35results about How to "Make sure to boot" patented technology

The invention relates to a reversing valve (1), particularly a reversing valve (1) with a ballpoint pen mechanism (2) for controlling hydraulic fluid flow. The ballpoint pen mechanism can be alternately latched in a first or a second positions and is coupled with the reversing valve (1) by applying a control pulse (I) on the actuation means (3) of the ballpoint pen mechanism (2), so that the first or the second position is respectively correspondent to the first or the second switch positions of the control piston (6) of the reversing valve (1). The invention further relates to a combustion engine having an adjustable compression ratio, which comprises the above reversing valve (1) and a connection rod arrangement (3). The connection rod arrangement (3) has an eccentric device (36) capable of being adjusted in a hydraulic mode, which is arranged inside a connection rod bearing hole (34) and/or a crane bearing hole (35) for adjusting the effective length of the connection rod (leff). The adjusting stroke of the eccentric device (36) can be controlled by the reversing valve (1).

The invention relates to a sewing machine (1), comprising: a base plate (2); a top arm (3) internally supporting a driven arm shaft (5); and a top arm (3) connecting the base plate and the top arm (3) Uprights (4). A handwheel (14) is non-rotatably connected with the arm shaft (5) and arranged coaxially with the arm shaft to manually operate the arm shaft (5). The drive of the arm shaft (5) is formed by a motor (12) mounted in the top arm (3), the drive shaft (11) of which is aligned with the arm shaft (5). The handwheel (14) has a fan wheel (22) for cooling the motor. Effective cooling of the motor can thus be achieved.

The invention relates to a telescopable spring support (1) which comprises a housing (2), a pressure plate (5), a load pipe (6), and a pressure spring (7) and which is designed to elastically support components in a load direction (X). The housing (2) has a stand side (A) and an upper side (B), and the pressure plate (5) is arranged in the housing (2) and can be moved within the housing (2) in the load direction (X). The pressure spring (7) is arranged between the pressure plate (5) and the stand side (A) and applies a spring force to the pressure plate (5), said spring force being directed towards the upper side (B) in the load direction (X). The load pipe (6) is connected to the pressure plate (5) and, in each position of the pressure plate (5), extends outwards from the interior of the housing (2) through an opening arranged on the upper side (B) of the housing (2). The housing (2) comprises a stand housing (4) and a movable housing (3). The movable housing (3) can be moved towards the stand housing (4) in the load direction (X), wherein the stand housing (4) has a stand side (A), and the movable housing (3) has the opening.

A door closer includes a housing; a shaft supported in the housing and connectable to a door; a brake piston supported in the housing and charging the shaft, the brake piston and the housing defining a first space away from the shaft; a blocking member; a spring loading the blocking member and extending orthogonally from the housing; and a pump for pumping brake fluid to or from the first space. The pump is disposed in a second space formed between the housing and the spring. The shaft is lockable in a position by the blocking member.

The present invention relates to a measuring device which is configured and set to measure a rod and/or a rod segment manufactured in a rod maker in the tobacco processing industry and conveyed along a conveying direction F. The measuring device comprises a measuring head (13) provided with at least two measuring modules (14) for forming a measuring path, and an evaluation unit. At least one extending and penetrating rod penetrating channel which penetrates the whole measuring head and all the measuring modules along the conveying direction F, is constructed in the measuring head, and at least one rod guiding device is arranged on the measuring head. The measuring modules are connected to the evaluation unit (18) over a connection unit, are arranged in a shell of the common measuring head, and can be selectively inserted in a module support which is fixed on a bottom plate of the shell and supplies a plurality of plug positions via an electric and/or a pneumatic plugging connecting device with at least partially free plugging positions. The present invention also relates to a measuring device with the at least one measuring module, and an empty module is arranged at the plugging position not equipped with the measuring module. The present invention also relates to the rod maker with such measuring device.

The present invention relates to a cam follower. The cam follower has two side walls (2, 3) which are connected to each other through a crossbar (4) on whose underside (5), on one end (6), a support (7) for a gas exchange valve is disposed, wherein the crossbar (4) has a recess (9) through which a roller (8) extends, the roller (8) is supported via a bearing (23) on a pin (10) seated in the side walls (2, 3) and is at least used for indirect cam start. The cam follow is characterized in that the roller (8) is so narrow that outer front ends (11, 12) of the roller are clearly spaced from and out of contact with longitudinal surfaces (13, 14) of the recess (9), wherein at least one guide extension (15, 16) projects from each of the longitudinal surfaces (13, 14) towards a central longitudinal plane of the cam follower, and the roller (8) is guided on inner sides (17, 18) of the at least one guide extension.

The invention relates to a chain link (23), designed and set up for forming a conveyor chain for a device for compressing tobacco, ribs, or the like, having a upper face (O) forming the transport surface and an opposite lower face (U), and a groove (27) extending over the entire width (B) of the chain link (23), and a protrusion (28) extending over the entire width (B) of the chain link (23), the groove (27) and the protrusion (28) being adapted in form for a form-fit connection to other chain links (23) of corresponding design, characterized in that the chain link (23) comprises a continuous recess (29) in the conveying direction on the lower face (U) that can be brought into engagement with a corresponding ridge of a slide plate of the device.

The invention relates to various designs of a loom, which designs can be combined with one another, said loom comprising at least one guiding device having at least one guiding unit (32, 34) for the contacting guidance of a woven fabric (82) in the region of the reed beat-up plane (14). According to one embodiment, a control unit (15) is provided, which is designed to control at least one drive (38, 39) for the at least one guiding unit (32, 34). For the actuation, the control unit (15) processes information related to the woven-fabric structure in the region of the reed beat-up plane (14) and/or information regarding the position of the warp threads (80a, 80b) in the open shed. The invention further relates to methods for guiding a woven fabric in the region of the reed beat-up plane (14).

The invention relates to a device (10) designed and configured for stunning live poultry, located in containers (11) and provided for slaughter, by means of a gas mixture containing a stunning gas, comprising a stunning chamber (12) with at least two stunning zones (13), an input station (14) arranged on an input side of the stunning chamber (12) for the or each container (11) containing live poultry, and an output station (15) arranged on an output side of the stunning chamber (12) for the or each container (11) containing stunned poultry, at least one transport conveyor (16) for transportingthe or each container (11) from the input station (14) to the output station (15) in a transport direction T through the stunning zones (13), as wells as means (17) for supplying the gas mixture intothe stunning zones (13) of the stunning chamber (12), characterized in that the means (17) for supplying the gas mixture comprises at least one injection tube (18) that is designed and configured tobe movable relative to the container (11) for detachable connection to the or each container (11) and for detaching from the same, in such a way that each container (11) can be filled with the gas mixture in the state of the detachable connection to the or each injection tube (18). The invention additionally relates to an assembly (27) comprising a device (10) of this type and at least one container (11), as well as a corresponding method.

The present invention relates to a bale opener (1) for opening pressed fiber bales (100) placed in a placement direction (10), the bale opener comprising a removing unit (12) and a machine frame (11),which has a pillar element (17), on which the removing unit (12) is indirectly or directly arranged in such a way that the height of the removing unit can be varied, the removing unit being movable in the placement direction (10) such that the removing unit (12) can be moved over the fiber bales (100) and, in the process, fiber material can be removed from the fiber bales (100), and comprising asuction-air channel (13) which extends in the placement direction (10) and into which the suction air together with the fiber material from a suctioning device (14) can be introduced and which is covered at the top by a covering belt (15), and comprising a belt-lifting unit (16), by means of which the covering belt (15) can be locally lifted from the top side of the suction-air channel (13). According to the invention, the belt-lifting unit (16) is arranged on the pillar element (17), and a suction-air shaft (19) of the suctioning device (14) extends from the pillar element (17) into the belt-lifting unit (16).

The invention discloses a combustion chamber of a diesel engine. The combustion chamber comprises a central platform, a pit area, a lip, a step area and a piston top; one end of a boundary curve of the pit area is connected with a platform side generatrix extending from the central platform side to the bottom of the combustion chamber, and the other end of the boundary curve of the pit area is connected with the lip through a diversion line extending to the top of the combustion chamber; the lip is connected with the top surface of a piston through a step-shaped curved surface, and the step area is formed above the step-shaped curved surface; an included angle formed between the diversion line and the radial outside horizontal direction of the combustion chamber is an acute angle; and whenthe piston is located at the top dead center, the ratio of the length of the connecting line of the contact point of an oil beam line and the diversion line and the starting point of the bottom end of the diversion line to the total length of the diversion line is within a preset proportion range. According to the technical scheme, the area of an oxygen-enriched area surrounded by high temperature is reduced to inhibit generation of nitric oxide, meanwhile, the mixed gas is guided to move towards the center of an air cylinder to accelerate later oxidation of soot, and the effect of effectively reducing emission of nitric oxide and the soot is achieved while the thermal efficiency of the diesel engine is not reduced.

The invention relates to an electromechanical machine (12) having: a stator (16); a rotor (18); a shaft (20) mechanically connected to the rotor (18); and a cooling device (26), the The cooling device is arranged in the shaft (20), wherein the shaft (20) has a cutout (22), in which the cooling device (26) is arranged, wherein the shaft (20) is designed so that it can be arranged relative to the cooling device ( 26) Turn.

The invention discloses a rolling-element bearing (1) with line contact between a bearing outer part and a bearing inner part (2). The rolling-element bearing with line contact includes the bearing outer part and the bearing inner part, each of which forms a running surface (8) for at least one rolling element (4) disposed between the inner and outer parts. The rolling element (4) contacts these running surfaces (8) along a line (10) when it rolls. Furthermore, the at least one rolling element (4) has an axial rolling-element length (L), the running surface (8) of the bearing outer ring has an axial outer running surface width (B), and the running surface (8) of the bearing inner ring (2) has an axial inner running surface width (B). The outer running surface width (BI) and/or the inner running surface width (BI) is narrower than the rolling-element width (L) in at least a first circumferential partial region (I) of the rolling element, wherein the at least one running surface in the running surface (8) extends obliquely to the rolling direction (R) of the at least one rolling element (4) in the first circumferential partial region (I).

The invention relates to a device and a method for determining relative displacements of body parts or body areas, with a transmitter (2) and a sensor (4) associated with the transmitter (2), wherein at least one shadowing device (6), which is displaceable relative to the sensor (4) and/or the transmitter (2) and is fixed to at least one body part or body area, is arranged between the transmitter (2) and the sensor (4).

The invention relates to a wet clutch mechanism (10) for a torque transmission module comprising at least a multi-disc type first clutch (E1), and the first clutch is controlled to selectively couplea drive shaft to a first driven shaft. The first clutch (E1) comprises: a torque input disc carrier (20), which is set to be rotatingly connected to the driving shaft; a first output disc carrier (33), which is set to be rotatingly connected to the driven shaft by means of an output hub (34); a multi-disc assembly comprising flanges (31) and friction discs (32); and a guide bearing (150), which isinserted in a cylindrical support portion (23) of the input disc holder and configured to support the radial forces of the wet clutch mechanism, wherein an inner guide ring (153) has a threaded portion (154).