mhurhangee/ep-ind-claims huggingface dataset:
A communication outlet for use with a communication plug, the outlet comprising: a plug receiving opening configured to allow at least a portion of the communication plug to pass therethrough; a shutter door configured to block entry into the communication outlet through the plug receiving opening when in a closed position, the shutter door comprising first and second pins (1482A, 1482B) extending along a first axis; a biasing member biasing the shutter door toward the closed position, the biasing member comprising first and second coil springs (1490A, 1490B); the outlet characterized in that: the shutter door is rotatable about a single fixed second axis from the closed position to an open position to allow the portion of the communication plug to be inserted inside the communication outlet through the plug receiving opening, wherein said first axis is spaced apart from and substantially parallel with the second axis; and the first and second coil springs (1490A, 1490B) are mounted on the first and second pins (1482A, 1482B), respectively. a plug receiving opening configured to allow at least a portion of the communication plug to pass therethrough; a shutter door configured to block entry into the communication outlet through the plug receiving opening when in a closed position, the shutter door comprising first and second pins (1482A, 1482B) extending along a first axis; a biasing member biasing the shutter door toward the closed position, the biasing member comprising first and second coil springs (1490A, 1490B); the outlet characterized in that: the shutter door is rotatable about a single fixed second axis from the closed position to an open position to allow the portion of the communication plug to be inserted inside the communication outlet through the plug receiving opening, wherein said first axis is spaced apart from and substantially parallel with the second axis; and the first and second coil springs (1490A, 1490B) are mounted on the first and second pins (1482A, 1482B), respectively. the shutter door is rotatable about a single fixed second axis from the closed position to an open position to allow the portion of the communication plug to be inserted inside the communication outlet through the plug receiving opening, wherein said first axis is spaced apart from and substantially parallel with the second axis; and the first and second coil springs (1490A, 1490B) are mounted on the first and second pins (1482A, 1482B), respectively.
Sock with anti-slip off structure, including a sole portion, on the frontside of which a toes portion is formed, and on the backside of the sole portion there is a heel portion, wherein the sole portion is extended into a calf portion at an angle above the heel portion, and a top rim of the sock is formed above the calf portion, wherein on the calf portion are formed two sections, wherein one of the sections is an elastic section (4.1) and the other section is a controlled compression section (4.2), wherein the elastic section (4.1) is located below the controlled compression section (4.2), wherein the elastic section (4.1) has a higher compression rate than the controlled compression section (4.2), in which the compression rate is highest in the lower part and lowest in the upper part, wherein the elastic section (4.1) is made as a single-layer single-sided knit, characterized in that the controlled compression section (4.2) is made as double-layer single-sided knit with inner and outer layer and in that the controlled compression section (4.2) is divided into three zones (A,B and C) which have different compression rates.
A method for producing a laminated moulded part with the following steps: pressure moulding a blank to form a moulded part in a moulding cavity between a first moulding tool unit and a second moulding tool unit; introducing a laminating element into the moulding cavity after the pressure moulding of the blank; and bonding the moulded part with the laminating element in the moulding cavity; characterised in that, the bonding of the moulded part with the laminating element comprises a pressure lamination of the moulded part with the laminating element between the first moulding tool unit and a third moulding tool unit (12c, 12c'), which differs from the second moulding tool unit. pressure moulding a blank to form a moulded part in a moulding cavity between a first moulding tool unit and a second moulding tool unit; introducing a laminating element into the moulding cavity after the pressure moulding of the blank; and bonding the moulded part with the laminating element in the moulding cavity; characterised in that, the bonding of the moulded part with the laminating element comprises a pressure lamination of the moulded part with the laminating element between the first moulding tool unit and a third moulding tool unit (12c, 12c'), which differs from the second moulding tool unit.
A device for spraying, comprising: a pressurised dispenser and a spray mechanism, wherein the spray mechanism comprises a main body comprising a deformable portion at the top of the body and the main body further comprises: a rigid portion annular to the deformable portion; and a rigid annular sidewall, wherein the deformable portion, rigid annular portion and rigid annular sidewall enclose a mechanism for delivering material from the pressurized dispenser to a user, characterised in that the deformable portion is a soft memory membrane; the annular rigid portion and the deformable portion extend downwardly at an angle to the annular sidewall so as to form a varying height for the annular sidewall. a pressurised dispenser and a spray mechanism, wherein the spray mechanism comprises a main body comprising a deformable portion at the top of the body a rigid portion annular to the deformable portion; and a rigid annular sidewall, wherein the deformable portion, rigid annular portion and rigid annular sidewall enclose a mechanism for delivering material from the pressurized dispenser to a user, characterised in that the deformable portion is a soft memory membrane; the annular rigid portion and the deformable portion extend downwardly at an angle to the annular sidewall so as to form a varying height for the annular sidewall.
An arrangement having a roof structure, in particular a cooling device, and a securing system for securing a roof structure in a notch on a roof of a switch cabinet, characterized in that the securing system comprises a pretensioning device connected to the roof structure as well as a securing clamp, wherein the securing clamp comprises a fixed end, via which the securing clamp is fixed to an inner side of the roof structure, and an end that moves with respect to the fixed end, on which the pretensioning device engages, so that a radius of curvature of the securing clamp can be set via the pretensioning device, wherein in a first position of the pretensioning device, the securing clamp is configured to engage underneath an edge of the notch, thereby fixing the roof structure on aswitch cabinet, and in a second position of the pretensioning device, the securing clamp is configured to release the notch, wherein the pretensioning device extends from an outer side of the roof structure through the roof structure up to an inner side of the roof structure and has a first drive for a tool on the outer side, and has a second drive for a tool on the inner side.
A lifting vehicle comprising: - a self-propelled chassis, - a telescopic arm provided at a distal end with a implement-mounting attachment, and including a base section articulated to the chassis and at least one telescopic section, - at least one lifting cylinder arranged between the telescopic arm and the chassis, - at least one extension cylinder arranged to control the movement of said at least one telescopic section between a retracted position and a plurality of extracted positions, characterized in that, it further comprises - a hydraulic circuit including a hydraulic distributor connected to said extension cylinder via a first and a second hydraulic line (42, 44) connected, respectively, to a first and to a second chamber (46, 48) of the extension cylinder, wherein a pressure-controlled block valve is arranged on said first hydraulic line, wherein the hydraulic circuit comprises a shock absorber system including at least one gas accumulator connected to a portion of said first hydraulic line comprised between said first chamber of the extension cylinder and said block valve. - a self-propelled chassis, - a telescopic arm provided at a distal end with a implement-mounting attachment, and including a base section articulated to the chassis and at least one telescopic section, - at least one lifting cylinder arranged between the telescopic arm and the chassis, - at least one extension cylinder arranged to control the movement of said at least one telescopic section between a retracted position and a plurality of extracted positions, characterized in that, it further comprises - a hydraulic circuit including a hydraulic distributor connected to said extension cylinder via a first and a second hydraulic line (42, 44) connected, respectively, to a first and to a second chamber (46, 48) of the extension cylinder, wherein a pressure-controlled block valve is arranged on said first hydraulic line,
An ophthalmic apparatus comprising a multi-zonal lens body having a plurality of optical zones (1502a, 1502b, 1502c; 1702a, 1702b, 1702c), characterized in that the multi-zonal lens body forms an angularly-varying phase member having a center at a first meridian, the angularly-varying phase member, at the center of the first meridian, comprising a refractive structure to direct light to a first point of focus, wherein at angular positions nearby to the first meridian, the refractive structure directs light to points of focus nearby to the first point of focus such that rotational offsets of the multi-zonal lens body from the center of the first meridian directs light from the nearby points of focus to the first point of focus, thereby establishing a band of operational meridian for the apparatus to an intended correction meridian.
Reamer (170, 140) with improved blade for Ni-Ti instruments for endodontic use, said reamer (170, 140) comprising a not active tip (171,, 141) and at least one blade (173a, 173b; 143a, 143b) having, at least partially, a substantially spiral development along the longitudinal extension of the reamer (170, 140); said at least one blade (173a, 173b; 143a, 143b) having at least one interruption (176a, 146a) defining a first blade end (178a, 147a) and a second blade end (177a, 148a) in said at least one blade (173a, 173b; 143a, 143b), so that, when using said reamer (170, 140) for enlarging a channel, said at least one interruption (176a, 146a) causes a slowing or an interruption of the advancement motion of said reamer (170, 140), said reamer (170, 140) being characterized in that said first blade end (178a, 148a) and said second blade end (177a, 147a) are mutually offset longitudinally in said reamer (170, 140), so as to create an overlap in the longitudinal direction of the reamer (170, 140), in such a way that a first blade portion comprising said first blade end (178a, 148a) and a second blade portion comprising said second of blade end (177a, 147a) are arranged in a predetermined circumferential band of said reamer.
An automotive electronic control system for a motor vehicle comprising servo-assisted powertrain and braking system; the power train comprises a power unit and a servo-assisted transmission line operable in different operating modes comprising an automatic forward gear shift mode and a manual forward gear shift mode; the motor vehicle further comprises a gear lever mounted to assume at least a central neutral position and to be movable manually in opposite selection directions from the central neutral position to reach selection positions arranged on opposite sides of the central neutral position; the motor vehicle further comprises a selection member manually operable to select a motor vehicle driver assistance mode to assist a motor vehicle driver during tailbacks or slow traffic; the automotive electronic control system is configured to: - receive quantities indicative of operating conditions of the motor vehicle, the powertrain and the braking system, - detect operation of the gear lever and the selection member, - automatically activate the motor vehicle driver assistance mode to assist the motor vehicle driver during tailbacks or slow traffic when the selection member is determined to have been operated and the current motor vehicle speed is determined to be lower than a given threshold speed; and - in the motor vehicle driver assistance mode to assist the motor vehicle driver during tailbacks or slow traffic, control the motor vehicle powertrain and braking system in response to operation of the gear lever in opposite selection directions from the central neutral position to cause the motor vehicle to accelerate and, respectively, decelerate. - receive quantities indicative of operating conditions of the motor vehicle, the powertrain and the braking system, - detect operation of the gear lever and the selection member, - automatically activate the motor vehicle driver assistance mode to assist the motor vehicle driver during tailbacks or slow traffic when the selection member is determined to have been operated and the current motor vehicle speed is determined to be lower than a given threshold speed; and - in the motor vehicle driver assistance mode to assist the motor vehicle driver during tailbacks or slow traffic, control the motor vehicle powertrain and braking system in response to operation of the gear lever in opposite selection directions from the central neutral position to cause the motor vehicle to accelerate and, respectively, decelerate.
A method of utilizing a photovoltaic device as a sensor for a building energy management, the method comprising the steps of: providing the photovoltaic device for both providing power to the building and using output parameters of the photovoltaic device as sensor data to provide information about current building conditions, the current building conditions including light intensity and ambient temperature, wherein the photovoltaic device includes a semitransparent window unit; determining the information about current building conditions including light intensity and ambient temperature by comparing a voltage output parameter and a current output parameter from the photovoltaic device to predetermined values obtained under specific benchmark conditions; using, by an energy management system, the information about the current building conditions as input parameters for determining optimal settings for one or more heating, cooling, and dynamic energy-saving building elements including at least an electrochromic window element; and determining, by the energy management system based on the information about the current building conditions, whether the electrochromic window element should be in a high visible light transmission state or a low visible light transmission state. providing the photovoltaic device for both providing power to the building and using output parameters of the photovoltaic device as sensor data to provide information about current building conditions, the current building conditions including light intensity and ambient temperature, wherein the photovoltaic device includes a semitransparent window unit; determining the information about current building conditions including light intensity and ambient temperature by comparing a voltage output parameter and a current output parameter from the photovoltaic device to predetermined values obtained under specific benchmark conditions; using, by an energy management system, the information about the current building conditions as input parameters for determining optimal settings for one or more heating, cooling, and dynamic energy-saving building elements including at least an electrochromic window element; and determining, by the energy management system based on the information about the current building conditions, whether the electrochromic window element should be in a high visible light transmission state or a low visible light transmission state.
A method comprising: - receiving a trace input entered on a surface of a hand-portable computing device; - receiving movement data describing the movement of the surface during entry of the trace input; - modifying the trace input based on the movement data, comprising counterbalancing the effect of the movement by compensating the trace input by an amount relative to the movement data wherein the movement data comprises weighted movement data; and - using the modified trace for handwriting recognition. - receiving a trace input entered on a surface of a hand-portable computing device; - receiving movement data describing the movement of the surface during entry of the trace input; - modifying the trace input based on the movement data, comprising counterbalancing the effect of the movement by compensating the trace input by an amount relative to the movement data wherein the movement data comprises weighted movement data; and - using the modified trace for handwriting recognition.
A camera module comprising: a bobbin comprising an upper surface and a lower surface; a lens barrel disposed in the bobbin and comprising an upper surface and a lower surface; a fixing part disposed between the lens barrel and the bobbin to prevent the lens barrel from being separated from the bobbin, wherein an inner side surface of the bobbin comprises: an upper portion that meets the upper surface of the bobbin; a lower portion that meets the lower surface of the bobbin; and a bobbin rib protruding toward the lens barrel and disposed between the upper and lower portions thereof, and characterized in that the fixing part is attached to the bobbin rib and an outer side surface of the lens barrel, a screw-thread is not formed in the inner side surface of the bobbin, the bobbin rib comprises an upper surface and a lower surface, and the fixing part is in contact with both of the upper surface of the bobbin rib and the lower surface of the bobbin rib. a bobbin comprising an upper surface and a lower surface; a lens barrel disposed in the bobbin and comprising an upper surface and a lower surface; a fixing part disposed between the lens barrel and the bobbin to prevent the lens barrel from being separated from the bobbin, wherein an inner side surface of the bobbin comprises: an upper portion that meets the upper surface of the bobbin; a lower portion that meets the lower surface of the bobbin; and a bobbin rib protruding toward the lens barrel and disposed between the upper and lower portions thereof, and characterized in that the fixing part is attached to the bobbin rib and an outer side surface of the lens barrel, a screw-thread is not formed in the inner side surface of the bobbin, the bobbin rib comprises an upper surface and a lower surface, and the fixing part is in contact with both of the upper surface of the bobbin rib and the lower surface of the bobbin rib. an upper portion that meets the upper surface of the bobbin; a lower portion that meets the lower surface of the bobbin; and a bobbin rib protruding toward the lens barrel and disposed between the upper and lower portions thereof, and characterized in that the fixing part is attached to the bobbin rib and an outer side surface of the lens barrel, a screw-thread is not formed in the inner side surface of the bobbin, the bobbin rib comprises an upper surface and a lower surface, and the fixing part is in contact with both of the upper surface of the bobbin rib and the lower surface of the bobbin rib.
System for automatic handling of a wrapped pile of sheets of packaging material, wherein the pile is wrapped in a single piece of wrapping material that has been folded and provided with at least a first and second set of seals (18' and 18") to form an envelope enclosing the pile, the system comprising an unwrapping apparatus, which in turn comprises: a support device for receiving the wrapped pile, an exposing device, arranged to heat at least the second set of the seals (18"), such as to enable the opening device to unwrap the wrapping material without breaking it, wherein the exposing device is movable in relation to the support device so as to assume a first position where it is active and work to enable breaking of at least second set of seals (18") and a second position where it is passive, an opening device for unwrapping the wrapping material to expose the pile of sheets and configured to break the first set of seals if not broken by the exposing device. a support device for receiving the wrapped pile, an exposing device, arranged to heat at least the second set of the seals (18"), such as to enable the opening device to unwrap the wrapping material without breaking it, wherein the exposing device is movable in relation to the support device so as to assume a first position where it is active and work to enable breaking of at least second set of seals (18") and a second position where it is passive, an opening device for unwrapping the wrapping material to expose the pile of sheets and configured to break the first set of seals if not broken by the exposing device.
Short circuit switching device for a medium or high voltage equipment, in which the short-circuit switching element is provided with an actuation explosive charge, via which the short-circuit switching element can be accelerated on a three-phase conductor structure, wherein the short-circuit switching element is provided with an outer cone and the contact structure electrically connected to the rotary power head is provided with a corresponding complementary cone opening, wherein the short circuit equipment comprises at least one sensor, which is arranged in the area of the switching elements of the medium or high voltage switchgear and is used to detect an arc fault, via which an ignition device of short-circuit switching element can be actuated within a time T ≤ 10 ms, is characterized in that the complementary structuring of short-circuit element and three-phase conductor can prevent a rebound of the short-circuit element, and that a short circuit switching element and a contact structure (7, 8) is arranged within a vacuum chamber and produce a single-phase short circuit switching element.
A tap changer for voltage regulation with semiconductor switching components on a regulating transformer with a regulating winding wherein the tap changer has at least one module (M1, M2, M3), wherein each module (M1, M2, M3) comprises a respective partial winding (W1, W2, W3) of the regulating winding and on both sides thereof two bypass paths, wherein each bypass path comprises a respective series connection of two semiconductor switching components (S1.1, S1.2; S1.3, S1.4; S2.1, S2.2; S2.3, S2.4; S3.1, S3.2; S3.3, S3.4; S4.1, S4.2; S4.3, S4.4) wherein a respective centre tap (M1.1, M1.2; M2.1, M2.2; M3.1, M3.2) is provided between each two serially connected semiconductor switching components (S1.1, S1.2; S1.3, S1.4; S2.1, S2.2; S2.3, S2.4; S3.1, S3.2; S3.3, S3.4; S4.1, S4.2; S4.3, S4.4) of each bypass path, wherein one of the two centre taps (M1.2; M2.1, M2.2; M3.1) of each module (M1, M2, M3) is connected with a centre tap of the adjacent modules, respectively, and wherein one remaining centre tap (M3.2) of the third module is connectible with the load diverter and the other remaining centre tap (M1.1) of the first module is connectible with the regulating winding of the regulating transformer, characterised in that a voltage-dependent resistor (R1.1, R1.2; R1.3, R1.4; R2.1, R2.2; R2.3, R2.4; R3.1, R3.2; R3.3, R3.4; R4.1, R4.2; R4.3, R4.4) connected in series with a respective capacitor (C1.1, C1.2; C1.3, C1.4; C2.1, C2.2; C2.3, C2.4; C3.1, C3.2; C3.3, C3.4; C4.1, C4.2; C4.3, C4.4) is provided in parallel to each semiconductor switching component (S1.1, S1.2; S1.3, S1.4; S2.1, S2.2; S2.3, S2.4; S3.1, S3.2; S3.3, S3.4; S4.1, S4.2; S4.3, S4.4).