8 results about "Skin thickness" patented technology

The application discloses an adjustable skin wound suture device for livestock pathological sampling and relates to the technical field of medical suture devices.The slide hole plate is symmetrically installed at the axial center position of the end cover, and the inner wall of the slide hole plate is in threaded connection with the outer side of the screw rod.A stop rod is slidably installed on the inner wall of the slide hole plate, and the end of the stop rod, which is far away from the slide hole plate, is an inclined surface that is inclined from top to bottom to one side of the slide hole plate.The adjustable skin wound suture device for livestock pathological sampling is characterized in that the threaded connection of the screw rod and the slide hole plate can adjust the position of the stop rod according to the skin thickness of the suture position, adjust the bending depth of both sides when the skin nail is driven into the skin, and adjust the suture depth.When the device is lifted after the skin nail is driven into the suture position, the movement of the stop rod during resetting is matched with the inclined surface to press down the top of the skin nail, so that the skin nail cannot be separated after resetting, the stop rod still blocks the skin nail, and the suture position is pulled when the device is lifted.

Cosmetic or dermatological use of an extract of Dendrobium officinale to maintain and / or increase skin thickness. The present invention relates to the new cosmetic or dermatological use of an extract of Dendrobium officinale and / or a composition comprising it to maintain and / or increase skin thickness, preferably of the epidermis, more preferably of the basal layer, the spinous layer and / or the granular layer of the epidermis.

The application provides an acupoint channel-stimulating cupping integrated device operation parameter intelligent control method and system, belongs to the technical field of intelligent control of medical devices, and comprises the following steps: acquiring user basic information of an operation object, such as age, physical type, skin thickness and operation site; determining site characteristic parameters according to the anatomical characteristics of the operation site; retrieving a recommended parameter interval from a parameter knowledge base; outputting a combination of operation parameters such as acupuncture depth, acupuncture speed, negative pressure intensity and negative pressure duration by adopting a method combining fuzzy reasoning and machine learning; dynamically adjusting the power of a negative pressure pump according to the deviation of an actual negative pressure curve from a preset target; setting upper and lower limit thresholds to realize safety protection; and saving operation parameters for subsequent optimization. The application realizes scientific, intelligent and individualized setting and closed-loop control of the operation parameters of the channel-stimulating cupping integrated device.

The application provides a food material peeling method and device and a refrigerator. When a user puts a food material to be peeled into a sealed drawer of the refrigerator, the type of the food material put into the sealed drawer by the user is acquired. A skin thickness type of the food material in the sealed drawer is determined based on a user input instruction, and the skin thickness type includes thin skin, medium skin and thick skin. A peeling strategy matched with the skin thickness type and the type of the food material is acquired. The ambient temperature in the sealed drawer is processed by being first cooled and then heated based on a target temperature corresponding to each processing stage in the peeling strategy, and a processing time length matched with each processing stage is maintained. When the processing is completed, prompt information is output to the user, and peeling processing is realized by the refrigerator.

For example, the present invention provides an information processing method, an information processing device, and a program capable of estimating skin thickness. [Solution] The information processing method performed on a computer according to the present disclosure includes an acquisition step of acquiring an image of the bounce of the sample off the skin after dropping the sample onto the skin, A calculation step of calculating the bounce distance of the sample from the skin based on the captured image, The method includes an estimation step of estimating the thickness of the skin based on the rebound distance.

The application discloses a mechanical hand skin thickness precision adjusting system based on industrial vision and relates to the technical field of machine vision automatic control, which comprises the following steps: collecting skin multi-angle images through industrial vision and synchronously acquiring mechanical hand pressing parameters, processing and generating skin state comprehensive feature representation through a feature fusion module, deconstructing a difference field map reflecting thickness difference through a thickness deconstruction module, generating a targeted pressing parameter adjustment scheme based on the difference field map through a scheme generation module, and driving the mechanical hand to complete online precision adjustment through an execution adjusting module. The system realizes deep correlation and reverse reasoning between thickness detection results and process control parameters, completes full-closed loop control from perception, analysis, root cause positioning to automatic execution, and improves the precision and automation level of thickness control.

According to the present invention, the insertion depth of multiple needles fixed in the needle cluster can be precisely adjusted to a level that can fully expect cosmetic skin effects, taking into account skin thickness (e.g., the thickness from the epidermis to the dermis). Furthermore, when errors in the needle insertion depth occur during use as the mover moves forward or backward, the origin position of the mover can be corrected using an origin position sensor, thereby easily correcting the error in the needle insertion depth.

According to the present disclosure, it is possible to precisely adjust a degree of insertion of the plurality of needles fixed to the needle bundle in consideration of skin thickness (for example, a thickness from epidermis to dermis of the skin) to an extent that a sufficient skin beautification effect is expected, and when an error occurs in the degree of insertion of the needles due to forward or rearward movement of the conveyor during use, the error in the degree of insertion of the needles can be easily corrected by correcting the starting point position of the conveyor using a starting point position detector.