100results about How to "Reduce agitation" patented technology

An oil jet assembly includes a body, a tube, a cap insert, a ball, and a spring. The body includes a bore passing longitudinally through the body; a tube aperture passing through the body near a first end of the body; and an opening at a second and opposite end of the body. The tube is attached to the body and in fluid communication with the tube aperture. The cap insert is positioned within the bore of the body. The cap insert includes a bore that passes longitudinally through the cap insert to form a wall. The cap insert also includes an oil exit aperture passing though the wall and is in fluid communication with the bore of the body. The ball and spring are positioned within the bore of the insert cap. The spring is positioned between the ball and the first end of the body.

Embodiments disclosed herein generally relate to acamprosate formulations, methods of use of the formulations, to methods of using the formulations in combination with at least one other medication, and to combination products and compositions comprising the formulations and at least one other medication, such as neuroleptic (antipsychotic) and/or antidepressant drugs.

Micro-clustered water compositions of bio-affecting agents, body-treating agents, and adjuvants or carriers, pharmaceutical and diagnostic compositions thereof. Methods of using the compositions involving administering them ex vivo to cells, tissues or organs, or in vivo to living bodies; and methods of making the compositions.

In the hermetically sealed scroll compressor, an injection pipe for injecting a fluid to a compression chamber is connected to an injecting port of a fixed scroll. The injecting port includes a first injecting port which is provided in the vicinity of a fixed scroll inner curve and injects the fluid to an orbiting outer compression chamber, and a second injecting port 22b which is provided in the vicinity of a fixed scroll outer curve and injects the fluid to a orbiting inner compression chamber 8b. The second injecting port is placed in parallel in a radius direction with respect to the first injecting port and is placed so that an orbiting scroll wrap does not practically communicate with the orbiting outer compression chamber in the state in which the orbiting scroll wrap is in contact with the outer side of a fixed scroll wrap.

A computer implemented system and method for encouraging frequent and purposeful electronic communications from caregivers to individuals with impaired memory to, inter alia, alleviate feelings of isolation and improve memory. The system includes a Web-based application through which caregivers send text, image, voice and other forms of data for receipt by the sufferer on a PDA having a simple user interface. The Web application records the dates and nature (i.e., text, audio, photograph, video) of communications sent by each caregiver, processes the data in order to display it in a variety of meaningful ways to all caregivers, thus creating a peer-pressure environment to encourage more frequent communication. The Web application can also be programmed to send electronic reminders to all caregivers who opt-in to the service requesting that they send a communication to the sufferer, and more particularly to individual caregivers whose frequency of communication has been inadequate relative to a group of caregivers or to predefined expectations.

The invention relates to a quality improving method for horizontal continuous casting blanks by applying complex field and the device, belonging to the technical field of preparation of metal material, in particular to the technology of applying complex electromagnetic field and ultrasonic field in the continuous casting process of metal casting blanks. The device is characterized in that a generator of inert gas is arranged at the center of the bottom of a holding furnace; a generator of traveling wave magnetic field is arranged on the side of the holding furnace; a power ultrasonic device is arranged on the holding furnace close to the water port; a restriction electromagnetic coil is arranged on the outer side of a crystallizer. The device has the advantages that: firstly, the production technology is simple, the operation is easy, and the efficiency is high; secondly; the disadvantages of easy broken in rolling and drawing process of casting blank due to more impurity and pores is solved; thirdly, the solidification structure of the casting blanks is uniform, the crystal grain is fine, and the casting blanks can be rolled directly at casting state. The quality improving method and the device are mainly used for the field of metal continuous casting.

A sample heating/cooling device comprises a plurality of members operable in use to heat and/or cool one or more samples. Each member has a sample contact surface and is biased towards a resting position under the operation of a biasing means. The members are movable independently of one another against said bias under the application of a force on the sample contact surface and so are able to conform to the shape of a sample placed on the members to provide a uniform heating/cooling profile. The members may be mounted in a heating/cooling element and adapted to conduct thermal energy between the sample and the element. The device is particularly suitable for thawing frozen sample bags having an irregular shape. A corresponding method is also described.

A bio-indicator carrier mounted on one of the rotating members in the interior of a shredding-type autoclave for use in the disintegration and sterilization of medical waste.

A lubricating device for a gear train (5) including a plurality of gears meshing with each other includes a shroud (7) configured to cover the gear train (5) and a housing (9) configured to cover the shroud (7). The shroud (7) includes: an oil supply nozzle (25) configured to supply oil (OL) to a meshing position (21) of the gear train (5); and oil-drain ports (41) through which the oil (OL) is discharged from the shroud. The housing (9) includes, at its lower part, a draw-out port (43) through which the oil (OL) discharged from the oil-drain ports (41) is drawn to the outside of the housing. Guide members (47) are provided between the shroud (7) and the housing (9). The guide members (47) guide the oil (OL) discharged from the respective oil-drain ports (41) of the shroud (7) such that the oil (OL) flows downward through space (S) between the shroud (7) and the housing (9).

The invention discloses a self-feeding powder mixing device for constructional engineering. The self-feeding powder mixing device for constructional engineering comprises a machine body; a supporting base is horizontally arranged on the lower side of the machine body; a wear-resistant concrete layer covers the outer wall of the machine body; a stirring rotating shaft is vertically arranged in the machine body; the top end of the stirring rotating shaft is connected with a driving motor; a plurality of stirring blades are arranged on the outer wall of the stirring rotating shaft; 12 stirring blades are divided into upper and lower three groups along the stirring rotating shaft circumferentially and uniformly. According to the self-feeding powder mixing device for constructional engineering, various materials can be input simultaneously, the materials do not need to be lifted to the top of the device by workers, feeding is conducted, time and labor are saved, the S-shaped stirring blades are adopted, and resistance-reducing holes are formed in the stirring blades, so the stirring uniformity is greatly improved, the left end of a stirring cylinder is jacked up to realize automatic discharging and the discharging blockage phenomenon is effectively avoided; in addition, the damping effect is good, and the noise is reduced while the stationarity is improved.

No-load valve lift correction curves of opening and closing cams are set by offsetting no-load curve sections of basic valve lift curves of the cams in such directions as to increase a clearance between the curves, and they are connected with remaining sections of the curves to provide normal valve lift curves of the cams. Cam profiles of the cams are set on the basis of such normal valve lift curves. The cam profiles are set so that an ultimate speed difference between jumping and landing speeds of a follower on an ultimate valve speed curve determined from ultimate valve lift curves, having first and second shift sections where the follower shifts from the opening cam to the closing cam and from the closing cam to the opening cam, is smaller than a basic speed difference between jumping and landing speeds on a basic valve speed curve.

The present invention relates to a sensory device for reducing tension in a subject. The device includes an elastic covering, a filling material inside the elastic covering, an openable sealed reservoir located within the filling, an absorbent material surrounding the reservoir, and a calming odor releasing substance sealed within the reservoir. The present invention also relates to a method of reducing tension in a subject. This method involves providing a subject in need of tension relief with the device of the present invention. The device is manipulated to break open the reservoir and release the calming odor releasing substance. The released calming odor is inhaled in an amount sufficient to lower salivary cortisol levels in the subject and thereby reduce tension in the subject.

A lubricating device of a gear apparatus for a vehicle lubricates a low-rotation-side gear and a high-rotation-side gear meshing with the low-rotation-side gear. The lubricating device comprises a first tooth surface lubricating oil supply part configured to supply a lubricating oil directly to a tooth surface position located more upstream of a rotating direction of the low-rotation-side gear than a meshing position of the low-rotation-side gear with the high-rotation-side gear so as to spray some of the lubricating oil from the tooth surface position toward a tooth surface of the high-rotation-side gear, and an in-shaft lubricating oil supply part configured to supply the lubricating oil into a shaft of the high-rotation-side gear.

Providing liquid treatment equipment capable of largely reducing a frequency of discarding a treatment solution as a whole and capable of implementing smooth and high quality liquid treatment with less manufacturing burden. Equipment comprises a treatment solution bath capable of accommodating a treatment solution for implementing liquid treatment to a substrate to treat, a treatment solution circulating system circulating the accommodated treatment solution between the outside of the treatment solution bath, and a product removal unit removing a reaction product due to the liquid treatment contained in the circulated treatment solution. By circulating the accommodated treatment solution between the outside of the treatment solution bath, reaction products contained in the circulated treatment solution are removed by means of the product removal unit. Thereby, a chemical change substance and a decomposition product remaining in a treatment solution can be removed, resulting in preventing a treatment solution from deteriorating.

A countercurrent extraction apparatus comprises an extraction tube; a propeller is disposed within the extraction tube; the propeller comprises a shaft and blades. The apparatus is characterized in that the blades are sheet-shaped, and the blades are arranged at interval on the surface of the shaft along the axial direction and in spiral arrangement. The sheet-shaped blades arranged spaced axially and spirally play the role of advancing the materials; the materials under the effect of such blades churn and spread out, so as to play a role in stirring; the materials churn from one side to the other side with the rotation of the propeller; although part of the materials rotate with the blades in place, the materials do not accumulate to one side at the same time because of spaced blades; continuous closely packed body can not be formed, and journal sticking effect can be avoided, so that blockage does not form in the extraction tube. Several tests prove that even if the total volume of the materials is greater than 80% of the total volume of the extraction tube, blockage does not appear, so that the efficiency of the extraction tube plays to the maximum, and the cost performance has been significantly improved.

The invention discloses a modified asphalt production stirrer. The modified asphalt production stirrer comprises a mounting bottom plate. The mounting bottom plate is fixedly connected with a rack. A stirring motor is mounted on the upper portion of the rack. A rotary shaft is arranged in the middle of the rack. A power output shaft of the stirring motor is connected with one end of the rotary shaft through a coupling. Multiple layers of horizontal paddle blades are arranged on the rotary shaft. A vertical paddle blade is arranged between every two layers of horizontal paddle blades. According to the modified asphalt production stirrer, axial divided flow and radial divided flow can be generated through the horizontal paddle blades so that surrounding materials can turn over up and down; the combined steering effect obtained after the vertical paddle blades are additionally arranged is obviously higher than that of a multi-layer paddle type stirrer, so that high-molecular polymers are evenly distributed in asphalt, and consistency of the mixture of the modified asphalt is improved greatly; and a bottom scraper welded to the lower portion of the bottom layer of the horizontal paddle blades can effectively scrap gel attached to the tank bottom or the conglomerated high-molecular polymers, and an outlet of an asphalt tank is prevented from being blocked. The modified asphalt production stirrer is reasonable in design, high in working efficiency and low in operation energy consumption.

The invention provides an in-gear control method, device and system for a synchronizer. The method includes the steps that the position of a synchronizer combination sleeve is detected, and whether the synchronizer is put into gear or not is judged; when the synchronizer is put into gear, whether a gear shifting fork is located within a preset stop bandwidth in a combination gear ring or not is detected, wherein the bandwidth center of the stop bandwidth is located between the tail end of the combination gear ring and an out-of-gear boundary, a preset safety distance is kept between the bandwidth center of the stop bandwidth and the out-of-gear boundary, and the boundary of the stop bandwidth is located between the tail end of the combination gear ring and the out-of-gear boundary; when the gear shifting fork is located beyond the stop bandwidth, the gear shifting fork is driven to be corrected in position; and when the gear shifting fork is located within the stop bandwidth and the stay time is longer than the preset time, driving on the gear shifting fork is stopped. By means of the in-gear control method, device and system for the synchronizer, a gear shifting structure of the synchronizer can be simplified, the weight of a gearbox system can be lowered, and meanwhile in-gear maintaining reliability is improved.

The lubrication structure of an engine is provided with a crankcase having a crank chamber that houses a crankshaft. A first oil reservoir is in communication with the crank chamber and is formed adjacent a bottom of the crank chamber. A second oil reservoir is in communication with the first oil reservoir and is formed adjacent the side of and on the bottom of the first oil reservoir. A reed valve extends diagonally from the bottom of the first oil reservoir toward the top of the second oil reservoir in an opening where the first oil reservoir and the second oil reservoir communicate with the crankcase. The reed valve includes a valve element that opens and closes according to the variation of pressure in the crank chamber. The valve element of the reed valve is arranged on the side of the second oil reservoir.

The invention discloses a grading filter, which comprises a feeding cylinder body, a filtering cylinder body and a reflux rinsing cylinder body, wherein the feeding cylinder body, the filtering cylinder body and the reflux rinsing cylinder body are sequentially, fixedly and integrally arranged, a first-stage filtering screen cylinder, a second-stage filtering screen, a flow stabilizing filtering screen and a one-way flow passing member are sequentially fixed in the filtering cylinder body at intervals, the side portion of the filtering cylinder body is provided with a material outlet, and a motor and a stirring shaft connected to the rotating shaft of the motor are arranged in the feeding cylinder body. According to the present invention, the grading filter has characteristics of simple structure, convenient operation, reliability, high filtering efficiency and long service life; and with the grading filter, the material is pure through the grading filtering, and the bridging phenomenon of the stirring shaft at the medium channel inlet can be avoided during the filtering, such that the small particles are blocked and are deposited on the surface of the medium to form the filter cake.

The invention provides a ground conveying pump, in particular to a ground conveying pump for conveying food materials with certain viscosity. The ground conveying pump comprises a feeding device, a ground pump body and a driving motor and further comprises a roller mechanism arranged between the feeding device and the ground pump body. A rotating element is arranged in the pump body, the feeding device is connected with a roller box, the roller box is connected with a pump body box, the driving motor drives the roller and the pump body through a sprocket gear transmission system, and the roller mechanism can be in a two-roller mode or a four-roller mode. The invention further provides a material conveying method using the ground conveying pump. By means of the method, before being conveyedto a rotor pump, materials are made to pass through the roller mechanism, so that bubbles and air contained in the materials are effectively exhausted, and the materials can be conveyed into the pumpbody at a stable speed and prevented from being polluted in the pump body and then are discharged out of the pump body and conveyed to a next treating mechanism.