mhurhangee/ep-ind-claims huggingface dataset:
A method of configuring an integrated-circuit radio communication device, wherein: the device comprises memory, radio communication logic, interrupt-interface logic, and a processor having a hardware-interrupt input line; the interrupt-interface logic is separate from the processor and comprises: input logic for receiving a signal generated by software executing on the device, and output logic arranged to assert the hardware-interrupt input line of the processor in response to receiving a software-generated signal at the input logic; the memory contains a firmware module comprising i) instructions for controlling the radio communication logic according to a predetermined radio protocol, and ii) an interrupt routine comprising instructions for receiving an identification of a radio communication function in the firmware module and for invoking the identified radio communication function; and the device is configured to invoke the interrupt routine in response to an assertion of the hardware-interrupt input line of the processor, the method comprising loading a software application into the memory of the device, wherein the software application comprises instructions for invoking a radio communication function in the firmware module by i) generating a signal to the interrupt-interface logic to cause the interrupt-interface logic to assert the hardware-interrupt input line of the processor, and ii) by identifying the radio communication function to be invoked to the interrupt routine. the device comprises memory, radio communication logic, interrupt-interface logic, and a processor having a hardware-interrupt input line; the interrupt-interface logic is separate from the processor and comprises: input logic for receiving a signal generated by software executing on the device, and output logic arranged to assert the hardware-interrupt input line of the processor in response to receiving a software-generated signal at the input logic; the memory contains a firmware module comprising i) instructions for controlling the radio communication logic according to a predetermined radio protocol, and ii) an interrupt routine comprising instructions for receiving an identification of a radio communication function in the firmware module and for invoking the identified radio communication function; and the device is configured to invoke the interrupt routine in response to an assertion of the hardware-interrupt input line of the processor,
A computer implemented method performed by a security system, wherein the security system comprises: - a first computing device having a graphical user interface, the first computing device arranged at a first geographical location, - a second mobile computing device adapted to be handled by an operator, and - a server connected to the first computing device and the second mobile computing device over a network, wherein the method comprises the steps of: - receiving, at the server, a current geographical location of the second mobile computing device, - comparing, at the server, a geographical location for a security task assigned to the operator to be performed at the first geographical location with the current geographical location of the second mobile computing device, and - presenting, if a result of the comparison indicates that the second mobile computing device is at the first geographical location, information at the GUI of the first computing device to allow the second mobile computing device or an identity of the operator of the second mobile computing device to be verified, wherein: - the first computing device comprises a biometric sensor, and - the information presented at the GUI of the first computing device comprises a request for a biometric input relating to the operator to be acquired using the biometric sensor of the first computing device. - a first computing device having a graphical user interface, the first computing device arranged at a first geographical location, - a second mobile computing device adapted to be handled by an operator, and - a server connected to the first computing device and the second mobile computing device over a network, - receiving, at the server, a current geographical location of the second mobile computing device, - comparing, at the server, a geographical location for a security task assigned to the operator to be performed at the first geographical location with the current geographical location of the second mobile computing device, and - presenting, if a result of the comparison indicates that the second mobile computing device is at the first geographical location, information at the GUI of the first computing device to allow the second mobile computing device or an identity of the operator of the second mobile computing device to be verified, - the first computing device comprises a biometric sensor, and - the information presented at the GUI of the first computing device comprises a request for a biometric input relating to the operator to be acquired using the biometric sensor of the first computing device.
A secondary battery comprising: an electrode assembly in which a first electrode plate and a second electrode plate are alternately stacked; and a case for accommodating the electrode assembly, wherein the first electrode plate includes an outer electrode plate located at the outermost part of the electrode assembly, and an inner electrode plate located inside the electrode assembly, wherein the inner electrode plate comprises a plurality of inner electrode plates of the same size, wherein the second electrode plate comprises a plurality of second electrode plates of the same size, and and the outer electrode plate is smaller than the plurality of inner electrode plates and the plurality of second electrode plates. an electrode assembly in which a first electrode plate and a second electrode plate are alternately stacked; and a case for accommodating the electrode assembly, wherein the first electrode plate includes an outer electrode plate located at the outermost part of the electrode assembly, and an inner electrode plate located inside the electrode assembly, wherein the inner electrode plate comprises a plurality of inner electrode plates of the same size, wherein the second electrode plate comprises a plurality of second electrode plates of the same size, and and the outer electrode plate is smaller than the plurality of inner electrode plates and the plurality of second electrode plates.
Liquefied-fluid storage tank comprising a storage wall the inner surface of which defines a storage volume for liquefied fluid, and an outer wall disposed in a spaced manner around the storage wall, the space between said walls (1, 5) being maintained in a vacuum at a pressure less than atmospheric pressure and comprising a thermal insulation layer, the tank comprising an exchanger for cooling the fluid contained in the tank in particular to condense vapours of said fluid, the cooling exchanger comprising a body of metal, in particular aluminium, the body being in contact with and attached to the outer surface of the storage wall, characterised in that in the body of metal is integrated at least one pipe of a coolant fluid circuit to cool said body and in that the body is connected to the outer wall and to the pipe(s) by casting of metal in liquid form at melting temperature on the storage wall and round the pipe or pipes, i.e. the pipe or pipes are embedded in the body, the body being overmoulded on the outer wall and the pipes.
Adjusting valve for adjusting a control chamber pressure of a pressure medium brake for railway vehicles, having: a slide piston receptacle with a slide piston guide, a slide piston which is guided in the slide piston guide and can be moved bidirectionally in a direction of movement predefined by the slide piston guide, a first connecting section which fluidically connects a main pressure medium line to the slide piston receptacle via at least a first connecting opening on the slide piston receptacle side, a second connecting section which fluidically connects a control chamber to the slide piston receptacle via at least one second connecting opening on the slide piston receptacle side, wherein the at least one second connecting opening on the slide piston receptacle side is spaced apart from the at least one first connecting opening on the slide piston receptacle side in the direction of movement of the slide piston, and an adjusting volume receiving chamber (Av) which is fluidically connected via a third connecting section to the slide piston receptacle via at least one third connecting opening on the slide piston receptacle side, wherein the slide piston is configured such that, in at least a first position of the slide piston in the direction of movement, the adjusting volume receiving chamber (Av) can be fluidically connected to the control chamber via the third connecting section and the second connecting section. a slide piston receptacle with a slide piston guide, a slide piston which is guided in the slide piston guide and can be moved bidirectionally in a direction of movement predefined by the slide piston guide, a first connecting section which fluidically connects a main pressure medium line to the slide piston receptacle via at least a first connecting opening on the slide piston receptacle side, a second connecting section which fluidically connects a control chamber to the slide piston receptacle via at least one second connecting opening on the slide piston receptacle side, wherein the at least one second connecting opening on the slide piston receptacle side is spaced apart from the at least one first connecting opening on the slide piston receptacle side in the direction of movement of the slide piston, and an adjusting volume receiving chamber (Av) which is fluidically connected via a third connecting section to the slide piston receptacle via at least one third connecting opening on the slide piston receptacle side, wherein the slide piston is configured such that, in at least a first position of the slide piston in the direction of movement, the adjusting volume receiving chamber (Av) can be fluidically connected to the control chamber via the third connecting section and the second connecting section.
An electric work vehicle, comprising: - a body frame; - a battery above the body frame; - a motor drivable on electric power supplied by the battery; - a travel device (10, 11) drivable by the motor; and - a cooling fan positioned forward of the battery and configured to send cooling air to the battery, - wherein the body frame and the battery define a ventilation space in-between, and - the cooling fan extends in an up-down direction of a machine body to face both the battery and the ventilation space, characterized in that - the motor is under the battery, - the motor and the battery define a second space in-between, - the second space is part of the ventilation space, - the motor is in contact with the ventilation space, and - the electric work vehicle further comprises a wind guide plate positioned under the battery and forward of the second space and facing toward the cooling fan. - a body frame; - a battery above the body frame; - a motor drivable on electric power supplied by the battery; - a travel device (10, 11) drivable by the motor; and - a cooling fan positioned forward of the battery and configured to send cooling air to the battery, - wherein the body frame and the battery define a ventilation space in-between, and - the cooling fan extends in an up-down direction of a machine body to face both the battery and the ventilation space, characterized in that - the motor is under the battery, - the motor and the battery define a second space in-between, - the second space is part of the ventilation space, - the motor is in contact with the ventilation space, and - the electric work vehicle further comprises a wind guide plate positioned under the battery and forward of the second space and facing toward the cooling fan.
A machine tool including a machine rack constructed of structural parts and components mounted thereon, said components comprising functional components which generate heat during operation of said machine tool, wherein the heat enters said structural parts and/or said components by heat transport, said machine tool comprising: a flow channel system including first and second flow channels, in which a tempering medium is circulated, said flow channel system being disposed in first areas and second areas spaced apart from said first areas on said structural parts and/or said components of said machine tool such that the heat generated by said functional components is distributed in said machine rack and in said components due to passage of said tempering medium therethrough, wherein the heat input into said second areas produced by said functional components is less than the heat input into said first areas so as to equalize the temperature gradient in said machine tool exclusively by circulating said tempering medium in said flow channel system, characterized in that said flow channels of said flow channel system are formed as hollow profiles and are disposed on a surface of said components of said machine tool, and, said machine tool comprises a machine bed and a machine post, and that said flow channels of said flow channel system are disposed on an upper side and a lower side along edges of said machine bed and on an upper side and a lower side along edges of said post. a flow channel system including first and second flow channels, in which a tempering medium is circulated, said flow channel system being disposed in first areas and second areas spaced apart from said first areas on said structural parts and/or said components of said machine tool such that the heat generated by said functional components is distributed in said machine rack and in said components due to passage of said tempering medium therethrough, wherein the heat input into said second areas produced by said functional components is less than the heat input into said first areas so as to equalize the temperature gradient in said machine tool exclusively by circulating said tempering medium in said flow channel system, characterized in that said flow channels of said flow channel system are formed as hollow profiles and are disposed on a surface of said components of said machine tool, and, said machine tool comprises a machine bed and a machine post, and that said flow channels of said flow channel system are disposed on an upper side and a lower side along edges of said machine bed and on an upper side and a lower side along edges of said post.
A camera cleaning system in a milking system, which milking system comprises a moving arrangement, a plurality of milking stalls arranged thereon for housing a plurality of animals during milking thereof, a robot for performing an animal related operation with respect to the animals in the milking stalls passing by the robot, and a camera in response to signals from which the robot is configured to move, characterized in: - a cleaning arrangement, arranged to clean the lens arrangement of the camera according to a first cleaning scheme; and - a rinsing arrangement, arranged to clean the lens arrangement of the camera according to a second cleaning scheme, wherein the cleaning according to the first cleaning scheme is more time consuming than the cleaning according to the second cleaning scheme; and - control means, arranged to control the cleaning arrangement and the rinsing arrangement such that the cleaning according to the first cleaning scheme is performed more rarely than the cleaning according to the second cleaning scheme. - a cleaning arrangement, arranged to clean the lens arrangement of the camera according to a first cleaning scheme; and - a rinsing arrangement, arranged to clean the lens arrangement of the camera according to a second cleaning scheme, wherein the cleaning according to the first cleaning scheme is more time consuming than the cleaning according to the second cleaning scheme; and - control means, arranged to control the cleaning arrangement and the rinsing arrangement such that the cleaning according to the first cleaning scheme is performed more rarely than the cleaning according to the second cleaning scheme.
A method for providing information in a user device, the method comprising: displaying a speech bubble including a conversation exchanged through a messenger and a background image of the messenger, the background image being displayed on a background layer of the speech bubble (20; detecting text related to a content in the conversation; displaying a content image matched to the content in an intermediate layer between the background image and the speech bubble, in response to detecting the text relating to the content; and providing information related to the content in response to selection of the content image. displaying a speech bubble including a conversation exchanged through a messenger and a background image of the messenger, the background image being displayed on a background layer of the speech bubble (20; detecting text related to a content in the conversation; displaying a content image matched to the content in an intermediate layer between the background image and the speech bubble, in response to detecting the text relating to the content; and providing information related to the content in response to selection of the content image.
A device for deriving a force (1; 100; 200), comprising: - a tube which extends along a main axis and which has a friction inner wall, - a first member (3; 31) which is slidably mounted within the tube along the main axis, characterized in that the friction inner wall is substantially cylindrical, and the force deriving device further comprises: - at least one primary leg (5; 51) disposed obliquely relative to the main axis, and including an inner end via which it is attached to the first member (3; 31), and an outer end forming a primary pad, which is in frictional contact with the inner wall, the inner end being disposed upstream of the primary pad in consideration of a first direction parallel to the main axis, so that, when a first outer force is applied on the first member (3; 31) according to the first direction, the primary leg enters in friction or in bracing, against the inner wall, via its primary pad, the tube thus taking up only a fraction of the first outer force by friction of the primary pad against the inner wall, or the entire first outer force by bracing the primary leg, and - a second member (4; 41) which is mounted within the tube, sliding along the main axis, which is drivingly connected to the first member, and which is securely provided with at least one driving element (14; 141) to drive the primary pad so as to reduce the friction of the latter on the inner wall, under the application of a second outer force on the second member according to the first direction, to defuse the friction or the bracing of the primary leg. - a tube which extends along a main axis and which has a friction inner wall, - a first member (3; 31) which is slidably mounted within the tube along the main axis, - at least one primary leg (5; 51) disposed obliquely relative to the main axis, and including an inner end via which it is attached to the first member (3; 31), and an outer end forming a primary pad, which is in frictional contact with the inner wall, the inner end being disposed upstream of the primary pad in consideration of a first direction parallel to the main axis, so that, when a first outer force is applied on the first member (3; 31) according to the first direction, the primary leg enters in friction or in bracing, against the inner wall, via its primary pad, the tube thus taking up only a fraction of the first outer force by friction of the primary pad against the inner wall, or the entire first outer force by bracing the primary leg, and - a second member (4; 41) which is mounted within the tube, sliding along the main axis, which is drivingly connected to the first member, and which is securely provided with at least one driving element (14; 141) to drive the primary pad so as to reduce the friction of the latter on the inner wall, under the application of a second outer force on the second member according to the first direction, to defuse the friction or the bracing of the primary leg.
Cover cloth for a vehicle arranged to be anchored to said vehicle so as to cover the body thereof, comprising a cover portion for at least partially covering a windshield of said vehicle and a zipper provided with an opening/closing slider positioned and configured so that when said cover cloth is constrained to said vehicle and said zipper is open, said cover portion for covering the windshield is partially uncoupled from the rest of the cover cloth and is partially removable so as to leave the windshield at least partially uncovered, said cover cloth comprising a flexible and manually graspable maneuvering element for maneuvering said opening/closing slider, characterized in that the flexible and manually graspable manoeuvring element has a first end constrained to said cover cloth and a second end constrained to said opening/closing slider.
Vanadium redox rechargeable battery comprising: a first vanadium-mixture and a second vanadium mixture; the first vanadium mixture containing a surface that composes of a negative electrode includes a solid first vanadium compound, whose oxidation number changes between 2 and 3 due to oxidation and reduction reactions; the second vanadium mixture containing a surface that composes of a negative electrode includes a solid second vanadium compound, whose oxidation number changes between 5 and 4 due to reduction and oxidation reactions; wherein the first vanadium compound is at least one compound selected from the group consisting of sulfate, chloride, fluoride and complex salt of vanadium; and wherein the second vanadium compound is at least one compound selected from the group consisting of sulfate, chloride, fluoride and complex salt of vanadium, characterized in that the first vanadium compound and the second vanadium compound are supported and dried on a surface of a conductive material. a first vanadium-mixture and a second vanadium mixture; the first vanadium mixture containing a surface that composes of a negative electrode includes a solid first vanadium compound, whose oxidation number changes between 2 and 3 due to oxidation and reduction reactions; the second vanadium mixture containing a surface that composes of a negative electrode includes a solid second vanadium compound, whose oxidation number changes between 5 and 4 due to reduction and oxidation reactions; wherein the first vanadium compound is at least one compound selected from the group consisting of sulfate, chloride, fluoride and complex salt of vanadium; and wherein the second vanadium compound is at least one compound selected from the group consisting of sulfate, chloride, fluoride and complex salt of vanadium, characterized in that the first vanadium compound and the second vanadium compound are supported and dried on a surface of a conductive material.