mhurhangee/ep-ind-claims huggingface dataset:
Vehicle, in particular a rail vehicle, with a drive having one or more electric motors (21, 22), a drive controller connected to the drive and controlling it, and a monitoring device which works independently of the drive controller, characterised in that the monitoring device is designed such that it - quantitatively detects the drive current of the drive and evaluates the sign of a drive current measured value (Ma) indicating the drive current, wherein the sign of the drive current measured value (Ma) indicates whether the drive is driving or braking the rail vehicle, and - switches off the drive when at least one drive switch-off condition is met and at the same time the sign of the drive current measured value (Ma) indicates an active drive mode of the drive driving the rail vehicle. - quantitatively detects the drive current of the drive and evaluates the sign of a drive current measured value (Ma) indicating the drive current, wherein the sign of the drive current measured value (Ma) indicates whether the drive is driving or braking the rail vehicle, and - switches off the drive when at least one drive switch-off condition is met and at the same time the sign of the drive current measured value (Ma) indicates an active drive mode of the drive driving the rail vehicle.
A computer comprising: a plurality of processors; and a platform timer that maintains context during power transitions; the computer including computer program instructions that when executed by one of the processors configures the computer such that the platform timer is virtualized to define, for each processor of the plurality of processors, a virtual per-processor timer for the processor by having a data structure available to the plurality of processors, the data structure to specify a due time for an interrupt for the processor from the platform timer and the processor to receive the interrupt, wherein, when one of the plurality of processors, which uses a first per-processor timer, is subject to a context-losing power transition, said processor is configured to arm its associated virtual per-processor timer to provide interrupts to said processor after the power transition, and wherein the associated virtual per-processor timer is armed for a due time of the first per-processor timer by specifying the due time for an interrupt from the platform timer and the first per-processor timer is stopped after the associated virtual per-processor timer is armed for the due time. a plurality of processors; and a platform timer that maintains context during power transitions; the computer including computer program instructions that when executed by one of the processors configures the computer such that the platform timer is virtualized to define, for each processor of the plurality of processors, a virtual per-processor timer for the processor by having a data structure available to the plurality of processors, the data structure to specify a due time for an interrupt for the processor from the platform timer and the processor to receive the interrupt, wherein, when one of the plurality of processors, which uses a first per-processor timer, is subject to a context-losing power transition, said processor is configured to arm its associated virtual per-processor timer to provide interrupts to said processor after the power transition, and wherein the associated virtual per-processor timer is armed for a due time of the first per-processor timer by specifying the due time for an interrupt from the platform timer and the first per-processor timer is stopped after the associated virtual per-processor timer is armed for the due time.
A resonant converter for supplying pulsed power to a light source, the converter comprising a switching part and a controlling part for controlling the switching part, the controlling part being arranged for adapting a switching parameter of the switching part for improving a performance of the converter, the switching part comprising first and second switches (41, 42), the first switch being in a first mode and the second switch being in a second mode during a first time interval of a cycle, the first switch being in the second mode and the second switch being in the first mode during a second time interval of the cycle, a group of cycles resulting in a pulse of the pulsed power, an improved performance of the converter comprising a reduced overshoot of the pulse of the pulsed power and/or an improved transient behavior of the converter, the switching parameter comprising the first time interval of the first cycle of the group of cycles, and said adapting comprising shortening the first time interval of the first cycle for reducing the overshoot of the pulse of the pulsed power.
A golf ball comprising a golf ball body having a cover, and a paint film covering the golf ball body, wherein a 10% elastic modulus of the paint film is 75 kgf/cm 2 or less, a storage modulus (E' 150) at 150 °C of the paint film obtained by measuring dynamic viscoelasticity of the paint film is 1.0×10 7 Pa or more, an indentation depth of the paint film measured with a nanoindenter in a state that the paint film is formed on the surface of the golf ball body is 1250 nm or more, and a material hardness of the cover is 50 or more in Shore D hardness, wherein for the measurement of the indentation depth, a) the golf ball was cut to obtain a hemisphere, b) on the hemisphere, a cross section passing through the central point of the golf ball was exposed, wherein the cross section includes a cross section of the paint film, c) the cross section of the hemisphere was made horizontal by a cryo-microtome, d) an indenter of a nanoindenter was brought into contact with the cross section of the paint film and pressed in a direction perpendicular to the cross section, and wherein the measuring conditions of the indentation depth of the paint film measured with the nanoindenter are: Nanoindenter: "ENT-2100" available from ELIONIX Inc., Temperature: 30 °C, Indenter: Berkovich indenter (65.03° As (h) = 26.43 h2), Number of partitions: 500 steps, Step interval: 20 msec (100 mgf), and wherein the indentation depth is the advancing distance of the indenter in nm when the load is 30 mgf. a) the golf ball was cut to obtain a hemisphere, b) on the hemisphere, a cross section passing through the central point of the golf ball was exposed, wherein the cross section includes a cross section of the paint film, c) the cross section of the hemisphere was made horizontal by a cryo-microtome, d) an indenter of a nanoindenter was brought into contact with the cross section of the paint film and pressed in a direction perpendicular to the cross section, and Nanoindenter: "ENT-2100" available from ELIONIX Inc., Temperature: 30 °C, Indenter: Berkovich indenter (65.03° As (h) = 26.43 h2), Number of partitions: 500 steps, Step interval: 20 msec (100 mgf), and wherein the indentation depth is the advancing distance of the indenter in nm when the load is 30 mgf.
A reinforcing bar binding machine which is configured to detachably mount a wire reel thereto, to feed a wire from the mounted wire reel, to feed the wire to a guide part provided at a tip portion of a binding machine main body, to curl the wire at the guide part which includes a bent part which is bent into an arc shape, to feed the wire around reinforcing bars positioned at an inner side of the guide part so that the wire is wound around the reinforcing bars, to cut the wire and to twist the wire to thus bind the reinforcing bars, wherein the guide part comprises: a guiding part that is configured to guide feeding of the wire from the wire reel; a cutting part that is configured to cut the wire after a predetermined length of the wire is fed from the guiding part; a wire feeding passage path that includes the guiding part and the cutting part; a first guide member that is configured to guide an outer surface which is an outer side of the wire to be bent; a second guide member that is configured to guide an inner surface which is an inner side of the wire to be bent; and a third guide member that is configured to guide an outer surface which is an outer side of the wire to be bent, wherein the first guide member, the second guide member and the third guide member are arranged in order from the guiding part on the wire feeding passage path, and wherein the cutting part is independently arranged outside an area between the first and third guide members (23, 25) on the wire feeding passage path, characterized in that the guide part further comprises a curl guide that is fixed to the bent part and configured to guide the wire fed from the guiding part or the cutting part so as to curl the fed wire; wherein the third guide member is arranged inside the tip portion of the curl guide to protrude more inwardly than an arc-shaped guide surface of the curl guide, and wherein a tip portion of the wire is guided by the first guide member and the second guide member, is fed with sliding along the guide surface and is contacted to the third guide member. a guiding part that is configured to guide feeding of the wire from the wire reel; a cutting part that is configured to cut the wire after a predetermined length of the wire is fed from the guiding part; a wire feeding passage path that includes the guiding part and the cutting part; a first guide member that is configured to guide an outer surface which is an outer side of the wire to be bent; a second guide member that is configured to guide an inner surface which is an inner side of the wire to be bent; and a third guide member that is configured to guide an outer surface which is an outer side of the wire to be bent, wherein the first guide member, the second guide member and the third guide member are arranged in order from the guiding part on the wire feeding passage path, and
Method for production of a deformable receiving portion (3; 16; 17; 22; 25) for clamping a tool, which is insertable into or is formed integrally with a main body of a tool holder, wherein the receiving portion (3; 16; 17; 22; 25) comprises at least one blocking element that is formed to prevent axial slippage of the tool from the receiving portion (3; 16; 17; 22; 25) by engaging with a corresponding counter element on the tool, wherein the at least one blocking element is formed integrally with the receiving portion (3; 16; 17; 22; 25), and wherein the at least one blocking element is formed as an inward-extending projection, characterised in that the receiving portion (3; 16; 17; 22; 25) is produced from ceramic and/or metal powder through pressure sintering or laser sintering.
A cutting tool for machining a workpiece, the tool comprising: a) a tool body having a shank; and b) an integrated circuit chip securely mounted within the shank of the tool body, characterized in that said circuit chip is a read/write RFID chip mounted within said shank such that it is at least partially exposed to the outer exterior of the shank in order to establish a communication link between the RFID chip and a read/write device, wherein the RFID chip is adapted to be written upon with data regarding usage of the cutting tool, wherein the data regarding prior usage written on the RFID chip is selected from the group of: cutting tool operation time, remaining cutting tool life information and cutting tool wear and failure information. a) a tool body having a shank; and b) an integrated circuit chip securely mounted within the shank of the tool body, characterized in that said circuit chip is a read/write RFID chip mounted within said shank such that it is at least partially exposed to the outer exterior of the shank in order to establish a communication link between the RFID chip and a read/write device, wherein the RFID chip is adapted to be written upon with data regarding usage of the cutting tool, wherein the data regarding prior usage written on the RFID chip is selected from the group of: cutting tool operation time, remaining cutting tool life information and cutting tool wear and failure information.
An image forming apparatus, comprising: a storage to prestore previously created colour feature information corresponding to a plurality of types of image forming apparatus, and to store a colour converting table for the image forming apparatus; a communicating interface to transmit colour charts to a different image forming apparatus; a scanner to scan colour charts printed by the different image forming apparatus; a moderator to moderate the colour converting table by using the scanned colour charts and stored colour feature information from among the prestored plurality of colour feature information; and an image former to perform printing jobs by using the moderated colour converting table, wherein the moderator is arranged to select prestored colour feature information from among the plurality of prestored colour feature information which is most similar to colour feature information obtained from the scanned colour charts by comparing three-dimensional colour matrices of the plurality of the prestored colour feature information with a three dimensional colour matrix of the obtained colour feature information. a storage to prestore previously created colour feature information corresponding to a plurality of types of image forming apparatus, and to store a colour converting table for the image forming apparatus; a communicating interface to transmit colour charts to a different image forming apparatus; a scanner to scan colour charts printed by the different image forming apparatus; a moderator to moderate the colour converting table by using the scanned colour charts and stored colour feature information from among the prestored plurality of colour feature information; and an image former to perform printing jobs by using the moderated colour converting table, wherein the moderator is arranged to select prestored colour feature information from among the plurality of prestored colour feature information which is most similar to colour feature information obtained from the scanned colour charts by comparing three-dimensional colour matrices of the plurality of the prestored colour feature information with a three dimensional colour matrix of the obtained colour feature information.
A method, performed by a group event processing entity within a group policy decision entity of a point-to-multipoint-enabled communication system, for receiving and processing group event notifications, the method comprising: receiving a group event notification pertaining to an asynchronous group event affecting a group session established to transmit media via a point-to-multipoint group transport using a group access network resource; determining (210, 308, 406, 506, 710), based on the group event notification, a set of applicable policy rules that control the performance of an action related to at least one of a member user equipment of the group session or an access network resource for the group session, wherein the set of applicable policy rules includes a policy rule that controls performance of an action when a base station in a wireless access network is unable to provide access network resources to support a requested group access network resource; wherein the group event notification comprises an indication that a member user equipment of the group session has switched from a group transport to a unicast transport. receiving a group event notification pertaining to an asynchronous group event affecting a group session established to transmit media via a point-to-multipoint group transport using a group access network resource; determining (210, 308, 406, 506, 710), based on the group event notification, a set of applicable policy rules that control the performance of an action related to at least one of a member user equipment of the group session or an access network resource for the group session, wherein the set of applicable policy rules includes a policy rule that controls performance of an action when a base station in a wireless access network is unable to provide access network resources to support a requested group access network resource; wherein the group event notification comprises an indication that a member user equipment of the group session has switched from a group transport to a unicast transport.
Liquid container with an upper opening and with a tube-type withdrawal chimney flush with the opening reaching into the container for removing liquid by means of a liquid removal element to be introduced into the withrawal chimney, in which the withdrawal chimney has a liquid permeable zone in its lower end area near the bottom of the container, in which the withdrawal chimney may be adjusted with regard to the liquid permeability capacity of the liquid permeable zone between a defined limit setting of minimal liquid permeability capacity and a defined setting of greater liquid permeability capacity whilst remaining in the container, in which means of stopping (20, 22) and/or means of latching are provided on the withdrawal chimney and/or on the container, in order to define the limit settings of minimal liquid permeability capacity and greater liquid permeability capacity of the liquid permeable zone, characterised in that the withdrawal chimney has a tube section extending downwards from the upper container opening and a tube seat for the tube section provided on the bottom of the container, in which the tube section and the tube seat may be inserted into each other and adjusted in relation to each other, in order to change the effective opening cross-section of the liquid permeable zone, in which side openings in the tube section and side openings in the tube seat in the lower end area of the withdrawal chimney belong to the liquid permeable zone and in which side openings of the tube section and side openings of the tube seat may be aligned jointly flush in relation to each other through a turning movement of the withdrawal chimney or a part of it in relation to the bottom of the liquid container, in order to increase the effective opening cross-section of the liquid permeable zone, in which a liquid exchange may also take place through the liquid permeable zone in the limit settings of minimal liquid permeability capacity, in which ventilation channels or distance bays are provided between an inner surface of the upper opening and an outer circumference of the withdrawal chimney or ventilation openings are provided in the upper area of the withdrawal chimney for equalising the pressure between the outside environment and the inside of the container in both end positions.
A single-fiber bidirectional optical module, comprising a sending module, a receiving module, and a coupler, wherein: the sending module is configured to send a first downlink optical signal that have a first wavelength in communications mode; the sending module is further configured to send a test optical signal that have a first wavelength in test mode, or the sending module is further configured to send a second downlink optical signal that have a first wavelength in test mode, wherein a test optical signal is amplitude modulated into the second downlink optical signal; the receiving module comprises a photo detector, wherein the photo detector is configured to receive an uplink optical signal having a second wavelength in communications mode, and receive a backward optical signal in test mode, wherein the backward optical signal has the first wavelength and is corresponding to the test optical signal, and the backward optical signal is generated during transmission of the test optical signal in an optical fiber network; and the coupler is configured to transmit signals that have the first wavelength to the optical fiber network and reflect the backward optical signal having the first wavelength and the uplink optical signal having the second wavelength to the receiving module. the sending module is configured to send a first downlink optical signal that have a first wavelength in communications mode; the sending module is further configured to send a test optical signal that have a first wavelength in test mode, or the sending module is further configured to send a second downlink optical signal that have a first wavelength in test mode, wherein a test optical signal is amplitude modulated into the second downlink optical signal; the receiving module comprises a photo detector, wherein the photo detector is configured to receive an uplink optical signal having a second wavelength in communications mode, and receive a backward optical signal in test mode, wherein the backward optical signal has the first wavelength and is corresponding to the test optical signal, and the backward optical signal is generated during transmission of the test optical signal in an optical fiber network; and the coupler is configured to transmit signals that have the first wavelength to the optical fiber network and reflect the backward optical signal having the first wavelength and the uplink optical signal having the second wavelength to the receiving module.
A biomass fuel burning furnace, comprising: a furnace body, provided with a first air inlet for inflowing air into the furnace body and a fuel inlet for feeding biomass fuel into the furnace body, provided with a first combustion chamber, a second combustion chamber, and a third combustion chamber sequentially communicating within the furnace body, wherein the first combustion chamber is used to receive biomass fuel conveyed from the fuel inlet for an initial combustion of the biomass fuel and a generation of flue gases, the second combustion chamber is used for a combustion of the flue gases and for a mixing of the flue gases with oxygen inflow from the first air inlet to obtain a mixture to be combusted, and the third combustion chamber is used for a combustion of the flue gases in the mixture to be combusted; a combustion guide conduit, connected to the furnace body and connected to the third combustion chamber for directing a flame resulting from the combustion of flue gases in the mixture to be combusted; a fuel-input funnel, mounted on the furnace body and connected to the fuel inlet for feeding biomass fuel into the fuel inlet, a side wall of the fuel-input funnel being provided with an adjustable air inlet; and a revolving door, rotatably provided with respect to the fuel-input funnel, and a gravity center of the revolving door being shifted away from a rotation axis of the revolving door, allowing for a closure of the adjustable air inlet under a pressure of the biomass fuel, and for an opening of the adjustable air inlet by own gravity when losing a pressure of the biomass fuel. a furnace body, provided with a first air inlet for inflowing air into the furnace body and a fuel inlet for feeding biomass fuel into the furnace body, provided with a first combustion chamber, a second combustion chamber, and a third combustion chamber sequentially communicating within the furnace body, wherein the first combustion chamber is used to receive biomass fuel conveyed from the fuel inlet for an initial combustion of the biomass fuel and a generation of flue gases, the second combustion chamber is used for a combustion of the flue gases and for a mixing of the flue gases with oxygen inflow from the first air inlet to obtain a mixture to be combusted, and the third combustion chamber is used for a combustion of the flue gases in the mixture to be combusted; a combustion guide conduit, connected to the furnace body and connected to the third combustion chamber for directing a flame resulting from the combustion of flue gases in the mixture to be combusted; a fuel-input funnel, mounted on the furnace body and connected to the fuel inlet for feeding biomass fuel into the fuel inlet, a side wall of the fuel-input funnel being provided with an adjustable air inlet; and a revolving door, rotatably provided with respect to the fuel-input funnel, and a gravity center of the revolving door being shifted away from a rotation axis of the revolving door, allowing for a closure of the adjustable air inlet under a pressure of the biomass fuel, and for an opening of the adjustable air inlet by own gravity when losing a pressure of the biomass fuel.