mhurhangee/ep-ind-claims huggingface dataset:
A bottle blowing machine, comprising a machine frame; a mould opening and closing assembly having a mould opening state and a mould closing state, which comprises a bottom mould movable relative to the machine frame in up-down direction, a fixed mould plate fixedly disposed on the machine frame, and a moving mould plate rotatable relative to the machine frame; and a bottom mould positioning assembly for fixing the bottom mould with the machine frame of the bottle blowing machine; wherein when the mould opening and closing assembly is in the mould closing state, the moving mould plate is engaged with the fixed mould plate, and the moving mould plate, the fixed mould plate and the bottom mould together enclose to provide a cavity; characterized in that the bottom mould positioning assembly comprises: a plurality of sliding blocks slidably disposed on the machine frame; multiple swing members swingably disposed on the machine frame for driving the sliding of the plurality of sliding blocks; anda rotation member rotatable relative to the machine frame for driving the swinging of the swing members relative to the machine frame during its' rotation, the moving mould plate and the rotation member respectively being fixedly connected with a rotation shaft which is driven by a power source to rotate around an axis of rotation; when the mould opening and closing assembly is in the mould closing state, the plurality of sliding blocks are inserted between the bottom mould and the machine frame and contact against the bottom mould, when the mould opening and closing assembly is in the mould opening state, the plurality of sliding blocks are detached from the bottom mould. a plurality of sliding blocks slidably disposed on the machine frame; multiple swing members swingably disposed on the machine frame for driving the sliding of the plurality of sliding blocks; anda rotation member rotatable relative to the machine frame for driving the swinging of the swing members relative to the machine frame during its' rotation, the moving mould plate and the rotation member respectively being fixedly connected with a rotation shaft which is driven by a power source to rotate around an axis of rotation; when the mould opening and closing assembly is in the mould closing state, the plurality of sliding blocks are inserted between the bottom mould and the machine frame and contact against the bottom mould, when the mould opening and closing assembly is in the mould opening state, the plurality of sliding blocks are detached from the bottom mould.
A device comprising: circuitry configured to spread symbols with orthogonal codes into spread signals having a predetermined number of bits, change an amplitude of the spread signals via layer coefficients to generate layers of amplitude modified spread signals the layer coefficients being arranged in ascending order and being based on a coefficient difference factor that is less than one, wherein the coefficient difference factor being a difference between any two adjacent layer coefficients; multiplex the amplitude modified spread signals into a layered transmit signal, and allocate the layered transmit signal to a predetermined number of subcarriers; and a communication interface configured to transmit the layered transmit signal, wherein the circuitry is configured to determine each layer coefficient to be greater than a sum of the one or more remaining lower layer coefficients. circuitry configured to spread symbols with orthogonal codes into spread signals having a predetermined number of bits, change an amplitude of the spread signals via layer coefficients to generate layers of amplitude modified spread signals the layer coefficients being arranged in ascending order and being based on a coefficient difference factor that is less than one, wherein the coefficient difference factor being a difference between any two adjacent layer coefficients; multiplex the amplitude modified spread signals into a layered transmit signal, and allocate the layered transmit signal to a predetermined number of subcarriers; and a communication interface configured to transmit the layered transmit signal, wherein the circuitry is configured to determine each layer coefficient to be greater than a sum of the one or more remaining lower layer coefficients.
An adenoviral vector comprising: (a) a serotype 5 adenoviral genome, except that two base pairs are deleted in the VA RNA I region, one or more endogenous nucleotides of the E1 region are deleted to render an endogenous gene in the E1 region functionally deficient, one or more endogenous nucleotides of the E3 region are deleted, and one or more endogenous nucleotides of the E4 region are deleted to render an endogenous gene in the E4 region functionally deficient, wherein a right side inverted terminal repeat, an E4 region polyadenylation sequence, and an E4 region promoter are retained, (b) an SV40 early polyadenylation sequence, (c) a nucleic acid sequence encoding a human atonal homolog-1 (Hath1) protein comprising SEQ ID NO: 1, (d) a human glial fibrillary acidic protein (GFAP) promoter, and (e) a transcriptionally inert spacer, wherein the TIS does not restore the replication-essential function to the deficient region; wherein elements (b), (c), and (d) are located in sequence from 3' to 5' relative to the adenoviral genome in the E1 region of the adenoviral genome, and wherein element (e) is located in the E4 region of the adenoviral genome between the E4 polyadenylation sequence and the E4 promoter. (a) a serotype 5 adenoviral genome, except that two base pairs are deleted in the VA RNA I region, one or more endogenous nucleotides of the E1 region are deleted to render an endogenous gene in the E1 region functionally deficient, one or more endogenous nucleotides of the E3 region are deleted, and one or more endogenous nucleotides of the E4 region are deleted to render an endogenous gene in the E4 region functionally deficient, wherein a right side inverted terminal repeat, an E4 region polyadenylation sequence, and an E4 region promoter are retained, (b) an SV40 early polyadenylation sequence, (c) a nucleic acid sequence encoding a human atonal homolog-1 (Hath1) protein comprising SEQ ID NO: 1, (d) a human glial fibrillary acidic protein (GFAP) promoter, and (e) a transcriptionally inert spacer, wherein the TIS does not restore the replication-essential function to the deficient region; wherein elements (b), (c), and (d) are located in sequence from 3' to 5' relative to the adenoviral genome in the E1 region of the adenoviral genome, and wherein element (e) is located in the E4 region of the adenoviral genome between the E4 polyadenylation sequence and the E4 promoter.
Device for the mixing of additive components from individual components (K1 - Kn) for mixed products containing these additional components, and for the buffering of the respective additive components, wherein it is part of a mixer for the formation of mixed products by mixing of at least one additive component with at least one base component, and comprises one single batch tank, which, for the metered introduction of the individual components (K1 - K5), is connected via control and/or metering valves (21, 22, 26) to the connections providing the individual components (K1 - Kn) and for the buffering of the mixed additive components, is connected to a mixing and buffer tank for the respective mixed additive components, characterized in that the mixing and buffer tank is arranged on a level below the batch tank, and that the device is arranged in such a way that the individual components (K1 - K5) can be drained out of the batch tank via a liquid connection into the mixing and buffer tank in free fall such that a mixing of the individual components already takes place in the liquid connection.
A transducer comprising: a transducing member for transducing a vibration generated from a musical instrument into an electric signal; a supporting member for supporting the transducing member; a fixing member for being placed opposite to the supporting member to pinch at least a part of the musical instrument, wherein at least one of the supporting member and the fixing member is a magnet, and the supporting member and the fixing member attract each other with a magnetic force to position the transducing member. a transducing member for transducing a vibration generated from a musical instrument into an electric signal; a supporting member for supporting the transducing member; a fixing member for being placed opposite to the supporting member to pinch at least a part of the musical instrument, wherein at least one of the supporting member and the fixing member is a magnet, and the supporting member and the fixing member attract each other with a magnetic force to position the transducing member.
Converter system comprising an AC/DC converter, in particular a rectifier, a DC link and a series circuit having a braking resistor and a controllable switch, the DC-voltage-side terminal of the AC/DC converter feeding the DC link and the series circuit connected in parallel therewith, the DC-voltage-side terminal of a DC/AC converter, in particular an inverter, being in particular wired in parallel with the series circuit, a voltage detection means being coupled to the DC-voltage-side terminal, and an output signal of the voltage detection means being supplied to an evaluation unit configured to generate an actuation signal for the controllable switch, and the evaluation unit comprising a means for determining the electrical power supplied to the braking resistor from the DC link when the controllable switch is closed, and the means being configured to determine the supplied electrical power from the output signal of the voltage detection means, characterised in that the output signal of the means is supplied to a controller, in particular a linear controller, the output signal of the means vanishing, i.e. having the value zero, for a time period when the controllable switch is in an open state, and the controller being configured to adjust its manipulated variable to the output signal of the means, the controller in particular having a linear controlling element, in particular a PI controlling element or integrating element, the manipulated variable, i.e. the output signal, of which is supplied to a subtractor to determine the difference between the manipulated variable and the value of the electrical power, the manipulated variable being supplied, either directly or by means of a limiter, to a configurable filter that simulates a thermal model of the braking resistor, the output signal of said filter being supplied to a switching member configured to generate an output signal for opening or closing the controllable switch, said signal being dependent on whether a value exceeds or falls below a threshold.
An interlock device for a selector switch, comprising: a base member configured to be disposed adjacent to a panel and having an aperture extending therethrough proximate to an aperture of the panel; a flapper member rotatably coupled to the base member, the flapper member having an aperture extending therethrough that is disposed proximate to the aperture of the panel such that at least a portion of the selector switch extends through the aperture of the flapper and the aperture of the panel, the flapper member further having an indented region, the flapper member having a first operational position in which the flapper member is disposed proximate to the panel and a second operational position in which the flapper member is disposed outwardly from the panel; such that when an end portion of an arm portion of the selector switch is disposed within the indented region of the flapper member at the second rotational position and the flapper member is rotated to the second operational position, then the arm portion cannot be rotated outside of the indented region. a base member configured to be disposed adjacent to a panel and having an aperture extending therethrough proximate to an aperture of the panel; a flapper member rotatably coupled to the base member, the flapper member having an aperture extending therethrough that is disposed proximate to the aperture of the panel such that at least a portion of the selector switch extends through the aperture of the flapper and the aperture of the panel, the flapper member further having an indented region, the flapper member having a first operational position in which the flapper member is disposed proximate to the panel and a second operational position in which the flapper member is disposed outwardly from the panel; such that when an end portion of an arm portion of the selector switch is disposed within the indented region of the flapper member at the second rotational position and the flapper member is rotated to the second operational position, then the arm portion cannot be rotated outside of the indented region.
Device for treating fibrous material in a working chamber of a treatment housing in which are disposed at least one rotating treatment tool and one non-rotating treatment tool, wherein the treatment tools (6, 7) have a rotationally symmetrical shape, are disposed so as to be mutually coaxial, and delimit a treatment gap which is passed through by a stream of the fibrous material; the rotating treatment tool is connected to a rotating drive shaft mounted in a bearing of a bearing housing disposed outside the working chamber, and which between the working chamber and the bearing housing is sealed in relation to the treatment housing by way of a seal which comprises at least one sealing duct for a barrier fluid, characterized in that the bearing housing possesses at least one cooling duct which is connected to a sealing duct and is passed through by a stream of the barrier fluid.
A heat exchanger, in particular for an exhaust system of an internal combustion engine, - with at least one thermoelectric module for converting thermal energy into electrical energy, which comprises a hot side and a cold side, - with at least one cooling tube for conducting a cooling fluid, which is arranged on the cold side of at least one such thermoelectric module, - with at least one heating tube for conducting a heating fluid, which is arranged on the hot side of at least one such thermoelectric module, - wherein the at least one thermoelectric module, the at least one cooling tube and the at least one heating tube are stepped onto one another in a stacking direction and form a stack, - wherein at least one of the tubes (15, 16) is curved on a tube outside facing the respective thermoelectric module, - wherein at least the thermoelectric module which is adjacent to the curved tube outside of the respective tube (15, 16) in the stacking direction is curved in the same direction on a module outside facing the respective tube (15, 16), characterized in that with missing preload force which in a preloaded state of the stack compresses the stack in the stacking direction, a curvature radius of the tube outside and a curvature radius of the module outside are distinct. - with at least one thermoelectric module for converting thermal energy into electrical energy, which comprises a hot side and a cold side, - with at least one cooling tube for conducting a cooling fluid, which is arranged on the cold side of at least one such thermoelectric module, - with at least one heating tube for conducting a heating fluid, which is arranged on the hot side of at least one such thermoelectric module, - wherein the at least one thermoelectric module, the at least one cooling tube and the at least one heating tube are stepped onto one another in a stacking direction and form a stack, - wherein at least one of the tubes (15, 16) is curved on a tube outside facing the respective thermoelectric module, - wherein at least the thermoelectric module which is adjacent to the curved tube outside of the respective tube (15, 16) in the stacking direction is curved in the same direction on a module outside facing the respective tube (15, 16),
A production method of trans-1-chloro-3,3,3-trifluoropropene, comprising reacting a halogenated C 3 hydrocarbon compound represented by the following general formula with hydrogen fluoride in a gas phase in the presence of a solid catalyst and chlorine C 3 H X Cl Y F Z wherein X is 2 or 3; when X = 2, Y is an integer of 1 to 4, Z is an integer of 0 to 3, and Y + Z = 4; and, when X = 3, Y is an integer of 1 to 5, Z is an integer of 0 to 4, and Y + Z = 5; provided that the general formula represents any halogenated C 3 hydrocarbon compound other than trans-1-chloro-3,3,3-trifluoropropene.
A heat accumulator, in particular for the use in a motor vehicle, with a heat accumulator container which can be integrated into the engine oil cycle, through which the engine oil flows when the engine is running and which is decoupled from the cycle when the engine is switched off, wherein an oil pan of the engine is provided as the heat accumulator container in its lower part and is provided with heat-insulating container walls, wherein the heat-insulating container walls (18, 19) are formed from inner and outer containers (20, 21) which are in particular cylindrical to one another, with a respective intermediate heat insulation layer, wherein the inner and the outer container are formed from plastic and the heat insulation layer is formed as an evacuated heat insulation body.
A vehicle impact sensor arrangement adapted to detect an impact between a vehicle and a pedestrian, the vehicle having a forward direction of movement, the sensor arrangement comprising a vehicle bumper absorbing material and a vehicle bumper beam which have a respective longitudinal extension that mainly extends across the forward direction of movement, the sensor arrangement further comprising a sensor device, characterized in that the sensor device comprises a microwave conductor arrangement (12, 12', 37, 41, 42, 42'), the microwave conductor arrangement (12, 12', 37, 41, 42, 42') having a first port and a second port, and being arranged for conducting electromagnetic energy, the sensor arrangement further comprising a microwave signal generator and at least one microwave signal receiver (15, 16), where the microwave conductor arrangement (12, 12', 37, 41, 42, 42') is arranged to have its characteristic impedance changed in the event of an impact.
A heat exchanger plate to be comprised by a plate heat exchanger configured for heat exchange between a first fluid and a second fluid, the heat exchanger plate comprising a heat exchanger area extending in parallel with an extension plane (p) of the heat exchanger plate and comprising a corrugation of ridges and valleys, wherein the corrugation extends from a primary level (p') on one side of the extension plane (p) to a secondary level (p") on an opposite side of the extension plane (p), an edge area extending around the heat exchanger area, and a number of porthole areas (11', 11") located inside the edge area and each enclosing a respective porthole defined by a porthole edge and extending through the heat exchanger plate, characterized in that porthole areas (11', 11") comprise two first porthole areas comprising a respective annular base area extending around the porthole and being located at the secondary level (p"), that each of the first porthole areas comprises a first annular ridge provided around the porthole and projecting from the annular base area at the secondary level (p") to the primary level (p'), and a second annular ridge provided around and at a distance from the first annular ridge and projecting from the annular base area at the secondary level (p") to the primary level (p'), and that each of the first and second annular ridges (21,22) is through-broken by a number of depressions. an edge area extending around the heat exchanger area, and a number of porthole areas (11', 11") located inside the edge area and each enclosing a respective porthole defined by a porthole edge and extending through the heat exchanger plate, characterized in that porthole areas (11', 11") comprise two first porthole areas comprising a respective annular base area extending around the porthole and being located at the secondary level (p"), that each of the first porthole areas comprises a first annular ridge provided around the porthole and projecting from the annular base area at the secondary level (p") to the primary level (p'), and a second annular ridge provided around and at a distance from the first annular ridge and projecting from the annular base area at the secondary level (p") to the primary level (p'), and a first annular ridge provided around the porthole and projecting from the annular base area at the secondary level (p") to the primary level (p'), and a second annular ridge provided around and at a distance from the first annular ridge and projecting from the annular base area at the secondary level (p") to the primary level (p'), and that each of the first and second annular ridges (21,22) is through-broken by a number of depressions.
Rotary drive apparatus for a system to print on containers comprising a rotary plate (13, 23) to pick up the container to be printed on, a format part (1, 2, 9, 14, 26) connected to the rotary plate (13, 23) to transfer rotary movement to the rotary plate, (13, 23) and a rotary drive (22, 24) to power the rotary movement of the format part (1,9, 2, 14) around a rotary axis by means of a transmission element (3, 24, 25) that engages with the format part (1, 2, 9, 14, 26), characterized in that the format part (1, 2, 9, 14, 26) is adapted to the outer circumference of the container's surface to be printed within the range of attack (18, 28) of the transmission element (3, 24, 25).