mhurhangee/ep-ind-claims huggingface dataset:
A device for containing fluid substances under airtight conditions and dispensing them, comprising a rigid container having a neck defining an aperture providing access to the container cavity and provided with an external thread, and a bag made of thermoplastic maternal housed in the container and itself having a neck from which there radially extends a flange (3, 3A) which defines a hole for providing access to the cavity of the bag and for housing the body of a manually operable pump for withdrawing the fluid substance from the bag and feeding it to the outside through the pump dispensing stem, the body of the pump being pressed to form a seal on said flange (3, 3A) of the bag by a second ring cap, the device comprising a first ring cap screwed onto the container neck, and secured to the bag, the second ring cap being locked to the first ring cap, engagement means (13, 14) being provided between said first and second ring cap (G,N) to make said first and second ring cap (G,N) torsionally rigid with each other such that a rotation imposed on the second ring cap of the pump results in a corresponding rotation of the first ring cap, hence facilitating extraction of the empty bag from the container consequent on the removal of the pump from the container, there being finally provided at least one passage (10A, 10B) for air entry from the outside of the container to the interspace existing between the inner surface of the container and the outer surface of the bag housed therein, characterized in that the second ring cap is secured to the bag by the flange sandwiched between said second ring cap and the first ring cap.
An electronic unit as an addition to a manually actuatable blocking device, in particular to a mortise lock, in order to provide a manually and electronically actuatable locking system, wherein the electronic unit includes a motor, a transmission means (3, 4, 5, 6), which may be actuated by the motor, wherein the transmission means (3, 4, 5, 6) is configured to couple the motor to an opening and locking mechanism of the blocking device, and for actuating said mechanism, connecting means for connecting the transmission means (3, 4, 5, 6) to the opening and locking mechanism, a control apparatus for actuating the motor, wherein the transmission means (3, 4, 5, 6) is configured such that, during a manual actuation of the locking system, the motor is uncoupled from the opening and locking mechanism, characterized in that the transmission means (3, 4, 5, 6) includes at least two transmission elements (4, 5), and the control apparatus is configured such as to actuate the motor in order to at least move one transmission element, in particular the first transmission element, into a neutral position, in order to uncouple the motor from the opening and locking mechanism.
A multiview backlight comprising: a light guide configured to guide light as guided light; and a plasmonic multibeam element comprising a plasmonic material and being configured to provide emitted light having a color-tailored emission pattern from the guided light, the emitted light comprising a plurality of directional light beams having different principal angular directions corresponding to respective different view directions of a multiview display, and the color-tailored emission pattern corresponds to an arrangement of color sub-pixels of a view pixel in the multiview display, wherein the color-tailored emission pattern of the plasmonic multi beam element is configured to provide directional light beams of different colors to each of the color sub-pixels, where said directional light beams of different colors are substantially parallel to one another. a light guide configured to guide light as guided light; and a plasmonic multibeam element comprising a plasmonic material and being configured to provide emitted light having a color-tailored emission pattern from the guided light, the emitted light comprising a plurality of directional light beams having different principal angular directions corresponding to respective different view directions of a multiview display, and the color-tailored emission pattern corresponds to an arrangement of color sub-pixels of a view pixel in the multiview display, wherein the color-tailored emission pattern of the plasmonic multi beam element is configured to provide directional light beams of different colors to each of the color sub-pixels, where said directional light beams of different colors are substantially parallel to one another.
A method for precisely positioning and processing textiles or fitting pieces, comprising the following method steps: - supplying by machine or by hand a first oriented and/or positioned fitting piece to a device or a station of the device, - supplying the first fitting piece in a transport direction to a processing station for processing the fitting piece or to a fixing device, where a processing step is performed, - verifying the orientation and/or positioning of the processed fitting piece, with markings of the fitting piece that are provided on the surface of the fitting piece or in the fabric of the fitting piece being detected by sensors and the actual marking course being compared to a marking course setpoint, - determining correction values or correction setpoints and providing a correction setpoint when the actual marking course differs from the marking course setpoint, - transmitting the correction value or the correction setpoint to a correction station, - correcting manually or automatically the orientation of subsequent fitting pieces using the correction station according to the correction values or according to the correction setpoint, with the detected marking course being brought at least approximately in correspondence to the marking course setpoint, - optionally, repeating individual or several method steps. - supplying by machine or by hand a first oriented and/or positioned fitting piece to a device or a station of the device, - supplying the first fitting piece in a transport direction to a processing station for processing the fitting piece or to a fixing device, where a processing step is performed, - verifying the orientation and/or positioning of the processed fitting piece, with markings of the fitting piece that are provided on the surface of the fitting piece or in the fabric of the fitting piece being detected by sensors and the actual marking course being compared to a marking course setpoint, - determining correction values or correction setpoints and providing a correction setpoint when the actual marking course differs from the marking course setpoint, - transmitting the correction value or the correction setpoint to a correction station, - correcting manually or automatically the orientation of subsequent fitting pieces using the correction station according to the correction values or according to the correction setpoint, with the detected marking course being brought at least approximately in correspondence to the marking course setpoint, - optionally, repeating individual or several method steps.
A lifting arm mechanism which is mounted onto a crane main body in order to allow a counterweight to be moved, comprising, - a main arm which is in connection with said crane main body and a support arm for transmission of motion, - said support arm which is in connection with the main arm on one end and allows positioning the counterweight on the other hand, and transmits the motion, - cylinders for counterweight which are in connection with said main arm and said support arm in order to transmit the required drive to the main arm and the support arm, - said main arm and said support arm can be moved along an X axis and Y axis by means of said cylinders for counterweight in order to allow said counterweight to move along said X axis and said Y axis, characterised by comprising, - a counterweight recess (103.1) extending into the support arm in order to prevent said counterweight from hitting the support arm when elevated to the maximum height. - a main arm which is in connection with said crane main body and a support arm for transmission of motion, - said support arm which is in connection with the main arm on one end and allows positioning the counterweight on the other hand, and transmits the motion, - cylinders for counterweight which are in connection with said main arm and said support arm in order to transmit the required drive to the main arm and the support arm, - said main arm and said support arm can be moved along an X axis and Y axis by means of said cylinders for counterweight in order to allow said counterweight to move along said X axis and said Y axis, - a counterweight recess (103.1) extending into the support arm in order to prevent said counterweight from hitting the support arm when elevated to the maximum height.
A wet paper web transfer belt for transferring a wet paper web, comprising: a wet paper web carrying side resin layer having a wet paper web carrying surface for carrying the wet paper web; and a roll side resin layer having a roll contacting surface, characterized in that the water swelling rate of the resin material constituting the wet paper web carrying side resin layer is 3.7 % or more, and the water swelling rate of the resin material constituting the roll side resin layer is 3,6 % or less, where the water swelling rate represents a weight change rate of a resin weight before the resin is immersed in warm water of 40 °C for 30 hours and after the resin is immersed in warm water of 40 °C for 30 hours and is defined by the following equation: water swelling rate % = ( resin weight after swelling with water − resin weight before swelling with water) / resin weight after swelling with water × 100 %. a wet paper web carrying side resin layer having a wet paper web carrying surface for carrying the wet paper web; and a roll side resin layer having a roll contacting surface, characterized in that the water swelling rate of the resin material constituting the wet paper web carrying side resin layer is 3.7 % or more, and the water swelling rate of the resin material constituting the roll side resin layer is 3,6 % or less, where the water swelling rate represents a weight change rate of a resin weight before the resin is immersed in warm water of 40 °C for 30 hours and after the resin is immersed in warm water of 40 °C for 30 hours and is defined by the following equation: water swelling rate % = ( resin weight after swelling with water − resin weight before swelling with water) / resin weight after swelling with water × 100 %.
Launch device comprising a tower having a retention device which can be pivoted about an axis for receiving a cartridge, wherein securing means for fixing the cartridge which can be releasably fitted are provided, wherein there is provided on the retention device at least one remote-controlled pyrotechnical release device in order to open the retention device in such a manner that the cartridge can be removed from the tower, characterised in that the securing means comprise first securing elements (7, 8) which are provided on the retention device in the form of a securing hook and a securing bolt and second securing elements (12, 13) which are provided on the cartridge in the form of a stud which is intended to be hooked on the securing hook and a curved closure member having a curved member which hooks on the securing bolt, wherein the pyrotechnical release device is arranged in the region of the connection of the securing hook with respect to the stud and/or the securing bolt with respect to the curved member during ignition.
A nucleic acid sequence capable of driving expression in a plant cell, wherein the nucleic acid sequence comprises a nucleic acid sequence that is at least 95% identical to SEQ ID NO: 2.
A boss for a pressure vessel, the boss having a flange having an exterior side and an interior side, the boss comprising an interior keyway disposed on the interior side and having an inner sidewall, wherein there is no passage for gas leakage from the interior side of the flange to the exterior side of the flange, the boss characterized by: a groove on the interior side disposed radially inward of the interior keyway; and a plurality of bores on the interior side disposed on the inner sidewall and connecting the interior keyway and the groove. a groove on the interior side disposed radially inward of the interior keyway; and a plurality of bores on the interior side disposed on the inner sidewall and connecting the interior keyway and the groove.
Assembly of a disk brake system of an aircraft landing gear and a monitoring device, the disk brake system comprising at least one stator disk and at least one rotor disk configured to be pressed against said stator disk, characterized in that the monitoring device comprises: - a tape extending longitudinally, the tape comprising at least one visual information item (41, 42, 43) associated with a predetermined circumferential range of the stator disk, the tape being positioned in contact with the circumference of the stator disk, - a first gripping member attached to a first end of the tape and - a second gripping member attached to a second end of the tape to tension the tape around the circumference of the stator disk to precisely determine the circumference of the stator disk. - a tape extending longitudinally, the tape comprising at least one visual information item (41, 42, 43) associated with a predetermined circumferential range of the stator disk, the tape being positioned in contact with the circumference of the stator disk, - a first gripping member attached to a first end of the tape and - a second gripping member attached to a second end of the tape to tension the tape around the circumference of the stator disk to precisely determine the circumference of the stator disk.
A control method for a condensing apparatus of a laundry dryer, wherein the laundry dryer comprises a drying drum and a condensing apparatus, wherein the condensing apparatus has an air channel, a water supply apparatus connected to the air channel, and a fan for forcing wet hot air to pass through the air channel, and a control apparatus for controlling running of the fan, characterized in that the control method comprises: supplying, by the water supply apparatus, water to the air channel; and setting, by the control apparatus, a first parameter and a second parameter to control the running of the fan, wherein a wind speed corresponding to the first parameter is higher than that corresponding to the second parameter, the first parameter is set to controlling a lifting force that is generated when the fan drives an airflow to move upward, so that most of the water remains in the air channel, and the second parameter is set to controlling the fan to reduce a rotational speed, to reduce the lifting force that is generated when the airflow is driven to move upward, so that most of the water is discharged from the air channel. supplying, by the water supply apparatus, water to the air channel; and setting, by the control apparatus, a first parameter and a second parameter to control the running of the fan, wherein a wind speed corresponding to the first parameter is higher than that corresponding to the second parameter,
An information processing apparatus, connected to a peripheral apparatus that includes sound inputting means for outputting a sound signal representative of sound of surroundings, comprising: means for accepting a sound signal outputted from the peripheral apparatus; and mute controlling means for cutting off the sound signal accepted from the peripheral apparatus, wherein, in a case where sound input is required in processing of a predetermined application, wherein the information processing apparatus is configured to execute, in parallel, a plurality of applications including the predetermined application, in a state in which a sound signal accepted from the peripheral apparatus is cut off by the mute controlling means, control is performed, in response to a request from the predetermined application, such that the mute controlling means accepts the sound signal accepted from the peripheral apparatus and the sound signal is used only in the processing of the predetermined application and is set to be unavailable for the processing of any other application in the plurality of applications. means for accepting a sound signal outputted from the peripheral apparatus; and mute controlling means for cutting off the sound signal accepted from the peripheral apparatus, wherein, in a case where sound input is required in processing of a predetermined application, wherein the information processing apparatus is configured to execute, in parallel, a plurality of applications including the predetermined application, in a state in which a sound signal accepted from the peripheral apparatus is cut off by the mute controlling means, control is performed, in response to a request from the predetermined application, such that the mute controlling means accepts the sound signal accepted from the peripheral apparatus and the sound signal is used only in the processing of the predetermined application and is set to be unavailable for the processing of any other application in the plurality of applications.
A method for determining an actual geometry of a track by means of a track inspection vehicle movable on the track, wherein, by means of a non-contacting recording system arranged on the track inspection vehicle, reference points (A, B, C) positioned in a lateral environment of the track are automatically recorded and their respective actual distance (H, V) from the track is determined, characterised in that a three-dimensional trajectory of the track is recorded by means of an inertial measuring system arranged on the track inspection vehicle, the trajectory is subdivided by means of a computing unit into trajectory sections (15 AB, 15 BC) each having a section starting point related to a first reference point (A, B) and a section end point related to a second reference point (B, C), for each trajectory section (15 AB, 15 BC), a virtual longitudinal chord (24 AB, 24 BC) is defined in relation to the assigned reference points (A, B, C), and actual distances between the trajectory and the respectively defined longitudinal chord (24 AB, 24 BC) are calculated for each trajectory section (15 AB, 15 BC).
An image display system comprising: image display means adapted to display a first calibration image having a first grayscale value of a single color and a second calibration image having a second grayscale value of the single color, the first grayscale value and the second grayscale value being different from each other; environment determination means adapted to capture the first and second calibration images so as to generate a first and a second information corresponding to the respective first and second grayscale values of the calibration images displayed on a display area under viewing environment; and grayscale correction means adapted to perform grayscale correction based on a first difference between said first and second information, and based on a second difference between a third and a fourth information, said third and fourth information corresponding to the respective first and second grayscale values of the calibration images displayed on a display area under predetermined environment. image display means adapted to display a first calibration image having a first grayscale value of a single color and a second calibration image having a second grayscale value of the single color, the first grayscale value and the second grayscale value being different from each other; environment determination means adapted to capture the first and second calibration images so as to generate a first and a second information corresponding to the respective first and second grayscale values of the calibration images displayed on a display area under viewing environment; and grayscale correction means adapted to perform grayscale correction based on a first difference between said first and second information, and based on a second difference between a third and a fourth information, said third and fourth information corresponding to the respective first and second grayscale values of the calibration images displayed on a display area under predetermined environment.
Method for producing a self-adhesive antenna for an RFID system, more particularly for an RFID label, the antenna, composed of an aluminium foil in a thickness of 1 μm - 20 μm, more particularly about 10 μm, being adhered to the facing side of an attachment material and die-cut, the attachment material being provided on its reverse side with a layer of pressure-sensitive adhesive, characterized in that individual antennas are die-cut from an aluminium foil adhered to the facing side of an attachment material in web form, the attachment material having on its reverse side a layer of pressure-sensitive adhesive, and the residual die-cutting matrix with the remaining aluminium foil being stripped off after die-cutting, comprising the following steps: 1. an aluminium foil in web form is taken off from a roll (6, 21), 2. the aluminium foil is provided on its reverse side with an adhesive layer, 3. an attachment material in web form is adhered to the adhesive layer, said material having a layer of pressure-sensitive adhesive on its reverse side, 4. thereafter individual antennas are die-cut from the aluminium foil, and 5. the residual die-cutting matrix of aluminium foil is stripped off. 1. an aluminium foil in web form is taken off from a roll (6, 21), 2. the aluminium foil is provided on its reverse side with an adhesive layer, 3. an attachment material in web form is adhered to the adhesive layer, said material having a layer of pressure-sensitive adhesive on its reverse side, 4. thereafter individual antennas are die-cut from the aluminium foil, and 5. the residual die-cutting matrix of aluminium foil is stripped off.
Inductive position sensor configured to determine a position of a target device, comprising at least two coils (11,12) for determining said position, whereby at least two of said at least two coils for determining said position partially overlap, at least one coil of said at least two partially overlapping coils being a transmitter coil and at least one of said at least two coils being a receiver coil and whereby said at least two coils which partially overlap, each have a plurality of portions being substantially equally distributed over N substantially parallel planes, N being an integer larger than or equal to two, and whereby for each of said at least two coils which partially overlap, said portions distributed over said N substantially parallel planes are substantially identical, so that mutual inductance between said at least two coils is substantially unaffected by misalignments between said N substantially parallel planes.