mhurhangee/ep-ind-claims huggingface dataset:
An electromagnet drive device comprising: a winding power supply circuit that outputs DC power supply voltage (Va) to be applied to an electromagnet; a power supply voltage measurement circuit that measures the DC power supply voltage (Va); an excitation current detection resistor connected in series with the electromagnet, across which a voltage drop (Vb) proportional to the amount of excitation current of the electromagnet occurs; and a control microcomputer (13a, 13b) that controls the excitation current of the electromagnet through a switching element, wherein the control microcomputer (13a, 13b), at the time of iron core initial attraction and the time of iron core re-attraction of the electromagnet, calculates the winding resistance value of the electromagnet from the measurements of a voltage drop (Vb) across the excitation current detection resistor and the DC power supply voltage (Va), and characterised in that in the time other than the time of iron core initial attraction and the time of iron core re-attraction of the electromagnet, performs pulse control in which, through on-duty based on the winding resistance value and a measurement value of the DC power supply voltage (Va), the DC power supply voltage (Va) is transformed into pulsed voltage to be applied to the electromagnet by the switching element. a winding power supply circuit that outputs DC power supply voltage (Va) to be applied to an electromagnet; a power supply voltage measurement circuit that measures the DC power supply voltage (Va); an excitation current detection resistor connected in series with the electromagnet, across which a voltage drop (Vb) proportional to the amount of excitation current of the electromagnet occurs; and a control microcomputer (13a, 13b) that controls the excitation current of the electromagnet through a switching element, wherein the control microcomputer (13a, 13b), at the time of iron core initial attraction and the time of iron core re-attraction of the electromagnet, calculates the winding resistance value of the electromagnet from the measurements of a voltage drop (Vb) across the excitation current detection resistor and the DC power supply voltage (Va), and characterised in that in the time other than the time of iron core initial attraction and the time of iron core re-attraction of the electromagnet, performs pulse control in which, through on-duty based on the winding resistance value and a measurement value of the DC power supply voltage (Va), the DC power supply voltage (Va) is transformed into pulsed voltage to be applied to the electromagnet by the switching element.
Evaluation apparatus for a level meter for determining a characteristic variable (d L) for the location of a boundary surface (105, 108) in a container (109, 501, 601), having: an echo curve evaluation device for receiving and evaluating an echo curve (204, 427, 514, 612); an output device (112, 113) for providing the characteristic variable (d L) for the location of the boundary surface (105, 108); wherein the output device (112, 113) is connected to the echo curve evaluation device; wherein the echo curve evaluation device is configured to recognize a multiple echo (207, 209, 405, 611) in the echo curve (204, 427), to determine the position (D ML1, D ML2, D MB1) of the multiple echo, and to determine the order (N, N 1, N 2) of the multiple echo; wherein the multiple echo (207, 209, 405, 611) has at least the order (N, N 1, N 2) of one; and wherein the echo curve evaluation device is configured to determine the characteristic variable (d L) for the location of the boundary surface in the container based on the the position (D ML1, D ML2, D MB1)of the multiple echo, the environmental parameters of the material characteristic of an overlay medium ( ε L, μ L), and the order (N, N 1, N 2) of the multiple according to the relation d L = D ML 1 + ε L ⋅ μ L ⋅ N ⋅ d D 1 + N ⋅ ε L ⋅ μ L and to provide the characteristic variable (d L) via the output device (112, 113), wherein ε L specifies the relative permittivity of an overlying atmosphere, wherein μ L specifies the relative permeability of an overlying atmosphere ( μ L), wherein d D is the length of an optionally present dome shaft. an echo curve evaluation device for receiving and evaluating an echo curve (204, 427, 514, 612); an output device (112, 113) for providing the characteristic variable (d L) for the location of the boundary surface (105, 108); wherein the output device (112, 113) is connected to the echo curve evaluation device; wherein the echo curve evaluation device is configured to recognize a multiple echo (207, 209, 405, 611) in the echo curve (204, 427), to determine the position (D ML1, D ML2, D MB1) of the multiple echo, and to determine the order (N, N 1, N 2) of the multiple echo; wherein the multiple echo (207, 209, 405, 611) has at least the order (N, N 1, N 2) of one; and wherein the echo curve evaluation device is configured to determine the characteristic variable (d L) for the location of the boundary surface in the container based on the the position (D ML1, D ML2, D MB1)of the multiple echo, the environmental parameters of the material characteristic of an overlay medium ( ε L, μ L), and the order (N, N 1, N 2) of the multiple according to the relation d L = D ML 1 + ε L ⋅ μ L ⋅ N ⋅ d D 1 + N ⋅ ε L ⋅ μ L and to provide the characteristic variable (d L) via the output device (112, 113), wherein ε L specifies the relative permittivity of an overlying atmosphere, wherein μ L specifies the relative permeability of an overlying atmosphere ( μ L), wherein d D is the length of an optionally present dome shaft.
An automatic connection device allowing connecting and automatically coupling at least one of the electric, pneumatic and/or hydraulic networks of a tool with at least one of those of a tool holder provided on the free end of the stick of construction or public-works equipment when said tool is mechanically mounted and assembled on the tool holder, this automatic connection device comprising: • a first connection plate provided on the tool, comprising at least one electric, pneumatic and/or hydraulic coupler accessible from the outside and connected to at least one of the electric, pneumatic and/or hydraulic networks of said tool; • a second connection plate provided on the tool holder, comprising at least one electric, pneumatic and/or hydraulic coupler accessible from the outside and connected to at least one of the electric, pneumatic and/or hydraulic networks of said tool holder; • a centering device provided on the tool holder and/or on the tool such that, when said tool is mechanically mounted and assembled on the tool holder, the first and second connection plates (10, 11) are mutually centered and the couplers (13, 14) thereof are mutually connected, so as to connect at least one of the electric, pneumatic and/or hydraulic networks of the tool to that of the tool holder; characterized in that: • the second connection plates, called fixed connection plate, is intended to be attached or to be integral to the tool holder on which it is provided so as to be immobile relative thereto; and • the first connection plate, called movable connection plate, is intended to be mounted mobile on the tool on which it is provided so as to be mobile both in pivoting and sliding relative thereto. • a first connection plate provided on the tool, comprising at least one electric, pneumatic and/or hydraulic coupler accessible from the outside and connected to at least one of the electric, pneumatic and/or hydraulic networks of said tool; • a second connection plate provided on the tool holder, comprising at least one electric, pneumatic and/or hydraulic coupler accessible from the outside and connected to at least one of the electric, pneumatic and/or hydraulic networks of said tool holder; • a centering device provided on the tool holder and/or on the tool such that, when said tool is mechanically mounted and assembled on the tool holder, the first and second connection plates (10, 11) are mutually centered and the couplers (13, 14) thereof are mutually connected, so as to connect at least one of the electric, pneumatic and/or hydraulic networks of the tool to that of the tool holder; • the second connection plates, called fixed connection plate, is intended to be attached or to be integral to the tool holder on which it is provided so as to be immobile relative thereto; and • the first connection plate, called movable connection plate, is intended to be mounted mobile on the tool on which it is provided so as to be mobile both in pivoting and sliding relative thereto.
An in-vehicle air imaging apparatus for a vehicle, comprising: an image source configured for generating a graphic for display; and an imaging magnifier configured for magnifying the graphic generated by the image source and forming a real image in the air inside the vehicle, characterized in that the imaging magnifier is a Fresnel lens group comprising at least two Fresnel lenses arranged in parallel, each of the Fresnel lenses comprising a substrate and straight teeth arranged in parallel on the substrate, the straight teeth of one Fresnel lens being not parallel to the straight teeth of its neighboring Fresnel lens. an image source configured for generating a graphic for display; and an imaging magnifier configured for magnifying the graphic generated by the image source and forming a real image in the air inside the vehicle, characterized in that the imaging magnifier is a Fresnel lens group comprising at least two Fresnel lenses arranged in parallel, each of the Fresnel lenses comprising a substrate and straight teeth arranged in parallel on the substrate, the straight teeth of one Fresnel lens being not parallel to the straight teeth of its neighboring Fresnel lens.
A method of allocating resources in a communications system, comprising: obtaining information regarding communications quality; reserving (102, 103; S101) resource blocks that can be used periodically; and allocating (104; S102) the reserved resource blocks to a terminal, wherein the reserving step (102, 103; S101) includes: obtaining the number of reserved resource blocks on a time frame basis; calculating a selection index based on the number of reserved resource blocks and the number of reserved low-quality users for each frame as the information regarding communications quality; and performing the sorting in ascending order of the selection index, wherein the allocating step (140; S102) allocates the resource blocks in ascending order of the selection index of the time frame. obtaining information regarding communications quality; reserving (102, 103; S101) resource blocks that can be used periodically; and allocating (104; S102) the reserved resource blocks to a terminal, wherein the reserving step (102, 103; S101) includes: obtaining the number of reserved resource blocks on a time frame basis; calculating a selection index based on the number of reserved resource blocks and the number of reserved low-quality users for each frame as the information regarding communications quality; and performing the sorting in ascending order of the selection index, wherein the allocating step (140; S102) allocates the resource blocks in ascending order of the selection index of the time frame. obtaining the number of reserved resource blocks on a time frame basis; calculating a selection index based on the number of reserved resource blocks and the number of reserved low-quality users for each frame as the information regarding communications quality; and performing the sorting in ascending order of the selection index, wherein the allocating step (140; S102) allocates the resource blocks in ascending order of the selection index of the time frame.
A stowable seat, comprising: a seat back; a seat bottom; a legrest; and a suspension recline system for the stowable seat, comprising: a fabric suspension member comprising: a first end configured to be coupled to the seat back, and a second end configured to be coupled to the legrest; and a rigid insert coupled to the second end, wherein the fabric suspension member is moveable between a stowed position and a deployed position; wherein the seat back is configured to recline in response to the fabric suspension member being moved to the deployed position; and in the deployed position, the rigid insert is configured to be inserted into a slot disposed in the legrest. a seat back; a seat bottom; a legrest; and a suspension recline system for the stowable seat, comprising: a fabric suspension member comprising: a first end configured to be coupled to the seat back, and a second end configured to be coupled to the legrest; and a rigid insert coupled to the second end, wherein the fabric suspension member is moveable between a stowed position and a deployed position; wherein the seat back is configured to recline in response to the fabric suspension member being moved to the deployed position; and in the deployed position, the rigid insert is configured to be inserted into a slot disposed in the legrest. a fabric suspension member comprising: a first end configured to be coupled to the seat back, and a second end configured to be coupled to the legrest; and a rigid insert coupled to the second end, wherein the fabric suspension member is moveable between a stowed position and a deployed position; wherein the seat back is configured to recline in response to the fabric a first end configured to be coupled to the seat back, and a second end configured to be coupled to the legrest; and a rigid insert coupled to the second end, wherein the fabric suspension member is moveable between a stowed position and a deployed position; wherein the seat back is configured to recline in response to the fabric suspension member being moved to the deployed position; and in the deployed position, the rigid insert is configured to be inserted into a slot disposed in the legrest.
Device for the adjustable wedging of a surface element in a frame that surrounds the surface element, wherein the device bridges the gap between a front side of the surface element and the surface of the frame, which is arranged so that it is facing said front side, by means of an angle part and a wedge part, which forms a pair of wedges that can be shifted relative to each other in longitudinal direction of the front side of the surface element, characterised in that the angle part and the wedge part are connected at least indirectly by a drive element, which permanently and continuously exerts a force that shifts both wedges relative to each other, wherein this force is aligned so that the common thickness of both wedges increases when the two wedges are shifted relative to each other in the direction of said force.
A method for the formation of fine valuable metal powder by a leaching-precipitation method of a material containing a valuable metal, characterised in that the material containing a valuable metal is leached and the valuable metal is precipitated by means of an anolyte routed from electrolytic regeneration, which contains at least one intermediary metal at a high oxidation degree, and the precipitation of the valuable metal as metallic powder is performed with the catholyte solution from the same electrolysis, in which the oxidation degree of the at least one intermediary metal is lower than in the leaching step, thus utilizing the different values of the electrochemical potential in the leaching and precipitation of the valuable metal, whereby the electrochemical potential of the intermediary metal is changed by means of electrolytic regeneration.
Hydrostatic axial piston machine of bent axis design, having a drive shaft which is arranged so as to be rotatable about an axis of rotation and which is provided with a drive flange, and having a cylinder drum which is arranged so as to be rotatable about an axis of rotation, wherein the cylinder drum is provided with a plurality of piston recesses which are arranged concentrically with respect to the axis of rotation of the cylinder drum and in which in each case one piston which is connected to the drive flange is arranged in longitudinally displaceable fashion, wherein the cylinder drum lies on a control bottom which is provided with a control surface, and wherein the axial piston machine is configured as a variable displacement machine with a variable displacement volume, wherein the control bottom is arranged with a pivoting surface, which is opposite the control surface, in a control bottom receptacle of the housing so as to be pivotable about a pivot axis, wherein a plain bearing is formed between the pivoting surface of the control bottom and the control bottom receptacle of the housing, characterized in that a wear-reducing hard material layer is applied to the pivoting surface of the control bottom, wherein a receiving surface of the control bottom receptacle receives the pivoting surface of the control bottom, wherein the control bottom receptacle is composed of metal or cast iron, and the receiving surface of the control bottom receptacle does not have any surface hardening.
A hearing actuator (10, 110, 210, 310) for implantation in the middle ear of a user, the actuator comprising: transducer means (12, 112, 212) for converting electrical input signals into mechanical vibrations; attachment means (16, 116, 216) for attaching one end of the transducer means (12, 112, 212) to the incus or the temporal bone; and contacting means (14, 114, 214, 316) which extends from an opposite end of the transducer means (12, 112, 212) such that a longitudinal axis of the contacting means (14, 114, 214, 316) is substantially parallel to a longitudinal axis of the transducer means (12, 112, 212), and such that: when the actuator is implanted in the middle ear with said one end of the transducer means (12, 112, 212) attached to the incus, the contacting means (14, 114, 214, 316) contacts the stapes footplate, or extends through a hole formed in the stapes footplate; or when the actuator is implanted in the middle ear with said one end of the transducer means (12, 112, 212) attached to the temporal bone, the contacting means (14, 114, 214, 316) contacts the round window; thereby to transmit said mechanical vibrations of the transducer means (12, 112, 212). transducer means (12, 112, 212) for converting electrical input signals into mechanical vibrations; attachment means (16, 116, 216) for attaching one end of the transducer means (12, 112, 212) to the incus or the temporal bone; and contacting means (14, 114, 214, 316) which extends from an opposite end of the transducer means (12, 112, 212) such that a longitudinal axis of the contacting means (14, 114, 214, 316) is substantially parallel to a longitudinal axis of the transducer means (12, 112, 212), and such that: when the actuator is implanted in the middle ear with said one end of the transducer means (12, 112, 212) attached to the incus, the contacting means (14, 114, 214, 316) contacts the stapes footplate, or extends through a hole formed in the stapes footplate; or when the actuator is implanted in the middle ear with said one end of the transducer means (12, 112, 212) attached to the temporal bone, the contacting means (14, 114, 214, 316) contacts the round window; thereby to transmit said mechanical vibrations of the transducer means (12, 112, 212). when the actuator is implanted in the middle ear with said one end of the transducer means (12, 112, 212) attached to the incus, the contacting means (14, 114, 214, 316) contacts the stapes footplate, or extends through a hole formed in the stapes footplate; or when the actuator is implanted in the middle ear with said one end of the transducer means (12, 112, 212) attached to the temporal bone, the contacting means (14, 114, 214, 316) contacts the round window; thereby to transmit said mechanical vibrations of the transducer means (12, 112, 212).
A device for generating a respiratory therapy, the device comprising: a pressure generator configured to generate a supply of pressurized air from an outlet along an air circuit to a patient interface; a sensor configured to generate a sound signal representing a sound of the pressure generator in the air circuit; a dampening structure configured to reduce reflection of sound from the pressure generator along the air circuit; and a controller configured to: process the sound signal so as to identify the patient interface and / or the air circuit. a pressure generator configured to generate a supply of pressurized air from an outlet along an air circuit to a patient interface; a sensor configured to generate a sound signal representing a sound of the pressure generator in the air circuit; a dampening structure configured to reduce reflection of sound from the pressure generator along the air circuit; and a controller configured to: process the sound signal so as to identify the patient interface and / or the air circuit.
An assembly comprising at least two components (11, 12) which are formed from different materials, having: - a first component which has a first coefficient of thermal expansion, and - a second component which has a second coefficient of thermal expansion which is different from the first coefficient of thermal expansion, wherein - the components (11, 12) are connected together at least in portions by means of an adhesive, wherein - the components (11, 12) are additionally connected together by means of a fixed bearing and a movable bearing, characterised in that the thickness (d) of an adhesive gap provided between the components (11, 12) increases from the fixed bearing to the movable bearing. - a first component which has a first coefficient of thermal expansion, and - a second component which has a second coefficient of thermal expansion which is different from the first coefficient of thermal expansion, wherein - the components (11, 12) are connected together at least in portions by means of an adhesive, wherein - the components (11, 12) are additionally connected together by means of a fixed bearing and a movable bearing,
Electric accordion, comprising a descant side and a bass side, and a bellows apparatus that connects the descant side to the bass side and defines a bellows volume, wherein the descant side and the bass side are movable relative to one another with a change to the bellows volume, wherein a first group of controls are arranged on the descant side and a second group of controls are arranged on the bass side, wherein at least one resistance device (8, 25) with at least one resistance element is provided, which device is designed to at least partially open or close at least one opening in the bellows apparatus depending on a position of the at least one resistance element, wherein a computing apparatus (14, 31) is provided which is designed to receive a signal, preferably a MIDI signal generated on the basis of an actuation of the at least one control, from a control apparatus or directly from the at least one control, characterised in that the computing apparatus (14, 31) is designed to extract at least one piece of sound information of a played sound, relating to the actuation of the at least one control, from a MIDI signal generated in a control apparatus or a MIDI signal received from a control, wherein the resistance device (8, 25) is designed to position the at least one resistance element depending on the at least one piece of sound information and to set a corresponding air flow through the at least one opening depending on the played sound.