60results about How to "Avoid lateral flow" patented technology

A disposable absorbent article includes two laterally opposing longitudinally extending barrier cuff strips attached to an interior surface of an absorbent assembly in laterally opposing attachment zones. Each barrier cuff strip may include a water-impermeable layer and may be extensible. A longitudinally extending elastic gathering member is attached to each barrier cuff strip adjacent to its proximal edge. When the article is worn, the elastic gathering members contract and raise the barrier cuff strips to form side barriers. The absorbent assembly includes an absorbent core that may contain superabsorbent particles, which may be contained inside pockets. A portion of the absorbent assembly such as the portion that lies between the barrier cuff strip attachment zones may be extensible and may include a water-impermeable layer. The laterally opposing attachment zones may act as dams preventing a lateral flow of liquid bodily waste.

The present invention 10 discloses an elastomeric skylight membrane molded as a single piece comprising a planar element 18 for sealably engaging roof sheathing 26 and a centrally positioned collar element 20 for sealably engaging the rough opening framing members 34. The skylight collar membrane 20 is inserted over the framed rough opening for a skylight 16 having the elastomeric collar element tightly engaging the framing members 34 and of substantially the same height as the rough opening frame members. The planar element 18 engages the roof sheathing 26 and is fixedly attached thereto by any means well known within the art. Positioned across the up slope side 36 of the collar 20 is an angularly protruding edge 32 for preventing water from wicking between the skylight frame 34 and the skylight membrane 10. To prevent lateral flow from the up slope edge 36 of the skylight 16 there are two spaced apart ridges 22 transversely positioned to the turnback collar sides extending above and below the horizontal edge 30 of the up slope side 36. The diverter ridges 22 spaced away form the turnback side 32 obstruct lateral water flow returning it to a downhill flow. The planar element 18 further has a bead 38 on three sides near its periphery that will redirect any water that has accumulated between the skylight membrane and shingles to a downward flow.

A filtering device has a filter element disposed between the inlet and the outlet of the device. The inlet surface of the filter element is prone to clogging by suspended particles, e.g. waste, carried with the incoming raw fluid. The invention provides a cleaning head for the filtering device, comprising a basis and a nozzle movably mounted thereon. The cleaning head basis is mounted on a driving mechanism so that the nozzle can scan the inlet surface parallel thereto, and can clean the inlet surface by means of a backwash flow passing through the filter element into the nozzle under a cleaning pressure differential created by connecting the nozzle to a low-pressure outlet. The nozzle maintains, during scanning, permanent contact with the inlet surface so that lateral flow directly into the nozzle is essentially prevented despite variations of distance between the cleaning head basis and the inlet surface during the scanning.

A digitizer assembly includes a transparent sensor patterned with conductive elements within at least one layer, a PCB or the like patterned with conductive elements positioned along at least one edge of the transparent sensor, wherein the conductive elements at least partially match the conductive elements on the transparent sensor, and a double sided adhesive positioned between the transparent sensor and the PCB operative to mount the PCB on to the transparent sensor.

A method for connecting substrates having electrical conductive elements thereon, comprising: providing at least one spacer between the substrates; applying a conductive material to at least one of the electrical conductive elements; aligning the electrical conductive elements; and, connecting the substrates by urging them together, wherein the at least one spacer prevents lateral spreading of the conductive material on the substrates from bridging a distance between adjacent conductive elements during the connecting.

The invention relates to an axle steel continuous casting method. The method comprises the following steps of: pouring molten steel to a crystallizer from a pouring box to form an axle steel casting blank which is not fully solidified; and then withdrawing the axle steel casting blank which is not fully solidified from the crystallizer at a withdrawing speed v and sequentially going through a secondary cooling zone and an air cooling zone to obtain a fully solidified axle steel casting blank. The method also comprises a soft press process for utilizing at least one of the plurality of soft press stands sequentially arranged on the air cooling zone to perform soft reduction on the axle steel casting blank which is not fully solidified, and the central solid fraction fs of the axle steel casting blank which is not fully solidified in the soft press process is kept at 0.2 to 0.95. Soft press is carried out on the axle steel casting blank which is not fully solidified with the central solid fraction of 0.2 to 0.95, internal gaps formed by casting blank shrinkage can be eliminated or reduced to prevent the intergranular solute-enriched molten steel from laterally flowing to a casting blank center, and the intergranular solute- enriched molten steel of a liquid phase center is induced to flow along the opposite direction of the blanking withdrawing direction, solute elements are redistributed in the molten steel, and the center segregation is improved.

An apparatus to manufacture semi-finished blade end products for wind power installation rotor blades with a winding mandrel which can be rotated for rolling up preferably ribbon-like fiber composite materials.

An impregnating device, which can move along the winding mandrel to impregnate the fiber composite material before it is rolled up, preferably be a magazine device which moves synchronously with the impregnating device along the winding mandrel to provide the fiber composite material.

The power supply system of this invention includes a cell assembly in which a first assembled battery, formed from a plurality of first cells connected in series, and a second assembled battery, formed from a plurality of second cells connected in series, are connected in parallel, and a generator. An average charging voltage V1 of a first assembled battery is smaller than an average charging voltage V2 of a second assembled battery. The power supply system further has a forced discharge unit capable of forcibly discharging the first assembled battery, and a control unit for measuring a voltage of the first assembled battery, and forcibly discharging the first assembled battery when the foregoing voltage reaches a forced discharge start voltage Va using the forced discharge unit until reaching a forced discharge end voltage Vb.

A capacitive structure and technique for allowing near-instantaneous charge transport and reliable, wide-band RF ground paths in integrated circuit devices such as integrated circuit dies, integrated circuit packages, printed circuit boards, and electronic circuit substrates is presented. Methods for introducing resistive loss, dielectric loss, magnetic loss, and/or radiation loss in a signal absorption ring implemented around a non-absorptive area of one or more conductive layers of an integrated circuit structure to dampen laterally flowing Electro-Magnetic (EM) waves between electrically adjacent conductive layers of the device are also presented.

The invention relates to a device for the continuous production of plate-shaped products, comprising two endless strips which are positioned one above the other and can be driven. A working gap is formed between the sides of said endless strips, said sides being adjacent to one another and each being conveyed via a support surface. The starting material for processing is conveyed through said working gap which is bordered on each side by an accompanying strip. Said accompanying strip is situated along said working gap between the two endless strips and moves with them, consisting of a flexible sealing strip which has a friction surface on at least one face, said face facing towards an endless strip. Said friction surface increases the static friction between the flexible sealing strip and the endless strip.

The invention discloses a method for ensuring uniform water inflow of a water collecting basin of a fan-shaped municipal sewage lifting pumping station. A combined rectifying device consisting of a figure-eight-shaped diversion pier and a folding beam is arranged at the front end of the water collecting basin of the fan-shaped municipal sewage lifting pumping station. The method for ensuring uniform water inflow of a water collecting basin of a fan-shaped municipal sewage lifting pumping station adopts the combined rectifying device consisting of the figure-eight-shaped diversion pier and thefolding beam to achieve effects of improving the water inflow state of the water collecting basin of the lifting pumping station, and effectively ensuring the uniformity of flow velocity distributionon a horizontal plane and the sound inflow state on a vertical plane of the incoming flow of pump units of the fan-shaped municipal sewage lifting pumping station. The method for ensuring uniform inflow of a water collecting basin of a fan-shaped municipal sewage lifting pumping station has the advantages of being high in engineering application value for ensuring safety, reliability and efficiency of the pumping station, simple in structure and convenient to construct and manufacture, and is suitable for promoting and using in the design and renovation of a municipal sewage lifting pumping station in the form of a fan-shaped pump room structure.

The invention discloses an overflow water distributor and a system for uniformly renewing water in a water pool. The overflow water distributor comprises a water distributor shell (11) and a water distributor cap (12). The water distributor shell (11) is of a conical cylinder structure. The water distributor cap (12) is of a sheet structure. The outer portion of the bottom end of the water distributor shell (11) is covered with the water distributor cap (12). A strip-shaped gap for water flow to pass through is formed between the bottom end of the water distributor shell (11) and the water distributor cap (12). By means of the system for uniformly renewing the water in the water pool, uniformity and stability of an internal circulation system in the water storage pool can be improved.

The invention discloses a barrier structure, a display panel and a display device. The barrier structure is formed on the display panel; the display panel is divided into a display area and a non-display area, and comprises an alignment layer at least covering the display area; the barrier structure is arranged in the non-display area and surrounds the alignment layer; the barrier structure comprises a main barrier and a first sub barrier, one end of the first sub barrier is connected with the main barrier and the other end of the first sub barrier extends to the alignment layer. With the arrangement of the first sub barrier, transverse flowing of the alignment layer is improved effectively, coating precision of the alignment liquid process is improved, and display effect of the display panel is also improved.

The invention discloses a mounting structure used for a ceiling screen. The structure comprises a smoke deflector used for blocking horizontal flowing of smoke and hot gas generated by combustion, a bearing base face used for bearing the ceiling screen, a hanging assembly fixedly connected with the bearing base face, a main hooking assembly, a sub hooking assembly and a thread connecting part. Themounting structure has the beneficial effects that firstly, the smoke deflector and a roof face are subjected to lifting connection, adjusting is convenient, the main hooking assembly and the sub hooking assembly can achieve rapid mounting, mounting accuracy can be effectively improved, mounting efficiency is effectively improved, manpower cost is saved, finally, the main hooking assembly and thesub hooking assembly are mounted below a roof ceiling structure, integrality of the ceiling structure is ensured, remaining procedures of later-period repair and fine repair can be reduced, and the appearance quality of the ceiling screen can be effectively improved.

The invention discloses a control box with high protection performance for antenna erection, relates to the technical field of antenna erection, and aims to solve the problems that a conventional control box is relatively weak in protection capability due to a simple box body structure, and internal elements of the conventional control box are easy to damage under severe weather conditions. A protective top cover is installed outside the upper end of the box body, supporting plates are installed in the protective top cover, fans are installed on the inner sides of the two supporting plates, adehumidification box is installed on one sides of the supporting plates, the dehumidification box is filled with a drying agent and activated carbon, and a damping support is installed at the bottom of the box body. Second connecting plates are arranged on the two sides of the damping support correspondingly, a vent groove is formed in the top end of the box body, first connecting plates are arranged on the two sides of the box body correspondingly, damping supporting columns are installed between the first connecting plates and the second connecting plates, and an installing plate is installed in the box body.

The invention discloses a cross-flow fan blade based on bionics. The blade is formed by arranging a plurality of blade units in the axial direction of an impeller, the front edges of the blade units protrude, the rear edges of the blade units are concave inwards, the middle portions of the sides, close to the front edges, of the upper surfaces of the blade units are higher than the two sides, themiddle portions of the sides, close to the rear edges, of the upper surfaces of the blade units are lower than the two sides, and the middle portions of the sides, close to the front edges, of the upper surfaces of the blade units are higher than the middle portions of the sides, close to the rear edges, of the upper surfaces of the blade units. By the adoption of the cross-flow fan blade based onbionics, airflow flowing of the front edge and rear edge of the blade can be improved, an eccentric vortex moves downwards, the efficiency of a cross-flow fan is improved, and energy consumption is reduced.