mhurhangee/ep-ind-claims huggingface dataset:
Device for a control- and information system, preferably for a ventilating system, and where the control- and information system is constructed of a number of modules and where each module comprises a number of functions and where the principle parts of the parallel control- and information system is provided in a central control unit with an interface to which a flat cable is connected and where this flat cable comprises a number of - preferably 10-40 single conductor - and where each conductor has a fixed function and where this conductor is predetermined in relation to a definite control or regulating function which is handled by the control unit and that the flat cable is at its first end provided with a connector which is connected to the interface of the control unit and is at its second end provided with a similar connector which is connected to a first interface on a complete connection block and where this interface has the same design and therefore the same functions at the different points of connection as at the interface of the control unit and that a second interface is provided at the connection block which interface via a circuit card, where the circuit card constitutes the device for internal signal distribution in the complete connection block, has the same functions for the respective control and regulating function as the first interface of the complete connection block, and where this second interface constitutes the starting interface for a further connection with a second flat cable to a second complete connection block, and where this flat cable in its construction is identical to the first and that the complete connection block is constructed in a way that there are points of decoupling where the control and regulating functions are decoupled, or are connected to the printed circuit card, where the connection between a function is done with a connector, and where the specific function in the flat cable is strapped via the printed circuit card outwards to that cable/conductor which connects the sensor with that point of decoupling which dedicates a specific function and in a similar way different functions are decoupled from the flat cable to respective sensors or actuators and in parallel with that the control and regulating function is connected between the control unit and the connection blocks also the power cable is connected between the control unit and the first connection block and where this first power cable partially is forward coupled with a second power cable to an additional connection block and partially an electric cable is coupled from a connector outwards to the functions that require current, characterized in that only a flat cable is connected between the control unit and a first connection block and that the connection of additional connection blocks to the control unit is done via the first connection block, which means that the complete control and information system - the number of connection blocks and accordingly the function modules (17, 18) - is expandable and this without influencing the first installed function modules.
A labelling machine comprising: a supply spool support adapted to receive a supply spool of web supporting a plurality of labels; a take-up spool support adapted to form a take-up spool of web from which at least some labels have been removed, wherein a web path is defined between the supply spool and the take-up spool; a motor arranged to turn the take-up spool; a controller to control operation of the motor; characterized in that the labelling machine further comprises: a linear displacement sensor operable to measure linear displacement of the web, and provide a signal indicative thereof; wherein the controller is operable to receive the signal provided by the linear displacement sensor and control the motor to turn the take-up spool based upon the received signal so as to cause controlled predetermined linear movement of the web along the web path and onto the take-up spool. a supply spool support adapted to receive a supply spool of web supporting a plurality of labels; a take-up spool support adapted to form a take-up spool of web from which at least some labels have been removed, wherein a web path is defined between the supply spool and the take-up spool; a motor arranged to turn the take-up spool; a controller to control operation of the motor; characterized in that the labelling machine further comprises: a linear displacement sensor operable to measure linear displacement of the web, and provide a signal indicative thereof; wherein the controller is operable to receive the signal provided by the linear displacement sensor and control the motor to turn the take-up spool based upon the received signal so as to cause controlled predetermined linear movement of the web along the web path and onto the take-up spool. a linear displacement sensor operable to measure linear displacement of the web, and provide a signal indicative thereof; wherein the controller is operable to receive the signal provided by the linear displacement sensor and control the motor to turn the take-up spool based upon the received signal so as to cause controlled predetermined linear movement of the web along the web path and onto the take-up spool.
A method for acquiring three-dimensional data, comprising: projecting a plurality of time-multiplexed coded light patterns onto an object by means of a projector; receiving a coded light image from a first camera; obtaining code from the coded light image; reconstructing three-dimensional coordinates of the object from said code, wherein said reconstructing said three-dimensional coordinates comprises determining one or more calibration parameters for said first camera before receiving said coded light image; receiving a texture image from a second camera; determining correspondence between the coordinates of the first and second cameras; and generating representative data from the three-dimensional coordinates of the object, the texture image and the coded light image according to said correspondence by mapping said texture image onto said coded light image, comprising converting the reconstructed three-dimensional coordinates of the object into a distance r from the origin of the system of coordinates of the first camera at every pixel of a range image, warping the texture image captured by the second camera into the system of coordinates of the first camera, and stacking range and texture data into a single image. projecting a plurality of time-multiplexed coded light patterns onto an object by means of a projector; receiving a coded light image from a first camera; obtaining code from the coded light image; reconstructing three-dimensional coordinates of the object from said code, wherein said reconstructing said three-dimensional coordinates comprises determining one or more calibration parameters for said first camera before receiving said coded light image; receiving a texture image from a second camera; determining correspondence between the coordinates of the first and second cameras; and generating representative data from the three-dimensional coordinates of the object, the texture image and the coded light image according to said correspondence by mapping said texture image onto said coded light image, comprising converting the reconstructed three-dimensional coordinates of the object into a distance r from the origin of the system of coordinates of the first camera at every pixel of a range image, warping the texture image captured by the second camera into the system of coordinates of the first camera, and stacking range and texture data into a single image.
A method for operating a drive train of a motor vehicle, wherein the drive train comprises a drive motor and an automatic or automated transmission which is connected between the drive motor and the drive wheels, - wherein the transmission automatically changes gear in an automatic mode, and - wherein the transmission changes into a higher or lower gear in a manual mode subject to a change-up or change-down requested by the driver by means of an operating element, and - wherein at least in the automatic mode, if defined operating conditions are present, a change is made into a coasting mode of the drive train in which the operative connection between drive motor and drive wheels is disengaged, and - wherein the coasting mode is exited when the driver requests a change-down and a change is made into the manual mode of the transmission, characterised in that when the driver wants to change up (+) in the coasting mode (D("D5"), the coasting mode (D("D5") is maintained in the automatic mode. - wherein the transmission automatically changes gear in an automatic mode, and - wherein the transmission changes into a higher or lower gear in a manual mode subject to a change-up or change-down requested by the driver by means of an operating element, and - wherein at least in the automatic mode, if defined operating conditions are present, a change is made into a coasting mode of the drive train in which the operative connection between drive motor and drive wheels is disengaged, and - wherein the coasting mode is exited when the driver requests a change-down and a change is made into the manual mode of the transmission,
Agricultural distributor, in particular seeder, with a storage container, which is supported by a supporting frame, for accommodating spreading material, at least one metering member arranged downstream of an outlet opening of the storage container, and also conveying means which are designed for conveying the metered spreading material to a plurality of distributing devices, wherein the supporting frame firstly has two supporting shoes which are each arranged on the lower side of said supporting frame and at lateral distance from each other and which are designed for the fastening of a first soil cultivation implement, and wherein the supporting frame secondly has a bearing bracket which is arranged in particular at a substantially identical lateral distance from the supporting shoes and is designed for the mounting of an upper link for the releasable fastening of the supporting frame to a second soil cultivation implement or to a tractor, wherein - each supporting shoe is secured at the lower end by at least one outer supporting element which extends away from the respective supporting shoe upwards with a vertical direction of extent component and is inwardly inclined at an angle (α) of between -10° and 60° with respect to a vertical plane (E 1) arranged parallel to the direction of travel; - each outer supporting element of a respective supporting shoe is connected in the region of its upper end remote from the respective supporting shoe to at least one inner supporting element; and - the outer supporting elements are connected to one another by means of at least one crossmember arranged above the level of the bearing bracket, characterized in that each outer supporting element is connected to the bearing bracket by means of the at least one inner supporting element, wherein the inner supporting element in each case extends away from the respective outer supporting element inwards with a horizontal direction of extent component and is inclined at an angle (β) of greater than 0° and less than 90° with respect to a horizontal plane (E 2) arranged level with the bearing bracket, wherein any support of the storage container on supporting elements arranged below the bearing bracket and between the two supporting shoes is avoided. - each supporting shoe is secured at the lower end by at least one outer supporting element which extends away from the respective supporting shoe upwards with a vertical direction of extent component and is inwardly inclined at an angle (α) of between -10° and 60° with respect to a vertical plane (E 1) arranged parallel to the direction of travel; - each outer supporting element of a respective supporting shoe is connected in the region of its upper end remote from the respective supporting shoe to at least one inner supporting element; and - the outer supporting elements are connected to one another by means of at least one crossmember arranged above the level of the bearing bracket,
A method performed by a network node for providing an application to service a user equipment, UE, in a communication network, comprising - obtaining information indicating a location of the UE; and - determining a second anchor point for the UE based on the obtained information and a configuration of an edge connectivity service associated with the application, wherein the edge connectivity service defines a connectivity service provided for the application to service the UE, wherein an anchor point comprises a node that terminates a mobile network user plane session at a data network; - upon determining a change of an anchor point from a first anchor point to the second anchor point, sending a request to an application server providing at least part of the application, for approval of a handover of the UE from the first anchor point to the second anchor point; and - receiving an approval or a rejection of the request, from the application server. - obtaining information indicating a location of the UE; and - determining a second anchor point for the UE based on the obtained information and a configuration of an edge connectivity service associated with the application, wherein the edge connectivity service defines a connectivity service provided for the application to service the UE, wherein an anchor point comprises a node that terminates a mobile network user plane session at a data network; - upon determining a change of an anchor point from a first anchor point to the second anchor point, sending a request to an application server providing at least part of the application, for approval of a handover of the UE from the first anchor point to the second anchor point; and - receiving an approval or a rejection of the request, from the application server.
Lawnmower comprising a movable main body comprising a hood, and a handle that is deployable in a deployment direction relative to the main body between a storage configuration and a usage configuration, a storage locking system which can be alternately placed in an active state in which it prevents the storage of the handle relative to the main body and an inactive state in which it allows such storage, and a user operable storage control system (12, 116t) for placing the storage locking system in its inactive state from its active state; wherein said handle comprises a lower portion and an upper portion that is movable relative to the lower portion in an adjustment direction, an adjustment locking system (28, 228) adapted for alternately being placed in an active state in which it secures the lower and upper portions to one another in an adjustment position, and an inactive state in which the lower and upper portions are not secured to one another, and a user operable adjustment control system for placing the adjustment locking system in its inactive state from its active state; characterized in that the user operable storage control system comprises the user operable adjustment control system and an actuation part of the upper portion of the handle, such that a single control is provided for both the user operable storage control system and the user operable adjustment control system.
An RF signal generator having: an optical part for outputting two or more optical carrier signals separated in optical frequency by a frequency difference, a modulator arranged to modulate the two or more optical carrier signals with an intermediate frequency to generate sideband signals, the modulator also being arranged to apply a phase modulation to one or more of the sideband signals or the optical carrier signals, without applying the phase modulation to others of the sideband signals or optical carrier signals, the modulator having integrated optical paths for both the phase modulated signals and for the others of the signals without corresponding phase modulation, and a detector part arranged to combine at least one of the phase modulated signals with at least one of the other signals without corresponding phase modulation, to output an RF signal having a frequency corresponding to a difference in optical frequencies of these signals, and having the phase modulation. an optical part for outputting two or more optical carrier signals separated in optical frequency by a frequency difference, a modulator arranged to modulate the two or more optical carrier signals with an intermediate frequency to generate sideband signals, the modulator also being arranged to apply a phase modulation to one or more of the sideband signals or the optical carrier signals, without applying the phase modulation to others of the sideband signals or optical carrier signals, the modulator having integrated optical paths for both the phase modulated signals and for the others of the signals without corresponding phase modulation, and a detector part arranged to combine at least one of the phase modulated signals with at least one of the other signals without corresponding phase modulation, to output an RF signal having a frequency corresponding to a difference in optical frequencies of these signals, and having the phase modulation.
Water outlet device, in particular for connecting to a flexible tube, wherein - the water outlet device comprises a first casing, a second casing and a perforated disc, - the first casing and the second casing are moveable to each other along an axis, - the perforated disc is arranged or arrangeable at a front side of the first casing, - the border of the perforated disc is attached or attachable at a front edge of the first casing, - the centre of the perforated disc is attached or attachable at a front portion of the second casing, - the perforated disc is made of a flexible sheet, and - the perforated disc is adjustable between a concave shape and a convex shape, when the first casing and the second casing are moved to each other along the axis, characterized in that a closing device is provided for closing the nozzles of the perforated disc, wherein said closing device is biased and lies against the perforated disc without any water pressure, and wherein said closing device is opened against the flow direction by the water pressure. - the water outlet device comprises a first casing, a second casing and a perforated disc, - the first casing and the second casing are moveable to each other along an axis, - the perforated disc is arranged or arrangeable at a front side of the first casing, - the border of the perforated disc is attached or attachable at a front edge of the first casing, - the centre of the perforated disc is attached or attachable at a front portion of the second casing, - the perforated disc is made of a flexible sheet, and - the perforated disc is adjustable between a concave shape and a convex shape, when the first casing and the second casing are moved to each other along the axis,
A method of wireless communication, the method comprising: identifying, by a user equipment, UE, an aggressor base station that is interfering with a downlink signal from a serving base station; receiving, by the UE from the serving base station, a signal indicating first reporting parameters of the aggressor base station for transmitting a first channel state information, CSI, report to the aggressor base station and second reporting parameters of the serving base station for transmitting a second CSI report to the serving base station, wherein the first reporting parameters of the aggressor base station are different from the second reporting parameters of the serving base station; transmitting, by the UE, the first CSI report to the aggressor base station based at least in part on the first reporting parameters of the aggressor base station; and transmitting, by the UE, the second CSI report to the serving base station based at least in part on the second reporting parameters of the serving base station. identifying, by a user equipment, UE, an aggressor base station that is interfering with a downlink signal from a serving base station; receiving, by the UE from the serving base station, a signal indicating first reporting parameters of the aggressor base station for transmitting a first channel state information, CSI, report to the aggressor base station and second reporting parameters of the serving base station for transmitting a second CSI report to the serving base station, wherein the first reporting parameters of the aggressor base station are different from the second reporting parameters of the serving base station; transmitting, by the UE, the first CSI report to the aggressor base station based at least in part on the first reporting parameters of the aggressor base station; and transmitting, by the UE, the second CSI report to the serving base station based at least in part on the second reporting parameters of the serving base station.
A discovery method performed by a first mission critical push to talk, MCPTT, user equipment, UE, wherein the method comprises: sending a discovery message, wherein the discovery message comprises an application layer identifier information of a discovery target, and the discovery target is one or more target users of a first user that uses the first MCPTT UE; and receiving a response message from a second MCPTT UE, wherein the response message comprises a layer 2 identifier of the second MCPTT UE and an application layer identifier of a second user who is currently using the second MCPTT UE, wherein the second user is one of the one or more target users, wherein when a target user of the discovery target and the first user are in a first communications group, the sending a discovery message comprises: acquiring a group layer 2 address of the first communications group; and sending the discovery message to the group layer 2 address. sending a discovery message, wherein the discovery message comprises an application layer identifier information of a discovery target, and the discovery target is one or more target users of a first user that uses the first MCPTT UE; and receiving a response message from a second MCPTT UE, wherein the response message comprises a layer 2 identifier of the second MCPTT UE and an application layer identifier of a second user who is currently using the second MCPTT UE, wherein the second user is one of the one or more target users, wherein when a target user of the discovery target and the first user are in a first communications group, the sending a discovery message comprises: acquiring a group layer 2 address of the first communications group; and sending the discovery message to the group layer 2 address. acquiring a group layer 2 address of the first communications group; and sending the discovery message to the group layer 2 address.
An oxidoreductase oligomer, wherein said oxidoreductase oligomer comprises two oxidoreductase polypeptides, wherein the C-terminus of a first oxidoreductase polypeptide is connected to the N-terminus of a second oxidoreductase polypeptide by a sortase A (Srt A) recognition sequence.