Abstract:
A piston support portion (146) for a piston assembly (140) of a rodless cylinder (100) is provided according to the invention. The piston support portion (146) includes a support body (147) substantially matching a shape of the piston assembly (140) and configured to be positioned between a piston center portion (126) and a piston end portion (160). The piston support portion (146) further includes a plurality of guidance portions (152) extending from a circumference of the support body (147). The plurality of guidance portions (152) are configured to contact or nearly contact a piston bore (107) of the rodless cylinder (100) and guide the piston assembly (140) as it reciprocates in the piston bore (107).
Abstract:
A piston support portion (146) for a piston assembly (140) of a rodless cylinder (100) is provided according to the invention. The piston support portion (146) includes a support body (147) substantially matching a shape of the piston assembly (140) and configured to be positioned between a piston center portion (126) and a piston end portion (160). The piston support portion (146) further includes a plurality of guidance portions (152) extending from a circumference of the support body (147). The plurality of guidance portions (152) are configured to contact or nearly contact a piston bore (107) of the rodless cylinder (100) and guide the piston assembly (140) as it reciprocates in the piston bore (107).
Abstract:
The present invention relates to an end cap for a rodless cylinder (101) provided with a sealing strip (110). The end cap comprises an end cap body (102, 104) and a channel (105). The end cap body (102, 104) is configured to sealingly fit to a cylinder body (101). The channel (105) is formed in the end cap body (102, 104) and adapted to receive the sealing strip (110). The end cap includes a clamping lever (15) pivotally affixed to the end cap body (102, 104), with the clamping lever (15) including a clamping surface (90) that clamps the sealing strip (110) within the channel (105) when the clamping lever (15) is moved to a substantially closed position.
Abstract:
The present invention relates to an end cap for a rodless cylinder (101) provided with a sealing strip (110). The end cap comprises an end cap body (102, 104) and a channel (105). The end cap body (102, 104) is configured to sealingly fit to a cylinder body (101). The channel (105) is formed in the end cap body (102, 104) and adapted to receive the sealing strip (110). The end cap includes a clamping lever (15) pivotally affixed to the end cap body (102, 104), with the clamping lever (15) including a clamping surface (90) that clamps the sealing strip (110) within the channel (105) when the clamping lever (15) is moved to a substantially closed position.
Abstract:
A piston portion (102) for a piston assembly (100) is provided according to an embodiment of the invention. The piston portion (102) includes a substantially cylindrical head portion (103) including a mating face (105). The piston portion (102) further includes a substantially annular insert chamber (126) formed in the mating face (105) and adapted for receiving a portion of a substantially annular insert (120).
Abstract:
A piston portion (102) for a piston assembly (100) is provided according to an embodiment of the invention. The piston portion (102) includes a substantially cylindrical head portion (103) including a mating face (105). The piston portion (102) further includes a substantially annular insert chamber (126) formed in the mating face (105) and adapted for receiving a portion of a substantially annular insert (120).
Abstract:
An arrangement is provided for improving the yield of potato crops. The arrangement includes a bed, a plurality of pairs of parallel rows of potato plants, and a drip irrigation tape. The bed is provided for multiple rows of potato plants. The plurality of pairs of parallel rows of potato plants in the bed have an inter-row gap between the rows in each pair of rows spaced from one another sufficiently to provide a moisture permeable agronomic soil corridor between the rows in each pair of rows to provide a supply of water to a root zone of each row within each pair of rows of potato plants while maintaining aerated soil within and above the agronomic soil corridor to reduce excessively wet conditions adjacent the crop canopy and a solar light corridor provided between adjacent pairs of rows to provide increased solar energy to the potato plants. The drip irrigation tape has emitters provided intermediate rows within each pair of parallel rows of potato plants below a soil surface of the bed in the agronomic soil corridor. A method is also provided.
Abstract:
A method of hand painting ceramic objects as disclosed, which allows user selection of an object to be painted and a design to be applied. A composite three dimensional image is formed of the design, as applied to an image of the selected object. The image is selectively colored as desired by the user. A two dimensional projection of the selected image is formed, the projection corresponding to the selected image, as modified to conform to the contours of the selected object. The projection is segmented by commonly colored image portions and stencils are formed, corresponding to the segments. The stencils may be sequentially applied to an article, represented by the selected object, in order to facilitate hand painting of the selected design upon the article.
Abstract:
A modular valve assembly (500) is provided. The modular valve assembly (500) comprises a first valve assembly plate (401) and a second valve assembly plate (402). One or more modular valves (200, 300) are positioned between the first valve assembly plate (401) and the second valve assembly plate (402). The first valve assembly plate (401) and the second valve assembly plate (402) are adapted to align the one or more modular valves (200, 300) in more than one configuration.