Rail mounted assembly and method of securing and releasing components of the assembly

• US 10,487,978 B2
• Filed: 09/14/2017
• Issued: 11/26/2019
• Est. Priority Date: 09/14/2017
• Status: Active Grant

• Current Assignee: Sun Hydraulics, LLC (Helios Technologies, Inc.)
• Original Assignee: Sun Hydraulics, LLC (Helios Technologies, Inc.)
• Inventors: Cole, Chris, Rainbolt, Curt, Holloway, Jake, Bonner, Lowell
• Primary Examiner(s): Marsh, Steven M
• Application Number:
  US15/704,742
• Publication Number:
  US 20190078731A1
• Time in Patent Office: 803 Days
• Field of Search: 24822021, 24822022, 2482247, 24822451, 24822461, 24822331
• CPC Class Codes: F16K 31/06 using a magnet , e.g. diaphragm valves, cutting off by means of a liquid
• CPC Class Codes: F16M 11/041 Allowing quick release of the apparatus
• CPC Class Codes: F16M 13/02 for supporting on, or attaching to, an object, e.g. tree, gate, window-frame, cycle

Abstract

An example rail mounted assembly includes a controller housing having a locking post extending from a base of the controller housing and multiple mounting guides extending from the base and each mounting guide includes a guiding slot, and a rail having two side portions and a center portion therebetween. Each side portion is coupled to a particular side of the center portion and forms an L-shaped edge and each side portion is configured to slide into the guiding slot of a particular mounting guide of the controller housing for coupling the rail to the controller housing. The center portion includes a flexible cutout tab with a hole for sliding over and engaging with the locking post when coupling the rail to the controller housing to lock the rail to the controller housing. Example methods of securing and releasing components of the rail mounted assembly are also described.

Claims

1. A rail mounted assembly, comprising:

a controller housing having a locking feature on a base of the controller housing and multiple mounting guides extending from the base of the controller housing, wherein each mounting guide includes a guiding slot; and

a rail having two side portions and a center portion therebetween, wherein each side portion is coupled to a particular side of the center portion and forms an L-shaped edge and wherein each side portion is configured to slide into the guiding slot of a particular mounting guide of the controller housing for coupling the rail to the controller housing, and wherein the center portion includes a flexible cutout tab for sliding over and engaging with the locking feature when coupling the rail to the controller housing resulting in the locking feature being aligned with the flexible cutout tab to lock the rail coupled to the controller housing.

2. The rail mounted assembly of claim 1, wherein the multiple mounting guides with respective guiding slots conform to the Deutsches Institut fü

r Normung (DIN) standard.

3. The rail mounted assembly of claim 1, wherein each mounting guide includes two portions coupled together in an L-shape and each of the two portions includes a respective guiding slot.

4. The rail mounted assembly of claim 1, wherein the multiple mounting guides include at least four mounting guides arranged at corners of a square or rectangular configuration, and wherein the multiple mounting guides enable the rail to couple to the controller housing in either of a lateral direction and a longitudinal direction.

5. The rail mounted assembly of claim 1, wherein each mounting guide includes two portions coupled together in an L-shape and each of the two portions includes a respective guiding slot, and wherein the multiple mounting guides enable the rail to couple to the controller housing in either of a lateral direction and a longitudinal direction such that the side portions of the rail slide into the respective guiding slot of one of the two portions of the L-shape mounting guide.

6. The rail mounted assembly of claim 5, wherein two of the mounting guides have a blocking lip such that the rail is permitted to slide laterally from either direction, and longitudinally from only one direction.

7. The rail mounted assembly of claim 1, wherein the multiple mounting guides include at least two mounting guides arranged parallel to each other, and wherein the multiple mounting guides enable the rail to couple to the controller housing in one of a lateral direction and a longitudinal direction.

8. The rail mounted assembly of claim 1, wherein at least one of the two side portions of the rail includes a cutout enabling access to the flexible cutout tab.

9. The rail mounted assembly of claim 1, wherein the flexible cutout tab of the center portion is arranged at an angle away from an underside surface of the center portion and toward the base of the controller housing.

10. The rail mounted assembly of claim 1, wherein the two side portions, the center portion, and the flexible cutout tab of the center portion of the rail are all formed from an integral piece of material.

11. The rail mounted assembly of claim 1, wherein the flexible cutout tab of the center portion of the rail includes one or more wings arranged at an angle toward an underside surface of the center portion, wherein the rail is releasable from the controller housing by lifting the one or more wings to disengage the locking feature from the flexible cutout tab.

12. The rail mounted assembly of claim 1, wherein the flexible cutout tab of the center portion comprises:

an angled portion arranged at an angle away from an underside surface of the center portion and toward the base of the controller housing;

a flat tab including a hole for sliding over the locking feature, wherein the flat tab is connected to an end of the angled portion; and

one or more wings connected to the flat tab and arranged at an angle toward the underside surface of the center portion.

13. The rail mounted assembly of claim 1, further comprising:

a coil mounting bracket with a guiding hole positioned over the locking feature of the base of the controller housing, wherein the coil mounting bracket is positioned between the multiple mounting guides.

14. The rail mounted assembly of claim 13, wherein the coil mounting bracket is positioned between the controller housing and the rail, such that the rail slides through respective guiding slots of the multiple mounting guides and over the coil mounting bracket to lock the coil mounting bracket into position.

15. The rail mounted assembly of claim 13, wherein the coil mounting bracket comprises:

a center portion including the guiding hole;

a flexible clip portion for holding a coil, wherein the flexible clip portion includes two arms extending from a bottom of the center portion; and

a support extending from a top of the center portion.

16. A rail for a mounted assembly, comprising:

a center portion including a flexible cutout tab with a hole for sliding over a locking post when coupling the rail to a controller housing to lock the rail coupled to the controller housing, wherein the flexible cutout tab of the center portion includes (i) an angled portion arranged at an angle away from an underside surface of the center portion, (ii) a flat tab including the hole for sliding over the locking post, wherein the flat tab is connected to an end of the angled portion, and (iii) one or more wings connected to the flat tab and arranged at an angle toward the underside surface of the center portion, wherein the center portion is releasable from the controller housing by lifting the one or more wings to disengage the locking post from the hole of the flexible cutout tab; and

two side portions, wherein each side portion is coupled to a particular side of the center portion and forms an L-shaped edge, and wherein each side portion is configured to slide into a guiding slot of a particular mounting guide of the controller housing for coupling the rail to the controller housing, wherein at least one of the two side portions of the rail includes a cutout enabling access to the flexible cutout tab.

17. The rail of claim 16, wherein the two side portions, the center portion, and the flexible cutout tab of the center portion are all formed from an integral piece of material.

18. A method of securing and releasing components of a rail mounted assembly, the method comprising:

providing a controller housing having a locking post extending from a base of the controller housing and multiple mounting guides extending from the base of the controller housing, wherein each mounting guide includes a guiding slot;

sliding side portions of a rail into respective guiding slots of the mounting guides of the controller housing for coupling the rail to the controller housing, wherein each side portion of the rail is coupled to a particular side of a center portion and forms an L-shaped edge;

sliding a flexible cutout tab of the center portion of the rail over the locking post when coupling the rail to the controller housing resulting in the locking post being positioned in a hole of the flexible cutout tab to lock the rail coupled to the controller housing; and

releasing the rail from the controller housing by accessing the flexible cutout tab through a cutout of at least one of the side portions of the rail.

19. The method of claim 18, further comprising lifting one or more wings of the flexible cutout tab of the center portion of the rail which are arranged at an angle toward an underside surface of the center portion to disengage the locking post from the hole of the flexible cutout tab.

20. The method of claim 18, further comprising:

positioning a coil mounting bracket with a guiding hole over the locking post of the base of the controller housing, wherein the coil mounting bracket is positioned between the multiple mounting guides and between the controller housing and the rail, such that the rail slides through respective guiding slots of the multiple mounting guides and over the coil mounting bracket to lock the coil mounting bracket into position.