mhurhangee/ep-ind-claims huggingface dataset:
A ratchet tool, comprising a shaft member, a handle and a ratchet mechanism, wherein the handle is connected to the ratchet mechanism, and the shaft member extends into the interior of the ratchet mechanism along the central axle of the ratchet mechanism from the front end of the ratchet mechanism and is connected to the ratchet mechanism; wherein the ratchet mechanism includes a pawl base and a pawl sleeve; the shaft member includes a shaft and an extension portion, and the shaft is designed to be integrated with the extension portion; wherein the diameter of the shaft is greater than that of the extension portion; wherein the extension portion extends into the interior of the ratchet mechanism and passes through the rear end of the ratchet mechanism along the central axle of the ratchet mechanism from the front end of the ratchet mechanism and is connected to the ratchet mechanism; wherein the extension portion is provided with an axle slot, which matches a fastening ring and makes the extension portion not movable relative to the ratchet mechanism in axial direction; wherein the end of the shaft adjacent the handle is provided with an axle end, which matches the pawl sleeve and is used for securing the shaft and the pawl sleeve; and wherein the axle end is a hexagonal axle end.
A method of processing incoming signals at an alarm monitoring station, said method characterized by: analyzing (S504-S512) said incoming signals to detect facsimile tones to thereby identify whether or not a given incoming signal is a facsimile signal; and in response to said analyzing identifying that a given incoming signal is a facsimile signal, refraining from further processing said given incoming signal as an alarm signal. analyzing (S504-S512) said incoming signals to detect facsimile tones to thereby identify whether or not a given incoming signal is a facsimile signal; and in response to said analyzing identifying that a given incoming signal is a facsimile signal, refraining from further processing said given incoming signal as an alarm signal.
A method for producing a collagen meniscus implant, the method comprising: obtaining a freshly excised non-human meniscus, rinsing the non-human meniscus in an aqueous solution, drying the rinsed non-human meniscus, shaping the dried non-human meniscus at a temperature from -196 °C to 4 °C to approximate in dimension an average-sized human meniscus, extracting the shaped non-human meniscus to remove non-collagenous material by incubating the shaped non-human meniscus in each of an ionic detergent, a non-ionic detergent, MgCl 2 or guanidine HCl, NaOH/Na 2 SO 4, HCl/Na 2 SO 4, NaCl, isopropanol or ethanol, and H 2 O, and sterilizing the extracted non-human meniscus, thereby forming the collagen meniscus implant, wherein the collagen meniscus implant contains at least 90% by weight of type I collagen, less than 0.5% by weight of glycosaminoglycan, and less than 600 ppm DNA; and the method is free of any enzymatic digesting steps and any oxidizing steps. obtaining a freshly excised non-human meniscus, rinsing the non-human meniscus in an aqueous solution, drying the rinsed non-human meniscus, shaping the dried non-human meniscus at a temperature from -196 °C to 4 °C to approximate in dimension an average-sized human meniscus, extracting the shaped non-human meniscus to remove non-collagenous material by incubating the shaped non-human meniscus in each of an ionic detergent, a non-ionic detergent, MgCl 2 or guanidine HCl, NaOH/Na 2 SO 4, HCl/Na 2 SO 4, NaCl, isopropanol or ethanol, and H 2 O, and sterilizing the extracted non-human meniscus, thereby forming the collagen meniscus implant, wherein the collagen meniscus implant contains at least 90% by weight of type I collagen, less than 0.5% by weight of glycosaminoglycan, and less than 600 ppm DNA; and the method is free of any enzymatic digesting steps and any oxidizing steps.
A method for transmitting to a display communicatively coupled to a first device electronic ink data received from a second device, the method comprising: receiving (210, 1010) electronic ink input data and synchronization data at the first device, wherein the electronic ink input data represents touch-sensitive input received at the second device, and wherein the synchronization data are numerical or logical representations of temporal values corresponding to the touch-sensitive input; translating the electronic ink input data based on at least one output parameter associated with the display; generating electronic ink output data based on the translation of the electronic ink input data, wherein generating electronic ink output data comprises integrating the electronic ink output data with a presentation from an application program; and transmitting the electronic ink output data to the display, wherein transmitting the electronic ink output data to the display comprises transmitting the electronic ink output data and the presentation to the display, wherein the electronic ink output data will be displayed at the display together with the presentation only if the received synchronization data is aligned temporally with the presentation being actively displayed on the display. receiving (210, 1010) electronic ink input data and synchronization data at the first device, wherein the electronic ink input data represents touch-sensitive input received at the second device, and wherein the synchronization data are numerical or logical representations of temporal values corresponding to the touch-sensitive input; translating the electronic ink input data based on at least one output parameter associated with the display; generating electronic ink output data based on the translation of the electronic ink input data, wherein generating electronic ink output data comprises integrating the electronic ink output data with a presentation from an application program; and transmitting the electronic ink output data to the display, wherein transmitting the electronic ink output data to the display comprises transmitting the electronic ink output data and the presentation to the display, wherein the electronic ink output data will be displayed at the display together with the presentation only if the received synchronization data is aligned temporally with the presentation being actively displayed on the display.
A fish feed comprising: (i) fish meal; or (ii) proteinaceous material, carbohydrates and fats; the feed further comprising: (iii) a formulation comprising (%w/w): Azadirachtin A 34 Azadirachtin B approx. 5.5 Azadirachtin D approx. 2.1 Azadirachtin E ≤ 1 Azadirachtin F ≤ 1 Azadirachtin G ≤ 1 Azadirachtin H approx. 2.3 Azadirachtin I approx. 0.8 Azadirachtin K and other Azadirachtins < 2 Azadirachtinin approx. 2; wherein the sum of the azadirachtins is: 51.7%. (i) fish meal; or (ii) proteinaceous material, carbohydrates and fats; Azadirachtin A 34 Azadirachtin B approx. 5.5 Azadirachtin D approx. 2.1 Azadirachtin E ≤ 1 Azadirachtin F ≤ 1 Azadirachtin G ≤ 1 Azadirachtin H approx. 2.3 Azadirachtin I approx. 0.8 Azadirachtin K and other Azadirachtins < 2 Azadirachtinin approx. 2; wherein the sum of the azadirachtins is: 51.7%.
A method for wireless communication at a user equipment, UE, comprising: monitoring control channel transmissions from a plurality of transmission/reception points for an on-duration of a discontinuous reception cycle; receiving a cross-transmission/reception point go-to-sleep signal from a first transmission/reception point of the plurality of transmission/reception points that indicates the UE is to discontinue the monitoring for the control channel transmissions from one or more of the first transmission/reception point or a second transmission/reception point of the plurality of transmission/reception points; and discontinuing, responsive to the receiving, the monitoring for the control channel transmissions from the one or more of the first transmission/reception point or the second transmission/reception point of the plurality of transmission/reception points wherein the discontinuing comprises discontinuing the monitoring for the control channel transmissions from the one or more of the first transmission/reception point or the second transmission/reception point that are indicated in the cross-transmission/reception point go-to-sleep signal. monitoring control channel transmissions from a plurality of transmission/reception points for an on-duration of a discontinuous reception cycle; receiving a cross-transmission/reception point go-to-sleep signal from a first transmission/reception point of the plurality of transmission/reception points that indicates the UE is to discontinue the monitoring for the control channel transmissions from one or more of the first transmission/reception point or a second transmission/reception point of the plurality of transmission/reception points; and discontinuing, responsive to the receiving, the monitoring for the control channel transmissions from the one or more of the first transmission/reception point or the second transmission/reception point of the plurality of transmission/reception points wherein the discontinuing comprises discontinuing the monitoring for the control channel transmissions from the one or more of the first transmission/reception point or the second transmission/reception point that are indicated in the cross-transmission/reception point go-to-sleep signal.
A wind turbine blade for a wind turbine, the wind turbine blade comprising: an electrical conductor for conducting lighting strikes towards a hub of the wind turbine, a fiber sock fully enclosing the electrical conductor when seen in cross-section, a support element, and at least one finger connecting the support element and the fiber sock, the fiber sock, the support element and the at least one finger being made of electrically conductive fibers for conducting lightning strikes from the support element to the electrical conductor. an electrical conductor for conducting lighting strikes towards a hub of the wind turbine, a fiber sock fully enclosing the electrical conductor when seen in cross-section, a support element, and at least one finger connecting the support element and the fiber sock, the fiber sock, the support element and the at least one finger being made of electrically conductive fibers for conducting lightning strikes from the support element to the electrical conductor.
An electronic apparatus comprising: a touch display consisting of a main area and one or more curved sub areas (1020, 1030), wherein each of the one or more curved sub areas (1020, 1030) is extended from the main area and bent towards one side of the main area and is smaller in size than the main area; and a controller configured for controlling the touch display, while information provided by a first application is displayed on the main area, to display alarm information provided by a second application which is different from the first application on a curved sub area among the one or more curved sub areas upon occurrence of an event, and the controller furthermore being configured to control the touch display, based on receiving a selection of the alarm information being made by a user on the sub area, to display detailed information of the selected alarm information associated with the second application on a sectional area of the main area and of the sub area, the sectional area corresponding to the position where the alarm information has been displayed, the detailed information including at least part of the information provided by the second application on the curved sub area before the selection, while information provided by the first application is displayed on the main area. a touch display consisting of a main area and one or more curved sub areas (1020, 1030), wherein each of the one or more curved sub areas (1020, 1030) is extended from the main area and bent towards one side of the main area and is smaller in size than the main area; and a controller configured for controlling the touch display, while information provided by a first application is displayed on the main area, to display alarm information provided by a second application which is different from the first application on a curved sub area among the one or more curved sub areas upon occurrence of an event, and the controller furthermore being configured to control the touch display, based on receiving a selection of the alarm information being made by a user on the sub area, to display detailed information of the selected alarm information associated with the second application on a sectional area of the main area and of the sub area, the sectional area corresponding to the position where the alarm information has been displayed, the detailed information including at least part of the information provided by the second application on the curved sub area before the selection, while information provided by the first application is displayed on the main area.
Method for operating a motor vehicle door, according to which method the motor vehicle door is equipped, for example, with an actuator and/or a motor vehicle door latch in the form of a current consumer, and at least one sensor for detecting door movements, and according to which a control unit that evaluates signals from the sensor is transferred from a rest mode into an operating state and back again according to the recorded door movements, characterized in that the door movement causes the sensor that is de-energized in the rest mode to generate a current pulse.
A local server for managing proxy settings in an intermittent network, comprising: a processor; a memory communicatively coupled to the processor; an internet connection manager to manage data transfer from the internet to the local server; a wireless local area network, LAN, access point to communicatively couple at least one local client device (150, 150-n) to the local server; a local network manager to, when executed by the processor, manage a network comprising the local client device (150, 50-n) to use the local server as a proxy server; and a configuration manager to automatically configure the proxy settings of a browser of the local client device (150, 150-n) such that a web-proxy setting of the browser points back to the local server, wherein the local server restricts the local client device (150, 150-n) from accessing the internet directly. a processor; a memory communicatively coupled to the processor; an internet connection manager to manage data transfer from the internet to the local server; a wireless local area network, LAN, access point to communicatively couple at least one local client device (150, 150-n) to the local server; a local network manager to, when executed by the processor, manage a network comprising the local client device (150, 50-n) to use the local server as a proxy server; and a configuration manager to automatically configure the proxy settings of a browser of the local client device (150, 150-n) such that a web-proxy setting of the browser points back to the local server, wherein the local server restricts the local client device (150, 150-n) from accessing the internet directly.
A method comprising: collecting, by a network controller, a first channel impulse response signal of a client device from a first network device of a communication system at a first time instance, the first network device in communication with the client device; determining, by the network controller, a first path data based on the first channel impulse response signal; determining, by the network controller, one or more first paths between the client device and the first network device in the first path data and one or more second paths between the client device and the first network device in at least one second path data corresponding to at least a second time instance prior to the first time instance; determining, by the network controller, that the client device is physically blocked from the first network device, or that a geographical location of the client device has changed, by comparing the first path data with the at least one second path data; and changing, by the network controller, the communication between the first network device and the client device in response to the client device being physically blocked from the first network device or the geographical location of the client device having been changed. collecting, by a network controller, a first channel impulse response signal of a client device from a first network device of a communication system at a first time instance, the first network device in communication with the client device; determining, by the network controller, a first path data based on the first channel impulse response signal; determining, by the network controller, one or more first paths between the client device and the first network device in the first path data and one or more second paths between the client device and the first network device in at least one second path data corresponding to at least a second time instance prior to the first time instance; determining, by the network controller, that the client device is physically blocked from the first network device, or that a geographical location of the client device has changed, by comparing the first path data with the at least one second path data; and changing, by the network controller, the communication between the first network device and the client device in response to the client device being physically blocked from the first network device or the geographical location of the client device having been changed.
A method for processing multiple streams of data on a plurality of execution threads on a plurality of multithreaded data processing pipelines comprising the steps of: selecting data from at least one of a plurality of data sources in dependence on the availability of storage in a data storage means; allocating a data address in the data storage means for the selected data; loading the selected data at the data address thus allocated; constructing an execution task comprising an ID for the selected data source, the data address, and an execution address; queuing the task with other previously constructed tasks in a task queue; determining which processing resources are required for each task in the task queue;selecting tasks for execution in dependence on the processing resources available; distributing tasks selected for execution across a plurality of processing threads; and determining whether any of the threads will stall because of data dependencies; repeatedly selecting a subset of threads to be active that will not stall due to said data dependencies; and, executing active threads. selecting data from at least one of a plurality of data sources in dependence on the availability of storage in a data storage means; allocating a data address in the data storage means for the selected data; loading the selected data at the data address thus allocated; constructing an execution task comprising an ID for the selected data source, the data address, and an execution address; queuing the task with other previously constructed tasks in a task queue; determining which processing resources are required for each task in the task queue;selecting tasks for execution in dependence on the processing resources available; distributing tasks selected for execution across a plurality of processing threads; and determining whether any of the threads will stall because of data dependencies;
A hookah device, comprising: a hookah head, the hookah head having: a bowl portion with a pod recess formed therein to receive a consumable pod; a bowl top having an electronic heating mechanism positioned above the pod recess such that any consumable pod positioned within the pod recess is heated from above the pod recess; and an air pathway formed through the bowl top to include both a downward facing top inlet and an upward facing top outlet, the downward facing top inlet formed to align with a pod inlet and the upward facing top outlet formed to align with a pod outlet, whereby the air pathway is formed to draw air downward into a consumable pod, laterally through the consumable pod, and out of the consumable pod in an upward direction through the upward facing top outlet. a bowl portion with a pod recess formed therein to receive a consumable pod; a bowl top having an electronic heating mechanism positioned above the pod recess such that any consumable pod positioned within the pod recess is heated from above the pod recess; and an air pathway formed through the bowl top to include both a downward facing top inlet and an upward facing top outlet, the downward facing top inlet formed to align with a pod inlet and the upward facing top outlet formed to align with a pod outlet, whereby the air pathway is formed to draw air downward into a consumable pod, laterally through the consumable pod, and out of the consumable pod in an upward direction through the upward facing top outlet.
An electromagnetic induction device comprising a closed magnetic circuit, without air gap, of which at least a first part is substantially rectilinear and surrounded by a sleeve of the device, said sleeve being surrounded by an electrical conductor of the device, the electrical conductor comprising at least one metal sheet electrically insulated on at least one of its faces, wherein: - at least said or each said first part of said magnetic circuit has a section of circular form; - said magnetic circuit is layered by several layers of magnetic material separated by an electrical insulation, and - at least one said sleeve comprises an inner face of which the form of a section is circular and closely fits the form of said magnetic circuit, and an outer face having curved parts and planar parts, said induction device comprising a local heat exchanger in contact with said magnetic circuit outside of said first part or parts, said local heat exchanger comprising at least one surface closely fitting the form of said magnetic circuit and at least one planar surface, a section of said magnetic circuit being of circular form along the contact with said local heat exchanger. - at least said or each said first part of said magnetic circuit has a section of circular form; - said magnetic circuit is layered by several layers of magnetic material separated by an electrical insulation, and - at least one said sleeve comprises an inner face of which the form of a section is circular and closely fits the form of said magnetic circuit, and an outer face having curved parts and planar parts,
A hydrocarbon polymer modifier, comprising: an interpolymer of (i) a vinyl cyclohexene component (ii) a piperylene component; and (iii) a C 8 -C 12 vinyl aromatic component; and wherein the interpolymer comprises (a) a softening point from 40°C to 160°C, (b) Mn greater than 400, (c) Mz less than 15,000, (d) a Mw/Mn from 1.5 to 4 and (e) at least 8 mole percent aromatic hydrogen, based on the total moles of hydrogen in the interpolymer. an interpolymer of (i) a vinyl cyclohexene component (ii) a piperylene component; and (iii) a C 8 -C 12 vinyl aromatic component; and wherein the interpolymer comprises (a) a softening point from 40°C to 160°C, (b) Mn greater than 400, (c) Mz less than 15,000, (d) a Mw/Mn from 1.5 to 4 and (e) at least 8 mole percent aromatic hydrogen, based on the total moles of hydrogen in the interpolymer.