92 results about "Post-Procedure" patented technology

A system designed to support and manage the workflow for all user roles pertaining to an endoscopic laboratory, from registration and scheduling of patient information through pre-procedure, procedure and post-procedure phases of an endoscopic examination, including support for the entry, by various users associated with an endoscopic laboratory, of information and data including the processing and storage of endoscopic images captured during an endoscopic exam of a patient, for association with a patient record stored in a database, and including the entry of procedure notes and generation of reports that include the stored images, all via an integrated user interface.

The present invention relates to laser ablation patterns to correct refractive errors of the eye (60) such as nearsightedness, farsightedness, astigmatism, and higher order aberrations of the eye (60). The laser ablation patterns used to control the laser (10) prevent induced aberrations by compensating for post-procedure epithelial smoothing. The position of laser pulses (12) is also controlled to optimize the achievement of the intended ablation pattern.

An imaging system consisting of a cell-phone with camera as the detection part of an optical train which includes other components. Optionally, an illumination system to create controlled contrast in the sample. Uses include but are not limited to disease diagnosis, symptom analysis, and post-procedure monitoring, and other applications to humans, animals, and plants.

An apparatus and method for the treatment of stress urinary incontinence. The apparatus includes a suburethral sling having an adjustment member for adjusting the tension of the sling both during the procedure and post-procedure. The method includes using a needle to simultaneously implant the sling and to deliver a local anesthetic in the groin area while implanting the sling.

The present invention is detection and display method and device for computer self-test information. The method includes in the power-on self test (POST) state executing curing program in the BIOS in the POST stage of computer system to send POST information in certain data structure to controller chip and transmit the information to the display module timely so as to display the POST procedure and information in characters and sentences; and displaying fault information, if any, in the display module. The device for the detection and display includes a controller connected to the system control bus of the computer mainboard to obtain POST information; and a display module connected to the controller to display real-time POST information. The present invention makes it possible to display POST information conveniently and intuitively.

The invention relates to a method for preparing a glass fiber and reinforced polypropylene fiber composite material. The method comprises a non-weaving process in pre-procedure and a thermal pressing and molding process in post-procedure; the non-weaving process in pre-procedure comprises the following steps of: weighing polypropylene fibers and glass fibers in proportion, loosening the fibers by a coarse opener, then conveying to a blending box by a cotton conveying blower, conveying to a fine opener, a vibrating cotton box and a big cotton bin, sufficiently mixing the fibers by means of a conveying curtain, an inclined curtain and a picker roller beater, outputting to a carding machine by a cotton pressing roller and an output curtain, lapping by a lapping machine, conveying the fiber mesh by a feeder to a pre-needling machine for pre-needling operation, and setting and needling into a felt material by using a main needling machine; and the thermal pressing and molding process in post-procedure comprises the following steps of aligning and unreeling, powdering, deviation correction, open-width feeding, heating of a drying room, thermal pressing and compounding, rolling and cooling, and air-cooling. The method for preparing the glass fiber and reinforced polypropylene fiber composite material has the advantages of stronger tensile strength and impact resistance performance, capability of satisfying the usage requirements in the high-load defending parts of automobiles and ships and the like, and wide application range.

The invention relates to a substrate cutting device by using ultrashort pulse laser bean and a cutting method thereof. Ultrashort pulse laser from FS to PS is used, complex per/post procedures are simplified as far as possible unrelated to substrate characteristic of glass or transparent material, wherein the substrate characteristic of glass or transparent material is a little different according to use and property of displays, thereby preventing unwanted cutting, gaps or damage, and minimizing defect rate. The substrate cutting device by using ultrashort pulse laser bean comprises a laser generating unit which generates ultrasonic pulse laser bean; a focus adjusting unit for adjustment to focus the ultrashort pulse laser bean on the internal of the substrate to be cut, which guides internal filament forming phenomenon to form a cutting groove in the substrate by focusing the ultrashort pulse laser bean on the internal of the substrate and radiating along the desired cutting path. Substrates of diversified displays can be quickly cut with high precision by simple procedure without generation of damage and gaps.

The invention relates to a method for removing total oxygen in low-carbon molten steel. The method of the invention solves the shortcomings that in the prior art, the content of dissolved oxygen of molten steel is increased, the inclusion is increased after deoxygenation, and the total oxygen content is higher and the like. The method has the following steps: tapping by a slag dam method; adding lime with 2.6-3.0kg of each ton of steel into steel ladle liquid level when tapping amount reaches 1/2-2/3; transmitting steel ladle to an RH work station after tapping, controlling the content of carbon in molten steel to be 0.03-0.04% in weight ratio, the content of dissolved oxygen to be 0.055-0.07% in weight ratio, and the slag thickness to be 50-70 mm; carrying out RH vacuum processing: firstly carrying out vacuum decarbonizing, deoxidizing and alloying; adding blending agent composed of lime and fluorite to the molten steel, wherein, the adding amount is 3-5 kg of each ton of steel; and driving molten steel circulation by argon during the time. In the invention, the equipment does not need to change, the operation is flexible, the total oxygen content in the molten steel and the sulphur content are obviously lowered after processing, and the performance and quality of post-procedure products are improved.

The invention discloses a manufacturing process of a high-fall stepped circuit board. The manufacturing process comprises the steppeds of: manufacturing inner-layer circuits on a plurality of core boards separately, and manufacturing an auxiliary copper skin at a position corresponding to a stepped platform when the inner-layer circuit is manufactured on one of the core board; laminating the plurality of core boards into a multi-layer board; performing intermediate processing on the multi-layer board sequentially; performing depth-control groove milling inwardly at a position corresponding tothe stepped platform on the multi-layer board to a position 0.1 mm +/- 0.075 mm away from the auxiliary copper skin beform outer layer etching during the manufacturing process of an outer layer circuit, and forming the stepped platform after removing a cover; performing ablation on a residual dielectric layer at the bottom part at the stepped platform by means of laser; manufacturing the outer layer circuit through etching and removing the auxiliary copper skin at the stepped platform at the same time; and performing post-procedure processing on the multi-layer board to manufacture the high-fall stepped circuit board. According to the manufacturing process, the core board thickness is adopted to make a residual thickness step, the residual thickness tolerance of the stepped platform aftermolding and milling is ensured to meet requirements, the high-precision residual thickness tolerance is ensured to be realized, and the production efficiency can be improved.

The invention provides a manufacturing method of flexible printed circuit board post-procedures, comprising the following steps: cropping and blanking low-viscosity protective films according to the specification of flexible printed circuit boards to be subject to outline machining; carrying out outline machining on the front sections of the flexible printed circuit boards to be subject to outline machining; attaching the low-viscosity protective film 1 on one surface of each flexible printed circuit board, and carrying out outline machining on the rear sections of the flexible printed circuit boards; attaching the low-viscosity protective film 2 on the other surface of each flexible printed circuit board; removing the low-viscosity protective film 1 and waste on board surfaces, and keeping the single-piece boards stuck on the low-viscosity protective film 2; attaching steel sheets, film switches, gummed paper and other auxiliary materials; and finally attaching the low-viscosity protective film 3, and carrying out conventional finished product inspection to complete the manufacturing of the flexible printed circuit board post-procedures. In the invention, during the double outline machining period, the products are not lost, thus avoiding unnecessary loss; and the products are packaged with the low-viscosity protective films and are arranged regularly, thus facilitating statistics, lowering cost, reducing defects such as product friction and the like during the transfer process, and lowering transportation cost.

The invention relates to a cache device for a glass substrate production line and a control method thereof, solving the problems of large occupation of a conveyor belt and high production cost. The technical scheme is as follows: the control method is realized by using a horizontal conveyor belt between a preceding procedure and a post procedure and a control unit with a CPU (Central Processing unit) and a mating software program in the process of continuously delivering a glass substrate; a group of convey roll-type intermediate conveyor belts and a cache device consisting of a servo motor, an inversion mechanism and a storage mechanism for temporarily storing the glass substrate are additionally arranged between the horizontal conveyor belts in the preceding procedure and the post procedure; in the preceding procedure, the glass substrate is conveyed to the intermediate conveyor belt through the horizontal conveyor belt; based on the working state of the preceding procedure and the post procedure, a management circuit controls the cache device to perform cache processing on the glass substrate. The invention has the advantages that the length of the horizontal conveyor belt is shortened and the production space is saved by adding the cache device for storing the glass substrate on the horizontal conveyor belt in the vertical direction.

Compositions and methods are provided for a post-procedure care following the treatment of skin with cosmetic skin resurfacing treatments, which include without limitation a variety of laser treatments, chemical peeling and dermabrasion, by applying a silicone-based gel formulation in combination with therapeutic peptides. Peptides of interest include one or more of transforming growth factor, epidermal growth factor, and basic fibroblast growth factor. The formulation may further comprise an effective dose of one or more acylated peptides, which peptides are active in remodeling of the skin.

The invention relates to a resin-filled back drilling hole processing method of a PCB (Printed Circuit Board). The processing method comprises the steps of drilling through holes in a multi-layer PCB after previous procedure processing and lamination processing; plating copper to conduct the through holes, and electroplating a board surface; drilling a back drilling hole in the multi-layer PCB; filling the whole back drilling hole and the through holes which are needed to be filled with resin with the resin, grinding the board with an abrasive belt; fabricating an outer-layer pattern, covering the holes, reducing the copper, and grinding the board with the abrasive belt again; drilling a counter hole, depositing a copper plate, filling the holes with the resin for electroplating and filling; and entering a post procedure after fabricating the outer-layer pattern, electroplating the pattern, etching the outer layer, performing outer-layer AOI and performing soldering resist processing. By the processing method, the back drilling hole is an NPTH (Non Plating Through Hole) and is filled with the resin, the circuit quality is ensured, a PTH (Plating Through Hole) and the NPTH back drilling hole are both filled with the resin, and the signal reality is improved to a relatively high extent.

Disclosed are a debittered honey pomelo tea and a production method; the skinned honey pomelo cavernous body and honey pomelo flesh peeled from the honey pomelo are taken as raw material; the raw material is put into the soy milk at a weight ratio of 1:2-3, insulated at a temperature of 55-66 DEG C for 2-4 hours and debittered; the plant enzyme in the soy milk is used to effectively reduce the content of the bitter principle naringin in the raw material; the debittered and molded material of the honey pomelo flesh is mixed with the debittered and molded material of the skinned honey pomelo cavernous body; upplementary materials and water are added into the mixture to obtain the debittered honey pomelo tea proportioning material; and after post-procedure homogenization, degassing and sterilization process, the debittered honey pomelo tea is prepared. In the preparation process of the invention, the raw material composed of skinned honey pomelo cavernous body and honey pomelo flesh is put into heated soy milk and debittered; upon tests, the debittered raw material and the debittered honey pomelo tea prepared thereof have low content of bitter principle naringin, so as to achieve significant debittering effect.

The invention discloses a process for mixing tire tread with high white carbon black content. The characteristics of a rubber mixing system based on a one-step method are combined, aspects of internal mixing process optimization (medicine input sequence optimization, as well as 'silanization reaction' condition optimization of an internal mixer), mixing process optimization of an open mixer, and the like are adopted, and the aspect of a formula of the tire tread filled with high content white carbon black and the means of silane coupling agent and white carbon black coordination proportion optimization and the like are combined, so as to achieve the following technical effect: the dispersivity of white carbon black is improved, the abrasion resistance is improved, the high sizing material calorigenesis is reduced, and the rolling resistance is reduced; through the means of combining high temperature silanization reaction of the internal mixer and low temperature section silanization reaction of the open mixer, the silanization reaction degree is improved, and the dynamic performance and processing safety of a sizing material are optimized; the flowability of the sizing material is improved, the post-procedure processability is improved, and the processing energy consumption is reduced; the mixing section number is reduced, and the production efficiency is improved.

A configurable coil arrangement for use with MRI-guided procedures is provided that facilitates optimal imaging for both pre-procedure planning and imaging of the target sites during the procedure. The coil arrangement includes a plurality of connected coil elements. Spacers connecting the coil elements can be adjustable and/or deformable to provide one or more openings in the coil arrangement of optimal size for accessing the subject within the imaged region. Individual coil elements can also be removed to provide access openings during such procedures, or left in the array for improved pre- and post-procedure image quality. The MRI system can be configured to detect configurations of the coil arrangement and modify imaging parameters to optimize image quality.

The invention discloses a drilling method of resin plugging circuit boards. The drilling method comprises the following steps: fixing a circuit board on a backing board; sticking an aluminum covering board on the surface of the circuit board; pressing the covering board with a flexible pressure foot, and tightly pressing and fixing the covering board, the circuit board and the backing board on an operation desk; drilling a resin plugging hole with a first tool, wherein the diameter of the first tool is R1; coaxially stretching a second tool into a hole drilled by the first tool and rotating to remove plug dust, burrs and other foreign matters in the hole, wherein the diameter of the second tool is R2, and R2 is 0.02-0.1mm less than R1; after drilling, using the second tool slightly smaller than the first tool to drill in the hole again, removing resin residues and burrs in the hole by the rotation of the second tool, and adsorbing and discharging the dust in the hole by the negative pressure cyclone formed in gaps of hole walls when the second tool rotates in the hole at a high speed, so that the residues in the hole are removed effectively, the scrap rate of post-procedures is reduced, and the operation is simple.

A computer-based method for controlling product quality is disclosed. The method includes the steps of: detecting whether a quality of raw materials bought from at least one supplier are acceptable; detecting whether a quality of using materials used at a processing procedure are acceptable; detecting whether a quality of products being manufactured at the processing procedure are acceptable; receiving and storing a post-procedure report obtained by sampling the products after the processing procedure; repeating steps of detecting materials used at a processing procedure, detecting products being manufactured at the processing procedure, detecting the sampling products after the processing procedure, and completing the manufacturing if all the products are finished. A related system is also disclosed.

Provided is a method and system for bandaging an abdominal region of a patient. A method includes providing an abdominal binder and securing the abdominal binder about the abdominal region of a patient. The abdominal binder has an inner layer including an absorbent pad configured to contact and extend about at least a majority of the circumference of the abdominal region of a patient, and configured to absorb post-procedure fluids during use, and an outer layer including an elastic sheet of material for surrounding at least a portion of the inner layer and providing a compressive force to retain at least a majority of the inner layer against the abdominal region of the patient during use. The outer layer is about 70 to 130% of the size of the inner layer when the outer layer is provided in an unbiased state. The inner layer and the outer layer are coupled to one another at or near a first end of the inner layer and a first end of the outer layer, and a second end of the inner layer and a second end of the outer layer are configured to allow movement relative to one another.

The invention discloses a sodium nitrate preparation method by calcium nitrate that discomposes byproduct of phosphate rock by using nitric acid. The sodium nitrate preparation method comprises that: (1) double decomposition: namely, calcium nitrate, washing liquid of gypsum filter residue in post procedure and returned mother liquor of calcium nitrate are mixed and stirringly added with sodium sulfate to double discompose, and then the generated dihydrate gypsum is filtered and washed by clean water, the lotion is recycled; the generated calcium nitrate is left in the filtrate; (2) removing calcium through purification: namely, limestone powder and soda are added to the filtrate in the last step to neutralize and heated to boil and then the mixture is filtered to remove calcium carbonate which is dried to obtain fertilizer-grade calcium hydrogen phosphate; (3) evaporation, crystallization and separation: namely, the neutralized filtrate in the last step is put into a double evaporator to condense and cooled to crystallize, thus obtaining sodium nitrite magma. The sodium nitrite magma is put into a centrifugal separator to separate to obtain sodium nitrite product. The preparation method of the invention can transform the waste residue calcium nitrate that is discharged from a nitric phosphate device by freezing method into sodium nitrite product, which has good economic and environmental benefit.

An expandable bone tamp for performing a minimally invasive surgical procedure includes a coil connected between an inner shaft and an outer shaft. Rotating the inner shaft relative to the outer shaft can then cause the coil to expand or collapse around the inner shaft. The coil allows large expansion forces to be generated by a structure Thant can pass through a small cannula. The rotation of the inner shaft relative to the outer shaft can be performed manually (e.g., via a crank handle) for good tactile control, or can be performed using a motor or other assist mechanism to increase the expansion force output. The coil can either be withdrawn after use, or can be left in the patient to provide additional post-procedure support.

Provided are topical biocompatible compositions including a topical wound healing composition, a topical soothing composition and epidermal/dermal wound healing/repair composition. Also provided are methods of using the biocompatible compositions for treating and/or preventing comprimised, and methods for producing the biocompatible compositions.

The invention discloses a high-definition OLED line post-procedure automatic distribution system which comprises a manipulator truss. A manipulator truss beam is provided with a manipulator capable of moving in the X-axis direction, in the Y-axis direction and in the Z-axis direction, the lower end of the manipulator is provided with an attraction device used for attracting an OLED substrate, and a load drive device capable of moving according to a technical route is arranged below the manipulator truss beam. The distribution system can greatly improve the manufacturing speed and production efficiency of OLEDs, and reduces product loss caused by manual operation. Drive requirements are different in different sub-procedures or working areas, different drive signals can be connected by operators after the load drive device reaches a current station to achieve the aim of quick signal switching, and the OLED substrate does not need to be assembled and disassembled again. A load drive unit can rotate to meet detection requirements of different detection and control stations or requirements of operation habits of different people, and the system is more user-friendly.