mhurhangee/ep-ind-claims huggingface dataset:
Power tool, for example a drilling machine, comprising - a receiving apparatus having at least one receiving element (6a, 6b); and - a power supply unit, for example a rechargeable battery, which has a connection device and can be connected to the power tool, wherein the connection device comprises at least one contact element (10a, 10b); wherein the receiving apparatus is configured to receive and hold the connection device, so that the at least one receiving element (6a, 6b) and the at least one contact element (10a, 10b) can be connected to one another in order to establish an electrical connection, wherein a damping element (13a, 13b) is provided on the at least one contact element (10a, 10b), as a result of which the at least one contact element (10a, 10b) can be moved in a first direction and second direction as well as relative to the respective receiving element (6a, 6b), so that a relative movement between the contact element (10a, 10b) and the respective receiving element (6a, 6b) can be counteracted when the contact element (10a, 10b) and receiving element (6a, 6b) are connected to one another, characterized in that the damping element (13a, 13b) is configured as a spring and is positioned behind the contact element (10a, 10b), in the first direction, so that a spring force exerted by the damping element (13a, 13b) configured as a spring pushes the contact element (10a, 10b) in the second direction. - a receiving apparatus having at least one receiving element (6a, 6b); and - a power supply unit, for example a rechargeable battery, which has a connection device and can be connected to the power tool, wherein the connection device comprises at least one contact element (10a, 10b); wherein the receiving apparatus is configured to receive and hold the connection device, so that the at least one receiving element (6a, 6b) and the at least one contact element (10a, 10b) can be connected to one another in order to establish an electrical connection, wherein a damping element (13a, 13b) is provided on the at least one contact element (10a, 10b), as a result of which the at least one contact element (10a, 10b) can be moved in a first direction and second direction as well as relative to the respective receiving element (6a, 6b), so that a relative movement between the contact element (10a, 10b) and the respective receiving element (6a, 6b) can be counteracted when the contact element (10a, 10b) and receiving element (6a, 6b) are connected to one another, characterized in that the damping element (13a, 13b) is configured as a spring and is positioned behind the contact element (10a, 10b), in the first direction, so that a spring force exerted by the damping element (13a, 13b) configured as a spring pushes the contact element (10a, 10b) in the second direction.
A method for the production of coated magnesium hydroxide particles wherein each individual Mg 2 -particle is coated, whereby i) a magnesium salt solution is brought into contact with ii) an alkali hydroxide solution to form a reactive mixture for precipitating coated magnesium hydroxide particles, characterized in that in at least one of the solutions i) or ii) at least one of the additives A, B and C is contained and when bringing into contact of i) and ii) a mixture of the growth inhibitor A and the dispersant B is present in the reaction mixture, whereby the additives are - a growth inhibitor A, - a dispersant B, - an aqueous stearate solution C or mixtures thereof, for producing an aqueous suspension or dispersion of coated magnesium hydroxide particles, whereby additive A has at least two anionic groups and B has several anionic groups, characterized in that precipitation is carried out at a low range of temperature of 0 to 30°C and the BET-surface of the coated magnesium hydroxide particle is ≥ 100 m 2 /g. - a growth inhibitor A, - a dispersant B, - an aqueous stearate solution C or mixtures thereof,
A duct coupler for joining two segments of conduit, the duct coupler comprising: a coupler body, the coupler body being generally tubular and having an inner diameter generally corresponding to the outer diameter of a section of conduit measured at an annular locking rib positioned on the section of conduit, the coupler body including a cantilevered segment; one or more protrusions (117, 117') formed on the interior surface of the coupler body and positioned on the cantilevered segment, the one or more protrusions (117, 117') positioned to engage with at least one annular locking rib to retain the section of conduit within the coupler body, the cantilevered segment being adapted to allow at least one protrusion (117, 117') to flex radially outward as the section of conduit is inserted into the coupler body, and adapted to force the at least one protrusion (117, 117') radially inward after the annular locking rib passes the protrusion (117, 117; a body gasket, the body gasket being generally tubular and positioned on the interior surface of the coupler body, the body gasket positioned to form a seal between the inner wall of the coupler body and the outer wall of the section of conduit; the duct coupler being characterized in that the protrusions (117, 117') are wedge-shaped, and in that the wedge-shape of the protrusions (117, 117') facilitates entry of conduit section into the duct coupler and prevents removal of conduit section from the duct coupler. a coupler body, the coupler body being generally tubular and having an inner diameter generally corresponding to the outer diameter of a section of conduit measured at an annular locking rib positioned on the section of conduit, the coupler body including a cantilevered segment; one or more protrusions (117, 117') formed on the interior surface of the coupler body and positioned on the cantilevered segment, the one or more protrusions (117, 117') positioned to engage with at least one annular locking rib to retain the section of conduit within the coupler body, the cantilevered segment being adapted to allow at least one protrusion (117, 117') to flex radially outward as the section of conduit is inserted into the coupler body, and adapted to force the at least one protrusion (117, 117') radially inward after the annular locking rib passes the protrusion (117, 117; a body gasket, the body gasket being generally tubular and positioned on the interior surface of the coupler body, the body gasket positioned to form a seal between the inner wall of the coupler body and the outer wall of the section of conduit; the duct coupler being characterized in that the protrusions (117, 117') are wedge-shaped, and in that the wedge-shape of the protrusions (117, 117') facilitates entry of conduit section into the duct coupler and prevents removal of conduit section from the duct coupler.
A paint having high thermal conductivity to be applied to the outer surface of a tire, said paint being characterized in that it consists of a rubber compound having a thermal conductivity measured according to the ASTM C177 standard greater than or equal to 0.2 Wm -1 K -1, a viscosity measured according to the DIN EN IS03219 standard of between 0.5 and 10000 cP and an elasticity modulus measured according to the ASTM D882 standard less than or equal to 8 MPa.
A carbon dioxide separation and recovery apparatus comprising: an absorber making absorbing liquid absorb carbon dioxide contained in exhaust combustion gas, and discharging the absorbing liquid containing the carbon dioxide; a regenerator supplied with the absorbing liquid discharged from the absorber, eliminating carbon dioxide gas containing steam from the absorbing liquid, and regenerating and discharging the absorbing liquid; a regenerated heat exchanger placed between the absorber and the regenerator and using the absorbing liquid discharged from the regenerator and supplied to the absorber as a heat source to heat the absorbing liquid discharged from the absorber and supplied to the regenerator; a reactor placed between the absorber and the regenerated heat exchanger, storing the absorbing liquid supplied from the absorber to the regenerator, and generating a sulfate ion by a reaction of the oxygen contained in the absorbing liquid with a sulfite ion; a first eliminating unit eliminating the sulfate ion from the absorbing liquid containing the sulfate ion; and a second eliminating unit placed between the regenerated heat exchanger and the absorber, and eliminating an organic acid anion from the absorbing liquid discharged from the regenerator and having the sulfate ion eliminated therefrom. an absorber making absorbing liquid absorb carbon dioxide contained in exhaust combustion gas, and discharging the absorbing liquid containing the carbon dioxide; a regenerator supplied with the absorbing liquid discharged from the absorber, eliminating carbon dioxide gas containing steam from the absorbing liquid, and regenerating and discharging the absorbing liquid; a regenerated heat exchanger placed between the absorber and the regenerator and using the absorbing liquid discharged from the regenerator and supplied to the absorber as a heat source to heat the absorbing liquid discharged from the absorber and supplied to the regenerator; a reactor placed between the absorber and the regenerated heat exchanger, storing the absorbing liquid supplied from the absorber to the regenerator, and generating a sulfate ion by a reaction of the oxygen contained in the absorbing liquid with a sulfite ion; a first eliminating unit eliminating the sulfate ion from the absorbing liquid containing the sulfate ion; and a second eliminating unit placed between the regenerated heat exchanger and the absorber, and eliminating an organic acid anion from the absorbing liquid discharged from the regenerator and having the sulfate ion eliminated therefrom.
A method of manufacturing a grain-oriented electrical steel sheet, the method comprising: when irradiating a surface of a grain-oriented electrical steel sheet having a sheet thickness t with an electron beam in a direction intersecting a rolling direction, adjusting an irradiation energy per unit scanning length E(t) of the electron beam to satisfy Ewmin(0.23) × (1.61 - 2.83 × t (mm)) ≤ E(t) ≤ Ewmin(0.23) × (1.78 - 3.12 × t (mm)) (Expression), wherein Expression takes a value of an irradiation energy Ewmin(0.23) that minimizes iron loss for material with a sheet thickness of 0.23 mm, the sheet thickness t is at a range between 0.20 and 0.30 mm. when irradiating a surface of a grain-oriented electrical steel sheet having a sheet thickness t with an electron beam in a direction intersecting a rolling direction, adjusting an irradiation energy per unit scanning length E(t) of the electron beam to satisfy Ewmin(0.23) × (1.61 - 2.83 × t (mm)) ≤ E(t) ≤ Ewmin(0.23) × (1.78 - 3.12 × t (mm)) (Expression), wherein Expression takes a value of an irradiation energy Ewmin(0.23) that minimizes iron loss for material with a sheet thickness of 0.23 mm, the sheet thickness t is at a range between 0.20 and 0.30 mm.
A bidirectional optoelectronic device comprising: (a) a photodetector arranged (i) to receive an input optical signal modulated to encode first transmitted information and (ii) to generate in response to the input optical signal an output electrical signal modulated to encode the first transmitted information; (b) a light source arranged (i) to receive an input electrical signal modulated to encode second transmitted information and (ii) to generate in response to the input electrical signal an output optical signal modulated to encode the second transmitted information, which light source has first and second electrical leads (126a, 126b) for receiving the input electrical signal; and (c) a drive circuit arranged to apply a first portion of the input electrical signal to the first electrical lead of the light source and to apply a second portion of the input electrical signal to the second lead of the light source, wherein the second portion of the input electrical signal is a scaled, inverted substantial replica of the first portion of the input electrical signal, characterised in that the bidirectional optoelectronic device comprises a protective encapsulant arranged to encapsulate the photodetector and the light source, which encapsulant includes: (i) hollow dielectric microspheres dispersed within the encapsulant so as to reduce a cross-talk penalty arising from unwanted electrical signals present in the encapsulant to a level below that exhibited by the bidirectional device without the microspheres in the encapsulant, and (ii) an optical absorber dispersed within the encapsulant so as to reduce a cross-talk penalty arising from unwanted optical signals present in the encapsulant to a level below that exhibited by the optoelectronic device without the optical absorber in the encapsulant. (a) a photodetector arranged (i) to receive an input optical signal modulated to encode first transmitted information and (ii) to generate in response to the input optical signal an output electrical signal modulated to encode the first transmitted information; (b) a light source arranged (i) to receive an input electrical signal modulated to encode second transmitted information and (ii) to generate in response to the input electrical signal an output optical signal modulated to encode the second transmitted information, which light source has first and second electrical leads (126a, 126b) for receiving the input electrical signal; and (c) a drive circuit arranged to apply a first portion of the input electrical signal to the first electrical lead of the light source and to apply a second portion of the input electrical signal to the second lead of the light source, wherein the second portion of the input electrical signal is a scaled, inverted substantial replica of the first portion of the input electrical signal,
A portable device for transmitting user input to an external device, the portable device comprising: a sensor unit configured to detect user input; a display unit configured to display a user interface; a communications unit configured to communicate with the external device connected with the portable device; and a controller in control of the above units, configured to: detect that at least one input box is included in a displayable content of the external device; display a navigation interface in a navigation mode for navigating the displayable content; display at least one other input box with the navigation interface on the display unit, the at least one other input box having been extracted from a non-displayed area of the displayable content of the external device; wherein the other input box is a trigger interface which switches the portable device from the navigation mode to a user input mode; detect user selection of the other input box at the trigger interface; initiate the user input mode; and transmit to the external device, user input which is inputted in the displayed other input box on the display unit. a sensor unit configured to detect user input; a display unit configured to display a user interface; a communications unit configured to communicate with the external device connected with the portable device; and a controller in control of the above units, configured to: detect that at least one input box is included in a displayable content of the external device; display a navigation interface in a navigation mode for navigating the displayable content; display at least one other input box with the navigation interface on the display unit, the at least one other input box having been extracted from a non-displayed area of the displayable content of the external device; wherein the other input box is a trigger interface which switches the portable device from the navigation mode to a user input mode; detect user selection of the other input box at the trigger interface; initiate the user input mode; and transmit to the external device, user input which is inputted in the displayed other input box on the display unit. detect that at least one input box is included in a displayable content of the external device; display a navigation interface in a navigation mode for navigating the displayable content; display at least one other input box with the navigation interface on the display unit, the at least one other input box having been extracted from a non-displayed area of the displayable content of the external device; wherein the other input box is a trigger interface which switches the portable device from the navigation mode to a user input mode; detect user selection of the other input box at the trigger interface; initiate the user input mode; and transmit to the external device, user input which is inputted in the displayed other input box on the display unit.
A translifter for moving essentially heavy and/or large-size loads that are on a load platform, the translifter comprising an elongated body provided with wheels, which body is arranged to be driven under a load on a load platform, and also a lifting mechanism for moving the body upwards and downwards in an essentially vertical direction and a drawbar provided with a hitch point on the first end of the body for connecting the translifter to a tractor, characterized in that the translifter comprises a transfer mechanism for displacing the location of the hitch point in the lateral direction away from the longitudinal center line of the translifter, and that the transfer mechanism of the hitch point is at the free end of the drawbar and comprises a lateral transfer means for displacing the location of the hitch point in the lateral direction away from the longitudinal center line of the translifter.
A method performed by a transmitting station for assisting a receiving station in mitigating effects of a narrowband interference affecting the receiving station in a wireless communications network, the method being characterized in: determining (402, 503) a likelihood of presence of the narrowband interference by computing a time slot occupancy of the narrowband interference; and determining whether the likelihood of presence of the narrowband interference exceeds a threshold of the likelihood, as a result of the determining that the determined likelihood of the presence of the narrowband interference exceeds the threshold, sending (405, 505) to the receiving station a recommendation to avoid smoothing of the channel estimates of the receiving station, wherein the recommendation indicates a high likelihood of presence of the narrowband interference, wherein the receiving station is a sensor type station. determining (402, 503) a likelihood of presence of the narrowband interference by computing a time slot occupancy of the narrowband interference; and determining whether the likelihood of presence of the narrowband interference exceeds a threshold of the likelihood, as a result of the determining that the determined likelihood of the presence of the narrowband interference exceeds the threshold, sending (405, 505) to the receiving station a recommendation to avoid smoothing of the channel estimates of the receiving station, wherein the recommendation indicates a high likelihood of presence of the narrowband interference, wherein the receiving station is a sensor type station.
Squirrel cage rotor, in particular for an asynchronous machine, optionally having a shaft, rotor plate assembly having internally arranged rotor rods and short-circuit rings, wherein at least a portion of a short-circuit ring comprises a disc assembly which is constructed in layers from discs with recesses through which the ends of the rotor rods extend out of the rotor plate assembly, characterised in that - the disc assembly of a short-circuit ring comprises a plurality of individual discs with the same diameter, - in that adjacent discs of a short-circuit ring, starting from the covering face as an end side, are connected over the outer periphery by means of a weld connection (71, 72, 73) which extends radially inwards as far as a weld depth (t 1, t 2, t 3), and - in that the weld depth (t 1, t 2, t 3) of at least one weld connection (71, 72, 73) when there are a plurality of axially sequential weld connections (71, 72, 73) differs between sequential discs from the weld depth (t 1, t 2, t 3) of the remaining weld connections (71, 72, 73). - the disc assembly of a short-circuit ring comprises a plurality of individual discs with the same diameter, - in that adjacent discs of a short-circuit ring, starting from the covering face as an end side, are connected over the outer periphery by means of a weld connection (71, 72, 73) which extends radially inwards as far as a weld depth (t 1, t 2, t 3), and - in that the weld depth (t 1, t 2, t 3) of at least one weld connection (71, 72, 73) when there are a plurality of axially sequential weld connections (71, 72, 73) differs between sequential discs from the weld depth (t 1, t 2, t 3) of the remaining weld connections (71, 72, 73).
An indoor unit comprising: a chassis installed on a ceiling; an air inlet section configured to allow indoor air to flow into the chassis; an air filter configured to collect dust in the air flowing from the air inlet section; a dust-removing unit including a brush unit configured to remove dust attached to the air filter; a collecting unit configured to collect the dust removed by the dust-removing unit; and a raising unit configured to support the collecting unit and to raise and lower the collecting unit to and from the chassis, characterized in that the collecting unit includes scrapers configured to remove dust from the brush unit; said scrapers function as a cover configured to prevent the dust from escaping when the collecting unit is lowered by the raising unit. a chassis installed on a ceiling; an air inlet section configured to allow indoor air to flow into the chassis; an air filter configured to collect dust in the air flowing from the air inlet section; a dust-removing unit including a brush unit configured to remove dust attached to the air filter; a collecting unit configured to collect the dust removed by the dust-removing unit; and a raising unit configured to support the collecting unit and to raise and lower the collecting unit to and from the chassis,
A device for ophthalmic surgery, comprising: - a vacuum pump arrangement (44, 46) for generating a vacuum serving for fixing a suction ring to an eye, - an evacuation path system for transmitting the vacuum to an interface port which permits the separable attachment of the suction ring instrumentarium including the suction ring, - a control unit for controlling the vacuum pump arrangement, - pressure measuring components (52, 54) for measuring at least the vacuum pressure, characterised in that the control unit is adapted to determine a differential pressure between the measured vacuum pressure and an atmospheric pressure, and in that the control unit is adapted to bring about a test operation run of at least one vacuum pump of the vacuum pump arrangement (44, 46) with a predetermined setting of the pumping power and to determine the differential pressure on the basis of one or several values of the vacuum pressure measured during this test operation run, wherein the test operation run includes the setting of a maximum pumping power of at least one vacuum pump of the vacuum pump arrangement (44, 46). - a vacuum pump arrangement (44, 46) for generating a vacuum serving for fixing a suction ring to an eye, - an evacuation path system for transmitting the vacuum to an interface port which permits the separable attachment of the suction ring instrumentarium including the suction ring, - a control unit for controlling the vacuum pump arrangement, - pressure measuring components (52, 54) for measuring at least the vacuum pressure,