mhurhangee/ep-ind-claims huggingface dataset:
A flue cap cover for covering a flue termination extending from a building wall having a flue pipe and a flue cap, wherein said flue cap includes a plurality of ribs adapted to attach said flue cap to said flue pipe, the flue cap cover further comprising a pipe ring comprising an annular vertical wall adapted to fit over said flue pipe and having a plurality of legs extending outwardly from said annular vertical wall, said plurality of legs each including side walls (58,60) and an opening adapted to receive one of said plurality of ribs of said flue cap, and a cover comprising a first open end adapted to fit over said flue cap and a second open end adapted to vent an exhaust wherein said cover is constructed and arranged to fit over and overlie said flue cap, wherein said flue cap cover may be made in different colors to match or contrast with the color of said building. a pipe ring comprising an annular vertical wall adapted to fit over said flue pipe and having a plurality of legs extending outwardly from said annular vertical wall, said plurality of legs each including side walls (58,60) and an opening adapted to receive one of said plurality of ribs of said flue cap, and a cover comprising a first open end adapted to fit over said flue cap and a second open end adapted to vent an exhaust wherein said cover is constructed and arranged to fit over and overlie said flue cap, wherein said flue cap cover may be made in different colors to match or contrast with the color of said building.
An evaporator for an ice machine comprising a tube on which a second outer tube with a larger diameter is placed, creating a cylindrical chamber, wherein the tube incorporates a plurality of mechanized grooves therein, favoring the outlet of the ice and wherein supplementary rings are located on the upper and lower ends thereof which seal the assembly; and that is characterized in that the evaporator incorporates a spring located on the tube, wherein the spring configures a helical circuit through which the refrigerant liquid flows in forced circulation, and in that the spring has a smaller passage at the beginning thereof, and a larger passage at the end thereof.
An information processing system comprising an information processing device and a plurality of terminal devices participating in a meeting, wherein the information processing device includes: a transmitting unit configured to transmit a text conversion tool to the terminal devices having participated in a project for forming an acquiring unit the acquiring unit acquiring a first text, in which a voice included in a sound acquired as a plurality of sound data recorded under different conditions according to a time series is converted into text, also acquiring each piece of time information indicating a time corresponding to each part of the first text in the sound, and transmitting the first text and the time information to the plurality of terminal devices, and a collecting unit configured to collect the sound, the each part of the first text, and the each piece of the time information corresponding to the each part acquired by the acquiring unit in each of one or more terminal devices that include the text conversion tool to form meeting minutes data, characterized by a project selection screen that causes a user to select one project that the user wishes to participate, the project selection screen being displayed on a display of the terminal device, and in that the information processing system is configured to display the meeting minutes data including the first text being obtained using the text conversion tool and acquired from each of the plurality of terminal devices that have participated in the same project, on a screen on the display of the respective terminal device so that the terminal devices can share the first text. a transmitting unit configured to transmit a text conversion tool to the terminal devices having participated in a project for forming an acquiring unit the acquiring unit acquiring a first text, in which a voice included in a sound acquired as a plurality of sound data recorded under different conditions according to a time series is converted into text, also acquiring each piece of time information indicating a time corresponding to each part of the first text in the sound, and transmitting the first text and the time information to the plurality of terminal devices, and a collecting unit configured to collect the sound, the each part of the first text, and the each piece of the time information corresponding to the each part acquired by the acquiring unit in each of one or more terminal devices that include the text conversion tool to form meeting minutes data, characterized by a project selection screen that causes a user to select one project that the user wishes to participate, the project selection screen being displayed on a display of the terminal device, and in that the information processing system is configured to display the meeting minutes data including the first text being obtained using the text conversion tool and acquired from each of the plurality of terminal devices that have participated in the same project, on a screen on the display of the respective terminal device so that the terminal devices can share the first text.
Tarpaulin superstructure for a movable substructure, such as a truck, a trailer, a semitrailer, a railway wagon, a dump truck or a container, comprising a top frame to which a tarpaulin made of weather-resistant material can be attached, wherein the top frame comprises a plurality of struts which can be moved along at least one guide, wherein the end of the top frame comprises an end runner which can be raised to open the superstructure and lowered to close the superstructure, characterized in that an air deflection part is arranged at an end of the end runner, by means of which air deflection part the airstream is converted into a force in the closing direction of the end runner. wherein the top frame comprises a plurality of struts which can be moved along at least one guide, wherein the end of the top frame comprises an end runner which can be raised to open the superstructure and lowered to close the superstructure, characterized in that an air deflection part is arranged at an end of the end runner, by means of which air deflection part the airstream is converted into a force in the closing direction of the end runner.
An aero-engine low pressure pump for supplying fuel at a raised pressure to a high pressure pump, the aero-engine low pressure pump having: a pumping mechanism which is configured to raise the pressure of fuel flowing though the mechanism; an electrical motor which is configured to drive the pumping mechanism; a motor drive which is configured to supply electrical power to the electrical motor; and a control unit which is configured to control the motor drive; characterised in that: the motor drive is a variable frequency motor drive; the variable frequency motor drive is configured to measure the electrical power supplied to the electrical motor; the control unit is configured to compare the measured electrical power to a reference power, and, when the measured electrical power is less than the reference power by a predetermined amount, to control the motor drive to increase the power supplied to the electrical motor thereby increasing the pressure rise produced by the pumping mechanism; and the measurement of the supplied electrical power is synchronised to the frequency of a variable pulse-width modulation used by the variable frequency motor drive to supply the electrical power. a pumping mechanism which is configured to raise the pressure of fuel flowing though the mechanism; an electrical motor which is configured to drive the pumping mechanism; a motor drive which is configured to supply electrical power to the electrical motor; and a control unit which is configured to control the motor drive; characterised in that: the motor drive is a variable frequency motor drive; the variable frequency motor drive is configured to measure the electrical power supplied to the electrical motor; the control unit is configured to compare the measured electrical power to a reference power, and, when the measured electrical power is less than the reference power by a predetermined amount, to control the motor drive to increase the power supplied to the electrical motor thereby increasing the pressure rise produced by the pumping mechanism; and the measurement of the supplied electrical power is synchronised to the frequency of a variable pulse-width modulation used by the variable frequency motor drive to supply the electrical power. the motor drive is a variable frequency motor drive; the variable frequency motor drive is configured to measure the electrical power supplied to the electrical motor; the control unit is configured to compare the measured electrical power to a reference power, and, when the measured electrical power is less than the reference power by a predetermined amount, to control the motor drive to increase the power supplied to the electrical motor thereby increasing the pressure rise produced by the pumping mechanism; and the measurement of the supplied electrical power is synchronised to the frequency of a variable pulse-width modulation used by the variable frequency motor drive to supply the electrical power.
Method for reducing the acrylamide content in a roasted coffee, comprising reducing the asparagine content and reducing the aspartic acid content in an unroasted coffee, said roasted coffee being obtained from said unroasted coffee after said reducing the asparagine content and said reducing the aspartic acid content.
Device for simulating traffic obstacles on a road, characterized by at least one light source (14, 15) adapted to be installed in a road and adapted to emit light signals in response to respective activation, at least one sensor (12, 13, 16, 17) adapted to detect an overrun status, and an electronic component adapted to control the at least one light source (14, 15) and to receive and to evaluate data from the at least one sensor (12, 13, 16, 17).
A spinning device for drying food comprising: - an open top container; - a cover substantially covering the open top of the container; - an internal basket disposed in the container and rotatable relative to the container about a central vertical axis of rotation; a central drive assembly carried by the cover and coupled to the basket for effecting rotation of the basket, the drive assembly including a linearly reciprocating handle structure axially movable with respect to the cover between a raised position and a lowered position and a conversion mechanism for converting reciprocating movement of the handle structure to rotary motion of the basket, wherein the conversion mechanism includes a lid substantially retained against axial movement, the lid being releasably coupled to the basket and engageably coupled to the handle structure so that axial movement of the handle structure relative to the lid, between its raised and lowered positions, causes rotation of the lid and of the basket; - a biasing structure for biasing the handle structure toward the raised position; and - a brake assembly (130, 140, 146, 150) for reducing the rotational velocity and/or for stopping the rotation of the basket relative to the container, characterized in that the actuation of the brake assembly (130, 140, 146, 150) is effected by a rotation of the handle structure of the drive mechanism with respect to the cover of the container around said vertical axis of rotation. - an open top container; - a cover substantially covering the open top of the container; - an internal basket disposed in the container and rotatable relative to the container about a central vertical axis of rotation; a central drive assembly carried by the cover and coupled to the basket for effecting rotation of the basket, the drive assembly including a linearly reciprocating handle structure axially movable with respect to the cover between a raised position and a lowered position and a conversion mechanism for converting reciprocating movement of the handle structure to rotary motion of the basket, wherein the conversion mechanism includes a lid substantially retained against axial movement, the lid being releasably coupled to the basket and engageably coupled to the handle structure so that axial movement of the handle structure relative to the lid, between its raised and lowered positions, causes rotation of the lid and of the basket; - a biasing structure for biasing the handle structure toward the raised position; and - a brake assembly (130, 140, 146, 150) for reducing the rotational velocity and/or for stopping the rotation of the basket relative to the container, characterized in that the actuation of the brake assembly (130, 140, 146, 150) is effected by a rotation of the handle structure of the drive mechanism with respect to the cover of the container around said vertical axis of rotation.
An ear cup (100, 415) with an attachment unit (150, 300, 350, 418), configured to be used within a head-worn hearing device, the ear cup comprises a side portion between a hearing portion, facing to an ear of a user in case of use, and a back portion, facing away from the user in case of use, wherein the ear cup comprises - a charge element, which protrudes out of an ear cup casing of the ear cup, directed to the attachment unit and placed at the side portion, and further is electrically connected to an ear cup circuitry within the ear cup, which is configured to operate a speaker unit of the ear cup, wherein the attachment unit (150, 300, 350, 418) comprises - at least one connection section (160, 165, 430, 435), which is arranged and configured to rotatable connect the attachment unit (150, 300, 350, 418) with the ear cup (100, 415) by comprising a first part rigidly fixed at the ear cup (100, 415) and a second part rigidly fixed at an attachment body of the attachment unit (150, 300, 350, 418), wherein the first and the second part are rotatable attached to each other and thereby define an axis of rotation (170, 440) of the ear cup (100, 415) with respect to the attachment unit (150, 300, 350, 418), - an opening (180, 310, 360), which is arranged to allow the charge element of the ear cup to pass through the opening of the attachment unit (150, 300, 350) when the ear cup rotates with respect to the attachment unit along the axis of rotation. - a charge element, which protrudes out of an ear cup casing of the ear cup, directed to the attachment unit and placed at the side portion, and further is electrically connected to an ear cup circuitry within the ear cup, which is configured to operate a speaker unit of the ear cup, - at least one connection section (160, 165, 430, 435), which is arranged and configured to rotatable connect the attachment unit (150, 300, 350, 418) with the ear cup (100, 415) by comprising a first part rigidly fixed at the ear cup (100, 415) and a second part rigidly fixed at an attachment body of the attachment unit (150, 300, 350, 418), wherein the first and the second part are rotatable attached to each other and thereby define an axis of rotation (170, 440) of the ear cup (100, 415) with respect to the attachment unit (150, 300, 350, 418), - an opening (180, 310, 360), which is arranged to allow the charge element of the ear cup to pass through the opening of the attachment unit (150, 300, 350) when the ear cup rotates with respect to the attachment unit along the axis of rotation.
A portable system for detecting one or more predetermined characteristics of a grain sample, the system including: (a) a detection zone for containing the sample; (b) a radiation source (17,105) for directing light into the detection zone; (c) a detector (28,300) including a linear array of pixels, each pixel connected to a respective amplifier, the detector for providing a sensor signal in response to selected light emerging from the detection zone; (d) a gain controller that is responsive to the sensor signals for: selectively adjusting the gain of each amplifier to provide respective adjusted sensor signals that fall within a predetermined range; and generating an adjustment signal; (e) a processor that is responsive to the adjusted sensor signals and the adjustment signal for providing data indicative of the one or more predetermined characteristics of the sample; (f) a plurality of optical components C 1, C 2,..., C n (9, 24, 25), wherein one of the optical components is a reflection diffraction grating; (g) a rigid base plate having a sequence of mounting recesses F 1, F 2,..., F n (11, 13, 14) for receiving respective optical components C 1, C 2,..., C n (9, 24, 25) to define an optical path, wherein n ≥ 2 and at least the first recess F 1 sealingly receives its respective component C 1 and the first recess F 1 is the recess adjacent an upstream end of the optical path which is adjacent the detection zone, and the last recess F n sealingly receives component C n and is the recess adjacent a downstream end of the optical path which is adjacent the detector (28, 300). (a) a detection zone for containing the sample; (b) a radiation source (17,105) for directing light into the detection zone; (c) a detector (28,300) including a linear array of pixels, each pixel connected to a respective amplifier, the detector for providing a sensor signal in response to selected light emerging from the detection zone; (d) a gain controller that is responsive to the sensor signals for: selectively adjusting the gain of each amplifier to provide respective adjusted sensor signals that fall within a predetermined range; and generating an adjustment signal; (e) a processor that is responsive to the adjusted sensor signals and the adjustment signal for providing data indicative of the one or more predetermined characteristics of the sample; (f) a plurality of optical components C 1, C 2,..., C n (9, 24, 25), wherein one of the optical components is a reflection diffraction grating; (g) a rigid base plate having a sequence of mounting recesses F 1, F 2,..., F n (11, 13, 14) for receiving respective optical components C 1, C 2,..., C n (9, 24, 25) to define an optical path, wherein n ≥ 2 and at least the first recess F 1 sealingly receives its respective component C 1 and the first recess F 1 is the recess adjacent an upstream end of the optical path which is adjacent the detection zone, and the last recess F n sealingly receives component C n and is the recess adjacent a downstream end of the optical path which is adjacent the detector (28, 300).
Hybrid drive unit having: a selector element which can be activated manually and which is designed to shift gear speeds of a manual gear box which interacts with an internal combustion engine and to activate an electric motor which is provided as a drive motor wherein there are two different neutral positions (N1, N2) of the selector element which each correspond to an idle position of the manual gear box, and wherein the gears of the manual gear box can be shifted out of a first neutral position, and in a second neutral position the electric motor can be activated exclusively as the drive, and a locking mechanism, the overcoming of which is necessary to shift the selector element between the first neutral position and the second neutral position, characterized in that when the selector element shifts from a position in which the electric motor is activated exclusively as the drive, to the first neutral position the internal combustion engine is started automatically. a selector element which can be activated manually and which is designed to shift gear speeds of a manual gear box which interacts with an internal combustion engine and to activate an electric motor which is provided as a drive motor wherein there are two different neutral positions (N1, N2) of the selector element which each correspond to an idle position of the manual gear box, and wherein the gears of the manual gear box can be shifted out of a first neutral position, and in a second neutral position the electric motor can be activated exclusively as the drive, and a locking mechanism, the overcoming of which is necessary to shift the selector element between the first neutral position and the second neutral position, characterized in that when the selector element shifts from a position in which the electric motor is activated exclusively as the drive, to the first neutral position the internal combustion engine is started automatically.
Apparatus for performing Pilates exercises in a pool or similar places, comprising a structure composed of at least two shaped tubular elements, which are vertical and parallel to one another, joined by at least one horizontal support base in an intermediate position, wherein each tubular element is provided at the upper end with fixing elements for fixing the apparatus to an edge of the pool, wherein resting elements (14,15) are provided in a lower position for resting the apparatus on a wall of the pool, wherein a pedal is provided in a lower position that is hinged on the two tubular elements to rotate between a closed position and an open position, and wherein the tubular elements, the support base and the pedal have connection points for removably fixing accessories for Pilates (20,22) such as springs, clastic bands and the like.
A catheter comprising an elongated catheter body having proximal and distal ends and at least one irrigation lumen therethrough and an irrigated electrode assembly at the distal end of the catheter body, the irrigated electrode assembly comprising a plurality of spines connected at their proximal ends, each spine comprising a plurality of electrodes, and wherein each spine further comprises a spine lumen and a plurality of irrigation ports in fluid communication with the spine lumen, wherein each spine lumen is in fluid communication with the irrigation lumen, wherein the irrigation ports comprise a combination of dedicated irrigation ports and integrated irrigation ports wherein each integrated irrigation port is integrated with one of the plurality of electrodes, the electrode having a plurality of perforations, and wherein the irrigation ports are distributed evenly across the irrigated electrode assembly. wherein each spine further comprises a spine lumen and a plurality of irrigation ports in fluid communication with the spine lumen, wherein each spine lumen is in fluid communication with the irrigation lumen, wherein the irrigation ports comprise a combination of dedicated irrigation ports and integrated irrigation ports wherein each integrated irrigation port is integrated with one of the plurality of electrodes, the electrode having a plurality of perforations, and wherein the irrigation ports are distributed evenly across the irrigated electrode assembly.
A camera comprising an image sensor for detecting image data from a detection region, a reception optics arranged in front of the image sensor, a focus adjustment unit (24, 28) having a thread for changing the position of focus of the reception optics by way of a rotary movement, and a front screen, characterized in that the reception optics comprises a front region having an inner contour which is accessible through the front screen in order to rotate the reception optics from the outside in the thread and to thus adjust the focus.
High-voltage electrical isolator comprising an isolating body extended along an axis, having first and second remote ends (117, 118) along this axis, characterised in that it further comprises: - at least first and second resonant circuits (122, 123) galvanically isolated from each other by said isolating body, the first and second resonant circuits comprising at least one respective winding around said axis, said windings being remote from each other along said axis and being magnetically coupled. - at least first and second resonant circuits (122, 123) galvanically isolated from each other by said isolating body, the first and second resonant circuits comprising at least one respective winding around said axis, said windings being remote from each other along said axis and being magnetically coupled.