mhurhangee/ep-ind-claims huggingface dataset:
Edging device for edging the narrow side of plate-type workpieces, with a supply device for supplying edging strips to a workpiece, with a contact pressing device for pressing the edging strips against the narrow side of the workpiece, and with an edging strip storage device for holding a plurality of edging strips, wherein the supply device interacts with the edging strip storage device so that it removes each time at least one predetermined edging strip from the edging strip storage device, and supplies it to the workpiece, characterised in that the edging strip storage device comprises a first edging strip magazine for holding a plurality of edging strips, and a second edging strip magazine, spatially spaced away from the first magazine, for holding a plurality of edging strips, wherein the spatial distance between the edging strip magazines (4, 5) is selected so that an operator can fit into the interspace between the edging strip magazines (4, 5) and can reach the relevant edging strip magazine (4, 5) at any point, wherein the edging strip magazines (4, 5) each comprise transfer sections (41, 52) for transferring a selected edging strip to the supply device, and the supply device has for each edging strip magazine (4, 5) a supply path (1, 2) which each runs from the area of the transfer sections (41, 51) of the associated edging strip magazine (4, 5) into the area of the contact pressing device and/or combine into one supply channel in front of the contact pressing device, seen in the supply direction, and wherein the two edging strip magazines (4, 5) are arranged with regard to the transport direction of the edging strips at an angle to one another in the area of the transfer sections (41, 51).
A hydraulic pump of a radial piston type, comprising: a plurality of pistons arranged along a radial direction of the hydraulic pump; a plurality of cylinders for guiding the pistons so that the pistons are slidable along the radial direction; a cylinder block in which a plurality of cylinder block segments are arranged in a circumferential direction of the hydraulic pump so as to be removable therefrom, each of the cylinder block segments being provided with at least one of the cylinders; and a ring cam for reciprocating each of the pistons in each of the cylinders, the ring cam including a plurality of cam segments arranged in the circumferential direction of the hydraulic pump so as to be removable therefrom, characterized in that a length in the circumferential direction of each of the cylinder block segments is greater than a length in the circumferential direction of the cam segment which is covered by said each of the cylinder block segments. a plurality of pistons arranged along a radial direction of the hydraulic pump; a plurality of cylinders for guiding the pistons so that the pistons are slidable along the radial direction; a cylinder block in which a plurality of cylinder block segments are arranged in a circumferential direction of the hydraulic pump so as to be removable therefrom, each of the cylinder block segments being provided with at least one of the cylinders; and a ring cam for reciprocating each of the pistons in each of the cylinders, the ring cam including a plurality of cam segments arranged in the circumferential direction of the hydraulic pump so as to be removable therefrom, characterized in that a length in the circumferential direction of each of the cylinder block segments is greater than a length in the circumferential direction of the cam segment which is covered by said each of the cylinder block segments.
Heating device for heating interior spaces, in particular a single-room fireplace having a combustion chamber and having at least one heat accumulator, - wherein the heat accumulator is connected in a thermally conductive manner to the combustion chamber - wherein the heat accumulator has a phase-change material, characterized in that at least one intermediate space is formed between the combustion chamber and the heat accumulator, wherein an air-guiding system through which air is to flow is arranged in at least part of the intermediate space. - wherein the heat accumulator is connected in a thermally conductive manner to the combustion chamber - wherein the heat accumulator has a phase-change material,
A method of characterizing a detector for detecting radioactive radiation, comprising the following steps: a) Providing a radioactive test emitter which is designed to emit radioactive particles, b) Placing the radioactive test emitter at a predetermined position relative to the detector; c) Detecting the radioactive particles emitted by the test emitter and impinging on the detector to determine a count rate; d) Carrying out a simulation to determine an energy spectrum of the radiation emitted by the radioactive test emitter and impinging on the detector, taking into account the position in which the detector is arranged relative to the test emitter during the real measurement according to method step c) and the properties of the test emitter; e) Defining a mathematical relationship between the energy of a particle impinging on the detector and a detection probability of that particle, the mathematical relationship having at least one calibration parameter; f) Using the mathematical relationship according to step e. and the energy spectrum according to step d. to determine a simulated count rate; g) Adapting the simulated count rate to the count rate determined in step c., wherein the at least one calibration parameter is varied for adaptation, wherein the calibration parameter thus obtained can be used in a subsequent measurement of a real sample in order to determine the efficiency of the detector with respect to the real sample. a) Providing a radioactive test emitter which is designed to emit radioactive particles, b) Placing the radioactive test emitter at a predetermined position relative to the detector; c) Detecting the radioactive particles emitted by the test emitter and impinging on the detector to determine a count rate; d) Carrying out a simulation to determine an energy spectrum of the radiation emitted by the radioactive test emitter and impinging on the detector, taking into account the position in which the detector is arranged relative to the test emitter during the real measurement according to method step c) and the properties of the test emitter; e) Defining a mathematical relationship between the energy of a particle impinging on the detector and a detection probability of that particle, the mathematical relationship having at least one calibration parameter; f) Using the mathematical relationship according to step e. and the energy spectrum according to step d. to determine a simulated count rate; g) Adapting the simulated count rate to the count rate determined in step c., wherein the at least one calibration parameter is varied for adaptation, wherein the calibration parameter thus obtained can be used in a subsequent measurement of a real sample in order to determine the efficiency of the detector with respect to the real sample.
An apparatus comprising: an implantable medical device including: a printed circuit board having a body; a port for providing electrical and mechanical connection between the implantable medical device and an implantable lead, the implantable lead being configured to convey electrical signals between the implantable medical device and target tissue; and a connector block disposed within the port, wherein the connector block is sized so that a lead terminal of the implantable lead can be inserted in and received by the connector block, wherein the connector block is mounted directly to the printed circuit board, wherein the apparatus further includes a filter capacitor located within the body of the printed circuit board and located beneath the connector block, and wherein the connector block and the printed circuit board are encapsulated within an overmolded polymer material. an implantable medical device including: a printed circuit board having a body; a port for providing electrical and mechanical connection between the implantable medical device and an implantable lead, the implantable lead being configured to convey electrical signals between the implantable medical device and target tissue; and a connector block disposed within the port, a printed circuit board having a body; a port for providing electrical and mechanical connection between the implantable medical device and an implantable lead, the implantable lead being configured to convey electrical signals between the implantable medical device and target tissue; and a connector block disposed within the port, wherein the connector block is sized so that a lead terminal of the implantable lead can be inserted in and received by the connector block, wherein the connector block is mounted directly to the printed circuit board, wherein the apparatus further includes a filter capacitor located within the body of the printed circuit board and located beneath the connector block, and wherein the connector block and the printed circuit board are encapsulated within an overmolded polymer material.
Operating device for operating functional units, in particular in the field of authorities and organisations with vehicles for safety and/or security-related duties, with an operating unit medium on which is arranged an operating unit which can be backlit by a backlighting device, wherein the operating unit has a plurality of operating fields (18a-e), each of which is part of an operating field unit (19a-e) and each of which is allocated a specific function of an associated functional unit, wherein each operating field unit (19a-e) has a switching structure which can be activated by activating the associated operating field (18a-e) in order to activate the function of the allocated functional unit, wherein the backlighting device has a plurality of backlighting devices (21a-e) each being part of one of the operating field units (19a-e), by which backlighting device units respectively the associated operating field (18a-e) can be backlit with several different display colours, wherein each of the operating field units (19a-e) is connected to an electronic control device, designed such that, in unactivated basic state, at least one operating field (18a-e) is backlit by means of a display colour displaying a standby state of the operating field (18a-e) and further operating fields (18a-e) are not backlit, and that the operating field (18a-e) in the standby state can be backlit using a different display colour displaying an activated state upon activation accompanied by colour changeover, and additionally at least one further operating field, previously not backlit, is backlit in the display colour displaying the standby state or in a further display colour displaying a malfunction, characterised in that the electronic control device is designed such that, when an operating field (18a-e) in the standby state, allocated a specific function, is activated, and when no malfunction occurs, a single, thus far not backlit operating field (18a-e) is backlit, the function following the function of the activated operating field (18a-e) is allocated which is logically closest, or several previously non-backlit operating fields (18a-e) are backlit as a selection.
System for phase inversion of a dispersion of immiscible fluids comprising a first fluid, said first fluid forming a disperse phase and a second fluid, said second fluid forming a continuous phase, comprising a fluid supply device for supplying the first fluid and the second fluid to a phase inversion means for transforming a portion of the first fluid from the disperse phase into the continuous phase and for transforming the second fluid from the continuous phase into the disperse phase, characterised in that the phase inversion means comprises an element providing a fluid contacting surface for coalescence in a direction of flow, whereby the fluid contacting surface has a specific surface area, which is at least 400 m 2 /m 3.
A lipase-catalysed process for providing concentrates high in docosahexaenoic acid, comprising the steps: i) direct esterification of fish oil free fatty acids with ethanol at 20-40°C in the presence of Rhizomucor miehei lipase immobilized on a carrier; ii) separation of the ethyl esters enriched in eicosapentaenoic acid from the free fatty acids high in DHA by short-path distillation. i) direct esterification of fish oil free fatty acids with ethanol at 20-40°C in the presence of Rhizomucor miehei lipase immobilized on a carrier; ii) separation of the ethyl esters enriched in eicosapentaenoic acid from the free fatty acids high in DHA by short-path distillation.
Support device of an engine support structure of a motor vehicle comprising at least a support part, comprising an upper face and a lower face defining between them a hollow volume, and at least one fixation device intended to attach the support part to a vehicle body, wherein the fixation device comprises a fixation part and a base part extending at least partially inside the hollow volume of the support part, at least a portion of the upper face and at least a portion of the lower face being applied against at least a portion of the base part on either side of said base part, characterized in that the fixation part and the base part are formed of at least two distinct parts attached together, the fixation part being attached at its lower end portion to the base part, said lower end portion extending in the hollow volume, the fixation part comprising an upper end portion protruding from the support part.
A railway or tramway track with a low noise barrier comprising modular panels, which reduce noise and vibration and are arranged outside the track, wherein the modular panels reducing noise and vibration contain at least one non-humic layer, which absorbs water, reduces the rate of its flow and outflow and allows its evaporation, characterized in that the modular panels are formed by a wire supporting spatial structure of surface protected iron, into which are inserted individual sound absorbing and optionally acoustically reflective layers and a retention and damping pad, which consists of recycled synthetic materials or a stone agglomerate or wad, whereby the sound absorbing and optionally acoustically reflective layers and the retention and damping pad are sandwich-arranged in the wire supporting spatial structure in a vertical direction forming a sandwich layered panel placed on the side adjacent to the railway track facing it with said sound absorbing layer and wherein the side facing away from the rail track the panel comprises a sloping surface covered with natural or artificial vegetation.
Layer for opacifying a support comprising a mixture of cellulose nanofibers and grains of a pigment composed of inorganic or organic particles chosen from ground or precipitated calcium carbonates, calcite or aragonite, and the dioxides of titanium, rutile or anatase, as well as any mixture of the two groups, wherein: the cellulose nanofibers have a diameter of less than 30nm and a shape factor greater than 30, and at least 50% of the grains have a dimension smaller than 500nm, the weight proportion between the grains and the cellulose nanofibers is in a range of 10 to 50%, and the thickness of the opacifying layer has at least 3 times the average diameter of the opacifying pigments. the cellulose nanofibers have a diameter of less than 30nm and a shape factor greater than 30, and at least 50% of the grains have a dimension smaller than 500nm, the weight proportion between the grains and the cellulose nanofibers is in a range of 10 to 50%, and the thickness of the opacifying layer has at least 3 times the average diameter of the opacifying pigments.
A traverse for turning a load, consisting of a drive element with at least one rotatably mounted, radially symmetrical rotation body and at least one continuous loop element receiving the load, wherein the at least one loop element runs via at least one rotation body and is driven thereby and the load, due to its own weight, rests in the at least one loop element and handling of the load can be carried out due to a rotational movement of the rotation body, characterized in that the inner surface of the loop element has elevations which are arranged substantially angularly to the long side of the loop element and which run across the entire width of the inner surface of the loop element, and in that the elevations extend radially, undulatingly, and/or curvilinearly across the entire width of the inner surface of the loop element.
Drive chain for driving the rotor(s) (21, 22) of a helicopter, comprising a main transmission gearbox capable of driving the rotor(s) (21, 22) when said gearbox is moving, a main engine for providing the power for the flight, and at least one assistance drive module, the main engine and the assistance drive module being mechanically connected to said main transmission gearbox so as to induce the movement of said gearbox, characterised in that said assistance drive module comprises: - at least one flyer that can rotate about an axis of symmetry, said flyer comprising a drum that is rigidly connected to a power transmission shaft mechanically connected to the power transmission gearbox, at least one gas ejection nozzle located on the periphery of the drum and oriented substantially tangentially to the rotation about said axis of symmetry, - a pyrotechnic gas generation device (10, 9, 18) which is installed in the flyer and feeds said at least one exhaust nozzle. - at least one flyer that can rotate about an axis of symmetry, said flyer comprising a drum that is rigidly connected to a power transmission shaft mechanically connected to the power transmission gearbox, at least one gas ejection nozzle located on the periphery of the drum and oriented substantially tangentially to the rotation about said axis of symmetry, - a pyrotechnic gas generation device (10, 9, 18) which is installed in the flyer and feeds said at least one exhaust nozzle.
A sender for data segmentation and concatenation, characterized by comprising: means for deciding whether a type of service data unit, SDU, information to be encapsulated in a first protocol data unit, PDU, is identical with a type of SDU information already encapsulated in the first PDU, means for encapsulating the SDU information to be encapsulated in the first PDU for transmission if the type of the SDU information to be encapsulated in the first PDU is identical with the type of the SDU information already encapsulated in the first PDU; and means for encapsulating the SDU information to be encapsulated in a second PDU for transmission if the type of the SDU information to be encapsulated in the first PDU is not identical with the type of the SDU information already encapsulated in the first PDU; wherein the SDU information to be encapsulated in the first PDU is a segment of a second-type SDU; and the SDU information already encapsulated in the first PDU is an end indicator of a first-type SDU. means for deciding whether a type of service data unit, SDU, information to be encapsulated in a first protocol data unit, PDU, is identical with a type of SDU information already encapsulated in the first PDU, means for encapsulating the SDU information to be encapsulated in the first PDU for transmission if the type of the SDU information to be encapsulated in the first PDU is identical with the type of the SDU information already encapsulated in the first PDU; and means for encapsulating the SDU information to be encapsulated in a second PDU for transmission if the type of the SDU information to be encapsulated in the first PDU is not identical with the type of the SDU information already encapsulated in the first PDU; wherein the SDU information to be encapsulated in the first PDU is a segment of a second-type SDU; and the SDU information already encapsulated in the first PDU is an end indicator of a first-type SDU.
A dental prophylaxis angle comprising: a body having a sleeve with an open rear end, a neck, a head, a first axial bore in the neck, and a second axial bore in the head, the first and second bores (22, 24) communicating with each other at an intersection, a channel extends through the body from the base of the neck to the open rear end; a drive gear adapted to be inserted into said body through said head, the drive gear including a gear, an intermediate portion and a shaft, the shaft extending rotatably from the open rear end of the sleeve through the first bore into the second bore, the intermediate portion further including an angled leading edge, the drive gear defining a circumferential groove between said gear and said intermediate portion; a driven gear rotatably mounted in the head and operatively connected to the drive gear; and a cap received by head; said head having an opening through which the drive gear is front-loaded into the angle, characterized in that the body includes a lip formed integral with the body extending into the channel and adapted to be received by the groove when the drive gear is inserted through said head, and in that the engagement between the lip and the groove prevents contact between teeth of the drive gear and a cylindrical portion of the driven gear. a body having a sleeve with an open rear end, a neck, a head, a first axial bore in the neck, and a second axial bore in the head, the first and second bores (22, 24) communicating with each other at an intersection, a channel extends through the body from the base of the neck to the open rear end; a drive gear adapted to be inserted into said body through said head, the drive gear including a gear, an intermediate portion and a shaft, the shaft extending rotatably from the open rear end of the sleeve through the first bore into the second bore, the intermediate portion further including an angled leading edge, the drive gear defining a circumferential groove between said gear and said intermediate portion; a driven gear rotatably mounted in the head and operatively connected to the drive gear; and a cap received by head; said head having an opening through which the drive gear is front-loaded into the angle, characterized in that the body includes a lip formed integral with the body extending into the channel and adapted to be received by the groove when the drive gear is inserted through said head, and in that the engagement between the lip and the groove prevents contact between teeth of the drive gear and a cylindrical portion of the driven gear.