31 results about "Mountain range" patented technology

Embodiments of the present invention relate to processing of digital image data that has been generated by imaging a physical object through a medium. For example, the medium may be, the atmosphere and the atmosphere may have some inherent property, such as haze, fog, or smoke. Additionally, the medium may be media other than the atmosphere, such as, water or blood. There may be one or more media that obstructs the physical object and the medium resides at least in front of the physical object between the physical object and an imaging sensor. The physical object may be one or more physical objects that are part of a scene in a field of view (e.g. view of a mountain range, forest, cars in a parking lot etc.). An estimated transmission vector of the medium is determined based upon digital input image data. Once the transmission vector is determined, effects due to scattering can be removed from the digital input image producing a digital output image that enhances the digital input image so that further detail may be perceived. Additionally, the estimated transmission vector may be used to determine depth data for each addressable location within the image. The depth information may be used to create a three-dimensional image from a two dimensional image.

A hybrid method is presented by which Monte Carlo techniques are combined with iterative relaxation techniques to solve the Radiative Transfer Equation in arbitrary one-, two- or three-dimensional optical environments. The optical environments are first divided into contiguous regions, or elements, with Monte Carlo techniques then being employed to determine the optical response function of each type of element. The elements are combined, and the iterative relaxation techniques are used to determine simultaneously the radiance field on the boundary and throughout the interior of the modeled environment. This hybrid model is capable of providing estimates of the under-water light field needed to expedite inspection of ship hulls and port facilities. It is also capable of providing estimates of the subaerial light field for structured, absorbing or non-absorbing environments such as shadows of mountain ranges within and without absorption spectral bands such as water vapor or CO2 bands.

The invention discloses a method for preparing ice wine. The method comprises the following steps: 1) selective breeding: selecting the high-quality grape variety Shuangyou Shuanghong on northern latitude 41-42 degrees of Changbai Mountain range; 2) grape picking: selecting cold and silent nights with outdoor temperature of minus 15 to 20 DEG C from the second to the third week in December as the grape picking time, and carefully picking the grapes by manpower; 3) sorting and squeezing, wherein in the squeezing process, the squeezing temperature is lower than minus 15 DEG C, and the external temperature is kept to be lower than minus 15 DEG C; 4) fermenting, wherein the fermentation temperature is 20+ / -5 DEG C and the fermentation time is 40-45 days; 5) freezing, wherein the constant freezing temperature is minus 5 DEG C, and the freezing time is 10-12 days; 6) low-temperature clarifying and separating of the clear juice; 7) malic acid-lactic acid fermenting; 8) clarifying and separating. Ice wine with alcoholic strength of 9-13% (Vol) can be produced, the sensory quality of the ice wine is pale yellow, and the ice wine is clear and transparent, fruity, plump and mellow and is sweet and refreshing.

A recycling resource and recycling energy integration device comprises a greenhouse (1) for creating the continuous rotary motion of the atmosphere and increasing the air temperature of the atmosphere, a suction pump (2) for accelerating the rotary rise force of the atmosphere, a telescopic rod (15) for coping with the change of wind force, wind vanes (16), a combination of glass and solar (21) and an electric generator (24) of the integration device. A desert storm raises gravel overturning trains and brings precipitation to the desert due to acute convection, an ocean storm raises the sea raising ships and brings a lot of rain to the mainland, so that chains of electric generator groups of the integrated device are formed within 500 square kilometers in an arid desert area, and the device is proven through a firework urban and rural desert highway test that the constructed device immediately and continuously collects and promotes rapid convection of the arid desert atmosphere, and the low air pressure produced during electric generation pulls and improves the momentum of the sea breeze moving surrounding the earth and bringing endless water to the desert for increasing precipitation in the desert, the collection amount of the water from sea breeze of mountains on the periphery of the desert and the clammy atmosphere descent amount and infiltration capacity for further enhancing the water level.

Use of starch(es) and starch derivatives in frozen desserts for improved meltdown and shape retention, including reduced expansion and contraction of the frozen dessert when transported at high altitudes, e.g., over mountain ranges. These improved characteristics are retained in the frozen dessert even after multiple heat shock cycling. The starch(es) and starch derivatives inhibit ice crystal formation in frozen after heat shock cycling.

A hybrid method is presented by which Monte Carlo techniques are combined with iterative relaxation techniques to solve the Radiative Transfer Equation in arbitrary one-, two- or three-dimensional optical environments. The optical environments are first divided into contiguous regions, or elements, with Monte Carlo techniques then being employed to determine the optical response function of each type of element. The elements are combined, and the iterative relaxation techniques are used to determine simultaneously the radiance field on the boundary and throughout the interior of the modeled environment. This hybrid model is capable of providing estimates of the under-water light field needed to expedite inspection of ship hulls and port facilities. It is also capable of providing estimates of the subaerial light field for structured, absorbing or non-absorbing environments such as shadows of mountain ranges within and without absorption spectral bands such as water vapor or CO2 bands.

The present invention discloses an electronic device with object guiding function and the method thereof. In one embodiment, the electronic device includes a view window area, via which a user may watch a view. The electronic device may determine whether an object is located in the view window area when the user inputs the position of the object, and may further show an object indicating message or an object guiding message according to the determination result. Therefore, the electronic device is able to provide the user with short distance guiding function. In another embodiment, the electronic device may also show information related to the object located in the view window area, such as information about every mountain range, constellation, user's friends, or specific landmark that is located in the view window area.

The invention discloses a landslide and mud-rock flow detection method combined with an altimetric single mountain range remote sensing image. The method comprises the steps that characteristics of a landslide and mud-rock flow region are extracted and preprocessed, and a suspected landslide and mud-rock flow region is detected by means of a machine learning training model; then an altimetric information graph is calculated based on the dark channel principle, altimetric information around the suspected region is analyzed, a standard deviation is calculated based on a column diagram, and whether landslide and mud-rock flow take place in the region or not is judged. By means of the method, the landslide and mud-rock flow region in the single mountain range remote sensing image can be accurately detected out.

The invention discloses an automatic grading detection method for primary mountain ranges and water systems-directional derivative wavelet transformation method, belongs to the field of geochemical exploration and aims at logically highlighting grading extraction of primary ridge (valley) lines and secondary ridge (valley) lines. The directional derivative wavelet transformation method firstly, on the basis of wavelet transformation, performing automatic grading extraction of data reflecting primary mountain range (valley) lines and the secondary mountain range (valley) lines from the common DEM (digital elevation model) data; secondly acquiring values of a first-order directional derivative and a second-order directional derivative from a frequency field, then extracting the primary ridge (valley) lines and the secondary ridge (valley) lines respectively. According to the test with the real DEM data, the ridge lines and the valley lines automatically extracted in a grading manner are basically consistent with topographic reliefs reflected on elevation line graphs such as topography, thus validity of the method is proven. Compared with the prior art, the directional derivative wavelet transformation method has the advantages of anti-interference and high accuracy, and the defects that the prior art fails to automatically extract the ridge lines and the valley lines in a grading manner are overcome.

The invention discloses a buoyancy kinetic energy power generation device. The buoyancy kinetic energy power generation device is characterized by comprising a buoyancy kinetic energy generation device, a buoyancy kinetic energy amplification and synergism device, a kinetic energy transmission device and a bidirectional integrated kinetic energy integration and slow release device. By means of thebuoyancy kinetic energy power generation device, the kinetic energy of the water flow is converted into longitudinal stable and controllable buoyancy kinetic energy to drive the device to drive a generator to generate electricity by virtue of the constant current of the mountain range drop or the general drop water level of the river, and the device can also directly utilize the natural fluctuation of the ocean to generate electricity. The power generation mode is wide in resource distribution area, can be implemented by many different modes, can generate power without interruption and energystorage equipment, is not influenced by area, time and weather, and is stable in productivity, high in energy efficiency and long in service life; and related components can be prefabricated in a factory mode, and the construction is simple and the cost is low. The buoyancy kinetic energy power generation device has practical implementation and application values and many different implementationmodes; and according to the device, fuel consumption is not needed, the environment is not affected with zero emission, the electric energy requirement urgently needed by development can be effectively met, and the pollution of combustion emission to the human environment at present can be changed.

A hydroelectric power plant comprising a pipe from a water source in a mountain range which is made to open into a much larger in diameter piston cylinder at a much lower elevation. The piston therein is driven by water pressure to drive a gear train operatively connected to an electric generator on its far end. The piston is made to move slowly under great force, while the generator is made to turn at a much greater velocity, producing electricity. Water pressure may be derived from some municipal water systems. Much less water is expended through the device than by using a turbine, as in U.S. Pat. No. 1,774,603. Instead of a piston, piezoelectric elements may be used with shut-off valves on either side of the elements. By alternating the operation of these valves intense pressure waves may be induced to produce electricity. This obviates the need for turbines and generators for hydroelectric power generation.

The invention relates to a construction method of an artificial seamount range and the artificial seamount range. Multiple block groups are manufactured by virtue of annularly connecting multiple blocks (10) via ropes / wires penetrating through via holes. The total length of each rope / wire is set to enable the length of the rope / wire between every two blocks to be 0.1 to 4.0 times of the length of one edge of each block averagely. The multiple block groups connected via the ropes / wires with the set lengths to fall from the sea surface down to the sea floor, thereby constructing at least a part of the artificial seamount range (21) which is roughly conical. In the artificial seamount range formed by the multiple conical structures which are linearly arranged in an overlapped manner in the direction blocking the flow of seawater, the projection area S1 in the direction along the flow of the seawater is set to be 0.8 to 4.0 times of the projection area S2 in the direction blocking the flow of the seawater.

A method and system for extraction of moomiyo from a multi-component, naturally-occurring mineral substance generally found in Asian mountain ranges at elevations approximately between 1000 and 5000 meters. Bio-active compounds are extracted from said mineral substance for the medicinal applications including at least one of joint pain relief, skin care, anti-inflammation, bruise removal, decrease high blood cholesterol and high triglycerides levels, promotion of mental and physical energy, regulation of blood sugar levels, stimulation of the immune system, speeding of the recovery from sickness and wound healing therapies.

The invention relates to the technical field of ecological restoration, and in particular, relates to a mountain range ecological restoration device and a use method thereof. The technical problems that feeding is difficult, stirring is troublesome, and manpower is consumed are solved. For solving the technical problems, the invention provides the mountain range ecological restoration device and the use method thereof. The mountain range ecological restoration device is composed of a vehicle frame mechanism, a spray gun mechanism and a stirring mechanism; materials are lifted into a feeding opening in the top of a box body through a screw elevator and enter the box body through the feeding opening, feeding is convenient, manual feeding is reduced, and the working efficiency is improved; a stirring column rotates through a power switch of a motor, stirring blades at the bottom of the stirring column start to stir objects in the box body, the objects added into the box body are fully mixed with water to obtain a proper soil conditioner, manual stirring is reduced, and non-uniform stirring is avoided; the horizontal direction is adjusted through rotation of a supporting column, and a nozzle connecting pipe on a rotating piece can be rotationally adjusted up and down to facilitate the use of maintenance workers.

The invention belongs to the technical field of radar data processing and discloses a radar adjacent target segmentation method based on a rain erosion algorithm. Radar video data is inputted after radar signal processing. According to the requirements of a radar system for target accuracy, through an area occupied by a plane and a length, an area occupied by an adjacent target to be divided is determined. The measured values of different azimuth units of the same distance unit of the area occupied by the adjacent target are separately processed, which means that each distance unit channel is separately proposed to be processed separately, and after the processing is completed, the target detection processing is carried out on the area again. According to the method, the process that rainwater scours a mountain range, a mountain body is continuously corroded, a river valley is formed and mountain peaks are divided by streams is simulated, and the method is used for processing an adjacent target detected by a split radar. Experiments and practice prove that the effect of the method is good, the requirements of a high-resolution radar for target segmentation are satisfied, and themethod is used for radar adjacent target segmentation.

The invention relates to a combined solution for establishing a ground-air link base station group of a high-altitude laser countermeasure base station group and a space satellite laser communicationnetwork (including a space satellite quantum communication network), namely a so-called Mount Everest laser countermeasure and communication scheme. The Mount Everest laser countermeasure and communication does not refer to erecting equipment used for laser adversarial and communication link on the Mount Everest, relates to a laser countermeasure and communication network system. That is to say, aseries of high-altitude ground laser transmitting and receiving base station groups are established near suburbs of various large cities and major critical facilities or strategic places; the altitude of the transmitting and receiving base station can be compared with the height of the Pearl peak (so called Pearl peak laser countermeasure and communication); the height can be higher than the upper end (different from the ground) of the local main cloud layer; the system comprises a transmitting and receiving base station based on a peak top, the invention discloses a transmitting and receiving base station of an ultrahigh tower built on a mountain range or a plateau. Or the high-altitude ground transmitting and receiving base station groups are used as ground-air communication link pointsof a laser countermeasure and communication system based on transmitting and receiving base stations of an ultrahigh skyscraping high tower built in a low-altitude area, so that a complete wind-cloud-unimpeded laser countermeasure strength and space satellite laser communication network and a quantum communication network are formed.

A light guide plate is for reflecting incident light from an end surface thereof in an inside to obtain surface emission from a front surface thereof. The light guide plate includes protrusions and recesses formed on one of the front surface and a rear surface on an opposite side of the front surface. The protrusions and recesses are formed of a shape in which first mountain-range shapes each including a first ridge continuing along a first direction, which is a direction toward the inside from the end surface, and second mountain-range shapes each including a second ridge continuing along a second direction intersecting with the first direction are combined. Each first mountain-range shape includes a pair of first side surfaces on both sides of the first ridge. Each second mountain-range shape includes a pair of second side surfaces on both sides of the second ridge.

The present invention discloses an electronic device with object guiding function and the method thereof. In one embodiment, the electronic device includes a view window area, via which a user may watch a view. The electronic device may determine whether an object is located in the view window area when the user inputs the position of the object, and may further show an object indicating message or an object guiding message according to the determination result. Therefore, the electronic device is able to provide the user with short distance guiding function. In another embodiment, the electronic device may also show information related to the object located in the view window area, such as information about every mountain range, constellation, user's friends, or specific landmark that is located in the view window area.

The invention provides a mountain range delimiting method and system, and belongs to the field of digital terrain analysis, and the method comprises the steps: collecting mountain related data; performing feature analysis on the mountain range related data, and determining an extraction rule; according to the extraction rule, extracting a mountain range contour line; aiming at the mountain range contour line, correcting the mountain range to obtain mountain range boundary line data; and carrying out map making integration on the mountain range boundary line data to obtain mountain range map making range data. The system comprises a data acquisition module, a rule determination module, a contour line extraction module, a mountain range correction module and a mountain range integration module. According to the method, the mountain range and the range of the mountain range can be accurately delimited, and a feasible and effective method is provided for delimiting the range of the mountain range.

The invention belongs to the technical field of radar data processing, and discloses a radar adjacent target segmentation method based on a rain erosion algorithm, which inputs radar video data after radar signal processing; Area, size and length determine the area occupied by adjacent targets that need to be segmented; the measured values ​​of the same distance unit and different azimuth units in the area occupied by adjacent targets are taken out and processed separately, that is, each distance unit channel is proposed separately and processed separately. After completion, perform target detection processing on the area again. The invention simulates the process that rain scours the mountains, continuously corrodes the mountains, forms river valleys, and the mountain peaks are divided by streams after continuous corrosion, and is used for processing the adjacent targets detected by the segmentation radar. Both experiments and practice prove that the invention has good effect, meets the requirement of high-resolution radar for target segmentation, and is used for radar adjacent target segmentation.

To provide a wall surface block that not only facilitates construction and has sufficient strength against external forces applied to the wall surface from a horizontal direction after construction, but that has also been made resistant against infiltration by rainwater. [Solution] An uneven section (3) is formed in the top surface length direction of the wall surface block (1), and an uneven groove (4) is provided in the bottom surface length direction of the wall surface block (1) to enable the uneven section (3) of an other wall surface block (1) positioned directly below to engage. The uneven section (3) is built up by a pair of raised surfaces (3a and 3b) having an optional height, and an arcwise concave surface (3d) and an arcwise convex surface (3c) form a surface of the uneven section (3) having a ridge line (L) in a continuous mountain-range form. The uneven groove (4) has inner walls (4a and 4b) that are formed proportionally to the height of the raised surfaces (3a and 3b), and an arcwise concave surface (4c) and an arcwise convex surface (4d) having a valley (V) with the ridge line (L) of the uneven section (3) form a continuous ravine form.

The present invention discloses an electronic device with object guiding function and the method thereof. In one embodiment, the electronic device includes a view window area, via which a user may watch a view. The electronic device may determine whether an object is located in the view window area when the user inputs the position of the object, and may further show an object indicating message or an object guiding message according to the determination result. Therefore, the electronic device is able to provide the user with short distance guiding function. In another embodiment, the electronic device may also show information related to the object located in the view window area, such as information about every mountain range, constellation, user's friends, or specific landmark that is located in the view window area.

A light guide plate is for reflecting incident light from an end surface thereof in an inside to obtain surface emission from a front surface thereof. The light guide plate includes protrusions and recesses formed on one of the front surface and a rear surface on an opposite side of the front surface. The protrusions and recesses are formed of a shape in which first mountain-range shapes each including a first ridge continuing along a first direction, which is a direction toward the inside from the end surface, and second mountain-range shapes each including a second ridge continuing along a second direction intersecting with the first direction are combined. Each first mountain-range shape includes a pair of first side surfaces on both sides of the first ridge. Each second mountain-range shape includes a pair of second side surfaces on both sides of the second ridge.

The invention relates to the technical field of electromechanical integration, in particular to a load bearing vehicle capable of stepping forwards to climb a mountain. The load bearing vehicle comprises a vehicle body, a direct-current motor, a driving wheel, reverse consequent gear, a driven wheel, a bearing bush, a steering gear, a steering wheel, a connecting rod, a connecting rod foot sleeve, a guide rail, a straight bar gear, a lifting foot, a travel switch, a steering yoke, a push rod, a baffle, a spring, a ball, a direct-current meter, an up stroke and down stroke cycling circuit of the direct-current motor and a storage battery. The load bearing vehicle can walk with a load on gullies, gravel, grass and a mountain range with a gentle slope with the gradient lower than 45 degrees. The load bearing vehicle is scientific in design and reasonable in structure, thereby surely becoming a specific transportation vehicle for uphill and downhill delivery of goods in the future.

The invention provides an embossment globe, and relates to the technical field of teaching aids. The globe comprises a globe body and a rotating bracket, wherein the globe body is installed on the rotating bracket, and a concave-convex embossment structure is arranged at the position, corresponding to the mountain range, of the surface of the globe body. According to the embossment globe, most of mountain embossments which must be learned and appear in books of students are simulated, and the students can see and touch the concave-convex condition and the trend of the mountain when learning by combining the embossment globe, so that the impression on knowledge content is deepened; and the embossment globe has the advantages of simple structure, reasonable arrangement, low manufacturing cost and the like.

The invention provides a preparation method of Tie-Guanyin tea with aromatic flavor, faint scent and nice color. The method comprises the steps of (1) picking tea leaves from tea growing in the same mountain range and in the same direction and at the age of 5 to 10 years, stacking, withering, shaking and dehydrating; (2) baking for 30 minutes at the high temperature of 120 DEG C, turning into medium and low temperature, baking at low temperature of 80 to 90 DEG C, then baking at the medium temperature of 100 to 100 DEG C, repeating the braking at low temperature and medium temperature at a plurality of times, and finally baking for 3 to 6 minutes at the high temperature of 120 DEG C until the tea leaves generate aromatic flavor. With the adoption of the preparation method, the tea soup has aromatic flavor and has the color of faint scent Tie-Guanyin tea, and meanwhile, the amino acid, tea polyphenol, mineral substances and other nutritional substances in the tea leaves can be remained to the maximum.

This application proposes a method and system for delineating the range of mountain ranges, which belongs to the field of digital terrain analysis. The method includes: collecting relevant data of mountain ranges; performing feature analysis on the relevant data of mountain ranges to determine the extraction rules; according to the extraction rules, extracting The mountain range outline; the range of the mountain range is corrected for the range of the mountain range to obtain boundary data of the range of the mountain range; the data of the boundary line of the range of the mountain range is synthesized by cartography to obtain the range data of the range of mountain range mapping. The system includes: a data collection module, a rule determination module, a contour extraction module, a mountain correction module, and a mountain synthesis module. The application can accurately delineate the mountain range and its range, and provides a practical and effective method for delimiting the range of the mountain range.

The invention discloses a method for preparing ice wine. The method comprises the following steps: 1) selective breeding: selecting the high-quality grape variety Shuangyou Shuanghong on northern latitude 41-42 degrees of Changbai Mountain range; 2) grape picking: selecting cold and silent nights with outdoor temperature of minus 15 to 20 DEG C from the second to the third week in December as the grape picking time, and carefully picking the grapes by manpower; 3) sorting and squeezing, wherein in the squeezing process, the squeezing temperature is lower than minus 15 DEG C, and the external temperature is kept to be lower than minus 15 DEG C; 4) fermenting, wherein the fermentation temperature is 20+ / -5 DEG C and the fermentation time is 40-45 days; 5) freezing, wherein the constant freezing temperature is minus 5 DEG C, and the freezing time is 10-12 days; 6) low-temperature clarifying and separating of the clear juice; 7) malic acid-lactic acid fermenting; 8) clarifying and separating. Ice wine with alcoholic strength of 9-13% (Vol) can be produced, the sensory quality of the ice wine is pale yellow, and the ice wine is clear and transparent, fruity, plump and mellow and is sweet and refreshing.

The present application discloses a dammed lake simulation device, which includes a simulated river channel with an inclination greater than 0°, simulated mountains, a transition area, simulated human production and living materials, and a fluid supply device. The outlet of the fluid supply device is connected to the simulated river channel The upstream inlet connection for the supply fluid also includes a blocking device. The device of the present application can fully reveal the occurrence process of the barrier lake, the hazards generated, and the way of treatment, can provide experiential education with a strong sense of simulation, and achieve good science popularization and warning effects, which is helpful for people to correctly understand and prevent barrier lakes is of great significance.