166 results about "Break point" patented technology

The invention relates to a breakpoint repairing circuit, method, device and equipment for a display panel and a medium, and the method comprises the steps: connecting a repairing line under the condition that a breakpoint of the display panel is detected; the gain of the signal entering the repair line is adjusted through a gain circuit, and the gain circuit is arranged on a circuit board outside the display panel; and a high-pass filtering link is connected into the repair line, and signal attenuation on the repair line is compensated through the high-pass filtering link. The signal gain on the repair line is adjusted by introducing the gain circuit, and the signal attenuation on the repair line is compensated through the high-pass filtering link, so that the possible phenomenon that the brightness of the repaired section is not uniform is inhibited, and the problem that the overall dark line of the repaired section still appears after breakpoint repair is performed through the repair line is solved.

A device debugging method includes according to a first thread to be created and a breakpoint set, determining that the first thread contains a corresponding breakpoint; injecting a hook function into the first thread, and creating a first thread and executing in a debugging mode; if the hook function is invoked, determining whether a triggering condition of the breakpoint is satisfied; if not, directly exiting the hook function; if so, stopping the code running of the first thread, waiting, and executing a debug instruction. Therefore, the device is integrated with both functionalities of debugging and actual execution due to the breakpoint set for debugging configured on the device, the actual result of each debugging can be observed in real time, and the hook functions of different threads operate independently and do not interfere, thus multithread debugging can be achieved, and debugging efficiency is improved.

Container closure (10) comprising a closure base (11) and a cap (12) as well as a mouthpiece (15) and means (13) for piercing a closure film, wherein a tamper-evident band (21) is provided, wherein the tamper-evident band (21) has several predetermined breaking points (22) aligned in the axial direction of the container closure (10) and is actuated by a spreading action.

A capped bamboo-joint screw includes a screw body with a set of threaded grooves and a set of unthreaded areas on its outer surface. An adapter post is connected to the left side of the screw body, and a nut is connected to the left side of the adapter post. This device utilizes the alternating distribution of threaded grooves and unthreaded areas. When adjusting the screw length, the user can use pipe wrenches or wire cutters to clamp the unthreaded area and precisely cut it off along a preset break point. The threaded grooves remain intact after cutting, not affecting subsequent threaded connections with nuts or installation components, greatly expanding the length adaptability range and reducing the need for stock specifications. Simultaneously, the Phillips head groove on the left side of the nut, in conjunction with the adapter post, ensures that torque is effectively transmitted to the threaded section when tightening the screw with tools, enhancing installation stability. Furthermore, the integrated metal cap design makes this product aesthetically pleasing and provides excellent protection.

Contact terminal, with a chip (110) having two opposite break points (110a); and a computer or telephone line connector having a connector structure (102) forming a plurality of chip slots (103), the chip slot (103) having two opposing side walls (103a, 103b) inside; wherein, when the chip (110) is inserted into the chip slot, the two opposite break points (110a) of the chip (110) rest against the two side walls.

A controller (110) of a smart meter (102) includes a processor incorporating a debugging module configured to halt instruction execution upon detection of a breakpoint and to generate an associated hardware interrupt. To apply a patch to an instruction set, the controller (110): receives a patch update message via a communication network (103), said message providing the patch to be applied and a breakpoint for applying the patch in the instruction set executed by said controller (110); stores patch update instructions in non-volatile memory, for a future restart of the smart meter (102), and in RAM, for on-the-fly implementation; configures the debugging module with said patch update breakpoint; and applies the patch upon detection of a hardware interrupt associated with said patch update breakpoint.Figure to be published with the abbreviation: Fig. 1.

1. Name of this design: Version Comparison Graphical User Interface for Electronic Devices. 2. Purpose of this design: An electronic device. 3. The key design feature of this product is its graphical user interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the graphical user interface: The graphical user interface in this design is used to display version comparison information. 7. Description of the changes in the graphical user interface: The interfaces shown in the main views of Design 1-Design 8 are the version comparison information display interfaces. The main view displays multiple comparison information areas and operable buttons (such as the "Problem Entry" button and the Chinese / English switching button). Clicking on a comparison information area or an operable button will redirect you to a different screen. Specifically, in the interface shown in the main view of Design 5, there is a comparison information area and multiple operable buttons (such as the "Production Line Breakpoint ECU" button, the "OK" button, etc.). By clicking the "Production Line Breakpoint ECU" button, the interface can switch from the interface shown in the main view to the interface shown in the change state diagram 1. In the interface shown in the change state diagram 1, there are multiple operable buttons such as the "Production Line Breakpoint ECU" button and the "LCDS Push ECU" button. By clicking the "LCDS Push ECU" button, the interface can switch from the interface shown in the change state diagram 1 to the interface shown in the change state diagram 2. The interface shown in the main view of Design 6 displays a comparison information area and several operable buttons (such as the "Production Line Breakpoint ECU" button, the "Pin to Left" button, etc.). By clicking the "Pin to Left" button, the interface can switch from the interface shown in the main view to the interface shown in the change state diagram. In the interface shown in the main view of Design 7, there is a comparison information area. In this area, multiple information bars are displayed. By clicking on the information bars, the interface can be switched sequentially from the interface shown in the main view to the interface shown in Change State Figure 1 and Change State Figure 2. In the interface shown in the main view of Design 8, there is a comparison information area. By clicking on this area, the interface can be switched from the interface shown in the main view to the interface shown in the change state diagram.

The application discloses a kind of combat simulation system breakpoint saving method and device, the method includes: defining combat simulation system breakpoint saving parameter information and breakpoint recovery parameter information;Define the breakpoint saving interface and breakpoint recovery interface of combat simulation system;User sends breakpoint saving request to combat simulation system;Combat simulation system receives the breakpoint saving request, calls breakpoint saving interface, carries out breakpoint saving processing according to breakpoint saving parameter information, obtains breakpoint storage parameter information;User sends breakpoint recovery request to combat simulation system;Combat simulation system receives breakpoint recovery request, calls breakpoint recovery interface according to breakpoint recovery parameter information and processes breakpoint recovery request, recovers combat simulation system.This method saves the situation of a moment in the form of breakpoint in the simulation process, can be recovered from breakpoint in later period Run, shorten the time of starting from the beginning, improve the efficiency and system stability of activity such as drill, debugging.

The application provides a semiconductor test structure and a breakpoint failure positioning method. The semiconductor test structure comprises a first metal layer, a plurality of first sub-metal blocks arranged in a matrix along an X direction and a Y direction; a second metal layer, a plurality of second sub-metal blocks arranged in the X direction and the Y direction and arranged above the first sub-metal blocks in a staggered manner, the first sub-metal block and the second sub-metal block adjacent to the first sub-metal block in the staggered manner are connected in a head-to-tail manner through a conductive via to form a plurality of interconnected parallel and head-to-tail chain structures; and a dummy metal filling layer, a plurality of identification marks located at the periphery of the chain structure. Obviously, the semiconductor test structure provided by the application is that a plurality of identification marks are newly formed in the X direction and the Y direction in the dummy metal filling layer formed at the periphery of at least two asymmetric sides of the existing test structure for breakpoint failure analysis through filling or etching.

The invention discloses a method for orderly file collection and breakpoint resume, which comprises the following steps of: file classification: classifying different types of files by using prefix time and suffix, and classifying the files with the same prefix into the same type of files; file storage; the server side classifies and stores files according to the ip address of the application module and the name of the application module, namely a gateway, a transaction engine and the like; the agent end and the server end are interacted through a tcp protocol; the problems that in the prior art, orderliness of data files is not concerned, continuous transmission of a single file is only considered in the breakpoint continuous transmission process, and data time sequence chaos is caused are solved.

The invention relates to a terminal block (100) for connecting at least one electrical conductor, comprising an insulating housing (110) in which at least one connection point (111A, 111B, 111C) is formed for the at least one electrical conductor, wherein the at least one connection point (111A, 111B, 111C) has a current bar (112A) arranged in the insulating housing (110), a clamping spring (113A) arranged in the insulating housing (110) for clamping the conductor to be connected against the current bar (112A), and an actuating element (114A, 114B, 114C) for actuating the clamping spring (113A), wherein the actuating element (114A, 114B, 114C) is connected via at least one connection point (116A, 116B, 116C, 117A, 117B, 117C) is injection-molded in one piece onto the insulating housing (110) and wherein the at least one connection point (116A, 116B, 116C, 117A, 117B, 117C) has a predetermined breaking point, via which the actuating element (114A,114B, 114C) at at least one connection point (116A, 116B, 116C, 117A, 117B, 117C) is detachable from the insulating housing (110) and is insertable into an actuating opening (115A, 115B, 115C) of the insulating housing (110)..

The utility model relates to the technical field of detection equipment, in particular to an anti-falling device of foreign object detection equipment for an FOD runway. The device can buffer instant impact force, the instant stress limit value of the mooring rope is reduced, the occurrence rate of breakage accidents at the connecting position of the mooring rope is reduced, and the device is safer and more reliable. Comprising a supporting mechanism, a detection module and an anti-falling buffer mechanism, the supporting mechanism comprises a mounting chassis, an easy-to-break rod and a supporting rod, the easy-to-break rod and the supporting rod are both of a hollow structure, the easy-to-break rod is provided with an easy-to-break point, the lower end of the easy-to-break rod is connected with the mounting chassis, the upper end of the easy-to-break rod is connected with the lower end of the supporting rod, and the upper end of the supporting rod is fixed to the detection module; the anti-falling buffer mechanism comprises a mounting plate fixedly connected with the mounting chassis, a universal ball fixedly mounted on the mounting plate, a universal seat rotationally connected with the universal ball, a plurality of retaining ropes and a plurality of connecting springs, the retaining ropes are uniformly distributed in the circumferential direction of the universal seat, and one end of each retaining rope is fixedly connected with the edge of the universal seat.

Devices and techniques for handling breakpoints in a multi-element processor are described herein. A compute node includes a hybrid threading processor and hybrid threading fabric, where the hybrid threading fabric comprises a plurality of memory-compute tiles, where each of the memory-compute tiles include respective processing and storage elements used to execute a kernel, and where each of the memory-compute tiles includes a breakpoint controller to initiate a breakpoint for the plurality of memory-compute tiles.

An example includes: receiving a call request containing a first functional block, searching a library for the block and displaying it; receiving a breakpoint setting request for a first event port, searching the library for codes of the block, analyzing the codes for the port, and adding a breakpoint flag at the port; receiving a monitoring parameter setting request, adding the name of the parameter, the port, and the first functional block to a monitoring parameter table; receiving a application program running request, searching the library for codes of each functional block, and running the codes according to the execution sequence relationship between blocks; and querying a monitoring parameter when the first block is run, then, if the monitoring parameter is found, acquiring the value of the parameter, and when a breakpoint flag is detected, pausing the running and displaying the current value on the interface.

The pet pull-ups with the breakpoint structures comprise a protective layer and an absorption pad, an upper elastic waistline and a lower elastic waistline are arranged on the two sides of the protective layer respectively, wing pieces extending outwards are arranged on the two sides of the upper elastic waistline, first hook-and-loop fasteners are arranged on the inner side faces of the two wing pieces in an attached mode, and the first hook-and-loop fasteners are arranged on the inner side faces of the two wing pieces in an attached mode. The two sides of the lower elastic waistline are connected to the inner side of the upper elastic waistline in an overlapped mode through first point breaking lines. According to the pet pull-ups with the breakpoint structures, by combining the advantages of existing full-pocket pull-ups and hook-and-loop fastener pasting type pull-ups, on the basis of the full-pocket pull-ups, the upper elastic waistline and the lower elastic waistline are respectively designed, the first point breaking line is arranged, the wing pieces and the first hook-and-loop fasteners are matched, and after the first point breaking line is torn off, the upper elastic waistline and the lower elastic waistline can be separated from each other. In this way, the whole pocket type pull-ups can be converted into the hook-and-loop fastener pasting type pull-ups, and in the using process, the replacement convenience and the leakage-proof effect can be achieved at the same time.

A real-time debugger implementation maintains and manages multiple debug contexts allowing developers to interact with real-time applications without “breaking” the system in which the debug application is executing. The debugger allows multiple debug contexts to exist and allows break points in real-time and non-real-time code portions of one or more applications executing on a debug enabled core of a processor. A debug monitor function may be implemented as a hardware logic module on the same integrated circuit as the processor. Higher priority interrupt service requests may be serviced while otherwise maintaining a context for the debug session (e.g., stopped at a developer defined breakpoint). Accordingly, the application developer executing the debugger may not have to be concerned with processing occurring on the processor that may be unrelated to the current debug session.

A computer-implemented method for optimizing the placement of previously selected breaks in a media item is provided herein. Embodiments of the method include steps of identifying a break in a media item, the break being associated with a first break point at a first time during playback of the media item. The method may also include steps of dynamically adjusting the placement of the breaks within the media item based on the performance of the media item.

Efficiently replacing software breakpoint instructions in processor-based devices is disclosed. In this regard, in one exemplary embodiment, a processor-based device is provided. The processor-based device comprises a system memory and a processor. The processor comprises a breakpoint slip register (BSR) configured to store an instruction of a software process that was replaced in the system memory by a software breakpoint instruction, and further comprises a breakpoint slip enable (BSE) indicator. The processor is configured to, during execution of the software process, execute the software breakpoint instruction. The processor is further configured to, responsive to executing the software breakpoint instruction, transfer program control to a debugger. The processor is also configured to, upon program control returning from the debugger, determine that the BSE indicator is set. The processor is additionally configured to, responsive to determining that the BSE indicator is set, execute the instruction stored in the BSR.

The application discloses a kind of electrohydrodynamic jet printing device and method with breakpoint detection function, adopt according to the way of judging defect of reflected ultrasonic wave direction, compared with other ways have many advantages such as high identification precision, fast printing speed, non-contact measurement, economic benefit etc..In the process of very fine jet printing, ultrasonic generator continuously sends high-frequency mechanical signal as signal source, high-frequency mechanical signal occurs total reflection after contacting very fine jet, and the direction of reflected high-frequency mechanical signal is related to the form of very fine jet.Reflected high-frequency mechanical signal points to piezoelectric ceramic array, and the piezoelectric ceramic sheet receiving reflected high-frequency mechanical signal will produce piezoelectric effect, generate regular electric signal, identify the position of electric signal and calculate, and the form of very fine jet can be obtained.The application has the characteristics of real-time detection and wide ink adaptability by introducing breakpoint detection mechanism, and can realize high-precision very fine jet form detection.

A method includes receiving a callback routine creation command at a target device. The method also includes creating a callback routine in a callback memory space included in memory of the target device after validating the same. The method also includes receiving a set breakpoint command at the target device. The method also includes, in response to the received set breakpoint command, setting a breakpoint at the target device. The method can also include identifying a breakpoint hit, generating, by an exception inducing instruction, an interrupt, identifying a breakpoint control block in an active breakpoints data structure. The method also can also include invoking the callback routine and storing an opcode at a memory address, wherein the memory address is in a predetermined memory region of the memory, and wherein the breakpoint control block stores the opcode and the memory address.

The present application provides a device debugging method, a device and a storage medium, which relate to the technical field of industrial control. The method includes: receiving a start debugging request; determining a plurality of first hook functions corresponding to the first task threads according to the start debugging request and the breakpoint set; injecting a plurality of first breakpoints applied to the corresponding first task threads into the first hook functions according to the breakpoint set; and responding to the debugging of the first hook functions. The device and the storage medium apply the device debugging method. Therefore, by setting the breakpoint set for debugging on the device, the device integrates the functions of debugging and actual operation. Furthermore, when performing debugging, the actual results of each debugging can be observed in real time, which is more convenient for debugging. By injecting the first breakpoints into the first hook functions of multiple first task threads, multi-threaded debugging can be achieved, thereby improving the debugging efficiency.

The invention discloses a program breakpoint setting method and device, a storage medium and electronic device.The method comprises the steps that under the condition that a control instruction sent by PLC programming software is obtained through a communication processing thread of a PLC, the instruction type of the control instruction is determined; under the condition that the instruction type is used for indicating that the control instruction is a breakpoint setting instruction, determining a to-be-set first breakpoint address from the control instruction; and an instruction on the first breakpoint address in a target code area is set as a breakpoint BKPT instruction, and an instruction set in the target code area forms a target program. By adopting the technical scheme, the problem that the PLC cannot realize a breakpoint debugging function is solved.

Techniques are disclosed for setting a breakpoint for debugging a neural network. User input is received by a debugger program executable by a host processor indicating a target layer of a neural network at which to halt execution of the neural network. The neural network includes a first set of instructions to be executed by a first execution engine and a second set of instructions to be executed by a second execution engine. A first halt point is set within the first set of instructions and a second halt point is set within the second set of instructions. It is then determined that operation of the first execution engine and the second execution engine has halted. It is then determined that the first execution engine has reached the first halt point. The second execution engine is then caused to move through instructions until reaching the second halt point.

The utility model relates to a double-breakpoint contact. The technical problem to be solved by the utility model is to provide a double-breakpoint contact. According to the technical scheme, the arc extinguishing contact comprises a contact main body, a square contact and an arc extinguishing seat, the contact main body comprises a contact rotating part, a contact first contact part and a contact second contact part, and the contact first contact part and the contact second contact part are arranged in a central symmetry mode. The first contact part and the second contact part are respectively provided with a contact welding boss, the middle part of the first contact part and the middle part of the second contact part are respectively provided with a contact arc extinguishing port, and the arc extinguishing seat is provided with an arc striking seat sleeving groove. The utility model has the advantages that the arc can be quickly led out through the middle connecting piece arc striking block, the damage time of the square contact, the first contact part of the contact and the second contact part of the contact is effectively shortened, and the led-out arc can be eliminated and reduced by the arc extinguishing seat, so that the service life of the contact is prolonged.

A mold safety strap (20, 120) and method of use for securing two mold halves (24, 26) together. The safety strap includes an elongated strap body including two side walls extending between a first end and a second end, and an elongated central opening disposed between the two side walls. The first end is connectable to a first of the mold halves and the second end is connectable to a second of the mold halves. An intended break point (50, 150) is formed in a least one of the two side walls. The break point is frangible at a predetermined breaking strain value. The safety strap is sacrificial and intended to break if left on the mold during use, and at a straining force less than required to shear off the attachment bolts.

The application relates to a breakpoint repair circuit, method, device, equipment and medium of a display panel, wherein the method comprises the following steps: accessing a repair line when detecting that a breakpoint of the display panel occurs; adjusting the signal gain of the signal entering the repair line through a gain circuit, wherein the gain circuit is arranged on a circuit board outside the display panel; accessing a high-pass filtering link in the repair line, and compensating the signal attenuation on the repair line through the high-pass filtering link. By introducing the gain circuit to adjust the signal gain on the repair line, and compensating the signal attenuation on the repair line through the high-pass filtering link, the phenomenon of uneven brightness of the repaired section that may occur is inhibited, and the problem that the overall dark line of the repaired section still occurs after the breakpoint repair through the repair line is solved.

An improvement to anchor bolts adapted to be screwed into a patient's skull for the purpose of placing a depth electrode at a desired location within the patient's cranium. The improved anchor bolt includes an engineered controlled break point and recovery means such as a secondary fitting to facilitate removal if the anchor bolt is impacted and breaks or bends at the controlled break point. The anchor bolt is intended to be used in a similar manner to existing anchor bolts with the added benefits of protecting the patient from excessive harm from violent impact of anchor bolts which can occur during seizures for example, as well as facilitating removal of remaining parts of a damaged anchor bolt without the need for surgical intervention and in a relatively easy fashion.