mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless positioning pen with a pressure-sensitive tip comprising an electric power source, optical system , inertial sensors and wireless technology, characterized in that the wireless positioning pen comprises a casing comprising a second casing in a rear part, wherein a top part of the casing comprises holes having fingerboards with buttons; wherein the casing comprises a sliding housed body with a battery therein, wherein a head is attached to a front part of the sliding housed body , and a first cover comprises a fastening mechanism attached to a bottom part of the sliding housed body , wherein the sliding housed body houses a printed circuit board comprising a first fixed part , a second fixed part , a third fixed part , and a fourth fixed part mutually interconnected with flexible parts , wherein the front part of the sliding housed body comprises the optical system configured for sliding thereof on a PCB fixed part bearing an optical sensor connected through a PCB flexible part to the fourth fixed part , wherein the head comprises a tip button having a cone part, an arm part and a light source , and in addition, a capacitive sensor , wherein the capacitive sensor comprises a fixed electrode built inside the first fixed part and a mobile electrode , and is one-sidedly signal-connected with an RC oscillator that is further signal-connected to a power manager , wherein applying a force (F1) on the cone part of the tip button towards a perpendicular plane of a longitudinal pen axis makes the tip button revolve around a tip rotation axis and transfers a force (F2) via the arm part of the tip button onto the mobile electrode which changes its electrical capacity due to approaching or departing of the flexible mobile electrode to or from the fixed electrode .
Method for providing a digital result image with the use of a microscope system , which comprises means (R, L, 41) for providing microscopic images using different numerical apertures and a digital image capturing unit , characterized in that the method includes capturing, in the form of digital individual images, at least two microscopic images by means of the digital image capturing unit with different numerical apertures and in each case comparing image areas of the digital individual images corresponding to one another with each other with respect to their image definition, wherein in each case the image areas of the digital individual images with the highest image definition are assembled to make the digital result image.
A motorcycle tire , comprising an annularly formed tread , wherein the tread has main grooves , wherein at least one of the main grooves has three or more widened portions (12aa-12af, 22aa-22ah) that are enlarged outward in a groove width direction in at least one of the groove wall on the first grounding side in the rotational direction and the groove wall on the later grounding side in the rotational direction, and wherein the at least one main groove has at least one section where the extending length along the groove wall between the tops of adjacent widened portions (12aa-12af, 22aa-22ah) is 0.3 to 50% longer than the length of the virtual straight line connecting the tops of the adjacent widened portions (12aa-12af, 22aa-22ah). wherein the tread has main grooves , wherein at least one of the main grooves has three or more widened portions (12aa-12af, 22aa-22ah) that are enlarged outward in a groove width direction in at least one of the groove wall on the first grounding side in the rotational direction and the groove wall on the later grounding side in the rotational direction, and wherein the at least one main groove has at least one section where the extending length along the groove wall between the tops of adjacent widened portions (12aa-12af, 22aa-22ah) is 0.3 to 50% longer than the length of the virtual straight line connecting the tops of the adjacent widened portions (12aa-12af, 22aa-22ah).
A mobile device comprising: a memory; and a processor, the mobile device configured to: determine that the user is dormant or inactive based on a backlight status of the mobile device; adjust the mobile device to go into a power saving mode if it is determined that the user is dormant or inactive based on a backlight status of the mobile device; notify a remote proxy server of the current power saving mode, wherein receipt of the notification causes the remote proxy server to stop sending messages; allow multiple transactions to accumulate for batch transfer during a period of time; initiate batch transfer of the multiple transactions after the period of time; wherein the batching capability is enabled or disabled based on user configuration, wherein the batching capability is further enabled or disabled on an application-by-application basis; wherein the initiated batch transfer occurs after determining that the user is dormant or inactive. a memory; and a processor, the mobile device configured to: determine that the user is dormant or inactive based on a backlight status of the mobile device; adjust the mobile device to go into a power saving mode if it is determined that the user is dormant or inactive based on a backlight status of the mobile device; notify a remote proxy server of the current power saving mode, wherein receipt of the notification causes the remote proxy server to stop sending messages; allow multiple transactions to accumulate for batch transfer during a period of time; initiate batch transfer of the multiple transactions after the period of time; wherein the batching capability is enabled or disabled based on user configuration, wherein the batching capability is further enabled or disabled on an application-by-application basis; wherein the initiated batch transfer occurs after determining that the user is dormant or inactive. determine that the user is dormant or inactive based on a backlight status of the mobile device; adjust the mobile device to go into a power saving mode if it is determined that the user is dormant or inactive based on a backlight status of the mobile device; notify a remote proxy server of the current power saving mode, wherein receipt of the notification causes the remote proxy server to stop sending messages; allow multiple transactions to accumulate for batch transfer during a period of time; initiate batch transfer of the multiple transactions after the period of time; wherein the batching capability is enabled or disabled based on user configuration, wherein the batching capability is further enabled or disabled on an application-by-application basis; wherein the initiated batch transfer occurs after determining that the user is dormant or inactive.
A remote monitoring device for a fleet of autonomous motor vehicles making it possible for an operator to pilot the fleet remotely and comprising at least one display screen , the monitoring device being able to receive at least one piece of information from at least a first sensor monitoring the environment of a vehicle of interest in the fleet, the monitoring device being able to display the at least one piece of information on the display screen , the monitoring device comprising: - a processing module configured to determine a measuring uncertainty of the at least one piece of information sent by the at least one first sensor and/or to measure a lag between the sending of the at least one piece of information by the at least one first sensor and the display of the at least one piece of information on the display screen ; and - a limiting module configured to limit the piloting of said vehicle of interest by the operator as a function of the determined uncertainty and/or the measured lag. - a processing module configured to determine a measuring uncertainty of the at least one piece of information sent by the at least one first sensor and/or to measure a lag between the sending of the at least one piece of information by the at least one first sensor and the display of the at least one piece of information on the display screen ; and - a limiting module configured to limit the piloting of said vehicle of interest by the operator as a function of the determined uncertainty and/or the measured lag.
An electronic device, wherein a surface (C) comprises a keyboard area (52; 62) used for inputting by using a keyboard, a touch area (54; 64) used for inputting by using a touchpad, and a palm rest (56, 58; 66, 68; 1210, 1220), the palm rest (56, 58; 66, 68; 1210, 1220) is made of a metal material, and at least one radiating slot (510; 520; 530; 540; 610; 620; 710; 810; 910; 1010; 1110) is disposed in the palm rest (56, 58; 66, 68; 1210, 1220), to form a slot antenna, wherein the at least one radiating slot (510; 520; 530; 540; 610; 620; 710; 810; 910; 1010; 1110) is an L-shaped radiating slot (610; 620; 710; 810; 910; 1010; 1110), wherein a first part of the L-shaped radiating slot (610; 620; 710; 810; 910; 1010; 1110) has a first feeding point (614; 714; 814; 914; 1014) and a first grounding point (612; 712; 812; 912; 1012), the first grounding point (612; 712; 812; 912; 1012) is closer to a first end of the first part than the first feeding point (614; 714; 814; 914; 1014), and the first grounding point (612; 712; 812; 912; 1012) is farther from a second end of the first part than the first feeding point (614; 714; 814; 914; 1014); and a second part of the L-shaped radiating slot (610; 620; 710; 810; 910; 1010; 1110) has a second feeding point (618; 718; 818; 918; 1018) and a second grounding point (616; 716; 816; 916; 1016), the second grounding point (616; 716; 816; 916; 1016) is closer to a third end of the second part than the second feeding point (618; 718; 818; 918; 1018), the second grounding point (616; 716; 816; 916; 1016) is farther from a fourth end of the second part than the second feeding point (618; 718; 818; 918; 1018), and the first end coincides with the third end. a first part of the L-shaped radiating slot (610; 620; 710; 810; 910; 1010; 1110) has a first feeding point (614; 714; 814; 914; 1014) and a first grounding point (612; 712; 812; 912; 1012), the first grounding point (612; 712; 812; 912; 1012) is closer to a first end of the first part than the first feeding point (614; 714; 814; 914; 1014), and the first grounding point (612; 712; 812; 912; 1012) is farther from a second end of the first part than the first feeding point (614; 714; 814; 914; 1014); and a second part of the L-shaped radiating slot (610; 620; 710; 810; 910; 1010; 1110) has a second feeding point (618; 718; 818; 918; 1018) and a second grounding point (616; 716; 816; 916; 1016), the second grounding point (616; 716; 816; 916; 1016) is closer to a third end of the second part than the second feeding point (618; 718; 818; 918; 1018), the second grounding point (616; 716; 816; 916; 1016) is farther from a fourth end of the second part than the second feeding point (618; 718; 818; 918; 1018), and the first end coincides with the third end.
A system for evacuating mobile robots operating in one or more zones in a building, said system comprising: mobile robots capable of receiving, using a sensor or receiver, one or more evacuation commands from a robot management system configured to control the mobile robots, wherein the one or more evacuation commands comprise information about one or more evacuation zones, wherein the system is configured to define an evacuation action to be performed at the one or more evacuation zones, said evacuation action directs the mobile robots operating in the one or more evacuation zones to leave the one or more evacuation zones and enter evacuation positions outside the one or more evacuation zones and inside the building in response to the one or more evacuation commands, wherein the evacuation positions are selected from the group consisting of dedicated parking lots for the mobile robots, specific compartments, and docking stations, characterized in that the mobile robots are configured to determine the shortest or fastest path out of the one or more evacuation zones and to the evacuation positions and communicate the determined path to the robot management system, wherein the robot management system is configured to identify and resolve conflicts between mobile robots attempting to evacuate to the same evacuation position by communicating a new evacuation position to some of the mobile robots and directing the mobile robots to leave the one or more evacuation zones and enter the evacuation position. mobile robots capable of receiving, using a sensor or receiver, one or more evacuation commands from a robot management system configured to control the mobile robots, wherein the one or more evacuation commands comprise information about one or more evacuation zones, wherein the system is configured to define an evacuation action to be performed at the one or more evacuation zones, said evacuation action directs the mobile robots operating in the one or more evacuation zones to leave the one or more evacuation zones and enter evacuation positions outside the one or more evacuation zones and inside the building in response to the one or more evacuation commands, wherein the evacuation positions are selected from the group consisting of dedicated parking lots for the mobile robots, specific compartments, and docking stations, characterized in that the mobile robots are configured to determine the shortest or fastest path out of the one or more evacuation zones and to the evacuation positions and communicate the determined path to the robot management system, wherein the robot management system is configured to identify and resolve conflicts between mobile robots attempting to evacuate to the same evacuation position by communicating a new evacuation position to some of the mobile robots and directing the mobile robots to leave the one or more evacuation zones and enter the evacuation position.
A method of controlling power consumption in a spectrometer for analysing aerosols, the method comprising: receiving a signal to operate the spectrometer ; in response to the signal, operating an air mover so that a flow of air is drawn through an inlet of the spectrometer and increasing a heat output from a heater whilst the air mover is drawing the flow of air through the inlet for desorbing substances from the inlet of the spectrometer, wherein the heat output is increased for a selected time period; after the selected time period has elapsed, whilst the air mover continues to draw air to be tested for aerosols into the inlet of the spectrometer past the heater : heating the air to vapourise an aerosol carried by the air; obtaining a sample from the heated air; and analysing the vapourised aerosol with the spectrometer . receiving a signal to operate the spectrometer ; in response to the signal, operating an air mover so that a flow of air is drawn through an inlet of the spectrometer and increasing a heat output from a heater whilst the air mover is drawing the flow of air through the inlet for desorbing substances from the inlet of the spectrometer, wherein the heat output is increased for a selected time period; after the selected time period has elapsed, whilst the air mover continues to draw air to be tested for aerosols into the inlet of the spectrometer past the heater : heating the air to vapourise an aerosol carried by the air; obtaining a sample from the heated air; and analysing the vapourised aerosol with the spectrometer . heating the air to vapourise an aerosol carried by the air; obtaining a sample from the heated air; and analysing the vapourised aerosol with the spectrometer .
A process (S) for manufacturing wedge glass , that is to say a glass sheet having a wedge-shaped section, suitable for being implemented in an installation for manufacturing float glass by floating a glass ribbon on a bath of molten metal , preferably of molten tin, in which the glass ribbon is drawn in a longitudinal direction of movement (L) from an upstream side of the bath , where molten glass is poured onto the molten metal , to a downstream side of the bath , where the glass ribbon leaves the bath , said glass ribbon being drawn at a speed V, called the lehr speed, by extractor rollers placed downstream of the bath , said glass ribbon in addition being stretched transversely and/or axially by a plurality of pairs of lateral wheels positioned on either side of the bath in contact with the upper surface of the glass ribbon , said process (S) being characterized in that it comprises a step of temporary variation of at least one mechanical parameter of said installation, said temporary variation introducing a local modification in the thickness of said glass ribbon in its longitudinal direction.
A gripper arm for a gripping device for the gripping, guiding and holding of bottle-like containers, comprising: - a base body , - a gripping section arranged on the base body , as well as - at least one actuating roller arranged and rotatably mounted on the base body for interacting with a control cam of the gripping device , wherein the at least one actuating roller is arranged on the base body so as to be replaceable, characterized in that the base body comprises a pin-like seating for the at least one actuating roller , wherein the pin-like seating has a bored hole for accommodating an opening means or a closing means . - a base body , - a gripping section arranged on the base body , as well as - at least one actuating roller arranged and rotatably mounted on the base body for interacting with a control cam of the gripping device , wherein the at least one actuating roller is arranged on the base body so as to be replaceable, characterized in that the base body comprises a pin-like seating for the at least one actuating roller , wherein the pin-like seating has a bored hole for accommodating an opening means or a closing means .
A method of transmitting data in a telecommunications system comprising a terminal and a base station , the terminal being operable to use a first random access procedure and a second random access procedure for the transmission of data to the base station, wherein, according to the first random access procedure, a terminal can initiate the procedure by transmitting a message comprising data and a random access preamble and, according to the second random access procedure, a terminal can only transmit data after receiving a response to an initiating message comprising a random access preamble, the method comprising: the terminal transmitting (S701) a first random access request message to the base station in accordance with the first random access procedure for transmitting the data to the base station, the first random access request message comprising at least part of the data and a first preamble; receiving at the terminal a random access response message comprising an indicator, the indicator directing the terminal to use the second random access procedure; determining by the terminal that the use of the first random access procedure has been unsuccessful based on the random access response message, and determining, by the terminal, that the terminal should use the second random access procedure based on the indicator; and upon determination (S702) that the use of the first random access procedure has been unsuccessful and that the terminal should use the second random access procedure, the terminal transmitting a second random access request message to the base station in accordance with the second random access procedure for transmitting the data to the base station, the second random access request message comprising a second preamble. the terminal transmitting (S701) a first random access request message to the base station in accordance with the first random access procedure for transmitting the data to the base station, the first random access request message comprising at least part of the data and a first preamble; receiving at the terminal a random access response message comprising an indicator, the indicator directing the terminal to use the second random access procedure; determining by the terminal that the use of the first random access procedure has been unsuccessful based on the random access response message, and determining, by the terminal, that the terminal should use the second random access procedure based on the indicator; and upon determination (S702) that the use of the first random access procedure has been unsuccessful and that the terminal should use the second random access procedure, the terminal transmitting a second random access request message to the base station in accordance with the second random access procedure for transmitting the data to the base station, the second random access request message comprising a second preamble.
A system, comprising: a memory having a block data structure representing a transaction for an asset having an identifier and at least one verifiable characteristic ; a blockchain in the memory linking one or more blocks having the block data structure; a verifier node that is a node among a set of nodes in data communication in a peer-to-peer network, each node in the set of nodes being capable of receiving a distributed copy of the blockchain , at least one of the nodes including the memory, wherein each verifier node holds a stake at risk , wherein each verifier node receives a reputational score , wherein each verifier node has a private key , wherein each verifier node is capable of verifying the verifiable characteristic of the asset and signing a new block with the private key ; and a consensus protocol in memory including rules for: receiving the stake at risk from the verifiers, providing the reputational score to the verifiers , verifying the verifiable characteristic of the asset by the verifiers, cryptographic verification by miners , adding the new block to the blockchain by the miners , providing the reward to the miners, and distributing the copy of the blockchain to each node . a memory having a block data structure representing a transaction for an asset having an identifier and at least one verifiable characteristic ; a blockchain in the memory linking one or more blocks having the block data structure; a verifier node that is a node among a set of nodes in data communication in a peer-to-peer network, each node in the set of nodes being capable of receiving a distributed copy of the blockchain , at least one of the nodes including the memory, wherein each verifier node holds a stake at risk , wherein each verifier node receives a reputational score , wherein each verifier node has a private key , wherein each verifier node is capable of verifying the verifiable characteristic of the asset and signing a new block with the private key ; and wherein each verifier node holds a stake at risk , wherein each verifier node receives a reputational score , wherein each verifier node has a private key , wherein each verifier node is capable of verifying the verifiable a consensus protocol in memory including rules for: receiving the stake at risk from the verifiers, providing the reputational score to the verifiers , verifying the verifiable characteristic of the asset by the verifiers, cryptographic verification by miners , adding the new block to the blockchain by the miners , providing the reward to the miners, and distributing the copy of the blockchain to each node .
Railway car for transporting passengers, comprising at least one passenger compartment and a heating system for the passenger compartment , the heating system comprising a source of infra-red radiation, characterised in that the heating system comprises at least one waveguide configured to guide the infra-red radiation generated by the source and a diffuser configured to illuminate at least a portion of the passenger compartment with the infra-red radiation.