26 results about "Preparation procedures" patented technology

A dialysis fluid generation apparatus is provided with a fluid circuit including a main fluid line having an inlet for receiving water, a pump to pump fluid in the main fluid line, a plurality of valves configurable to define different fluid paths for the fluid inside the fluid circuit. A control unit is configured to execute a dialysis fluid preparation procedure comprising a first a second concentrate mixing sequence, wherein, during execution of the first concentrate mixing sequence, the control unit is configured to control a first dosing pump flow rate based on the received signals relating to the property of the mixture of water and first concentrate in the main fluid line and, during execution of the second concentrate mixing sequence, to control a second dosing pump flow rate based on the received signals relating to the property of the mixture of water, first concentrate and second concentrate in the main fluid line.

A food processing device includes a steam generation device, a hot water generation device, a processing region, and a control assembly. The steam generation device is configured to generate steam. The hot water generation device is configured to generate hot water. The processing region has a processing space. The control assembly is connected to the steam generation device, the hot water generation device, and the processing region. A food processing method is also provided and includes a preparation procedure and a multi-stage processing procedure. The multi-stage processing procedure includes multiple processing stages. Each of the processing stages includes injecting the steam into the processing space for a preset steam time and injecting a preset water amount of the hot water into the processing space.

According to the foaming agent containing minoxidil and finasteride provided by the invention, micronization of raw material medicines and complicated preparation procedures such as homogenization are not needed in the preparation process, liquid medicine liquid is directly prepared and then is filled, and a propellant is added to prepare the foaming agent, so that the foaming agent has the advantages of few impurities, uniform medicine liquid and high stability; the invention has the advantages of strong foam adhesiveness, prolonged action time of the medicament on the scalp, uniform and non-greasy application, quick defoaming to enhance the curative effect, strong permeability, effective penetration of the medicament into the skin or mucous membrane to improve the bioavailability of the medicament, and the like. The preparation method is simple and easy to operate, time and cost can be greatly saved, meanwhile, the dosage form of the foaming agent has the advantages of being easy to smear, few in residue, capable of being smeared in a large area and the like, patient compliance is improved, use is convenient, the two active ingredients with different action mechanisms are in synergistic interaction, and the clinical effect is improved.

A trans-facet procedure for preparing a patient for oblique lateral lumbar interbody fusion (OLLIF). The preparation procedure includes providing a kit with instruments for accessing Kambin's triangle through bone at nominal approaches preferred for the OLLIF procedure, and providing instructions for the procedure on a non-transitory tangible medium.

The nimodipine injection production equipment comprises a liquid preparation device, a cleaning device and a filling and capping device, the liquid preparation device comprises a liquid preparation tank, the bottom of the lower end of the liquid preparation tank is connected with the upper end of a filter box through an electromagnetic valve, and a pressure detector is arranged on one side of the top of the upper end of the filter box; meanwhile, the front face of the filter box is detachably connected with the filter assembly through a plurality of electromagnetic columns, the lower end of the filter box is connected with a first circulating pipe and a liquid conveying pipe through a three-way valve, the other end of the first circulating pipe is connected with the upper end of one side of the filter box, and the cleaning device comprises a bottle washing device and a plug washing device. According to the nimodipine injection production equipment, a sectional liquid preparation procedure is adopted, injection water is added firstly, then auxiliary materials are added, and finally raw materials are added, the materials are completely transferred into a liquid preparation tank through rinsing operation in each step, meanwhile, a filter element in the nimodipine injection production equipment is detached and replaced after being used for a single time, so that the filter element is prevented from being perforated, and the production efficiency of the nimodipine injection is improved. The production risk of the nimodipine injection is further reduced.

A method for storing and / or preparing orders in a warehouse (10) having an ambient temperature, preferably controlled, between -5°C and 20°C, said method comprising the following successive steps: / A / providing at least one container of a first type comprising at least one thermally insulated internal compartment (106); / B / transporting said container of the first type (100) by means of a battery-powered motorized trolley (20) to a storage location (18); / C / positively cooling, at least periodically or continuously, the internal compartment (106) to maintain an internal temperature less than or equal to a setpoint temperature, the setpoint temperature being strictly less than the ambient temperature, and preferably less than or equal to -18°C. Abstract Figure: Figure 1

The invention discloses a rapid and recyclable semispherical grouting mold and a using method of the rapid and recyclable semispherical grouting mold. The mold comprises a mold body and an interlayer film covering the outer surface of the mold body, and the mold body is hemispherical. The supporting net is arranged on the outer side of the interlayer film, and a gap of 20-30 cm is formed between the supporting net and the interlayer film. The outer convex connecting edge of the first quartered ball component and the inner concave connecting edge of the second quartered ball component are spliced in an embedded mode, then the fixing cover is installed on the upper sides of the two quartered ball components which are in embedded butt joint, and the first quartered ball component, the second quartered ball component and the fixing cover are mutually fixed to form the semi-spherical shell-shaped grouting mold body. The method has the outstanding characteristics of low cost, simple preparation procedure and rapidness; in addition, due to the fact that the mold body is hemispherical, mold materials consumed in unit volume are fewer, and the preparation cost is further reduced.

The utility model discloses a crossed pipeline on-line sterilization system of a plastic ampoule liquid filling system. The crossed pipeline on-line sterilization system comprises a liquid preparation system, a blowing, filling and sealing system and a sterilization pipeline, the liquid preparation system comprises a temporary storage tank, a liquid medicine pipeline and a backflow pipeline; the blowing, filling and sealing system comprises a liquid conveying pipeline and a balance tank; one end of the liquid medicine pipeline, one end of the backflow pipeline, one end of the infusion pipeline and one end of the sterilization pipeline are communicated through a four-way connector, and a liquid medicine valve, a backflow valve, an infusion valve and a sterilization valve are installed on the ends, connected with the four-way connector, of the liquid medicine pipeline, the backflow pipeline, the infusion pipeline and the sterilization pipeline respectively; the other end of the liquid medicine pipeline and the other end of the backflow pipeline are respectively communicated with the lower end and the upper end of the temporary storage tank; the other end of the transfusion pipeline communicates with the lower end of the balance tank. According to the online sterilization system, the whole infusion pipeline is sterilized, a pipeline of a liquid preparation system is not needed, the liquid preparation system is not polluted, the liquid preparation procedure is not influenced, and the production efficiency of the plastic ampoules is ensured.

A spherical tea leaf baking method comprises the following steps: (A) a preparation procedure: preparing a baking device which comprises a box body, a heating unit, an air inlet opening and closing unit, an air outlet opening and closing unit and a control unit, and placing spherical tea leaves into the box body; and (B) a first heating program: by means of the control unit, after controlling the air inlet opening and closing unit to close the air inlet of the box body and controlling the air outlet opening and closing unit to close the air outlet of the box body, controlling the heating unit to maintain the temperature in the box body at a first heating temperature for a first heating time, the water content of the spherical tea leaves is not greater than 2%. By closing the air inlet and the air outlet, the surface hardening or coking of the spherical tea leaves due to rapid evapotranspiration of water on the surfaces of the spherical tea leaves is avoided, and the foreign flavor entrained by the spherical tea leaves during brewing is reduced.

The invention provides a laser sheet metal cutting control method, a medium and equipment, and relates to the technical field of laser sheet metal machining.The method comprises the steps that S100, a cutting head is controlled to execute a cutting preparation procedure; s200, the cutting head is controlled to conduct following moving cutting towards one side according to the cutting track; s300, performing calculation processing according to the height feedback of the cutting head to judge whether the cutting head is suspected to reach the edge of the plate or not, and if yes, switching the cutting head into fixed-height cutting; s400, performing calculation processing according to the height feedback of the cutting head to judge whether the cutting head confirms to reach the edge of the plate or not, and if no cutting head is confirmed, switching from a fixed-height cutting state to a follow-up moving cutting state, and returning to the step S300; and S500, the cutting head is controlled to jump to the initial cutting position, and the steps S100-S400 are executed to control the cutting head to conduct cutting in the other direction. By means of the method, efficient, high-quality and high-stability laser metal plate cutting can be achieved.

Fezolinetant preparation procedure. The present invention relates to a process for obtaining fezolinetant that allows for the production of said product with high purity and enantiomeric excess through the use of trifluoromethanesulfonic acid. The present invention also relates to the trifluoromethanesulfonic acid salt of fezolinetant and to the use of said salt in the production of fezolinetant.

To solve the problem of preparation procedure, such as application forms, being perceived as complicated.SOLUTION: A system includes: means for linking biometric authentication information and personal information; and means for creating application forms, or the like on behalf of a user.SELECTED DRAWING: Figure 1

Aspects of the present disclosure generally relate to wireless communications. In some aspects, a user equipment (UE) may receive a resource allocation associated with a sidelink communication from a network entity. The UE may initiate a physical sidelink shared channel preparation procedure associated with the sidelink communication prior to receiving the resource allocation associated with the sidelink communication. Numerous other aspects are described.

The application provides a watering system and a road milling machine. The watering system comprises a water supply part, a conveying part, a watering part, a pressure regulating valve and a liquid supply part. The pressure regulating valve has an inlet, an outlet and an overflow port. The pressure regulating valve is connected to a water supply pipeline through the inlet and the outlet. The overflow port is connected to the water supply part through an overflow pipeline. The pressure regulating valve is used to adjust the water pressure of the water supply pipeline by causing water to overflow to the water supply part through the overflow pipeline. The liquid supply part is connected to the water supply pipeline through an anti-freezing pipeline. The liquid supply part is used to discharge water in the water supply pipeline and the overflow pipeline by using anti-freezing liquid and to fill the water supply pipeline and the overflow pipeline with the anti-freezing liquid. The watering system of the application uses the anti-freezing liquid to replace the water in the water supply pipeline and the system components. Before the next operation, the conveying part can be started without water injection and emptying, which reduces the preparation procedure during operation, is simple and convenient, and is beneficial to improving work efficiency.

The invention discloses a food conditioning device and a food conditioning method. The food conditioning device comprises a steam generating device, a hot water generating device, a conditioning area and a control assembly. The steam generating device is used for generating steam. The hot water generating device is used for generating hot water. The conditioning area is provided with a conditioning space. The control assembly is connected to the steam generating device, the hot water generating device and the conditioning area. A food conditioning method includes a preparation procedure and a plurality of conditioning procedures. The multi-segment conditioning program includes a plurality of conditioning segments. Each conditioning section includes injecting steam into the conditioning space for a predetermined steam time and injecting a predetermined amount of hot water into the conditioning space.

Sample preparation procedure, which includes: in the course of displaying an observational image of a cross-section, which is a first cross-section, of a sample (7) under scanning electron microscope observation on a display screen, subjecting the first cross-section to an etching process by scanning and irradiation by a focused ion beam (9), thereby exposing a second cross-section of the sample (7); and During the display of an observation image of the second cross-section under scanning electron microscope observation on the display screen, changing the scanning direction of the focused ion beam (9) while the scanning and irradiation by the focused ion beam (9) are carried out, and subjecting the second cross-section to etching by scanning and irradiation by the focused ion beam (9) which has the changed scanning direction, thereby exposing a desired cross-section of the sample (7), wherein the sample (7) has a periodically arranged device pattern (32) and wherein the change in the scanning direction of the focused ion beam (9) includes such a change in the scanning direction by rotating the scanning direction of the focused ion beam (9) in the plane of the surface of the sample (7) that it is parallel to an arrangement direction of the device pattern (32) of the sample (7), while the focused ion beam (9) continuously scans and irradiates the sample (7).

The utility model relates to a high flux droplet microfluidics preparation device, including preparation and collection mechanism and conveying mechanism, preparation and collection mechanism includes preparation chip that has a plurality of groups of mixed preparation flow channel, has the support that has corresponding mixed preparation flow channel's container, each group of mixed preparation flow channel has input and output end, the conveying mechanism comprises a conveying assembly with a conveying flow channel corresponding to the mixed preparation flow channel, a piston pipe correspondingly connected with the conveying flow channel, and a second driving assembly for driving the piston pipe; the conveying flow channel is provided with an input end connected with the injector conical head, an output end connected with the mixed preparation flow channel, an input / output end communicated with the piston pipe and a switching valve for controlling opening and closing of the input end and the output end. According to the utility model, the preparation of a plurality of preparation procedures can be simultaneously carried out under the same preparation condition, so that the preparation efficiency is improved, errors caused by graded preparation are avoided, and the reliability of experimental results is ensured. And solution supply is realized through an external injector, so that the stability and the safety are improved, and pollution is avoided.

The utility model relates to a kind of gas stove of being convenient to assemble, the stove shell of this gas stove, front plate, end plate, rear plate are integrally connected in sequence and are shaped, without separately positioning alignment to these three components, reduce the preparation procedure of early assembly;The gap between the baffle of the left and right sides of end plate and front plate, rear plate is formed, side plate can be directly inserted into gap, the quick positioning of side plate is realized, avoid the cumbersome alignment operation in traditional assembly, substantially reduce assembly difficulty, it is favorable to improve the overall assembly efficiency, after side plate is inserted into gap, by first screw and baffle connection, the fixation of side plate and other integrally formed components is initially realized;And the four corners of the lower end of side plate and front plate, rear plate are connected by second screw and reinforcing connecting plate, further improve the firmness of connection between the components of stove shell, to ensure the structural stability of stove shell whole, reduce the security risk caused by stove shell loosening, enhance the safety in the use process of gas stove.

The invention relates to the technical field of traditional Chinese medicine analysis and traditional Chinese medicine quality control, in particular to a method for analyzing the chemical component difference of aconitum pendulum and a child excrement product thereof based on a UPLC-Q-TOF-MS-MS (Ultra Performance Liquid Chromatography-Quality Time of Flight Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass Spectrometry-Mass analyzing chemical components in the sample; performing principal component analysis and orthogonal partial least squares discriminant analysis on the mass spectrum data by using SPSS software, and comparing the difference of chemical components of the aconitum pendulum and the processed products of the defecate of the aconitum pendulum from different producing areas; according to the invention, through comprehensive analysis of chemical components of the crude aconitum pendulum and the processed children's excrement product, a scientific research on a material basis is further laid for revealing the medicine effect enhancement of the processing of the aconitum pendulum prepared from children's excrement, and meanwhile, the research result shows that the Tibetan medicine strictly complies with the processing procedure in clinical application of the aconitum pendulum; meanwhile, an important basis needs to be provided for achieving the purpose of reducing toxicity by paying attention to reasonable compatibility of medicinal materials.

Various aspects of the present disclosure generally relate to wireless communication. In some aspects, a user equipment (UE) may receive, from a network entity, a resource allocation associated with a sidelink communication. The UE may initiate a physical sidelink shared channel preparation procedure associated with the sidelink communication prior to receiving the resource allocation associated with the sidelink communication. Numerous other aspects are described.

We provide the system. [Solution] A means for analyzing images sent by users to identify materials contained within those images, A means for proposing a cookable food based on the aforementioned materials, A means for providing audio and video guidance on the preparation procedure of the aforementioned food, A system that includes means for performing automated cooking in conjunction with cooking equipment.

Provided is an operation assistance device that assists execution of a function that requires at least one preparation procedure in a DJ machine, the operation assistance device comprising: an operation input acquisition unit that acquires an operation input indicating that a user executes the function in a prescribed mode; a preparation procedure execution unit that automatically executes the at least one preparation procedure when the operation input has been acquired; and a function execution unit that executes the function after the execution of the at least one preparation procedure.

The present application relates to a stacking process and an integrated cutting and stacking machine. An electrode sheet distribution procedure is configured between a sheet preparation procedure and a core preparation procedure, and during the electrode sheet distribution procedure, electrode sheets to be stored are stored in an electrode sheet storage device in a spaced stacking manner, and the electrode sheets can be cyclically transferred in the electrode sheet storage device; therefore, high-speed feeding / discharging of the electrode sheets are realized, and the electrode sheets are not prone to being damaged during feeding and discharging, thereby ensuring that the electrode sheets are distributed with high efficiency and low damage between the sheet preparation procedure and the core preparation procedure, and providing a good foundation for improving the OEE of a stacking apparatus. Moreover, by means of the integrated cutting and stacking machine using the stacking process, the decoupling of the sheet preparation procedure from the core preparation procedure can also be realized; and when either of the sheet preparation procedure and the core preparation procedure is subjected to a fault, the normal operation of the other procedure can be ensured, thereby ensuring the OEE of the stacking apparatus and also reducing the failure rate of the apparatus.

A centralized unit (CU) of a distributed secondary node (SN) that provides dual connectivity for a user equipment (UE) along with a primary node (MN) according to an initial configuration may implement a method for managing conditional primary-secondary cell (PSCell) addition or change (CPAC) operations. The method comprises: initiating, at the CU, an activation preparation procedure for the CPAC of the UE; receiving, at the CU, a reference candidate DU (C-DU) configuration for the CPAC from a distributed unit (DU) of the distributed SN and in response to the initiation; and transmitting a conditional SN (C-SN) configuration from the CU based on the reference C-DU configuration of the UE.

The embodiment of the invention provides an operation control method of an adsorption system and the adsorption system, and relates to the technical field of wastewater treatment. According to the method, operation parameters of a target adsorption column are obtained in real time, the operation parameters comprise the inlet concentration and the outlet concentration of target pollutants, the liquid flow and the accumulative treatment liquid volume, based on the operation parameters obtained in real time, parameters of an adsorption penetration prediction model are dynamically updated through online data fitting, and based on the parameters of the adsorption penetration prediction model, the adsorption penetration prediction model is obtained. According to the preset penetration concentration, the inlet concentration and the liquid flow, calculating the residual effective operation time of the target adsorption column, and when the residual effective operation time is smaller than a first preset time threshold value, prompting to prepare for regeneration and / or start a preparation program of a standby adsorption column. Therefore, dynamic and accurate prediction of the penetration time of the adsorption column can be realized, and the problem of prediction deviation caused by neglecting of resin performance attenuation and working condition fluctuation in a traditional fixed period or threshold value control method is solved.