mhurhangee/ep-ind-claims huggingface dataset:
Outer wall, in particular front covering, of a motor vehicle, having a sensor device designed for installing in the outer wall, in particular in the front covering, of the motor vehicle, in particular radar sensor device, having a sensor which is provided in a sensor housing, having a sensor protective covering which is directed towards the outer side of the vehicle and is permeable at least in regions to signals which can be detected by the sensor, wherein the outer wall, in particular the front covering, is provided with an opening or recess which is designed for receiving the sensor device, and the clear width of the opening in the width direction and/or in the vertical direction of the motor vehicle is greater than the corresponding size of the sensor protective cover such that a clearance is formed between the edge of the opening or recess and the sensor protective covering in the installed state, the clearance making it possible for the head wind to flow at least in regions past the sensor device installed in the outer wall, in particular in the front covering, wherein the sensor protective covering has a trough-shaped configuration with a front end wall and a side wall projecting rearwards laterally from the latter.
A turbomachine seal plate, comprising: a metallic substrate including a first material and defining a surface having a substrate width, wherein the substrate includes a first terminus extension that is raised and extends orthogonally relative to the substrate from a terminus portion, the first terminus extension extending outwardly relative to the surface up to a terminus extension height; and a coating including a second material and covering the surface of the substrate, wherein the coating includes a coating width, the coating abutting a side of the first terminus extension, wherein the first terminus extension is a first corner extension and wherein the terminus portion is a corner of the substrate, the first corner extension extending outwardly relative to the surface up to the terminus extension height, and wherein the first corner extension is defined as having a semi-triangular cross-section having (i) two straight sides, each of the straight sides flush with an outer side of the substrate and (ii) a curved side that abuts the coating, characterised in that the curved side includes a recess defined therein such that the curved side is configured to allow the coating to extend at least partially into the first corner extension. a metallic substrate including a first material and defining a surface having a substrate width, wherein the substrate includes a first terminus extension that is raised and extends orthogonally relative to the substrate from a terminus portion, the first terminus extension extending outwardly relative to the surface up to a terminus extension height; and a coating including a second material and covering the surface of the substrate, wherein the coating includes a coating width, the coating abutting a side of the first terminus extension, wherein the first terminus extension is a first corner extension and wherein the terminus portion is a corner of the substrate, the first corner extension extending outwardly relative to the surface up to the terminus extension height, and wherein the first corner extension is defined as having a semi-triangular cross-section having (i) two straight sides, each of the straight sides flush with an outer side of the substrate and (ii) a curved side that abuts the coating, characterised in that the curved side includes a recess defined therein such that the curved side is configured to allow the coating to extend at least partially into the first corner extension.
A resource configuration information transmission method, comprising: generating, by a first node, indication information, wherein the indication information is used to indicate a resource multiplexing type that can be supported between a mobile terminal of the first node and each of one or more subunits of a distributed unit of the first node, the resource multiplexing type comprises time division multiplexing, TDM, space division multiplexing, SDM, or full-duplex multiplexing; and sending, by the first node, the indication information to a second node, wherein the second node is a parent node of the first node. generating, by a first node, indication information, wherein the indication information is used to indicate a resource multiplexing type that can be supported between a mobile terminal of the first node and each of one or more subunits of a distributed unit of the first node, the resource multiplexing type comprises time division multiplexing, TDM, space division multiplexing, SDM, or full-duplex multiplexing; and sending, by the first node, the indication information to a second node, wherein the second node is a parent node of the first node.
A dental filling and restorative material kit, comprising: a polymerizable composition for a dentin restorative material for restoring a dentin portion; and a polymerizable composition for an enamel restorative material to be layered on the dentin restorative material, wherein the polymerizable composition for a dentin restorative material and the polymerizable composition for an enamel restorative material have different color tones, wherein a polymer of a polymerizable monomer (a) in the polymerizable composition for a dentin restorative material has a refractive index n D a from 1.53 to 1.60 and a polymer of a polymerizable monomer (b) in the polymerizable composition for an enamel restorative material has a refractive index n D b from 1.45 to 1.57, and wherein a difference (n D a -n D b) between the refractive index n D a of a polymer of a polymerizable monomer (a) in the polymerizable composition for a dentin restorative material and the refractive index n D b of a polymer of a polymerizable monomer (b) in the polymerizable composition for an enamel restorative material is 0.005 or more. a polymerizable composition for a dentin restorative material for restoring a dentin portion; and a polymerizable composition for an enamel restorative material to be layered on the dentin restorative material, wherein the polymerizable composition for a dentin restorative material and the polymerizable composition for an enamel restorative material have different color tones, wherein a polymer of a polymerizable monomer (a) in the polymerizable composition for a dentin restorative material has a refractive index n D a from 1.53 to 1.60 and a polymer of a polymerizable monomer (b) in the polymerizable composition for an enamel restorative material has a refractive index n D b from 1.45 to 1.57, and wherein a difference (n D a -n D b) between the refractive index n D a of a polymer of a polymerizable monomer (a) in the polymerizable composition for a dentin restorative material and the refractive index n D b of a polymer of a polymerizable monomer (b) in the polymerizable composition for an enamel restorative material is 0.005 or more.
Method for checking the functionality of an optical sensor, which monitors radiation from a radiation source, wherein the optical sensor when subjected to the radiation source generates a cut-off signal for the radiation source, characterised in that as the optical sensor a sensor with dark current pulses is used, which are evaluated as a functionality signal of the sensor.
A syringe with high safety in use, comprising a syringe body adapted to accommodate slidingly a plunger, the syringe body having a protruding end that is adapted to allow mating of a base end of a needle, characterized in that the syringe comprises means for removing the needle and/or a cap of the needle which are interposed between said syringe body and said base end of the needle, said needle removal means being adapted to be moved in a rotary direction for removal of the needle and/or of the protective cap of the needle, the rotary movement of said needle removal means causing a sliding of said needle removal means on an end part of the body of the syringe.
A hydraulic pump with an integrated buffer tank, comprising a path for the liquid from at least one suction inlet of the liquid into the pump to a discharge outlet of the liquid from the pump and, along said path, - downstream of said inlet, a pressure section configured to increase the pressure of the liquid, - downstream of said pressure section, a buffer tank of pressurized liquid comprising an elastically variable storage volume and an elastic opposing system of the expansion of said storage volume, so that an increase in the pressure of the liquid in said tank corresponds to an expansion of the storage volume overcoming the opposition of said opposing system, while a decrease in the pressure of the liquid in the tank corresponds to a contraction of said storage volume, characterized in that said buffer tank comprises a plurality of distinct liquid storage chambers (20 I -20 IV), each at least partly elastically expansible, all at the same discharge pressure of the liquid, said chambers (20 I -20 IV) being subject to said opposing system adapted to oppose their expansion. - downstream of said inlet, a pressure section configured to increase the pressure of the liquid, - downstream of said pressure section, a buffer tank of pressurized liquid comprising an elastically variable storage volume and an elastic opposing system of the expansion of said storage volume, so that an increase in the pressure of the liquid in said tank corresponds to an expansion of the storage volume overcoming the opposition of said opposing system, while a decrease in the pressure of the liquid in the tank corresponds to a contraction of said storage volume,
A resin system comprising a plurality of engineered crosslinked thermoplastic particles; a thermosetting resin; wherein the engineered crosslinked thermoplastic particles are substantially insoluble in the thermosetting resin upon curing; and wherein the engineered crosslinked thermoplastic particles are capable of swelling in the thermosetting resin upon curing. a plurality of engineered crosslinked thermoplastic particles; a thermosetting resin; wherein the engineered crosslinked thermoplastic particles are substantially insoluble in the thermosetting resin upon curing; and wherein the engineered crosslinked thermoplastic particles are capable of swelling in the thermosetting resin upon curing.
A method of operating a door communication system comprising the steps of: a. Generating a request for establishing a visual communication link between a door station and at least one home station of the door communication system, wherein at least one image is captured with a camera of the door station; b. Checking the at least one image taken by the door station for the presence of at least one image error in the image, wherein an image having an image error is determined to be defective; characterized by c. Transmitting the image determined to be defective to an image correction server located outside the door communication system; d. Performing at least one image correction by the image correction server on the at least one image determined to be defective, thereby obtaining a corrected image; and e. Transferring the corrected image from the image correction server to a memory of the door communication system. a. Generating a request for establishing a visual communication link between a door station and at least one home station of the door communication system, wherein at least one image is captured with a camera of the door station; b. Checking the at least one image taken by the door station for the presence of at least one image error in the image, wherein an image having an image error is determined to be defective; characterized by c. Transmitting the image determined to be defective to an image correction server located outside the door communication system; d. Performing at least one image correction by the image correction server on the at least one image determined to be defective, thereby obtaining a corrected image; and e. Transferring the corrected image from the image correction server to a memory of the door communication system.
A hearing aid (10, 11) comprising: - a first memory segment for storing settings for configuring the hearing aid (10, 11); - a transceiver adapted for establishing a wireless connection to an Internet enabled personal communication device; - a second memory segment for storing at least one security element; - a processor allowing editing of settings stored in said first memory segment for configuring the hearing aid (10, 11) under control of said at least one security element; characterized in that - said at least one security element is adapted for setting up a secure session between the hearing aid (10, 11) and a remote server via the personal communication device acting as a gateway; - the processor is adapted for allowing the remote server to edit settings stored in said first memory segment for configuring the hearing aid (10, 11) during the secure session set up under control of said at least one security element, wherein - said security element is a first root certificate, and wherein data exchanged during the secure session is encrypted by means of a key included in said at least one security element. - a first memory segment for storing settings for configuring the hearing aid (10, 11); - a transceiver adapted for establishing a wireless connection to an Internet enabled personal communication device; - a second memory segment for storing at least one security element; - a processor allowing editing of settings stored in said first memory segment for configuring the hearing aid (10, 11) under control of said at least one security element; characterized in that - said at least one security element is adapted for setting up a secure session between the hearing aid (10, 11) and a remote server via the personal communication device acting as a gateway; - the processor is adapted for allowing the remote server to edit settings stored in said first memory segment for configuring the hearing aid (10, 11) during the secure session set up under control of said at least one security element, wherein - said security element is a first root certificate, and wherein data exchanged during the secure session is encrypted by means of a key included in said at least one security element.
An illumination device comprising: - a light source, arranged to generate light source light, comprising: - a LED, arranged to generate LED light; - a carrier comprising a first luminescent material, wherein the carrier is in contact with the LED, and wherein the first luminescent material is arranged to convert at least part of the LED light into first luminescent material light, wherein the carrier comprises a luminescent ceramic; and - a transmissive arrangement of a second luminescent material, arranged remote from the light source, and arranged to convert at least part of the first luminescent material light, or at least part of the LED light and at least part of the first luminescent material light into second luminescent material light, characterised in that - the transmissive arrangement comprises a transmissive ceramic luminescent material, - the transmissive ceramic luminescent material has relatively high light scattering properties compared to the luminescent ceramic. - a light source, arranged to generate light source light, comprising: - a LED, arranged to generate LED light; - a carrier comprising a first luminescent material, wherein the carrier is in contact with the LED, and wherein the first luminescent material is arranged to convert at least part of the LED light into first luminescent material light, wherein the carrier comprises a luminescent ceramic; and - a transmissive arrangement of a second luminescent material, arranged remote from the light source, and arranged to convert at least part of the first luminescent material light, or at least part of the LED light and at least part of the first luminescent material light into second luminescent material light, - the transmissive arrangement comprises a transmissive ceramic luminescent material, - the transmissive ceramic luminescent material has relatively high light scattering properties compared to the luminescent ceramic.
A nasal interface device for delivering a breathing gas to a patient, the device comprising a nasal insert having first and second nasal prongs (110,112) for insertion into nostrils of the patient, the nasal insert being adapted to deliver pressurized breathing gas to a nasal cavity of the patient, and to receive and direct expired air, the nasal insert having a pressurized breathing gas delivery port and an expired gas port; and characterized in that the expired gas port comprises a first expiratory gas line and a second expiratory gas line, the first and second expiratory gas lines (104, 106) being in fluid communication with an expiratory limb tubing which is further connected to the expiratory limb pressure regulator, the nasal insert further comprises a tee flow deflector having an inlet end coupled to the pressurized breathing gas delivery port and a pair of outlet ends in fluid communication with the pressurized breathing gas delivery port and adapted to direct expired air toward the expiratory gas lines (104,106).
A fluid transfer guiding/controlling device, comprising a power transfer/distribution unit and a switch member, the power transfer/distribution unit having a first chamber and a second chamber, multiple bypass flow ways (1130,1131,1132) are disposed in the first chamber, the switch member being formed with an internal flow guide passage disposed in the first and second chambers (101, 102) in communication therewith, the switch member further having a first flow guide window and a second flow guide window respectively in communication with the flow guide passage, the positions of the first and second flow guide windows (26, 27) being synchronously switchable with the switch member, characterized in that multiple stop sections (1150,1151,1152,1153) are disposed in the second chamber, the stop sections (1150,1151,1152,1153) being at least partially arranged corresponding to the bypass flow ways (1130,1131,1132), communication notches being disposed between the stop sections (1150,1151,1152,1153), a circulation flow way is further disposed in the first chamber in communication with outer side of the power transfer/distribution unit, the communication notches are in communication with each other via a circulation passage, the circulation passage being in communication with the circulation flow way via a circulation passageway, whereby the communication notches being in communication with an outer side of the power transfer/distribution unit, whereby when switching the positions, the first flow guide window is switched between the bypass flow ways (1130, 1131, 1132) to communicate with one of the bypass flow ways (1130, 1131, 1132), while the second flow guide window is gradually moved from a position corresponding to one of the stop sections (1150,1151,1152,1153) to a position where the second flow guide window communicates with an adjacent communication notch so that part of the fluid in the flow guide passage can flow through the second flow guide window and the corresponding communication notch to discharge to outer side of the power transfer/distribution unit.
A fluorinated compound comprising: (i) a fluorochemical oligomeric portion comprising an aliphatic backbone comprising polymerized (meth)acrylate monomeric units, each having a perfluorinated terminal C4-C6 aliphatic group, and an organic residue obtained by removing a hydrogen atom from a functionalized chain transfer agent, wherein: the polymerized (meth)acrylate units are present in a molar ratio of at least 6:1 relative to the functionalized chain transfer agent; and the (meth)acrylate units comprise 0-30 mole-% acrylate units and 70-100 mole-% methacrylate units; (ii) a fluorine-free hydrocarbon moiety; (iii) a di-, tri-, or polymeric isocyanate-derived linking group; and (iv) a group that imparts a durable property when the compound is applied to a fibrous substrate. (i) a fluorochemical oligomeric portion comprising an aliphatic backbone comprising polymerized (meth)acrylate monomeric units, each having a perfluorinated terminal C4-C6 aliphatic group, and an organic residue obtained by removing a hydrogen atom from a functionalized chain transfer agent, wherein: the polymerized (meth)acrylate units are present in a molar ratio of at least 6:1 relative to the functionalized chain transfer agent; and the (meth)acrylate units comprise 0-30 mole-% acrylate units and 70-100 mole-% methacrylate units; the polymerized (meth)acrylate units are present in a molar ratio of at least 6:1 relative to the functionalized chain transfer agent; and the (meth)acrylate units comprise 0-30 mole-% acrylate units and 70-100 mole-% methacrylate units; (ii) a fluorine-free hydrocarbon moiety; (iii) a di-, tri-, or polymeric isocyanate-derived linking group; and (iv) a group that imparts a durable property when the compound is applied to a fibrous substrate.
An output driver circuit with an open-drain output and an external pull-up resistor, comprising: a constant-current circuit which supplies a constant current; a constant-current mirror MOS transistor which generates a voltage based on the constant current; a selector circuit which receives the voltage based on the constant current that is generated by the constant-current mirror MOS transistor and a voltage of a first supply terminal and outputs one of the received voltages according to a signal supplied to an input terminal of the output driver circuit; an output MOS transistor having a gate thereof connected to an output terminal of the selector circuit, a drain thereof connected to an output terminal of the output driver circuit, and a source thereof connected to the first supply terminal; and the external pull-up resistor connected between the output terminal and a second supply terminal, wherein, when the selector circuit outputs the voltage based on the constant current that is generated by the constant-current mirror MOS transistor to the gate of the output MOS transistor: the constant-current mirror MOS transistor and the output MOS transistor constitute a current mirror circuit, and a current flowing between the source and the drain of the output MOS transistor is thus limited by the voltage based on the constant current being applied to the gate of the output MOS transistor. a constant-current circuit which supplies a constant current; a constant-current mirror MOS transistor which generates a voltage based on the constant current; a selector circuit which receives the voltage based on the constant current that is generated by the constant-current mirror MOS transistor and a voltage of a first supply terminal and outputs one of the received voltages according to a signal supplied to an input terminal of the output driver circuit; an output MOS transistor having a gate thereof connected to an output terminal of the selector circuit, a drain thereof connected to an output terminal of the output driver circuit, and a source thereof connected to the first supply terminal; and the external pull-up resistor connected between the output terminal and a second supply terminal, wherein, when the selector circuit outputs the voltage based on the constant current that is generated by the constant-current mirror MOS transistor to the gate of the output MOS transistor: the constant-current mirror MOS transistor and the output MOS transistor constitute a current mirror circuit, and a current flowing between the source and the drain of the output MOS transistor is thus limited by the voltage based on the constant current being applied to the gate of the output MOS transistor. the constant-current mirror MOS transistor and the output MOS transistor constitute a current mirror circuit, and a current flowing between the source and the drain of the output MOS transistor is thus limited by the voltage based on the constant current being applied to the gate of the output MOS transistor.