mhurhangee/ep-ind-claims huggingface dataset:
An electronic metering apparatus for metering liquids, with • a longitudinal, handleable housing, • a drive, arranged in the housing, with an electric motor, • at least one displacer device (9, 10), arranged in the housing or being capable to be arranged on the same, with a displacer element, which is connected to the drive and/or connectable to the same, • at least one holding device on the bottom end of the housing for holding a pipette point or a syringe, • at least one electric operational control (18 to 21) in or on the housing, • an angled housing head on the upper end of a longitudinal housing shaft and an electric display device on the housing head, • at least one electric information device (25, 26) in or on the housing, • an electric control unit arranged in the housing, which is connected to the electric motor, the electric operational control (18 to 21) and the electric information device (25, 26), and which controls the information device (25, 26) depending on the position and/or previous changes of the position of the displacer element, in order to put out an information concerning the next reasonable dislocation of the displacer element, and • an electric power supply. • a longitudinal, handleable housing, • a drive, arranged in the housing, with an electric motor, • at least one displacer device (9, 10), arranged in the housing or being capable to be arranged on the same, with a displacer element, which is connected to the drive and/or connectable to the same, • at least one holding device on the bottom end of the housing for holding a pipette point or a syringe, • at least one electric operational control (18 to 21) in or on the housing, • an angled housing head on the upper end of a longitudinal housing shaft and an electric display device on the housing head, • at least one electric information device (25, 26) in or on the housing, • an electric control unit arranged in the housing, which is connected to the electric motor, the electric operational control (18 to 21) and the electric information device (25, 26), and which controls the information device (25, 26) depending on the position and/or previous changes of the position of the displacer element, in order to put out an information concerning the next reasonable dislocation of the displacer element, and • an electric power supply.
A machinery brake for an elevator, wherein the machinery brake comprises: a frame part comprising an electromagnet, an armature part, wherein the machinery brake further comprising an inductive proximity sensor mounted to one of the following: the frame part, the armature part and a target mounted to the other of the following: the frame part, armature part, characterized in that the inductive proximity sensor and the target are mounted with respect to each other so that in a normal state of the machinery brake the target resides within an operational area of the inductive proximity sensor and in an abnormal state of the machinery brake the target resides at least partly outside the operational area of the inductive proximity sensor. a frame part comprising an electromagnet, an armature part, wherein the machinery brake further comprising an inductive proximity sensor mounted to one of the following: the frame part, the armature part and a target mounted to the other of the following: the frame part, armature part, characterized in that the inductive proximity sensor and the target are mounted with respect to each other so that in a normal state of the machinery brake the target resides within an operational area of the inductive proximity sensor and in an abnormal state of the machinery brake the target resides at least partly outside the operational area of the inductive proximity sensor.
A controller for controlling a pneumatic control valve, the controller comprising: an electronic processor having an electrical input for receiving a supply-side pressure signal; and an electronic memory device electrically coupled to the electronic processor and having instructions stored therein; the electronic processor being configured to control a first control valve (V INSS) to generate a pneumatic control signal for changing an operating state of a pneumatic control valve, the electronic processor being configured to output a first valve open signal to open the first control valve (V INSS) to initiate the pneumatic control signal, and to output a first valve close signal to close the first control valve (V INSS) to terminate said pneumatic control signal; wherein the electronic processor is configured to monitor the supply-side pressure signal and to identify a change in the operating state of the pneumatic control valve in dependence on a change in the supply-side pressure; the electronic processor being configured to output said first valve close signal upon determining that the pneumatic control valve has changed operating state. an electronic processor having an electrical input for receiving a supply-side pressure signal; and an electronic memory device electrically coupled to the electronic processor and having instructions stored therein; the electronic processor being configured to control a first control valve (V INSS) to generate a pneumatic control signal for changing an operating state of a pneumatic control valve, the electronic processor being configured to output a first valve open signal to open the first control valve (V INSS) to initiate the pneumatic control signal, and to output a first valve close signal to close the first control valve (V INSS) to terminate said pneumatic control signal; wherein the electronic processor is configured to monitor the supply-side pressure signal and to identify a change in the operating state of the pneumatic control valve in dependence on a change in the supply-side pressure; the electronic processor being configured to output said first valve close signal upon determining that the pneumatic control valve has changed operating state.
An integrated circuit package comprising: an IC die carrying electronic circuitry; an encapsulation material at least partially covering the IC die, wherein the encapsulation material defines a plurality of cavities in a top surface of the encapsulation material; characterized by a plurality of microfans located in the plurality of cavities; and a plurality of sensors, wherein each sensor of the plurality of sensors produces a signal indicating a temperature at a location of the sensor. an IC die carrying electronic circuitry; an encapsulation material at least partially covering the IC die, wherein the encapsulation material defines a plurality of cavities in a top surface of the encapsulation material; characterized by a plurality of microfans located in the plurality of cavities; and a plurality of sensors, wherein each sensor of the plurality of sensors produces a signal indicating a temperature at a location of the sensor.
A toilet rim block consisting of at least a casing and a core, the casing comprising a first composition and the core comprising a second composition, the first and the second composition preferably differing from one another by at least one of the following features: different active ingredients, different concentration of the same active ingredient, different viscosity; the casing surrounding the core in part, the core projecting, as a pole, as far as the surface on at least one side of the toilet rim block and thus being exposed, characterized in that the profile of the core is such that the surface of the exposed face changes with uniform wear of the surface of the toilet rim block, the surface of the exposed face of the core increasing with uniform wear of the surface of the toilet rim block, comprising a second pole that projects to the surface on the side of the toilet rim block opposite the first pole and is thus exposed, the first pole and the second pole being connected by a strand-like core, and the cross-sectional profile of the core having a cross-sectional enlargement between the first pole and the second pole, the toilet rim block being rotationally symmetrical, namely spherical. the casing comprising a first composition and the core comprising a second composition, the first and the second composition preferably differing from one another by at least one of the following features: different active ingredients, different concentration of the same active ingredient, different viscosity; the casing surrounding the core in part, the core projecting, as a pole, as far as the surface on at least one side of the toilet rim block and thus being exposed, characterized in that the profile of the core is such that the surface of the exposed face changes with uniform wear of the surface of the toilet rim block, the surface of the exposed face of the core increasing with uniform wear of the surface of the toilet rim block, comprising a second pole that projects to the surface on the side of the toilet rim block opposite the first pole and is thus exposed, the first pole and the second pole being connected by a strand-like core, and the cross-sectional profile of the core having a cross-sectional enlargement between the first pole and the second pole, the toilet rim block being rotationally symmetrical, namely spherical.
A desktop telephone system (1, 51, 61) comprising two or more sound interface devices (2, 3, 4, 8, 62, 63, 64) each being adapted to provide a sound interface to a user during telephone conversations and two or more gateway devices (2, 3, 62, 63) each being adapted to serve as a telephone gateway between a telephone network (7, 11, 67) and each of said two or more sound interface devices (2, 3, 4, 8, 62, 63, 64) during telephone conversations, each of said two or more gateway devices (2, 3, 62, 63) further being adapted to provide a call announcement signal (21, 41) in response to detecting an incoming telephone call (20, 40) from a telephone network (7, 11, 67), and each of said two or more sound interface devices (2, 3, 4, 8, 62, 63, 64) further comprising an action detector (22, 30) adapted to provide a user accept signal (23, 31) in response to detecting a predefined accept action performed by said user, characterized in: that at least one of said two or more gateway devices (2, 3, 62, 63) further is adapted to provide said call announcement signal (21, 41) to a wireless control network; that at least one of said two or more sound interface devices (2, 3, 4, 8, 62, 63, 64) further is adapted to provide said user accept signal (23, 31) to said wireless control network; and that said desktop telephone system (1, 51, 61) further comprises one or more control devices (19, 52) each being adapted to receive a first call announcement signal (21, 41) and a first user accept signal (23, 31), at least one of said first call announcement signal (21, 41) and said first user accept signal (23, 31) being received from said wireless control network, to determine a first gateway device (2, 3, 62, 63) of said two or more gateway devices (2, 3, 62, 63) as source of said first call announcement signal (21, 41), to determine a first sound interface device (2, 3, 4, 8, 62, 63, 64) of said two or more sound interface devices (2, 3, 4, 8, 62, 63, 64) as source of said first user accept signal (23, 31), to determine a relationship between said first call announcement signal (21, 41) and said first user accept signal (23, 31), and to cause said desktop telephone system (1, 51, 61) to establish a first audio connection (15, 16, 17, 44, 47, 48) between said first gateway device (2, 3, 62, 63) and said first sound interface device (2, 3, 4, 8, 62, 63, 64) in dependence on said determined relationship.
A clamping device for holding and pulling in a line, such as a sheet, comprising a handle part and a finger engaging part, which parts are hinged together about a hinge axis, the handle part and the finger engaging part each having a line engaging surface (6,7) which extends spaced from the hinge axis and which faces toward the hinge axis, such that a line can be placed between the two line engaging surfaces (6,7) at the location of the hinge axis, perpendicular thereto, and be clamped between the two line engaging surfaces (6,7) by pivoting the handle part and the index finger engaging part relative to each other.
Coil spring cassette for the steering wheel of a motor vehicle, having a stationary cylindrical stator housing part and a cylindrical rotor housing part which is arranged coaxially with the former and can be rotated about its longitudinal axis, a chamber (7a, 7b) being formed by the outer lateral surface of the inner housing part and the inner lateral surface of the outer housing part and in which at least one flexible flat cable (6a, 6b) having electrical conductors is arranged, characterized in that the coil spring cassette forms a first and a second chamber (7a, 7b) which are closed off from one another and are arranged parallel to one another along their longitudinal axis, and in that at least one first flat cable with a winding direction reversal is completely arranged in the first chamber and at least one second flat cable with a uniform winding direction is completely arranged in the second chamber. characterized in that the coil spring cassette forms a first and a second chamber (7a, 7b) which are closed off from one another and are arranged parallel to one another along their longitudinal axis, and in that at least one first flat cable with a winding direction reversal is completely arranged in the first chamber and at least one second flat cable with a uniform winding direction is completely arranged in the second chamber.
Roping harness comprising: - a pair of leg loops and a belt, the leg loops of the pair of leg loops being connected by a leg loop connection; - a connector having a body (8, 8a, 8b), a shaft and a first connecting member; wherein the body (8, 8a, 8b) defines a first through hole and the belt passes through the body (8, 8a, 8b) via the first through hole; wherein the body (8, 8a, 8b) defines a housing for the shaft; wherein the first connecting member is connected to the body (8, 8a, 8b) by means of the rotation shaft; wherein the leg loop connection and the belt both pass through the first through hole, the body keeping the belt and the pair of leg loops together, the belt and the leg loop connection both being movable inside the first through hole and movable with respect to one another; roping harness characterised in that: - the shaft is a rotation shaft and the first connecting member is mounted rotatable with respect to the body (8, 8a, 8b) around the rotation shaft; - the first connecting member is fixed to the shaft by a first attachment point and a second attachment point separated by the body, the first connecting member being mounted pivoting around an axis of rotation that is parallel to a direction passing through the first through hole. - a pair of leg loops and a belt, the leg loops of the pair of leg loops being connected by a leg loop connection; - a connector having a body (8, 8a, 8b), a shaft and a first connecting member; wherein the body (8, 8a, 8b) defines a first through hole and the belt passes through the body (8, 8a, 8b) via the first through hole; wherein the body (8, 8a, 8b) defines a housing for the shaft; wherein the first connecting member is connected to the body (8, 8a, 8b) by means of the rotation shaft; wherein the leg loop connection and the belt both pass through the first through hole, the body keeping the belt and the pair of leg loops together, the belt and the leg loop connection both being movable inside the first through hole and movable with respect to one another; roping harness characterised in that: - the shaft is a rotation shaft and the first connecting member is mounted rotatable with respect to the body (8, 8a, 8b) around the rotation shaft; - the first connecting member is fixed to the shaft by a first attachment point and a second attachment point separated by the body, the first connecting member being mounted pivoting around an axis of rotation that is parallel to a direction passing through the first through hole. - the shaft is a rotation shaft and the first connecting member is mounted rotatable with respect to the body (8, 8a, 8b) around the rotation shaft; - the first connecting member is fixed to the shaft by a first attachment point and a second attachment point separated by the body, the first connecting member being mounted pivoting around an axis of rotation that is parallel to a direction passing through the first through hole.
A method for processing a digital bit stream representative of a communication signal, the method comprising: dividing, at one or more processors, the digital bit stream into a plurality of data packets, each of the data packets of the plurality of data packets including an overlap of data from an adjacent packet; in a first one or more processing blocks in the processor, performing a timing recovery error calculation (405, 505) and a timing recovery operation (410, 515) on a first portion of the plurality of data packets, and performing a carrier recovery error calculation (415, 505) and a carrier recovery operation (420, 510) on the first portion of the plurality of data packets; in a second one or more processing blocks in the processor in parallel with the first portion of the plurality of packets, performing a timing recovery error calculation (405, 505) and timing recovery operation (410, 515) on a second portion of the plurality of data packets; and performing a carrier recovery error calculation (415, 505) and carrier recovery operation (420, 510) on the second portion of the plurality of data packets; and combining the first portion and the second portion based on timing and phase stitching. dividing, at one or more processors, the digital bit stream into a plurality of data packets, each of the data packets of the plurality of data packets including an overlap of data from an adjacent packet; in a first one or more processing blocks in the processor, performing a timing recovery error calculation (405, 505) and a timing recovery operation (410, 515) on a first portion of the plurality of data packets, and performing a carrier recovery error calculation (415, 505) and a carrier recovery operation (420, 510) on the first portion of the plurality of data packets; performing a timing recovery error calculation (405, 505) and a timing recovery operation (410, 515) on a first portion of the plurality of data packets, and performing a carrier recovery error calculation (415, 505) and a carrier recovery operation (420, 510) on the first portion of the plurality of data packets; in a second one or more processing blocks in the processor in parallel with the first portion of the plurality of packets, performing a timing recovery error calculation (405, 505) and timing recovery operation (410, 515) on a second portion of the plurality of data packets; and performing a carrier recovery error calculation (415, 505) and carrier recovery operation (420, 510) on the second portion of the plurality of data packets; and performing a timing recovery error calculation (405, 505) and timing recovery operation (410, 515) on a second portion of the plurality of data packets; and performing a carrier recovery error calculation (415, 505) and carrier recovery operation (420, 510) on the second portion of the plurality of data packets; and combining the first portion and the second portion based on timing and phase stitching.
An in vitro method for increasing lysosome-mediated microautophagy of a lipid or protein substrate in a cell, said method comprising: - treating the cell with a microautophagy-enhancing agent which increases lysosomal association-dissociation events between lysosomes and the lipid or protein substrate; thereby increasing lysosome-mediated microautophagy of the lipid or protein substrate; wherein the microautophagy-enhancing agent comprises a GDP-bound form of Arl8b (Arl8b GDP) protein, one or more expression vectors or mRNAs which increase cellular levels of the GDP-bound form of Arl8b by expression of the GDP-bound form of Arl8b (Arl8b GDP) protein in cells, or a combination thereof. - treating the cell with a microautophagy-enhancing agent which increases lysosomal association-dissociation events between lysosomes and the lipid or protein substrate;
A method of identification of nematodes in a soil sample, selected from the group consisting of the species Bursaphelenchus mucronatus, Mesocriconema xenoplax and Rotylenchus uniformis, the method comprising the following stages: a) providing a soil sample containing nematodes for identification; b) washing the nematodes off the soil; c) DNA isolation; d) conducting a Real-Time PCR reaction, using a pair of 3' and 5' primers and a probe; e) comparing the amplification curve of the analyzed sample with amplification curves of a blank sample and negative control, wherein for identification of one of the abovementioned species in the Real-Time PCR reaction, the used 3' and 5' primer and the probe suitable for the particular species are selected from the following list: Species 5' primer 3' primer Probe Name Sequence Name Sequence Name Sequence Bursaphelenchus mucronatus Bmucfv Bmucrv Bmuc Mesocriconema xenoplax Mxefv Mxerv Mxe Rotylenchus uniformis Runfv Runrv Run a) providing a soil sample containing nematodes for identification; b) washing the nematodes off the soil; c) DNA isolation; d) conducting a Real-Time PCR reaction, using a pair of 3' and 5' primers and a probe; e) comparing the amplification curve of the analyzed sample with amplification curves of a blank sample and negative control,
A high-strength galvannealed steel sheet having excellent formability and fatigue resistance, characterized in that the steel sheet having a TS x EL of 20000 MPa% or more, a hole expansion ratio λ≥ 40% and an endurance ratio which is the ratio of fatigue limit to tensile strength of 0.48 or more is composed of steel having a composition consisting of, by % by mass, C: 0.05% to 0.3%, Si: 0.5% to 2.5%, Mn: 1.0% to 3.5%, P: 0.003% to 0.100%, S: 0.02% or less, Al: 0.010% to 0.1%, optionally at least one element selected from Cr: 0.005% to 2.00%, Mo: 0.005% to 2.00%, V: 0.005% to 2.00%, Ni: 0.005% to 2.00%, Cu: 0.005% to 2.00%, Ti: 0.01% to 0.20%, Nb: 0.01% to 0.20%, B: 0.0002% to 0.005%, Ca: 0.001% to 0.005% and REM: 0.001% to 0.005%, and the balance iron and unavoidable impurities, and the steel sheet has a microstructure consisting of 50% or more of ferrite, 5% to 35% of martensite, 2% to 15% of pearlite, and optionally 5% to 20% of bainite and/or 2% to 15% of retained austenite in terms of an area ratio, the martensite having an average grain size of 3 μm or less and an average distance of 5 μm or less between adjacent martensite grains.