mhurhangee/ep-ind-claims huggingface dataset:
A workpiece machining system comprising a setting-up module and a machining module for producing workpieces, the setting-up module comprising: * at least one first tool-holder attachment device for removably attaching at least one tool-holder and at least one first workpiece-carrier attachment device for removably attaching a workpiece-carrier, said machining module comprising: * at least one second tool-holder attachment device for removably attaching at least one tool-holder and at least one second workpiece-carrier attachment device for removably attaching a workpiece-carrier, characterised in that * said setting-up module further comprises a first positioning control device for controlling the positioning of said at least one tool-holder relative to said workpiece-carrier, and in that * said machining module further comprises a second positioning control device adapted to check the positioning of said at least one tool-holder relative to said workpiece-carrier, such that the tool-holder and the workpiece-carrier can both be transferred after setting up from the setting-up module to the machining module, the second positioning control device thus making it possible to ensure on said machining module that the positioning between said at least one tool-holder and said workpiece-carrier is identical to that applied between said at least one tool-holder and said workpiece-carrier during setting up on the setting-up module. * at least one first tool-holder attachment device for removably attaching at least one tool-holder and at least one first workpiece-carrier attachment device for removably attaching a workpiece-carrier, * at least one second tool-holder attachment device for removably attaching at least one tool-holder and at least one second workpiece-carrier attachment device for removably attaching a workpiece-carrier, characterised in that * said setting-up module further comprises a first positioning control device for controlling the positioning of said at least one tool-holder relative to said workpiece-carrier, and in that * said machining module further comprises a second positioning control device adapted to check the positioning of said at least one tool-holder relative to said workpiece-carrier,
Printed circuit comprising a microcontroller comprising at least one main element termed as a core, and at least one peripheral unit, hardware means for diverting an internal shut-down function (SHDN) of said microcontroller corresponding to selective means for managing the power supply of said microcontroller implementing the following means: • means for receiving a command ( Cde Ext) for shutting down said microcontroller, said command coming from an internal shut-down function (SHDN) of said microcontroller; • means for the reversible cutting off of the power supply of said at least one peripheral unit; • means for maintaining the power supply of said core, said selective means being external to said microcontroller. • means for receiving a command ( Cde Ext) for shutting down said microcontroller, said command coming from an internal shut-down function (SHDN) of said microcontroller; • means for the reversible cutting off of the power supply of said at least one peripheral unit; • means for maintaining the power supply of said core,
A method for producing a compound of formula CF 3 CClFCH 3 comprising fluorinating a compound of formula CH 2 =CClCF 3 to produce a compound of formula, wherein the reaction is carried out in the liquid or gas phase.
A door closer, in particular a swing door closer, having a free-swing function, comprising a door closer housing, an output shaft, which is connectable to a door, a piston sub-assembly, which is connected to the output shaft and guided within the door closer housing, a closer spring, a piston rod, which is disposed for connecting the piston sub-assembly to the closer spring, a free-swing arrangement, which is configured for allowing a translationally movement of the piston sub-assembly uncoupled from the closer spring while the closer spring is blocked, and which is configured as a displacement coupling, which transfers exclusively pressure forces between the closer spring and the piston sub-assembly, and a hydraulic blocking compartment, which is configured for blocking the closer spring, and furthermore comprising a separation wall, which in the door closer housing is fluid-tight disposed between the piston sub-assembly and the closer spring, wherein the piston rod extends in a fluid-tight manner through the separation wall, and a closer spring tensioning piston, which is guided in the door closer housing and resting against the closer spring, wherein the blocking compartment is configured between the separation wall and the closer spring tensioning piston, characterized in that, for configuring the displacement coupling, a pocket is configured in the piston sub-assembly, wherein the piston rod is guided to be mobile in the pocket.
An electromotive furniture drive for adjusting at least one furniture part of a piece of furniture comprising at least one drive unit, which has a drive motor, a gearing, and a spindle drive, which acts on a pressure slide displaceable along a displacement path, wherein the main body of the pressure slide is associated with a floating-mounted pressure head, characterized in that the pressure head is mounted on the main body of the pressure slide in such a way that it is movable in a pivot movement on a circular path.
A gas sensor (101 - 110) comprising: a hotplate (16, 16a); a support structure (11, 30, 50, 70) defining a cavity and supporting the hotplate; a gas selective filter held by the support structure and spanning the cavity, wherein the filter is preferably designed to filter gas molecules according to their sizes; a circuitry including one or more integrated circuits; and connected to the circuitry: a temperature sensor element arranged on or in a part of the support structure (11, 30, 50, 70), the temperature sensor element configured to sense a temperature T ƒ of the filter; a gas sensing element arranged on or in the hotplate (16, 16a), so as to be sensitive to a target gas in the cavity; and a heater arranged on or in the hotplate (16, 16a), so as to be in thermal communication with the gas sensing element, wherein the circuitry is configured to: operate the gas sensing element by supplying power to the heater for the latter to heat the gas sensing element and processing signals received from the gas sensing element; estimate the temperature T ƒ of the filter based on signals received from the temperature sensor element; and regulate an extent to which power is supplied to the heater based on the estimated temperature T ƒ of the filter. a hotplate (16, 16a); a support structure (11, 30, 50, 70) defining a cavity and supporting the hotplate; a gas selective filter held by the support structure and spanning the cavity, wherein the filter is preferably designed to filter gas molecules according to their sizes; a circuitry including one or more integrated circuits; and connected to the circuitry: a temperature sensor element arranged on or in a part of the support structure (11, 30, 50, 70), the temperature sensor element configured to sense a temperature T ƒ of the filter; a gas sensing element arranged on or in the hotplate (16, 16a), so as to be sensitive to a target gas in the cavity; and a heater arranged on or in the hotplate (16, 16a), so as to be in thermal a temperature sensor element arranged on or in a part of the support structure (11, 30, 50, 70), the temperature sensor element configured to sense a temperature T ƒ of the filter; a gas sensing element arranged on or in the hotplate (16, 16a), so as to be sensitive to a target gas in the cavity; and a heater arranged on or in the hotplate (16, 16a), so as to be in thermal communication with the gas sensing element, wherein the circuitry is configured to: operate the gas sensing element by supplying power to the heater for the latter to heat the gas sensing element and processing signals received from the gas sensing element; estimate the temperature T ƒ of the filter based on signals received from the temperature sensor element; and regulate an extent to which power is supplied to the heater based on the estimated temperature T ƒ of the filter.
A beverage preparation device for preparing hot and cold beverages, the device comprising a hot extraction module comprising a brewing unit for injection of hot liquid into a beverage ingredients containing capsule, a hot beverage outlet connected to the brewing unit for dispensing of a hot extracted beverage, and a cooling module comprising a cooling reservoir for receiving the hot extracted beverage, the hot beverage outlet and the cooling module being arranged moveably relative to each other such that the hot extracted beverage may be selectively dispensed from the hot beverage outlet into the cooling reservoir of the cooling module in at least one relative position of the hot beverage outlet and the cooling module, characterized in that the brewing unit and the cooling module are arranged movably relative to each other.
An apparatus comprising: a first propeller including at least two blades, a first tip and a second tip located at opposite ends of the first propeller, the first propeller associated with a first plane of rotation; a second propeller including at least two blades, a third tip and a fourth tip located at opposite ends of the second propeller, the second propeller associated with a second plane of rotation that is parallel to the first plane of rotation, wherein the first propeller, the second propeller, or both the first and second propellers is or are configured to vary a pitch of blades of the first propeller and/or of the second propeller, respectively; a first tip connector (508, 1002, 1102) that extends between the first tip and the third tip; and a second tip connector (508, 1002, 1102) that extends between the second tip and the fourth tip, the first tip connector (508, 1002, 1102) and the second tip connector (508) creating continuous structure joining the first propeller and the second propeller, wherein the first tip connector (508, 1002, 1102) and the second tip connector (508, 1002, 1102) are formed of a malleable material configured to permit movement of the pitch of blades of the first propeller and/or blades of the second propeller while maintaining the continuous structure joining the first propeller and the second propeller. a first propeller including at least two blades, a first tip and a second tip located at opposite ends of the first propeller, the first propeller associated with a first plane of rotation; a second propeller including at least two blades, a third tip and a fourth tip located at opposite ends of the second propeller, the second propeller associated with a second plane of rotation that is parallel to the first plane of rotation, wherein the first propeller, the second propeller, or both the first and second propellers is or are configured to vary a pitch of blades of the first propeller and/or of the second propeller, respectively; a first tip connector (508, 1002, 1102) that extends between the first tip and the third tip; and a second tip connector (508, 1002, 1102) that extends between the second tip and the fourth tip, the first tip connector (508, 1002, 1102) and the second tip connector (508) creating continuous structure joining the first propeller and the second propeller, wherein the first tip connector (508, 1002, 1102) and the second tip connector (508, 1002, 1102) are formed of a malleable material configured to permit movement of the pitch of blades of the first propeller and/or blades of the second propeller while maintaining the continuous structure joining the first propeller and the second propeller.
Device for cutting a material web into sub-portions (14, 14') - having a cutting unit; - having a vacuum transfer roller which is rotatably drivable by means of a first motorized drive; - having at least one advancing unit by way of which the material web is able to be moved towards the cutting unit and which is drivable by a second motorized drive; - wherein the two motorized drives are drivable in a mutually independent manner, - characterized in that - the rotating speed of the vacuum transfer roller is able to be variably set during one rotation of the vacuum transfer roller. - having a cutting unit; - having a vacuum transfer roller which is rotatably drivable by means of a first motorized drive; - having at least one advancing unit by way of which the material web is able to be moved towards the cutting unit and which is drivable by a second motorized drive; - wherein the two motorized drives are drivable in a mutually independent manner, - characterized in that - the rotating speed of the vacuum transfer roller is able to be variably set during one rotation of the vacuum transfer roller.
A display image switching apparatus comprising: an image selection section that displays an image picked up by a first camera among a plurality of cameras; a object selection section that selects a object in the displayed image; a camera extraction section that extracts a camera that photographs the object selected by the object selection section from among the plurality of cameras as a second camera; a camera position calculation section that calculates a position of the second camera on the displayed image; and a camera position icon generation section that generates a selectable camera position icon which indicates the position of the second camera, wherein: the camera position icon generation section displays the camera position icon in association with the image selected by the image selection section, and the image selection section displays, when the camera position icon is selected, the image photographed by the second camera. an image selection section that displays an image picked up by a first camera among a plurality of cameras; a object selection section that selects a object in the displayed image; a camera extraction section that extracts a camera that photographs the object selected by the object selection section from among the plurality of cameras as a second camera; a camera position calculation section that calculates a position of the second camera on the displayed image; and a camera position icon generation section that generates a selectable camera position icon which indicates the position of the second camera, wherein: the camera position icon generation section displays the camera position icon in association with the image selected by the image selection section, and the image selection section displays, when the camera position icon is selected, the image photographed by the second camera. the camera position icon generation section displays the camera position icon in association with the image selected by the image selection section, and the image selection section displays, when the camera position icon is selected, the image photographed by the second camera.
Sensing apparatus, comprising: a network camera, which is configured to capture images of a scene and to output a sequence of data packets containing digitized video data responsively to the images; and a first one-way link, physically configured to carry signals in one direction and to be incapable of carrying signals in the opposite direction, which is coupled to the network camera so as to transmit the data packets from the network camera to a packet communication network, characterized in that the apparatus further comprises: a second separate one-way link coupled to convey commands to the network camera, and a switch operating on the second one-way link, which is configured to be automatically actuated in response to a predetermined condition for transmission of the commands to the network camera and to prevent transmission over the second one-way link when the predetermined condition is not satisfied. a network camera, which is configured to capture images of a scene and to output a sequence of data packets containing digitized video data responsively to the images; and a first one-way link, physically configured to carry signals in one direction and to be incapable of carrying signals in the opposite direction, which is coupled to the network camera so as to transmit the data packets from the network camera to a packet communication network, characterized in that the apparatus further comprises: a second separate one-way link coupled to convey commands to the network camera, and a switch operating on the second one-way link, which is configured to be automatically actuated in response to a predetermined condition for transmission of the commands to the network camera and to prevent transmission over the second one-way link when the predetermined condition is not satisfied. a second separate one-way link coupled to convey commands to the network camera, and a switch operating on the second one-way link, which is configured to be automatically actuated in response to a predetermined condition for transmission of the commands to the network camera and to prevent transmission over the second one-way link when the predetermined condition is not satisfied.
A device for inspecting a threading (fc) of a tubular component for the exploration or working of hydrocarbon wells, the device comprising a threaded support which is adapted for cooperating by makeup with the threading (fc) of the tubular component, means (12, fs) for blocking the advance of the threaded support during makeup with the threading (fc) of the tubular component, a longitudinal rail fixed to the means (12, fs) for blocking the advance of the threaded support and extending in a direction belonging to a plane passing through the axis of the threading of the threaded support, means for inspecting the threading of the tubular component (fc), and means for longitudinal guidance in order to guide the means for inspecting the threading in translation along the longitudinal rail.
A diffuser and identification device for face coverings, surgical masks and for filtering facial devices, comprising at least an identification element comprising a decorative or identification figure intended to be affixed to the external surface of face covering, surgical mask or filtering facepiece, and at least a diffuser element comprising a container intended to be affixed to the internal surface of the same mask or filtering facepiece, said container having an exposed surface at least part of which is perforated, characterized in that said identification element and said diffuser element are each further provided with magnetic means for their mutual coupling and uncoupling on opposite sides of a face covering, surgical mask or of a filtering facepiece.
A system for trimming a kite, said system having a bar and first and second pair of lines (12, 26,27;14) whereby two lines are provided to be connected on each end of the kite, said first pair of lines is provided to be connected with their first ends to a rear side of the kite and said second pair of lines is provided to be connected with their first ends to a front side of the kite, the frontlines are connected together and are provided to be connected to a body harness, the rear lines extend from opposed ends of said bar, said bar having opposed ends and a hollow interior, the bar to be held in use to control the kite; characterized in that the system further comprises at least one spool (28, 29) which is secured at a first end of the bar such that second ends of the first and second rear lines (26, 27) are each secured to one of the spools (28, 29); and a winder provided such that actuation of the winder rotates each spool (28, 29); and in that the first rear-line extends from the kite to the first end of the bar and the second rear-line extends from the kite to a second end of the bar and through the hollow interior of the bar to the first end of the bar.
Apparatus for machining a component with a tool, comprising - a tool axis for rotatably driving the tool, - a fluid feed apparatus with a line assembly and at least one outlet nozzle, which is formed to emit a fluid under pressure through the at least one outlet nozzle in the direction of the tool, wherein the line assembly is arranged on the apparatus in such a way that it jointly follows the movements of the tool together with the at least one outlet nozzle in order to remain in a relative spatial reference to the tool, wherein the fluid feed apparatus comprises a clamping system which - comprises a coupling region, and which - is formed for the automated clamping of the line assembly on the apparatus and/or for the automated disconnection of the line assembly from the apparatus, - wherein the apparatus comprises an electromechanical, electromagnetic, hydraulic and/or pneumatic actuating apparatus, which allows automatically disconnecting the line assembly from the apparatus in the coupling region and/or automatically clamping the line assembly to the apparatus in the coupling region. - a tool axis for rotatably driving the tool, - a fluid feed apparatus with a line assembly and at least one outlet nozzle, which is formed to emit a fluid under pressure through the at least one outlet nozzle in the direction of the tool, wherein the line assembly is arranged on the apparatus in such a way that it jointly follows the movements of the tool together with the at least one outlet nozzle in order to remain in a relative spatial reference to the tool, wherein the fluid feed apparatus comprises a clamping system which - comprises a coupling region, and which - is formed for the automated clamping of the line assembly on the apparatus and/or for the automated disconnection of the line assembly from the apparatus, - wherein the apparatus comprises an electromechanical, electromagnetic, hydraulic and/or pneumatic actuating apparatus, which allows automatically disconnecting the line assembly from the apparatus in the coupling region and/or automatically clamping the line assembly to the apparatus in the coupling region.