mhurhangee/ep-ind-claims huggingface dataset:
A power switch circuit, comprising: a power switch transistor (30 1, 30 2) having: a conduction path coupled between an external power terminal (VBUS) and an internal power terminal (V_SCR); and a control terminal; a charge pump configured to generate a voltage at a charge pump node responsive to a clock signal at a first frequency; a first current source configured to apply a first current from the charge pump node to the control terminal of the power switch transistor (30 1, 30 2); a boost current source coupled in parallel with the first current source and configured to apply a boost current from the charge pump node; and a control logic configured to control the charge pump to generate a voltage responsive to a clock signal at a second frequency higher than the first frequency and to couple the boost current source to the control terminal of the power switch transistor (30 1, 30 2), both responsive to a role swap signal at an input. a power switch transistor (30 1, 30 2) having: a conduction path coupled between an external power terminal (VBUS) and an internal power terminal (V_SCR); and a control terminal; a charge pump configured to generate a voltage at a charge pump node responsive to a clock signal at a first frequency; a first current source configured to apply a first current from the charge pump node to the control terminal of the power switch transistor (30 1, 30 2); a boost current source coupled in parallel with the first current source and configured to apply a boost current from the charge pump node; and a control logic configured to control the charge pump to generate a voltage responsive to a clock signal at a second frequency higher than the first frequency and to couple the boost current source to the control terminal of the power switch transistor (30 1, 30 2), both responsive to a role swap signal at an input.
A service level adjustment method, wherein the method comprises: obtaining, by a first network device, at least one piece of queue status information of a queue bound to a target service level of the first network device; and when any one of the at least one piece of queue status information exceeds a first threshold upper limit corresponding to the any queue status information, adjusting, by the first network device, a parameter of the target service level based on a maximum delay associated with the target service level, wherein the parameter of the target service level comprises a queue resource parameter and a data flow constraint parameter, and the data flow constraint parameter comprises a threshold of a burst amount of the data flow entering the queue, and a threshold of an average rate of the data flow. obtaining, by a first network device, at least one piece of queue status information of a queue bound to a target service level of the first network device; and when any one of the at least one piece of queue status information exceeds a first threshold upper limit corresponding to the any queue status information, adjusting, by the first network device, a parameter of the target service level based on a maximum delay associated with the target service level, wherein the parameter of the target service level comprises a queue resource parameter and a data flow constraint parameter, and the data flow constraint parameter comprises a threshold of a burst amount of the data flow entering the queue, and a threshold of an average rate of the data flow.
A bicycle simulator, comprising: - a bicycle structure, including: - a bicycle frame, - a rear-wheel axle carried by the frame, - a crank axle carried in a rotatable way by the frame and provided with cranks and corresponding pedals, - a head tube carried by the frame and a steering shaft rotatably mounted in the head tube and carrying a fork, and - a front-wheel axle carried by the fork; - a front support and a rear support for supporting the bicycle simulator on a floor, said front and rear supports (13, 14) being associated, respectively, to the front-wheel axle and to the rear-wheel axle, and each of said supports (13,14) having a portion of contact with the floor shaped in such a way as to simulate the contact with the road of the wheel of a bicycle; - at least one front flywheel rotatably mounted on said front-wheel axle; and - motor means associated to said front flywheel for setting it in rotation in order to create a stabilizing gyroscopic effect; said crank axle being designed to impart a rotation on a driven member (F2, F1), which is independent ly rotatable and driven with respect to said front support and said rear support. - a bicycle structure, including: - a bicycle frame, - a rear-wheel axle carried by the frame, - a crank axle carried in a rotatable way by the frame and provided with cranks and corresponding pedals, - a head tube carried by the frame and a steering shaft rotatably mounted in the head tube and carrying a fork, and - a front-wheel axle carried by the fork; - a bicycle frame, - a rear-wheel axle carried by the frame, - a crank axle carried in a rotatable way by the frame and provided with cranks and corresponding pedals, - a head tube carried by the frame and a steering shaft rotatably mounted in the head tube and carrying a fork, and - a front-wheel axle carried by the fork; - a front support and a rear support for supporting the bicycle simulator on a floor, said front and rear supports (13, 14) being associated, respectively, to the front-wheel axle and to the rear-wheel axle, and each of said supports (13,14) having a portion of contact with the floor shaped in such a way as to simulate the contact with the road of the wheel of a bicycle; - at least one front flywheel rotatably mounted on said front-wheel axle; and - motor means associated to said front flywheel for setting it in rotation in order to create a stabilizing gyroscopic effect;
A laundry dryer comprising a drum wherein the laundry to be dried is placed, a drying air fan, an air circulation duct wherein the drying air cycle is performed, and a heat pump having a compressor wherein the refrigerant cycle is performed and that provides the refrigerant to be sucked and compressed, an evaporator providing the drying air in the air circulation duct to be dehumidified, a condenser providing the dehumidified drying air to be heated, a capillary tube disposed between the condenser and the evaporator and a circulation line composed of pipes that provide the refrigerant compressed by the compressor to be delivered to the condenser, the capillary tube and the evaporator in that order, wherein one or more than one air hole is/are disposed on the exterior body walls in the vicinity of a heat exchanger and that provides the heat exchanger to be in contact with the ambient air and by a heating fan that sucks the ambient air through the air holes and delivers it onto the heat exchanger characterized by disposing said heat exchanger at the portion of the circulation line between the evaporator and the capillary tube, such that refrigerant flows through the capillary tube, the heat exchanger, and the evaporator in that order, that contacts with the ambient air and that provides the refrigerant in the circulation line to be heated by transferring the ambient air temperature thereto, and wherein a temperature sensor detects the ambient air temperature and a control unit which compares the data of the ambient air temperature received from the temperature sensor with the refrigerant temperature at the evaporator inlet determined previously by the experimental studies and recorded in the memory thereof, and wherein said control unit provides the heating fan to be operated, if the ambient air temperature is higher than the refrigerant temperature, and which provides the heating fan to be stopped, if the temperature of the ambient air is lower than the temperature of the refrigerant.
A surgical instrument, comprising a mechanical structure, a sleeve and a force sensor; wherein the mechanical structure comprises a shaft and an end effector connected to a terminal end of the shaft; the sleeve fixedly or detachably sleeves over the terminal end of the shaft; the force sensor comprises at least one sensitive element and a peripheral measurement module connected to the sensitive element, the sensitive element is disposed on the sleeve and configured to obtain a strain information of the sleeve; the peripheral measurement module is configured to obtain a stress measured by the sensitive element based on the strain information obtained by the sensitive element and obtain both an equivalent resultant force and an equivalent resultant moment of an action force exerted by the shaft on the sleeve based on the stress measured by the sensitive element, the position of the sensitive element and the direction of a sensitive axis of the sensitive element, thereby obtaining a contact force acting on the end effector of the surgical instrument. wherein the mechanical structure comprises a shaft and an end effector connected to a terminal end of the shaft; the sleeve fixedly or detachably sleeves over the terminal end of the shaft; the force sensor comprises at least one sensitive element and a peripheral measurement module connected to the sensitive element, the sensitive element is disposed on the sleeve and configured to obtain a strain information of the sleeve; the peripheral measurement module is configured to obtain a stress measured by the sensitive element based on the strain information obtained by the sensitive element and obtain both an equivalent resultant force and an equivalent resultant moment of an action force exerted by the shaft on the sleeve based on the stress measured by the sensitive element, the position of the sensitive element and the direction of a sensitive axis of the sensitive element, thereby obtaining a contact force acting on the end effector of the surgical instrument.
A round robin assignment based communication system comprising: a dynamic subscriber identification module provisioning module, executable by a processor, adapted to obtain and selectively assign a phone number to a device, the device being part of a group of a predetermined number of devices, based on a round robin assignment technique to allow each device in the group of the predetermined number of devices to communicate upon assignment of the phone number; and a machine-to-machine (M2M) application module, executable by the processor, adapted to determine priority of the phone number assignment to the devices. a dynamic subscriber identification module provisioning module, executable by a processor, adapted to obtain and selectively assign a phone number to a device, the device being part of a group of a predetermined number of devices, based on a round robin assignment technique to allow each device in the group of the predetermined number of devices to communicate upon assignment of the phone number; and a machine-to-machine (M2M) application module, executable by the processor, adapted to determine priority of the phone number assignment to the devices.
A method of manufacturing a substrate with an embedded, UV-visible pattern, the method comprising the following steps: a) providing an uncoated substrate comprising at least one optical brightener and optionally a filler, wherein the filler comprises from 0 to 60 wt.-% of a salifiable alkaline or alkaline earth compound, based on the total weight of the substrate, b) providing a liquid treatment composition comprising at least one acid, and c) applying the liquid treatment composition onto at least one region of the substrate in form of a preselected pattern to form an embedded, UV-visible pattern, wherein the substrate is paper, cardboard, or containerboard, wherein the liquid treatment composition comprises the acid in an amount from 10 to 50 wt.-%, based on the total weight of the liquid treatment composition, and wherein the optical brightener is selected from the group consisting of stilbene derivates, pyrazolin derivates, cumarin derivates, benzoxazol derivates, naphthalimide derivates, pyrene derivates, and mixtures thereof. a) providing an uncoated substrate comprising at least one optical brightener and optionally a filler, wherein the filler comprises from 0 to 60 wt.-% of a salifiable alkaline or alkaline earth compound, based on the total weight of the substrate, b) providing a liquid treatment composition comprising at least one acid, and c) applying the liquid treatment composition onto at least one region of the substrate in form of a preselected pattern to form an embedded, UV-visible pattern, wherein the substrate is paper, cardboard, or containerboard, wherein the liquid treatment composition comprises the acid in an amount from 10 to 50 wt.-%, based on the total weight of the liquid treatment composition, and wherein the optical brightener is selected from the group consisting of stilbene derivates, pyrazolin derivates, cumarin derivates, benzoxazol derivates, naphthalimide derivates, pyrene derivates, and mixtures thereof.
A memory system comprising: a nonvolatile memory including a plurality of blocks as data erase units; and a measuring unit which is configured to measure an erase time at which data of each block of said plurality of blocks is erased; characterized by further comprising: a block controller which has a block table indicating a correspondence relation between a status value indicating one of a free state and an in-use state and the erase time for said each block, wherein the block controller is configured to change the status value associated with a block of said plurality blocks to the free state if no data is stored in the block as viewed from an exterior irrespective of whether or not an erase process is actually performed for the block, and the block controller is configured to select a first block of said plurality of blocks, which is set in the free state and whose erase time is oldest, thereafter erase data stored in the first block, and write data supplied from the at least an exterior in the first block. a nonvolatile memory including a plurality of blocks as data erase units; and a measuring unit which is configured to measure an erase time at which data of each block of said plurality of blocks is erased; characterized by further comprising: a block controller which has a block table indicating a correspondence relation between a status value indicating one of a free state and an in-use state and the erase time for said each block, wherein the block controller is configured to change the status value associated with a block of said plurality blocks to the free state if no data is stored in the block as viewed from an exterior irrespective of whether or not an erase process is actually performed for the block, and the block controller is configured to select a first block of said plurality of blocks, which is set in the free state and whose erase time is oldest, thereafter erase data stored in the first block, and write data supplied from the at least an exterior in the first block. a block controller which has a block table indicating a correspondence relation between a status value indicating one of a free state and an in-use state and the erase time for said each block, wherein the block controller is configured to change the status value associated with a block of said plurality blocks to the free state if no data is stored in the block as viewed from an exterior irrespective of whether or not an erase process is actually performed for the block, and the block controller is configured to select a first block of said plurality of blocks, which is set in the free state and whose erase time is oldest, thereafter erase data stored in the first block, and write data supplied from the at least an exterior in the first block.
A pump dispenser comprising a pump having a deformable pump chamber with a valved inlet and an outlet, and a pump actuator operable relative to a body of the pump to vary the volume of the deformable pump chamber for pumping, wherein the pump chamber comprises first and second communicating part-chambers (250,150) each having a respective deformable chamber wall (256,156), wherein the first and second part-chambers (250, 150) are compressed towards one another by the pump actuator in a dispensing stroke, and characterised in that, a non-deformable connecting conduit communicates between the first and second part-chambers (250, 150) whereby the connecting conduit drives deformation of the respective deformable chamber walls (256,156) as the first and second part-chambers (250,150) are pushed together.
An arrangement for the spatially resolved and wavelength resolved detection of light radiation that is formed by at least one OLED or LED and from which the light radiation is emitted in which a multilayer system is arranged between an electrode (3, 4), an OLED or LED and a substrate, said multilayer system being formed by layers formed alternately above one another from a material having a higher and a lower optical refractive index n, wherein light radiation from the at least one OLED or LED having a plurality of different wavelengths λ1, λ2, λ3,...λn exits the multilayer system such that light radiation having different wavelengths λ1, λ2, λ3,...λn exits at defined angles; and, after an at least simple refraction at an optical element (10, 11) that is an optical lens or a prism that is an integral component of a substrate of the OLED or of the LED, is connected to the substrate by means of an immersion fluid or is arranged at a spacing from the substrate with a gap present therebetween; or the light radiation having the different wavelengths λ1, λ2, λ3,...λn is directed onto a surface plasmon resonance sensor or Bloch surface wave sensor that is formed with a layer or with a thin film system (12.1) and that reflects the light radiation having the different wavelengths λ1, λ2, λ3,...λn; and the light radiation is directed through a sample that is at least partly transparent for the light radiation and, after at least the simple refraction at the optical element or reflection at a layer or at a layer system (12.1) of the sensor, is incident onto at least on detector array (9, 9.1) such that light radiation having a wavelength λ1, λ2, λ3,...λn is incident onto a respective detector element of the detector array (9, 9.1) and the detector elements of the detector array (9, 9.1) are arranged discretely from one another.
A method, comprising: communicating with a first radio access network, RAN, (104, 380) on a first Radio Frequency, RF, channel (830a, 832a, 834a) belonging to a first frequency band using a first receiver and transmitter of a user equipment and a second RAN (106, 382) on a second RF channel belonging to a second frequency band using a second receiver and transmitter of the same UE (102, 200); in response to an indication from the first RAN, identifying, using the first receiver and transmitter, a third RF channel, that belongs to a third frequency band, as a handover candidate; determining that the third RF channel conflicts with the second RF channel, by using a band conflict table that is based on frequency bands of RF channels or a channel conflict table that is based on channel bandwidths of the second and third frequency bands; and in response to determining that the third RF channel conflicts with the second RF channel, disabling (1930, 1932) the second frequency band (390, 392, 394, 396) that includes the second RF channel of the second receiver and transmitter by releasing radio resources of the second RAN on the second frequency band. communicating with a first radio access network, RAN, (104, 380) on a first Radio Frequency, RF, channel (830a, 832a, 834a) belonging to a first frequency band using a first receiver and transmitter of a user equipment and a second RAN (106, 382) on a second RF channel belonging to a second frequency band using a second receiver and transmitter of the same UE (102, 200); in response to an indication from the first RAN, identifying, using the first receiver and transmitter, a third RF channel, that belongs to a third frequency band, as a handover candidate; determining that the third RF channel conflicts with the second RF channel, by using a band conflict table that is based on frequency bands of RF channels or a channel conflict table that is based on channel bandwidths of the second and third frequency bands; and in response to determining that the third RF channel conflicts with the second RF channel, disabling (1930, 1932) the second frequency band (390, 392, 394, 396) that includes the second RF channel of the second receiver and transmitter by releasing radio resources of the second RAN on the second frequency band.
A method comprising: accessing information from a web page to define a node in a social networking system, the web page being provided in a domain that is different from a domain associated with the social networking system; maintaining the node in the social networking system, the node defined at least in part according to the accessed information; generating a local page of content within the social networking system, comprising: selecting a template in the social network system based on information from the web page, the template including instructions describing display of content from the web page using the domain associated with the social networking system; mapping information from the web page to the selected template, the local page comprising the accessed information from the web page and one or more options allowing one or more users of the social networking system to perform an action related to the node; receiving requests from one or more users of the social networking system to perform an action related to the node; and storing information related to one or more users' interactions with the node by the social networking system. accessing information from a web page to define a node in a social networking system, the web page being provided in a domain that is different from a domain associated with the social networking system; maintaining the node in the social networking system, the node defined at least in part according to the accessed information; generating a local page of content within the social networking system, comprising: selecting a template in the social network system based on information from the web page, the template including instructions describing display of content from the web page using the domain associated with the social networking system; mapping information from the web page to the selected template, the local page comprising the accessed information from the web page and one or more options allowing one or more users of the social networking system to perform an action related to the node; receiving requests from one or more users of the social networking system to perform an action related to the node; and storing information related to one or more users' interactions with the node by the social networking system. selecting a template in the social network system based on information from the web page, the template including instructions describing display of content from the web page using the domain associated with the social networking system; mapping information from the web page to the selected template, the local page comprising the accessed information from the web page and one or more options allowing one or more users of the social networking system to perform an action related to the node; receiving requests from one or more users of the social networking system to perform an action related to the node; and storing information related to one or more users' interactions with the node by the social networking system.