mhurhangee/ep-ind-claims huggingface dataset:
A self-tailing winch for a sailboat comprising: a support for mounting the winch with respect to a sailboat; a winch drum rotatable with respect to the support about a rotational axis; and a self-tailing arrangement disposed axially adjacent the winch drum, wherein the self-tailing arrangement comprises: a rope guide channel extending circumferentially around the self-tailing arrangement, the rope guide channel being defined by upper and lower rope guide rings, the upper and lower rope guide rings being rotatable with the drum and adapted to grip rope in the rope guide channel; a feeder arm for guiding rope between the drum and the rope guide channel, the feeder arm being fixed with respect to the support; and a retainer guide for guiding rope between the rope guide channel and an unloaded end of the rope, wherein the drum is rotatable with respect to the retainer guide and the retainer guide is spring mounted to allow movement of the retainer guide in a direction substantially parallel to the rotational axis of the winch drum, the retainer guide having a retainer lip extending partially circumferentially around the self-tailing arrangement to at least partially enclose a portion of the rope guide channel, the retainer guide further defining at least one side of an opening adjacent the retainer lip, characterized in that the winch is capable of forward winding operation and reverse winding operation and the opening adjacent the retainer lip is sized to conduct rope through the opening during reverse winding of the winch, the rope thereby being retained in the rope guide channel by the retainer lip, the retainer lip extending for more than 45° around the self-tailing arrangement, wherein the retainer lip has a reverse winding guide portion located adjacent the opening though which rope is conducted and at the opposite circumferential end of the retainer lip there is provided a tapered portion, the reverse winding guide portion and the tapered portion each having a sloped profile from the opening to the full axial extent of the retainer lip, the slope of the reverse winding guide portion being steeper than the slope of the tapered portion. a support for mounting the winch with respect to a sailboat; a winch drum rotatable with respect to the support about a rotational axis; and a self-tailing arrangement disposed axially adjacent the winch drum, a rope guide channel extending circumferentially around the self-tailing arrangement, the rope guide channel being defined by upper and lower rope guide rings, the upper and lower rope guide rings being rotatable with the drum and adapted to grip rope in the rope guide channel; a feeder arm for guiding rope between the drum and the rope guide channel, the feeder arm being fixed with respect to the support; and a retainer guide for guiding rope between the rope guide channel and an unloaded end of the rope,
A physical quantity measuring device comprising: an outer case comprising a bottom and a cylindrical body provided to a peripheral portion of the bottom; an inner case is provided inside the outer case; a detector that is provided to the bottom and configured to detect a physical quantity; a terminal base comprising a terminal configured to transmit a signal from the detector to an outside; a cover configured to cover an opening of the outer case; a cable having a first end connected to the terminal and a second end; and a cylindrical cable drawing portion drawing out the second end of the cable and projecting from a circumferential surface of the outer case, the inner case comprising: a case threaded portion; and a terminal base setting portion on which the terminal base is set, the detector comprising: a bottom connector connected to the bottom; and a joint attachable to an attachment target, and the cover comprising: a cover body configured to cover the terminal base setting portion; and a cover threaded portion provided to the cover body and configured to be screwed with the case threaded portion; the device being characterised in that the inner case is made of a synthetic resin and in that the cover has a different hardness from that of the inner case. an outer case comprising a bottom and a cylindrical body provided to a peripheral portion of the bottom; an inner case is provided inside the outer case; a detector that is provided to the bottom and configured to detect a physical quantity; a terminal base comprising a terminal configured to transmit a signal from the detector to an outside; a cover configured to cover an opening of the outer case; a cable having a first end connected to the terminal and a second end; and a cylindrical cable drawing portion drawing out the second end of the cable and projecting from a circumferential surface of the outer case, the inner case comprising: a case threaded portion; and a terminal base setting portion on which the terminal base is set, the detector comprising: a bottom connector connected to the bottom; and a joint attachable to an attachment target, and the cover comprising: a cover body configured to cover the terminal base setting portion; and a cover threaded portion provided to the cover body and configured to be screwed with the case threaded portion; the device being characterised in that the inner case is made of a synthetic resin and in that the cover has a different hardness from that of the inner case.
Method for controlling access to a vehicle, wherein an electronic key for accessing one or more vehicle components after the vehicle is shut down, in order to park the vehicle in a parked position, is deactivated so that the vehicle is parked in the parked position, so that access, attempted by means of the deactivated electronic key, to the one or more vehicle components of the vehicle parked in the parked position can be prevented, characterized in that the shutting down of the vehicle is monitored by means of a vehicle-external monitoring system, wherein the vehicle-external monitoring system comprises one or more video cameras and/or one or more radar sensors and/or more ultrasonic sensors and/or one or more lidar sensors and/or one or more laser sensors and/or one or more photoelectric barriers, and wherein the end of the shutting down, which means that a parking process has therefore begun, is detected on the basis of the monitoring.
Ductile cast iron pipe, characterised in that it has on at least some of the inner and/or outer lateral surface a coating consisting of a latex-modified cement mortar, wherein the latex-modified cement mortar is a cement mortar based on calcium-aluminium cement, which has the following in relation to 100 wt.% dry cement: 5-35 wt.% CaAl 2 O 4, 5-35 wt.% Ca 3 Al 2 O 6, at least 20 wt.% of an inorganic filler, optionally one or more further aluminates, and also optionally auxiliary agents, secondary phases and amorphous constituents. 5-35 wt.% CaAl 2 O 4, 5-35 wt.% Ca 3 Al 2 O 6, at least 20 wt.% of an inorganic filler, optionally one or more further aluminates, and also optionally auxiliary agents, secondary phases and amorphous constituents.
A method for producing hydrogen from a petroleum reservoir, the method comprising: a. providing a well (12, 34, 42, 52, 62) from surface to the reservoir; b. locating in the well (12, 34, 42, 52, 62) at least one hydrogen-permeable membrane (76, 86, 96) consisting of a palladium-copper alloy; c. heating the reservoir to facilitate at least one of gasification, water-gas shift, and aquathermolysis reactions to occur between petroleum hydrocarbons and water within the reservoir to generate a gas stream comprising hydrogen; and d. allowing the gas stream to enter the well (12, 34, 42, 52, 62) and engage the at least one hydrogen-permeable membrane (76, 86, 96), such that the at least one hydrogen-permeable membrane (76, 86, 96) permits passage of only the hydrogen in the gas stream to the surface; and wherein the well comprises a well liner. a. providing a well (12, 34, 42, 52, 62) from surface to the reservoir; b. locating in the well (12, 34, 42, 52, 62) at least one hydrogen-permeable membrane (76, 86, 96) consisting of a palladium-copper alloy; c. heating the reservoir to facilitate at least one of gasification, water-gas shift, and aquathermolysis reactions to occur between petroleum hydrocarbons and water within the reservoir to generate a gas stream comprising hydrogen; and d. allowing the gas stream to enter the well (12, 34, 42, 52, 62) and engage the at least one hydrogen-permeable membrane (76, 86, 96), such that the at least one hydrogen-permeable membrane (76, 86, 96) permits passage of only the hydrogen in the gas stream to the surface; and wherein the well comprises a well liner.
Elevator safety device for implementing a safety space in an elevator shaft having a movable car in the elevator shaft, the elevator safety device comprising: - a car safety brake device adapted to stop a car in the elevator shaft, - a speed limiter adapted to actuate the car safety brake device by using a speed limiter revolution element being spanned by pulleys around which it recirculates, - at least one abutment element fastened to the speed limiter revolution element, and - an actuating unit comprising at least one stopping device which is switchable between an opened position, to allow a movement of the speed limiter revolution element and to allow the at least one abutment element to pass the stopping device, and a closed position, to block a movement of speed revolution element by cooperation of the stopping device with said abutment element, characterized in that the speed limiter revolution element is a belt having a substantially rectangular cross section. - a car safety brake device adapted to stop a car in the elevator shaft, - a speed limiter adapted to actuate the car safety brake device by using a speed limiter revolution element being spanned by pulleys around which it recirculates, - at least one abutment element fastened to the speed limiter revolution element, and - an actuating unit comprising at least one stopping device which is switchable between an opened position, to allow a movement of the speed limiter revolution element and to allow the at least one abutment element to pass the stopping device, and a closed position, to block a movement of speed revolution element by cooperation of the stopping device with said abutment element, characterized in that the speed limiter revolution element is a belt having a substantially rectangular cross section.
An image capture device that captures an image by using a terahertz wave, the image capture device comprising: a generating unit that includes a plurality of generation elements each of which generates the terahertz wave and rests on a resting plane; an irradiation optical system that irradiates an object with the terahertz wave from the generating unit; an imaging optical system that images the terahertz wave that is reflected from the object; and a sensor includes pixels and that detects the terahertz wave from the imaging optical system, wherein the plurality of generation elements include at least a first generation element and a second generation element that have different angles of radiation to the object, characterized in that there is an overlap region on an imaging plane of the irradiation optical system in which a region of radiation of a beam of a first terahertz wave from the first generation element to the object overlaps a region of radiation of a beam of a second terahertz wave from the second generation element to the object, and in that the overlap region overlaps an observation region on said imaging plane that imaged on at least one of the pixels. a generating unit that includes a plurality of generation elements each of which generates the terahertz wave and rests on a resting plane; an irradiation optical system that irradiates an object with the terahertz wave from the generating unit; an imaging optical system that images the terahertz wave that is reflected from the object; and a sensor includes pixels and that detects the terahertz wave from the imaging optical system, wherein the plurality of generation elements include at least a first generation element and a second generation element that have different angles of radiation to the object, characterized in that there is an overlap region on an imaging plane of the irradiation optical system in which a region of radiation of a beam of a first terahertz wave from the first generation element to the object overlaps a region of radiation of a beam of a second terahertz wave from the second generation element to the object, and in that the overlap region overlaps an observation region on said imaging plane that imaged on at least one of the pixels.
A computer-implemented method for execution on a computing device, the method comprising: receiving input data indicating a direction or a location of an input target on a graphical user interface rendered on a display device; analyzing the input data to determine if the direction of the input target or the location of the input target meets one or more criteria with respect to a detection area that is positioned in proximity to one or more selectable graphical elements associated with one or more application components; in response to determining that the direction of the input target or the location of the input target meets the one or more criteria with respect to the detection area, adjusting at least one dimension of the detection area; monitoring the input data to determine that the location of the input target is within the detection area; and in response to determining that the location of the input target is within the detection area, causing the computing device to load the one or more application components into memory or causing the computing device to execute the one or more application components to improve a response time for an application utilizing the one or more application components. receiving input data indicating a direction or a location of an input target on a graphical user interface rendered on a display device; analyzing the input data to determine if the direction of the input target or the location of the input target meets one or more criteria with respect to a detection area that is positioned in proximity to one or more selectable graphical elements associated with one or more application components; in response to determining that the direction of the input target or the location of the input target meets the one or more criteria with respect to the detection area, adjusting at least one dimension of the detection area; monitoring the input data to determine that the location of the input target is within the detection area; and in response to determining that the location of the input target is within the detection area, causing the computing device to load the one or more application components into memory or causing the computing device to execute the one or more application components to improve a response time for an application utilizing the one or more application components.
Linear actuator with - a spindle-based linear drive that has an inner threaded spindle and an outer element surrounding the threaded spindle, in which the threaded spindle can be moved in the axial direction; and - a telescopic housing with a first telescope part and a second telescope part, which is surrounded at least in part by the first telescope part; characterized in that, - the second telescope part has an adapter part on the side facing the first telescope part that is connected rotationally fixedly to the second telescope part and has a central opening; - the linear drive has a connecting element that is mounted on the outer element and comprises snap elements that are engaged with the central opening of the adapter part in such a manner that the connecting element is held in the adapter part; and - the outer element is supported in the adapter part via the connecting element rotatably and without longitudinal displacement in the axial direction of the linear drive. - a spindle-based linear drive that has an inner threaded spindle and an outer element surrounding the threaded spindle, in which the threaded spindle can be moved in the axial direction; and - a telescopic housing with a first telescope part and a second telescope part, which is surrounded at least in part by the first telescope part; characterized in that, - the second telescope part has an adapter part on the side facing the first telescope part that is connected rotationally fixedly to the second telescope part and has a central opening; - the linear drive has a connecting element that is mounted on the outer element and comprises snap elements that are engaged with the central opening of the adapter part in such a manner that the connecting element is held in the adapter part; and - the outer element is supported in the adapter part via the connecting element rotatably and without longitudinal displacement in the axial direction of the linear drive.
Rubber composition based on at least one diene elastomer, a reinforcing filler, a crosslinking system and a hydrocarbon-based resin, said hydrocarbon-based resin having a number-average molecular weight (Mn) of between 700 and 1000 g/mol, an average molecular weight Mz within a range extending from 6000 to 8000 g/mol and a polydispersity index of greater than 2.4.
A headphone comprising: a support structure that is adapted to sit on a head or upper torso of a user; a low frequency acoustic driver carried by the support structure such that the low frequency acoustic driver is located off of an ear of the user, wherein the low frequency acoustic driver has front and rear sides; a high frequency acoustic driver carried by the support structure such that the high frequency acoustic driver is located off of the ear of the user and is located closer to the ear than the low acoustic driver, wherein the high frequency driver has front and rear sides; and a controller that is configured to enable the low frequency driver to acoustically output sound in a first frequency range and enable the high frequency driver to acoustically output sound in a second frequency range, the second frequency range being higher than the first frequency range, wherein the low frequency driver is enclosed by a first housing defining: a front chamber acoustically coupled to the front side of the low frequency driver; and a rear chamber acoustically coupled to the rear side of the low frequency driver; wherein the first housing comprises a first port that is acoustically coupled to the front chamber and a second port that is acoustically coupled to the rear chamber. a support structure that is adapted to sit on a head or upper torso of a user; a low frequency acoustic driver carried by the support structure such that the low frequency acoustic driver is located off of an ear of the user, wherein the low frequency acoustic driver has front and rear sides; a high frequency acoustic driver carried by the support structure such that the high frequency acoustic driver is located off of the ear of the user and is located closer to the ear than the low acoustic driver, wherein the high frequency driver has front and rear sides; and a controller that is configured to enable the low frequency driver to acoustically output sound in a first frequency range and enable the high frequency driver to acoustically output sound in a second frequency range, the second frequency range being higher than the first frequency range, wherein the low frequency driver is enclosed by a first housing defining: a front chamber acoustically coupled to the front side of the low frequency driver; and a rear chamber acoustically coupled to the rear side of the low frequency driver; wherein the first housing comprises a first port that is acoustically coupled to the front chamber and a second port that is acoustically coupled to the rear chamber. a front chamber acoustically coupled to the front side of the low frequency driver; and a rear chamber acoustically coupled to the rear side of the low frequency driver; wherein the first housing comprises a first port that is acoustically coupled to the front chamber and a second port that is acoustically coupled to the rear chamber.
Industrial truck, in particular an electrically driven industrial truck, having a hydraulic circuit of a working hydraulic unit and a power supply unit arranged in a receiving space, in particular a traction battery arranged in a battery compartment, wherein the industrial truck is provided with an opening for replacing the power supply unit in a vertical and/or horizontal direction (H; Q), in particular the industrial truck is provided with a lateral opening for laterally replacing the power supply unit in a horizontal direction (H, Q), and provision is made for a securing device for securing the power supply unit arranged in the receiving space during operation of the industrial truck, wherein the securing device comprises a hydraulically actuated fixing device, which is hydraulically connected to the hydraulic circuit of the working hydraulic unit, wherein the fixing device has a cylinder that can be hydraulically displaced between a released position and a fixed position, wherein the cylinder, at one cylinder end, is fastened to a vehicle structure (3, 4) of the industrial truck and, at the other end, is provided with an abutment surface for a surface of the power supply unit, wherein, in the fixed position, the cylinder holds the abutment surface in abutment against the surface of the power supply unit and urges the power supply unit against a stop of the vehicle structure (3, 4) and wherein, in the released position, the cylinder holds the abutment surface at a distance from the surface of the power supply unit, characterized in that the cylinder is configured as a single-acting hydraulic cylinder, which has a piston rod that can be displaced within a cylinder housing and on which the abutment surface is configured, wherein the piston rod, when hydraulic medium is applied to a pressure chamber, extends into the fixed position and, when the pressure chamber is relieved by means of a spring, retracts into the released position.
System for treating contaminated wastewater, having an inflow line which opens out into a separator, and having an outflow line which departs from the separator and which opens out via an access line into a filtration system which has a permeate outlet line and has a concentrate outlet line, characterized in that the permeate outlet line is connected in a controllable manner to the inflow line for the purpose of recirculating permeate, in that a working tank is arranged between the outflow line and the access line, in that the permeate outlet line is connected to the working tank, in that the working tank is connected to the inflow line via a recirculation line, in that a recirculation shut-off valve is arranged in the recirculation line, in that the working tank is furthermore connected to the filtration system via the concentrate outlet line, in that the permeate outlet line of the filtration system has an analysis device for heavy metals, and in that a precipitant line opens out into the inflow line.