84 results about "Jumping function" patented technology

A method and system providing switching between a plurality of installed programs in a computer system. Embodiments include a jump function comprising the steps: (1) determining a jump program that is to be the next program to be run, possibly from a plurality of possible choices: (2) creating input data for the jump program based on data in the current program; (3) storing the program state of the currently running program into a context packet and saving the context packet to memory; (4) releasing temporary memory that is used by the program, so as to allow other programs to use the memory; (5) calling the jump program with the created input data as input and terminating the currently running program.

A method for enhancing digital video recorder television advertising viewership provides a method wherein the first or last number of seconds of a commercial break are carefully authored to provide a “teaser” to entice the viewer to watch multiple commercials during the commercial break instead of skipping the commercial break using the fast forward or jump functions of the DVR. A bookending function displays an advertisement before and / or after a program that has been recorded on the DVR's storage device is played to the viewer. The viewer selects a recorded program from the DVR's storage device to playback. Before the program is played back, an advertisement is retrieved from the storage device and is displayed before the program is run. Another advertisement is retrieved and then played after the program is over.

The present invention relates to a mobile robot having jump function. An exemplary mobile robot according to an embodiment of the present invention includes a robot body, a pair of wheels, a driving motor, a leaf spring, and a leaf spring control unit. The pair of wheels are rotatably connected to the robot body. The driving motor drives the pair of wheels so as to move the robot body. The leaf spring has a fixed end fixedly connected to the robot body and a free end disposed to face the fixed end in a state of being apart from the robot body. The leaf spring control unit applies force for bending the leaf spring such that the free end of the leaf spring is pulled toward the robot body and then removes the force applied to the leaf spring such that the leaf spring returns to an original state.

The present invention relates to a mobile robot having jump function. An exemplary mobile robot according to an embodiment of the present invention includes a robot body, a pair of wheels, a driving motor, a leaf spring, and a leaf spring control unit. The pair of wheels are rotatably connected to the robot body. The driving motor drives the pair of wheels so as to move the robot body. The leaf spring has a fixed end fixedly connected to the robot body and a free end disposed to face the fixed end in a state of being apart from the robot body. The leaf spring control unit applies force for bending the leaf spring such that the free end of the leaf spring is pulled toward the robot body and then removes the force applied to the leaf spring such that the leaf spring returns to an original state.

The invention discloses a four-footed bio-robot single leg capable of achieving a jumping function. The four-footed bio-robot single leg is of a modular structure. The four-footed bio-robot single leg capable of achieving the jumping function comprises a machine body, a thigh module, a crus module, an ankle and an energy storage unit. The machine body is hinged to the thigh module through a hip joint connecting piece, and a hip joint energy storage unit is arranged between the machine body and the thigh module. The crus module is hinged to the thigh module through a knee joint connecting piece, and a knee joint energy storage unit is arranged between the crus module and the knee joint. The ankle is hinged to the crus module through an ankle connecting piece, and an ankle joint energy storage unit is arranged between the ankle and the crus module. The modular structure is adopted, energy is instantly released through the energy storage units arranged between all the joints, the motion position relation between two structures connected with the energy storage units can be fast changed, the changes of body muscles of bionic mammals are imitated, and the bio-robot single leg can achieve the jumping function.

A system and method for performing seek or jump functions in a digitally stored audiovisual file are described. When the audiovisual file is recorded onto a storage medium, headers, which are distinct and separable from the audiovisual file datastream, are set in the audiovisual file in the storage medium. Each header contains a timestamp. When jumping / seeking, an estimated position for the desired timepoint on the storage medium is calculated by multiplying the storage unit per time unit rate by the desired timepoint. Then the system and method jumps to the estimated position, where the timestamp in the nearest header is checked to determine whether the time it indicates is close enough to the desired timepoint. If it is not, a new estimated position is calculated and the method repeats until either an iteration limit is reached or the estimated position is determined to be close enough to the desired timepoint.

The present invention relates to jump shoes, at which a coil spring 40 is installed, wherein a flexible blocking member 50 is installed to fully enclose around the middle layer 20 and the bottom layer 30, a connecting band 60 is fixed to the bottom layer 30 to discharge both ends of the connecting band 60 through a discharging hole 502 formed at both sides of the blocking member 50, and fastening means such as a Velcro tape 70a or a buckle band 70b is formed at the both ends of the connecting band 60 to fasten the both ends of the fastening band 60, thereby providing a jumping function by resilient force of the coil spring, or suppressing the jumping function.

The invention relates to a method for matching a high-speed mode based on a field programmable gate array. The method generates a DFA state table by dynamically expanding a jump function goto in an AC algorithm, compresses the DFA state table and realizes content detection and application identification in the hardware mode, so as to meet the demands of processing of a network application layer and network information security of users. The invention relates to rule description based on a regular expression, a pattern matching engine of the state machine technology, and compression and optimization of a rule base. DFA pattern matching is a algorithm for converting time complexity into space complexity, wherein a plurality of rules can be matched in parallel; the length of the rules is not limited; and matched feature values can be subjected to non-positioning pattern matching or positioning pattern matching. The DFA algorithm skillfully converts the processing procedure of multi-pattern matching into the processing procedure of state transition, so as to realize the O(n)-level matching speed. Therefore, the compression algorithm of the rule base not only can guarantee the search speed but also can realize high-efficiency compression.

The present invention relates to jump shoes, at which a coil spring 40 is installed, wherein a flexible blocking member 50 is installed to fully enclose around the middle layer 20 and the bottom layer 30, a connecting band 60 is fixed to the bottom layer 30 to discharge both ends of the connecting band 60 through a discharging hole 502 formed at both sides of the blocking member 50, and fastening means such as a Velcro tape 70a or a buckle band 70b is formed at the both ends of the connecting band 60 to fasten the both ends of the fastening band 60, thereby providing a jumping function by resilient force of the coil spring, or suppressing the jumping function.

The invention discloses wireless sensor network equipment adaptable to complex terrain, comprising a client computer, a coordinator (2) and a mobile node device (1); the coordinator (2) is arranged between the mobile node device and the client computer for network coordination; data acquired by the mobile node device is sent to the client computer through the coordinator (2) and an information transmission channel (3); instructions of the client computer are sent to the mobile node device (1) through the information transmission channel (3) and the coordinator (2); wireless communication is adopted between mobile node devices (1) and between the coordinator (2) and the mobile node device (1). The invention has the beneficial effect that a robot can move with wheels in flat ground and jump when meeting an insurmountable obstacle or ravine through adding a jumping function on the basis of wheeled movement so as to lead the application of the wireless sensor not to be limited by terrain to the greatest extent.

The invention discloses a land evaluation method based on artificial neural network; in the method, on the basis of a self-studying method based on actual survey samples or known knowledge, self-studying correction is carried out according to samples, so as to construct a land evaluation method of a self-studying and self-adapting neural network. According to the problem that convergence is over slow, even is diverged owning to jump functions such as non-differential excitation function in a model structure of a neural network model, genetic optimization is introduced, thereby constructing the land evaluation method based on the genetic optimization and realizing the land evaluation method of the artificial neural network based on the genetic optimization. A genetic algorithm is used for optimizing the connecting weight of the neural network and neural network structure for improving the accuracy and the practicability of the neural network model.

A method and system providing switching between a plurality of installed programs in a computer system. Embodiments include a jump function comprising the steps: (1) determining a jump program that is to be the next program to be run, possibly from a plurality of possible choices; (2) creating input data far the jump program based on data in the current program; (3) storing the program state of the currently running program into a context packet and saving the context packet to memory; (4) releasing temporary memory that is used by the program, so as to allow other programs to use the memory; (5) calling the jump program with the created input data as input and terminating the currently running program.

The embodiment of the invention discloses a function calling method and device as well as a smart card, relating to the field of data information and solving the technical problem of limited storage space of an interface function. In the embodiment of the invention, a chip executing the calling method comprises at least two storage areas and a public area shared by the at least two storage areas, wherein, the at least two storage areas share a logical address. The calling method comprises the following steps: acquiring an access parameter sent by the first storage area, and acquiring the index number of the interface function corresponding to the access parameter in an index table of the public area according to the access parameter; executing a jump function so as to determine the calling address of the interface function corresponding to the access parameter in the second storage area according to the index number; calling the interface function according to the calling address; and after the calling of the interface function is completed, returning to the jump function so as to jump back to the first storage area. The embodiment of the invention is mainly applicable to a function calling scene.

The invention discloses a wearable wireless sensing network node device oriented to athletic rehabilitation. The wearable wireless sensing network node device comprises multiple nodes and a monitoring terminal. The nodes comprise a transmission node and a gateway node. The transmission node comprises a human body information acquisition module, a signal processing module, and a communication module. The human body information acquisition module comprises a body temperature acquisition module, a sphygmus acquisition module, a myoelectricity acquisition module, a cutaneogalvanic acquisition module, an electrocardio acquisition module, a motion attitude acquisition module, first to sixth signal conditioning circuits, and an AD circuit. The signal processing module comprises a master processor, a slave processor, and a memory unit. The communication module comprises a Bluetooth unit and a wireless sensor network unit. A customized Tiny-OS system operates in each node. The wearable wireless sensing network node device may achieve Ad-hoc networks between nodes and between the node and the gateway, has a MAC protocol and an active channel jumping function, coexists with other wireless communication ways, and reduces performance interference.

A system and method for performing seek or jump functions in a digitally stored audiovisual file are described. When the audiovisual file is recorded onto a storage medium, headers, which are distinct and separable from the audiovisual file datastream, are set in the audiovisual file in the storage medium. Each header contains a timestamp. When jumping / seeking, an estimated position for the desired timepoint on the storage medium is calculated by multiplying the storage unit per time unit rate by the desired timepoint. Then the system and method jumps to the estimated position, where the timestamp in the nearest header is checked to determine whether the time it indicates is close enough to the desired timepoint. If it is not, a new estimated position is calculated and the method repeats until either an iteration limit is reached or the estimated position is determined to be close enough to the desired timepoint.

The embodiment of the invention provides a page jumping method and device and a readable storage medium. The page jumping method includes the steps that all sub-controllers in a navigation controller of a current application program are obtained, wherein the navigation controller is of a stack structure, and all the sub-controllers are sequentially arranged from inside to outside according to the sequential order of all the sub-controllers entering the navigation controller; whether target sub-controllers needing page jumping exist in all the sub-controllers or not is judged, and the judging result is obtained; according to the judging result, a jumping variable for jumping to a modal page is obtained; the jumping variable is called back to a target jumping function so that jumping of the modal page can be carried out through the target jumping function. By means of the page jumping method and device and the readable storage medium, it can be achieved that any unknown page is jumped to one modal page so that extension work of future page development can be achieved.

The invention discloses a body-variable and modular four-foot walking robot with an energy storage function. The body-variable and modular four-foot walking robot comprises a body structure unit, wherein an energy storage structure unit is arranged below the middle of the body structure unit; two leg structure units are respectively arranged below the left side and the right side of the body structure unit; and a body structure is provided with a controller unit. Size variation of a body is adjusted through the energy storage structure unit, so that the body-variable and modular four-foot walking robot is formed; the change of the body of a bionic mammalian is simulated; and the robot has a jumping function preliminarily. By the structure, the structure of the robot and control on the robot are simplified simultaneously, and the development cost and the using cost are reduced. The robot has high movement flexibility and high ground adaptive capacity; and the obstacle crossing ability of the robot is improved, so that the robot can be used in lots of special environments and places, and has a wide application prospect.

The invention discloses an intelligent evacuation guide system for fire and gas leakage, and a communication method thereof. The system comprises a plurality of evacuation guide terminals, one evacuation guide gathering terminal and one industrial control computer, wherein each evacuation guide terminal node consists of a detection sensor, a wireless communication module and a direction indicating lamp. The detection sensors collect the fire or gas diffusion degree at a place, and transmit the fire or gas diffusion degree to the evacuation guide gathering terminal through a wireless self-organizing network, and then the evacuation guide gathering terminal communicates with the industrial control computer. The industrial control computer makes a reasonable evacuation route according to a floor map, and transmits the direct information to each node. The indicating lamps in the direction of each node changes correspondingly, so as to indicate the change of the evacuation route. The system has the functions of the self-organizing network and a jump function. If the network nodes are arranged in a range where the network nodes can communicate with each other, the network nodes can carry out the automatic search mutually, thereby forming an interconnection network. The system is good in flexibility, is safe and reliable, and is high in intelligentization degree.

The embodiment of the invention relates to the technical field of communication, in particular to a hot patching method and equipment, which is used for reducing the probability of system interrupt and system fault caused in hot patching when the distance between a patching function and a patching function is too long. In the embodiment, a jumping function information table is obtained, at least one jumping function at unused state is determined from the jumping function information table, and a jumping channel is produced; a first short jumping function is added in front of the patched function, wherein the first short jumping function is used for a first jumping function jumping from the patched function to the jumping channel and further jumping from the jumping channel to the patching function, so that the problems of program interruption and system fault when the patched function is repositioned to the patching function through long jumping in the prior art are avoided.

The present invention relates to an automatic focusing method based on an electro-hydraulic lens with adjustable focus. Image definition information is employed to generate a High-Jump function to guide automatic focusing; an optimal High-Jump step length is selected according to difference between the definition of a current frame and the maximum value of a definition evaluation curve, and the step length is employed to complete High-Jump focus adjustment; and the focus length after High-Jump focus adjustment is very close to the optical focus length to greatly reduce the number of times of focus adjustment in a follow-up single hill-climbing method optimization process. The automatic focusing method is faster in focusing speed and better in focusing effect for a movement object, can fully develop the hardware advantage of the electro-hydraulic lens with adjustable focus and can achieve accurate focusing of the movement object through High-Jump continuous jump.

The embodiment of the invention provides a WAP page application jump method. The method includes the steps that a WAP page obtains an application jump request; an application download request is sent to an application server corresponding to a target application according to target application identification; the application server generates a function key value corresponding to jump function information and application function information, and download information of the target application is returned to the WAP page; the WAP page downloads an application installation package of the target application according to the download information of the target application; the application installation package on which the target application is installed is triggered; after the target application is successfully installed, application function information corresponding to the jump function information is obtained from the application server according to the function key value, and the application function information is executed. By the adoption of the WAP page application jump method, application jump efficiency can be greatly improved.

The present invention discloses a method for implementing intellectualized timing jump, including the following steps: a. when the jump time of current channel setting by user is up, TV microprocessor MCU controls TV to enter jump mode setting by user, at the same time, the TV timer begin to time; b. when the jump duration is end, the TV recovers to play the current channel program. The operation of the solution of the present invention is simple and rapid without setting jump time manually for a plurality of times, only needing one setting time to implement a plurality of time jump of same channel and same period of time, which improves veracity and operation convenience greatly, and provides more jump mode to select, as well as bran-new timing jump function which ensures the operation of the TV system be more convenient and more humanization.

The invention discloses a nano porous media modeling method and system with the relative density and the edge diameter controllable. The method includes the following steps that S100, grid division isconducted on a cube model in the three-dimensional direction, and a three-dimensional grid model is obtained; S200, a finite difference method is used for obtaining the three-dimensional grid model with a three-dimensional bicontinuous porous structure; S300, the jump function is used for calculating the relative density of the three-dimensional grid model at the moment; S400, a random cut line is generated in a grid point of each edge of the three-dimensional grid model, a binormal distribution function is used for fitting the length probability density distribution of the random cut line, and the length corresponding to an extreme point with the maximum length probability distribution is the average edge diameter; S500, the steps S100-S300 are iteratively executed until the relative density and the average edge diameter of the three-dimensional grid model meet the preset requirements. By adopting the method, the nano porous media modeling method and system with the relative densityand the edge diameter controllable can be obtained, and the obtained model can be used for unidirectional stretching molecular dynamics simulation.

The invention provides a method and device for testing page jump, a storage medium and an electronic device, and the method comprises the steps: obtaining a to-be-detected page jump function table fora target application, wherein the page jump function table comprises a plurality of pieces of function definition data, and each piece of function definition data is used for defining one function ofthe target application; converting each piece of function definition data into a page skip link conforming to a preset page skip protocol; respectively sending each page jump link to a page jump routing center, so that the page jump routing center jumps to a page indicated by the corresponding page jump link according to a preset page jump protocol; and after each page skip link is sent to the page skip routing center, detecting whether a stack top task in the task stack is matched with a task indicated in the function definition data of the corresponding page skip link or not, and recordinga detection result. The technical problem of complex operation of a test mode for testing the URL link in the prior art is solved.

The invention discloses a dredging and blocking combined privacy protection method and system. The method comprises steps as follows: 1) an application is scanned, all permissions of the application are listed, and whether the installed application is involved with a sensitive permission is judged; 2) as for the application involved with the sensitive permission, a user is reminded to use a cheat function strategy or a jump function strategy; the cheat function strategy specifically comprises steps as follows: the sensitive permission involved by an application program is hooked, a cheating function is implanted in the hooked function, and when the sensitive permission of application access is monitored, a false value is returned for the application; the jump function strategy specifically comprises steps as follows: a permission involved with a malicious application is extracted, and calling of the malicious application permission is bypassed by modifying an entry address of a permission function; 3) according to the strategy selected by a user, when the sensitive permission applies data, the false value is returned to the sensitive permission or permission calling is directly jumped. The security problems of privacy disclosure, permission abuse and the like of an existing application of a mobile phone can be effectively solved.

The present invention provides an RF channel deciding and conversing method. Communication channels can be automatically changed at random according to signal communication states; and thus, an emission end and a receiving end can be kept in communication states to ensure signal transmission. In another embodiment, the present invention also provides an RF wireless transmit-receive system. Channels mutually communicated between two wireless transmitting dies are automatically generated at random, and the RF wireless transmit-receive system has a function for preventing the channels from impaction to avoid channel repetition. In addition, the present invention has an automatic channel-jumping function for preventing data from losing and special codes for preventing the data from wrongly receiving to ensure that users can not have the condition of data receiving stop, mistake or lose in a using process.

The invention provides a soccer place-kick training frame which comprises an electric push rod I, a pressure plate I, a return spring I, an electromagnet, a metal plate, a left hand ring, a left elastic stay cord, a right hand rig and a right elastic stay cord, wherein the electric push rod I is fixed on the upper surface in a groove I, the pressure plate I is fixed on the left end face of a support plate, the return spring is arranged on the lower side face in the groove I, the upper end of the return spring is connected with the push plate I, the electromagnet is arranged on the upper end face of a base, the metal plate is fixed on the lower end face of the support plate, and such design realizes simulation of a man wall jumping function, the left hand ring is arranged at the upper partof the front end face of a left vertical plate, the left end of the left elastic stay cord is connected with the left hand ring, the right end of the left elastic stay cord is connected with a protective net, the right hand ring is arranged on the front end face of a right vertical plate, the left end of the right elastic stay cord is connected with the protective net, and such design realizes theprotective function. The soccer place-kick training frame is reasonable in structure, excellent in training effect, good in protective performance and long in service life.

The invention discloses a method used for realizing jumping when the stream media is being played, which is applicable to MPEG-2 transmission stream format files, comprising: establishing a mapping table between memory time graduation and TS stream data package number where I frame most adjacent to the time graduation exists in the MPEG-2 transmission stream format file, loading the mapping table when the stream media server is started; sending a jumping request containing time graduation to the stream media server by a set top box; searching corresponding TS stream data package number by the stream media according to the time graduation and positioning the subsequently sent TS stream data package as the TS stream data package; sending the stream media sever by starting from the TS stream data package. The technical proposal of the invention can lead the stream media server to use less space cost, realize more precise positioning, thus realizing the jumping function of the MPEG-2 transmission stream.

The invention provides a method for converting a flow chart into an executable language. The method comprises the following steps: a) obtaining and storing target flow chart data, node data and node relational data information; b) according to the node data and the node relational data information, generating the node sequence of flow direction relationship between nodes; c) causing node numbers in the node data into corresponding statement mark numbers; d) according to the node data information, generating an expression corresponding to each node of the flow chart; e) according to the information of the next node in the node sequence, generating a goto statement. According to the method for converting the flow chart into the executable language, which is disclosed by the invention, the jumping function of the goto statement and the node flow direction relationship in the flow chart are fully utilized, and influence of chaos caused by using if conditional statements to nest for multiple times in the process of converting the complex flow chart made by a user into the executable language is avoided. The structure is clear, time for programming personnel to detect wrong statements when programmed statements go wrong is shortened, thereby being convenient to maintain, and improving the programming efficiency. According to the method for converting the flow chart into the executable language, which is disclosed by the invention, the user and the flow chart can be better interacted.

The invention discloses an application program management method, an application program management device, a mobile terminal and a computer readable storage medium. The application program managementmethod comprises steps as follows: a monitor event of an application program is acquired during operating of the application program; when the acquired monitor event is a to-be-jumped event of the application program, whether a preset anti-jump function of the mobile terminal where the application program is located is enabled or not is detected; if the anti-jump function is enabled, the to-be-jumped event of the application program is terminated. According to the scheme, a user can be prevented from starting the undesired application program due to misoperation in the operating process of the application program, and user experience is improved.