mhurhangee/ep-ind-claims huggingface dataset:
A multi-channel temperature control device with at least one temperature control body, comprising at least two flow channels, each with a channel cross-section for the flow of a temperature control medium along a flow path from a channel inlet to a channel outlet, at least one distribution channel for supplying the temperature control medium to the at least two channel inlets, and at least one return collection channel for discharging the temperature control medium from the at least two channel outlets; wherein the at least two flow channels are connected in a materially bonded or adhesive manner to the at least one distribution channel and/or to the at least one return collection channel, characterized in that the at least two flow channels are integrally formed with the at least one distribution channel and/or with the at least one return collection channel across at least a part of the circumference of the channel cross-section; and the temperature control body is formed from at least two layers of a flat sheet material. at least two flow channels, each with a channel cross-section for the flow of a temperature control medium along a flow path from a channel inlet to a channel outlet, at least one distribution channel for supplying the temperature control medium to the at least two channel inlets, and at least one return collection channel for discharging the temperature control medium from the at least two channel outlets; wherein the at least two flow channels are connected in a materially bonded or adhesive manner to the at least one distribution channel and/or to the at least one return collection channel, characterized in that the at least two flow channels are integrally formed with the at least one distribution channel and/or with the at least one return collection channel across at least a part of the circumference of the channel cross-section; and the temperature control body is formed from at least two layers of a flat sheet material.
A method of positioning containers in an installation for processing containers having mouth segments of different cross-sections, the method comprising the step of moving the containers along a container movement line in an installation while maintaining a reference point on each of the mouth segments on said movement line, the movement line being common to all mouth segment cross-sections, and the reference points on the mouth segments being the same regardless of the cross-sections of the mouth segments of the containers, said method being characterized in that the reference point is situated on an outside side surface of the mouth segment in a manner such that the mouth segments are tangential to the movement line, the positioning being done whilst leaving free access to the zone extending vertically above the mouth segment of the container, the movement line comprising at least one circular segment centered on an axis of rotation and the reference point is on a side of the mouth segment that is opposite from the axis of rotation.
Method for manufacturing a container from a preform made of plastic material, in a mould provided with a wall defining a cavity with the die of the container, and an insert that is mobile relative to the wall between a retracted position and a deployed position, this method comprising, after an operation of introduction of the preform into the mould: - a preblowing phase comprising the injection into the preform of a fluid at a preblowing pressure; - a blowing phase, following the preblowing phase and comprising the injection into the preform of a fluid at a blowing pressure higher than the preblowing pressure; - a boxing phase comprising the displacement of the insert from its retracted position to its deployed position; this method comprising the operations consisting in: - measuring in real time the pressure prevailing in the preform; - storing the measured pressure values and their respective instants of measurement; - measuring in real time the position of the insert; - storing the measured insert position values and their respective instants of measurement; - from the stored values of the pressure in the preform, detecting and storing an instant t S2 marking the real start of the blowing phase; - from the measured insert position values, detecting and storing an instant t B2 marking the real start of the displacement of the insert; - computing the interval, denoted T1, separating t B2 from t S2; this method being characterized in that it further comprises the operations consisting in: - comparing the interval T1 with a non-zero predetermined reference value T1 ref, - as long as the interval T1 is decreed to be different from the reference value T1 ref, postponing the initiation of the boxing phase. - a preblowing phase comprising the injection into the preform of a fluid at a preblowing pressure; - a blowing phase, following the preblowing phase and comprising the injection into the preform of a fluid at a blowing pressure higher than the preblowing pressure; - a boxing phase comprising the displacement of the insert from its retracted position to its deployed position; - measuring in real time the pressure prevailing in the preform; - storing the measured pressure values and their respective instants of measurement; - measuring in real time the position of the insert; - storing the measured insert position values and their respective instants of measurement; - from the stored values of the pressure in the preform, detecting and storing an instant t S2 marking the real start of the blowing phase; - from the measured insert position values, detecting and storing an instant t B2 marking the real start of the displacement of the insert; - computing the interval, denoted T1, separating t B2 from t S2; - comparing the interval T1 with a non-zero predetermined reference value T1 ref, - as long as the interval T1 is decreed to be different from the reference value T1 ref, postponing the initiation of the boxing phase.
A device for a foam-based cleaning of a radiator, comprising at least one upper frame, at least one lower frame, at least one suction unit, characterized in that the device comprises a sheath element which is detachably fastened between the upper frame and the lower frame so that no foam-like cleaning agent can escape.
An indoor unit for an air conditioner having a main chassis composing an exterior of the indoor unit, a cross-flow fan installed inside the main chassis, and a heat exchanger for exchanging heat with airflow created by the cross-flow fan, characterized in that the indoor unit comprises: left and right ventilation ports (120, 123) formed on the main chassis; a left fan installed at a left side of the cross-flow fan to control airflow through the left ventilation port; and a right fan installed at a right side of the cross-flow fan to control airflow through the right ventilation port, wherein each of the left and right fans changes a direction of blown wind when it rotates clockwise or counterclockwise, and wherein each of the left and right fans is located on an imaginary central rotational axis of the cross-flow fan. left and right ventilation ports (120, 123) formed on the main chassis; a left fan installed at a left side of the cross-flow fan to control airflow through the left ventilation port; and a right fan installed at a right side of the cross-flow fan to control airflow through the right ventilation port, wherein each of the left and right fans changes a direction of blown wind when it rotates clockwise or counterclockwise, and wherein each of the left and right fans is located on an imaginary central rotational axis of the cross-flow fan.
An image processing apparatus, comprising: a color shift correction data generation unit that generates color shift correction data for correcting a color shift between two-dimensional image data of a first viewpoint and two-dimensional image data of a second viewpoint; and a transmission unit that transmits color shift correction information including the color shift correction data generated by the color shift correction data generation unit, first encoded data that is encoded data of the two-dimensional image data of the first viewpoint and depth image data indicative of a position of each of pixels in a depthwise direction of an image pickup object with respect to a third viewpoint and second encoded data that is encoded data of the two-dimensional image data of the second viewpoint and depth image data of a fourth viewpoint, wherein the first viewpoint and the third viewpoint are the same, and the second viewpoint and the fourth viewpoint are the same; wherein the image processing apparatus comprises a decoding unit that decodes the first encoded data and the second encoded data; wherein the color shift correction data generation unit generates the color shift correction data on the basis of the two-dimensional image data of the first viewpoint and the two-dimensional image data of the second viewpoint obtained as a result of the decoding by the decoding unit. a color shift correction data generation unit that generates color shift correction data for correcting a color shift between two-dimensional image data of a first viewpoint and two-dimensional image data of a second viewpoint; and a transmission unit that transmits color shift correction information including the color shift correction data generated by the color shift correction data generation unit, first encoded data that is encoded data of the two-dimensional image data of the first viewpoint and depth image data indicative of a position of each of pixels in a depthwise direction of an image pickup object with respect to a third viewpoint and second encoded data that is encoded data of the two-dimensional image data of the second viewpoint and depth image data of a fourth viewpoint, wherein the first viewpoint and the third viewpoint are the same, and the second viewpoint and the fourth viewpoint are the same; wherein the image processing apparatus comprises a decoding unit that decodes the first encoded data and the second encoded data; wherein the color shift correction data generation unit generates the color shift correction data on the basis of the two-dimensional image data of the first viewpoint and the two-dimensional image data of the second viewpoint obtained as a result of the decoding by the decoding unit.
Method for operating a spinning machine with a multiple number of spinning positions, - whereas, during spinning operation, the individual spinning positions are supplied with a fiber material and produce a yarn from this, - whereas, upon the occurrence of predefined events, yarn production is interrupted at individual or all spinning positions, - whereas the spinning positions at which yarn production has been interrupted are, when required, subjected to piecing with the assistance of a piecing process in order to once again start up yarn production, and - whereas the respective piecing process is carried out with the assistance of handling tools associated with the spinning machine, whereas the individual spinning positions are classified on the basis of one or more production-related parameters, and that, if more piecing processes are to be carried out at the same time than can be carried out by the handling tools, at least the selection of the spinning position to be subjected to piecing next is carried out under consideration of the specified classification, characterized in that spinning positions are temporarily not subjected to piecing. whereas one or multiple parameters are outside defined limitations. - whereas, during spinning operation, the individual spinning positions are supplied with a fiber material and produce a yarn from this, - whereas, upon the occurrence of predefined events, yarn production is interrupted at individual or all spinning positions, - whereas the spinning positions at which yarn production has been interrupted are, when required, subjected to piecing with the assistance of a piecing process in order to once again start up yarn production, and - whereas the respective piecing process is carried out with the assistance of handling tools associated with the spinning machine,
A flow meter comprising: a spool piece that defines a central passage; a first plurality of transducer pairs mechanically coupled to the spool piece, each transducer pair defines a chord (120, A-D; E-H) across the central passage, each transducer pair configured to propagate and receive acoustic signals along respective chords (120, A-D; E-H), and at least two chords (120, A-D; E-H) of the first plurality of transducers pairs are non-planar; a second plurality of transducer pairs distinct from the first plurality of transducer pairs and mechanically coupled to the spool piece, each transducer pair defines a chord (120, A-D; E-H) across the central passage, each transducer pair configured to propagate and receive acoustic signals along respective chords (120, A-D; E-H), and at least two chords (120, A, B, C, D) of the second plurality of transducers pairs are non-planar; and meter electronics electrically coupled to the first and second plurality of transducer pairs, the meter electronics configured to determine a first value indicative of volume flow of fluid through the central passage, the first value determined using signals from each of and only the first plurality of transducer pairs; and the meter electronics further configured to determine a second value indicative of volume flow of fluid through the central passage, the second value determined using signals from each of and only the second plurality of transducer pairs. a spool piece that defines a central passage; a first plurality of transducer pairs mechanically coupled to the spool piece, each transducer pair defines a chord (120, A-D; E-H) across the central passage, each transducer pair configured to propagate and receive acoustic signals along respective chords (120, A-D; E-H), and at least two chords (120, A-D; E-H) of the first plurality of transducers pairs are non-planar; a second plurality of transducer pairs distinct from the first plurality of transducer pairs and mechanically coupled to the spool piece, each transducer pair defines a chord (120, A-D; E-H) across the central passage, each transducer pair configured to propagate and receive acoustic signals along respective chords (120, A-D; E-H), and at least two chords (120, A, B, C, D) of the second plurality of transducers pairs are non-planar; and meter electronics electrically coupled to the first and second plurality of transducer pairs, the meter electronics configured to determine a first value indicative of volume flow of fluid through the central passage, the first value determined using signals from each of and only the first plurality of transducer pairs; and the meter electronics further configured to determine a second value indicative of volume flow of fluid through the central passage, the second value determined using signals from each of and only the second plurality of transducer pairs.
A method for refining silicon, which comprises electron-beam melting of silicon using an electron beam gun, preferably an electron beam gun with a thermo-cathode, followed by vacuum purification of metallurgical-grade silicon from impurities, such as phosphorus, arsenic, antimony, boron and/or carbon, using an electron beam gun with a cold cathode, then crystallization of the molten mass of silicon, wherein in the crystallization step the molten mass of silicon is cooled down to temperature in the range from 1400 °C to 900 °C, within 40 to 60 minutes to form quantum dots clusters, which are formed of metals and metal oxides contained in the metallurgical grade silicon, where sizes of the quantum dots clusters are 30 - 50 nm and average sizes of quantum dots obtained are no more than 5 nm.
A cylinder lock of the type comprising a fixed stator and a rotor, which is accommodated in a respective cavity of said stator and can rotate with respect to said stator, said rotor comprising a substantially longitudinal space for the functional accommodation of a respective key, between said rotor and said stator there being respective accommodation channels for translating encoding elements, said channels being open onto said substantially longitudinal space, said substantially longitudinal space comprising at least one protruding ridge which is arranged substantially transversely with respect to said space and divides the two far side portions of said space, in at least one section of said stator and said rotor there being at least one secondary conduit for the slideable accommodation of at least one pin the end tip of which protrudes into one of the two far side portions of said space and the base end of which is aligned with the discontinuity surface between stator and rotor, said at least one pin translating, during the insertion of said key into the space, within said at least one secondary conduit toward said stator, and the end tip of said pin being accommodated, when said key is fully inserted in the space, in a respective recess of said key with consequent alignment of its base end with the discontinuity surface between stator and rotor wherein said substantially longitudinal space comprises at least a pair of ridges that protrude from mutually opposite faces of said space, said ridges being mutually facing and mutually proximate and defining at least one intermediate tortuous slot for connection between the two far side portions of said space and wherein at least one said protruding ridge is substantially aligned with said at least one secondary conduit, with said pin in the configuration of total protrusion into said substantially longitudinal space, and thus in the absence of said key, having its end tip at least partially facing and proximate to said ridge, said ridge impeding side access with a utensil, through said space, to said end tip, characterized in that said rotor comprising at least one longitudinal groove which is open onto said substantially longitudinal space, said at least one groove accommodating a tab for retaining a respective protruding ridge, said tab being provided as a detachable component.
An implantable electrode device, in particular for cardiological devices, such as cardiac pacemakers, comprising: - an elongate electrode body with a proximal end and a distal end; - at least one electrode (6, 7) that can be placed in contact with the body of the implant carrier and that is arranged at, or in the vicinity of, the distal end of the electrode body; and, - at least one electric contact line (8, 9) for contacting the electrode (6, 7), - an electromechanical resonance device connected to electrode (6, 7) or contact line (8, 9) for converting high-frequency signals irradiated into the electrode device to acousto-mechanical vibrations, characterized in that - the electromechanical resonance device is arranged circuitry-wise between the electrode or its contact line and the body of the implant carrier. - an elongate electrode body with a proximal end and a distal end; - at least one electrode (6, 7) that can be placed in contact with the body of the implant carrier and that is arranged at, or in the vicinity of, the distal end of the electrode body; and, - at least one electric contact line (8, 9) for contacting the electrode (6, 7), - an electromechanical resonance device connected to electrode (6, 7) or contact line (8, 9) for converting high-frequency signals irradiated into the electrode device to acousto-mechanical vibrations, - the electromechanical resonance device is arranged circuitry-wise between the electrode or its contact line and the body of the implant carrier.
A vehicle front end comprising: front side members extending along a vehicle longitudinal axis on the right and left sides of a vehicle at the vehicle front end; a compartment cross member disposed between the right and left front side members, a power unit being attached to the compartment cross member; apron portions of wheel housings disposed on the right and left sides of the vehicle and above the front side members, each of the apron portions being positioned nearer to the front of the vehicle than a front suspension tower; characterized by further comprising: fastening brackets disposed on the right and left sides of the vehicle for fastening the compartment cross member, the front side members, and the apron portions, wherein each of the fastening brackets comprises a base fastening the compartment cross member and the front side member, and an arm upwardly extending from the base to the apron portion and fastened to the apron portion, and the arm comprises a groove-shaped bent portion extending along the vehicle longitudinal axis. front side members extending along a vehicle longitudinal axis on the right and left sides of a vehicle at the vehicle front end; a compartment cross member disposed between the right and left front side members, a power unit being attached to the compartment cross member; apron portions of wheel housings disposed on the right and left sides of the vehicle and above the front side members, each of the apron portions being positioned nearer to the front of the vehicle than a front suspension tower; characterized by further comprising: fastening brackets disposed on the right and left sides of the vehicle for fastening the compartment cross member, the front side members, and the apron portions, wherein each of the fastening brackets comprises a base fastening the compartment cross member and the front side member, and an arm upwardly extending from the base to the apron portion and fastened to the apron portion, and the arm comprises a groove-shaped bent portion extending along the vehicle longitudinal axis. fastening brackets disposed on the right and left sides of the vehicle for fastening the compartment cross member, the front side members, and the apron portions, wherein each of the fastening brackets comprises a base fastening the compartment cross member and the front side member, and an arm upwardly extending from the base to the apron portion and fastened to the apron portion, and a base fastening the compartment cross member and the front side member, and an arm upwardly extending from the base to the apron portion and fastened to the apron portion, and the arm comprises a groove-shaped bent portion extending along the vehicle longitudinal axis.