16 results about "Middle zone" patented technology

To provide a lid plate and a treatment chamber for improving the uniformity of a film to be deposited.SOLUTION: A lid plate 170 is used for a lid assembly of a processing chamber. The lid plate includes a contour bottom surface 160 extending downward and outward from a center opening around a center axis 133 to a peripheral portion of the lid plate. The contour bottom surface includes an inner zone ZI, an intermediate zone ZM and an outer zone ZO. The inner zone is defined from the center axis to an inner-zone radial distance. The intermediate zone is defined from the inner-zone radial distance to an intermediate-zone radial distance. The outer zone is defined from the intermediate-zone radial distance to an outer-zone radial distance at an outer edge of the contour bottom surface. The outer zone is inclined from the intermediate-zone radial distance toward the lid plate to form an outer-zone angle. The outer zone includes a plurality of pumping holes 525 formed through the lid plate.SELECTED DRAWING: Figure 6B

A smart firing attachment (1, 1A, 1B) couples to a weapon (50), intended to fire projectiles, via one end of the barrel (52) of the weapon (50). The attachment has a body (2) produced in the form of a hollow tube extending longitudinally along a longitudinal axis (XX') coaxial with a bore axis (TT') of the barrel. The body (2) includes a middle zone, a rear zone and a front zone, and defines a firing attachment chamber (2A) in the middle zone, the rear zone and the front zone closing the body (2). The rear zone has a removable rear part (3) in the form of a tube portion provided with a locking element (4) for locking on the end of the barrel (52) of the weapon (50), such that a muzzle (54) of the weapon (50) is positioned inside the firing attachment chamber (2A), and closing said firing attachment to the rear of the muzzle (54) of the weapon (50) in a substantially sealed manner. The middle zone has a pressure control housing (6) comprising an inlet orifice (6A) open to the firing attachment chamber (2A), an outlet orifice (6B) open towards the outside of the smart firing attachment (1) and a means for regulating a gas pressure in the firing attachment chamber (2A), an air pressure sensor (12) measuring an air pressure in the firing attachment chamber (2A), and a processing module (20) coupled to the air pressure sensor (12). The front zone has a removable front part (5) in the form of a tube portion closing the firing attachment chamber (2A).

The utility model discloses a pole piece, battery cell and pole piece manufacturing equipment, the pole piece comprises a middle area and two edge areas, along the width direction of the pole piece, the two edge areas are respectively connected with the two ends of the middle area, the middle area is provided with a plurality of first grooves, and the first grooves are respectively connected with the two ends of the middle area. The edge area is provided with a plurality of first grooves, the edge area is provided with a plurality of second grooves, the orientation of an opening of each first groove is the same as that of an opening of each second groove, and the volume of each first groove is larger than that of each second groove. The pole piece disclosed by the utility model can effectively avoid the situation that powder falls off from the edge.

1. Name of the product in this design: Three-function partition freezer (4-4B). 2. Application of this product design: This is an integrated, convenient freezer with an upper zone for refrigeration and preservation, a middle zone for micro-freezing and freshness locking, and a lower zone for constant water temperature control, suitable for aquarium landscaping, aquarium viewing, fruit chilling, beverage chilling, and food storage. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D rendering 1.

The invention provides a simulation method and system for double-sided polishing removal amount, a terminal and a medium, and the method comprises the steps: carrying out the stress analysis of each point on a silicon wafer, and obtaining the contact pressure of each point of the silicon wafer; meanwhile, motion trail analysis is conducted on all points of the silicon wafer, and the motion distances of the points in the inner area, the middle area and the outer area of the polishing pad large disc are determined; and the removal amount of each point of the silicon wafer is calculated based on the obtained movement distance of each point of the silicon wafer in the inner area, the middle area and the outer area of the polishing pad large disc and the contact pressure of each point of the silicon wafer. According to the method, the influence of various factors such as a machine table, pressure and rotating speed is considered, accurate calculation of the double-sided polishing removal rate is achieved, the calculation mode is simple, convenient and efficient, and important guidance and basis can be provided for follow-up DSP process optimization and high-planarization large silicon wafer production.

This invention provides a method for controlling the uniformity of quenching cooling in intensive continuous heat treatment of hot coils, comprising the following steps: (1) using multiple sets of pressure rollers as dividing points, the cooling zone is divided into multiple segments, with the area between two adjacent sets of pressure rollers as one segment. After the strip enters the cooling zone, the tension of each segment of the cooling zone is controlled at 5-35 MPa; (2) spraying facilities for dispensing cooling medium are set at the upper and lower parts of the strip in each segment of the cooling zone; along the width direction of the strip, the surface of the strip is divided into 3-7 zones, with the middle zone as the central zone and the other zones as the edge zones. The air-to-water ratio of each zone is 2:6-6:2, and the flow rate ratio of the edge and central zones is 0.8:1-0.2:1.5; the flow rate ratio of the upper and lower surfaces of the strip provided by the corresponding spraying facilities is 1:2-2:1.

Fibrous reinforcement for manufacturing a composite part intended to be articulated with other parts The present invention relates to a fibrous preform of a core portion of a fibrous reinforcement for a part made of composite material, the preform having a slender shape along a longitudinal direction (X) and being formed by first threads (C1-C16) extending along the longitudinal direction with second threads (t1-t8) transverse to the first threads, the preform comprising two longitudinal ends intended for articulation with other parts and a middle zone located between the longitudinal ends, each longitudinal end having a thickness greater than a thickness of the middle zone, the middle zone comprising a stiffening portion (102c) comprising first non-woven threads (C5-C12) and each longitudinal end comprising a three-dimensional weaving of the first threads of this stiffening portion with second threads.Figure for abstract: Fig. 2.

The present application discloses a foundation pit excavation method for a composite support system, which includes the following steps: excavation block division; construction steps for the first side area, first excavating the area on the far side of the subway in the first side area and interspersing the completion of the concrete support operation, and then completing the excavation of the area on the side adjacent to the subway in the first side area and the concrete collar beam and concrete support operation within a limited time; construction steps for the second side area, after the earth excavation in the first side area is completed, carrying out the construction of the second side area; the first stage of the middle area construction, the middle area is excavated after the concrete support in the first side area is formed; during the construction of the middle area, first carry out the excavation operation in the area on the far side of the subway in the middle area, and pre-assemble the steel collar beam and steel support in advance for each area on the far side of the subway in the middle area; the second stage of the middle area construction, carry out the excavation of the area on the side adjacent to the subway in the middle area and the steel collar beam and steel support operation. The present application can effectively support the foundation pit during the construction process as soon as possible to meet the anti-deformation protection requirements of the subway adjacent to the foundation pit.

The present invention discloses a method for effectively improving the utilization rate of casting rolls in aluminum alloy production. The method comprises the following steps: the aluminum melt used in aluminum alloy production has a hydrogen content of ≤0.10 mL / 100 g; the casting roll is a core component of the casting mill, and has a roll diameter of ≤960 mm, a crown of ≤0.30 mm, and a casting zone length of 58 to 60 mm; the casting mill also includes a casting nozzle, the nozzle outlet of which is positioned between the casting rolls. The casting nozzle comprises a front zone, a middle zone, and a rear zone. The front zone is a flat lip zone that gradually narrows forward; the rear zone is 50 mm wide; and the middle zone is divided into several channels, wherein the width of the middle channel is 17 mm, and the widths of the channels on both sides increase by 5 mm. While ensuring that the quality of the aluminum alloy billet meets the standard, the present invention successfully increases the diameter of the casting roll to 950 mm, significantly improving the service life of the casting roll and reducing production costs.

A cover-flap transfer tape construct and associated applicators for paper web turn-up are disclosed. A zone-coated substrate carried on a linered web includes a top-side central web-grabbing adhesive band bounded by uncoated edge zones, and underside edge mounting adhesive bands separated by an uncoated middle zone. An applicator forms an out-of-plane raised profile across a central portion of the tape while maintaining planar side bands, using cooperating forming members (convex crest and complementary cavity) and manual or motorized feed. The formed length is cut to yield a discrete tape construct with the raised profile over the central adhesive and side bands aligned with mounting adhesives. The tape construct promotes reliable interception and transfer of a moving paper web during turn-up.

The invention relates to a tread sole for a shoe, comprising a lower surface and a side surface, said lower surface comprising a heel zone, a tip zone and a middle zone, said middle zone comprising an inner receiving surface and an outer receiving surface, said inner receiving surface extending in relief under the tread sole along the inner edge of the side surface, said outer receiving surface extending in relief under the tread sole along the outer edge of the side surface, the inner receiving surface being configured to receive and hold an inner stabilization compensating overshoe and in that the outer receiving surface is configured to receive and hold an outer stabilization compensating overshoe.

A showerhead for a substrate processing chamber configured to perform bulk deposition includes a faceplate, a backplate, and a faceplate. The faceplate defines a first plenum corresponding to center and middles zones and a second plenum corresponding to an edge zone. The faceplate includes a first plurality of holes distributed throughout the center zone and the middle zone and a second plurality of holes distributed throughout the edge zone. The middle plate is disposed between the faceplate and the backplate. The faceplate is configured to receive a first gas mixture supplied to the center zone via a center inlet, receive a second gas mixture supplied to the middle zone via a middle inlet, blend the first gas mixture and the second gas mixture within the first plenum, and receive a third gas mixture supplied to the edge zone via an edge inlet.

The application discloses a CSAMT full-area apparent resistivity-depth profile generation method. The horizontal position and vertical position of a recording point are taken as the assignment points of the apparent resistivity; in the far zone, the recording point is located at the detection depth directly below the measuring point; in the middle zone, the radius of the wave front is linearly reduced with the decrease of the induction number, the recording point is located at the intersection of the wave front and the detection depth to the source point straight line and approaches the source point from the measuring point with the decrease of the induction number; in the near zone, with the continuous decrease of the induction number, the horizontal position of the recording point approaches the midpoint of the offset distance from the vicinity of the source point, and the vertical position approaches a certain fixed value proportional to the offset distance from the vicinity below the source point, and the fixed value is equal to the offset distance divided by the critical value of the far zone and the middle zone. The application provides a new, simple, fast method for separating the plane and non-plane wave, eliminating and utilizing the field source copying and shadow effect, and improves the interpretation effect of the apparent resistivity-depth profile.

The utility model discloses a top piece with a side barrier structure, which comprises a middle area, a side barrier structure and a top piece, wherein the middle area is positioned in the middle of the top piece and has a middle area width measured along the side direction; a first side barrier region and a second side barrier region, where the barrier regions each have at least one flow expanding portion arranged continuously in the longitudinal direction and having a width of 1 to 3 mm, where the first and second side barrier regions each have a side barrier region width measured in the lateral direction, which together with the intermediate region width forms the width of the topsheet; wherein the intermediate zone width is designed to be 20 to 80% of the topsheet width. The utility model further relates to a pants-type absorption product with the pants-type absorption structure.

The invention discloses a double-position correction method for checking aspheric surfaces, which comprises the following steps of: taking a point on the left side of a near-axis curvature center as a rear conjugate point o '; a point on the right side of a paraxial curvature center is a front conjugate point o '', the front conjugate point o'' and a rear conjugate point o'are conjugate and have a mutual object-image relationship, and an optical axis is divided into three intervals by the partition of the front conjugate point and the rear conjugate point, the demarcation point 1 is the rear conjugate point, the demarcation point 2 is the front conjugate point, and the demarcation point 1 and the demarcation point 2 are clamped. A middle area 3-4 is arranged between the front demarcation point and the rear demarcation point, a rear area 5-6 is arranged behind the rear demarcation point 1, a front area 7-8 is arranged in front of the front demarcation point 2, and the point C is the curvature center of the aspheric surface to be detected. Therefore, accumulation of errors is reduced, errors caused by a test light source, a measuring instrument or environmental factors are effectively eliminated, higher measuring precision is provided, and the shape errors of the aspheric optical element can be detected and corrected more accurately.

The invention provides a partition plate and epitaxial equipment. The partition plate is used on a gas inlet path of epitaxial equipment, the partition plate comprises a through hole, epitaxial gas passes through the through hole, and the partition plate comprises an inner area through hole, a middle area through hole and an outer area through hole from the center to the outside. The partition plate is arranged in the mode that the flow of gas entering the surface of the tray through the middle area through hole is equal to the sum of the flow of gas entering the surface of the tray through the inner area through hole and the outer area through hole. The flow of gas entering the surface of the tray through the middle area through hole is equal to the sum of the flow of gas entering the surface of the tray through the inner area through hole and the outer area through hole. By means of the arrangement, it can be guaranteed that the thickness consistency of the epitaxial layer of the wafer in the radial direction is high, and especially the thickness consistency of the epitaxial layer in the corresponding position of the middle area can be improved.