48 results about "Quantum resonance" patented technology

Quantum resonance fluorescent microscope systems for detecting component substances in a specimen are described. The systems are based on exciting the sample containing the material with a femtosecond to nanosecond probe pulse of collimated light, which is tailored to optimize detection of a given material by separating the probe pulse into component features of frequency, polarization, phase and / or amplitude. The component features are independently shaped and formed into a composite pulse selected to optimize a signature response pulse received from the material. In some cases, two independently re-shaped pulses are combined, where one re-shaped pulse has two mixed polarization states and the other re-shaped pulse is linearly polarized. These two pulses are made to intersect at an angle of 90 degrees so that the combined pulse has electric field in each of the XYZ axes. Selection of the appropriate shapes for the component features of the pulses for a given material is accomplished by testing variations in the features on the material, assigning a fitness value to variants that tend to optimize a distinctive spectral response from the material, and using a genetic algorithm to select the combination of component features that enhances the distinctiveness of the response received over a typical background.

Quantum based systems for detecting materials in a sample, including biological, chemical and physical materials are described. The systems are based on exciting the sample containing the material with a femtosecond to nanosecond probe pulse of collimated light, which is tailored to optimize detection of a given material by separating the probe pulse into component features of frequency, polarization, phase and / or amplitude. The component features are independently shaped and formed into a composite pulse selected to optimize a signature response pulse received from the material. Selection of the appropriate shapes for the component features of the pulse for a given material is accomplished by testing variations in the features on the material, assigning a fitness value to variants that tend to optimize a distinctive spectral response from the material, and using a genetic algorithm to select the combination of component features that enhances the distinctiveness of the response received over a typical background.

The invention discloses a method for detecting and locating an R wave in QRS (Quantum Resonance Spectrometer) waves of electrocardiographic signals of a mother and a fetus, which comprises the steps of: front-end filtering: sequentially adopting a low-pass filter, a high-pass filter and a differentiator in a preprocessing procedure; wavelet processing procedure: making the R waves of the electrocardiographic signals of the mother and the fetus relatively more obvious by adopting a wavelet resolution procedure according to the respective medical characteristics, distributed wave bands and amplitude sizes of the electrocardiographic signals of the mother and the fetus; and adaptive threshold R wave judgment, wherein a floating adaptive threshold is adopted in a Rdetect algorithm, firstly, the R wave position of the electrocardiographic signal of the mother is judged, and then is subjected to front-end processing, and the position of the appeared R wave characteristic point in the QRS waves of the electrocardiographic signal of the fetus is located by using the algorithm, and is subjected to post processing and signal adjustment so as to finish detecting the R wave positions of the electrocardiographies of the mother and the fetus on mixed signals. The invention can well achieve the purpose of respectively detecting the collected mixed electrocardiographic signals.

The invention relates to a single-channel fetal electrocardiogram blind separation device based on oblique projection and a separation method. The separation device comprises a single-channel electrocardiogram signal acquisition module, a Doppler fetal heart sound acquisition module, an analog to digital conversion module, a microprocessor and a PC (personal computer) upper computer for separating and displaying signals. A switch-in end of the single-channel electrocardiogram signal acquisition module for acquiring aliasing electrocardiogram signals is connected with an electrocardiogram lead cable, an input end of the Doppler fetal heart sound acquisition module for acquiring fetal heart sound signals is connected with an ultrasonic probe, a switch-out end of the single-channel electrocardiogram signal acquisition module and a switch-out end of the Doppler fetal heart sound acquisition module are respectively connected with an analog input end of the analog to digital conversion module, a data output port of the analog to digital conversion module is connected with the microprocessor, and the microprocessor is connected with the PC upper computer. The separation method includes a fetal electrocardiogram QRS (quantum resonance spectrometer) wave group positioning method based on oblique projection and single-channel fetal electrocardiogram signal blind separation based on oblique projection. The separation device is reasonable in design and is convenient and practical; and the separation method is convenient and practical.

The invention provides an electrocardiographic data sampling method, which is to sample the following data from an electrocardiograph: starting and ending points of a P wave, starting and ending points of a quantum resonance spectrometer (QRS) wave, starting and ending points of a T wave, form of the P wave, base line of the P wave, position of subwave of the QRS wave, form of the QRS wave, base line of QRS wave, form of the T wave, base line of the T wave, and heart beat rate diagnosis result. The invention also provides an electrocardiographic data sampling device for sampling the data. An electrocardiographic database obtained by using the sampling method and the sampling device provides a test platform with better automatic electrocardiograph characteristic identification and a better diagnosis method.

The invention provides an electrocardiosignal preprocessing method based on morphological multiresolution decomposition, which comprises the following steps that (1) a linear structural element is applied to drifting of a correction baseline of a morphological filter; (2) a lifting method is applied to constructing of morphological multiresolution to decompose an electrocardiosignal to a second layer and a third layer; and (3) a component with less QRS (Quantum Resonance Spectrometer) complex wave distortion in signal components of the second layer and the third layer is selected as a preprocessed electrocardiosignal. According to the electrocardiosignal preprocessing method, the linear structural element is applied to drifting of the correction baseline, so that waveform distortion is reduced to a greater degree. A morphological multiresolution decomposition method is applied to filtering of high-frequency noise such as electromyography disturbance, the performance is superior to that of the preprocessing method of wavelet transform and morphological filtering, and the method is simple and easy to realize. The lifting method is adopted to construct multilayer morphological decomposition, because prediction and update operators which are suitable for the electrocardiosignal are selected, the denoising performance is further optimized, and the distortion of characteristic waves of the electrocardiosignal is reduced.

A technique for determining events of interest within an output pattern generated from a detected image of an array of detectors where the output pattern comprises signals associated with noise, and signals associated with the events of interest which have intensities both greater and less than intensities of signals associated with noise. Quantum resonance interferometry is utilized to amplify signals associated with the events of interest having an intensity lower than the intensity of signals associated with noise, to an intensity greater than the intensity of the signals associated with noise to generate a modified output pattern. Once the desired signals are amplified, the technique determines which signals within the modified output pattern correlate with events of interest thus permitting a determination to be made whether a certain event of interest has occurred.

A technique is disclosed that is useful for determining the presence of specific hybridization expression within an output pattern generated from a digitized image of a biological sample applied to an arrayed platform. The output pattern includes signals associated with noise, and signals associated with the biological sample, some of which are degraded or obscured by noise. The output pattern is first segmented using tessellation. Signal processing, such as interferometry, or more specifically, resonance interferometry, and even more specifically quantum resonance interferometry or stochastic resonance interferometry, is then used to amplify signals associated with the biological sample within the segmented output pattern having an intensity lower than the intensity of signals associated with noise so that they may be clearly distinguished from background noise. The improved detection technique allows repeatable, rapid, reliable, and inexpensive measurements of arrayed platform output patterns.

The invention relates to a motion state heart rate processing method which includes the steps: first, acquiring electrocardiogram digital signals in a four-second cache region in a motion state; second, filtering baseline drift, power frequency interference and myoelectric noise in the electrocardiogram digital signals by a Butterworth band-pass filter, and only retaining QRS (quantum resonance spectrometer) waves; third, adopting class variance filter continued enhanced R waves; fourth, determining an interval threshold value; fifth, positioning the R waves; sixth, finding out the count of the R waves in the cache region; seventh, calculating heart rate. The motion state heart rate processing method is strong in interference resistance, the R waves can be accurately recognized, the heartrate is further accurately calculated, and the problem of heart rate calculation inaccuracy caused by motion artifact is effectively solved. Besides, the invention further provides a motion state heart rate monitoring device.

The invention discloses a quantal bioceramic cup with a health care function and a preparation method. The quantal bioceramic cup is mainly prepared from the raw materials in percentage by weight: 85% to 90% of main ingredient clay, 6% to 8% of nano maifanite powder, 4% to 6% of nano tourmaline powder and 5% to 8% of germanite powder. The quantal bioceramic cup is prepared through procedures such as preparing the raw materials, carrying out manual or impression molding, and carrying out bonding, finishing, glazing, picture sticking, coloring, shade-drying and burning. According to the quantal bioceramic cup prepared by the preparation method, harmful substances such as pesticides in water and tea leaves can be decomposed, residual disinfectants and halogenated compounds can be subjected to reducing conversion so as to adjust the acid-base equilibrium of the water, macro-elements, micro-elements and rare-earth elements are released continuously and stably, have warm effects and have the effects of resisting bacteria and dredging collaterals, reinforcing absorption, improving metabolism and improving body immunity, the equilibrium of cell quanta is achieved through cell quantum resonance, and thus the aim of improving the quality of healthy drinking water is achieved.

The invention discloses a QRS wave detection method and a detection device; the device comprises the following steps: acquiring the morphology information of a QRS wave through waveform morphology learning, wherein the morphology information comprises QRS wave slope, QRS wave width and QRS wave amplitude; according to the morphology information of the QRS wave, setting a morphology threshold, wherein the morphology threshold includes a QRS wave slope threshold, a QRS wave width threshold and a QRS wave amplitude threshold; detecting an inputted electrocardiogram signal according to the morphology threshold to obtain the QRS wave; and judging whether time delay exists in the detected QRS wave morphology information or not, if so, lowering the value of the morphology threshold. By virtue of the method, the time delay of QRS wave detection can be reduced.

The invention relates to a method for adjusting water molecule cluster through quantum resonance, which is characterized in that according to hydrogen bond quantum levels of different water molecule cluster structures, by combining with an infrared spectroscopy experiment technology, an infrared light frequency band corresponding to the resonance absorption is determined, the selective infrared spectroscopy is formed by reducing or increasing the infrared light intensity of different frequency bands, the infrared light formed by the selective infrared spectroscopy is used for acting on the water molecule cluster, the break probability of the hydrogen bond of different water molecule cluster structures can be reduced or increased, thereby the water molecule cluster structures can be adjusted, ordering water molecule cluster having synergism with biomolecule can be increased, so that better biological activity effect can be provided.

The invention discloses a food optimization box, comprising a box body with an opening, and a box door matched with the opening, wherein one side of the box door is hinged to one side face of the box body; an optical generator, a quantum resonance generator, an audio generator, multiple wave generators, a plasma generator, a magnetic field generator, a heat energy generator, an ozone generator, an atomizer and other devices are arranged in the box body, and are matched with various energy materials arranged in the box body according to a certain rule to perform single or combined work, thus a specific energy field is formed in the box body, various food put into the box body are corresponding treated, and functions of reducing or removing harmful substances in the food while adding energy to the food are achieved. The food can be optimized and improved by the food optimization box, thus being beneficial to human health.

The invention relates to a method for breeding and screening astragalus sinicus varieties with high selenium content, which comprises the following steps of: screening the selenium QRS values of the conventional high-quality astragalus sinicus varieties in China by using a quantum resonance spectrometer (QRS), hybridizing varieties of which the selenium QRS values reach +3, and further screening the selenium QRS values of first filial generation; planting the first filial generation of which the selenium QRS values reach +4, spraying selenium-rich nutrient solution with different concentrations on leaf surfaces twice in the growth period, and screening the selenium QRS values of seeds after the seeds are mature, wherein varieties of which the selenium QRS values of plants and the seeds are in the range of +5 to +7 are regarded as the astragalus sinicus varieties with high selenium content, and varieties of which the selenium QRS values are less than +5 are regarded as the common selenium-rich astragalus sinicus varieties; and performing corresponding biochemical analytical determination to determine the selenium content of each variety with high selenium content. The method has the advantages that: natural astragalus sinicus varieties with high selenium enrichment capacity are planted to convert exogenous inorganic selenium into organic selenium with high bioavailability, and are taken as selenium carriers to prepare green manure, feed additives and food additives, and selenium-rich agricultural products are produced through secondary conversion, so that the problem that food is lack of selenium is solved.

The invention discloses a quantum-resonance high-frequency energy crop seed treating device and method, and belongs to the technical field of crop planting. The quantum-resonance high-frequency energycrop seed treating device comprises a main machine, wherein a high voltage pack, a potential device and a ground electrode are arranged in the main machine, a high voltage pack emitting end is fixedly connected with the high voltage pack, the high voltage pack emitting end penetrates the main machine, and is located on the outer side of the main machine, a controller is fixedly connected with theside, away from the high voltage pack emitting end, of the main machine, and the controller is electrically connected with the high voltage pack and the potential device separately. The quantum-resonance high-frequency energy crop seed treating device is simple in structure and mediate in cost, a space environment can be imitated to form a certain filed domain in a ground closed chamber, interference of bombardment of multiple kinds of electromagnetic waves and particle flows, quantum fluctuation and the like can be conducted on crop seeds, seed gene mutation can be induced to obtain a resultof crop coherent positive development, the germination rate of the crop seeds can be effectively improved, roots are numerous, crops are draught-resistant and disease-resistant, and ripen in advance,and the yield is improved.

The invention discloses a method for quantum resonance spectrometer (QRS) wave group extraction. The method comprises the steps of obtaining original signals; performing structural elementary processing on the original signals; applying morphology to operate the signals having undergone structural elementary processing to obtain characteristic signals of the original signals; and extracting QRS wave groups from the characteristic signals. The invention further discloses a device for QRS wave group extraction. According to the method and device for QRS wave group extraction, a QRS wave group is extracted from originally collected electrocardiosignals, the calculated amount is small, and extracting accuracy is improved.

The invention provides a double-modulation CPT differential detection method and system, and the method comprises the steps that: left-handed and right-handed polarization and phase synchronous modulation coherent double-color light are firstly generated, the left-handed and right-handed polarization and phase synchronous modulation coherent double-color light interact with a quantum resonance system, and the quantum system is in a CPT state; through polarization and phase difference time sequence design and control, linearly polarized double-color light interacts with a quantum system prepared to be in a CPT state, left-handed and right-handed polarization components of the linearly polarized double-color light respectively generate CPT with long interference and CPT with destructive interference, then transmitted light is subjected to space separation through polarization conversion and a beam splitter and is respectively detected by a photoelectric detector, and differential CPT signals are obtained. The detection system is compact in structure, high in detection contrast and low in common-mode noise.

A biologic wave sensor of quantum resonance detector is composed of biogic wave detecting unit made of conductor, biologic operation control unit with biologic wave sampling medium between its two contacts, power supply and follower. It can covert the information carried by biologic waves to the electric signals able to be processed by computer for diagnosing diseases.

A human body graphene quantum resonance health care cabin comprises a base body, a hatch cover, a quantum regulation, a graphene far infrared generating module and a magnetic field generating module,the hatch cover can be opened or closed connected to the upper end of the base body, and an accommodation cavity is formed between the hatch cover and the base body. Multimedia components are arrangedon the inner surface of the hatch cover. The graphene quantum far infrared generating module and the magnetic field generating module are respectively arranged in the interior of the base body. A quantum far-infrared generating module is used to generate quantum energy wave and graphene far-infrared ray, the quantum energy wave resonates with the inner substance and the interstitial substance ofthe human body cell, the far-infrared ray generates resonance, vibrates and scatters, falls off the toxic scale inside the human body, and discharges the toxic scale out of the human body through a large amount of perspiration; the quantum energy wave resonates with the inner substance and the interstitial substance of the human body. The magnetic moment of atoms and molecules in human body can becorrected and balanced by using magnetic field generation module, which is beneficial to improve the quality of human body. The multimedia components can increase leisure, are suitable for middle-aged and elderly people to carry out fitness and health activities.

The invention discloses a quantum human body optimizer. The quantum human body optimizer comprises a bin body and a bin cover, wherein the bin cover is arranged on the bin body; a human body optimization chamber is formed between the bin body and the bin cover; a bed body is arranged in the human body optimization chamber; far-infrared lamps are arranged at the top of the bin cover; a control module and a power module are arranged in the bin body and electrically connected; the control module is connected with a quantum optimization cavity, a magnetic field optimization cavity and a microwaveoptimization cavity, the quantum optimization cavity is formed in the middle of the bin body, the magnetic field optimization cavity is formed in the left side of the quantum optimization cavity, andthe microwave optimization cavity is formed in the right side of the quantum optimization cavity. With addition of principles of sound, light, electric waves, information convergence and divergence, targeted increase and decrease and the like to the human body optimizer and adoption of advanced microwave transmission, nanotechnology and quantum resonance, microcirculation is improved, immunity ofa human body and physical strength balance are enhanced, cervical vertebra ache is relieved, sleeping is promoted, and sub-health discomfort symptoms are improved.

The invention discloses a multi-lead joint detection intelligent fetal electrocardiogram detection method and system. The method includes the steps: a, acquiring a group of multi-channel maternal electrocardiogram signals J1, J2,...Jm, and acquiring another group of maternal and fetal multi-channel mixed electrocardiogram signals V1, V2,...Vn; b, determining the optimal maternal electrocardiogram signal Jk among the maternal electrocardiogram signals J1, J2,...Jn, and performing complex wave QRS (quantum resonance detection) for the optimal maternal electrocardiogram signal Jk to obtain complex wave QRS results; c, respectively extracting corresponding fetal electrocardiogram signals V'1, V'2,...V'n from the mixed electrocardiogram signals V1, V2,...Vn; d, determining the optimal fetal electrocardiogram signal V'L among the fetal electrocardiogram signals V'1, V'2,...V'n, and performing complex wave QRS for the V'L to obtain real-time fetal heart rate and complex wave QRS width indexes by calculation. Fetal electrocardiogram signal extraction stability, robustness and noise sensitivity can be effectively enhanced, and real-time correct detection success rate of the fetal electrocardiogram signals is increased.

The invention discloses a processing method for an active instant beverage. The method successively includes the steps of: selecting and cleaning raw materials; sun-drying and disinfecting the raw materials; pre-refrigerating the raw materials; performing quantum resonance vacuum drying treatment; performing cryo-crushing and sieving; and weighing and vacuum-packaging a product. In the processing method, fruits, vegetables, edible insects, traditional Chinese medicines, milk, fish, meat, vegetable leaves, coffee, and poultry eggs are employed as main raw materials with weak-alkaline small-molecular mineral water as a basis, wherein active essences in the components are extracted through high and new technologies. The extracts are then freeze-dried and are compounded with related auxiliary materials. Through the advanced activity processing technology, the instant beverage can be dissolved in water rapidly for drinking. The active instant beverage has no preservatives and pigments, has original taste and nutrients, and is very different from conventional beverages.

The invention discloses a classical combinatorial optimization problem in the field of operational research, i.e., the multi-scale quantum resonance solving algorithm for a multi-choice and multi-dimensional knapsack problem, firstly, the Lagrange relaxation dual model is established for the original problem model, which greatly reduces the constraint conditions and evaluates the value of the items in the group by using Lagrange value. On this basis, the MMKP approximate kernel problem is introduced, which is heuristic to find the optimal solution and reduces the scale of the problem. In addition, based on the approximate kernel problem, a mixed Gaussian sampling model is constructed to guide the algorithm to intensify the search in the trusted region and to uniformly search in the untrusted region, which improves the solution accuracy and convergence speed.

The invention discloses a special mineral adsorption fertilizer for improving content of blueberry anthocyanin and a using method of the fertilizer. An alkaline multi-element mineral fertilizer of a micro-porous structure serves as a selenium element carrier and a nutrition conditioner in acid soil to comprehensively promote absorption of beneficial elements. The selection requirements of the multi-element mineral fertilizer comprise nano-micron-order particles, loose state with micro-pore development and moisture and fertilizer retention ventilation functions with similar soil aggregate structures, wherein the content of effective K2O is more than or equal to 4 percent, the content of SiO2 is more than or equal to 20 percent, the content of CaO is more than or equal to 25 percent, and a certain amount of medium trace elements are contained. The preparation method comprises the following steps: adding a certain ratio of inorganic selenium and a proper amount of nitrogen fertilizer, performing proportion optimization combination according to the soil characteristics and blueberry varieties by using a quantum resonance (QRS) method, and preparing the special mineral adsorption fertilizer for blueberries.

A biological wave sensing device of a quantum resonance spectrometer is composed of a biological wave detection unit, a biological operating control unit, a power supply and a follower. One contact of the biological operating control unit is connected with the input end of the follower, and the other contact of the biological operating control unit is connected with the negative pole of the power supply. The biological wave detection unit is made of a conductor and is connected with the negative pole of the power supply or the input end of the follower. Biological wave sampling media which are opened and closed according to Tx time periods are arranged between the two contacts of the biological operating control unit. Due to a special connecting mode, the biological wave sensing device can effectively convert information carried by biological waves into electric signals capable of being processed by computers, so that the purpose of disease diagnosis is achieved. The biological wave sensing device is safe, reliable, simple, accurate and high in anti-electromagnetic interference.

The invention discloses a multifunctional grain sterilization and disinfection cabinet and an application method for sterilization and disinfection. The sterilization and disinfection cabinet comprises a cabinet body which has a holding space, inside which an inner pot and a support pedestal used for supporting the inner pot are arranged. The bottom of the support pedestal is connected to a vibrating device, which drives the inner pot to vibrate through the support pedestal. The sterilization and disinfection cabinet also comprises a top cover which is arranged above the cabinet body and separated from the cabinet body or movably connected to the cabinet body. The inner surface of one side of the top cover, facing towards the holding space, is sunken inwards to form a groove, inside which a nano-ultraviolet lamp is installed. The sterilization and disinfection cabinet has a simple structure. A nano-lamp is utilized for disinfection. A quantum resonance method is imitated. Overturning and irradiation are combined for sterilization and disinfection. After 2-20 minutes of sterilization of rice and noodle, sterilizing rate of pathogen on the surface of grain can reach 96%.

The invention belongs to the technical field of machinery, and particularly relates to a quantum resonance detector. The quantum resonance detector comprises a quantum resonance detector body; a baseis fixedly connected to the right end face of the quantum resonance detector body; a moving mechanism is arranged at the bottom end of the inner side of the base; a pulling mechanism is arranged at the top end of the inner side of the base; and a bearing mechanism is fixedly connected to the right end face of the base. After a limiting rod is out of contact with the base, the moving mechanism is ejected out from the base under the pulling force effect of a third spring, and then a user can pull out a pull rod from the base through a second pull ring to pull a device to move; meanwhile, a second spring arranged in the moving mechanism can buffer vibration from the ground; and if the road condition is relatively poor, the user can select and use the bearing mechanism to carry the device on the back, the user can press a pressing block to enable a third connecting rod to be disengaged from a shell, then the user can rotate a rotary disc, and a connecting column is used for winding straps,so that the length of the straps is adjusted to improve the carrying comfort of the user.

The invention relates to an examination method of Chinese traditional medicine or the natural material drug efficacy, which belongs to the Chinese medicine, the western medicine examination domain. Uses the quantum resonance detector and puts the human body or the animal sample on the test plate, detects the disease information code, clicks on the handle to calculate the disease code degree counting value, then puts the Chinese medicinal plant or the natural matter sample on the test plate, detects the medicine effect value. The difference between medicine effect value and the disease code degree value is the Chinese native medicine or natural matter drug efficacy value. The method can real, accurate reflect the function trend of medicine to disease, is advantageous to select and screen the Chinese medicine, the western medicine drug. The method is simple and quickly, the data accurate is reliable, the method may avoid the phenomena of drug hyper susceptibility, serious side effect or unwell because of unknown the individual drug allergy.