Abstract:
The present invention relates to a variable displacement vane pump having a pressure plate (10) where oil input is realized through at least two suctioning channels (11) provided thereon and an abrasion plate (20) positioned in the vicinity of the pressure plate (10) and where at least one inlet channel (21) through which oil, passing through the suctioning channels (11), enters is provided. As an improvement, the subject matter variable displacement vane pump comprises a support part (13) defined between the suctioning channels (11) and at least one intermediate connection channel (12) provided on the face of the support part (13), facing the abrasion plate (20), in recess form and opened to one of the suctioning channels (11) from at least one side.
Abstract:
The present invention relates to a variable displacement vane pump having a pressure plate (10) where oil input is realized through at least two suctioning channels (11) provided thereon and an abrasion plate (20) positioned in the vicinity of the pressure plate (10) and where at least one inlet channel (21) through which oil, passing through the suctioning channels (11), enters is provided. As an improvement, the subject matter variable displacement vane pump comprises a support part (13) defined between the suctioning channels (11) and at least one intermediate connection channel (12) provided on the face of the support part (13), facing the abrasion plate (20), in recess form and opened to one of the suctioning channels (11) from at least one side.
Abstract:
The present invention is a tandem pump (1) having a primary pump (10) having a primary drive gear (11) and a primary conjugate gear (12) connected to an input shaft (41) and a secondary pump (20) provided in the vicinity of the primary pump (10) and having a secondary drive gear (21) and a secondary conjugate gear (22), characterized by comprising at least one connection element (60) connecting the primary conjugate gear (12) and the secondary drive gear (21) in order to transfer the drive, received from the input shaft (41) and the primary drive gear (11), to the secondary pump (20).
Abstract:
The present invention is a tandem pump (1) having a primary pump (10) having a primary drive gear (11) and a primary conjugate gear (12) connected to an input shaft (41) and a secondary pump (20) provided in the vicinity of the primary pump (10) and having a secondary drive gear (21) and a secondary conjugate gear (22), characterized by comprising at least one connection element (60) connecting the primary conjugate gear (12) and the secondary drive gear (21) in order to transfer the drive, received from the input shaft (41) and the primary drive gear (11), to the secondary pump (20).
Abstract:
The present invention relates to a system preventing the pressured oil leakage in a cylinder line enabling very low leakage rates without using the valve or the system, or without reducing the diametrical space between the housing and spool.
Abstract:
The present invention relates to quick release cartridge coupling (1) which is used to connect to the hydraulic system equipment that is used in agricultural tractors, agricultural machinery, heavy equipment and industrial applications.
Abstract:
The present invention is hub (10) embodiment for use in the front and rear axle shafts of the construction equipment and tractors and having a planet gear pin (20) whereon a planet gear (40) is positioned. The hub (10) embodiment comprises a pin housing (11) wherein the planet gear pin (20) is placed, a channel (12) provided at the inner wall of said pin housing (11) and an outer snap ring (70) positioned inside said channel (12).
Abstract:
The present invention is hub (10) embodiment for use in the front and rear axle shafts of the construction equipment and tractors and having a planet gear pin (20) whereon a planet gear (40) is positioned. The hub (10) embodiment comprises a pin housing (11) wherein the planet gear pin (20) is placed, a channel (12) provided at the inner wall of said pin housing (11) and an outer snap ring (70) positioned inside said channel (12).
Abstract:
The present invention comprises a poppet (11) which functions as a load check valve, and a pressure balancing slide (9) wherein the poppet (11) functions inside the body at the same time and a spring which separates them from each other. The present invention relates to a valve system (1) having load checking and pressure balancing functions in hydraulic fixtures which balances pressure when the flow passage is from the orifice to the client, and which functions as a load check valve when the flow passage is from the client to the orifice, in other words from the client to the pump. By means of the present invention, less number of pieces is used, simpler casting methods are applied and process duration is shorter and the functions of load check valve and pressure balancing can be realized.
Abstract:
The present invention ensures that an element (13) that prevents falling of the load by entrapment of the hydraulic fluid within a hydraulic cylinder also functions as discharging the entrapped hydraulic fluid in order to assure the lowering operation at the same time. As the said novelty in the system shall also function as the load retainer check valve, it is possible to achieve very low leak rates without employing any lowering valve or system or without reducing the diametric gap between the spool and the body.