77 results about "Disposable Equipment" patented technology

Formulations and methods of manufacture are provided for granisetron dry powder compositions suitable for intranasal administration. Also provided are methods of use for preventing or controlling emesis and other diseases and disorders and devices, compositions, and methods for nasal delivery of therapeutic formulations. Devices for delivery of dry powder formulations are also provided. Devices can be single-use devices.

A method and system for cumulatively associating manufacture data and patient data with disposable equipment, particularly sample collection containers, in a medical or laboratory environment by permanently affixing unique code labels to the disposable equipment.

Irradiation methods and apparatus configured to deliver power, via electromagnetic fields at a variety of frequencies and power levels, in a localized fashion to a target area. In one example, an electromagnetic field generator is disposed on a substrate and configured to deliver power via electromagnetic energy to a thin region proximate to (above) a surface of the substrate, wherein electromagnetic field intensity decreases significantly beyond the thin region. Such methods and apparatus are particularly useful in a wide variety of processes involving chemical and/or physical interactions in connection with a sample of interest located in the thin region. In different aspects, irradiator apparatus may be configured as disposable devices, and/or used in combination with one or more microfluidic or sensing components, for a variety of medical/laboratory/diagnostic methods and instrumentation implementations.

Methods and systems for optimizing information associated with RFID devices that, include a memory chip written with redundant data and read by an RFID reader and, are adapted for operation of RFID tags and chemical, biological, and physical RFID sensors that are exposed to gamma radiation, such as disposable devices used in bioprocessing.

Gas focusing flow cytometers are fabricatable employing simple and inexpensive manufacturing techniques. When such cytometers or conventional cytometers are combined with fiber optical light paths and laser diode and semiconductor photodetectors, light weight and handheld, optionally disposable devices which maintain high performance are possible.

The invention provides a non-burned porcelain granule which adopts fly ash generated by waste incineration as the main raw material and a manufacturing method thereof; the non-burned porcelain granule comprises a spherical inner core 1 and a shell 2 attached outside; wherein, the components (dry weight) of the inner core 1 are as follows: 50 to 70 parts of fly ash generated by waste incineration, 25 to 50 parts of portland cement, 0 to 15 parts of coal ash and 0.2 to 0.5 part of heavy metal stabilized agent; the shell 2 adopts ordinary portland cement or lime. The method includes the following steps: firstly, the agent stabilization treatment is carried out on the fly ash generated by waste incineration; then the fly ash is mixed with the portland cement and coal ash to be granulated, thus manufacturing the inner core 1; finally, the inner core 1 is coated on the shell 2 in a pan granulator for natural curing. The method adopts the fly ash which is the dangerous waste as the raw material of the porcelain granule for resource utilization, realizes the harmlessness of the whole treatment process and has the advantages of economy, environmental protection and less investment of one-off equipment.

A sterile, self-contained, disposable apparatus used for heating and applying solution to the distal end of endoscopes as well as an endoscopic lens protector. The heating mechanism is chemical, electrical or a combination of both. Further the apparatus serves as a self sealing container for the storage and application of anti-fog solution. By placing the apparatus over the distal scope prior to surgery, the scope is protected from damage from other instruments or trays. At the same time the distal lens is submerged in the warm anti-fog solution and it is uniformly and completely coated. Heat is transferred to the instrument from the solution in one example to act as an important and additional measure to prevent fogging of the lens. By heating the solution and the instrument, the drastic temperature difference between the interior of the body (98.6) and the instrument is eliminated. This inhibits the condensation of moisture, which always occurs upon inserting the cool scope inside the warm body. The apparatus combines the use of an anti-fog solution as well, which helps prevent fogging during the procedure when smoke and heat is generated within the body during the procedure. Lastly, the apparatus is designed to be used as a holder of the scope while protecting it from impact with a shock absorbent outer shell prior to, during, and after the medical procedure. A new method for defogging endoscopes by which a sterile protective device is combined with a defogging mechanism and placed over the distal lens of endoscopes prior to the medical procedure, used intermittently during the procedure, then placed over the lens at the end of the procedure. The apparatus is not removed until scope reaches the cleaning facility. This apparatus is ideal for sterile operations where the instrument is used intermittently and repeatedly.

A portable, disposable apparatus for lighting charcoal or other flammable material contained therein. A central compartment generally in the shape of a tube extends from a bottom portion of the apparatus up through the center of the main body of the apparatus. An ignition strip extends within the tube. The apparatus is made of paper or paperboard or other lightweight flammable, yet durable, material. The apparatus is used by lighting the bottom of the ignition strip, which thereby starts a fire within the central compartment. The fire in the tube then ignites the charcoal within the main body of the apparatus. As the charcoal burns, the apparatus eventually burns away, leaving the burning charcoal in a pile.

The invention provides an automatic glue dispensing device for an imaging lens, and the automatic glue dispensing device is characterized by comprising a workpiece locating device, a workpiece detecting device, a glue dispensing device, a glue curing device and a control system which are all arranged on a working platform, wherein as the detecting equipments with various functions is arranged on the one working platform on which the workpiece locating device, the workpiece detecting device, the glue dispensing device, the glue curing device and the control system for the imaging lens are arranged, thereby reducing more and complex steps for the traditional lens assembling process, increasing the production efficiency and improving the quality of products. In addition, the automatic glue dispensing device for the imaging lens has the advantages of low disposable equipment cost investment, high degree of automation, simplicity and convenience for operation in production, labor cost reduction, production efficiency increment, reduction of interference from personal factors and improvement on product quality.

A pressure sensing device and method for sensing pressure utilizes a deformable cavity containing a conductive medium. Pressure changes induce deformations of the cavity, resulting in changes of conductivity, as measured by electrodes. The device may either sense pressure directly or may be used to sense the pressure in a separate cavity that is in close proximity. Since the measurements do not require electrodes in the sensing region, the device is simple to fabricate. The device also has high sensitivity, making it suitable for microfluidic or biomedical applications where a low profile and disposable device is required.

The invention relates to a resource utilization method of silicon wafer cutting and machining mortar at room temperature. According to the technical scheme provided by the invention, the resource utilization method comprises the following steps of: 1. adding an interfacial modifier in the silicon wafer cutting and machining mortar and evenly mixing, wherein the amount of the interfacial modifier is 1-20 percent (weight ratio); 2. carrying out first-order or multi-order mechanical separation on the mixture in the step 1 through a mechanical separator to obtain a solid-phase material and a liquid-phase material; 3. carrying out alkaline-washing, acid-washing and cleaning on the solid-phase material in the step 2, and drying and grading the obtained wet material to obtain a high-purity silicon carbide product; 4. removing ions in the liquid-phase material in the step 2 through strong acid and strong base ion exchange resin, and controlling two key indexes of ion contents, conductivity, and the like; decoloring by using a decoloring agent, and separating by using the mechanical separator to obtain a recovered cutting fluid. From the step 1 to the step 4, except for the step 3 in whichthe drying temperature is necessary to improve according to drying working procedures in the drying process of the wet material, all other operation processes are respectively carried out at the roomtemperature. The method has low unit energy consumption and low one-time equipment investment, is used for industrial practice, and has the characteristics of simple and convenient implementation, distinct flow and stable components.

The invention relates to a disposable production line. The invention relates notably to a process for manipulating, manufacturing or packaging products or devices under inert atmosphere, and/or sterile conditions and/or pyrogen free environment.

In particular the invention relates to a closed disposable equipment comprising at least two separate disposable isolators including a first disposable isolator and a last disposable isolator, wherein said separate disposable isolator is connected to at least one other separate disposable isolator by at least one connecting means, wherein each separate disposable isolator comprises a working place, said working place being located inside said separate disposable isolator, said working place being under inert atmosphere, and/or disinfected, and/or sterile and/or pyrogen free conditions, said working place enabling the manipulation of containers, products or devices, wherein said closed disposable equipment comprises at least one inlet for introducing containers, products or devices into said closed disposable equipment and at least one outlet for discharging said containers, products or devices from said closed disposable equipment.

The invention relates to a manufacturing method for automotive axle housing, which belongs to the manufacturing method for a steel automotive axle housing. The method comprises the following steps specifically: firstly utilizing a round steel tube to carry through diameter reducing at two ends and then utilizing a forcing press to carry through shape pressing on partial areas in the middle of a roughcast; opening a long slot passing from front to back in the middle of a tube roughcast; then carrying out extrusion in the middle of the tube roughcast to expand the middle of the tube roughcast to be jointed with the shape of a die; finally carrying out shaping on the axle housing to reach the roughcast dimension of an axle housing part. The roughcast is processed partially and welded with a set square to form a complete axle housing part. The method has the advantages of few working procedures, low cost, small attenuation degree in the middle area of the axle housing, high axle housing intensity, few disposable investments on device, high manufacturing efficiency, being suitable for batch manufacturing, simple technique of axle housing manufacturing, low reform cost and the die can realize standardization.

According to embodiments of the present application, a color change sensor comprises a color change indicator and a substrate comprising a gas disposed on the color change indicator. The sensor may further comprise an interface layer that assists in containing the gas within the substrate. The sensor may be used with limited use, restricted use, or disposable apparatuses. The user may actuate the sensor by disrupting or removing the gas-containing substrate and/or the interface layer. Methods of making and using the color change sensor and related apparatuses are also disclosed.

The invention discloses a process for extracting and washing cyclohexane oxime. The process comprises the following steps of: extracting an extractant and aqueous solution of cyclohexane oxime in a weight part ratio of 1:1 to 2:1 at the temperature of between 45 and 55 DEG C; washing an organic phase obtained by the extraction with desalted water when the mass concentration of the cyclohexane oxime is less than 1 percent so as to remove salt ions in the cyclohexane oxime solution; mixing a water phase obtained after washing and a water phase obtained by extraction, and extracting the mixture by using a cyclohexane or hexane extractant in a weight part ratio of 0.5:1 at the temperature of between 45 and 55 DEG C so as to recycle the cyclohexane oxime in the mixture; and sequentially performing hydraulic cyclone separation and gravity settling separation on the washed organic phase when the mass concentration of the salt ions in the organic phase is less than 0.0001 percent so as to obtain the cyclohexane oxime. The process does not need a rectification process; the purity of the obtained cyclohexane oxime is high; beckmann rearrangement can be directly performed in the next process so as to prepare caprolactam; and for 100,000 t/a of cyclohexanone oxime devices, the process can save one-time equipment investment by about 20 to 30 million and can reduce energy consumption such as water, electricity, steam and the like by about 30 to 40 million.

The invention relates to a skin management system which provides best skin management information to every person on the basis of result data measured by a skin status measurement system. The individual skin management system includes a skin status measurement instrument including a sensor portion for measuring the skin status and a wireless communication control protion that sends the measured value measured by the sensor portion in a wireless communication manner; a protable terminal machine, which displays the result data on the basis of the measured value on a display portion; a recommendation server, which receives the user information and result data from the protable terminal machine and transmits individual information on the basis of the user information and result data. The skin status measurement instrument is not a disposable device anymore and can durably manage skin of a person, and also can provide helpful invidual recommendation inforamtion on the basis of invidual user, thus greatly increasing utilization rate of the skin status measurement system.

A method and apparatus for a disposable mobile communication device having a destructively removable radio module. The mobile communication device can include a disposable frame, a radio module coupled to the disposable frame, the radio module being irreplaceably removable from the disposable frame, an audio input module coupled to the disposable frame and the radio module, an audio output module coupled to the disposable frame and the radio module, a power supply module coupled to the disposable frame and the radio module, and an antenna coupled to the disposable frame and the radio module. The radio module can include a radio baseband processing module, an audio input, and an audio output.

The invention discloses a simulation test system for the temperature resistance and the pressure resistance of a packer rubber sleeve. The simulation test system comprises a sleeve induction heating device, a middle-frequency power supply and control system, a pressurizing device and a computer monitoring system. The sleeve induction heating device comprises a surface sleeve, a heating sleeve arranged in the surface sleeve and an induction heating mechanism arranged on the surface of the heating sleeve, wherein heating sleeve is connected with the pressurizing device, and the induction heating mechanism is connected with a middle frequency power supply and control system. The middle frequency power supply and control system and the pressurizing device are both connected with the computer monitoring system. A pressurizing and heating experiment for an underground tool to be tested is finished in the heating sleeve. The simulation test system uses a middle frequency induction heating method, an induction heating coil is wound on the heating sleeve, the heating speed is quick, and accordingly the testing efficiency is improved. The simulation test system is simple in equipment structure, small in disposable equipment investment, low in operation management cost and good in safety and environmental friendliness.

The invention relates to a new energy grid connection system which comprises at least one new energy electric field, at least one voltage source converter (VSC) rectifier, a direct-current busbar, at least one VSC inverter, a resonance boosting rectifying link and a resonance voltage reduction link. The at least one new energy electric field is connected with the direct-current busbar respectively through at least one VSC; the direct-current busbar is connected with the resonance boosting rectifying link; the resonance boosting rectifying link is connected with the resonance voltage reduction link through a direct-current cable or a direct-current transmission line; and the resonance voltage reduction link is connected with the at least one VSC inverter through the direct-current busbar. The resonance boosting rectifying link and the resonance voltage reduction link are applied to the new energy grid connection system, and the resonance links are large disposable equipment, easy and convenient to design and manufacture, easy to control, and capable of reducing technological difficulty and reducing cost. The problem that high-voltage high-capacity VSC and direct current to direct current (DC/DC) links are high in manufacture cost and difficult to design in the new energy grid connection system is solved, a brand new technological path is provided for the new energy grid connection.