data is reflected; wherein the data processing unit is configured to generate the clip AV stream file as an MMT protocol (MMTP) packet string or a type length value (TLV) packet string, and store copy control information of each of packets included in the clip AV stream file in an additional header corresponding to each of the packets . a data processing unit that receives an input of MPEG media transport (MMT) format data, for which copy control information is set, and generates record data according to a BDAV format or an SPAV format that is a data record format with respect to an information recording medium, the BDAV or SPAV format comprising a clip AV stream file, wherein the data processing unit generates, as the record data, (a) the clip AV stream file including a packet string in which the MMT format data is stored as reproduction data, and (b) copy control information corresponding to the clip AV stream file, in which the copy control information corresponding to the MMT format data included in the input data is reflected; (a) the clip AV stream file including a packet string in which the MMT format data is stored as reproduction data, and (b) copy control information corresponding to the clip AV stream file, in which the copy control information corresponding to the MMT format data included in the input data is reflected; wherein the data processing unit is configured to generate the clip AV stream file as an MMT protocol (MMTP) packet string or a type length value (TLV) packet string, and store copy control information of each of packets included in the clip AV stream file in an additional header corresponding to each of the packets . generate the clip AV stream file as an MMT protocol (MMTP) packet string or a type length value (TLV) packet string, and store copy control information of each of packets included in the clip AV stream file in an additional header corresponding to each of the packets .
An electronic device enclosure comprising: a first structural layer forming a first rectangular cavity and having a first surface inside the first cavity and a second surface outside the first cavity; said first structural layer is composed of a light transmissive, moldable plastic; characterized in that the electronic device enclosure comprises a decorative feature formed by laser-marking into said first surface of said first structural layer inside the first cavity; a second structural opaque plastic layer forming a second cavity and formed within the first cavity and formed by directly overmolding opaque material onto said first surface of said first structural layer . a first structural layer forming a first rectangular cavity and having a first surface inside the first cavity and a second surface outside the first cavity; said first structural layer is composed of a light transmissive, moldable plastic; characterized in that the electronic device enclosure comprises a decorative feature formed by laser-marking into said first surface of said first structural layer inside the first cavity; a second structural opaque plastic layer forming a second cavity and formed within the first cavity and formed by directly overmolding opaque material onto said first surface of said first structural layer .
A computer implemented method of receiving data, the method comprising operating a node to perform the steps of: receiving a data message at the node; locating and reading a data identifier within the data message; locating and reading dynamic metadata associated with the read data identifier, within the data message wherein the dynamic metadata includes a position in the data message of data content associated with the read data identifier; using the dynamic metadata to determine the position in the data message of the data content associated with the read data identifier; retrieving the data content from the determined position in the data message; and retrieving static metadata corresponding to the data identifier from a memory associated with the node, thereby to interpret the retrieved data content, wherein the data message contains multiple data identifiers, each with associated dynamic metadata and associated data content, and the method further comprises only performing the locating, reading and retrieving steps in relation to a subset of the plurality of data identifiers, such that data content associated with one or more data identifiers that are not part of the subset is not processed, wherein the node determines locally the subset of the plurality of data identifiers, or the node synchronises with a server to determine the subset of the plurality of data identifiers. receiving a data message at the node; locating and reading a data identifier within the data message; locating and reading dynamic metadata associated with the read data identifier, within the data message wherein the dynamic metadata includes a position in the data message of data content associated with the read data identifier; using the dynamic metadata to determine the position in the data message of the data content associated with the read data identifier; retrieving the data content from the determined position in the data message; and retrieving static metadata corresponding to the data identifier from a memory associated with the node, thereby to interpret the retrieved data content, wherein the data message contains multiple data identifiers, each with associated dynamic metadata and associated data content, and the method further comprises only performing the locating, reading and retrieving steps in relation to a subset of the plurality of data identifiers, such that data content associated with one or more data identifiers that are not part of the subset is not processed,
An apparatus , comprising: a flexible display device having a flat configuration and a curved configuration; a support structure adjacent to a rear side of the flexible display device to support the flexible display device; an arc bar device in the shape of an arc and coupled to the support structure; and a guide mechanism connected to the support structure along a center y-axis of the support structure, characterized in that a center portion of the arc bar device is rotatable and slidable in the y-axis direction within the guide mechanism and that each end of the arc bar device is rotatably fixed to a center of a lateral end of the support structure to allow the flexible display device to transform from the flat configuration to the curved configuration. a flexible display device having a flat configuration and a curved configuration; a support structure adjacent to a rear side of the flexible display device to support the flexible display device; an arc bar device in the shape of an arc and coupled to the support structure; and a guide mechanism connected to the support structure along a center y-axis of the support structure,
A method of classifying a text passage, the method comprising the steps of: a) defining a plurality of text categories; b) analysing the contents of a text passage; c) determining a similarity parameter for the text passage when compared with each of the plurality of text categories; d) if the maximum value of the similarity parameter does not satisfy a matching condition, associating the text passage with a further category; e) otherwise classifying the text passage with a trainable text classification process such that the text passage is associated with one or more of the plurality of text categories, characterised in that the method comprises the further step of: f) training the trainable text classification process using a combination of: i) one or more training samples comprising one or more words selected from a predetermined text passage, and the frequency that the one or more selected words occur within a training corpus which comprises a plurality of predetermined text passages; ii) and one or more user-specified phrases, wherein the trainable text classification process is trained prior to the execution of step e). a) defining a plurality of text categories; b) analysing the contents of a text passage; c) determining a similarity parameter for the text passage when compared with each of the plurality of text categories; d) if the maximum value of the similarity parameter does not satisfy a matching condition, associating the text passage with a further category; e) otherwise classifying the text passage with a trainable text classification process such that the text passage is associated with one or more of the plurality of text categories, i) one or more training samples comprising one or more words selected from a predetermined text passage, and the frequency that the one or more selected words occur within a training corpus which comprises a plurality of predetermined text passages; ii) and one or more user-specified phrases,
A discrete conveyance unit , for blueberries (A) and similar fruit or vegetable products, that can be installed in series along a processing line for blueberries (A), or similar fruit or vegetable products, comprising a central plate , which can be moved cyclically along at least one portion of the line, and a plurality of axially symmetrical supporting elements which are coupled to respective opposite lateral edges of said plate , each adjacent pair of said supporting elements defining a respective support and accommodation seat for a corresponding blueberry (A) or similar fruit or vegetable product, for its discrete conveyance along the at least one portion of the line, each one of said supporting elements comprising a central stem that can be coupled coaxially with a respective support , which extends at right angles from a corresponding said lateral edge , a contoured bushing being fixed coaxially around said stem and tapering progressively from each one of the respective ends toward the central portion, corresponding adjacent pairs of said bushings defining a respective seat with the respective lateral surfaces, each one of said stems being provided internally with a through coaxial duct , for the rotatable coupling of said stem to the respective said support and the possibility of rotation of each one of said bushings about its own longitudinal axis independently of the advancement along the line, the rotation being actuatable by an apparatus comprised in the line in order to impart a corresponding rolling motion to the blueberry (A), or other similar fruit or vegetable product, that rests on said bushings , during its movement along the line, said plate comprising means for stable coupling to a chain, comprised in the line, or to a similar movement device, said means comprising a pair of wings which are substantially parallel, extend longitudinally from a first face of said plate , and can be coupled stably, by interlocking, with a link of the chain, the discrete conveyance unit further comprising a plurality of transverse reinforcement ribs that extend from a second face of said plate , arranged opposite said first face , and are preferably aligned with respective said supports , characterized in that each one of said ribs has a central groove , said plate being slideably guided by a respective central rail, at said aligned grooves .