52 results about "Instinct" patented technology

An voice synthesizing unit performs voice synthesizing processing, based on the state of emotion of a robot at an emotion / instinct model unit. For example, in the event that the emotion state of the robot represents “not angry”, synthesized sound of “What is it?” is generated at the voice synthesizing unit. On the other hand, in the event that the emotion state of the robot represents “angry”, synthesized sound of “Yeah, what?” is generated at the voice synthesizing unit, to express the anger. Thus, a robot with a high entertainment nature is provided.

When children watch videos on a touch screen device, their instincts are to touch the screen while the video is being played and they are disappointed when nothing happens when they do. The present invention provides an interactive graphical overlay responsive to touch input or other sensors. The overlay and various parameters are specified by metadata and synchronized with the video playout so that the interactive graphical overlay is appropriate to the context in which it appears.

The invention provides a stroller capable of repelling animals through high-frequency sound. The stroller comprises a stroller body and wheels, wherein a sound production device is arranged on the stroller body; when the sound production device is started, sound signals in a set frequency range are produced; the set frequency range is a range of sensitive frequency of repelled animals. According to the scheme, the stroller can produce the high-frequency sound which cannot be perceived by human ears but can be clearly heard by specific animals, and the purposes of repelling the specific animals to be away from the stroller and protecting an infant in the stroller are achieved on the basis of the instinct of the specific animals hating noise pollution; the stroller can repel cats and dogs simultaneously.

The invention provides a detection device and method for an instinctive fear behavior of an animal. The detection device for the instinctive fear behavior of the animal includes a box body, a visual stimulation device and a camera. The box body includes a behavior test box used for testing the instinctive fear behavior of the animal and a hiding box for the animal to hide after the animal makes an instinctive fear response. An opening is formed between the behavior test box and the hiding box for communication of the behavior test box and the hiding box. The visual stimulation device is used for sending a stimulus signal to the animal to stimulate the animal to make the instinctive fear response. The camera is arranged on the upper portion of the box body for recording the behavior response of the animal. According to the provided detection device and method for the instinctive fear behavior of the animal, the movement path and movement speed of the animal can be accurately obtained, and the reliability and stability of experimental results can be effectively improved.

Embodiments of the invention relate to the technical field of biology engineering, and an animal experimental device is disclosed. The animal experimental device comprises a feeding behavior cabinet, a moveably door, a video display unit, a host machine, an information collector, and a behavior monitoring system. The moveably door is in the feeding behavior cabinet, and is used to connect or isolate a safe region and a feeding region divided in the feeding behavior cabinet. The video display unit is electrically connected with the host machine, and is used to display videos played by the host machine to animals in the feeding region. The information collector is electrically connected with the behavior monitoring system, and is used to acquire position information of animals in the feeding region and transmit the information to the behavior monitoring system. The behavior monitoring system is electrically connected with the host machine, and is used to trigger the host machine to play videos when the position information of the animals reaches the designated region of the feeding region. Using the device can detect animal instinct fear effects.

The invention relates to a talent incubation platform, which is a one-stop university innovation and entrepreneurial talent incubation platform. The platform is named as a ''Danteng college''. A function of a talent incubation platform is reflected in an APP application module. The APP application module is installed on intelligent mobile equipment. The APP application module comprises 1, a talent cultivating system and 2, a capability cultivating system, wherein the talent cultivating system includes a professional career cognition layer, an entrepreneurial innovation incubation layer and a comprehensive university-enterprise docking layer; the capability cultivating system includes an on-line education layer, an entrepreneurial innovation layer and a vertical social layer; and the talent cultivating system and the capability cultivating system carry out mutual data interaction. In the invention, an Internet + strategy concept is grasped and multi-terminal application is realized; a scientific capability system configuration is realized, a profession capability, an innovation capability and a social capability are all considered; natural instincts are respected, circumstances are fully used and customized development positioning is realized; a talent growth rule is followed and gradual heuristic training is achieved; an open-type vertical community experience is realized and all the national universities are covered; and abundant entrepreneurial scenes are introduced and an advanced entrepreneurial innovation talent cultivating system is constructed.

The invention discloses a Klingelnberg bevel gear fault diagnosis method based on sensitive IMF (instinct mode function) components. The method includes 1, measuring a Klingelnberg bevel gear box by an acceleration sensor, collecting acceleration vibration signals, 2, importing the collected signals into Matlab to acquire initial signals, performing EMD (empirical mode decomposition) on the initial signals to acquire a series of IMF components, 3, calculating sensitiveness of each IMF component according to the sensitiveness evaluation algorithm, selecting the sensitive IMF component, 4, calculating instant energy spectrum of the sensitive IMF component, drawing a instant energy spectrogram, and accurately extracting fault characteristics according to the amplitude distribution of the spectrogram. The method is an effective fault characteristic extracting method, and can be applied to fault diagnosis on a Klingelnberg bevel gear; fault information can be quickly and accurately extracted; and a significant theoretical basis is provided for the fault diagnosis and the characteristic extraction of the Klingelnberg bevel gear.

An apparatus and method for dissuading predatory animals from attacking. The device and method employ depictions of an eye, especially the eye of a predator of the predatory animals, to initiate a startle response in the predatory animal thereby dissuading an attack. The depiction of one or more eyes may be placed on clothing or equipment carried into the aquatic or land based environment of the predator being dissuaded.

An apparatus and method for dissuading predatory animals from attacking. The device and method employ depictions of an eye, especially the eye of a predator of the predatory animals, to initiate a startle response in the predatory animal thereby dissuading an attack. The depiction of one or more eyes may be placed on clothing or equipment carried into the aquatic or land based environment of the predator being dissuaded.

The invention relates to a novel elevated circular platform for detecting animal anxiety and an application method thereof. An anxiety model is prepared by utilizing the mental conflict between the fear for high altitude and the exploration instinct of animals. According to the sizes of the animals, the circular platform with the certain diameter is prepared and placed at the corresponding height, the radius of the platform is divided into a plurality of equal parts, and therefore the platform is divided into a plurality of continuous areas. The safety is sequentially reduced from the circle center to the periphery and forms continuous distribution. After the animals are placed in the central area, the standing time of the animals in each area within the specific time is analyzed, the animals with the lower anxiety level will explore for a longer time in the area with the low safety, and the animals with the high anxiety level will explore for a longer time in the area with the high safety. The result obtained by testing the platform through the genetically modified animals shows that the elevated platform and the method are more sensitive in the aspect of testing the animal anxiety level compared with a classical elevated plus maze, operation is easier and more convenient, and the influence on the animal stress level is smaller.

The invention discloses an experiment device and experiment method for animal instinct fear behaviors, and relates to the technical field of biological engineering. The experiment device comprises a camera shooting system arranged at the upper portion and a first experiment box for containing a predator, multiple partition plates are arranged in a center experiment box, and space between the firstexperiment box and the center experiment box is divided by the multiple partition plates into multiple movable boxes; each second experiment box can contain prey animals and is communicated with thecorresponding movable box through a connecting channel; each movable box is connected with the corresponding second experiment box through one connecting channel, and openings are formed in the connecting portions between the connecting channels and the movable boxes and the second experiment boxes for communication. The experiment method for the animal instinct fear behaviors adopts the experiment device. By means of the experiment device, multiple pieces of prey animals can be simultaneously experimented, the same predator is used, and the experiment efficiency is high; the experiment methodis reasonable in step, the experiment efficiency is high, and an experiment result is more accurate.

This invention provides a model and architecture that allows databases from diverse advertisers / brands and databases from diverse digital content providers to be virtually intertwined without compromising privacy and without actually comingling any of information any the databases. A trusted third party establishes relationships with advertisers / brands on the one hand and digital content providers on the other hand. If desired, additional demographic information about individuals who have established relationships with the advertisers / brands and the digital content providers may also be utilized to further target the advertising. As described in more detail below and in connection with the drawings and attachments hereto, using the method and architecture of the present invention, advertising can be targeted precisely and in accordance with strategic concerns, rather than using a best estimate as to the optimality of the advertising based on the opinions and gut-instincts of an advertising executive or advertising campaign management-team.

The invention discloses an animal, plant and insect species identification method which is characterized by comprising the steps of using a shooting device to collect animal or plant or insect images;obtaining collected pictures containing characteristic elements such as animals or plants or insects; uploading the collected images to a server automatically or manually, and performing contrast matching between feature information of the images and images in a database by the server; determining whether the matching similarity reaches a preset recognition rate; if it is confirmed that the recognition matching is successful, providing information on the images recognized this time for a photographer; and if it is confirmed that the recognition matching fails, providing six images very high in similarity according to the matching data by the server, for the image photographer to select. Compared with the prior art, the animal, plant and insect species identification method has the advantages that various people can identify and are subjected to science popularization of unknown animals, plants and insects and learn about various information such as animal, plant and insect natural instincts and growth areas to solve the technical problem of insufficient recognition accuracy in the prior art, and the recognition rate is 99%.

The invention discloses a method for verifying a young pilous antler, which comprises the following steps: (1) taking known genuine young pilous antler powder and sample powder, respectively tabletting by using KBr, measuring infrared spectrograms of the genuine young pilous antler powder and the sample powder, carrying out comparative analysis on the peak positions, the peak strength, the peak forms and the wave numbers of two infrared spectrograms; if the infrared spectrograms are different completely, the sample powder is a counterfeit, and if the infrared spectrograms are similar or the same, the following step is carried out for analyzing, namely: (2) taking the known genuine young pilous antler powder and the sample powder, respectively carrying out solvent extraction on the known genuine young pilous antler powder and the sample powder by using normal hexane, petroleum ether (60-90 DEG C), methanol, ethanol and a mixture (v / v) of the ethanol and water, respectively measuring infrared spectrograms of extracts of the known genuine young pilous antler powder and the sample powder, and carrying out the comparative analysis pairwise on the peak positions, the peak strength, the wave forms and the wave numbers of the infrared spectrograms of a genuine article and a sample of the same solvent extract; and if main data of three or more than three infrared spectrograms in five solvent extracts are different in the comparative analysis, the sample is a counterfeit. By using the method, the ingredients of a raw medicinal material are not necessary to be separated one by one, and the truth of the young pilous antler can be directly judged fast, simply and conveniently without losing the natural instincts of the raw medicinal material.

The invention discloses a method for controlling the stop of an animal robot, which comprises the following steps that: (1) a wireless transmitter in a transmitting base station sends a stimulation command for stimulating the animal robot to a wireless receiver in a knapsack circuit through a transmitting antenna; (2) the wireless receiver receives the stimulation command through a receiving antenna, and transmits the received stimulation command to a microcontroller in the knapsack circuit; (3) the microcontroller generates a stimulation pulse signal according to the stimulation command and sends the stimulation pulse signal to a stimulation electrode implanted into the surrounding grey matter of a midbrain aqueduct of the animal robot; and (4) the stimulation electrode stimulates the surrounding grey matter of the midbrain aqueduct of the animal robot according to the stimulation pulse signal to stop the animal robot. The method utilizes the injury defending instinct of the animal, can be used without training, provides more precise control for the animal robot, and has wide application range.

Embodiments of the invention provide a device and a method for fear test. The device comprises: an approximation fear test device, an observation fear test device, and a decision region device. The decision region device is arranged between the approximation fear test device and the observation fear test device. The approximation fear test device comprises an approximation cabin and an approximation simulation device in the approximation cabin. The observation fear test device comprises an observation cabin and an electric shock device. The decision region device comprises a decision region cabin and a heating device on the bottom of the decision region cabin. The decision region cabin is communicated with the approximation cabin and the observation cabin. The device and the method realize instinct fear test and social fear test on a same experimental animal, and meanwhile, through the decision region device, selection of instinct fear and social fear of the experimental animal is observed and researched, so as to improve effect of fear tests. The device and the method achieve an objective of deep research on instinct fear and social fear at the same time.

An apparatus and method for dissuading predatory animals from attacking. The device and method employ depictions of an eye, especially the eye of a predator of the predatory animals, to initiate a startle response in the predatory animal thereby dissuading an attack. The depiction of one or more eyes may be placed on clothing or equipment carried into the aquatic or land based environment of the predator being dissuaded.

This invention provides a model and architecture that allows databases from diverse advertisers / brands and databases from diverse digital content providers to be virtually intertwined without compromising privacy and without actually comingling any of information any the databases. A trusted third party establishes relationships with advertisers / brands on the one hand and digital content providers on the other hand. If desired, additional demographic information about individuals who have established relationships with the advertisers / brands and the digital content providers may also be utilized to further target the advertising. As described in more detail below and in connection with the drawings and attachments hereto, using the method and architecture of the present invention, advertising can be targeted precisely and in accordance with strategic concerns, rather than using a best estimate as to the optimality of the advertising based on the opinions and gut-instincts of an advertising executive or advertising campaign management-team.

A genetic robot platform and a genetic robot behavior expression method. When a controller of a robot platform driving a genetic robot, which has robot-behavior-expression-related information as gene information and of which an expression behavior is determined according to the gene information, recognizes a stimulation, the controller determines whether there is an instinctive behavior corresponding to the recognized stimulation. When there is an instinctive behavior corresponding to the recognized stimulation, the controller determines whether the recognized stimulation corresponds to the first generated stimulation or a repeatedly-generated stimulation, and determines an instinctive behavior to be expressed according to the recognized stimulation and the number of times of repeated stimulations. Then, the controller enables the robot to perform the instinctive behavior corresponding to the currently-recognized stimulation by expressing the determined instinctive behavior. Accordingly, there is an effect of providing a robot which is implemented to be more similar to real life.

Provided are a three-dimensional interactive learning system and method based on augmented reality. The system comprises an information processing device, a photographing device, a display device, and at least one physical teaching tool. The physical teaching tool is provided with identification information. The photographing device is used to capture a video of the real environment after an augmented reality application is activated. The information processing device comprises: an identifying module, used to identify the identification information on the physical teaching tool; an orientation calculation module, used to calculate spatial orientation information of the physical teaching tool; and a three-dimensional rendering module, used to acquire a three-dimensional model corresponding to the identification information, render the model, generate a corresponding virtual object, place the virtual object in a corresponding position of a video image according to the spatial orientation information of the physical teaching tool, and display the virtual object. In this way, the present invention can superpose the real environment and the virtual object in a same scenario in real time, provide a more vivid sense experience for the user, and improve a teaching effect by using the human instinct of cognizing the three-dimensional space.

The invention discloses a method for verifying a deer fetus, which comprises the following steps: (1) taking known genuine deer fetus powder and sample powder, respectively tabletting by using KBr, measuring infrared spectrograms of the tabletted genuine deer fetus powder and the sample powder, carrying out comparative analysis on the peak positions, the peak strength, the peak forms and the wavenumbers of two infrared spectrograms; if the infrared spectrograms are different, the sample powder is a counterfeit, and if the infrared spectrograms are similar or the same, the following step is carried out for analyzing, namely: (2) taking the known genuine deer fetus powder and the sample powder, respectively carrying out solvent extraction on the known genuine deer fetus powder and the sample powder by using normal hexane, petroleum ether (60-90 DEG C), methanol, ethanol and a mixture (v / v) of the ethanol and water, respectively measuring the infrared spectrograms of extracts of the known genuine deer fetus powder and the sample powder, and carrying out the comparative analysis pairwise on the peak positions, the peak strength, the wave forms and the wave numbers of the infrared spectrograms of a genuine article and a sample of the same solvent extract; and if main data of three or more than three infrared spectrograms in five solvent extracts are different in the comparative analysis, the sample is a counterfeit. By using the method, the ingredients of a raw medicinal material are not necessary to be separated one by one, and the truth of the deer fetus can be directly judged fast, simply and conveniently without losing the natural instincts of the raw medicinal material.

A therapeutic toy device for an animal user. The device comprises an internal spine simulator comprising a plurality of weighted vertebra simulators, all coupled together in a manner intended to somewhat resemble the spine of a prey animal. The toy device is configured so that when the animal user plays with the toy, the act mimics the sensation of tackling an actual prey animal. This satisfies the animal's predator instincts, and thus gives the animal a more meaningful and satisfying sensory motor experience, thus improving well-being. The device will be surrounded by a covering, and optionally configured with other elements such as one or more straps, limb simulators, internal stuffing, and other features. The toy device may be configured in varying weights and configurations based on the size, weight and play-drive of an animal user.

The invention relates to a processing process adaptive control method based on digital twinning. The method comprises the steps of constructing an instinct reaction mechanism in the manufacturing process of a digital twin processing system based on biological characteristics; real-timely detecting the signals in the manufacturing process of the digital twin processing system, and recognizing an abnormal signal through a neural network model; when the abnormal signal is recognized, generating a control action corresponding to the recognized abnormal signal according to the instinct reaction mechanism, and enabling the digital twin processing system to make a stress reaction according to the control action; based on the control action, determining a behavior anomaly type by adopting a graph structure algorithm; generating a control strategy according to the abnormal behavior type, so that the purposes that a machine is endowed with a human reaction thinking model, a system can sense variables and conduct corresponding control operation, are achieved, then real-time control is conducted on machining process states of different types and different conditions through a biological behavior mechanism, and the control efficiency and accuracy are improved.

The invention belongs to the technical field of behavior research, and particularly relates to a behavior detection device. An existing behavior detection device has the problems of training sugar reward smell interference, time consumption and individual learning ability difference, influences on insects are large, and insect conscious selection is needed, the existing behavior detection device is less suitable for insects. The invention provides a behavior detection device which comprises an open field, the open field is connected with a display screen, the display screen is connected with an intelligent terminal, and the intelligent terminal comprises a danger signal stimulation module; a camera is arranged in the open field; the open field is of an integrally-formed structure. The device can be used for untrained insects, so that the experiment time and cost are greatly saved, other factors such as sugar reward smell are reduced, the influence on an experiment object is reduced, and the consistency of experiment conditions is kept; through short-time stimulation and instinct contact operation, the obtained behavior data is of a subconscious level, and the priority of overall attribute perception can be better explained.

The invention relates to the field of intelligent and modern breeding of poultry, and in particular relates to a poultry fitness device used for a breeding farm. The fitness device comprises a hollowroller, a frame body for installing the roller, an electrical machine which is arranged on the frame body and drives the roller to rotate, a draught fan which is located below the roller and aims at the roller, and a controller used for controlling the electrical machine and the draught fan; and the inner side wall of the roller is provided with a spiral runway used for poultry fitness, two ends of the runway are respectively provided with an inlet and an outlet, and the side wall of the roller is hollow. The device provided by the invention utilizes the instinct that the poultry needs to flapwings to adjust balance when runs in an uneven or flowing environment to exercise leg and wing muscles of the poultry simultaneously, the supply of poultry legs and wings is improved, and at the sametime the poultry health is improved.

The invention discloses a training system for operation technicians of professional devices. The training system comprises a hardware control device and a software control system, wherein the softwarecontrol system is mounted in the hardware control device and controls the hardware control device to teach, train and correct trainees according to an instruction for carrying out operation, and thehardware control device comprises a mounting skeleton, a shell, a circuit board, a sensor, teaching conducting hardware, an operation simulation device and a drive device; and the software control system at least comprises one or more of a user module, a course reading-writing retrieval module, an active conducting program module, a passive conducting program module, an examination question module, an evaluation module and an individual special training module. With the system, the combination of virtuality and reality is realized, the trainees can study like being personally on the scene, thesystem can be used for training various conventional or special skills, meanwhile, the purpose of enabling the trainees to master the skills at low cost, with high efficiency and without danger is realized, and the instinct habit of taking a tense situation calmly is cultivated.

The invention provides an EBAS (Environmental Enrichment Based Acquisition System) evaluation system and discloses a comprehensive testing method for rat cognitive behaviors. The method is a comprehensive testing method for cognitive behaviors such as emotions, anxiety, society and the like of rats on the basis of EE (Environmental Enrichment), the testing is carried out under the condition of weakening the external stress environment without artificial separation, the rat cognitive behaviors are completely instinctive exploratory behaviors, and the method can be used for exploring material basis of neural circuit of hippocampus CA1 / CA3 and prefrontal cortex (PFC), is scientific for evaluating animal behavior change under actions of various drugs and medical intervention and can offer assistance for investigation of influence of drugs or medical intervention on change of cranial nerve or synaptic transmitter.

The invention discloses a traction bed with a somatosensory music playing function. The traction bed with the somatosensory music playing function comprises a bed frame, a front bed plate and a rear bed plate, wherein the bed frame is provided with a control box; guide tracks are arranged on the bed frame; the rear bed plate is connected with the guide tracks of the bed frame through pulleys; a longitudinal push-rod motor is arranged on the guide tracks; the front bed plate is connected with a retractable rod with the push-rod motor through a fixing rod; the push-rod motor is fixedly connectedto the inside of the bed frame; a rectangular hollowed-out groove is formed in the middle of the front bed plate; the periphery of the bottom of the rectangular hollowed-out groove is projected to form a circle of limiting frame; and a somatosensory musicplaying device is arranged on the limiting frame. By the traction bed with the somatosensory music playing function, boring feeling due to long-time physical therapy on the traction bed can be relieved favorably, induction of relaxation and activation on paleocortex and biological instincts can be rapid, the therapy effect is multiplied, andobvious therapy effects on relieving of mental stress, improvement of sleep and regulation of psychological quality and emotion are achieved.