mhurhangee/ep-ind-claims huggingface dataset:
A deployment apparatus for laying a traversable road covering track, the apparatus comprising a base having a spool stand mounted for rotation about a vertical axis between a transportation configuration, wherein the longitudinal axis of the spool stand is substantially parallel to the longitudinal axis of the base, and a deployment configuration in which the longitudinal axis of the spool stand is substantially orthogonal to the longitudinal axis of the base, the spool stand having a spool mounted thereon for rotation about an axis parallel to the longitudinal axis of the spool stand, wherein a length of road covering track may be provided on said spool in a roll having a leading outer end at a first longitudinal side of said spool, characterised in that the apparatus further comprises at least one substantially rigid arm that extends upwardly from said spool stand,, at a second, opposing longitudinal side of said spool, said rigid arm comprising upper, intermediate and lower integral arm sections, said rigid arm being rigidly coupled to an upper end of a support strut of the spool stand; and wherein the upper arm section (22c, 32b) extends substantially vertically upwardly, relative to said second longitudinal side of said spool stand, to a point at least halfway up the roll of track, the upper arm being positioned in use to ensure that a resultant space between an inner wall of the rigid arm and the spool is sufficient to accommodate the fully rolled track.
A marker for illuminating an area of an aircraft, the marker comprising a housing and photoluminescent material exhibiting persistent luminescence and arranged to emit blue visible light in response to an excitation by electromagnetic radiation having wavelengths from 250nm to 500nm and wherein the photoluminescent material has an emission spectrum with a maximum peak intensity between 400nm and 510nm.
An organic light-emitting display device, comprising: an organic light-emitting device; a thin film transistor electrically connected to the organic light-emitting device; and a capacitor electrically connected to the organic light-emitting device, the capacitor including a first electrode layer (21, 22) and a second electrode layer opposite to each other, and only a first insulating layer interposed as a single layer between the first electrode layer (21, 22) and the second electrode layer; wherein the TFT includes: a gate electrode (31, 32) including the same material with the same thickness as the first electrode layer (21, 22) of the capacitor, the gate electrode (31, 32) and first electrode layer (21, 22) being positioned directly on the same element; a second insulating layer, acting as a gate insulating layer, covering the gate electrode (31, 32); an active layer on the second insulating layer; a third insulating layer on the active layer, the third insulating layer being continuous with the first insulating layer; and source and drain electrodes (36,37) on the third insulating layer and connected to the active layer, the source and drain electrodes (36,37) including the same material to the same thickness as the second electrode layer of the capacitor. an organic light-emitting device; a thin film transistor electrically connected to the organic light-emitting device; and a capacitor electrically connected to the organic light-emitting device, the capacitor including a first electrode layer (21, 22) and a second electrode layer opposite to each other, and only a first insulating layer interposed as a single layer between the first electrode layer (21, 22) and the second electrode layer; a gate electrode (31, 32) including the same material with the same thickness as the first electrode layer (21, 22) of the capacitor, the gate electrode (31, 32) and first electrode layer (21, 22) being positioned directly on the same element; a second insulating layer, acting as a gate insulating layer, covering the gate electrode (31, 32); an active layer on the second insulating layer; a third insulating layer on the active layer, the third insulating layer being continuous with the first insulating layer; and source and drain electrodes (36,37) on the third insulating layer and connected to the active layer, the source and drain electrodes (36,37) including the same material to the same thickness as the second electrode layer of the capacitor.
A power tool configured to receive an alternating current input signal, comprising: an electric motor; a phase-controlled switch coupled in series with the motor; a motor control module interfaced with the phase-controlled switch and modulates the conductive state of the phase-controlled switch at a given phase of the AC input signal; and an overspeed detection module characterised in that the overspeed detection module is configured to receive the given phase from the motor control module and measure current through the motor, the overspeed detection module operable to determine rotational speed of the motor as a function of the given phase and the measured current and to disable the power tool when the rotational speed of the motor exceeds a threshold.
Penetrometer for measuring the penetration resistance of a ground in static mode, comprising: - at least one central rod which, at a first end, terminates in a measurement tip, - at least one hollow tube which surrounds the central rod, said rod being capable of sliding inside the hollow tube, - a drill bit which is secured to a first end of the hollow tube, and of which a lower face intended to drill the ground is provided with first driving elements, the drill bit receiving the measurement tip in an internal recess, the measurement tip being movable in the internal recess in translation along a penetration axis between a retracted position and a plurality of output positions, the penetrometer being characterized in that the measurement tip is provided with second driving elements on a lower face intended to penetrate into the ground, such that, in the retracted position of the measurement tip, the first driving elements and second driving elements define a continuous driving surface (S a). - at least one central rod which, at a first end, terminates in a measurement tip, - at least one hollow tube which surrounds the central rod, said rod being capable of sliding inside the hollow tube, - a drill bit which is secured to a first end of the hollow tube, and of which a lower face intended to drill the ground is provided with first driving elements, the drill bit receiving the measurement tip in an internal recess, the measurement tip being movable in the internal recess in translation along a penetration axis between a retracted position and a plurality of output positions,
A method for manufacturing a compacted ceramic material comprising between 45-85% by weight of glassy phase and having a density comprised between 2.3 and 3.0 g/cm 3, the method comprising a firing cycle where the rate of cooling from the maximum temperature reached to 700°C is comprised between 3 and 42°C/min and a further refiring step at a temperature between 600 and 800°C, wherein the compacted ceramic material is maintained at the maximum temperature achieved in the refiring step from 15 to 30 minutes.
Arrangement for safely operating lifting gear, in particular speed-regulated lifting gear, wherein a single converter, comprising a regulating unit, supplies at least two drives, wherein each drive comprises a motor, a brake and in each case at least one sensor for detecting a physical state variable of the drive, in particular an angle sensor, wherein the sensor signals of the sensor of a drive are fed to the regulating unit, wherein the motors of the drives are connected in parallel and means for detecting the output current of the converter are connected to the regulating unit of the converter, wherein the drives are mechanically coupled to one another in such a manner that, in the event of failure of one drive, the other drive or the other drives connected in parallel perform the torque generation, wherein the sensor signal of the first drive and of the further drive or of the further drives are also passed on to a module which contains means for analysing the sensor signals for generating an output signal, wherein the converter comprises means for generating a brake control signal, wherein output signal and the brake control signal are fed to a network of controllable switching elements, in particular contactors, which is configured in such a manner that the current supply to the motors is openable or interruptible and that the brakes are activatable or deactivatable, in particular are suppliable with current or switchable into the currentless state, characterised in that motor control signals and brake control signals of a higher-level control are fed to the network.
A flexible pipe joint (22; 26; 27) comprising: a body; an attachment member (51; 112; 124; 184) mechanically coupled to the body for attaching the body to a first segment of a pipeline (20; 24); an extension pipe (53; 122; 182; 203) extending from the body for attaching the body to a second segment of the pipeline (20; 24), and at least one annular elastomeric flexible element (62; 64; 74; 75; 123; 183) flexibly coupling the extension pipe (53; 122; 182; 203) to the body to permit articulation of the flexible pipe joint by a pivoting of the extension pipe with respect to the body; wherein the attachment member (51; 112; 124; 184) and the extension pipe (53; 122; 182; 203) define a lumen (63; 130; 190) through the flexible pipe joint (22; 26; 27) for fluid from the pipeline to flow through the flexible pipe joint (22; 26; 27), and the at least one annular elastomeric flexible element (62; 64; 66; 74; 75; 123; 183) encircles the lumen (63; 130; 190); and further comprising an annular flexible boot (76; 111; 133; 141; 193; 201) for thermally or chemically insulating the at least one annular elastomeric flexible element (62; 64; 74; 75; 123; 183) from the fluid flowing through the flexible pipe joint (22; 26; 27), wherein the annular flexible boot encircles the lumen (63; 130; 190), and the annular flexible boot has a first annular end attached to the extension pipe and a second annular end mounted so that pivoting of the extension pipe (53; 122; 182; 203) with respect to the body causes a flexing of the annular flexible boot, the flexible pipe joint being characterized in that a majority of the annular flexible boot has a shape conforming to shape of neighboring components (71; 72; 73; 77; 78) of the flexible pipe joint (22; 26; 27), so that the annular flexible boot may contact and be supported by these neighboring components. a body; an attachment member (51; 112; 124; 184) mechanically coupled to the body for attaching the body to a first segment of a pipeline (20; 24); an extension pipe (53; 122; 182; 203) extending from the body for attaching the body to a second segment of the pipeline (20; 24), and at least one annular elastomeric flexible element (62; 64; 74; 75; 123; 183) flexibly coupling the extension pipe (53; 122; 182; 203) to the body to permit articulation of the flexible pipe joint by a pivoting of the extension pipe with respect to the body;
A grain oriented electrical steel sheet comprising a forsterite film formed on a surface thereof, and being subjected to magnetic domain refining treatment by means of electron beam irradiation, wherein tension exerted on the steel sheet by the forsterite film is 2.0 MPa or higher both in a rolling direction and a direction perpendicular to the rolling direction, and wherein a diameter of a thermal strain introduced region and an irradiation pitch on an electron beam irradiation surface satisfy a relation expressed by Formula: 0.5 ≤ B / A ≤ 5.0
An image forming apparatus comprising: an image forming means for performing image formation using a recording material; a notification means for notifying a user if a remaining amount of the recording material has reached a threshold value; a change means for changing the threshold value according to an instruction from the user; a determination means for determining whether a container containing the recording material is a predetermined container; and a control means for restricting the change means from changing the threshold value if the determination means determines that the container containing the recording material is not the predetermined container; wherein the change means is allowed to change the threshold value according to the instruction from the user under at least a condition that the determination means determines that the container containing the recording material is the predetermined container. an image forming means for performing image formation using a recording material; a notification means for notifying a user if a remaining amount of the recording material has reached a threshold value; a change means for changing the threshold value according to an instruction from the user; a determination means for determining whether a container containing the recording material is a predetermined container; and a control means for restricting the change means from changing the threshold value if the determination means determines that the container containing the recording material is not the predetermined container; wherein the change means is allowed to change the threshold value according to the instruction from the user under at least a condition that the determination means determines that the container containing the recording material is the predetermined container.
A surface acoustic wave device, comprising: a piezoelectric substrate; an IDT electrode which is formed on the piezoelectric substrate and comprises laminated metal films; and a dielectric layer provided in such a manner as to cover the IDT electrode on the piezoelectric substrate, characterized in that: the piezoelectric substrate contains LiTaO 3 having a cut angle in the range of 36° to 49°; the IDT electrode has a Pt film and an Al film laminated on the Pt film; and when the wavelength of a surface acoustic wave is defined as λ, the normalized film thickness h 1 /λ of the Al film is 0.06 ≤ h 1 /λ ≤ 0.185, the normalized film thickness h 2 /λ of the Pt film is 0.005 ≤ h 2 /λ ≤ 0.015, and the normalized film thickness h 3 /λ of the dielectric layer is greater than or equal to the normalized film thickness of the IDT electrode and h 3 /λ ≤ 0.2. a piezoelectric substrate; an IDT electrode which is formed on the piezoelectric substrate and comprises laminated metal films; and a dielectric layer provided in such a manner as to cover the IDT electrode on the piezoelectric substrate, characterized in that: the piezoelectric substrate contains LiTaO 3 having a cut angle in the range of 36° to 49°; the IDT electrode has a Pt film and an Al film laminated on the Pt film; and when the wavelength of a surface acoustic wave is defined as λ, the normalized film thickness h 1 /λ of the Al film is 0.06 ≤ h 1 /λ ≤ 0.185, the normalized film thickness h 2 /λ of the Pt film is 0.005 ≤ h 2 /λ ≤ 0.015, and the normalized film thickness h 3 /λ of the dielectric layer is greater than or equal to the normalized film thickness of the IDT electrode and h 3 /λ ≤ 0.2. the piezoelectric substrate contains LiTaO 3 having a cut angle in the range of 36° to 49°; the IDT electrode has a Pt film and an Al film laminated on the Pt film; and when the wavelength of a surface acoustic wave is defined as λ, the normalized film thickness h 1 /λ of the Al film is 0.06 ≤ h 1 /λ ≤ 0.185, the normalized film thickness h 2 /λ of the Pt film is 0.005 ≤ h 2 /λ ≤ 0.015, and the normalized film thickness h 3 /λ of the dielectric layer is greater than or equal to the normalized film thickness of the IDT electrode and h 3 /λ ≤ 0.2.
A sound signal downmix method for obtaining a downmix signal that is a signal obtained by mixing a left channel input sound signal and a right channel input sound signal, the sound signal downmix method comprising: obtaining preceding channel information that is information indicating which of the left channel input sound signal and the right channel input sound signal is preceding by plus or minus sign of a left-right time difference which is a time difference between the left channel input sound signal and the right channel input sound signal, and a left-right correlation coefficient that is a correlation coefficient between the left channel input sound signal and the right channel input sound signal; and obtaining the downmix signal by weighted averaging the left channel input sound signal and the right channel input sound signal to include a larger amount of an input sound signal of a preceding channel among the left channel input sound signal and the right channel input sound signal as the left-right correlation coefficient is greater, based on the preceding channel information and the left-right correlation coefficient. obtaining preceding channel information that is information indicating which of the left channel input sound signal and the right channel input sound signal is preceding by plus or minus sign of a left-right time difference which is a time difference between the left channel input sound signal and the right channel input sound signal, and a left-right correlation coefficient that is a correlation coefficient between the left channel input sound signal and the right channel input sound signal; and obtaining the downmix signal by weighted averaging the left channel input sound signal and the right channel input sound signal to include a larger amount of an input sound signal of a preceding channel among the left channel input sound signal and the right channel input sound signal as the left-right correlation coefficient is greater, based on the preceding channel information and the left-right correlation coefficient.
3D screen printing system for the production of three-dimensional screen printed workpieces, having at least one printing device for the layer-by-layer production of at least one screen printed workpiece in a plurality of printing processes and having at least one drying device for a screen printing workpiece, characterized in that the drying device is designed as a drying section for the continuous drying passage of screen printed workpieces.
A ranging system comprising: a ranging unit comprising: a transceiver configured to transmit an outbound signal and receive a corresponding reflected signal from a reflector, the reflected signal being the outbound signal modulated by the reflector; a data storage unit configured to store a reference distance (A, B) between the reflector and a stopping point; and a processor configured to: identify the reflector from amongst a plurality of reflectors (110, 112, 114) using modulation of the reflected signal; determine a measured distance between the reflector and a railway vehicle outfitted with the ranging unit based on a time of flight of the outbound signal and the reflected signal; and determine a distance between the railway vehicle and the stopping point based on the measured distance and the reference distance (A, B). a transceiver configured to transmit an outbound signal and receive a corresponding reflected signal from a reflector, the reflected signal being the outbound signal modulated by the reflector; a data storage unit configured to store a reference distance (A, B) between the reflector and a stopping point; and a processor configured to: identify the reflector from amongst a plurality of reflectors (110, 112, 114) using modulation of the reflected signal; determine a measured distance between the reflector and a railway vehicle outfitted with the ranging unit based on a time of flight of the outbound signal and the reflected signal; and determine a distance between the railway vehicle and the stopping point based on the measured distance and the reference distance (A, B). identify the reflector from amongst a plurality of reflectors (110, 112, 114) using modulation of the reflected signal; determine a measured distance between the reflector and a railway vehicle outfitted with the ranging unit based on a time of flight of the outbound signal and the reflected signal; and determine a distance between the railway vehicle and the stopping point based on the measured distance and the reference distance (A, B).
A process for removing contaminants from an olefin feed comprising: a) directing said olefin feed into contact with a first particulate adsorbent bed capable of removing said contaminants from said olefin feed, and producing an olefin product containing less contaminants than said feed; b) heating said first adsorbent bed and directing a regenerating gas through the first adsorbent bed to desorb said contaminants from said adsorbent, and produce a regeneration gas effluent containing said contaminants; c) directing said regeneration gas effluent through a second particulate adsorbent bed, so as to adsorb and remove said contaminants from said regeneration gas effluent and produce a regenerating gas product having a reduced level of contaminants than said regeneration gas effluent; and d) desorbing the contaminants from said second adsorbent bed by reducing the pressure in said second adsorbent bed and form a low pressure waste gas containing said contaminants; wherein said contaminants include organic oxygenates, inorganic sulfur compounds, organic sulfur compounds, or a mixture thereof. a) directing said olefin feed into contact with a first particulate adsorbent bed capable of removing said contaminants from said olefin feed, and producing an olefin product containing less contaminants than said feed; b) heating said first adsorbent bed and directing a regenerating gas through the first adsorbent bed to desorb said contaminants from said adsorbent, and produce a regeneration gas effluent containing said contaminants; c) directing said regeneration gas effluent through a second particulate adsorbent bed, so as to adsorb and remove said contaminants from said regeneration gas effluent and produce a regenerating gas product having a reduced level of contaminants than said regeneration gas effluent; and d) desorbing the contaminants from said second adsorbent bed by reducing the pressure in said second adsorbent bed and form a low pressure waste gas containing said contaminants; wherein said contaminants include organic oxygenates, inorganic sulfur compounds, organic sulfur compounds, or a mixture thereof.