mhurhangee/ep-ind-claims huggingface dataset:
Device for the opening and closing of a movable furniture part, in particular a drawer, door or flap, with an ejector unit, via which the movable furniture part may be pushed in and then pushed out over a preset distance, wherein the ejector unit has a base part and an ejector part guided movably on the base part and supported by spring means, wherein the ejector part in the closing direction of the movable furniture part rests on the base part with support means and in the opening direction has sprung support from the spring means, wherein the spring means comprise at least one compression spring which rests at one end on the base part and at the other end on the ejector part, and wherein the ejector part has an ejector housing, which may be adjusted by adjusting means, through linear movement in an ejector housing seating on the base part, for the setting of a defined frontal gap of the movable furniture part, wherein the adjusting means have an adjusting nut which is mounted rotatably on the base part, wherein the adjusting nut has an adjusting head, and an adjusting shaft attached to the former and of smaller diameter, which works in conjunction with a counter-thread located on the ejector housing and passing through a thrust bearing section formed on the base part, wherein the thrust bearing section extends into the ejector housing seating in the base part, wherein the thrust bearing section and a rear end of the ejector housing seating delimit an adjusting recess for the adjusting nut, the length of which is shorter than the length of the adjusting recess, wherein the compression spring rests concentrically on the adjusting shaft and is supported at one end on the adjusting head and at the other end on the thrust bearing section, wherein the adjusting head which belongs to the support means may be struck on the rear end of the ejector housing seating, and the compression spring rests at one end on the thrust bearing section and at the other end on the underside of the adjusting head.
A reception method comprising: - receiving digital contents and attribute information transmitted from the content providers, - determining to allow a user to select the digital contents via a filtering process, which compares selection information indicating user preferences with attribute information related to the digital contents, wherein said selection information is expressed with an n-dimensional vector S comprising user preference items as elements, wherein each element identifies a preference intensity, and wherein an element of vector S identifies a positive value as a preference intensity when the user has demonstrated a positive preference for the element and identifies a negative value as a preference intensity when the user has demonstrated a negative preference for the element; - performing an inner product operation calculation between a vector A related to the attribute information and the vector S; and - determining in dependence on the inner product operation whether to select the digital content to display to the user for selection based on the result of the inner product calculation. - receiving digital contents and attribute information transmitted from the content providers, - determining to allow a user to select the digital contents via a filtering process, which compares selection information indicating user preferences with attribute information related to the digital contents, - performing an inner product operation calculation between a vector A related to the attribute information and the vector S; and - determining in dependence on the inner product operation whether to select the digital content to display to the user for selection based on the result of the inner product calculation.
A system for printing envelopes, comprising a. a printer, said printer including a pickup assembly and a media input slot on one side, wherein said pickup assembly is positioned within said media input slot; b. an envelope feeder positioned adjacent to said printer, said feeder including a single conveyor including at least one conveyor belt for supporting and moving envelopes in a downstream direction from an upstream end of the conveyor to a downstream end of the conveyor, wherein said downstream end of the conveyor is positioned adjacent to said input slot such that envelopes moving downstream aggregate into a horizontal stack of envelopes at said pickup assembly; c. a sensor positioned at said pickup assembly for determining the number of envelopes held in said aggregated stack of envelopes at said pickup assembly; d. said printing system including a communications link from said printer to said feeder for controlling the movement of said envelopes in said feeder; and, e. wherein said sensor and communications link cause said conveyor to move said envelopes downstream at a rate such that said aggregated envelope stack at said pickup assembly is maintained at a pre-selected number of envelopes as said printer conveys envelopes from said aggregated stack at the pickup assembly into a printing area within said printer. a. a printer, said printer including a pickup assembly and a media input slot on one side, wherein said pickup assembly is positioned within said media input slot; b. an envelope feeder positioned adjacent to said printer, said feeder including a single conveyor including at least one conveyor belt for supporting and moving envelopes in a downstream direction from an upstream end of the conveyor to a downstream end of the conveyor, wherein said downstream end of the conveyor is positioned adjacent to said input slot such that envelopes moving downstream aggregate into a horizontal stack of envelopes at said pickup assembly; c. a sensor positioned at said pickup assembly for determining the number of envelopes held in said aggregated stack of envelopes at said pickup assembly; d. said printing system including a communications link from said printer to said feeder for controlling the movement of said envelopes in said feeder; and, e. wherein said sensor and communications link cause said conveyor to move said envelopes downstream at a rate such that said aggregated envelope stack at said pickup assembly is maintained at a pre-selected number of envelopes as said printer conveys envelopes from said aggregated stack at the pickup assembly into a printing area within said printer.
A work vehicle with speed changing capability, comprising an engine, wheels (2a, 2b), a transmission configured to transmit power of the engine to the wheels (2a, 2b), and a multifunction operation tool, the transmission having: main speed change units which are configured to inhibit impact generated by switching speed change stages by hydraulic control, and auxiliary speed change units which are synchromesh-type; the multifunction operation tool having: a swing body swingably supported at least in a front-back direction of a vehicle body for implementing acceleration control and deceleration control; a grip body arranged on a free end portion of the swing body; a grip part formed on the grip body and having a convex surface and an upright lateral surface, the convex surface being arranged on a first lateral area of the grip body with respect to a lateral direction of the work vehicle, the upright lateral surface being arranged on a second lateral area of the grip body opposite to the first lateral area with respect to a lateral direction of the work vehicle; and an operator-facing surface arranged on the second lateral area of the grip body and extending from an end of the upright lateral surface; and at least one or more operation switches arranged on at least one of the upright lateral surface and the operator-facing surface; characterised in that a speed change auxiliary button is arranged on the upright lateral surface; and the speed change stage changing operation involving the auxiliary speed change units is implemented while pressing the speed change auxiliary button. main speed change units which are configured to inhibit impact generated by switching speed change stages by hydraulic control, and auxiliary speed change units which are synchromesh-type; the multifunction operation tool having: a swing body swingably supported at least in a front-back direction of a vehicle body for implementing acceleration control and deceleration control; a grip body arranged on a free end portion of the swing body; a grip part formed on the grip body and having a convex surface and an upright lateral surface, the convex surface being arranged on a first lateral area of the grip body with respect to a lateral direction of the work vehicle, the upright lateral surface being arranged on a second lateral area of the grip body opposite to the first lateral area with respect to a lateral direction of the work vehicle; and the convex surface being arranged on a first lateral area of the grip body with respect to a lateral direction of the work vehicle, the upright lateral surface being arranged on a second lateral area of the grip body opposite to the first lateral area with respect to a lateral direction of the work vehicle; and an operator-facing surface arranged on the second lateral area of the grip body and extending from an end of the upright lateral surface; and
A user interface method employed by an electronic device, the method comprising: displaying a playlist of folders playable by an application, on a touch screen; if a continuous movement of a single touch that selects a folder in the displayed playlist of folders is detected, performing, in response to the continuous movement of the single touch, a sorting to change a folder order of the playlist of folders wherein the sorting comprises generating and displaying a new folder name representation of a storage path of the folder where the continuous movement of the single touch is detected, wherein the new folder name representation comprises a two level hierarchical upper folder name representing a current storage path of the folder identified by the detected continuous movement of the single touch, and wherein the two level hierarchical upper folder represents the last two levels of the entire storage path of the folder starting from the root; and if a continuous movement of a multiple touch is detected on the text representing a current storage path of the folder, performing an abbreviation operation to display both a current folder name and an upper hierarchical folder name of the current storage path, wherein the continuous movement of the multiple touch comprises the continuous movement of at least one touch of the multiple touch. displaying a playlist of folders playable by an application, on a touch screen; if a continuous movement of a single touch that selects a folder in the displayed playlist of folders is detected, performing, in response to the continuous movement of the single touch, a sorting to change a folder order of the playlist of folders wherein the sorting comprises generating and displaying a new folder name representation of a storage path of the folder where the continuous movement of the single touch is detected, wherein the new folder name representation comprises a two level hierarchical upper folder name representing a current storage path of the folder identified by the detected continuous movement of the single touch, and wherein the two level hierarchical upper folder represents the last two levels of the entire storage path of the folder starting from the root; and if a continuous movement of a multiple touch is detected on the text representing a current storage path of the folder, performing an abbreviation operation to display both a current folder name and an upper hierarchical folder name of the current storage path, wherein the continuous movement of the multiple touch comprises the continuous movement of at least one touch of the multiple touch.
Anodisierungsverfahren eines Aluminiumteils oder einer Aluminiumlegierung, wobei: - das Teil in ein wässriges Bad, umfassend im Wesentlichen Schwefelsaure in einer Konzentration im Bereich zwischen 150 und 250 g/l und bei einer Temperatur im Bereich zwischen 5 und 25 °C eingetaucht wird, - man an das in dem Bad eingetauchte Teil eine kontinuierliche Spannung gemäß einem Spannungsprofil anlegt, umfassend einen Spannungsanstieg mit einer Geschwindigkeit im Bereich zwischen 1 und 6 V/min, danach das Aufrechterhalten der Spannung bei einem sogenannten Spannungswertplateau im Bereich zwischen 12 und 20 V, dadurch gekennzeichnet, dass das Aufrechterhalten der Spannung bei dem Spannungswertplateau während einer angemessenen Dauer durchgeführt wird, um auf der Oberfläche des Teils eine Anodenschicht einer Dicke im Bereich zwischen 3 und 5 μm zu erhalten, wobei die Dauer im Bereich zwischen 5 und 30 Minuten liegt. - das Teil in ein wässriges Bad, umfassend im Wesentlichen Schwefelsaure in einer Konzentration im Bereich zwischen 150 und 250 g/l und bei einer Temperatur im Bereich zwischen 5 und 25 °C eingetaucht wird, - man an das in dem Bad eingetauchte Teil eine kontinuierliche Spannung gemäß einem Spannungsprofil anlegt, umfassend einen Spannungsanstieg mit einer Geschwindigkeit im Bereich zwischen 1 und 6 V/min, danach das Aufrechterhalten der Spannung bei einem sogenannten Spannungswertplateau im Bereich zwischen 12 und 20 V,
A method for transmitting messages in a computer network, wherein the computer network comprises nodes (101, 102, 103, 104, 101a, 101b, 102a) that are connected to one another via communication lines, e.g. in that in each case two nodes are connected to one another, and wherein the nodes (101, 102, 103, 104, 101a, 101b, 102a) exchange messages with one another, and wherein data (D101, D102, D103) in the form of messages are communicated between the nodes, and wherein at least two first nodes (101, 102; 102, 103) transmit data (D101, D102; D102, D103) to a common second node (103; 104), wherein the computer network is embodied such that at least one first node (102; 103) is disposed in at least one communication path of a further first transmitting node (101; 102) or of the plurality of further first transmitting nodes to the common second node (103; 104), and wherein at least one first node (102; 103) -the so-called integration node (102; 103) - that is arranged closer to the common second node (103; 104) than at least one further first node (101; 102) integrates the data (D101; D102) from at least one of the messages of the at least one first node (101; 102) farther away from the common second node (103; 104) into a message generated by the integration node (102; 103), which message this integration node (102; 103) then sends to the common second node (103; 104), characterized in that for the purpose of this integration, the at least one integration node (102; 103), after the transmission of the integration node's own data (D102; D103) to be transmitted, continues with the transmission of the at least one message, a so-called integration message, transmitting these integration node's own data (D102; D103) in that it adds either the data to be integrated (D101; D102) of the at least one further node (101; 102) and/or filler data into this at least one message.
A method for data writing implemented by a current node of a distributed database system, wherein the current node is a node in the distributed database system which receives first to-be-written data, the method comprising: obtaining the first to-be-written data, said first to-be-written data comprising an identification of a first data table; determining a first group identifier corresponding to the first to-be-written data via the first data table; determining a first master node corresponding to the first group identifier via a mapping table; in response to the first master node being a first node of the distributed database system other than a current node, determining a second group identifier via the mapping table, a second master node corresponding to the second group identifier being the current node; sending the second group identifier to the first node; receiving a first update message from the first node, the first update message indicating that at the first node, the first group identifier is modified to the second group identifier; modifying the first group identifier to the second group identifier; and writing the first to-be-written data. obtaining the first to-be-written data, said first to-be-written data comprising an identification of a first data table; determining a first group identifier corresponding to the first to-be-written data via the first data table; determining a first master node corresponding to the first group identifier via a mapping table; in response to the first master node being a first node of the distributed database system other than a current node, determining a second group identifier via the mapping table, a second master node corresponding to the second group identifier being the current node; sending the second group identifier to the first node; receiving a first update message from the first node, the first update message indicating that at the first node, the first group identifier is modified to the second group identifier; modifying the first group identifier to the second group identifier; and writing the first to-be-written data. determining a second group identifier via the mapping table, a second master node corresponding to the second group identifier being the current node; sending the second group identifier to the first node; receiving a first update message from the first node, the first update message indicating that at the first node, the first group identifier is modified to the second group identifier; modifying the first group identifier to the second group identifier; and writing the first to-be-written data.
Device for applying a fluid or viscous product to keratin fibres, comprising a central core of elongate form that extends along a longitudinal axis XX, at least one row of elongate bristles comprising a first end embedded on the core and a free second end, the bristles and the core being formed in a single piece, at least one of the bristles having a flattened shape in a plane substantially perpendicular to the axis XX, said at least one bristle being defined in front view by a first ridge continuously convex or concave from its base embedded in the core as far as the second end, and by a second ridge having at least two curvatures separated by an inflexion point from its base embedded in the core as far as the second end, the first and second ridges joining at the free end; said bristles having a slot in the thickness thereof suitable for defining a first and a second lateral flank disposed facing each other.
A plant growth system comprising a plant growth substrate comprising a man-made vitreous fibre (MMVF), slab and a single MMVF block on a first surface of the MMVF slab; and an irrigation device for providing water and/or nutrients to the plant growth substrate, wherein the MMVF slab comprises a drain hole arranged to allow fluid to exit the MMVF slab, the drain hole being located in the region of a first end of the slab and being disposed away from the first surface, characterized in that: the irrigation device is arranged to provide water and nutrients to the substrate at a feeding position further than 50% of the length of the slab from the first end, and the block is provided either at the feeding position or between the feeding position and the first end of the slab.
Balancing valve for adjusting the flow rate of a fluid (F in,F out) flowing inside a pipe from upstream to downstream in a longitudinal direction of flow (X-X), which comprises: - a check valve and a tubular element simulating a Venturi tube, said valve and element being coaxially connected, respectively, from upstream to downstream in the longitudinal direction of flow (X-X) of the fluid; - a device for detecting a difference in pressure (Δp) which occurs inside the valve; - a valve for adjusting the flow rate of the fluid which flows inside the pipe; characterized in that: said device for detecting a differential pressure is arranged to measure a difference in pressure (Δp) between the inside of a first chamber upstream of the check valve and communicating therewith and the inside of a central cylindrical portion of the tubular element. - a check valve and a tubular element simulating a Venturi tube, said valve and element being coaxially connected, respectively, from upstream to downstream in the longitudinal direction of flow (X-X) of the fluid; - a device for detecting a difference in pressure (Δp) which occurs inside the valve; - a valve for adjusting the flow rate of the fluid which flows inside the pipe;
A device for producing plastic granulate, having - a multi-shaft screw extruder for providing a plastic melt; - an underwater pelletizing installation for producing from the plastic melt plastic granulate (G 1, G 2, G 3) that is located in the pelletizing water (W 1, W 2); characterized by - a granulate changeover unit for separating dyed plastic granulate (G 1) and undyed plastic granulate (G 2) and for separating a post-treatment into a first post-treatment circuit for the dyed plastic granulate (G 1) and a second post-treatment circuit for the undyed plastic granulate (G 2), said granulate changeover unit in a conveying direction being disposed downstream of the underwater pelletizing installation; - a first separator installation for separating the dyed plastic granulate (G 1) from the pelletizing water (W 1), said first separator installation, which is part of the first post-treatment circuit, in the conveying direction being disposed downstream of the granulate changeover unit; and - a second separator installation for separating the undyed plastic granulate (G 2) from the pelletizing water (W 2), said second separator installation, which is part of the second post-treatment circuit, being disposed downstream of the granulate changeover unit in the conveying direction and so as to be parallel with the first separator installation. - a multi-shaft screw extruder for providing a plastic melt; - an underwater pelletizing installation for producing from the plastic melt plastic granulate (G 1, G 2, G 3) that is located in the pelletizing water (W 1, W 2); characterized by - a granulate changeover unit for separating dyed plastic granulate (G 1) and undyed plastic granulate (G 2) and for separating a post-treatment into a first post-treatment circuit for the dyed plastic granulate (G 1) and a second post-treatment circuit for the undyed plastic granulate (G 2), said granulate changeover unit in a conveying direction being disposed downstream of the underwater pelletizing installation; - a first separator installation for separating the dyed plastic granulate (G 1) from the pelletizing water (W 1), said first separator installation, which is part of the first post-treatment circuit, in the conveying direction being disposed downstream of the granulate changeover unit; and - a second separator installation for separating the undyed plastic granulate (G 2) from the pelletizing water (W 2), said second separator installation, which is part of the second post-treatment circuit, being disposed downstream of the granulate changeover unit in the conveying direction and so as to be parallel with the first separator installation.