mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging apparatus configured to communicate with an external apparatus via a network , the imaging apparatus comprising: an imaging unit ; a first image processing unit configured to execute first image processing for changing a brightness of a captured image output from the imaging unit ; a second image processing unit configured to execute second image processing for detecting a dark part of a captured image output from the imaging unit and brightening the detected dark part, wherein the second image processing is different from the first image processing; a receiving unit configured to receive, from the external apparatus via the network, a single command including first image processing information for controlling an operation of the first image processing and second image processing information for controlling an operation of the second image processing; and a control unit configured to control the first image processing unit and the second image processing unit in accordance with the command received by the receiving unit, wherein the first image processing information includes information indicating that the first image processing is caused to be executed (ON), and wherein the second image processing information includes information indicating that whether the second image processing is caused to be executed or not is automatically determined by the imaging apparatus (AUTO). an imaging unit ; a first image processing unit configured to execute first image processing for changing a brightness of a captured image output from the imaging unit ; a second image processing unit configured to execute second image processing for detecting a dark part of a captured image output from the imaging unit and brightening the detected dark part, wherein the second image processing is different from the first image processing; a receiving unit configured to receive, from the external apparatus via the network, a single command including first image processing information for controlling an operation of the first image processing and second image processing information for controlling an operation of the second image processing; and a control unit configured to control the first image processing unit and the second image processing unit in accordance with the command received by the receiving unit, wherein the first image processing information includes information indicating that the first image processing is caused to be executed (ON), and wherein the second image processing information includes information indicating that whether the second image processing is caused to be executed or not is automatically determined by the imaging apparatus (AUTO).
A method for evaluating IO performance of cache servers, the method being characterized by comprising: collecting (S101) basic data of all to-be-evaluated cache servers that the cache servers rely on a disk to cache the data resources, wherein the basic data includes at least service data, disk configuration, load data, and performance data; filtering (S102) the basic data of all the to-be-evaluated cache servers, and classifying cache servers whose basic data have the same data characteristics into one category, wherein the data characteristic includes service traffic range, evaluation time range, service type and disk configuration; statistically analyzing (S103) basic data of cache servers of each category, to obtain evaluation indexes for the cache servers of each category by calculate corresponding means, peak values, and distributions of the load data and the performance data, wherein the evaluation indexes include at least a load evaluation index and a performance evaluation index, and the performance evaluation index includes at least a disk capacity evaluation index and a disk load algorithm evaluation index; and determining (S104), according to the evaluation indexes for the cache servers of each category, disk IO configuration requirements for the cache servers of each category, wherein the disk IO configuration requirements include at least a disk capacity configuration requirement and a disk load algorithm configuration requirement. collecting (S101) basic data of all to-be-evaluated cache servers that the cache servers rely on a disk to cache the data resources, wherein the basic data includes at least service data, disk configuration, load data, and performance data; filtering (S102) the basic data of all the to-be-evaluated cache servers, and classifying cache servers whose basic data have the same data characteristics into one category, wherein the data characteristic includes service traffic range, evaluation time range, service type and disk configuration; statistically analyzing (S103) basic data of cache servers of each category, to obtain evaluation indexes for the cache servers of each category by calculate corresponding means, peak values, and distributions of the load data and the performance data, wherein the evaluation indexes include at least a load evaluation index and a performance evaluation index, and the performance evaluation index includes at least a disk capacity evaluation index and a disk load algorithm evaluation index; and determining (S104), according to the evaluation indexes for the cache servers of each category, disk IO configuration requirements for the cache servers of each category, wherein the disk IO configuration requirements include at least a disk capacity configuration requirement and a disk load algorithm configuration requirement.
Timepiece movement including a mechanism including at least one inertial element arranged to oscillate or pivot about a first axis of pivoting (D1) relative to a structure of said movement , and arranged to cooperate directly or indirectly with at least one energy distribution wheel set forming only one escape wheel of an escape mechanism of the movement , the energy distribution wheel set pivoting relative to said structure about a second axis of pivoting (D2) parallel to or coincident with said first axis of pivoting (D1) and subjected to a torque exerted by at least one energy source , either directly, or via a direct train , characterised in that said at least one energy distribution wheel set meshes directly or indirectly with at least one inertia wheel set distinct from said inertial element , distinct from the escape mechanism , distinct from each said energy source and distinct from said train , when said at least one energy distribution wheel set is subjected to a torque exerted by at least one energy source via a train , and said at least one inertia wheel set pivoting about a third axis of pivoting (D3) relative to said structure , which third axis of pivoting (D3) is parallel to or coincident with said second axis of pivoting (D2), and each said inertia wheel set is arranged to pivot in the opposite direction to said energy distribution wheel set , and in that the total inertia of said inertia wheel sets is comprised between 60% and 140% of the inertia of said energy distribution wheel set .
Insertion-type connector having a conductor and having a union nut having an inside thread rotatably mounted on the conductor , wherein the Insertion-type connector takes the form of a co-axial insertion-type connector with the conductor , in the form of an outer conductor, surrounding a center conductor, characterized in that the union nut is resiliently mounted on the conductor in the axial direction of the insertion-type connector by means of a wave spring washer which is stressed in bending when tightening the union nut , wherein the inside of the wave spring washer stressed in bending is arranged in a groove in the conductor and its outside is arranged in a groove in the union nut , wherein the grooves are of a width which is wider than the cross-section of the body of the wave spring washer , and wherein the wave spring washer is deformed into the flat shape by tightening the union nut to the intended operating torque.
A system for fastening an anchor in a borehole in a mineral substrate, in particular concrete, mortar or masonry, comprising an anchor having a core section and a thread section , the core section having a core diameter d K and the thread section having an outer diameter do, and a grooving tool distinct from the anchor for grooving an internal thread in the borehole, the grooving tool comprising the following: an at least approximately cylindrical or conical base body having a leading and a trailing end , a force application device being provided, via which a torque for screwing the grooving tool into the borehole and for grooving the thread can be transmitted to the base body , the base body having an outer surface on which a grooving thread is formed, which is suitable for grooving the internal thread into the wall of the borehole, characterized in that a plurality of elevations are formed on the outer surface of the base body , each having a cutting edge , wherein at least a section of all cutting edges lie on an imaginary cylinder having a diameter (d o ), and wherein the cutting edges are suitable to at least partially remove the inner wall of the borehole when screwing the grooving tool into the borehole in order to adapt the inner wall of the borehole to the imaginary cylinder. an anchor having a core section and a thread section , the core section having a core diameter d K and the thread section having an outer diameter do, and a grooving tool distinct from the anchor for grooving an internal thread in the borehole, the grooving tool comprising the following: an at least approximately cylindrical or conical base body having a leading and a trailing end , a force application device being provided, via which a torque for screwing the grooving tool into the borehole and for grooving the thread can be transmitted to the base body , the base body having an outer surface on which a grooving thread is formed, which is suitable for grooving the internal thread into the wall of the borehole, characterized in that a plurality of elevations are formed on the outer surface of the base body , each having a cutting edge , wherein at least a section of all cutting edges lie on an imaginary cylinder having a diameter (d o ), and wherein the cutting edges are suitable to at least partially remove the inner wall of the borehole when screwing the grooving tool into the borehole in order to adapt the inner wall of the borehole to the imaginary cylinder.
A host device comprising: a memory ; and one or more processors coupled to the memory, the one or more processors being configured to: predict at least one of a battery capacity value or a battery resistance value of a rechargeable battery at a time, the rechargeable battery powering the host device; calculate a difference between the at least one of the predicted battery capacity value or the predicted battery resistance value and at least one of a battery capacity value or a battery resistance value stored in memory of a fuel gauge ; determine whether the difference exceeds a predetermined maximum error threshold; and based on the difference exceeding the predetermined maximum error threshold, replace, in the memory of the fuel gauge, the at least one of the stored battery capacity value or the battery resistance value with the at least one of the predicted battery capacity value or the predicted battery resistance value. a memory ; and one or more processors coupled to the memory, the one or more processors being configured to: predict at least one of a battery capacity value or a battery resistance value of a rechargeable battery at a time, the rechargeable battery powering the host device; calculate a difference between the at least one of the predicted battery capacity value or the predicted battery resistance value and at least one of a battery capacity value or a battery resistance value stored in memory of a fuel gauge ; determine whether the difference exceeds a predetermined maximum error threshold; and based on the difference exceeding the predetermined maximum error threshold, replace, in the memory of the fuel gauge, the at least one of the stored battery capacity value or the battery resistance value with the at least one of the predicted battery capacity value or the predicted battery resistance value. predict at least one of a battery capacity value or a battery resistance value of a rechargeable battery at a time, the rechargeable battery powering the host device; calculate a difference between the at least one of the predicted battery capacity value or the predicted battery resistance value and at least one of a battery capacity value or a battery resistance value stored in memory of a fuel gauge ; determine whether the difference exceeds a predetermined maximum error threshold; and based on the difference exceeding the predetermined maximum error threshold, replace, in the memory of the fuel gauge, the at least one of the stored battery capacity value or the battery resistance value with the at least one of the predicted battery capacity value or the predicted battery resistance value.
Starting block with a supporting ledge device for a start of a backstroke race, the supporting ledge device being at least partially integrated into the starting block, the supporting ledge device comprising an actuation assembly for placing a support ledge , via at least one fastening element , into a rest position or into one of the positions to be selected for a swimmer towards the rear of a base of the starting block , and the actuation assembly comprising return means intended to pull the fastening element and push the support ledge towards the swimming pool, or to push the fastening element and pull the support ledge towards the rest position out of the water, characterised in that the supporting ledge device is fully integrated inside the starting block in a rest position.
A polymer film, wherein a film surface of the polymer film has an arithmetic average roughness Ra of 0.63 μm to 1.80 μm determined in accordance with JIS B0601-2001 and a mean height Rc of roughness curve element of 2.45 μm to 7.20 μm determined in accordance with JIS B0601-2001; characterized in that the film surface has a root mean square roughness Rq of 0.76 μm to 2.40 μm determined in accordance with JIS B0601-2001 and a number of valley parts is 2500 to 8000, wherein a valley part is a recessed part of the film surface, with the proviso that when an image of an area having a horizontal length of 2457.6 μm and a vertical length of 1843.2 μm of the film surface is fractioned into a total number of 640 times 480 smaller unit regions each having an area of 3.84 x 3.84 μm 2 , smaller unit regions having a monochrome density value less than a threshold are defined as valleys, said threshold being set such that a number of smaller unit regions identified as valleys is 20% of the total number of smaller unit regions, the valley part refers to a region of aggregated valleys that is surrounded by smaller unit regions that are not identified as valleys, and wherein a number of valley parts counted in the image is defined as the number of valley parts; and wherein the image is acquired in accordance with the method described in the section <Methods for determining number and area frequency distribution of valley parts> of the description.
A desensitizing device, comprising an electrical stimulation member and a support member , the support member having an outer circumference , an inner circumference , a through channel surrounded by the inner circumference , and an accommodation space with a first opening on the outer circumference and at least two second openings on the inner circumference , wherein the electrical stimulation member is disposed in the support member and comprises: a control circuit configured for producing a stimulating current which comprises a first frequency signal between 200 KHz and 800 KHz; at least two electrodes exposed from the inner circumference through the second openings , respectively, and configured to be attached to a user's skin and electrically connected to the control circuit , configured for receiving the simulating current from the control circuit , and for applying the stimulating current to the skin, so that the stimulating current is provided to a subcutaneous nerve through the skin, and the subcutaneous nerve is temporarily desensitized; and an electric power supply unit electrically connected to the control circuit for providing electric power to the control circuit . a control circuit configured for producing a stimulating current which comprises a first frequency signal between 200 KHz and 800 KHz; at least two electrodes exposed from the inner circumference through the second openings , respectively, and configured to be attached to a user's skin and electrically connected to the control circuit , configured for receiving the simulating current from the control circuit , and for applying the stimulating current to the skin, so that the stimulating current is provided to a subcutaneous nerve through the skin, and the subcutaneous nerve is temporarily desensitized; and an electric power supply unit electrically connected to the control circuit for providing electric power to the control circuit .
A system for supporting castings during thermal treatments such as solution heat treatment, quenching and aging, the system comprising: a tray defining a horizontal base plane and having a plurality of tray openings therethrough; and a fixture extending over at least one tray opening, the fixture comprising a plurality of support plates oriented vertically with lower portions extending across the at least one tray opening and top edges extending above the at least one tray opening with shaped profiles along the lengths thereof, the plurality of support plates having a plurality of top edges that together define an open support surface that is complementary with an underside surface of a casting and configured to loosely support the casting atop the open support surface and orientate the casting in space above the tray opening , characterized in that the top edges of the support plates define narrow contact lines underneath the casting and have irregular shaped profiles along the lengths thereof and together define an irregular open support surface that is complementary with an irregular underside surface of the casting . a tray defining a horizontal base plane and having a plurality of tray openings therethrough; and a fixture extending over at least one tray opening, the fixture comprising a plurality of support plates oriented vertically with lower portions extending across the at least one tray opening and top edges extending above the at least one tray opening with shaped profiles along the lengths thereof, the plurality of support plates having a plurality of top edges that together define an open support surface that is complementary with an underside surface of a casting and configured to loosely support the casting atop the open support surface and orientate the casting in space above the tray opening , characterized in that the top edges of the support plates define narrow contact lines underneath the casting and have irregular shaped profiles along the lengths thereof and together define an irregular open support surface that is complementary with an irregular underside surface of the casting .
A radial or diagonal impeller for a fan with impeller blades curved about an axis of rotation in the circumferential direction, formed from a single-layer sheet metal, which each have a suction side and a pressure side as well as a blade leading edge and a blade trailing edge , wherein at least the blade leading edge of the impeller blades adjacent to their suction side has a geometrical edge modification in the shape of a rounding limited over a predetermined partial length of a blade thickness (SD) of the impeller blades , characterised in that the blade leading edge of the impeller blades adjacent to their pressure side is designed without the edge modification and has a bevelled shape.
Connector comprising: - a connector body having at least one loop-shaped body portion having an opening between a first body end and a second body end which ends face one another, - a closure gate , articulated for rotation, between a closed position and an open position, about its first gate end about a pivot pin situated in the connector body in the vicinity of the first body end , - an elastic return device constantly urging the closure gate toward its closed position in which the closure gate connects the first and second body ends, where the elastic return device comprises: - an axial compression elastic means housed in a compression bore formed in a longitudinal portion of one of either the first body end or the first gate end , - a cam formed on the other of either the first body end or the first gate end , - a sliding element with a frontal surface , which slides in translation along said longitudinal portion of said same first body end or first gate end , - the sliding element being urged by the axial-compression elastic means which pushes it back, in a direction of thrust (I-I), to bear slidingly against the cam via its frontal surface along a pressing line parallel to the pivot pin of the closure gate and which is permanently offset toward the open position of the closure gate with respect to the direction of thrust (I-I) passing through the pivot pin of the closure gate . - a connector body having at least one loop-shaped body portion having an opening between a first body end and a second body end which ends face one another, - a closure gate , articulated for rotation, between a closed position and an open position, about its first gate end about a pivot pin situated in the connector body in the vicinity of the first body end , - an elastic return device constantly urging the closure gate toward its closed position in which the closure gate connects the first and second body ends, - an axial compression elastic means housed in a compression bore formed in a longitudinal portion of one of either the first body end or the first gate end , - a cam formed on the other of either the first body end or the first gate end , - a sliding element with a frontal surface , which slides in translation along said longitudinal portion of said same first body end or first gate end , - the sliding element being urged by the axial-compression elastic means which pushes it back, in a direction of thrust (I-I), to bear slidingly against the cam via its frontal surface along a pressing line parallel to the pivot pin of the closure gate and which is permanently offset toward the open position of the closure gate with respect to the direction of thrust (I-I) passing through the pivot pin of the closure gate .
A method performed in a communication device , the method comprising: receiving a message; detecting a language associated with the received message; updating local-language parameters based on the detected language; displaying the received message; and updating, based on the updated local-language parameters, additional displayed information, the additional information being displayed along with the received message and being associated with the received message, the additional displayed information comprising text-based information for a user interface, wherein updating the additional displayed information comprises displaying the text-based information for the user interface in the detected language. receiving a message; detecting a language associated with the received message; updating local-language parameters based on the detected language; displaying the received message; and updating, based on the updated local-language parameters, additional displayed information, the additional information being displayed along with the received message and being associated with the received message, the additional displayed information comprising text-based information for a user interface, wherein updating the additional displayed information comprises displaying the text-based information for the user interface in the detected language.