mhurhangee/ep-ind-claims huggingface dataset:
Processing machine for processing a thermoplastically deformable, preferably plate-like workpiece, in particular of fibre-reinforced plastics material, comprising: a separation device, in particular a laser cutting device, for the separating processing of the workpiece in a fixed separation region, a forming device for thermoforming the workpiece in a fixed forming region, and a workpiece support for supporting the workpiece, wherein the workpiece support can be displaced in order to transport the workpiece from the separation region into the forming region and back, and wherein the workpiece support has a closable opening in order to support the workpiece during thermoforming between a forming tool for forming the workpiece and a pressure production device for pressing the workpiece against the forming tool which are arranged at different sides of the workpiece support. a separation device, in particular a laser cutting device, for the separating processing of the workpiece in a fixed separation region, a forming device for thermoforming the workpiece in a fixed forming region, and a workpiece support for supporting the workpiece, wherein the workpiece support can be displaced in order to transport the workpiece from the separation region into the forming region and back, and wherein the workpiece support has a closable opening in order to support the workpiece during thermoforming between a forming tool for forming the workpiece and a pressure production device for pressing the workpiece against the forming tool which are arranged at different sides of the workpiece support.
Method for operating a firing plant with at least one combustion chamber and at least one burner for producing hot gas, especially a gas turbine, preferably of a power plant, - wherein a characteristic operating curve for operating the combustion chamber near the lean extinction limit is defined in the form of a burner group gradation ratio (BGV Fett), - wherein pressure pulsations (Puls ist (t)) are measured in the combustion chamber and converted into corresponding signals, - wherein it is monitored whether at least one pulsation limit value (Puls Grenz) is exceeded/not reached, and a nominal pulsation value (Puls soll) is adapted depending on the monitoring, - wherein the signals corresponding to the measured pressure pulsations (Puls ist (t)) are processed with a filter device, - wherein the processed pressure pulsations (Puls ist,Filter (t)) are compared to the adapted nominal pulsation value (Puls soll,adapt), and from this a correction value (ΔBGV) is determined, by which the burner group gradation ratio (BGV Fett) initially defined is corrected. - wherein a characteristic operating curve for operating the combustion chamber near the lean extinction limit is defined in the form of a burner group gradation ratio (BGV Fett), - wherein pressure pulsations (Puls ist (t)) are measured in the combustion chamber and converted into corresponding signals, - wherein it is monitored whether at least one pulsation limit value (Puls Grenz) is exceeded/not reached, and a nominal pulsation value (Puls soll) is adapted depending on the monitoring, - wherein the signals corresponding to the measured pressure pulsations (Puls ist (t)) are processed with a filter device, - wherein the processed pressure pulsations (Puls ist,Filter (t)) are compared to the adapted nominal pulsation value (Puls soll,adapt), and from this a correction value (ΔBGV) is determined, by which the burner group gradation ratio (BGV Fett) initially defined is corrected.
A device for rotating containers (6, 6', 6", 6""") standing on a conveyor (1, 2) about a vertical axis, comprising a spoked wheel having bearing elements which can be placed onto at least one container, wherein the contact elements are arms of the open spoked wheel, which can be assigned to the conveyor (1, 2) on a vertical axis, characterized in that the device has a rotary mount, which increases the elevation thereof in sections during a rotation of the spoked wheel, wherein the rotary mount has ramp sections and the spoked wheel has rolling elements in the hub region thereof, which can be placed onto the ramp sections.
Transmission having a parking brake (1, 19, 24) and a transmission housing for a motor vehicle, having a movable locking means for impinging a parking brake wheel disposed in the interior of the transmission housing with a holding force, wherein the movable locking means is pivotable between a releasing state, in which the parking lock wheel is rotatable, and a blocked state, in which rotation of the parking lock wheel is blocked, by means of a shifting shaft which is rotatable by a drive motor and a cam which is coupled to the shifting shaft, wherein the drive motor is disposed outside the transmission housing, the shifting shaft penetrates the transmission housing, and the cam is disposed within the transmission housing, wherein the shifting shaft is surrounded by a torsion spring which on one side is fastened to the shifting shaft and on the other side to the cam, wherein the cam in a rotation direction is transferable by rotating the shifting shaft from the releasing state to the blocked state by the torsion spring, wherein the cam in the opposite rotation direction is transferable by the shifting shaft from the blocked state to the releasing state by means of a detent disposed on the shifting shaft, characterized in that disposed on the inside of the transmission housing is a plate which is produced from a steel alloy, is disposed between the cam and the inside of the transmission housing and lies opposite the cam in such a way that in a rotation of the cam the cam contacts the plate in that the cam rolls on the plate without contacting the transmission housing.
Spindle drive for linearly moving a drive rod, comprising a threaded spindle, a threaded nut interacting with the latter, and a coupling block, connected to the drive rod and the threaded nut, having a cutout in which the threaded nut is arranged, characterized in that the coupling block and the threaded nut are passed through by a locking bore such that a locking bolt inserted into the locking bore locks the threaded nut in the cutout in a non-rotatable and non-displaceable manner.
An anti-microbial composition comprising: (i) a compound of formula: [N(CH 3) 3 Q 2] + Y - (C 2) wherein Q 2 has structure -(CH 2) a NHC (CH 2) b CHCH 2, wherein a + b is an integer of from 8 to 18, provided that a and b are each independently an integer of from 1 to 9, wherein Y - is a halide anion, alkylsulphate, sulphonate, saccharinate, or bicarbonate, or a mixture of compounds of formula (C 2); (ii) at least one anti-microbial quaternary ammonium compound and chlorhexidine or a chlorhexidine salt; and (iii) a polar solvent. (i) a compound of formula: [N(CH 3) 3 Q 2] + Y - (C 2) wherein Q 2 has structure -(CH 2) a NHC (CH 2) b CHCH 2, wherein a + b is an integer of from 8 to 18, provided that a and b are each independently an integer of from 1 to 9, wherein Y - is a halide anion, alkylsulphate, sulphonate, saccharinate, or bicarbonate, or a mixture of compounds of formula (C 2); (ii) at least one anti-microbial quaternary ammonium compound and chlorhexidine or a chlorhexidine salt; and (iii) a polar solvent.
Carrier device for satellite equipment, in the form of a telescopic mast, said device comprising a set of nesting cylindrical segments (2, 2a, 21, 22), fitted in one another when the mast is retracted, an inflatable tube under the action which the mast is deployable, the segments being provided with means (4, 6) for attaching equipment carried by the mast, said device being characterised in that the inflatable tube is disposed inside the smallest segment.
Modular system for the inductive charging of a battery of an electric vehicle, comprising an induction device, a connection for a power grid to supply the induction device and a container, wherein ∘ in a basic version of the system, the induction device is located in or on the container wall, wherein a part of the container wall forms a lid for opening and closing the container, wherein the part of the container wall in or on which the induction device is located (container wall section) is the lid, characterised in that space is created within the container for housing and connecting additional components, namely space is created within the container for housing and connecting a storage battery for operating the induction device, wherein the storage battery is configured to be able to store energy from the power grid and feed energy back into the power grid and space is created in or on the container for housing and connecting at least one of the elements listed below ∘ a power supply box or fuse box with remote diagnostics and switching capabilities for supplying households or telecommunications and communication facilities, ∘ an equipment means for roads and parking spaces or a connection for the equipment means, namely a street lighting means and/or an illuminated road sign and/or a charging connection different from the induction device for charging electric vehicles and appliances. ∘ in a basic version of the system, the induction device is located in or on the container wall, wherein a part of the container wall forms a lid for opening and closing the container, wherein the part of the container wall in or on which the induction device is located (container wall section) is the lid, ∘ a power supply box or fuse box with remote diagnostics and switching capabilities for supplying households or telecommunications and communication facilities, ∘ an equipment means for roads and parking spaces or a connection for the equipment means, namely a street lighting means and/or an illuminated road sign and/or a charging connection different from the induction device for charging electric vehicles and appliances.
A jack connector mountable on a patch panel comprising: a housing having a single receiving cavity configured to receive a communication plug of a known standard; and resilient conductive pins bent such that a first end of the resilient conductive pins extends through and beyond the external rear wall of the housing and a second end of the resilient conductive pins is positioned between the external rear wall of the housing and the internal rear wall of the housing, characterized in that the housing further comprises a slot, wherein the slot is defined between an external rear wall of the housing and an internal rear wall of the housing; and wherein the slot is configured to receive a first end of a connecting element, such that the resilient conductive pins are electrically connected to contacts of the connecting element and when a communication plug is inserted to the receiving cavity, the resilient conductive pins are moved away from the connecting element. a housing having a single receiving cavity configured to receive a communication plug of a known standard; and resilient conductive pins bent such that a first end of the resilient conductive pins extends through and beyond the external rear wall of the housing and a second end of the resilient conductive pins is positioned between the external rear wall of the housing and the internal rear wall of the housing, characterized in that the housing further comprises a slot, wherein the slot is defined between an external rear wall of the housing and an internal rear wall of the housing; and wherein the slot is configured to receive a first end of a connecting element, such that the resilient conductive pins are electrically connected to contacts of the connecting element and when a communication plug is inserted to the receiving cavity, the resilient conductive pins are moved away from the connecting element.
A Point-to-Point Protocol over Ethernet (PPPOE) configuration method for a Gigabit-Capable Passive Optical Network (GPON) system, the method comprising: an Optical Line Terminal instructing an Optical Network Unit to create or delete a PPPoE management object instance and associate the PPPoE management object instance with an IP host config data management object instance; and the ONU creating the PPPoE management object instance according to the creation instruction from the OLT, and turning on a PPPoE function switch in the IP host config data management object instance; or the ONU deleting the PPPoE management object instance according to the deletion instruction from the OLT, and turning off the PPPoE function switch in the IP host config data management object instance; wherein the PPPoE management object instance includes a PPPoE dial-up parameter, and the method further comprises: the OLT instructing the ONU to modify the PPPoE dial-up parameter, after the ONU creates the PPPoE management object instance; and the ONU modifying the PPPoE dial-up parameter in the corresponding PPPoE management object instance, according to the received modification instruction. an Optical Line Terminal instructing an Optical Network Unit to create or delete a PPPoE management object instance and associate the PPPoE management object instance with an IP host config data management object instance; and the ONU creating the PPPoE management object instance according to the creation instruction from the OLT, and turning on a PPPoE function switch in the IP host config data management object instance; or the ONU deleting the PPPoE management object instance according to the deletion instruction from the OLT, and turning off the PPPoE function switch in the IP host config data management object instance; wherein the PPPoE management object instance includes a PPPoE dial-up parameter, and the method further comprises: the OLT instructing the ONU to modify the PPPoE dial-up parameter, after the ONU creates the PPPoE management object instance; and the ONU modifying the PPPoE dial-up parameter in the corresponding PPPoE management object instance, according to the received modification instruction.
Vice for clamping workpieces centrically to a center point, comprising a base plate, a front holding plate and a rear holding plate projecting upwardly parallel to each other from the base plate, two clamping jaws movable between the holding plates (5, 6) along a center axis extending through the center point, and a number of threaded spindles extending parallel to the center axis, each having two oppositely directed threaded portions of the same pitch, wherein the clamping jaws have a number of internal threads corresponding to the oppositely directed threaded portions, at which they are penetrated by the threaded portions of the number of threaded spindles, so that the clamping jaws are synchronously movable towards and away from each other upon rotation of the number of threaded spindles, characterized in that the front holding plate is penetrated at an internal thread by a threaded rod with a corresponding external threaded portion, which rod is rotatably attached at its one end to a front one of the two clamping jaws and at its other end is provided with a manual actuating arrangement, preferably a rotary handle, so that when force is exerted on the front clamping jaw by means of the manual actuating arrangement and threaded rod, each threaded spindle is set in rotary motion and the rear one of the two clamping jaws is moved towards or away from the front clamping jaw synchronously with the latter. a base plate, a front holding plate and a rear holding plate projecting upwardly parallel to each other from the base plate, two clamping jaws movable between the holding plates (5, 6) along a center axis extending through the center point, and a number of threaded spindles extending parallel to the center axis, each having two oppositely directed threaded portions of the same pitch, wherein the clamping jaws have a number of internal threads corresponding to the oppositely directed threaded portions, at which they are penetrated by the threaded portions of the number of threaded spindles, so that the clamping jaws are synchronously movable towards and away from each other upon rotation of the number of threaded spindles, characterized in that the front holding plate is penetrated at an internal thread by a threaded rod with a corresponding external threaded portion, which rod is rotatably attached at its one end to a front one of the two clamping jaws and at its other end is provided with a manual actuating arrangement, preferably a rotary handle, so that when force is exerted on the front clamping jaw by means of the manual actuating arrangement and threaded rod, each threaded spindle is set in rotary motion and the rear one of the two clamping jaws is moved towards or away from the front clamping jaw synchronously with the latter.
A polyether carbonate polyol produced by copolymerizing a starter molecule with carbon dioxide, at a pressure ranging from 0.69 bar (10 psia) to 137.90 bar (2,000 psia), and an alkylene oxide, at a temperature ranging from 50°C to 190°C and in the presence of f rom 0.001 wt.% to 0.2 wt.% of a non-crystalline double metal cyanide catalyst, wherein the polyol has an incorporated carbon dioxide content of from 1 wt.% to 40 wt.%, wherein the ratio of cyclic carbonate by-product to total carbonate is less than 0.3 and wherein the weight percentages are based on the weight of the polyol.
Rear area monitoring device for a vehicle (1, 2), wherein the rear area monitoring device comprises one or a plurality of distance sensors (6, 11), which are arranged to determine the distance of the rear of the vehicle from an obstruction, and wherein the rear area monitoring device comprises at least one electronic control device (20, 25), which is arranged to evaluate the data detected by the distance sensor(s) (6, 11) and to determine a distance signal that indicates the actual distance of the rear of the vehicle from an obstruction, wherein the electronic control device (20, 25) comprises at least one input connector for a position sensor that is arranged to detect the position of at least one adjustable component of the vehicle (10, 19) that in certain positions protrudes beyond the rear of the vehicle, wherein the position sensor can be connected via the input connector to the electronic control device (20, 25) and the electronic control device (20, 25) is arranged to determine the distance signal depending on the signal of the position sensor, characterized in that the rear area monitoring device comprises at least two distance sensors (6, 11) and the electronic control device (20, 25) is arranged to determine the distance signal depending on the data detected by a first subset of the distance sensors (6, 11) if the signal of the position sensor is not indicating a vehicle component (10, 19) protruding beyond the rear of the vehicle, and to determine the distance signal depending on the data detected by a second subset of the distance sensors (6, 11) if the signal of the position sensor is indicating a vehicle component (10, 19) protruding beyond the rear of the vehicle.
A light emitting device (20, 30, 40, 52, 62, 75, 76) comprising: a package support; a semiconductor light emitting diode chip (24, 31, 41) on said package support, said semiconductor chip (24, 31, 41) comprising an active region that emits radiation in the visible or UV portion of the spectrum; metal contacts (25, 26, 32, 33, 47, 66, 67, 70, 71, 72, 73) in electrical communication with said semiconductor chip (24, 31, 41) on said package support; a substantially transparent encapsulant (35, 43) covering said semiconductor chip (24, 31, 41) in said package support; and a phosphor (36, 45) in said encapsulant (35, 43) that emits radiation in the visible spectrum different from the radiation emitted by said semiconductor chip (24, 31, 41) and in response to the wavelength emitted by said semiconductor chip (24, 31, 41); wherein said package support comprises reflective sloped sidewalls (22, 64) and a floor (23, 65), said semiconductor chip (24, 31, 41) on said floor (23, 65); characterized in that said encapsulant (35, 43) comprises a concave meniscus having a depth of between 280 microns and 320 microns. a package support; a semiconductor light emitting diode chip (24, 31, 41) on said package support, said semiconductor chip (24, 31, 41) comprising an active region that emits radiation in the visible or UV portion of the spectrum; metal contacts (25, 26, 32, 33, 47, 66, 67, 70, 71, 72, 73) in electrical communication with said semiconductor chip (24, 31, 41) on said package support; a substantially transparent encapsulant (35, 43) covering said semiconductor chip (24, 31, 41) in said package support; and a phosphor (36, 45) in said encapsulant (35, 43) that emits radiation in the visible spectrum different from the radiation emitted by said semiconductor chip (24, 31, 41) and in response to the wavelength emitted by said semiconductor chip (24, 31, 41); wherein said package support comprises reflective sloped sidewalls (22, 64) and a floor (23, 65), said semiconductor chip (24, 31, 41) on said floor (23, 65); characterized in that said encapsulant (35, 43) comprises a concave meniscus having a depth of between 280 microns and 320 microns.
A method for monitoring a dosing plant, the dosing plant comprising a collection duct, a first injection hose fluidly connected to the collection duct and a second injection hose fluidly connected to the collection duct, the first injection hose being provided with a first flow meter and the second injection hose being provided with a second flow meter, the monitoring method comprising the following steps: - establishment of a flow of a fluid along a monitoring route passing through the first injection hose, through the second injection hose and through at least one portion of the collection duct; - collection of a first measurement value from the first flow meter and a second measurement value from the second flow meter when the flow is established; - determination of a difference between the first measurement value and the second measurement value; - comparison of the difference with a dysfunction threshold value; - generation of a warning signal if the difference is greater than the dysfunction threshold value. - establishment of a flow of a fluid along a monitoring route passing through the first injection hose, through the second injection hose and through at least one portion of the collection duct; - collection of a first measurement value from the first flow meter and a second measurement value from the second flow meter when the flow is established; - determination of a difference between the first measurement value and the second measurement value; - comparison of the difference with a dysfunction threshold value; - generation of a warning signal if the difference is greater than the dysfunction threshold value.
Metal part, in particular for manufacturing a motor vehicle, having at least two regions (60, 62, 64) of lower mechanical strength than the body of the part, arranged respectively on both sides of a longitudinal median section of said part, characterised in that said at least two regions are situated alternately and in longitudinally separated locations along the part, said regions not being adjacent.
A method for producing scyllo-inositol and a scyllo-inositol derivative comprising the following steps: 1) a step for preparing a transformed microorganism possessing an inositol-1-phosphoric acid synthase gene, inositol monophosphatase gene, myo-inositol dehydrogenase gene, and scyllo-inositol dehydrogenase gene; and 2) a step for bringing the microorganism into contact with glucose or disaccharides or polysaccharides having glucose units under conditions suited to the growth and/or maintenance of the microorganism. 1) a step for preparing a transformed microorganism possessing an inositol-1-phosphoric acid synthase gene, inositol monophosphatase gene, myo-inositol dehydrogenase gene, and scyllo-inositol dehydrogenase gene; and 2) a step for bringing the microorganism into contact with glucose or disaccharides or polysaccharides having glucose units under conditions suited to the growth and/or maintenance of the microorganism.