mhurhangee/ep-ind-claims huggingface dataset:
A robotic mower boundary sensing system comprising a boundary driving circuit on a charging station transmitting an encoded signal on a boundary wire (103, 104); a boundary sensor on a robotic mower including an inductor receiving the encoded signal; and a vehicle control unit on the robotic mower receiving the encoded signal from the boundary sensor, decoding the signal and determining the distance of the boundary sensor to the boundary wire (103, 104), characterized in that the vehicle control unit cross correlates the received signal with a known waveform at a known distance to the boundary wire (103, 104) to determine the time lag difference between the known waveform and the received sampled waveform and to determine the distance of the boundary sensor to the boundary wire (103, 104).
A production method of an internally ribbed steel tube with a plurality of stripes of spiral ribs formed in a tube axis direction, characterized by comprising the steps of: straightening bends of a blank tube for the internally ribbed steel tube using a cross roll straightening machine; and cold drawing the straightened blank tube to form the spiral ribs.
Organic electroluminescent device comprising: a cathode; an anode; at least one emitting layer arranged between the cathode and the anode; at least one hole-transport layer arranged between the anode and the at least one emitting layer; and at least one hole-injection layer arranged between the anode and the at least one hole-transport layer, where the at least one hole-injection layer comprises at least 90% by weight, based on the total weight of the hole-injection layer, of at least one bismuth or gallium complex, where the hole-injection layer has a thickness of from 0.5 to 5 nm; and where the reduction potential of the bismuth or gallium complex is higher than or equal to -3.5 V and lower than or equal to 0.5 V vs. Fc/Fc +, determined by cyclic voltammetry. a cathode; an anode; at least one emitting layer arranged between the cathode and the anode; at least one hole-transport layer arranged between the anode and the at least one emitting layer; and at least one hole-injection layer arranged between the anode and the at least one hole-transport layer, where the at least one hole-injection layer comprises at least 90% by weight, based on the total weight of the hole-injection layer, of at least one bismuth or gallium complex, where the hole-injection layer has a thickness of from 0.5 to 5 nm; and where the reduction potential of the bismuth or gallium complex is higher than or equal to -3.5 V and lower than or equal to 0.5 V vs. Fc/Fc +, determined by cyclic voltammetry.
A method for operating a motor vehicle having at least one outer exterior rear-view device comprising at least one exterior camera (12, 14, 16), having the steps of: • detecting whether putting the motor vehicle into operation before a driver enters the motor vehicle is planned by detecting whether a measure for putting the motor vehicle into operation is being carried out comprising, in particular, actuating a transponder or key or touching a door handle of the motor vehicle, • following a positive detection: • determining, before the driver enters the motor vehicle, whether there is a dirt contamination of a predefined degree of dirt contamination and/or of a predefined type of dirt contamination on the at least one exterior camera (12, 14, 16), and • outputting at least one signal that, in the event of dirt contamination, requests the driver to clean the at least one exterior camera before the driver opens a door of the motor vehicle or takes a seat therein, characterized in that the at least one signal comprises at least one first signal, the first signal is outputted via at least one exterior display means (24, 26, 28, 30) of the motor vehicle, and the at least one outer exterior rear-view device comprises the at least one exterior display means (24, 26, 28, 30). • detecting whether putting the motor vehicle into operation before a driver enters the motor vehicle is planned by detecting whether a measure for putting the motor vehicle into operation is being carried out comprising, in particular, actuating a transponder or key or touching a door handle of the motor vehicle, • following a positive detection: • determining, before the driver enters the motor vehicle, whether there is a dirt contamination of a predefined degree of dirt contamination and/or of a predefined type of dirt contamination on the at least one exterior camera (12, 14, 16), and • outputting at least one signal that, in the event of dirt contamination, requests the driver to clean the at least one exterior camera before the driver opens a door of the motor vehicle or takes a seat therein, • determining, before the driver enters the motor vehicle, whether there is a dirt contamination of a predefined degree of dirt contamination and/or of a predefined type of dirt contamination on the at least one exterior camera (12, 14, 16), and • outputting at least one signal that, in the event of dirt contamination, requests the driver to clean the at least one exterior camera before the driver opens a door of the motor vehicle or takes a seat therein, the at least one signal comprises at least one first signal, the first signal is outputted via at least one exterior display means (24, 26, 28, 30) of the motor vehicle, and the at least one outer exterior rear-view device comprises the at least one exterior display means (24, 26, 28, 30).
Method for implementation of a communication system, said system comprising a communication device which is fitted in a motor vehicle, and at least one mobile device (SP, CID), said communication system being designed to ensure an exchange of data between the communication device and the at least one mobile device (SP, CID, smart watch), said communication device comprising a low-frequency communication interface and a wireless communication interface according to the Bluetooth Low Energy protocol in the advertising state; the communication device being able to communicate with said at least one mobile device, firstly in low-frequency mode and according to the BLE protocol; and secondly according to the BLE protocol alone, said method being characterized in that it comprises a step during which, after a triggering event in the vehicle, the wireless communication interface according to the Bluetooth Low Energy protocol goes from the advertising state to the scanning state.
A method for uplink transmission performed by a user equipment comprising a transmit chain and a receive chain, the method comprising: the receive chain receiving a resource allocation comprising a first uplink time-frequency resource, wherein the resource allocation is used to transmit, by the transmit chain, an uplink pilot sequence to a network element using a grant-free contention on the first uplink time-frequency resource, transmitting, by the transmit chain, the uplink pilot sequence to a network element using the first uplink time-frequency resource that only partially overlaps with a second uplink time-frequency resource, the second uplink time-frequency resource being allocated for the uplink data transmission of a different user equipment, wherein the second time-frequency resource comprises at least two time domain symbols, and wherein only partially overlapping means that the first time-frequency resource overlaps in all frequency subcarriers but only in one time domain symbol of the at least two time domain symbols with the second time-frequency resource and wherein the transmitted uplink pilot sequence is subject to interference from the uplink data transmission of the different user equipment. the receive chain receiving a resource allocation comprising a first uplink time-frequency resource, wherein the resource allocation is used to transmit, by the transmit chain, an uplink pilot sequence to a network element using a grant-free contention on the first uplink time-frequency resource, transmitting, by the transmit chain, the uplink pilot sequence to a network element using the first uplink time-frequency resource that only partially overlaps with a second uplink time-frequency resource, the second uplink time-frequency resource being allocated for the uplink data transmission of a different user equipment, wherein the second time-frequency resource comprises at least two time domain symbols, and wherein only partially overlapping means that the first time-frequency resource overlaps in all frequency subcarriers but only in one time domain symbol of the at least two time domain symbols with the second time-frequency resource and wherein the transmitted uplink pilot sequence is subject to interference from the uplink data transmission of the different user equipment.
A gas injector for supplying a gas or a gas mixture to a reaction region, comprising a) a base body with a gas channel; b) a first opening or a first group of openings in the base body, via which the gas or gas mixture passes from the first gas channel into the reaction region; c) a second opening or a second group of openings is provided in the base body, via which the gas or gas mixture likewise passes from the gas channel into the reaction region, wherein d) the openings (26, 27) or the group (54, 56) of openings (26, 27) are provided with a gas supply in the base body on the gas channel; characterized in that e) the gas supply is connected to the gas channel by a first connection part at a junction, wherein the first connection part is provided with a branch that leads to a bypass, and the bypass leads to a second opposing connection part on another junction, which is also connected to the gas channel of the base body, wherein the gas or gas mixture flows into the gas channel of the base body via the two junctions (46, 52). a) a base body with a gas channel; b) a first opening or a first group of openings in the base body, via which the gas or gas mixture passes from the first gas channel into the reaction region; c) a second opening or a second group of openings is provided in the base body, via which the gas or gas mixture likewise passes from the gas channel into the reaction region, wherein d) the openings (26, 27) or the group (54, 56) of openings (26, 27) are provided with a gas supply in the base body on the gas channel; characterized in that e) the gas supply is connected to the gas channel by a first connection part at a junction, wherein the first connection part is provided with a branch that leads to a bypass, and the bypass leads to a second opposing connection part on another junction, which is also connected to the gas channel of the base body, wherein the gas or gas mixture flows into the gas channel of the base body via the two junctions (46, 52).
Device for preparing at least a portion of an instrument carrier, comprising a casting mould, which comprises at least two cores for forming at least two mounting brackets and means for forming continuous welding means (16, 20), wherein the at least two cores each have an opening side, so that after a casting process the at least two cores can be removed from the casting mould by moving towards one another, whereby the at least two cores each define a chamber in the at least two mounting brackets, which each have an opening so that the openings face one another.
Underfloor cladding, for covering a vehicle floor on the downwardly directed outer side thereof, wherein the underfloor cladding has a surface with V-shaped and/or U-shaped formations on its outer side, which is directed downwards in the installed position, wherein the closed sides of the V-shaped and/or U-shaped formations in each case face the provided air flow, characterized in that the formations are formed by V-shaped and/or U-shaped steps, wherein the steps are formed in a sloping manner in the direction of the provided air flow in such a manner that said steps in each case have a higher step depth on the closed side thereof arranged upstream than at the open side arranged downstream.
A first access point, AP, for use in a network, comprising: a processor; and memory having instructions stored therein which, when executed by the processor, cause the first AP to: generate a first list of channels that are available for use by the first AP; determine one or more operating constraints for at least a first channel in the first list of channels, wherein the one or more operating constraints include a radio operation restriction that is based, at least in part, on a minimum frequency separation between the first channel and another channel to be concurrently utilized by the first AP; and transmit a channel preference report message to a Multi-AP Controller of the network, the channel preference report message including the first list of channels and the one or more operating constraints for at least the first channel. a processor; and memory having instructions stored therein which, when executed by the processor, cause the first AP to: generate a first list of channels that are available for use by the first AP; determine one or more operating constraints for at least a first channel in the first list of channels, wherein the one or more operating constraints include a radio operation restriction that is based, at least in part, on a minimum frequency separation between the first channel and another channel to be concurrently utilized by the first AP; and transmit a channel preference report message to a Multi-AP Controller of the network, the channel preference report message including the first list of channels and the one or more operating constraints for at least the first channel. generate a first list of channels that are available for use by the first AP; determine one or more operating constraints for at least a first channel in the first list of channels, wherein the one or more operating constraints include a radio operation restriction that is based, at least in part, on a minimum frequency separation between the first channel and another channel to be concurrently utilized by the first AP; and transmit a channel preference report message to a Multi-AP Controller of the network, the channel preference report message including the first list of channels and the one or more operating constraints for at least the first channel.
A contactless device comprising: • a foldable substrate in the form of a tape; • an antenna circuit tuned to a nominal frequency, including an antenna and a capacitor connected to the antenna; • a sacrificial impedance (C1s) connected to the antenna circuit to contribute to the tuning of the antenna circuit to the nominal frequency; and • a sacrificial structure comprising a conductive track connecting the sacrificial impedance to the antenna circuit, configured in compact meanders occupying the entire surface area of a region of interest of the substrate and having a pitch smaller than the diameter of a syringe needle for liquid extraction, such that a piercing of the region of interest by the syringe needle severs the conductive track. • a foldable substrate in the form of a tape; • an antenna circuit tuned to a nominal frequency, including an antenna and a capacitor connected to the antenna; • a sacrificial impedance (C1s) connected to the antenna circuit to contribute to the tuning of the antenna circuit to the nominal frequency; and • a sacrificial structure comprising a conductive track connecting the sacrificial impedance to the antenna circuit, configured in compact meanders occupying the entire surface area of a region of interest of the substrate and having a pitch smaller than the diameter of a syringe needle for liquid extraction, such that a piercing of the region of interest by the syringe needle severs the conductive track.
Process for the preparation of isocyanates by reaction of the corresponding amines with phosgene in the gas phase, wherein (i) the amine is converted into the gas phase in a vaporization space in the presence of from > 0.10 % by weight to 25 % by weight of a diluent, based on the total weight of diluent and amine; (ii) the gaseous stream obtained from (i) containing amine and diluent is reacted with a gaseous phosgene stream in a reaction space to give the corresponding isocyanate; characterized in that the diluent employed in step (i) contains between 90.0000 % by weight and 99.9999 % by weight of substances which are inert in the phosgenation process and between 0.0001 % by weight and 10.0000 % by weight of oxygen, in each case based on the weight of the diluent, and the molar ratio of amine to oxygen (O 2) in step (i) in the vaporization space is ≥ 1,000: 1. (i) the amine is converted into the gas phase in a vaporization space in the presence of from > 0.10 % by weight to 25 % by weight of a diluent, based on the total weight of diluent and amine; (ii) the gaseous stream obtained from (i) containing amine and diluent is reacted with a gaseous phosgene stream in a reaction space to give the corresponding isocyanate;
Acid buffering contraceptive including alginic acid, a bioadhesive compound and L-lactic acid in a pharmaceutically acceptable carrier, wherein the alginic acid has an average molecular weight between 100,000 to 200,000 g/mol; and wherein the alginic acid has a ratio of mannuronate:guluronate residues between 0.3 to 0.8.
A feeder system (10, 28, 42, 54) for metal casting comprising a feeder sleeve (12, 56) mounted on a tubular body (14, 30, 44, 58, 70); the tubular body (14, 30, 44, 58, 70) having a first end (18, 34, 46, 64, 72) and an opposite second end (22, 36, 50, 66, 74) and a compressible portion therebetween so that upon application of a force in use, the distance between the first and second ends (18, 34 46, 64, 72; 22, 36, 50, 66, 74) is reduced; the feeder sleeve (12, 56) having a longitudinal axis and comprising a continuous sidewall (16, 60) extending generally around the longitudinal axis that defines a cavity for receiving liquid metal during casting, the sidewall (16, 60) having a base (16a, 60a) adjacent the second end (22, 36, 50, 66, 74) of the tubular body (14, 30, 44, 58, 70); the tubular body (14, 30, 44, 58, 70) defining an open bore therethrough for connecting the cavity to the casting, wherein at least one cut-out (24, 62) extends into the sidewall (16, 60) from the base (16a, 60a) and the second end (22, 36, 50, 66, 74) of the tubular body (14, 30, 44, 58, 70) projects into the cut-out (24, 62) to a fixed depth.
An apparatus comprising: an electro-acoustic transducer; a frame supporting the transducer; and an enclosure comprising first and second enclosure members each coupled to the frame, at least one of the enclosure members comprising foam, wherein the first and second enclosure members essentially define the shape and volume of the enclosure, wherein the frame defines an enclosure member mounting structure lying in a frame plane, wherein the transducer comprises a front radiating surface that moves along a transducer axis, and the transducer axis is generally parallel to the frame plane, wherein the enclosure member mounting structure defines opposed surfaces to which the first and second enclosure members are directly mounted, and wherein the opposed surfaces of the enclosure member mounting structure are complementary to respective inner peripheral faces of the first and second enclosure members to allow the first and second enclosure members to be coupled to the frame in a manner that is essentially air tight. an electro-acoustic transducer; a frame supporting the transducer; and an enclosure comprising first and second enclosure members each coupled to the frame, at least one of the enclosure members comprising foam, wherein the first and second enclosure members essentially define the shape and volume of the enclosure, wherein the frame defines an enclosure member mounting structure lying in a frame plane, wherein the transducer comprises a front radiating surface that moves along a transducer axis, and the transducer axis is generally parallel to the frame plane, wherein the enclosure member mounting structure defines opposed surfaces to which the first and second enclosure members are directly mounted, and wherein the opposed surfaces of the enclosure member mounting structure are complementary to respective inner peripheral faces of the first and second enclosure members to allow the first and second enclosure members to be coupled to the frame in a manner that is essentially air tight.
A system comprising a remote control device and a security device, both devices sharing a common key (Ka), algorithms or protocol specific to a pair formed by the remote control device and the security device, the common key (Ka) being generated, during a device initialization phase, on the basis of at least an identifier of the remote control device or an identifier of the security device or both the identifier of the remote control device and the identifier of the security device, the remote control device is configured to transmit wirelessly data to a receiver comprising the security device, the remote control device being paired with the security device is characterized in that it comprises encryption means and a memory to store the common key (Ka), algorithms or protocol, the data sent by the remote control device being encrypted by the encryption means with the common key (Ka), the security device comprising decryption means, a key corresponding to the common key (Ka) and algorithms or protocol, to decrypt the received data, the remote control device further comprises a transmitter configured to transmit a pairing data download request to the security device, said security device being configured to forward the request to a managing center, the pairing data being transmitted by the managing center to the remote control device via the security device.
A method being performed on a computer processor, said method comprising: receiving a user scoring policy; receiving a URL access policy; receiving a URL request comprising a first URL from a first user, said URL access policy comprising a scoring algorithm for said first URL; transmitting said first URL to a URL reputation service and receiving a first classification for said first URL from said URL reputation service, said classification comprising a plurality of classes applicable to said first URL, the plurality of classes comprising at least one class which is permitted by the access policy and at least one class which is denied by the access policy; updating a user score for said first user based on each of said plurality of classes and a current user score, said updating being at least partially defined in said user scoring policy; analyzing the first URL classification and creating a score for the first URL by using the access policy; and permitting or denying access to said first URL based on said user score and said score for the first URL. receiving a user scoring policy; receiving a URL access policy; receiving a URL request comprising a first URL from a first user, said URL access policy comprising a scoring algorithm for said first URL; transmitting said first URL to a URL reputation service and receiving a first classification for said first URL from said URL reputation service, said classification comprising a plurality of classes applicable to said first URL, the plurality of classes comprising at least one class which is permitted by the access policy and at least one class which is denied by the access policy; updating a user score for said first user based on each of said plurality of classes and a current user score, said updating being at least partially defined in said user scoring policy; analyzing the first URL classification and creating a score for the first URL by using the access policy; and permitting or denying access to said first URL based on said user score and said score for the first URL.