mhurhangee/ep-ind-claims huggingface dataset:
A braking device of a saddle-ride type vehicle comprising: a body frame; a steering unit steerably supported by the body frame; a front wheel rotatably supported by the steering unit; a front wheel brake that brakes the front wheel; an ABS modulator that is mounted in a floating state off the body frame and controls the braking force of the front wheel brake; and a front wheel brake piping (107B, 109, 91, 92) that connects the ABS modulator and the front wheel brake, the front wheel brake piping including: at least one metal pipe (107B, 91) connected to the ABS modulator; at least one flexible brake hose (109, 92) connected to the front wheel brake; and a joint that is supported by the body frame and connects the at least one metal pipe (107B, 91) and the at least one flexible brake hose (109, 92), characterized in that the joint is mounted in a floating state off the body frame via an elastic member, and is fixed by a support structure for the joint such that a relative displacement of the support structure for the joint with respect to the body frame in a direction of the vehicle is permitted by the elastic member, and the relative displacement of the support structure for the joint with respect to the body frame, in directions perpendicular to said direction of the vehicle, that varies the distance between the joint and the steering unit is not permitted. a body frame; a steering unit steerably supported by the body frame; a front wheel rotatably supported by the steering unit; a front wheel brake that brakes the front wheel; an ABS modulator that is mounted in a floating state off the body frame and controls the braking force of the front wheel brake; and a front wheel brake piping (107B, 109, 91, 92) that connects the ABS modulator and the front wheel brake, the front wheel brake piping including: at least one metal pipe (107B, 91) connected to the ABS modulator; at least one flexible brake hose (109, 92) connected to the front wheel brake; and a joint that is supported by the body frame and connects the at least one metal pipe (107B, 91) and the at least one flexible brake hose (109, 92), at least one metal pipe (107B, 91) connected to the ABS modulator; at least one flexible brake hose (109, 92) connected to the front wheel brake; and a joint that is supported by the body frame and connects the at least one metal pipe (107B, 91) and the at least one flexible brake hose (109, 92),
An in-vehicle computin system of a vehicle, the in-vehicle computing system comprising: z wireless communication interface; a processor (214;220); and a storage device (208;216); storing instructions executable by the processor (214;220) to: initiate a connection to a mobile device over a WIFI direct communication link, the in-vehicle computing system being established as a group owner of the WIFI direct communication link and the mobile device being established as a group client of the WIFI direct communication link; assign an IP address to the mobile device based on an IP address of the in-vehicle computing system; identify the in-vehicle computing system as a sink for synchronization data communicated over the WIFI direct communication link; and selectively receive the synchronization data from the mobile device over the WIFI direct communication link in accordance with transmission control protocol or user datagram protocol based on an amount or format of the synchronization data to be transmitted. z wireless communication interface; a processor (214;220); and a storage device (208;216); storing instructions executable by the processor (214;220) to: initiate a connection to a mobile device over a WIFI direct communication link, the in-vehicle computing system being established as a group owner of the WIFI direct communication link and the mobile device being established as a group client of the WIFI direct communication link; assign an IP address to the mobile device based on an IP address of the in-vehicle computing system; identify the in-vehicle computing system as a sink for synchronization data communicated over the WIFI direct communication link; and selectively receive the synchronization data from the mobile device over the WIFI direct communication link in accordance with transmission control protocol or user datagram protocol based on an amount or format of the synchronization data to be transmitted.
A torsion bar spring (100, 400), comprising: a first elongated spring bar (110, 410, 610) made of a resiliently flexible material and having a first coupling interface portion (112, 312, 412, 612) at a distal end and an interior opening (111, 411) oriented along a longitudinal axis (102, 402); and a second elongated spring bar (120, 420, 620) made of a resiliently flexible material and having a second coupling interface portion (122, 422a, 622) at the distal end, wherein the second elongated spring bar is disposed at least partially in the interior opening of the first elongated spring bar and the first and second elongated spring bars are directly fixedly coupled to one another at the first and second coupling interface portions such that uncoupled portions of the first and second elongated spring bars are rotatable relative to one another about the longitudinal axis; and characterised in that the first coupling interface portion includes one or more openings configured to receive weld material and to provide access to a surface of the second coupling interface portion for application of a plug weld to the one or more openings and the surface, to couple the first coupling interface portion and the second coupling interface portion to one another. a first elongated spring bar (110, 410, 610) made of a resiliently flexible material and having a first coupling interface portion (112, 312, 412, 612) at a distal end and an interior opening (111, 411) oriented along a longitudinal axis (102, 402); and a second elongated spring bar (120, 420, 620) made of a resiliently flexible material and having a second coupling interface portion (122, 422a, 622) at the distal end, wherein the second elongated spring bar is disposed at least partially in the interior opening of the first elongated spring bar and the first and second elongated spring bars are directly fixedly coupled to one another at the first and second coupling interface portions such that uncoupled portions of the first and second elongated spring bars are rotatable relative to one another about the longitudinal axis; and characterised in that the first coupling interface portion includes one or more openings configured to receive weld material and to provide access to a surface of the second coupling interface portion for application of a plug weld to the one or more openings and the surface, to couple the first coupling interface portion and the second coupling interface portion to one another.
A vehicle lighting system for use in a vehicle capable of traveling in an automated driving mode and a manual driving mode, the vehicle lighting system comprising: a lighting unit configured to form a light distribution pattern by emitting light toward the outside of the vehicle; and a lighting control unit configured to change the brightness of the light distribution pattern according to a driving mode of the vehicle, characterised in that the lighting control unit is further configured to change a shape of the light distribution pattern according to the driving mode of the vehicle such that a width in the horizontal direction of the light distribution pattern (Pa) projected on a virtual screen having a surface perpendicular to the front-rear direction of the vehicle in the automated driving mode is larger than a width in the horizontal direction of the light distribution pattern projected on the virtual screen in the manual driving mode. a lighting unit configured to form a light distribution pattern by emitting light toward the outside of the vehicle; and a lighting control unit configured to change the brightness of the light distribution pattern according to a driving mode of the vehicle, characterised in that the lighting control unit is further configured to change a shape of the light distribution pattern according to the driving mode of the vehicle such that a width in the horizontal direction of the light distribution pattern (Pa) projected on a virtual screen having a surface perpendicular to the front-rear direction of the vehicle in the automated driving mode is larger than a width in the horizontal direction of the light distribution pattern projected on the virtual screen in the manual driving mode.
Apparatus comprising at least one air gun producing blasts resulting in the rapid opening of a main valve by displacing a piston which allows working air accumulated under pressure in a tank to circulate as it moves off its seat, the opening of said valve being activated by an electric control module acting on an electrically operated valve and disposed on or in the immediate proximity of the air gun controlled by a command generator automatically generating firing commands based on an operating cycle, this command generator being remote from the guns, the electric control module comprising a wireless communication unit comprising a receiver and a transmitter for communicating with said command generator, which command generator has transmission means and receiving means for a two-way wireless communication with the control module, this apparatus being characterised in that: - the control module comprises a means for verifying that the command has been received and/or the electrically operated valve is operating and said means being configured to generate a signal addressed to the command generator confirming correct operation and - it comprises a manual trigger control incorporated in a wireless remote control. - the control module comprises a means for verifying that the command has been received and/or the electrically operated valve is operating and said means being configured to generate a signal addressed to the command generator confirming correct operation and - it comprises a manual trigger control incorporated in a wireless remote control.
A control module for controlling a pivoting movement of a trailer coupling of a motor vehicle, which trailer coupling can be displaced from a resting position into a working position and vice versa in a fully automatic manner by means of a motor, comprising a control device which measures pre-determinable pivoting parameters by means of a measuring device in case of a pivoting movement of the trailer coupling and sends out signals corresponding to the measurement result, and which compares these signals with pre-determinable set values by means of a comparator and terminates the pivoting movement of the trailer coupling if the set values are exceeded, as well as comprising an actuation element which can be exclusively actuated by a user and the manual actuation of which causes the trailer coupling to return into the initial starting position, characterized by a checking device which checks, before starting a displacing movement of the trailer coupling, whether pre-determinable security parameters have been observed and only if these parameters have been observed, the checking device will allow a displacing movement of the trailer coupling.
A method of serving a virtual desktop to a client, comprising: rendering and encoding on a first server an application frame, wherein the application frame includes a graphics generated as a product of executing a virtual application and rendering an application window; rendering and encoding on a second server a desktop frame that confines the application frame but lacks the graphics content of the application frame, wherein the desktop frame is a product of executing an OS and rendering a virtual desktop; communicating the encoded application frame from the first server to the second server; and communicating the desktop frame and redirecting the encoded application frame from the second server to the client. rendering and encoding on a first server an application frame, wherein the application frame includes a graphics generated as a product of executing a virtual application and rendering an application window; rendering and encoding on a second server a desktop frame that confines the application frame but lacks the graphics content of the application frame, wherein the desktop frame is a product of executing an OS and rendering a virtual desktop; communicating the encoded application frame from the first server to the second server; and communicating the desktop frame and redirecting the encoded application frame from the second server to the client.
A computer-implemented method of analysing data from a plurality of utility meters to determine whether a physical examination of a utility meter is required, the method comprising: receiving meter readings and meter events from the plurality of utility meters, wherein: meter readings from a utility meter comprise consumption data, and meter events from a utility meter comprise messages generated by the meter indicating a status or status change of the meter; compiling a data set from the meter readings and meter events; segmenting the data set into subsets according to one or more predetermined parameters; analysing data in a subset using statistical methods to determine whether meter readings or meter events from each meter are abnormal; identifying a meter that generated abnormal data; and sending a notification to an operator including an indication of the meter identified as abnormal. receiving meter readings and meter events from the plurality of utility meters, wherein: meter readings from a utility meter comprise consumption data, and meter events from a utility meter comprise messages generated by the meter indicating a status or status change of the meter; meter readings from a utility meter comprise consumption data, and meter events from a utility meter comprise messages generated by the meter indicating a status or status change of the meter; compiling a data set from the meter readings and meter events; segmenting the data set into subsets according to one or more predetermined parameters; analysing data in a subset using statistical methods to determine whether meter readings or meter events from each meter are abnormal; identifying a meter that generated abnormal data; and sending a notification to an operator including an indication of the meter identified as abnormal.
A V-type filter frame for receiving a filter media pack, said V-type filter frame being arranged to be mounted to a filter bank grid, the V-type filter frame comprising first and second gable plates and a front plate coupled to the gable plates, wherein the front plate comprises a sealing surface arranged to abut the filter bank grid, said gable plates each comprising a front edge portion and an opposite rear edge portion and an inner surface and an outer surface and further comprising an abutment surface extending outwardly from said outer surface arranged to abut a filter bank grid when mounted thereto, the abutment surface is provided in the form of a flange extending along said outer surface along the length of the front edge portion.
A motorhome having a vehicle longitudinal axis and a superstructure that is arranged on a vehicle chassis and extends in the vehicle longitudinal axis, wherein the superstructure has at least one space expansion module (5, 6) that is displaceably attached to it transverse to the vehicle longitudinal axis and extends at least approximately along the entire length and height of a longitudinal side of the superstructure, wherein at least four drives for moving the at least one space expansion module (5, 6) transverse to the vehicle longitudinal axis are arranged on the superstructure and/or on a space expansion module (5, 6) and at least one drive is configured as a spindle drive, wherein the at least one space expansion module is displaceably connected to the superstructure via at least four guiding elements each and a guiding element each has a guide rail with at least one slide moveably attached thereto and a holding blade attached to the slide and the slide and the holding blade are connected by interposing an adjusting means.
A method (1, 5) for manufacturing a synthetic stone, in particular for a timepiece, from a mineral body (10, 20) of polycrystalline type, characterised in that it comprises an ablation step (3, 11) in which the body (10, 20) is subjected to a material ablation by scanning on at least one face of the body using ultra-short pulse laser radiation whose duration is less than one hundred picoseconds, and whose beam is guided by a precession system having at least three axes configured to at least partially cancel the angle of the laser cone, which is due to the focusing of said laser.
Guide rail for a shading device, wherein - the guide rail has a guide channel for displaceably guiding a roller blind web, and - the guide rail has an opening through which the roller blind web is guidable out of the guide channel along a deflection region; wherein the guide rail is configured in the deflection region in such a manner that, in an operational state with the roller blind web, at least partial linear contact is able to be formed by the roller blind web, characterized in that the deflection region of the guide rail has a cauliflower profile. - the guide rail has a guide channel for displaceably guiding a roller blind web, and - the guide rail has an opening through which the roller blind web is guidable out of the guide channel along a deflection region; wherein the guide rail is configured in the deflection region in such a manner that, in an operational state with the roller blind web, at least partial linear contact is able to be formed by the roller blind web, characterized in that the deflection region of the guide rail has a cauliflower profile.
An agricultural planting system for controlling the depth of an opener device in an agricultural planter, the agricultural planting system comprising: an agricultural planter; an opener device mounted on the agricultural planter for engaging the ground of a field; a gauge wheel mounted on the agricultural planter for rotating on the ground of the field; at least one soil-moisture sensor configured to measure a moisture content of the soil in the ground; and a controller in electrical communication with the agricultural planter and the at least one soil-moisture sensor, characterized in that the controller is configured to select a relative elevation of the opener device and the gauge wheel based at least in part on a map of the field representing the moisture content measured by the at least one soil-moisture sensor as a soil moisture map and on a topographical map, and produce, based on the map of the field including the soil moisture map and the topographical map, a signal for adjusting the depth of engagement into the ground of the opener device. an agricultural planter; an opener device mounted on the agricultural planter for engaging the ground of a field; a gauge wheel mounted on the agricultural planter for rotating on the ground of the field; at least one soil-moisture sensor configured to measure a moisture content of the soil in the ground; and a controller in electrical communication with the agricultural planter and the at least one soil-moisture sensor, characterized in that the controller is configured to select a relative elevation of the opener device and the gauge wheel based at least in part on a map of the field representing the moisture content measured by the at least one soil-moisture sensor as a soil moisture map and on a topographical map, and produce, based on the map of the field including the soil moisture map and the topographical map, a signal for adjusting the depth of engagement into the ground of the opener device. select a relative elevation of the opener device and the gauge wheel based at least in part on a map of the field representing the moisture content measured by the at least one soil-moisture sensor as a soil moisture map and on a topographical map, and produce, based on the map of the field including the soil moisture map and the topographical map, a signal for adjusting the depth of engagement into the ground of the opener device.
A housing for a terminal, defining a mounting chamber configured to accommodate an electroacoustic component and a sound output hole in communication with the mounting chamber, the sound output hole having a first end and a second end, the first end being adjacent to the mounting chamber and defining a first opening, the second end being away from the mounting chamber and defining a second opening, and the first opening being larger than the second opening, and the housing comprising: a display screen cover plate defining a through hole; and a front cover, wherein the display screen cover plate is embedded in the front cover, and the sound output hole is provided in the front cover and is opposite to and in communication with the through hole. a display screen cover plate defining a through hole; and a front cover, wherein the display screen cover plate is embedded in the front cover, and the sound output hole is provided in the front cover and is opposite to and in communication with the through hole.
A method of preventing fraudulent use of a security module in a device, wherein the security module is designed to perform the following steps: - retrieve a device identifier of the device from the device, - check whether negative allowance information is stored in the security module for the retrieved device identifier, - check whether positive allowance information is stored in the security module for the retrieved device identifier, - if neither positive allowance information nor negative allowance information is stored for the retrieved device identifier, transmit a security module identifier of the security module and said retrieved device identifier to a server, said server contains information on what security module identity is allowed to operate with what device identity, - receive a response from said server regarding whether the security module is allowed to operate with the identified device and - store negative allowance information in the security module for the retrieved device identifier, if the security module is not allowed to operate with the identified device according to the server response. - retrieve a device identifier of the device from the device, - check whether negative allowance information is stored in the security module for the retrieved device identifier, - check whether positive allowance information is stored in the security module for the retrieved device identifier, - if neither positive allowance information nor negative allowance information is stored for the retrieved device identifier, transmit a security module identifier of the security module and said retrieved device identifier to a server, said server contains information on what security module identity is allowed to operate with what device identity, - receive a response from said server regarding whether the security module is allowed to operate with the identified device and - store negative allowance information in the security module for the retrieved device identifier, if the security module is not allowed to operate with the identified device according to the server response.
An automatic dishwashing detergent composition comprising at least one granule, the at least one granule comprising a silicate and methylglycinediacetic acid or a salt thereof, wherein the composition is a mono-dose detergent composition housed within a rigid PVOH capsule with one or more compartments.