mhurhangee/ep-ind-claims huggingface dataset:
An umbrella handle assembly for maintaining a position of a canopy relative to a support pole of an umbrella, the umbrella handle assembly being adapted to be slidably disposed on the support pole, the umbrella handle assembly comprising: a handle component having a grip portion and a connector portion, the handle component being configured to transfer motion of the grip portion to the connector portion; a transmission component having a first end and a second end, the first end being coupled to the connector portion of the handle component, the second end configured to extend at least partially through a perimeter of the support pole; a brake component having at least two contact surfaces and at least one engagement surface, the engagement surface being configured to contact an engagement surface of the support pole; and a wedge component having at least two contact surfaces being slidably positioned against the respective at least two contact surfaces of the brake component and being moveable relative to the brake component, the wedge component being interconnected with the transmission component such that movement of the transmission component causes the wedge component to move relative to the brake component, the movement of the wedge component causing the engagement surface of the brake component to engage or disengage with the engagement surface of the support pole. a handle component having a grip portion and a connector portion, the handle component being configured to transfer motion of the grip portion to the connector portion; a transmission component having a first end and a second end, the first end being coupled to the connector portion of the handle component, the second end configured to extend at least partially through a perimeter of the support pole; a brake component having at least two contact surfaces and at least one engagement surface, the engagement surface being configured to contact an engagement surface of the support pole; and a wedge component having at least two contact surfaces being slidably positioned against the respective at least two contact surfaces of the brake component and being moveable relative to the brake component, the wedge component being interconnected with the transmission component such that movement of the transmission component causes the wedge component to move relative to the brake component, the movement of the wedge component causing the engagement surface of the brake component to engage or disengage with the engagement surface of the support pole.
An induction heating device comprising: a top panel on which a load is placeble; a plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2) provided below the top panel; a driver configured to supply a high frequency power to the plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2); an electric signal detector configured to detect an electric signal relating to an element included in the driver; and a controller configured to receive the electric signal and control the driver, characterized in that the controller is configured to cause the driver to supply a first detection current which is a high frequency power to the plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2), and determine whether the load is placed above the plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2) based on an electric signal in response to the first detection current, and when determining that the load is not placed above the plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2) based on the first detection current, the controller is configured to cause the driver to supply a second detection current which is a high frequency power and has a larger current value than the current value of the first detection current to the plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2), and determine whether the load is placed above the plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2) based on an electric signal in response to the second detection current. a top panel on which a load is placeble; a plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2) provided below the top panel; a driver configured to supply a high frequency power to the plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2); an electric signal detector configured to detect an electric signal relating to an element included in the driver; and a controller configured to receive the electric signal and control the driver, characterized in that the controller is configured to cause the driver to supply a first detection current which is a high frequency power to the plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2), and determine whether the load is placed above the plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2) based on an electric signal in response to the first detection current, and when determining that the load is not placed above the plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2) based on the first detection current, the controller is configured to cause the driver to supply a second detection current which is a high frequency power and has a larger current value than the current value of the first detection current to the plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2), and determine whether the load is placed above the plurality of heating coils (3, 31, 32, 33, 34, A1, A2, B1, B2) based on an electric signal in response to the second detection current.
A method of processing code, the method comprising: obtaining a portion of the code that includes a first work group having a first work item, a second work group having a second work item, and attributes containing developer supplied criteria, the code and attributes describing execution parameters for a graphics processing unit GPU, and each of the first and second work items having an execution overhead; analyzing the portion of code and attributes with at least one of a compiler or driver; generating an altered code portion based on capabilities of the GPU by merging the first work group with the second work group to form a single merged work group that includes the first and second work items; coalescing the first and second work items of the altered code portion to form an altered and coalesced code portion, the altered and coalesced code portion comprising manipulation code to automatically adjust, at run-time, code elements affected by the coalescing, wherein a cost of executing the manipulation code is less than a cost of executing eliminated execution overhead resulting from the coalescing; compiling the altered code portion; and loading the compiled altered code portion for execution on the GPU. obtaining a portion of the code that includes a first work group having a first work item, a second work group having a second work item, and attributes containing developer supplied criteria, the code and attributes describing execution parameters for a graphics processing unit GPU, and each of the first and second work items having an execution overhead; analyzing the portion of code and attributes with at least one of a compiler or driver; generating an altered code portion based on capabilities of the GPU by merging the first work group with the second work group to form a single merged work group that includes the first and second work items; coalescing the first and second work items of the altered code portion to form an altered and coalesced code portion, the altered and coalesced code portion comprising manipulation code to automatically adjust, at run-time, code elements affected by the coalescing, wherein a cost of executing the manipulation code is less than a cost of executing eliminated execution overhead resulting from the coalescing; compiling the altered code portion; and loading the compiled altered code portion for execution on the GPU.
System for cooling molds for metals or for metal alloys of the type provided with at least two shaped half-molds (2A, 2B), that can be coupled together in order to define a molding chamber adapted to contain melted metal material, such system comprising: - at least one main conduit for transporting a main flow of a cooling carrier fluid containing compressed air and nebulized water, having a first transport section; - a plurality of secondary conduits connected to and originating from said main conduit and each provided with a second transport section smaller than the first transport section of said main conduit and with a free end susceptible of being inserted in a corresponding channel of a duct made in one of said half-molds (2A, 2B); wherein said main conduit is provided with at least one closed terminal portion, which is radially and peripherally connected to three or more of said secondary conduits; said closed terminal portion being shaped for distributing in said secondary conduits equal secondary flows of said cooling carrier fluid, injecting them through the free ends thereof into the corresponding said channels of said half-mold (2A, 2B); said cooling system being characterized in that said secondary conduits are susceptible of being bent in order to assume the shape adapted to bring their free end to the mouths of the channels made in the half-molds (2A, 2B). - at least one main conduit for transporting a main flow of a cooling carrier fluid containing compressed air and nebulized water, having a first transport section; - a plurality of secondary conduits connected to and originating from said main conduit and each provided with a second transport section smaller than the first transport section of said main conduit and with a free end susceptible of being inserted in a corresponding channel of a duct made in one of said half-molds (2A, 2B); wherein said main conduit is provided with at least one closed terminal portion, which is radially and peripherally connected to three or more of said secondary conduits; said closed terminal portion being shaped for distributing in said secondary conduits equal secondary flows of said cooling carrier fluid, injecting them through the free ends thereof into the corresponding said channels of said half-mold (2A, 2B); said cooling system being characterized in that said secondary conduits are susceptible of being bent in order to assume the shape adapted to bring their free end to the mouths of the channels made in the half-molds (2A, 2B).
An ankle resection system, comprising: a proximal tibial anchor; a resection frame connected to the proximal tibial anchor, the resection frame anchorable to the distal tibia and/or the talus and providing an opening through which a bone cutting element can pass for cutting underlying bone; and a resection guide which includes one or more cutting slots (169, 171, 172), the resection guide coupled to the resection frame with the one or more cutting slots (169, 171, 172) positioned over the opening in the resection frame so that the bone cutting element can pass through the one or more cutting slots (169, 171, 172) and through the opening in the resection frame for cutting the distal tibia and/or the talus. a proximal tibial anchor; a resection frame connected to the proximal tibial anchor, the resection frame anchorable to the distal tibia and/or the talus and providing an opening through which a bone cutting element can pass for cutting underlying bone; and a resection guide which includes one or more cutting slots (169, 171, 172), the resection guide coupled to the resection frame with the one or more cutting slots (169, 171, 172) positioned over the opening in the resection frame so that the bone cutting element can pass through the one or more cutting slots (169, 171, 172) and through the opening in the resection frame for cutting the distal tibia and/or the talus.
A method for data wiping on a mass storage in order to erase mass volumes of data by destroying electronic data from IT assets, computer devices, servers, data storage environments, network storage devices, removable data storage media and/or the like, wherein the data wiping is being performed in a software-based manner by erasing data residing on a computer readable media, such a as hard disk drive, a magnetic tape drive, a magneto-optical disc drive, an optical disc drive, a memory card, a solid-state drive and/or the like digital media, wherein a Wipe Free Space process, in order to overwrite an entire disk space that is not allocated by files, is being exploited by overwriting unallocated free disk space on the computer readable media with temporary data, by which all dirty disk space on the computer readable media is being filled according to a wiping scheme by allocating free disk space temporarily and overwriting it, whereafter the dirty disk space is being erased by deleting the temporary data thereon, wherein as a result, the disk has the same amount of free space as before, and wherein in the Data wiping of the computer readable media, a number of temporary files (F0-Fi) are being created that occupy all the dirty disk space, whereafter a wiping pattern and/or random data is being created to the temporary files in order to overwrite all the dirty disk space and thus to erase all previous data content thereof, characterized in that, in the wiping of the computer readable media, a Data wiping software for overwriting data in order to completely destroy all electronic data residing in an unallocated free disk space is being applied with a Reserved Space feature, by means of which only a part (FO-Fx) of the temporary files (FO-Fi) is being deleted and saved as a Wiped free -space, wherein the rest (Fx-Fi) of the temporary files are being kept in existence in a Wiped and Reserved -space under management of the Reserved Space residential feature of the Data wiping software, wherein the Wiped and Reserved - space is still considered as allocated and it won't be used, and wherein the sizes of the Wiped free -space and the Wiped and Reserved - space are being maintained as desired, by utilizing a Threshold feature of the Data wiping software in order to manage the size of disk space that remains free after the wiping procedure, for use under control of the Reserved Space residential feature, by means of which it is being ensured that the computer readable media does not have less free space than a preset Threshold value.
A skim tank, comprising: a container comprising a flow-control structure disposed within the container, wherein the flow-control structure is configured to force flow of a first portion of a solid- depleted phase of a mixed-phase feed into a toroidal motion within the container and around the flow control structure, wherein the container is configured to allow withdrawal of a second portion of the solid-depleted phase at a bottom portion of the container and an overflow element is arranged in the container and configured to allow removal of a floating solid-enriched phase separated from the mixed-phase and one or more control elements that are configured to force at least some of the floating solid-enriched phase into the overflow element and a plurality of vertically spaced effluent valves that are configured to remove at least some of the solid-depleted phase from the container, characterised in that a fluid conduit is coupled to the container and configured to allow recycling of at least some of the second portion of the solid-depleted phase back into the flow-control structure wherein the flow-control structure is configured to impart an up-flow motion into the mixed-phase feed and wherein the overflow element is configured to redirect the up-flow motion into a side-flow motion, which further assists the toroidal motion of the solid-depleted phase.
An operating method for a portable electronic device, the portable electronic device comprising a body and edge sensors disposed adjacent to edges of the body of the portable device, on a first side and a second side of the body, the first side being opposite to the second side, the operating method comprising: determining whether a first squeezing action sensed by the edge sensors corresponds to an effective squeezing action according to the force of the first squeezing action, a first squeezing threshold, and a first releasing threshold, wherein the first releasing threshold is smaller than the first squeezing threshold, the first squeezing threshold is configured to determine the begin of the effective squeezing action and the first releasing threshold is configured to determine the finish of the effective squeezing action; and performing a predefined function in response to determining that the first squeezing action corresponds to the effective squeezing action; wherein the force of the first squeezing action reaches the first squeezing threshold at a first time point and the force of the first squeezing action decreases to the first releasing threshold at a second time point, wherein the predefined function is performed according to a first time period between the first time point and the second time point and the first squeezing action corresponds to the effective squeezing action. determining whether a first squeezing action sensed by the edge sensors corresponds to an effective squeezing action according to the force of the first squeezing action, a first squeezing threshold, and a first releasing threshold, wherein the first releasing threshold is smaller than the first squeezing threshold, the first squeezing threshold is configured to determine the begin of the effective squeezing action and the first releasing threshold is configured to determine the finish of the effective squeezing action; and performing a predefined function in response to determining that the first squeezing action corresponds to the effective squeezing action;
An endoscopic instrument with a first portion having a first longitudinal extension, a second portion and a third portion, a first main joint comprising a first main joint part, a further first main joint part and a first sub-joint, a second main joint comprising a second main joint part, a further second main joint part and a second sub-joint, and a rigid main pressure rod extending along said first longitudinal extension, the first portion and the second portion being connected to each other in a deflectable manner by means of the first main joint, and wherein the first portion and the third portion are connected to each other in a deflectable manner by means of the second main joint, the main pressure rod being coupled to the first sub-joint and the second sub-joint such that displacement of the first main joint by deflecting the second portion relative to the first portion transmits a force via the main pressure rod to the second main joint and causes deflection of the third portion relative to the first portion, and the further first main joint part comprising a first inner joint part and a further first inner joint part, wherein the first inner joint part is formed at least as a part of a socket on the further first main joint part, and wherein the further first inner joint part is formed at least as a part of a ball joint and is disposed within the further first main joint part, wherein the further first inner joint part is pivotally disposed relative to the further first main joint part and to the first sub-joint, wherein pivoting of the further first inner joint part can occur without displacement of the first sub-joint, and wherein the second portion has a second longitudinal extension and a second cavity along the second longitudinal extension.
An air duct assembly for an axial flow fan, comprising an air inlet shroud and an air outlet shroud; wherein the air inlet shroud comprises a plurality of mutually angled air inlet surfaces, and a ratio of an area of the air inlet surfaces of the air inlet shroud to that of air outlet surfaces of the air outlet shroud is 1.1 to 1.35, wherein the air inlet shroud comprises a first air inlet surface, a second air inlet surface and a third air inlet surface which are mutually angled, wherein a grille of the air outlet shroud comprises a plurality of grid bars, characterized in that each of the grid bars has a gradually increased cross-sectional area along the air outflow direction, so that an air outlet area between two adjacent grid bars gradually decreases along the air outflow direction.
A method for controlling a transmitter amplifier, comprising: receiving, through a receiver antenna, a frequency band that includes an assigned frequency channel, an adjacent frequency channel, and a communication signal from the transmitter amplifier in the assigned frequency channel, the assigned frequency channel and the adjacent frequency channel being respective sub-bands of the frequency band; estimating a distortion by the transmitter amplifier, wherein estimating the distortion includes estimating an adjacent channel interference, the adjacent channel interference including amplifier distortion components of the communication signal extending into the adjacent frequency channel, wherein estimating the adjacent channel interference includes: determining cross-correlation coefficients, between the communication signal and the adjacent frequency channel, estimating the adjacent channel interference, based at least in part on the cross-correlation coefficients; and upon the estimated distortion by the transmitter amplifier, as indicated by the estimated adjacent channel interference meeting a given condition, initiating communication of an operating point notice, toward a local control of the transmitter amplifier. receiving, through a receiver antenna, a frequency band that includes an assigned frequency channel, an adjacent frequency channel, and a communication signal from the transmitter amplifier in the assigned frequency channel, the assigned frequency channel and the adjacent frequency channel being respective sub-bands of the frequency band; estimating a distortion by the transmitter amplifier, wherein estimating the distortion includes estimating an adjacent channel interference, the adjacent channel interference including amplifier distortion components of the communication signal extending into the adjacent frequency channel, wherein estimating the adjacent channel interference includes: determining cross-correlation coefficients, between the communication signal and the adjacent frequency channel, estimating the adjacent channel interference, based at least in part on the cross-correlation coefficients; and upon the estimated distortion by the transmitter amplifier, as indicated by the estimated adjacent channel interference meeting a given condition, initiating communication of an operating point notice, toward a local control of the transmitter amplifier. determining cross-correlation coefficients, between the communication signal and the adjacent frequency channel, estimating the adjacent channel interference, based at least in part on the cross-correlation coefficients; and upon the estimated distortion by the transmitter amplifier, as indicated by the estimated adjacent channel interference meeting a given condition, initiating communication of an operating point notice, toward a local control of the transmitter amplifier.