CN109645648B - Expansion type child type punch bed - Google Patents
Expansion type child type punch bed Download PDFInfo
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- CN109645648B CN109645648B CN201811498333.6A CN201811498333A CN109645648B CN 109645648 B CN109645648 B CN 109645648B CN 201811498333 A CN201811498333 A CN 201811498333A CN 109645648 B CN109645648 B CN 109645648B
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- shower nozzle
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Classifications
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- A—HUMAN NECESSITIES
- A45—HAND OR TRAVELLING ARTICLES
- A45D—HAIRDRESSING OR SHAVING EQUIPMENT; EQUIPMENT FOR COSMETICS OR COSMETIC TREATMENTS, e.g. FOR MANICURING OR PEDICURING
- A45D19/00—Devices for washing the hair or the scalp; Similar devices for colouring the hair
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- A—HUMAN NECESSITIES
- A45—HAND OR TRAVELLING ARTICLES
- A45D—HAIRDRESSING OR SHAVING EQUIPMENT; EQUIPMENT FOR COSMETICS OR COSMETIC TREATMENTS, e.g. FOR MANICURING OR PEDICURING
- A45D19/00—Devices for washing the hair or the scalp; Similar devices for colouring the hair
- A45D19/06—Devices for washing the hair or the scalp; Similar devices for colouring the hair in the form of bowls or similar open containers
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
- G06V10/00—Arrangements for image or video recognition or understanding
- G06V10/20—Image preprocessing
- G06V10/32—Normalisation of the pattern dimensions
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
- G06V40/00—Recognition of biometric, human-related or animal-related patterns in image or video data
- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
Abstract
The invention relates to an extended child type punch bed, comprising: the shower nozzle is arranged above a head basin of the child type punch bed and is used for providing a water source for cleaning the head of a child; the temperature detection device is arranged in the shower nozzle and used for detecting the field water temperature in the shower nozzle and outputting the field water temperature in the shower nozzle; the emergency closing switch is arranged in the shower nozzle, is connected with the temperature detection equipment and is used for emergently closing the shower nozzle when the field water temperature in the shower nozzle exceeds the limit; and the time setting device is connected with the shower nozzle and used for determining the single water spraying time proportional to the length reference value and setting the single water spraying time for the shower nozzle. By the invention, water resources for washing the heads of various children can be saved.
Description
Technical Field
The invention relates to the field of child type punch beds, in particular to an extended child type punch bed.
Background
Children are afraid of water hitting eyes, so that it is absolutely impossible to let them stand and shower water from the head, and they hold and wash the head from a small time. However, it is very troublesome to hold and wash hair, firstly, the lamp on the roof is too bright and glaring, secondly, the lamp is uncomfortable to clamp the body of a child, thirdly, the hand position holding the head of the child is not painful to the neck, and therefore, the hair washing is sometimes completed by a plurality of parents.
The child type punch bed is designed aiming at the problems that children are difficult to wash hair and are not matched and move when the children wash hair. The multifunctional shower head is simple to use, can be placed in a bathroom and a bathtub, is in accordance with the body structure of children by using the human engineering design, and enables the children to wash the hair in a comfortable posture. The environment-friendly ABS raw material is nontoxic, tasteless, safe and healthy; the design is thickened, and the load is super-strong; the multifunctional chair has multiple functions and can be used as a cool chair for children.
Disclosure of Invention
In order to solve the technical problem that the child flushing time of the child type punch bed in the prior art is not easy to set, the invention provides the extended child type punch bed, which determines the time required by single flushing based on the analysis of the maximum radial length of the imaging pattern of the head of a child so as to effectively save water resources; and the reference size image is introduced to be compared with the size accuracy of the image after size correction processing, and the comparison is only carried out aiming at the size accuracy of the upper left corner area, so that the calculation resources are effectively saved, and the power consumption of the equipment is reduced.
According to an aspect of the present invention, there is provided an extended child punch press, comprising:
the shower nozzle is arranged above a head basin of the child type punch bed and is used for providing a water source for cleaning the head of a child; and the temperature detection equipment is arranged in the shower nozzle and used for detecting the field water temperature in the shower nozzle and outputting the field water temperature in the shower nozzle.
More specifically, in the extended children's punch bed, further comprising:
and the emergency closing switch is arranged in the shower nozzle, is connected with the temperature detection equipment and is used for emergently closing the shower nozzle when the field water temperature in the shower nozzle exceeds the limit.
More specifically, in the extended children's punch bed: the emergency closing switch is also used for opening the shower nozzle when the field water temperature in the shower nozzle is not over limit.
More specifically, in the extended children's punch bed, further comprising:
the time setting device is connected with the shower nozzle and used for determining the single water spraying time proportional to the length reference value based on the length reference value and setting the single water spraying time for the shower nozzle; the spherical shooting equipment is arranged near the child type punch bed and is used for shooting the child type punch bed in real time to obtain a real-time shooting image; the correction processing equipment is connected with the spherical shooting equipment and used for receiving the real-time shot image and executing size correction processing on the real-time shot image so as to obtain and output a corresponding correction processing image; the MMC storage equipment is used for pre-storing a reference size image, and the size accuracy of each area in the reference size image exceeds the limit; the area comparison device is respectively connected with the correction processing device and the MMC storage device and is used for comparing the size accuracy of the upper left corner area in the correction processing image with the size accuracy of the upper left corner area of the reference size image, when the size accuracy of the upper left corner area in the correction processing image exceeds the size accuracy of the upper left corner area of the reference size image, a size accuracy standard-meeting signal is sent out, and when the size accuracy of the upper left corner area in the correction processing image does not exceed the size accuracy of the upper left corner area of the reference size image, a size accuracy standard-meeting signal is sent out; the secondary correction device is connected with the area comparison device, is used for performing size correction on the correction processing image again to obtain a continuous correction image when receiving the size standard degree non-standard signal, and is also used for directly outputting the correction processing image as the continuous correction image when receiving the size standard degree standard signal; the range adjusting device is connected with the secondary size correcting device and used for receiving the continuous corrected images and executing dynamic range lifting action on the continuous corrected images to obtain images subjected to the dynamic range lifting action and serve as range lifting images; the length measuring equipment is respectively connected with the time setting equipment and the range adjusting equipment and is used for obtaining the range-lifted image, carrying out head object identification on the range-lifted image based on head imaging characteristics so as to segment a corresponding head pattern, and determining the maximum radial length of the head pattern to be output as a length reference value; the area comparison equipment comprises a precision receiving sub-equipment, a precision comparison sub-equipment and a signal output equipment, wherein the precision comparison sub-equipment is respectively connected with the precision receiving sub-equipment and the signal output equipment.
More specifically, in the extended children's punch bed: the range adjustment device is realized by a digital processing chip, a Harvard structure with separated programs and data is adopted in the digital processing chip, a hardware multiplier is arranged in the digital processing chip, and various digital processing control instructions are provided by adopting pipeline operation to respectively realize various digital signal processing algorithms.
More specifically, in the extended children's punch bed, further comprising:
the hue gradient analysis equipment, the direction processing equipment, the density analysis equipment and the data enhancement equipment are positioned between the range adjustment equipment and the length measurement equipment.
More specifically, in the extended children's punch bed: the hue gradient analysis equipment is connected with the range adjustment equipment and is used for receiving the range-improved image, acquiring each hue component value of each pixel point in the range-improved image, and determining the hue change grade of each pixel point in each direction based on each hue component value of each pixel point in the neighborhood of each pixel point; the direction processing equipment is connected with the hue gradient analysis equipment and used for improving the image facing the range, and for each pixel point, when the hue change level of a certain direction around the pixel point exceeds a preset level threshold value, the pixel point is determined to be a gradient change point.
More specifically, in the extended children's punch bed: the density analyzing device is connected with the direction processing device and is used for lifting the image facing the range, receiving each gradient change point in the range lifting image and outputting the image block with the most gradient change points in the range lifting image as a high-density block; the data enhancement device is respectively connected with the length measurement device and the density analysis device, and is used for enhancing the image facing the range, receiving the high-density blocks, performing image enhancement processing on the high-density blocks to obtain corresponding data enhancement blocks, replacing the range enhancement image, and sending the data enhancement blocks to the length measurement device.
More specifically, in the extended children's punch bed: in the hue gradient analysis device, determining the hue change degree of each direction around each pixel point based on each hue component value of each pixel point in the neighborhood thereof comprises: subtracting the minimum value from the maximum value in the color phase component values of all the pixel points in a certain direction around the pixel points to obtain a corresponding difference value; wherein, in the hue gradient analysis apparatus, the greater the corresponding difference value is, the greater the hue change level in the corresponding direction is.
More specifically, in the extended children's punch bed, further comprising:
the DDR SDRAM device is connected with the direction processing device and used for receiving the preset grade threshold value and sending the preset grade threshold value to the direction processing device; the hue gradient analysis device further comprises a data extraction unit, wherein the data extraction unit is used for receiving the range-improved image and extracting hue component values, brightness component values and saturation component values of all pixel points from the range-improved image.
Detailed Description
The following will describe in detail embodiments of the extended child punch bed of the present invention.
The bed leather material of the child type punch adopts thickened leather, so that the durability of the child shampoo bed is greatly enhanced; the interior of the wood-covered bag is made of high-quality high-density sponge, so that the wood-covered bag is safe and comfortable; the lying type design enables children to be more relaxed and is more convenient for workers to operate; the bed body is stable, does not shake, does not make a sound, does not turn over, and is more comfortable for children to wash hair.
In order to overcome the defects, the invention builds the extended child type punch bed and can effectively solve the corresponding technical problems.
An extended children's punch bed is shown according to an embodiment of the present invention comprising:
the shower nozzle is arranged above a head basin of the child type punch bed and is used for providing a water source for cleaning the head of a child;
and the temperature detection equipment is arranged in the shower nozzle and used for detecting the field water temperature in the shower nozzle and outputting the field water temperature in the shower nozzle.
Next, a detailed description of the structure of the child-type expandable punch bed according to the present invention will be further described.
In the children's extended punch bed, further comprising:
and the emergency closing switch is arranged in the shower nozzle, is connected with the temperature detection equipment and is used for emergently closing the shower nozzle when the field water temperature in the shower nozzle exceeds the limit.
In the extended children's punch bed: the emergency closing switch is also used for opening the shower nozzle when the field water temperature in the shower nozzle is not over limit.
In the children's extended punch bed, further comprising:
the time setting device is connected with the shower nozzle and used for determining the single water spraying time proportional to the length reference value based on the length reference value and setting the single water spraying time for the shower nozzle;
the spherical shooting equipment is arranged near the child type punch bed and is used for shooting the child type punch bed in real time to obtain a real-time shooting image;
the correction processing equipment is connected with the spherical shooting equipment and used for receiving the real-time shot image and executing size correction processing on the real-time shot image so as to obtain and output a corresponding correction processing image;
the MMC storage equipment is used for pre-storing a reference size image, and the size accuracy of each area in the reference size image exceeds the limit;
the area comparison device is respectively connected with the correction processing device and the MMC storage device and is used for comparing the size accuracy of the upper left corner area in the correction processing image with the size accuracy of the upper left corner area of the reference size image, when the size accuracy of the upper left corner area in the correction processing image exceeds the size accuracy of the upper left corner area of the reference size image, a size accuracy standard-meeting signal is sent out, and when the size accuracy of the upper left corner area in the correction processing image does not exceed the size accuracy of the upper left corner area of the reference size image, a size accuracy standard-meeting signal is sent out;
the secondary correction device is connected with the area comparison device, is used for performing size correction on the correction processing image again to obtain a continuous correction image when receiving the size standard degree non-standard signal, and is also used for directly outputting the correction processing image as the continuous correction image when receiving the size standard degree standard signal;
the range adjusting device is connected with the secondary size correcting device and used for receiving the continuous corrected images and executing dynamic range lifting action on the continuous corrected images to obtain images subjected to the dynamic range lifting action and serve as range lifting images;
the length measuring equipment is respectively connected with the time setting equipment and the range adjusting equipment and is used for obtaining the range-lifted image, carrying out head object identification on the range-lifted image based on head imaging characteristics so as to segment a corresponding head pattern, and determining the maximum radial length of the head pattern to be output as a length reference value;
the area comparison equipment comprises a precision receiving sub-equipment, a precision comparison sub-equipment and a signal output equipment, wherein the precision comparison sub-equipment is respectively connected with the precision receiving sub-equipment and the signal output equipment.
In the extended children's punch bed: the range adjustment device is realized by a digital processing chip, a Harvard structure with separated programs and data is adopted in the digital processing chip, a hardware multiplier is arranged in the digital processing chip, and various digital processing control instructions are provided by adopting pipeline operation to respectively realize various digital signal processing algorithms.
In the children's extended punch bed, further comprising:
the hue gradient analysis equipment, the direction processing equipment, the density analysis equipment and the data enhancement equipment are positioned between the range adjustment equipment and the length measurement equipment.
In the extended children's punch bed: the hue gradient analysis equipment is connected with the range adjustment equipment and is used for receiving the range-improved image, acquiring each hue component value of each pixel point in the range-improved image, and determining the hue change grade of each pixel point in each direction based on each hue component value of each pixel point in the neighborhood of each pixel point;
the direction processing equipment is connected with the hue gradient analysis equipment and used for improving the image facing the range, and for each pixel point, when the hue change level of a certain direction around the pixel point exceeds a preset level threshold value, the pixel point is determined to be a gradient change point.
In the extended children's punch bed: the density analyzing device is connected with the direction processing device and is used for lifting the image facing the range, receiving each gradient change point in the range lifting image and outputting the image block with the most gradient change points in the range lifting image as a high-density block;
the data enhancement device is respectively connected with the length measurement device and the density analysis device, and is used for enhancing the image facing the range, receiving the high-density blocks, performing image enhancement processing on the high-density blocks to obtain corresponding data enhancement blocks, replacing the range enhancement image, and sending the data enhancement blocks to the length measurement device.
In the extended children's punch bed: in the hue gradient analysis device, determining the hue change degree of each direction around each pixel point based on each hue component value of each pixel point in the neighborhood thereof comprises: subtracting the minimum value from the maximum value in the color phase component values of all the pixel points in a certain direction around the pixel points to obtain a corresponding difference value;
wherein, in the hue gradient analysis apparatus, the greater the corresponding difference value is, the greater the hue change level in the corresponding direction is.
In the children's extended punch bed, further comprising:
the DDR SDRAM device is connected with the direction processing device and used for receiving the preset grade threshold value and sending the preset grade threshold value to the direction processing device;
the hue gradient analysis device further comprises a data extraction unit, wherein the data extraction unit is used for receiving the range-improved image and extracting hue component values, brightness component values and saturation component values of all pixel points from the range-improved image.
Besides, DDR is strictly called DDR SDRAM, which is commonly called DDR, and some beginners also commonly see DDR SDRAM, which is regarded as SDRAM. DDR SDRAM, an acronym for Double Data Rate SDRAM, means Double-Data synchronous dynamic random access memory. DDR memory is developed on the basis of SDRAM memory, and SDRAM production system is still used, so for memory manufacturers, DDR memory production can be realized only by slightly improving equipment for manufacturing common SDRAM, and cost can be effectively reduced.
The SDRAM only transmits data once in a clock period, and the data transmission is carried out in the rising period of the clock; the DDR memory transfers data twice in one clock cycle, and can transfer data once in the rising period and the falling period of the clock, so the DDR memory is called a double-rate synchronous dynamic random access memory. DDR memory can achieve higher data transfer rates at the same bus frequency as SDRAM.
Compared with SDRAM: DDR uses a more advanced synchronous circuit, so that the main steps of transmission and output of the designated address and data are independently executed and are kept completely synchronous with the CPU; DDR uses DLL (Delay Locked Loop) technology, and when data is valid, the memory controller can use this data filter signal to pinpoint the data, output it every 16 times, and resynchronize the data from different memory modules. DDR essentially doubles the speed of SDRAM without increasing the clock frequency, allowing data to be read on both the rising and falling edges of the clock pulse, thus doubling its speed as standard SDRA.
By adopting the extended child type punch bed, aiming at the technical problem that the child flushing time of the child type punch bed in the prior art is not easy to set, the time required by single flushing is determined through analysis based on the maximum radial length of the imaging pattern of the head of the child, so that water resources are effectively saved; and the reference size image is introduced to be compared with the size accuracy of the image after size correction processing, and the comparison is only carried out aiming at the size accuracy of the upper left corner area, so that the calculation resources are effectively saved, and the power consumption of the equipment is reduced.
It is to be understood that while the present invention has been described in conjunction with the preferred embodiments thereof, it is not intended to limit the invention to those embodiments. It will be apparent to those skilled in the art from this disclosure that many changes and modifications can be made, or equivalents modified, in the embodiments of the invention without departing from the scope of the invention. Therefore, any simple modification, equivalent change and modification made to the above embodiments according to the technical essence of the present invention are still within the scope of the protection of the technical solution of the present invention, unless the contents of the technical solution of the present invention are departed.
Claims (7)
1. An extended child punch bed, comprising:
the shower nozzle is arranged above a head basin of the child type punch bed and is used for providing a water source for cleaning the head of a child;
the temperature detection device is arranged in the shower nozzle and used for detecting the field water temperature in the shower nozzle and outputting the field water temperature in the shower nozzle;
the emergency closing switch is arranged in the shower nozzle, is connected with the temperature detection equipment and is used for emergently closing the shower nozzle when the field water temperature in the shower nozzle exceeds the limit;
the emergency closing switch is also used for opening the shower nozzle when the temperature of the field water in the shower nozzle is not over the limit;
the time setting device is connected with the shower nozzle and used for determining the single water spraying time proportional to the length reference value based on the length reference value and setting the single water spraying time for the shower nozzle;
the spherical shooting equipment is arranged near the child type punch bed and is used for shooting the child type punch bed in real time to obtain a real-time shooting image;
the correction processing equipment is connected with the spherical shooting equipment and used for receiving the real-time shot image and executing size correction processing on the real-time shot image so as to obtain and output a corresponding correction processing image;
the MMC storage equipment is used for pre-storing a reference size image, and the size accuracy of each area in the reference size image exceeds the limit;
the area comparison device is respectively connected with the correction processing device and the MMC storage device and is used for comparing the size accuracy of the upper left corner area in the correction processing image with the size accuracy of the upper left corner area of the reference size image, when the size accuracy of the upper left corner area in the correction processing image exceeds the size accuracy of the upper left corner area of the reference size image, a size accuracy standard-meeting signal is sent out, and when the size accuracy of the upper left corner area in the correction processing image does not exceed the size accuracy of the upper left corner area of the reference size image, a size accuracy standard-meeting signal is sent out;
the secondary correction device is connected with the area comparison device, is used for performing size correction on the correction processing image again to obtain a continuous correction image when receiving the size standard degree non-standard signal, and is also used for directly outputting the correction processing image as the continuous correction image when receiving the size standard degree standard signal;
the range adjusting device is connected with the secondary correcting device and used for receiving the continuous correcting image and executing dynamic range lifting action on the continuous correcting image so as to obtain an image subjected to the dynamic range lifting action and serve as a range lifting image;
the length measuring equipment is respectively connected with the time setting equipment and the range adjusting equipment and is used for obtaining the range-lifted image, carrying out head object identification on the range-lifted image based on head imaging characteristics so as to segment a corresponding head pattern, and determining the maximum radial length of the head pattern to be output as a length reference value;
the area comparison equipment comprises a precision receiving sub-equipment, a precision comparison sub-equipment and a signal output equipment, wherein the precision comparison sub-equipment is respectively connected with the precision receiving sub-equipment and the signal output equipment.
2. The extended children's punch bed of claim 1, wherein:
the range adjustment device is realized by a digital processing chip, a Harvard structure with separated programs and data is adopted in the digital processing chip, a hardware multiplier is arranged in the digital processing chip, and various digital processing control instructions are provided by adopting pipeline operation to respectively realize various digital signal processing algorithms.
3. The extended children's punch bed of claim 2, further comprising:
the hue gradient analysis equipment, the direction processing equipment, the density analysis equipment and the data enhancement equipment are positioned between the range adjustment equipment and the length measurement equipment.
4. An extended children's punch bed as defined in claim 3, wherein:
the hue gradient analysis equipment is connected with the range adjustment equipment and is used for receiving the range-improved image, acquiring each hue component value of each pixel point in the range-improved image, and determining the hue change grade of each pixel point in each direction based on each hue component value of each pixel point in the neighborhood of each pixel point;
the direction processing equipment is connected with the hue gradient analysis equipment and used for improving the image facing the range, and for each pixel point, when the hue change level of a certain direction around the pixel point exceeds a preset level threshold value, the pixel point is determined to be a gradient change point.
5. An extended children's punch bed as defined in claim 4, wherein:
the density analyzing device is connected with the direction processing device and is used for lifting the image facing the range, receiving each gradient change point in the range lifting image and outputting the image block with the most gradient change points in the range lifting image as a high-density block;
the data enhancement device is respectively connected with the length measurement device and the density analysis device, and is used for enhancing the image facing the range, receiving the high-density blocks, performing image enhancement processing on the high-density blocks to obtain corresponding data enhancement blocks, replacing the range enhancement image, and sending the data enhancement blocks to the length measurement device.
6. An extended children's punch bed as defined in claim 5, wherein:
in the hue gradient analysis device, determining the hue change degree of each direction around each pixel point based on each hue component value of each pixel point in the neighborhood thereof comprises: subtracting the minimum value from the maximum value in the color phase component values of all the pixel points in a certain direction around the pixel points to obtain a corresponding difference value;
wherein, in the hue gradient analysis apparatus, the greater the corresponding difference value is, the greater the hue change level in the corresponding direction is.
7. The extended children's punch bed of claim 6, further comprising:
the DDR SDRAM device is connected with the direction processing device and used for receiving the preset grade threshold value and sending the preset grade threshold value to the direction processing device;
the hue gradient analysis device further comprises a data extraction unit, wherein the data extraction unit is used for receiving the range-improved image and extracting hue component values, brightness component values and saturation component values of all pixel points from the range-improved image.
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