mhurhangee/patent-ind-claim-en huggingface dataset:
A device for palletizing stacks , in particular of sacks, semi-finished sack products, sections of hose or sacks that lie flat, which device comprises the following features: A palletizing region , which is provided for a loading at least one pallet with stacks , at least one loading device , with which stacks can be brought into the palletizing region , at least one stack feed region for feeding stacks into the loading device , at least one stack removal region for transporting away the pallets loaded with stacks , at least two receiving devices , in order to be loaded with stacks in the palletizing region , wherein at least one receiving device can be moved independently of the other receiving device in the direction of the stack removal region , wherein drive means act on the receiving devices in such a manner that the receiving devices can be moved translationally and/or rotationally and/or are pivotable, characterized in that the loading device has at least one bearing surface , on which a plurality of stacks can be positioned, wherein the bearing surface can be moved between a closed position and an open position , wherein the closed position is provided for feeding the stacks into the loading device and the open position is provided for loading the palletizing region with stacks in a stacked assemblage . A palletizing region , which is provided for a loading at least one pallet with stacks , at least one loading device , with which stacks can be brought into the palletizing region , at least one stack feed region for feeding stacks into the loading device , at least one stack removal region for transporting away the pallets loaded with stacks , at least two receiving devices , in order to be loaded with stacks in the palletizing region , wherein at least one receiving device can be moved independently of the other receiving device in the direction of the stack removal region , wherein drive means act on the receiving devices in such a manner that the receiving devices can be moved translationally and/or rotationally and/or are pivotable, characterized in that the loading device has at least one bearing surface , on which a plurality of stacks can be positioned, wherein the bearing surface can be moved between a closed position and an open position , wherein the closed position is provided for feeding the stacks into the loading device and the open position is provided for loading the palletizing region with stacks in a stacked assemblage .
A virtual and augmented reality instruction system for virtually recreating an environment from captured movement, depth, audio and video, the complete format comprising: a board system , comprising of one or more pen-enabled boards, to capture all movements on the surface of each board in the board system ; a tracking system , comprising of one or more tracking units equipped with a microphone and three-dimensional (RGBD) sensor, from which a tracking region is established up to a predetermined distance from the board system , to capture all movement of objects and individuals and individuals' speech; and, a control device , the board system and tracking system being configured to communicate with each other over a network and being controlled by the control device through the network, the virtual and augmented reality instruction system being configured to process and sync through various engines sensor output to generate processed data representing writing, erasing, position, orientation, skeleton, speech, background noise, and geometry, allowing to virtually recreate the environment comprised of the board units and the individuals and objects in the tracking region . a board system , comprising of one or more pen-enabled boards, to capture all movements on the surface of each board in the board system ; a tracking system , comprising of one or more tracking units equipped with a microphone and three-dimensional (RGBD) sensor, from which a tracking region is established up to a predetermined distance from the board system , to capture all movement of objects and individuals and individuals' speech; and, a control device , the board system and tracking system being configured to communicate with each other over a network and being controlled by the control device through the network, the virtual and augmented reality instruction system being configured to process and sync through various engines sensor output to generate processed data representing writing, erasing, position, orientation, skeleton, speech, background noise, and geometry, allowing to virtually recreate the environment comprised of the board units and the individuals and objects in the tracking region .
Water-bearing household appliance, in particular dishwasher or washing machine, at least having a cleaning agent dispensing system for dispensing at least two cleaning agent mixtures , wherein • the cleaning agent dispensing system is designed for the purpose of dispensing cleaning agent mixtures which are present in metering units, wherein the cleaning agent mixtures are present in tablet form and each tablet forms a metering unit, • the cleaning agent dispensing system is designed to issue the at least two cleaning agent mixtures independently of one another, • a cartridge holder is arranged in a treatment space of the water-bearing household appliance for accommodating goods to be cleaned, in particular goods to be washed, or on the outside or inside of a door of the water-conducting household appliance, with which the treatment space can be opened, • the cartridge holder is designed to accommodate at least one cartridge , which has at least one compartment for accommodating at least one cleaning agent mixture , and • a cartridge has in each case only one compartment , characterised in that • one of the cleaning agent mixtures contains enzymes and one of the cleaning agent mixtures contains bleach, • the cleaning agent dispensing system is designed for issuing alternately the at least two cleaning agent mixtures , so that the cleaning agent mixture containing the enzyme and a cleaning agent mixture containing the bleach can be added at staggered times, • a compartment is allocated to each cleaning agent mixture . • the cleaning agent dispensing system is designed for the purpose of dispensing cleaning agent mixtures which are present in metering units, wherein the cleaning agent mixtures are present in tablet form and each tablet forms a metering unit, • the cleaning agent dispensing system is designed to issue the at least two cleaning agent mixtures independently of one another, • a cartridge holder is arranged in a treatment space of the water-bearing household appliance for accommodating goods to be cleaned, in particular goods to be washed, or on the outside or inside of a door of the water-conducting household appliance, with which the treatment space can be opened, • the cartridge holder is designed to accommodate at least one cartridge , which has at least one compartment for accommodating at least one cleaning agent mixture , and • a cartridge has in each case only one compartment , characterised in that • one of the cleaning agent mixtures contains enzymes and one of the cleaning agent mixtures contains bleach, • the cleaning agent dispensing system is designed for issuing alternately the at least two cleaning agent mixtures , so that the cleaning agent mixture containing the enzyme and a cleaning agent mixture containing the bleach can be added at staggered times, • a compartment is allocated to each cleaning agent mixture .
Process for producing a pipeline , wherein the pipeline is formed in a corrugator and encloses a free flow cross section (Q) for a fluid with a wall , in that in each case two molding jaws form a pipeline section in an enclosing manner and open in opposite opening directions (O) out of a parting plane (X) and thereby demold the pipeline , wherein a connection location for connecting a functional element is formed in at least one pipeline section , in that the parting plane (X) of the molding jaws extends centrally through the connection location and at least one connection point having an opening for fluidically connecting a connection line to the flow cross section (Q) of the pipeline is formed in the wall of the pipeline characterized in that the connection location is formed perpendicularly to the parting plane (X) in the wall of the pipeline and the connection point is formed offset by 90° to the connection location in the wall , viewed with respect to the flow cross section (Q) of the pipeline .
A Cross-link for tracks of snow groomers, the cross-link comprising a section bar , which has an elongated shape, extends in a first direction , is delimited by an outer surface , comprises a fixing portion to be fixed to at least one belt of a track of a snow groomer, the cross-link being characterized in that the section bar is provided with an inner cavity , which extends through the section bar in the first direction , and is laterally open in the said first direction ; wherein the inner cavity is at least partially filled with a metal foam filling material , preferably the inner cavity is completely filled with metal foam filling material.
A vehicle including a head-up display device and a vehicle air conditioning duct structure, said air conditioning duct structure comprising: a front defroster nozzle which is provided in a vehicle front part, extends in a vehicle width direction, and is formed such that one end portion is connected to an air conditioning device disposed on a rear surface side of an instrument panel and the other end portion is disposed inside a front pillar and is provided with a front side air outlet opening toward a windshield glass ; and a side defroster nozzle of which a tip portion is provided with a side air outlet opening toward a front side glass ; characterized in that : the side defroster nozzle is branched from an upstream side of the front side air outlet of the front defroster nozzle ; in top view, the front defroster nozzle includes a width direction extension portion which is a portion being on a vehicle rear side of the head-up display device and extending in the vehicle width direction along the head-up display device and a front and rear direction extension portion which is a portion being on the outside of the head-up display device in the vehicle width direction and extending from an outer end portion of the width direction extension portion in the vehicle width direction in a vehicle front and rear direction. a front defroster nozzle which is provided in a vehicle front part, extends in a vehicle width direction, and is formed such that one end portion is connected to an air conditioning device disposed on a rear surface side of an instrument panel and the other end portion is disposed inside a front pillar and is provided with a front side air outlet opening toward a windshield glass ; and a side defroster nozzle of which a tip portion is provided with a side air outlet opening toward a front side glass ; characterized in that : the side defroster nozzle is branched from an upstream side of the front side air outlet of the front defroster nozzle ; in top view, the front defroster nozzle includes a width direction extension portion which is a portion being on a vehicle rear side of the head-up display device and extending in the vehicle width direction along the head-up display device and a front and rear direction extension portion which is a portion being on the outside of the head-up display device in the vehicle width direction and extending from an outer end portion of the width direction extension portion in the vehicle width direction in a vehicle front and rear direction.
Method for the safe monitoring of a three-phase motor fed by an inverter connected downstream of an intermediate circuit, with the following method steps: a) Determine each phase current (iR,iS,iT) of the three-phase motor , b) Determine each phase voltage (uR,uS,uT) of the three-phase motor , c) Determining an inverter output power (Pw) from the phase currents (iR,iS,iT) and the phase voltages (uR, uS,uT), d) Determining a DC link current (Izk), e) Determining a DC link voltage (Uzk), f) Determining an intermediate circuit power (Pzk) from the intermediate circuit current (Izk) and the intermediate circuit voltage (Uzk) independently of the determination of the inverter output power (Pw), g) Comparing the determined inverter output power (Pw) and the determined intermediate circuit power (Pzk), h) Generating an output signal if the determined inverter output power (Pw) and the determined intermediate circuit power (Pzk) do not match within predetermined or pre-defined limits, wherein the output signal indicates an exceptional situation, characterized in that , if the determined inverter output power (Pw) and the determined intermediate circuit power (Pzk) match within the predetermined or predeterminable limits, the determined inverter output power (Pw) or the determined intermediate circuit power (Pzk) is used for redundantly determining an instantaneous torque of the three-phase motor , wherein the inverter output power (Pw) is output if the intermediate circuit power (Pzk) cannot be determined or the intermediate circuit power (Pzk) is output if the inverter output power (Pw) cannot be determined and wherein the inverter output power (Pw) or the intermediate circuit power (Pzk) is used to determine a momentary torque of the three-phase motor , wherein the inverter output power (Pw) and the intermediate circuit power (Pzk) are determined by a first functional unit and the inverter output power (Pw) and the intermediate circuit power (Pzk) are determined by a second functional unit and the comparison is performed within each functional unit as well as crosswise. a) Determine each phase current (iR,iS,iT) of the three-phase motor , b) Determine each phase voltage (uR,uS,uT) of the three-phase motor , c) Determining an inverter output power (Pw) from the phase currents (iR,iS,iT) and the phase voltages (uR, uS,uT), d) Determining a DC link current (Izk), e) Determining a DC link voltage (Uzk), f) Determining an intermediate circuit power (Pzk) from the intermediate circuit current (Izk) and the intermediate circuit voltage (Uzk) independently of the determination of the inverter output power (Pw), g) Comparing the determined inverter output power (Pw) and the determined intermediate circuit power (Pzk), h) Generating an output signal if the determined inverter output power (Pw) and the determined intermediate circuit power (Pzk) do not match within predetermined or pre-defined limits,
System for assembling a generator , preferably a permanently excited generator of a wind turbine, wherein the generator comprises a rotor and a stator , said system comprising a vertical assembly device being connectable to the rotor and the stator , for guiding the rotor in parallel and coaxially aligned to the stator during assembly, the vertical assembly device comprising: - a first assembly element being connectable to the rotor , - a second assembly element being connectable to the stator , and - guiding means for guiding the first assembly element coaxially aligned to the second assembly element , - a driving means that is configured to vertically move the first assembly element and the second assembly element relative to one another, characterized in that the driving means in particular comprises one or more hydraulic cylinders , and in that the second assembly element comprises an outer tube and the first assembly element comprises an inner tube that is coaxially arranged and longitudinally movable along the longitudinal axis of the outer tube within the outer tube . said system comprising a vertical assembly device being connectable to the rotor and the stator , for guiding the rotor in parallel and coaxially aligned to the stator during assembly, the vertical assembly device comprising: - a first assembly element being connectable to the rotor , - a second assembly element being connectable to the stator , and - guiding means for guiding the first assembly element coaxially aligned to the second assembly element , - a driving means that is configured to vertically move the first assembly element and the second assembly element relative to one another, - a first assembly element being connectable to the rotor , - a second assembly element being connectable to the stator , and - guiding means for guiding the first assembly element coaxially aligned to the second assembly element , - a driving means that is configured to vertically move the first assembly element and the second assembly element relative to one another, characterized in that the driving means in particular comprises one or more hydraulic cylinders , and in that the second assembly element comprises an outer tube and the first assembly element comprises an inner tube that is coaxially arranged and longitudinally movable along the longitudinal axis of the outer tube within the outer tube .
An environmental control system, comprising: an inlet line configured to receive a medium flowing from a low-pressure location of an engine to a chamber ; a plurality of heat exchangers configured to receive the medium from the inlet line; a valve located upstream from the plurality of heat exchangers , the valve configured to divide in parallel the medium across at least a first heat exchanger and a second heat exchanger of the plurality of heat exchangers; and characterized by further comprising a recirculation air system configured to supply a recirculation air from the chamber to the inlet line upstream of the plurality of heat exchangers . an inlet line configured to receive a medium flowing from a low-pressure location of an engine to a chamber ; a plurality of heat exchangers configured to receive the medium from the inlet line; a valve located upstream from the plurality of heat exchangers , the valve configured to divide in parallel the medium across at least a first heat exchanger and a second heat exchanger of the plurality of heat exchangers; and characterized by further comprising a recirculation air system configured to supply a recirculation air from the chamber to the inlet line upstream of the plurality of heat exchangers .
Machine for filling bottles, cartridges, syringes and the like, generally defined as containers, the machine comprising a chamber with an inlet and outlet for containers and at least one intermediate operating station in which the containers are subjected to specific processing, further comprising at least one handling device with several degrees of freedom, automatically controlled and reprogrammable and at least one conduit for washing and sanitising fluids, and a dispensing nozzle attached directly to a free end of the conduit , said dispensing nozzle being configured to be joined to an adjustable end of the at least one handling device for washing and sanitising said chamber and the containers contained therein; characterized in that said at least one conduit is entirely located outside of said handling device and in that it has a flexible portion protruding inside said chamber, said dispensing nozzle having shape and dimensions matching to those of clamping elements arranged at the adjustable end of said handling device , so that a removable coupling between said dispensing nozzle and said clamping elements is achieved.
An audio processor for an amplifier system , the audio processor comprising: an audio processor input configured to receive an audio signal (s1); an audio processor output configured to be coupled to an amplifier ; wherein the audio processor is configured to process the audio signal (s1) by: determining a time-varying offset from the audio signal (s1) ; clipping the audio signal with a clip level being determined from the time-varying offset value; combining the time-varying offset with the clipped audio signal resulting in a processed audio signal (s2); and outputting the processed audio signal (s2) on the audio processor output . an audio processor input configured to receive an audio signal (s1); an audio processor output configured to be coupled to an amplifier ; determining a time-varying offset from the audio signal (s1) ; clipping the audio signal with a clip level being determined from the time-varying offset value; combining the time-varying offset with the clipped audio signal resulting in a processed audio signal (s2); and outputting the processed audio signal (s2) on the audio processor output .
A method of selective sintering additive manufacturing comprising, (i) providing a powder comprising composite particulates comprising a first thermoplastic polymer and a second thermoplastic polymer interspersed with each other, wherein the second thermoplastic polymer is a continuous matrix and the first thermoplastic polymer is discontinuously dispersed as grains within the continuous matrix of the second thermoplastic polymer; or wherein the first thermoplastic polymer is a continuous matrix and the second thermoplastic polymer is discontinuously dispersed as grains within the continuous matrix of the first thermoplastic polymer; and wherein the grains have a median size of 0.05 micrometer to 5 micrometers; (ii) depositing a layer of said powder at a target surface, (iii) irradiating a selected portion of said powder so that said powder sinters, bonding the composite particles of said portion within the layer to form a sintered layer, (iv) repeating steps (i) to (iii) to form successive sintered layers that are also bonded to one another, and (v) removing the unbonded portions of the powder to yield an additive manufactured part. (i) providing a powder comprising composite particulates comprising a first thermoplastic polymer and a second thermoplastic polymer interspersed with each other, wherein the second thermoplastic polymer is a continuous matrix and the first thermoplastic polymer is discontinuously dispersed as grains within the continuous matrix of the second thermoplastic polymer; or wherein the first thermoplastic polymer is a continuous matrix and the second thermoplastic polymer is discontinuously dispersed as grains within the continuous matrix of the first thermoplastic polymer; and wherein the grains have a median size of 0.05 micrometer to 5 micrometers; wherein the second thermoplastic polymer is a continuous matrix and the first thermoplastic polymer is discontinuously dispersed as grains within the continuous matrix of the second thermoplastic polymer; or wherein the first thermoplastic polymer is a continuous matrix and the second thermoplastic polymer is discontinuously dispersed as grains within the continuous matrix of the first thermoplastic polymer; and wherein the grains have a median size of 0.05 micrometer to 5 micrometers; (ii) depositing a layer of said powder at a target surface, (iii) irradiating a selected portion of said powder so that said powder sinters, bonding the composite particles of said portion within the layer to form a sintered layer, (iv) repeating steps (i) to (iii) to form successive sintered layers that are also bonded to one another, and (v) removing the unbonded portions of the powder to yield an additive manufactured part.
A heat exchanger comprising a first set of tubes enclosing a second set of fins such that an external plane is formed by fins between said tubes that intercepts a stream of inflowing air, the first set of tubes cooperating with a manifold, wherein the fins of the second set are substantially meander or canted-shaped having a number of substantially mutually parallel surfaces (22a, ..., 22n) in a direction transverse to the meander propagation direction, wherein a depth profile is provided in the said mutually parallel surfaces (22a, ..., 22n) characterized in that the depth profile forms a groove along a length of the meander or canted shape of said fins at the external plane of the heat exchanger, the groove having a wider portion formed at the external plane conceived to intercept the stream of inflowing air at a reduced flow resistance.