mhurhangee/ep-ind-claims huggingface dataset:
Device for measuring at least one electrical quantity including the electric current flowing through an electrical unit referred to as the first unit, said unit being intended to be mounted on a mounting support, this measurement device being housed in a housing referred to as the first housing which is substantially parallelepipedal in shape and the width of which is substantially equal to that of the aforementioned unit and the height of which allows it to be integrated between two rows of units mounted respectively on two rails in an electrical enclosure, said housing referred to as the first housing including a certain number of through-openings (2, 3) forming terminals delimited by a portion made of an insulating material, this number corresponding to the number of phases of the unit, said openings (2, 3) each being intended to have a conductor pass therethrough, said conductors being intended to be electrically linked by one of their ends to the lands of the terminals of the unit referred to as the first unit, and by their opposite end to the electrical lands of a unit referred to as the second unit located downstream or even upstream of said unit referred to as the first unit, and, for at least one of said terminals of the device, a magnetic core (8, 15, 20) at least partially surrounding said terminal and including at least one air gap around which at least one measurement coil referred to as the secondary coil (13, 14, 18, 19, 21) is wound, said one or more measurement coils delivering a signal representing the current flowing through the unit, characterized in that the one or more coils are wound between the two end portions of the magnetic core (8, 15, 20) delimiting said air gap, and in that the housing referred to as the first housing is capable of being removably attached to a housing referred to as the second housing belonging to the unit referred to as the first unit, the aforementioned housing referred to as the first housing including two connectors (22, 23) protruding from an outside face of said housing referred to as the first housing, said connectors (22, 23) being intended, via one of their ends referred to as the first end, to connect to the voltage on the lands of the terminals of the unit referred to as the first unit, and to secure the housing referred to as the first housing with respect to the housing referred to as the second housing of the unit, said connectors (22, 23) being electrically connected by their opposite end to means for measuring the voltage.
Device for blocking passage of a fluid in a defined direction through a tubular part provided in particular in a household appliance operating with a fluid, through which part the fluid can be conducted in a direction opposite to the defined direction, the device comprising a check valve (DG, AB) which has a sealing element that can be brought to a closing and an open position and a contact region serving as a valve seat and formed in a fluid passage of the tubular part, characterised in that the tubular part is embodied as a receiving part for receiving an elastically compressible hollow cylindrical insertion body such that the insertion body inserted into the receiving part bears against the region of the receiving part which surrounds the contact region, wherein the inserted insertion body carries the sealing element at its end opposite the contact region of the fluid passage and wherein the insertion body is fixed in the receiving part such that it is elastically compressed in its axial direction so that the sealing element bears against the contact region by means of the insertion body so that a passage of fluid is made possible only in the direction from the receiving part to the insertion body, while it is reliably blocked in the direction representing the opposite direction to the said defined direction.
A method comprising: providing, by a server device to a first client device, a presentation of a first instance of source code; receiving, by the server device, first source code changes to the first instance of the source code performed by the first client device associated with a first user account; receiving, by the server device from the first client device, a selection of a first presentation type from a plurality of presentation types comprising the first presentation type and a second presentation type prior to the first source code changes being committed to the source code stored at a repository of a source control platform, wherein the first presentation type specifies first access privileges to the first source code changes for at least a second user account, wherein the second presentation type specifies second access privileges to the first source code changes for the at least the second user account, wherein the second access privileges are different from the first access privileges of the first presentation type; and providing, to a second client device associated with the second user account, a presentation of a second instance of the source code with the first source code changes in accordance with the first presentation type prior to the first source code changes being committed to the source code stored at the repository of the source control platform. providing, by a server device to a first client device, a presentation of a first instance of source code; receiving, by the server device, first source code changes to the first instance of the source code performed by the first client device associated with a first user account; receiving, by the server device from the first client device, a selection of a first presentation type from a plurality of presentation types comprising the first presentation type and a second presentation type prior to the first source code changes being committed to the source code stored at a repository of a source control platform, wherein the first presentation type specifies first access privileges to the first source code changes for at least a second user account, wherein the second presentation type specifies second access privileges to the first source code changes for the at least the second user account, wherein the second access privileges are different from the first access privileges of the first presentation type; and providing, to a second client device associated with the second user account, a presentation of a second instance of the source code with the first source code changes in accordance with the first presentation type prior to the first source code changes being committed to the source code stored at the repository of the source control platform.
A water level sensing apparatus comprising: a body disposed to be exposed within a liquid tank and having an accommodating space therein; and a capacitance detecting unit accommodated in the accommodating space of the body and to which an electric wire is connected, wherein the body is made of a material having a dielectric constant greater than that of air but smaller than that of the liquid, wherein the thickness of an upper portion of the body and that (t) of a lower portion of the body based on the capacitance detecting unit are different, the thickness (t) of the lower portion of the body is less than that of the upper portion of the body, wherein the capacitance detecting unit adapted to compare a capacitance value of an upper side of the capacitance detecting unit and a capacitance value of an lower side of the capacitance detecting unit and to generate an 'ON' or 'OFF' output signal, and the accommodating space of the body is hermetically sealed by a synthetic resin after the capacitance detecting unit is inserted therein. a body disposed to be exposed within a liquid tank and having an accommodating space therein; and a capacitance detecting unit accommodated in the accommodating space of the body and to which an electric wire is connected, wherein the body is made of a material having a dielectric constant greater than that of air but smaller than that of the liquid, wherein the thickness of an upper portion of the body and that (t) of a lower portion of the body based on the capacitance detecting unit are different, the thickness (t) of the lower portion of the body is less than that of the upper portion of the body, wherein the capacitance detecting unit adapted to compare a capacitance value of an upper side of the capacitance detecting unit and a capacitance value of an lower side of the capacitance detecting unit and to generate an 'ON' or 'OFF' output signal, and the accommodating space of the body is hermetically sealed by a synthetic resin after the capacitance detecting unit is inserted therein.
A device to measure breath humidity, the device comprising a tubular body, said tubular body defining an inner tube volume, an inlet fluidly connected to the inner tube volume, a condenser plate, fluidly connected to the second end of the tubular body to receive exhaled breath; the device further comprising one or more apertures in the tubular body wall of a first chamber, the or each aperture fluidly linking a sensor to the first chamber, a relative humidity sensor fluidly linked to a second chamber, characterised in that the device comprises a partition wall intermediate the first and second ends and dividing the inner tube volume into first and second chambers (56a, 56b), the second chamber providing fluid access to the condenser plate; the partition wall having a one-way valve therethrough allowing breath from the first to the second chamber. an inlet fluidly connected to the inner tube volume, a condenser plate, fluidly connected to the second end of the tubular body to receive exhaled breath; the device further comprising one or more apertures in the tubular body wall of a first chamber, the or each aperture fluidly linking a sensor to the first chamber, a relative humidity sensor fluidly linked to a second chamber, characterised in that the device comprises a partition wall intermediate the first and second ends and dividing the inner tube volume into first and second chambers (56a, 56b), the second chamber providing fluid access to the condenser plate; the partition wall having a one-way valve therethrough allowing breath from the first to the second chamber.
Dual clutch transmission which is fully power-shiftable, having: - a dual clutch (A, B), - a basic transmission and - a range-change stage, preferably embodied as a planetary transmission, wherein - all the shift elements (C, EF, GH, LR, KJ, OU) for gear and/or wheel stage shifting of the basic transmission and of the range-change stage are arranged coaxially with respect to a central shaft train, which connects the dual clutch (A, B) and the range-change stage, - the dual clutch transmission makes available 12 forward gears in the direct-gear mode and/or 13 forward gears in the overdrive mode, and - the basic transmission has a layshaft assembly (vl, vr; v), characterized in that - the first shift element of the basic transmission in the load flow direction is embodied as a one-sided shift element and the subsequent shift elements (EF, GH, LR, KJ, OU), which are downstream in the load flow direction and of which there are preferably five, are embodied as double-sided shift elements. - a dual clutch (A, B), - a basic transmission and - a range-change stage, preferably embodied as a planetary transmission, - all the shift elements (C, EF, GH, LR, KJ, OU) for gear and/or wheel stage shifting of the basic transmission and of the range-change stage are arranged coaxially with respect to a central shaft train, which connects the dual clutch (A, B) and the range-change stage, - the dual clutch transmission makes available 12 forward gears in the direct-gear mode and/or 13 forward gears in the overdrive mode, and - the basic transmission has a layshaft assembly (vl, vr; v), - the first shift element of the basic transmission in the load flow direction is embodied as a one-sided shift element and the subsequent shift elements (EF, GH, LR, KJ, OU), which are downstream in the load flow direction and of which there are preferably five, are embodied as double-sided shift elements.
A pivot bearing for low-friction bearing of components, comprising a cylindrical bearing body (2, 2"', 3) and a bearing part pivotably arranged therein, wherein the bearing body (2, 2"', 3) has a substantially radially arranged rib (2"'), characterised in that on this rib (2"'), at least one first rolling surface is formed, and wherein the bearing part has a rolling body having a cylindrical rolling section at the tip, which rolling section rolls on the rolling surface, and the bearing part has two sections, namely a retaining part and a connecting part (1"), which are arranged on both sides of the rib (2"').
Apparatus for layered manufacture of a three-dimensional product with a build chamber in which said product is built and an optical system, external with respect to the build chamber, that contains at least one beam source to generate an energy beam and corresponding scanning means to move this beam, where a control unit is provided that controls the scanning means in order to move the beam so that it strikes a selected position, where the wall of the build chamber features a window that is transparent for said beam so it passes through a window and enters a build chamber, wherein the apparatus contains a calibration device for said beam source and/or said scanning means, where at least the scanning means can be moved with respect to the build chamber between a production position, in which the beam can pass through said window and enter said build chamber, and a calibration position, in which the beam can strike a calibration device and thus work in combination with the latter, characterized in that the apparatus contains guiding means for said scanning means that enable movement of the scanning means between said production position and said calibration position.
A food retainer for food to an animal comprises a base (2,10,15) and a number of protrusions (3,5,6,7,8) extending upwards from the upper surface of the base (2,10,15) of the retainer (1,9,13,16) in distance from each other, and at least some of the protrusions are substantially higher than the remainder of the retainer, wherein some of the protrusions are higher than other of the protrusions (7,8), characterized in that the protrusions in the centre area of the base (2,10,15) are highest.
Apparatus for the catalytic chemical conversion of at least one component of a gas stream, having a fluid line through which the gas flows, and having a substrate which is arranged in a portion of the fluid line extending in a profile direction, which substrate has an end surface and a catalytically active surface, wherein the gas flows into the portion of the fluid line in an inflow direction at a non-zero angle relative to the profile direction, and, after entering the substrate through the end surface, flows through the substrate and comes into contact with the catalytically active surface for the chemical conversion of the at least one component, wherein the normal direction of the end surface of the substrate is oriented at a non-zero angle relative to the profile direction of the portion of the fluid line, characterized in that the fluid line is substantially U-shaped, wherein, downstream of that portion of the fluid line in which the substrate is arranged, and after a first bend, there follows a region in which a reducing agent can be introduced into the fluid line by means of an injection apparatus, and wherein, downstream of a further bend of the fluid line, there is situated a portion of the fluid line in which a particle filter with a catalytic surface for the reduction of nitrogen oxides is arranged, and a nitrogen oxide sensor is arranged in the fluid line upstream of the substrate.
A fan for air/gas mixing systems in burners of heating equipment, comprising: - a fan impeller which is received in a volute which is provided with a motor support plate, - a motor on the shaft of which the impeller is keyed, - a motor support comprising a first metal frame for mounting vibration damping elements, the first metal frame being fixedly joined to the motor support plate, the motor being supported on the first metal frame with the vibration damping elements being interposed, - a motor control printed circuit board which is positioned near the motor, - a protection and containment cap of the board/motor assembly, characterized in that the cap is produced from plastics material and in that it comprises a second frame of plastics material which can be connected to the first metal frame and interconnection means and counter-means which are provided on the cap and on the second frame, respectively, and which mutually cooperate in order to fix the cap to the fan by means of the second frame. - a fan impeller which is received in a volute which is provided with a motor support plate, - a motor on the shaft of which the impeller is keyed, - a motor support comprising a first metal frame for mounting vibration damping elements, the first metal frame being fixedly joined to the motor support plate, the motor being supported on the first metal frame with the vibration damping elements being interposed, - a motor control printed circuit board which is positioned near the motor, - a protection and containment cap of the board/motor assembly,
A hydromassage bathtub (1, 101) comprising: one or more internal side walls; a perimetrical recess (5, 105) extending substantially along all of the perimeter of the bathtub (1, 101) at said internal side walls, said perimetrical recess (5, 105) being apt to house a plurality of angled downward emission nozzles (9, 109) arranged along said perimetrical recess (5, 105) for carrying out the hydromassage function; at least one wall portion (7, 107) set to at least partially cover said perimetrical recess (5, 105), so as to define a perimetrical slot (8, 108) open towards the inside of said bathtub (1, 101); a bottom (13, 113) comprising a drain duct (14, 114) for draining liquid from the bathtub (1, 101); a false bottom element (15, 115), overlapped to and spaced apart from said bottom (13, 113), the extension and the arrangement of said false bottom (15, 115) being such as to define a perimetrical drain opening (16, 116) extending along the perimeter of the false bottom element (15, 115) itself; means for emitting gas from said perimetrical drain opening (16, 116) to the inside of said bathtub (1, 101), wherein said at least one wall portion (7, 107) is spaced apart from a respective side wall to define a corresponding air space (11, 111) internal to the respective side wall. one or more internal side walls; a perimetrical recess (5, 105) extending substantially along all of the perimeter of the bathtub (1, 101) at said internal side walls, said perimetrical recess (5, 105) being apt to house a plurality of angled downward emission nozzles (9, 109) arranged along said perimetrical recess (5, 105) for carrying out the hydromassage function; at least one wall portion (7, 107) set to at least partially cover said perimetrical recess (5, 105), so as to define a perimetrical slot (8, 108) open towards the inside of said bathtub (1, 101); a bottom (13, 113) comprising a drain duct (14, 114) for draining liquid from the bathtub (1, 101); a false bottom element (15, 115), overlapped to and spaced apart from said bottom (13, 113), the extension and the arrangement of said false bottom (15, 115) being such as to define a perimetrical drain opening (16, 116) extending along the perimeter of the false bottom element (15, 115) itself; means for emitting gas from said perimetrical drain opening (16, 116) to the inside of said bathtub (1, 101), wherein said at least one wall portion (7, 107) is spaced apart from a respective side wall to define a corresponding air space (11, 111) internal to the respective side wall.
A subsea system for processing a process fluid comprising: an electric motor filled with a barrier fluid that provides lubrication and a barrier between portions of the electric motor and surrounding seawater; and a rotating fluid processor for processing said process fluid, driven by said electric motor and lubricated by said barrier fluid, wherein the process fluid and barrier fluid are different; wherein a retractable subsea barrier fluid filtration system is coupled to a barrier fluid supply and comprises one or more separation components (420, 430, 440, 450) housed within a casing and configured to separate contaminants from said barrier fluid by circulating a portion of the barrier fluid through the one or more separation components (420, 430, 440, 450), wherein the contaminants include water and particles; wherein the filtration system is configured to guide the barrier fluid along an outer annular region of a separation component such that water settling on an inside wall of the casing in the outer annular region flows down by gravity along said inside wall into a water collection volume (660, 540) connected to the outer annular region (650, 660) by a gap (1110, 1010) at a lower end of the outer annular region (650, 660), the filtration system including a connection port for the water collection volume to allow for sampling of water content or to empty the water content. an electric motor filled with a barrier fluid that provides lubrication and a barrier between portions of the electric motor and surrounding seawater; and a rotating fluid processor for processing said process fluid, driven by said electric motor and lubricated by said barrier fluid, wherein the process fluid and barrier fluid are different; wherein a retractable subsea barrier fluid filtration system is coupled to a barrier fluid supply and comprises one or more separation components (420, 430, 440, 450) housed within a casing and configured to separate contaminants from said barrier fluid by circulating a portion of the barrier fluid through the one or more separation components (420, 430, 440, 450), wherein the contaminants include water and particles; wherein the filtration system is configured to guide the barrier fluid along an outer annular region of a separation component such that water settling on an inside wall of the casing in the outer annular region flows down by gravity along said inside wall into a water collection volume (660, 540) connected to the outer annular region (650, 660) by a gap (1110, 1010) at a lower end of the outer annular region (650, 660), the filtration system including a connection port for the water collection volume to allow for sampling of water content or to empty the water content.