mhurhangee/ep-ind-claims huggingface dataset:
Method for painting automotive plastic parts, in particular automotive bumpers, - wherein, to prepare for the painting, automotive plastic parts continuously pass through a cleaning area and are cleaned there with CO 2, preferably CO 2 snow or CO 2 pellets, in a cleaning process by means of an automatically operated cleaning device and - wherein, after the cleaning process, the automotive plastic parts passing through enter a painting area and are provided there with at least one paint layer by means of an automated painting process, characterized in that the cleaning device is moved at specified time intervals from a cleaning position into a testing position, a test body is then exposed to CO 2 by the cleaning device as part of a testing process, and after that the cleaning device is moved back again into a cleaning position and by way of an evaluation, preferably an automated evaluation, of the exposure of the test body to CO 2, a conclusion about the functional state of the cleaning device is made in such a way that the automated cleaning of the automotive plastic parts continuously passing through the cleaning area remains at least substantially unaffected overall by the testing process. - wherein, to prepare for the painting, automotive plastic parts continuously pass through a cleaning area and are cleaned there with CO 2, preferably CO 2 snow or CO 2 pellets, in a cleaning process by means of an automatically operated cleaning device and - wherein, after the cleaning process, the automotive plastic parts passing through enter a painting area and are provided there with at least one paint layer by means of an automated painting process,
Method for the fabrication of a base course, in particular for road construction or as foundation for buildings, with the steps in the following order: a. providing a base material with a pore void volume between 25% and 40%, which consists of remnants of mechanical-biological waste treatment plants for municipal solid waste and for waste that can be disposed of like municipal solid waste, b. mixing the base material with broken waste incinerator bottom ash with a corn size of ≤ 45 mm, preferably of ≤ 32 mm with a share of 25 Vol. % - 30 Vol. %; c. admixing a water-containing sludge, if the base material comprises a water content that is too low to allow a hydraulic binding in the mixture, wherein after method step c. the mixture comprises sludge in an amount of 15 Vol. % - 25 Vol. %; d. adding corn-supporting and hydraulically binding substitute construction materials, which comprise a volume share in the mixture between 20 Vol. % and 33 Vol. %, wherein the corn size of the substitute construction materials is < 0.06 mm; and wherein the substitute construction materials comprise a free lime portion of ≤ 20 % and comprise the following substances: i) dry coal flue ash and / or ii) fluidized bed ash and / or iii) brown coal ash from a power plant or iv) collapsed ladle slags and / or v) paper ashes; e. subsequent compacting of the mixture of base material, broken waste incinerator bottom ash, sludge and substitute construction materials, which has been homogeneously conditioned in forced mixing units, with heavy drum rollers of approximately 10 t weight. a. providing a base material with a pore void volume between 25% and 40%, which consists of remnants of mechanical-biological waste treatment plants for municipal solid waste and for waste that can be disposed of like municipal solid waste, b. mixing the base material with broken waste incinerator bottom ash with a corn size of ≤ 45 mm, preferably of ≤ 32 mm with a share of 25 Vol. % - 30 Vol. %; c. admixing a water-containing sludge, if the base material comprises a water content that is too low to allow a hydraulic binding in the mixture, wherein after method step c. the mixture comprises sludge in an amount of 15 Vol. % - 25 Vol. %; d. adding corn-supporting and hydraulically binding substitute construction materials, which comprise a volume share in the mixture between 20 Vol. % and 33 Vol. %, wherein the corn size of the substitute construction materials is < 0.06 mm; and wherein the substitute construction materials comprise a free lime portion of ≤ 20 % and comprise the following substances: i) dry coal flue ash and / or ii) fluidized bed ash and / or iii) brown coal ash from a power plant or iv) collapsed ladle slags and / or v) paper ashes; i) dry coal flue ash and / or ii) fluidized bed ash and / or iii) brown coal ash from a power plant or iv) collapsed ladle slags and / or v) paper ashes; e. subsequent compacting of the mixture of base material, broken waste incinerator bottom ash, sludge and substitute construction materials, which has been homogeneously conditioned in forced mixing units, with heavy drum rollers of approximately 10 t weight.
An aircraft nacelle assembly, comprising: a frame; a cowl rotatably and operatively coupled to the frame, wherein the cowl is configured to rotate about a joint axis between a closed position and an open position, wherein in the closed position the cowl at least substantially covers an engine housed within the aircraft nacelle assembly, wherein in the open position the cowl at least substantially uncovers the engine, and wherein the cowl has a weight; and a biasing member operatively coupled between the frame, at a first coupling, and the cowl, at a second coupling, and configured to apply a biasing force to the cowl, wherein when the cowl is in or near the closed position, the biasing force coupled with the weight of the cowl results in a first net force that urges the cowl away from the open position, and wherein when the cowl is in or near the open position, the biasing force coupled with the weight of the cowl results in a second net force that urges the cowl away from the closed position; wherein the first coupling is configured to be on one side of a line (100, 104) from the joint axis to the second coupling when the cowl is in the open position and on the opposite side of the line when the cowl is in the closed position. a frame; a cowl rotatably and operatively coupled to the frame, wherein the cowl is configured to rotate about a joint axis between a closed position and an open position, wherein in the closed position the cowl at least substantially covers an engine housed within the aircraft nacelle assembly, wherein in the open position the cowl at least substantially uncovers the engine, and wherein the cowl has a weight; and a biasing member operatively coupled between the frame, at a first coupling, and the cowl, at a second coupling, and configured to apply a biasing force to the cowl, wherein when the cowl is in or near the closed position, the biasing force coupled with the weight of the cowl results in a first net force that urges the cowl away from the open position, and wherein when the cowl is in or near the open position, the biasing force coupled with the weight of the cowl results in a second net force that urges the cowl away from the closed position; wherein the first coupling is configured to be on one side of a line (100, 104) from the joint axis to the second coupling when the cowl is in the open position and on the opposite side of the line when the cowl is in the closed position.
Wear-resistant element for partially inserting into a recess in the surface of a wearing area (12, 14) of a comminuting device, wherein the wear-resistant element has a fastening region, which can be connected to the recess in the surface of the wearing area (12, 14), and has a wearing region, which protrudes at least partly from the surface of the wearing area (12, 14), and wherein the fastening region is made from a metal, characterised in that the wearing region has a shell and a core arranged inside the shell, wherein the core is made from a metal and the shell is made from a ceramic, and wherein the material of the shell comprises a ceramic, which includes yttrium-stabilised, tetragonal polycrystalline zirconium oxide, wherein the TPZ makes up at least 60%, preferably at least 80%, in particular 95% to 100% by volume of the ceramic. wherein the wear-resistant element has a fastening region, which can be connected to the recess in the surface of the wearing area (12, 14), and has a wearing region, which protrudes at least partly from the surface of the wearing area (12, 14), and wherein the fastening region is made from a metal, characterised in that the wearing region has a shell and a core arranged inside the shell, wherein the core is made from a metal and the shell is made from a ceramic, and wherein the material of the shell comprises a ceramic, which includes yttrium-stabilised, tetragonal polycrystalline zirconium oxide, wherein the TPZ makes up at least 60%, preferably at least 80%, in particular 95% to 100% by volume of the ceramic.
A coated article including a coating supported by a glass substrate, the coating comprising: a layer comprising zinc oxide; an infrared reflecting layer comprising silver located on the substrate over and contacting the layer comprising zinc oxide; a layer comprising titanium oxide located over the IR reflecting layer; a layer comprising silicon nitride and/or metal oxide located over the layer comprising titanium oxide; and wherein the IR reflecting layer has a specific resistivity of no greater than 5.0 micro-ohms.cm, wherein the layer comprising titanium oxide is more oxided at a central portion thereof with respect to thickness, than at respective upper and lower portions thereof. a layer comprising zinc oxide; an infrared reflecting layer comprising silver located on the substrate over and contacting the layer comprising zinc oxide; a layer comprising titanium oxide located over the IR reflecting layer; a layer comprising silicon nitride and/or metal oxide located over the layer comprising titanium oxide; and wherein the IR reflecting layer has a specific resistivity of no greater than 5.0 micro-ohms.cm, wherein the layer comprising titanium oxide is more oxided at a central portion thereof with respect to thickness, than at respective upper and lower portions thereof.
A computer implemented method of rendering a glyph to make the glyph more readable, comprising: receiving a glyph associated with a font, the glyph to be rendered at a size; calculating a set of initial density values to provide one density value for each of a set of device pixels to represent the glyph; calculating an initial adjustment value for the glyph; for one or more of the device pixels in the set of device pixels, calculating a length of an edge of the glyph that passes through the device pixel; and for one or more of the device pixels, adjusting the initial density value of the device pixel by a final adjustment value, the final adjustment value based upon the initial adjustment value and the length of the edge of the glyph passing through the device pixel. receiving a glyph associated with a font, the glyph to be rendered at a size; calculating a set of initial density values to provide one density value for each of a set of device pixels to represent the glyph; calculating an initial adjustment value for the glyph; for one or more of the device pixels in the set of device pixels, calculating a length of an edge of the glyph that passes through the device pixel; and for one or more of the device pixels, adjusting the initial density value of the device pixel by a final adjustment value, the final adjustment value based upon the initial adjustment value and the length of the edge of the glyph passing through the device pixel.
A tubular structure which is a medical tube implantable in the body, the tubular structure comprising a tubular base and a cover which covers said base, wherein said cover comprises a copolymer containing a silicone monomer and a polymerizable monomer having a fluoroalkyl group(s) as monomer units, wherein said silicone monomer is represented by the following Formula: wherein X 1 and X 2 independently represent a polymerizable functional group; R 1 to R 8 independently represent hydrogen or a functional group selected from the group consisting of C 1 -C 20 alkyl groups, phenyl group, and C 1 -C 20 fluoroalkyl groups; L 1 and L 2 independently represent a divalent group; and m and n independently represent an integer of 0 to 1500 with the proviso that m and n are not simultaneously 0, and said X 1 and X 2 are (meth)acryloyl groups.
An apparatus comprising at least one processor and at least one memory including computer program instructions, the at least one memory and the computer program instructions configured to, with the at least one processor, cause the apparatus at least to: determine a physical orientation (202 and 204) of a headphone device, based on at least a direction of movement using one or more sensors located within the headphone device, wherein a movement is determined based on a determination of acceleration or trajectory of the headphone device, wherein the determined trajectory is a motion activity of the headphone device, and the movement is determined using at least another one of the one or more sensors within the headphone device; determine whether a user is wearing the headphone device in a correct or incorrect headphone channel orientation based on the determined physical orientation using the determined at least direction of movement and movement based on the respective outputs from the one or more sensors, the correct headphone channel orientation being a left channel placed to a left ear of the user and a right channel placed to a right ear of the user; and provide an indication of the determined physical orientation or adjust an output channel configuration of the apparatus for the headphone device so that a left output channel is to be provided to the left ear and a right output channel is to be provided to the right ear when the headphone channel orientation is incorrect. determine a physical orientation (202 and 204) of a headphone device, based on at least a direction of movement using one or more sensors located within the headphone device, wherein a movement is determined based on a determination of acceleration or trajectory of the headphone device, wherein the determined trajectory is a motion activity of the headphone device, and the movement is determined using at least another one of the one or more sensors within the headphone device; determine whether a user is wearing the headphone device in a correct or incorrect headphone channel orientation based on the determined physical orientation using the determined at least direction of movement and movement based on the respective outputs from the one or more sensors, the correct headphone channel orientation being a left channel placed to a left ear of the user and a right channel placed to a right ear of the user; and provide an indication of the determined physical orientation or adjust an output channel configuration of the apparatus for the headphone device so that a left output channel is to be provided to the left ear and a right output channel is to be provided to the right ear when the headphone channel orientation is incorrect.
A method comprising: after making an access request to a Wi-Fi network, performing, by a user device with an access point of the Wi-Fi network, an authentication operation with the Wi-Fi network using credentials existing in the user device to authenticate the user device to the Wi-Fi network; based on the authentication operation, authenticating with a four way handshake to the Wi-Fi network, wherein the authenticating with the four way handshake is successful even though a subscription remediation is required by the user device, and wherein based on the required remediation a connectivity of the user device is limited to a subscription remediation server; based on the required remediation, automatically retrieving a uniform resource indicator of the subscription remediation server from a pre-stored management object and generating a message to the uniform resource indicator of the subscription remediation server; in response to the message, receiving from the subscription remediation server at least one device management package; and in response to the receiving, executing at the user device the at least one device management package, wherein the executed at least one device management package causes, without user intervention, at least one of automatic creation of a new client certificate and automatic replacement of a password with a new value of the password at the user device in order to address the required subscription remediation. after making an access request to a Wi-Fi network, performing, by a user device with an access point of the Wi-Fi network, an authentication operation with the Wi-Fi network using credentials existing in the user device to authenticate the user device to the Wi-Fi network; based on the authentication operation, authenticating with a four way handshake to the Wi-Fi network, wherein the authenticating with the four way handshake is successful even though a subscription remediation is required by the user device, and wherein based on the required remediation a connectivity of the user device is limited to a subscription remediation server; based on the required remediation, automatically retrieving a uniform resource indicator of the subscription remediation server from a pre-stored management object and generating a message to the uniform resource indicator of the subscription remediation server; in response to the message, receiving from the subscription remediation server at least one device management package; and in response to the receiving, executing at the user device the at least one device management package, wherein the executed at least one device management package causes, without user intervention, at least one of automatic creation of a new client certificate and automatic replacement of a password with a new value of the password at the user device in order to address the required subscription remediation.
An anode active material, consisting of spherical natural graphite and mosaic coke-based artificial graphite, wherein a weight ratio of the natural graphite to the mosaic coke-based artificial graphite is 1:0.1 to 1:1.
A drive device for lifting a vehicle engine hood to protect pedestrians, said drive device comprising - a pressure pipe in which a piston which can be driven by a drive gas can be moved along a linear guideway, - a piston rod connected to said piston, said piston rod having a connection point to be connected force-lockingly to a lifting gear for the engine hood at a rod portion projecting beyond a first guideway end of the pressure pipe, - a second connection point disposed at the second guideway end located opposite the first guideway end, for force-locking support of the pressure pipe on the vehicle body, wherein - said two connection points and are arranged at the pressure pipe in line with the linear guideway of the piston, and - a gas source supplying the drive gas, said gas source being disposed in a pressure pipe portion which is at an angle to the linear guideway, - characterized in that a sealing cap is connected by positive engagement to the rod portion projecting beyond the first guideway end of the pressure pipe and is disposed on the first guideway end of the pressure pipe with a press fit that is releasable during piston operation. - a pressure pipe in which a piston which can be driven by a drive gas can be moved along a linear guideway, - a piston rod connected to said piston, said piston rod having a connection point to be connected force-lockingly to a lifting gear for the engine hood at a rod portion projecting beyond a first guideway end of the pressure pipe, - a second connection point disposed at the second guideway end located opposite the first guideway end, for force-locking support of the pressure pipe on the vehicle body, wherein - said two connection points and are arranged at the pressure pipe in line with the linear guideway of the piston, and - a gas source supplying the drive gas, said gas source being disposed in a pressure pipe portion which is at an angle to the linear guideway, - characterized in that a sealing cap is connected by positive engagement to the rod portion projecting beyond the first guideway end of the pressure pipe and is disposed on the first guideway end of the pressure pipe with a press fit that is releasable during piston operation.
A method, comprising: obtaining an amplitude component of a transmission signal including transmission symbols distributed to a number of transmission resource blocks allocated to a radio transmitter for transmission; selecting filtering parameters according to the number of transmission resource blocks; low-pass filtering the amplitude component in a low-pass filter configured by the selected filtering parameters; and using the low-pass filtered amplitude component in power supply of a power amplifier configured to power-amplify a phase component of the transmission signal, wherein the step of selecting the filtering parameters comprises: determining the number of transmission resource blocks from transmission parameters allocated to the radio transmitter for transmission of the transmission signal; and selecting, from different sets of filtering parameters, the filtering parameters associated with the determined number of transmission resource, said different sets of filtering parameters being stored in a memory unit and each of them being linked to a different number of transmission resource blocks. obtaining an amplitude component of a transmission signal including transmission symbols distributed to a number of transmission resource blocks allocated to a radio transmitter for transmission; selecting filtering parameters according to the number of transmission resource blocks; low-pass filtering the amplitude component in a low-pass filter configured by the selected filtering parameters; and using the low-pass filtered amplitude component in power supply of a power amplifier configured to power-amplify a phase component of the transmission signal, wherein the step of selecting the filtering parameters comprises: determining the number of transmission resource blocks from transmission parameters allocated to the radio transmitter for transmission of the transmission signal; and selecting, from different sets of filtering parameters, the filtering parameters associated with the determined number of transmission resource, said different sets of filtering parameters being stored in a memory unit and each of them being linked to a different number of transmission resource blocks. determining the number of transmission resource blocks from transmission parameters allocated to the radio transmitter for transmission of the transmission signal; and selecting, from different sets of filtering parameters, the filtering parameters associated with the determined number of transmission resource, said different sets of filtering parameters being stored in a memory unit and each of them being linked to a different number of transmission resource blocks.
Method for producing a piston for an internal combustion engine, in which a groove is worked into a cast piston blank starting from a combustion chamber recess in largely radial direction and subsequently closed to form a cooling channel.