12 results about "Internal zone" patented technology

The invention relates to a sound absorption structure and an aircraft. The sound absorbing structure comprises at least one honeycomb structure (52) comprising at least one partition enclosure (62) fixed in one of the cells (60) of the honeycomb structure (52) and connected to at least one partition (58) delimiting said cell (60), the partition enclosure (62) separates an inner region (ZI) located inside the partition enclosure (62) from an outer region (ZE) located in the unit (60) and outside the partition enclosure (62), the partition enclosure (62) comprising at least one through-hole (70) configured to communicate the inner region (ZI) with the outer region (ZE). This configuration makes it possible to simply define several regions in the same cell, thereby helping to increase the spectrum of attenuating acoustic waves. The aircraft comprises at least one such sound absorbing structure.

Appropriate vertical gardening creates a more comfortable green space. [Solution] A structure 1 for forming a space inside an office comprises a support section 2 and a ceiling section 3, each of the support sections 2 extending vertically from the office floor and arranged to surround an internal area R that can define a space from the periphery, the ceiling section 3 being connected to the support sections 2 and supported by the support sections 2 so as to cover the upper part of the internal area R, the structure 1 further comprises an opening through which a user can enter and exit the internal area R, a screen 62 on which an image can be projected using a projector 61 placed in the internal area, and a storage section 63 in which the screen 62 can be stored, the opening being configured to open and close depending on how the screen 62 is stored in the storage section 63.

A method for forming an implant is described, which includes providing a preformed liner formed from at least one cured elastomeric layer. The liner includes an outer surface, an inner surface, and a hole for accessing the liner's interior volume. The method further includes expanding the liner to an expanded state, in which the interior volume is greater than the liner's interior volume at the time of liner formation, and forming an interior zone having at least one inner elastomeric layer over at least a portion of the liner's interior surface while the liner is in the expanded state, thereby forming a multi-zone liner.The method also includes reducing the interior volume of the multi-zone coating, thereby contracting at least one interior elastomeric layer of the interior zone and causing texturing of at least one interior elastomeric layer.

The application belongs to the technical field of mold design, and discloses a screw pin arrangement position design method, device, equipment and storage medium, the method comprises the following steps: obtaining a two-dimensional design drawing of a closed trimming insert or a punch insert, obtaining an insert flange offset line and an edge offset line from the two-dimensional design drawing, removing the area where the edge offset line is located from the internal area of the insert flange offset line to determine the arrangeable area of the screw and the pin, and calculating the screw arrangement position and the pin arrangement position in the arrangeable area based on a preset screw pin arrangement criterion; through the above method, the design efficiency of the screw pin arrangement position can be improved.

To provide a discharge cap keeping a specific discharge pattern in a state it is suspended on an external surface to be discharged.SOLUTION: A discharge cap is provided with: a cap body 4 having a discharge part 14 on a top wall 10 disposed on an upper side of a neck part 104 of a container 100; and a forming surrounding wall 16 disposed so as to surround the discharge part 14 on an upper side of the top wall 10 to limit an outer line of discharge material T. The forming surrounding wall 16 is erected to become higher than the discharge part 14, having on a tip side of the forming surrounding wall 16 an abutting end part 21 capable of abutting on an outer surface to be discharged S in an inverted state of the container 100. The discharge material T is guided by a guide surface part 22 of an inner surface of the forming surrounding wall 16 in the inverted state, being configured to be filled according to a shape of an inner area I of the forming surrounding wall 16. A visible notch part 24 is formed by notching a proper section in a circumferential direction of the forming surrounding wall 16.SELECTED DRAWING: Figure 1

This application relates to a composite structural member comprising a portion A, a portion B, and a portion C or / and a portion H. The portion A is a solid device having one or more cavities; the portion B is located within at least one cavity; or / and portions B and C are located within at least one cavity. The portion B comprises one or more solidifiable materials. The portion C comprises one or more restraining devices, the restraining devices enclose or enclose a spatial region, the portion B material is located within the region, and a connecting passage exists between the internal region of the restraining device and the external region of the restraining device. The portion H is a solid device, the device encloses an outer cavity A, the outer cavity A is located outside the outer surface of the portion A, the outer cavity A contains at least one solidifiable material, and the outer cavity A has a connecting passage to at least one cavity of the portion A.

Activation tooling for a control integral with a support positioned in an interior zone separated from an exterior zone by a wall, the control comprising a return system tending to hold it in a deactivated state. This activation tooling includes a configured to cooperate with the control and a holding device. The holding device has a body integral with the tool and several arms connected to the body. For each arm, an abutment is connected to the arm and bears against the support or the wall. For each arm, an actuator brings the arm and the support closer together against the return system of the control.

A container (1) configured for transporting a commodity, comprising a base (3) extended by a side face (2), the base (3) and the side face (2) being arranged to define an interior zone, the base (3) comprising at least one discharge opening (5) configured to allow the discharge of a liquid from the interior zone, characterized in that the at least one discharge opening (5) is at least partially surrounded by a protective wall (6), said protective wall (6) being traversed by at least one discharge channel (41, 42), and a top of said protective wall (6) extending towards the interior zone at a first distance from the base (3), the first distance being strictly greater than zero. Figure 3

Box (1) configured for transporting a foodstuff, comprising a bottom (3) extended by a lateral face (2), the bottom (3) and the lateral face (2) being arranged to define an interior zone, the bottom (3) comprising at least one discharge orifice (5) configured to allow discharge of a liquid from the interior zone, characterized in that the at least one discharge orifice (5) is at least partially surrounded by a protective wall (6), said protective wall (6) being crossed by at least one discharge channel (41, 42), and a top of said protective wall (6) extending towards the interior zone at a first distance from the bottom (3), the first distance being strictly greater than zero. Figure 3

The invention relates to a shock absorber protection tube (2) comprising a tubular body (3) which surrounds an inner region (4) to be protected, for which purpose the body (3) delimits the inner region (4) radially outward with an inner contour (11) in cross-section. In this case, in cross section, the body (3) has in each case two separate ends (12, 14; 13, 15) which overlap each other in such a way that a respective one end (12; 13) in the circumferential direction and the respective other end (14; 15) and with respect to the respective other end (14; 15) are inserted radially internally and the ends can be moved relative to each other. Furthermore, at the respective two ends (12, 14; 13, 15) can be moved relative to each other, the extent of their respective overlap, and thus the circumference (16) of the inner contour (11), can be changed.