mhurhangee/ep-ind-claims huggingface dataset:
Method for automatically recognizing traffic signs by machine, having the steps of - recording at least one image of a vehicle environment using a camera, - recognizing the presence and the type of one or more main signs from the recorded image data, - recognizing the presence of one or more additional signs associated with the recognized main sign(s), - classifying the additional sign by means of a pattern recognition method and recognizing, when carrying out the pattern recognition, that the additional sign contains text in the form of time information, distance information or weight information, wherein the time information, distance information or weight information can vary in different additional signs, - reading and interpreting the additional sign text by means of a text recognition method, wherein, if two identically classified main signs occur on the two sides of a road, a consistency check of the recognized text of the two additional signs is carried out, wherein, in the event of a difference between the recognized content of the additional signs on the two sides, a decision is made regarding which recognized content is correct on the basis of a reliability of the pattern recognition and/or the text recognition, - relevance assessment in which the recognized text is compared with situational data. - recording at least one image of a vehicle environment using a camera, - recognizing the presence and the type of one or more main signs from the recorded image data, - recognizing the presence of one or more additional signs associated with the recognized main sign(s), - classifying the additional sign by means of a pattern recognition method and recognizing, when carrying out the pattern recognition, that the additional sign contains text in the form of time information, distance information or weight information, wherein the time information, distance information or weight information can vary in different additional signs, - reading and interpreting the additional sign text by means of a text recognition method, wherein, if two identically classified main signs occur on the two sides of a road, a consistency check of the recognized text of the two additional signs is carried out, wherein, in the event of a difference between the recognized content of the additional signs on the two sides, a decision is made regarding which recognized content is correct on the basis of a reliability of the pattern recognition and/or the text recognition, - relevance assessment in which the recognized text is compared with situational data.
Method for operating a device for injecting water into an internal combustion engine, wherein the device has • a water tank for storing water, • a pump for conveying the water, wherein the pump is connected to the water tank via a first line, and wherein the pump is operable in a conveying mode and in a back-suction mode, • a drive for driving the pump, • at least one water injector which is configured to inject water into an air-conducting line of the internal combustion engine, wherein the water injector is connected to the pump via a second line, wherein the device for water injection has a control unit, wherein the control unit controls the operation of the pump and the at least one water injector, characterized in that, during the operation of the pump in the back-suction mode, in which the water is conveyed in the direction of the water tank, the at least one water injector is opened such that air flows into the second line, wherein the control unit controls a starting time, a duration and/or a progression of the back-suction mode of the pump in model-based fashion, wherein, in a manner dependent on the volume for evacuation of the device for water injection and on the conveying power of the pump, a progression with respect to time for the rotational speed of the pump and a duration of the operation of the pump in the back-suction mode are predetermined and stored in the control unit, such that the control unit controls the progression of the back-suction mode of the pump on the basis of the model stored in the control unit. • a water tank for storing water, • a pump for conveying the water, wherein the pump is connected to the water tank via a first line, and wherein the pump is operable in a conveying mode and in a back-suction mode, • a drive for driving the pump, • at least one water injector which is configured to inject water into an air-conducting line of the internal combustion engine, wherein the water injector is connected to the pump via a second line,
Regulation station (100, 200) for regulating the circulation of a gas from a gas network referred to as "upstream" (101, 201), transporting the gas at a pressure Pa, to a gas network referred to as "downstream" (102, 202), transporting the gas at a pressure Pb, such that Pa is strictly greater than Pb, which station is characterised in that it comprises: - on a first set of pipes (31, 32) transporting the gas between the upstream network and the downstream network: - a compression device (60, 70) comprising a piston actuated by the expansion of gas supplied by the upstream network and configured to compress a gas referred to as "drive gas"; - a discharge to the downstream network of the expanded gas of the upstream network in the compression device and - on a second set of pipes (33, 34) transporting the drive gas: a pneumatic valve (110, 210), configured to control the flow rate of gas flowing from the upstream network to the downstream network, actuated by the drive gas. - on a first set of pipes (31, 32) transporting the gas between the upstream network and the downstream network: - a compression device (60, 70) comprising a piston actuated by the expansion of gas supplied by the upstream network and configured to compress a gas referred to as "drive gas"; - a discharge to the downstream network of the expanded gas of the upstream network in the compression device and - on a second set of pipes (33, 34) transporting the drive gas: a pneumatic valve (110, 210), configured to control the flow rate of gas flowing from the upstream network to the downstream network, actuated by the drive gas.
A polypeptide that selectively binds a human leukocyte antigen molecule or portion thereof on a target cell wherein said HLA molecule is complexed to at least one additional HLA molecule on said target cell, wherein said polypeptide does not bind an uncomplexed HLA molecule and wherein said HLA molecule is the HLA-A*24:02 serotype.
An exhaust module for a turbocharged reciprocating engine, in which the cylinder are arranged in two banks (15, 16), the exhaust module comprising - a first exhaust manifold for receiving exhaust gas from cylinders of a first cylinder bank, said first exhaust manifold having a first end and a second end. - a second exhaust manifold for receiving exhaust gas from cylineders of a second cylinders bank, said second exhaust manifold having a first end and a second end, - a connecting duct that connects the second end of the first exhaust. manifold to the first end of the second exhaust manifold, and - a second connecting duct for connecting the second end of the second exhaust manifold with a turbine inlet, characterized in that the exhaust module is further provided with a third connecting duct that connects the first end of the first exhaust manifold to the second connecting duct. - a first exhaust manifold for receiving exhaust gas from cylinders of a first cylinder bank, said first exhaust manifold having a first end and a second end. - a second exhaust manifold for receiving exhaust gas from cylineders of a second cylinders bank, said second exhaust manifold having a first end and a second end, - a connecting duct that connects the second end of the first exhaust. manifold to the first end of the second exhaust manifold, and - a second connecting duct for connecting the second end of the second exhaust manifold with a turbine inlet, characterized in that the exhaust module is further provided with a third connecting duct that connects the first end of the first exhaust manifold to the second connecting duct.
A nozzle cover for a laser drill, the nozzle cover comprising: a mount with a first opening centered about a drill axis through which a nozzle can extend; a first shell member extending along the drill axis, the first shell member having a first end attached to the mount at a first pivot and a second end with a first notch; and a second shell member extending along the drill axis, the second shell member having a first end attached to the mount at a second pivot and a second end with a second notch, wherein the first shell member and the second shell member are configured to pivot between a closed position in which the first shell member and the second shell member form a hollow interior portion coaxial with the drill axis to at least partially enclose the nozzle and an open position in which the second end of the first shell member is distant from the second end of the second shell member to expose the nozzle; characterised in that the first shell member is configured to pivot about the first pivot, the second shell member is configured to pivot about the second pivot, and the mount includes the first pivot and the second pivot, which extend through the mount perpendicular to the drill axis. a mount with a first opening centered about a drill axis through which a nozzle can extend; a first shell member extending along the drill axis, the first shell member having a first end attached to the mount at a first pivot and a second end with a first notch; and a second shell member extending along the drill axis, the second shell member having a first end attached to the mount at a second pivot and a second end with a second notch, wherein the first shell member and the second shell member are configured to pivot between a closed position in which the first shell member and the second shell member form a hollow interior portion coaxial with the drill axis to at least partially enclose the nozzle and an open position in which the second end of the first shell member is distant from the second end of the second shell member to expose the nozzle; characterised in that the first shell member is configured to pivot about the first pivot, the second shell member is configured to pivot about the second pivot, and the mount includes the first pivot and the second pivot, which extend through the mount perpendicular to the drill axis.
A method for alerting traffic, the method being performed in an alert control device connected to a street light and comprising the steps of: detecting the presence of a radio frequency identification device using a radio frequency identification reader comprised in the alert control device, wherein the radio frequency identification device is carried by an unprotected road user; and controlling the street light to go from a normal state to an alert state, wherein the lighting of the street light in the alert state lights up the road and optionally the roadside and wherein the lighting of the street light in the alert state differs from the lighting of the street light in the normal state in colour, light intensity or by being on at daytime. detecting the presence of a radio frequency identification device using a radio frequency identification reader comprised in the alert control device, wherein the radio frequency identification device is carried by an unprotected road user; and controlling the street light to go from a normal state to an alert state, wherein the lighting of the street light in the alert state lights up the road and optionally the roadside and wherein the lighting of the street light in the alert state differs from the lighting of the street light in the normal state in colour, light intensity or by being on at daytime.
Method for operating a variable-speed adjustable pump, in which a delivery mechanism that can be adjusted in a displacement volume per working cycle is driven by means of a variable-speed drive, wherein, within the context of control, at least one variable is controlled to a setpoint (p soll) by specifying a speed setpoint (n soll) for a speed of the drive and a setpoint (α soll) for a characteristic variable determining the displacement volume per working cycle, wherein, in the event of a change in the setpoint (α soll) for the characteristic variable determining the displacement volume per working cycle, the speed setpoint (n soll) is adapted by means of feedforward control, depending on a current speed of an adjustment of the delivery mechanism.
Egg orientation device adapted to put eggs point down or point up in egg retainers, characterized in that the egg orientation device comprises: - a stationary lane having a support plate comprising a central zone and two lateral zones, - a pusher movable in a conveying direction along the lane and adapted to push an egg (10, 10') such that it rolls over the support plate around its longitudinal axis, - an egg retainer movable in the conveying direction beneath the support plate of the lane in a synchronised manner with the pusher, wherein at least one drop opening (5, 7A, 7B) is provided in the support plate, which allows eggs (10, 10') to fall through and drop point down or point up in the egg retainer that is positioned underneath the drop opening (5, 7A, 7B), wherein the drop opening (5, 7A, 7B) is located in the central zone or in at least one of the lateral zones for dropping the eggs (10, 10') into the egg retainer point up and point down respectively. - a stationary lane having a support plate comprising a central zone and two lateral zones, - a pusher movable in a conveying direction along the lane and adapted to push an egg (10, 10') such that it rolls over the support plate around its longitudinal axis, - an egg retainer movable in the conveying direction beneath the support plate of the lane in a synchronised manner with the pusher,
A cranial burr hole plug, comprising: a plug base configured for being mounted around a cranial burr hole, the plug base including an aperture through which an elongated medical device exiting the burr hole may pass; and a retainer configured for being positioned within the aperture of the plug base, the retainer including a retainer support, a slot formed in the retainer support for receiving the medical device, and a clamping mechanism having a clamping bar, and being slidably engaged with the retainer support, thereby allowing the clamping bar to be slid from an open position that allows the medical device to be received in the slot to a closed position that secures the medical device within the slot, characterized in that two legs extend perpendicularly from the clamping bar, and the clamping mechanism further has two travel stop tabs (104a, 104b), each respectively affixed to a different one of the two legs, wherein the stop tabs (104a, 104b) are configured for abutting the retainer support to hinder skewing of the clamping bar as the medical device is secured within the slot. a plug base configured for being mounted around a cranial burr hole, the plug base including an aperture through which an elongated medical device exiting the burr hole may pass; and a retainer configured for being positioned within the aperture of the plug base, the retainer including a retainer support, a slot formed in the retainer support for receiving the medical device, and a clamping mechanism having a clamping bar, and being slidably engaged with the retainer support, thereby allowing the clamping bar to be slid from an open position that allows the medical device to be received in the slot to a closed position that secures the medical device within the slot, characterized in that two legs extend perpendicularly from the clamping bar, and the clamping mechanism further has two travel stop tabs (104a, 104b), each respectively affixed to a different one of the two legs, wherein the stop tabs (104a, 104b) are configured for abutting the retainer support to hinder skewing of the clamping bar as the medical device is secured within the slot.
A milk based composition comprising • 15% to 95%, preferably 25% to 95 %, milk and/or milk components, • 0.5% to 5.5%, preferably 0.5% to 4 % (w), wheat flour, and • 0.5 % to 4 % (w) rice flour, wherein the composition is a fermented product comprising at least one lactic acid bacterial strain and wherein the composition optionally comprises sugar, salt, vitamins, minerals supplements, organoleptic modifiers, or a combination thereof. • 15% to 95%, preferably 25% to 95 %, milk and/or milk components, • 0.5% to 5.5%, preferably 0.5% to 4 % (w), wheat flour, and • 0.5 % to 4 % (w) rice flour,
A system comprising: a computer-readable storage medium configured to store multiple data upload or download requests, and rules for filtering the requests; a network interface configured to establish a network connection; and a rules engine configured to: evaluate the multiple data upload or download requests using the rules, characterized in that the rules engine is further configured to: establish that particular data upload or download requests are recurring requests, based on evaluating the multiple data upload or download requests using the rules, select a subset of the recurring requests; delete the subset of the recurring requests; and communicate any recurring requests that were not selected as part of the subset, over the network connection. a computer-readable storage medium configured to store multiple data upload or download requests, and rules for filtering the requests; a network interface configured to establish a network connection; and a rules engine configured to: evaluate the multiple data upload or download requests using the rules, characterized in that the rules engine is further configured to: establish that particular data upload or download requests are recurring requests, based on evaluating the multiple data upload or download requests using the rules, select a subset of the recurring requests; delete the subset of the recurring requests; and communicate any recurring requests that were not selected as part of the subset, over the network connection. evaluate the multiple data upload or download requests using the rules, characterized in that the rules engine is further configured to: establish that particular data upload or download requests are recurring requests, based on evaluating the multiple data upload or download requests using the rules, select a subset of the recurring requests; delete the subset of the recurring requests; and communicate any recurring requests that were not selected as part of the subset, over the network connection. establish that particular data upload or download requests are recurring requests, based on evaluating the multiple data upload or download requests using the rules, select a subset of the recurring requests; delete the subset of the recurring requests; and communicate any recurring requests that were not selected as part of the subset, over the network connection.
Use of an adhesive tape for jacketing elongate material, where the adhesive tape is passed in a helical line around the elongate material or alternatively where the elongate material is wrapped in axial direction by the tape, comprising a preferably textile carrier and a pressure-sensitive adhesive applied on at least one side of the carrier, wherein the pressure-sensitive adhesive comprises a dried acrylate dispersion, wherein the acrylate dispersion has the following composition: 24 to 89.9 wt% of an aqueous polymeric acrylate dispersion, comprising polymers constructed of a) monomeric acrylates and optionally b) ethylenically unsaturated comonomers which are not acrylates, 10 to 75.9 wt% of a tackifier, and 0.1 to 5 wt% of modified phyllosilicates, in the form of a solution or dispersion comprising modified phyllosilicates and having a defined modified phyllosilicate solids content, in each case based on the overall composition of the pressure-sensitive adhesive, wherein the acrylate dispersion has a solids content of 50 to 60 wt% based on the aqueous acrylate dispersion and the dispersion of phyllosilicates has a phyllosilicate content of 20 to 50 wt%. 24 to 89.9 wt% of an aqueous polymeric acrylate dispersion, comprising polymers constructed of a) monomeric acrylates and optionally b) ethylenically unsaturated comonomers which are not acrylates, 10 to 75.9 wt% of a tackifier, and 0.1 to 5 wt% of modified phyllosilicates, in the form of a solution or dispersion comprising modified phyllosilicates and having a defined modified phyllosilicate solids content, in each case based on the overall composition of the pressure-sensitive adhesive,
A sample holder unit for single-crystal X-ray structure analysis using a porous complex crystal, the sample holder unit comprising a sample holder used in a single-crystal X-ray structure analysis apparatus, and an applicator (300, 500, 700) in which the sample holder is stored, the sample holder comprising: a base part attached to a goniometer in the single-crystal X-ray structure analysis apparatus, the base part formed to have a sample introduction structure into which a sample tc be contained within a framework of the porous complex crystal having a plurality of fine pores formed therein is introduced; and a holding part that holds the porous complex crystal, the holding part formed on the base part, and the applicator (300, 500, 700) comprising: an opening and a storing space in which the sample holder is stored, and a pull-out prevention part (315, 501, 507) that selectively prevents and releases the sample holder stored in the storing space from being pulled out from the opening, wherein the pull-out prevention part (315, 501, 507) comprises an operation part (318, 505, 707) that releases pull-out prevention thereof in a state where the sample holder stored in the applicator (300, 500, 700) is attached to the goniometer; and the porous complex crystal is attached to the sample holder and capable of being immersed in a solution containing the sample. a base part attached to a goniometer in the single-crystal X-ray structure analysis apparatus, the base part formed to have a sample introduction structure into which a sample tc be contained within a framework of the porous complex crystal having a plurality of fine pores formed therein is introduced; and a holding part that holds the porous complex crystal, the holding part formed on the base part, and the applicator (300, 500, 700) comprising: an opening and a storing space in which the sample holder is stored, and a pull-out prevention part (315, 501, 507) that selectively prevents and releases the sample holder stored in the storing space from being pulled out from the opening, wherein the pull-out prevention part (315, 501, 507) comprises an operation part (318, 505, 707) that releases pull-out prevention thereof in a state where the sample holder stored in the applicator (300, 500, 700) is attached to the goniometer; and the porous complex crystal is attached to the sample holder and capable of being immersed in a solution containing the sample. an opening and a storing space in which the sample holder is stored, and a pull-out prevention part (315, 501, 507) that selectively prevents and releases the sample holder stored in the storing space from being pulled out from the opening, wherein the pull-out prevention part (315, 501, 507) comprises an operation part (318, 505, 707) that releases pull-out prevention thereof in a state where the sample holder stored in the applicator (300, 500, 700) is attached to the goniometer; and the porous complex crystal is attached to the sample holder and capable of being immersed in a solution containing the sample.