mhurhangee/ep-ind-claims huggingface dataset:
An installation device for the installation of flush-mounted devices on/in a wall, the installation device comprising a dowel and a holder, the dowel comprising a sleeve-shaped body extending along a first longitudinal axis and having a first free end, a second free end arranged opposite the first free end and a fixing section arranged therebetween, wherein a first stop is provided at the first free end of the dowel and wherein a first clamping element is provided at the second free end of the dowel, and wherein the holder comprises a sleeve-shaped body extending along a second longitudinal axis and having a first free end and a second free end arranged opposite thereto, wherein a second stop directed towards the second free end is provided at the first free end and wherein a second clamping element is provided at the second free end, wherein the first stop and the second stop form a pair of stops and wherein the first clamping element and the second clamping element form a clamping pair, characterised in that the holder can be screwed into the dowel and in that the fixing section is designed in such a way that a relative rotary movement between the dowel and the holder in a first direction of rotation leads to a reduction in the distance between the first free end and the second free end of the dowel and in that a relative rotary movement between the dowel and the holder in a second direction of rotation opposite to the first direction of rotation leads to an increase in the distance between the first free end and the second free end of the dowel.
An air treatment device, comprising: an air treatment section operable to treat a first flow of air drawn from an ambient volume; a controller configured to control the air treatment section; a user interface configured to display, for selection by a user, at least one static or open-loop operational mode to be executed by the controller; and a wall facing the ambient volume on a first side (201 a) and comprising one or more pervious sections, characterized in that a second side (201 b) of the wall, which is opposite to said first side, comprises a connector for mating with a corresponding connector of a detachable sensor module; in that the connector, when the sensor module is present, enables a data connection from the sensor module to the controller; and in that the user interface, when the data connection is enabled, is configured to display at least one closed-loop operational mode when the sensor module is present and the data connection from the sensor module to the controller is enabled, in which the controller controls the air treatment section in response to measurement data relating to the ambient volume received from the sensor module. an air treatment section operable to treat a first flow of air drawn from an ambient volume; a controller configured to control the air treatment section; a user interface configured to display, for selection by a user, at least one static or open-loop operational mode to be executed by the controller; and a wall facing the ambient volume on a first side (201 a) and comprising one or more pervious sections, characterized in that a second side (201 b) of the wall, which is opposite to said first side, comprises a connector for mating with a corresponding connector of a detachable sensor module; in that the connector, when the sensor module is present, enables a data connection from the sensor module to the controller; and in that the user interface, when the data connection is enabled, is configured to display at least one closed-loop operational mode when the sensor module is present and the data connection from the sensor module to the controller is enabled, in which the controller controls the air treatment section in response to measurement data relating to the ambient volume received from the sensor module.
Screed arrangement for a road finisher, with a basic screed and two extending screeds (4, 5) arranged in front of the basic screed in the laying direction of travel and movable with respect to the basic screed transversely to the laying direction of travel, wherein a deflection member is fitted on the basic screed and / or on at least one of the extending screeds (4, 5) and can be adjusted relative to it, characterised in that the deflection member is adjustable between an inactive position adjacent to one of the extending screeds (4, 5) or to on the basic screed, and an active position spaced apart from the respective screed (4, 5, 6).
Assembly for coupling the shaft of a moving blind to its housing, made out of a movable sleeve and an intermediate sleeve which move relative to each other so that the movable sleeve is at least partially inside the intermediate sleeve and the coupling assembly is in its working position when axial movement of the movable sleeve inside the intermediate sleeve is locked and in an assembly position, when axial movement of the movable sleeve inside the intermediate sleeve is unlocked, wherein the assembly further comprises a ring which is seated on the movable sleeve, wherein the ring comprises at least one arm locking axial movement of the movable sleeve inside the intermediate sleeve in the working position of the coupling assembly, characterized in that in said working position the ring arm is resting on a stop face of the intermediate sleeve and the intermediate sleeve has at least one longitudinal notch for the ring arm, when the coupling assembly is in the assembly position, wherein transition of the assembly from one position to the other takes place by revolving the ring around the movable sleeve so that the free end of the ring arm either rests on the stop face or enters the longitudinal notch.
An imaging system for displaying a composite image across adjacent display devices (103a-d), the front surface of each such display device comprising a self-contained screen onto which a portion of the composite image is displayed, respective ones of said display devices having gaps between at least one other adjacent display device or a surrounding area resulting in visible seams due to the absence of light, the imaging system being characterized by comprising a video routing and processing module within each such display device, each module being configured to increase one or more light emission characteristics within respective areas of the respective portions of the composite image displayed onto the front surface of each such display device, said areas being adjacent but outside said gaps, by an average of light or spectral intensity in said gaps and and said respective adjacent areas in order to compensate for the light missing from said gaps, thereby camouflaging said visible seams resulting from said gaps.
An apparatus arranged to manage communication links with a plurality of traffic nodes registered with a radio network, the apparatus configured to: receive a request from a first traffic node to establish a communication link with a second traffic node, wherein at least the second traffic node is one of the plurality of traffic nodes; receive from the first traffic node object description information associated with the request; compare the object description information with stored information relating to at least some of the plurality of traffic nodes; determine, based on the comparison, a likelihood that the object description information pertains to the second traffic node; decide, in dependence on the determination, whether to grant the request; receive from each of one or more further traffic nodes, a request to establish a communication link with the second traffic node; receive object description information associated with each request; for each request, compare the object description information with stored information relating to at least some of the plurality of traffic nodes; characterised by: determine, based on each comparison, a likelihood that the object description information associated with each request pertains to the second traffic node; and prioritize granting of the requests in dependence on the determined likelihoods. receive a request from a first traffic node to establish a communication link with a second traffic node, wherein at least the second traffic node is one of the plurality of traffic nodes; receive from the first traffic node object description information associated with the request; compare the object description information with stored information relating to at least some of the plurality of traffic nodes; determine, based on the comparison, a likelihood that the object description information pertains to the second traffic node; decide, in dependence on the determination, whether to grant the request; receive from each of one or more further traffic nodes, a request to establish a communication link with the second traffic node; receive object description information associated with each request; for each request, compare the object description information with stored information relating to at least some of the plurality of traffic nodes; characterised by: determine, based on each comparison, a likelihood that the object description information associated with each request pertains to the second traffic node; and prioritize granting of the requests in dependence on the determined likelihoods. determine, based on each comparison, a likelihood that the object description information associated with each request pertains to the second traffic node; and prioritize granting of the requests in dependence on the determined likelihoods.
A component for a gas turbine engine, comprising: a wall (82, 84); and a vascular engineered lattice structure formed inside of the wall (82, 84), the vascular engineered lattice structure including a plurality of nodes, a plurality of branches that extend between the plurality of nodes, and a plurality of open passages extending between the plurality of nodes and the plurality of branches, wherein at least one of the branches is non-circular in cross-section, and the vascular engineered lattice structure is configured such that airflow is circulated through the open passages and over the plurality of branches, characterised in that: the at least one of the branches includes an airfoil shape in cross-section. a wall (82, 84); and a vascular engineered lattice structure formed inside of the wall (82, 84), the vascular engineered lattice structure including a plurality of nodes, a plurality of branches that extend between the plurality of nodes, and a plurality of open passages extending between the plurality of nodes and the plurality of branches, wherein at least one of the branches is non-circular in cross-section, and the vascular engineered lattice structure is configured such that airflow is circulated through the open passages and over the plurality of branches,
A method implemented by a network node in a wireless communications network, the method characterised by the steps of: detecting a pending D2D transmission by a second wireless device to a first wireless device, said first wireless device being registered in the wireless communication network and having network communications capabilities and D2D communications capabilities; responsive to detecting the pending D2D transmission, identifying the first wireless device as a target for Device-to-Device, D2D, activity state control, with respect to the pending D2D transmission by the second wireless device, determining a D2D activity state adjustment for the first wireless device; and controlling the D2D activity state of the first wireless device, with respect to the pending D2D transmission by the second wireless device, according to the determined D2D activity state adjustment. detecting a pending D2D transmission by a second wireless device to a first wireless device, said first wireless device being registered in the wireless communication network and having network communications capabilities and D2D communications capabilities; responsive to detecting the pending D2D transmission, identifying the first wireless device as a target for Device-to-Device, D2D, activity state control, with respect to the pending D2D transmission by the second wireless device, determining a D2D activity state adjustment for the first wireless device; and controlling the D2D activity state of the first wireless device, with respect to the pending D2D transmission by the second wireless device, according to the determined D2D activity state adjustment.
A single-flow integrated type heat exchanger (1, 1') for use as an oil cooler, wherein the heat exchanger (1, 1'), during use, provides for an integrated flow of the oil and is substantially immersed in a cooling medium, the heat exchanger (1, 1') comprising: at least two elongate heat exchanger members (10, 10') each of which enclosing a respective first channel and each of which being formed by a pair of joined together elongated heat exchanger plates (17, 18); wherein a second channel is formed between the at least two heat exchanger members (10, 10'); an edge portion of a first one of the heat exchanger members (10, 10'), presents a bypass restrictor (11, 11', 11", 11'") extending towards an edge portion of a second one of the heat exchanger members (10, 10') for preventing or reducing bypass of a flow of cooling medium to/from the second channel, and the bypass restrictor (11, 11', 11", 11'") forms an outer wall (2, 2') of the heat exchanger (1, 1'), wherein the heat exchanger (1, 1') comprises an inlet and an outlet opening (5, 6) for the cooling medium which openings are arranged along a longitudinal center line of the heat exchanger plates (17,18), characterized in that the edge of one of the pair of heat exchanger plates (17, 18) is folded in one direction, while the edge of the other of the pair of heat exchanger plates (17, 18) is folded in the opposite direction towards the other of the pair of heat exchanger plates (17, 18), with one of the edges extending beyond the other one and all the way to the adjacent heat exchanger member (10, 10'), thus forming the bypass restrictor (11, 11', 11", 11"'), wherein the bypass restrictor (11, 11', 11", 11'") extends continuously along at least a part of said edge portion of said first one of the heat exchanger members (10, 10') and substantially in parallel with a main flow direction in the second channel, and preferably along at least 1/4, 1/3, 1/2, 2/3 or 3/4 of a length of the second channel; the bypass restrictor (11, 11', 11", 11"'), along its extension, provides a substantially continuous seal against the second one of the heat exchanger members (10, 10'). at least two elongate heat exchanger members (10, 10') each of which enclosing a respective first channel and each of which being formed by a pair of joined together elongated heat exchanger plates (17, 18); wherein a second channel is formed between the at least two heat exchanger members (10, 10'); an edge portion of a first one of the heat exchanger members (10, 10'), presents a bypass restrictor (11, 11', 11", 11'") extending towards an edge portion of a second one of the heat exchanger members (10, 10') for preventing or reducing bypass of a flow of cooling medium to/from the second channel, and the bypass restrictor (11, 11', 11", 11'") forms an outer wall (2, 2') of the heat exchanger (1, 1'), wherein the heat exchanger (1, 1') comprises an inlet and an outlet opening (5, 6) for the cooling medium which openings are arranged along a longitudinal center line of the heat exchanger plates (17,18),
An apparatus for noise reduction, comprising: a voltage tuner to adjust a voltage swing for a signal line of a differential signal line pair; a timing module to adjust a timing skew between the differential signal line pair, wherein the voltage swing adjustment and timing skew adjustment introduce a common mode noise in the differential signal line pair to reduce a radio frequency interference, RFI, noise coupling; and characterised by a common mode filter to reduce common mode noise introduction at a selected frequency or selected frequency range. a voltage tuner to adjust a voltage swing for a signal line of a differential signal line pair; a timing module to adjust a timing skew between the differential signal line pair, wherein the voltage swing adjustment and timing skew adjustment introduce a common mode noise in the differential signal line pair to reduce a radio frequency interference, RFI, noise coupling; and characterised by a common mode filter to reduce common mode noise introduction at a selected frequency or selected frequency range.
A method for cultivating a fruit vegetable, comprising: a step that causes a flower bud differentiation by separately and independently carrying out a procedure to continuously irradiate red light on a fruit vegetable sprout, and a procedure to continuously irradiate blue light on the fruit vegetable sprout; and a step that irradiates a sunbeam on the flower bud differentiated fruit vegetable, wherein the procedure to continuously irradiate the red light and the procedure to continuously irradiate the blue light are alternately carried out, each for a length of time from three hours to forty-eight hours. a step that causes a flower bud differentiation by separately and independently carrying out a procedure to continuously irradiate red light on a fruit vegetable sprout, and a procedure to continuously irradiate blue light on the fruit vegetable sprout; and a step that irradiates a sunbeam on the flower bud differentiated fruit vegetable, wherein the procedure to continuously irradiate the red light and the procedure to continuously irradiate the blue light are alternately carried out, each for a length of time from three hours to forty-eight hours.
Device for fitting out a tunnel, comprising at least one formwork element with at least one concreting opening, an installation for transporting fluid concrete through the concreting opening into a hollow space arranged behind the formwork element, in particular a concrete pump, wherein at least one sensor is provided with which a state variable of a concrete present in the hollow space and/or a loading of the formwork element can be continuously measured during a concreting operation, wherein a monitoring device is provided with which a measurement of the at least one sensor can be compared with a nominal value stored in a data memory, wherein the nominal value is dependent on a progression of the concreting operation, more particularly dependent on a measured time and/or on a quantity of concrete already transported into the hollow space, characterised in that by means of the monitoring device a volumetric flow of the concrete transported into the hollow space can be regulated as a function of the a deviation of the at least one measurement from the nominal value in order to repeat a previously recorded reference concreting operation.
A method for cleaning floors, characterized by the steps: A) Wiping a floor with a wiping lip (28, 27) arranged on a floor cleaning machine with simultaneous removal of contaminants by suction in the area of the wiping lip (28, 27); B) Scrubbing the floor by a scrubbing device arranged on the floor cleaning machine using a cleaning liquid; and C) Removing the dirty cleaning liquid by suction with a suction removal device arranged on the floor cleaning machine, wherein D) The steps A) - C) are carried out in one working step in a forward direction of the floor cleaning machine. A) Wiping a floor with a wiping lip (28, 27) arranged on a floor cleaning machine with simultaneous removal of contaminants by suction in the area of the wiping lip (28, 27); B) Scrubbing the floor by a scrubbing device arranged on the floor cleaning machine using a cleaning liquid; and C) Removing the dirty cleaning liquid by suction with a suction removal device arranged on the floor cleaning machine, wherein D) The steps A) - C) are carried out in one working step in a forward direction of the floor cleaning machine.
A device for winding an ancillary material originally adhered to a composite material wound on a reel, wherein the device comprises: a support mechanism; at least two slats, connected to the support mechanism and arranged such that they substantially form a tubular element, thereby defining an internal section between them, wherein the at least two slats comprise a first end (2.1) and a second end (2.2); a bar; and an end part; wherein the bar is rigidly attached at a first end (3.1) to the support mechanism, arranged longitudinally along the inside of the internal section defined by the at least two slats, and configured for being connected at a second end (3.2) to the end part; and wherein the end part comprises a connection mechanism (4.2) configured for being coupled, in a manner which can be uncoupled, with the second end (3.2) of the bar, such that in the coupled state of the end part the internal section defined by the at least two slats is larger than it is in the uncoupled state of the end part; wherein the device is characterised in that it additionally comprises an arm attached by means of a rotational attachment to the support mechanism, said arm being a swivel arm comprising a pressure spring (5.1), in a use situation said arm allowing the device to swivel and be arranged supported on the reel of composite material at all times. a support mechanism; at least two slats, connected to the support mechanism and arranged such that they substantially form a tubular element, thereby defining an internal section between them, wherein the at least two slats comprise a first end (2.1) and a second end (2.2); a bar; and an end part; wherein the bar is rigidly attached at a first end (3.1) to the support mechanism, arranged longitudinally along the inside of the internal section defined by the at least two slats, and configured for being connected at a second end (3.2) to the end part; and wherein the end part comprises a connection mechanism (4.2) configured for being coupled, in a manner which can be uncoupled, with the second end (3.2) of the bar, such that in the coupled state of the end part the internal section defined by the at least two slats is larger than it is in the uncoupled state of the end part; wherein the device is characterised in that it additionally comprises an arm attached by means of a rotational attachment to the support mechanism, said arm being a swivel arm comprising a pressure spring (5.1), in a use situation said arm allowing the device to swivel and be arranged supported on the reel of composite material at all times.
A method of producing a silica sol material, said method comprising the steps of: hydrolyzing a silica source to create a silica sol in a solution of KOH, wherein said silica source is a tetraalkyl orthosilicate selected from the group consisting of Tetrapropyl orthosilicate (TPOS), Tetraisopropyl orthosilicate (TiPOS), Tetrabutyl orthosilicate (TBOS), tetraethyl orthosilicate (TEOS) and Tetramethyl orthosilicate (TMOS), and at a pH of at least 9.0; distilling the silica sol; and adjusting the particle size to create a single size distribution peak through adjusting the pH of the silica sol from a base to an acid and back to a base, wherein said step of hydrolyzing occurs at a pH of 9.0 to 11.0 and wherein said step adjusting lowers the pH to 6.0 to 7.0 and then raising the pH to 9.0 to 11.0. hydrolyzing a silica source to create a silica sol in a solution of KOH, wherein said silica source is a tetraalkyl orthosilicate selected from the group consisting of Tetrapropyl orthosilicate (TPOS), Tetraisopropyl orthosilicate (TiPOS), Tetrabutyl orthosilicate (TBOS), tetraethyl orthosilicate (TEOS) and Tetramethyl orthosilicate (TMOS), and at a pH of at least 9.0; distilling the silica sol; and adjusting the particle size to create a single size distribution peak through adjusting the pH of the silica sol from a base to an acid and back to a base, wherein said step of hydrolyzing occurs at a pH of 9.0 to 11.0 and wherein said step adjusting lowers the pH to 6.0 to 7.0 and then raising the pH to 9.0 to 11.0.