110 results about "Radial projection" patented technology

Liquid filter assemblies, features, components and methods are described. In general, a liquid filter cartridge is provided which includes features that help ensure that when the assembly is serviced, the cartridge positioned within the assembly is a proper one, in proper sealing orientation, for appropriate use. Features that can be used to provide for this include: a seal on the filter cartridge that defines a seal pattern non-orthogonal to a plane perpendicular to a central axis of the filter cartridge; and, a member of a projection / receiver arrangement on the filter cartridge which is orientated to engage a portion of a liquid filter assembly, for example a liquid flow collar, to allow sealing when the cartridge is a properly positioned cartridge and a properly configured cartridge. Assembly features are described. Also, a flexible radial projection arrangement providing snap-fit interaction between a cartridge and housing is provided. Methods of assembly and use as described.

The invention relates to the technical field of axial flow fans, in particular to an impeller with S-shaped blades and an axial flow fan applying the impeller. On the axial projection of the impeller, the peripheral contour of each blade is defined by a blade root edge, a blade front edge, a blade outer edge and a blade rear edge, and the blade root edge is connected with the hub; the blade front edge and the blade rear edge are both wavy curves, and the blade root edge and the blade outer edge are both arc-shaped lines with the axis O of the hub as the circle center. Each blade is provided with a pressure face and a suction face, the pressure faces and the suction faces are oppositely arranged, and on the radial projection of the impeller, the pressure faces are arranged in a wave shape in a protruding mode from one end of the blade root edge to one end of the blade rear edge towards the suction faces and then concavely arranged, so that the blades are of an S-shaped structure. The problem that a traditional blade structure cannot meet the use requirements of high efficiency and low noise can be solved.

A feeder housing shaft sprocket segment comprising: a sprocket segment body (300) extending in a circumferential direction around a center axis (A) from a leading edge (304) to a trailing edge (306), wherein the leading edge (304) and trailing edge (306) subtend a segment angle about the center axis (A), the segment angle being a first unit fraction of 360°; an outer sprocket perimeter (308) comprising a plurality of teeth (310) evenly arranged in the circumferential direction about the center axis (A) with each tooth (310) spaced by a tooth angle from each adjacent tooth (310), the tooth angle being a second unit fraction of 360°; and a plurality of engagement surfaces (312) extending towards the center axis (A) and facing in the circumferential direction (C), the plurality of engagement surfaces (312) being asymmetrical relative to a plane (P) defined by the center axis (A) and a radial projection from the center axis (A) that bisects the sprocket segment body (300) midway between the leading edge (304) and the trailing edge (306).

A flame protection device (41) for a burner (3) is arranged in a drying drum (2) and has a central longitudinal axis (7) and several lamellae (9) which are arranged in a circumferential arrangement (40) in the circumferential direction (10) with respect to the central longitudinal axis (7), wherein an outer surface (42) of the circumferential arrangement (40) facing away from the central longitudinal axis (7) is formed without radial projections.

A wheel hub assembly (1) for a motor vehicle, comprising a wheel hub (2) rotatably mounted by means of a wheel bearing (8) for fastening a wheel (4), wherein a shaft (12) formed separately from the wheel hub (2) is coupled to the wheel hub (2) in a rotationally fixed manner, wherein a first receiving portion (19) of a seal receptacle (20) is formed in the wheel hub (2), in which a sealing device (21) is arranged, which engages in a second receiving portion (22) of the seal receptacle (20), formed in the shaft (12) and adjoining the first receiving portion (19) in the axial direction with respect to a rotational axis (14) of the wheel hub (2), wherein the sealing device (21) bears sealingly against an inner circumferential surface (25) of the wheel hub (2) and against an inner circumferential surface (27) of the shaft (12), characterized in thatthat the sealing device (21) projects beyond the wheel hub (2) on its side facing away from the shaft (12) and has a radial projection (28) there to form a rim cover (29), which projects beyond the first receiving section (19) in the radial direction.

This utility model provides a contactor lead-out connection structure and a contactor, including an insulating cover and a lead-out terminal. The insulating cover has a connection hole, and the lead-out terminal is fitted into the connection hole of the insulating cover. It has a stationary contact end as a stationary contact and an external portion away from the stationary contact end. The external portion is used to connect to an external connection terminal. The external portion also has a fixing part extending outward in its radial direction, and is fixedly connected to the insulating cover through the fixing part. On the radial projection plane, the distance between the connection position of the lead-out terminal and the insulating cover, and between the connection position of the lead-out terminal and the connection terminal, is increased. When the connection terminal is subjected to external pulling force, the pulling force on the connection position of the lead-out terminal and the insulating cover is reduced, making it less prone to tearing, thus ensuring the sealing reliability of the product.

The invention relates to a stop pin (10) for limiting the axial travel of a mobile (21) of a timepiece movement (20), said stop pin (10) comprising a head (11) arranged at one end of a stem (12) extending along a longitudinal axis of rotation, the head (11) extending radially relative to the stem (12) and comprising, on a portion of the periphery of the head (11), a radial projection (110) intended to be arranged opposite the mobile (21), and, at the junction with the stem (12), a bearing seat (111), the stop pin (10) being intended to rest, by means of the bearing seat, on a structure (22) of the timepiece movement (20), wherein said bearing seat (111) has a central thickening (112) extending around said stem (12) so as to allow the bearing surface of said bearing seat (111) to be limited on said structure (22) of the timepiece movement (20).

The application discloses a lower-positioned air duct negative pressure box oil discharging and noise reduction structure, which comprises a negative pressure box shell, a fan assembly, a sealing plate and an anti-back-suction oil outlet cover plate. The negative pressure box shell comprises a negative pressure box U-shaped plate, a side plate and a front cover plate. The anti-back-suction oil outlet cover plate comprises a top plate, an inner partition plate and an outer partition plate. The inner partition plate is provided with an inner oil guiding part, and the outer partition plate is provided with an outer oil guiding gap. The radial projection of the inner oil guiding part does not coincide with the outer oil guiding gap. The anti-back-suction oil outlet cover plate is arranged, so that the oil stains need to pass through the inner oil guiding part, then pass through the gap between the inner partition plate and the outer partition plate, and then flow out from the outer oil guiding gap to really enter the inside of the negative pressure box. The length of the path that the oil stains need to pass through in the case of back suction is prolonged, and the risk of the oil stains being adhered to the fan assembly in the case of back suction is reduced. Meanwhile, the arrangement of the anti-back-suction oil outlet cover plate blocks the air sucked in from directly entering the negative pressure environment to cause the noise generated by turbulence, so that the noise reduction effect is achieved.

This utility model discloses an air fryer, including a housing, a reflector, a motor, a first fan blade, a second fan blade, a heating element, and a pot body. The reflector is disposed on a partition plate inside the housing, dividing the cavity inside the housing into an installation cavity and a cooking cavity. The motor and the first fan blade are both disposed in the installation cavity. The second fan blade and the heating element are both disposed in the cooking cavity and are both located within the reflector. The output shaft of the motor extends through the reflector into the cooking cavity. The first and second fan blades are both connected to the output shaft of the motor. The first fan blade has a receiving cavity in its middle, and at least a portion of the motor is located within the receiving cavity. The heating element surrounds the second fan blade, and the radial projection of the fan blade at least partially coincides with the radial projection of the heating element. The pot body can be inserted into the cooking cavity through an insertion port opened in the side wall of the housing. By improving the arrangement of the internal components of the air fryer, the height of the air fryer is reduced, thereby reducing packaging and transportation costs.

The utility model provides a wave generator assembly tool of a harmonic reducer. The wave generator assembly tool comprises a press-fitting base and a guide shaft arranged on the press-fitting base. The guide shaft comprises a first guide part and a second guide part, the first guide part is used for being connected with the cam, and the cam can slide in the axial direction of the first guide part; the second guide part is sleeved with a guide sleeve, and the guide sleeve can slide in the axial direction of the second guide part. A positioning part protruding in the radial direction is arranged on the peripheral wall of the guide sleeve, and the first guide part, the second guide part and the positioning part are coaxially arranged; the positioning part is used for being connected with the flexible bearing in a sleeving mode, and the peripheral wall of the positioning part is attached to the inner wall of the flexible bearing. In the assembling process, the cam pushes the guide sleeve downwards, the positioning part is made to retreat from the inner ring of the flexible bearing, meanwhile, the cam is extruded into the flexible bearing from the upper portion, in the process, the cam and the flexible bearing are kept coaxial all the time, the assembling requirement of the wave generator is met, secondary deformation of the flexible bearing is avoided, and then the product quality is guaranteed.

This utility model relates to the field of agricultural machinery power output technology, and discloses a transmission device for an agricultural work machine, including a power unit and a transmission housing. The power unit is drively connected to the transmission housing. A clutch unit, supported by a power shaft and used to connect or disconnect power transmission, is disposed within the transmission housing. A maintenance port for maintaining the clutch unit is provided on the transmission housing, located on the radial projection side of the clutch unit and / or the axial projection side opposite to the power unit. This facilitates the inspection and maintenance of the clutch unit, allowing for quick disassembly, replacement, and installation.

The invention relates to a steering gear (10) for a steering system of a motor vehicle, comprising a housing (12) of the servo unit (14), said housing (12) having a circular opening (16), wherein a plurality of first radial projections (18) arranged at a distance from one another in the circumferential direction are formed on the circumferential surface (16a) of the opening (16); and comprising a servo cover (20). A plurality of latching elements (22) arranged at a distance from one another in the circumferential direction are formed on a circumferential surface of the servo cover (20) and are designed to interact, in a closed position of the bayonet closure, with the first radial projections (18) formed on the circumferential surface (16a) of the opening (16) of the housing (12) of the servo unit (14) in such a way that the servo cover (20) is rotationally fixed in the opening (16) of the housing (12) of the servo unit (14). The invention further relates to a method for producing a bayonet closure for a steering gear (10) of a steering system for a motor vehicle.

Steer-by-wire steering device (10; 10A; 10B; 10C) comprising: a first element (80, 80B, 80C) that rotates together with an input shaft (21) when a steering wheel (11) is turned, and that includes a first projection (82, 82B, 82C) that extends from the input shaft (21) in a radial direction; a second element (90, 90A) provided on the input shaft (21), having a center of mass (G2) spaced relative to the center line (CL) of the input shaft (21) and a second projection (92) that extends into a path of movement of the first projection (82, 82B, 82C), wherein the second element (90) is rotatable together with the first element (80, 80B, 80C) when the first projection (82, 82B, 82C) is in contact with the second projection (92); and a stop (61a) which is arranged in a position suitable for adjoining only one path of movement of the second element (90) when the second element (90) is rotated by the first element (80, 80B, 80C), and which is suitable for limiting a rotation of the steering wheel (11) by means of the input shaft (21) when the second projection (92) is in contact with it, wherein the second projection (92) comprises a radial projection (92a) extending in the radial direction from the second base (91) and an axial projection (92b) extending in the direction along the axial line (CL) from the radial projection (92a), and wherein the axial projection (92b) is able to rest against the first projection (82, 82B, 82C) and against the stop (61a).

The present invention provides an air cycle machine, comprising an air expansion mechanism, the air expansion mechanism including an expansion volute and a turbine within the expansion volute, a turbine having a wheel cover mounted on its outer periphery, the wheel cover including a connecting cover plate and an air outlet pipe located on the outer end surface of the connecting cover plate, the wheel cover being connected to the expansion volute via the connecting cover plate, and the air cycle machine further including an anti-icing pipe mounted radially outwardly of the air outlet pipe, the anti-icing pipe having a hot air flow introduction pipe, the radial projection of the turbine outlet end surface on the air outlet pipe forming a first projection circle, and the hot air flow delivered linearly by the hot air flow introduction pipe covering at least a portion of the first projection circle. The present invention can specifically direct a higher-temperature airflow in a linear impact manner to the lowest-temperature region of the air outlet pipe, thereby effectively raising the air outlet pipe temperature in this region, thereby effectively reducing the probability of ice formation in this region, and effectively preventing ice blockage at the air outlet of the turbine of the air expansion mechanism.

Torsional vibration damping device (1) with a primary mass (4) and a secondary mass (5) which is rotatable relative to the primary mass (4) against the action of at least one torsional vibration damping element (7) and by means of a bearing device (10) comprising an axial thrust washer (18), an axial friction ring (16) and a radial sliding bearing sleeve (14), wherein the axial thrust washer (18) is non-rotatably connected to the primary mass (4), wherein the axial thrust washer (18) has at least one radial projection (41-43) which is non-rotatably connected to the primary mass (4) and projects radially outwards, wherein the radial projection (41-43) engages with a drive element extending from a retaining element (25) which is attached to the primary mass (4).

A damping assembly is provided comprising a base comprising a circular opening and a support (200) configured to fit into said circular opening of said base. The support (200) comprises a base (210) having a cylindrical outer side surface. The support (200) comprises a damping cylinder (220) comprising an inner side surface surrounding the outer side surface of said base (210) and an outer side surface (222) configured to hold on said circular opening. Said damping cylinder (220) comprises at least one radial projection (230) extending from the inner side surface of said damping cylinder (220) or from the outer side surface of said damping cylinder (220). [Fig. 4]

The utility model discloses a nozzle and an ammoniation device for carbon fiber polymerization liquid. The nozzle comprises an outer sleeve and an inner sleeve attached to the inner side of the outer sleeve. The peripheral wall of the outer sleeve is provided with at least two air injection areas distributed in the circumferential direction, and each air injection area comprises a plurality of air injection holes. At least two air outlets in one-to-one correspondence with the air injection areas are formed in the peripheral wall of the inner sleeve; the projection of each air outlet hole on the peripheral wall of the outer sleeve in the radial direction covers the corresponding air injection area. The at least two air outlet holes are formed in the inner sleeve of the nozzle, the at least two air injection areas are arranged on the outer sleeve, and each air injection area comprises the multiple air injection holes, so that the nozzle can uniformly exhaust air, and the ammoniation effect can meet the use requirement; and a double-layer tubular structure formed by matching the inner sleeve and the outer sleeve can enhance the structural strength of the nozzle.

The present invention relates to a brake actuation device (2) for a motor vehicle, comprising a brake booster (1) having a movable actuating rod (3), and an input rod (5) which is connectable to or connected to a brake pedal (6) and coupled to the actuating rod (3) by a ball joint (9) so that the input rod (5) is pivotable relative to the actuating rod (3), wherein the ball joint (9) has a spherical socket (10) and a spherical projection (11) mounted in the spherical socket (10). It is provided that at least one radial recess (17) is formed in the spherical socket (10) in which a radial projection (16) of the spherical projection (11) with a predetermined clearance for limiting the pivoting range of the ball joint (9) is located.

The invention discloses a driving joint of a robot. The driving joint drives legs of the robot to achieve posture conversion. The driving joint comprises a speed reducer assembly, a stator shell, a stator assembly, a rotor assembly, a driving plate and a driving cover; a stator assembly and a rotor assembly which is accommodated in the stator assembly and can rotate relative to the stator assembly are fixed in the stator shell; a central gear is arranged at one end, facing the speed reducer assembly, of the rotor assembly; the speed reducer assembly comprises a planetary speed reducing mechanism which is in meshing transmission with the sun gear; the rotor assembly is arranged in an annular space formed by the stator assembly, and the projections of the speed reducer assembly, the driving plate and the driving cover in the axial direction are at least partially overlapped with the radial projection of the stator assembly; according to the driving joint for the robot, installation is convenient, the space utilization rate is extremely high, a wire harness can be arranged in the driving joint, compact layout is achieved, and motion interference is avoided.

A fastening system (1) comprising: - a cylinder (4) including a head (5) and a cylinder body, the head (5) being configured to move relative to the cylinder body in an axial direction of the cylinder (11), - a male part (7) fixed to the head (5), the male part (7) including locks (9) which are located in radial projection of the male part (7) relative to the axis of the cylinder (11), - a female part (12) including an internal wall (15) defining a housing (17), the locks (9) being configured to insert by elastic deformation into the housing (17) when the male part (7) is moved towards the female part (12) in the axial direction (11), and - a flange (21) configured to fix the female part (12) to the head (5) and to lock the locks (9) in the housing (17). Figure to be published for the summary: Figure 1

A damping assembly is presented that includes a mount having a circular opening and a support (200) configured to be inserted into the circular opening of the mount. The support (200) includes a base (210) having a cylindrical outer side surface. The support (200) includes a damping cylinder (220) including an inboard surface surrounding an outboard surface of the base (210) and an outboard surface (222) configured to remain on the circular opening. The damping cylinder (220) comprises at least one radial projection (230) protruding from an inner side surface of the damping cylinder (220) or from an outer side surface of the damping cylinder (220).

A sensor device for contactless determination of a radial position of a rotor has a target unit on the rotor with an electrically conductive target material. A coil unit is adapted for electromagnetic interaction with the target material. A control unit is electrically coupled to the coil unit and is designed to excite a coil of the coil unit with an excitation signal and to detect and evaluate a response signal of the coil unit in to determine the radial position of the rotor. The target unit has target elements with the target material in the direction of rotation on the rotor separated by a gap and the gaps of the target unit. Coil(s) of the coil unit are matched to each other in their geometry in such a way that the temporal change of the portion of the coil projected onto the target unit in a radial projection.

The utility model relates to the technical fields of hair dryer, it discloses air deflector and hair dryer air deflector shell and back shell with temperature control function, air deflector shell and back shell are connected, air deflector shell includes casing, first peripheral inwards air deflector pipe and second peripheral inwards air deflector pipe, the casing is equipped with first air outlet ring and second air outlet ring, the air outlet of first peripheral inwards air deflector pipe and second peripheral inwards air deflector pipe all are towards the center of casing, the clearance between the circumferential position of second peripheral inwards air deflector pipe and adjacent two second peripheral inwards air deflector pipes is aligned, and second peripheral inwards air deflector pipe radial projection is in the clearance, and first peripheral inwards air deflector pipe is surrounded and forms first air deflector ring along the circumferential arrangement, and second peripheral inwards air deflector pipe is surrounded and forms second air deflector ring along the circumferential arrangement, and first air deflector ring and second air deflector ring all set up in first air outlet ring, and second air outlet ring is located in first air outlet ring. The utility model improves outer layer airflow uniformity and dry hair efficiency, and protects hair scale.

The invention discloses a combined wind power bearing retainer which comprises a plurality of retainer sections, each retainer section is provided with a plurality of pockets, and the adjacent retainer sections are in dual mechanical connection through outer ring connecting pieces and inner ring connecting pieces; connecting parts are arranged at the two ends of each retainer segment, the outer ring connecting pieces are attached to the outer ring faces of the adjacent connecting parts, the inner ring connecting pieces are attached to the inner ring faces of the adjacent connecting parts, the outer ring connecting pieces and the inner ring connecting pieces are arranged in a staggered mode in the axial direction of the retainer, and the projections of the outer ring connecting pieces and the inner ring connecting pieces in the radial direction of the retainer have overlapping areas. At least one pocket hole is located in the connecting part, the outer ring connecting piece is provided with an outer avoiding hole, the inner ring connecting piece is provided with an inner avoiding hole, and the outer avoiding hole, the inner avoiding hole and the pocket holes in the connecting part are aligned in the radial direction of the retainer, so that the spherical rolling bodies installed in the pocket holes of the connecting part penetrate through the outer avoiding hole and the inner avoiding hole respectively to complete rolling work. According to the scheme, the transportation difficulty and cost of the retainer can be reduced, and deformation of the retainer can be effectively restrained.

Cosmetic product packaging assembly, packaging and dispensing device, refill and associated assembly method. The assembly comprises: a bottle (16) having a neck (26) having an internal surface (38) defining an access passage to an internal volume (28), a connector (18) comprising a barrel (60), a collar (62) and at least one radial projection extending from the barrel (60). The internal surface (38) of the neck (26) defines at least one concave region (48). The radial projection(s) are adapted to bear against the concave region (48) of the internal surface (38) when the collar (62) is positioned against an edge (42) of the neck (26). The concave region (48) cooperates with the radial projection(s) to generate an axial force exerted by the collar (62) on the outer edge (42) towards the internal volume (28). Figure for the summary: Figure 3

The invention discloses a compact synchrotron radiation X-ray CT (Computed Tomography) imaging sample table, which comprises a circular rotary table, and a first horizontal displacement table and a second horizontal displacement table which are eccentrically arranged on the circular rotary table, and a circular table concentric with the circular rotary table is fixed above the displacement tables and is used for bearing a sample. An adapter plate with an eccentric hole is arranged between the first horizontal displacement table and the second horizontal displacement table, and the projection range of the displacement tables and the driving mechanism thereof in the plane of the circular rotary table is minimized by adjusting the adapter plate. Through the collaborative design of eccentric arrangement of the displacement table, centering compensation of the adapter plate and tightly-attached built-in motor, the overall radial projection of the displacement table and the driving mechanism is completely contained in the projection range of the circular rotary table, the problem that the installation distance of a detector is too long due to outward protruding of the motor of a traditional sample table is solved, the size limitation is broken through, and the detection precision is improved. The diameter of the circular turntable is obviously reduced, the structure is compact, the geometric magnification and the photon collection efficiency are improved, and the higher imaging resolution is obtained.

A latch assembly for pivotally securing a tailgate to a truck bed including a body adapted to being secured to a side of the tailgate and enclosing each of a pawl and sector. A pivot support is adapted to being secured to each of first and second opposing side locations of the tailgate in alignment with a main pivot extending through said sector. The pawl exhibits projecting portions which oppose circumferentially offset and radial projection portions of the sector. A torque is exerted by the pawl against the sector at selected downward and return upward pivoting directions, permitting rotation of the tailgate between each of upright, intermediate and down positions.

The present invention relates to the technical field of mechanical manufacturing, and particularly to a processing method for a hollow part. The processing method includes: arranging a positioning block parallel to the built-in parallel plane of the target hollow part outside the feed end of the processing die; based on the positioning block, completing the alignment of the preformed hollow part blank corresponding to the built-in parallel plane of the target hollow part; and processing the aligned preformed hollow part blank to obtain the built-in parallel plane. By arranging a positioning block parallel to the radial projection of the built-in parallel plane, the present invention realizes the visual positioning and correction of the plane to be processed; at the same time, by optimizing the positioning accuracy of the positioning block with an optoelectronic autocollimator, the positioning accuracy of the built-in parallel plane is further improved, and the processing accuracy is greatly improved compared with the prior art.

An injection device including a barrel, a plunger rod received within the barrel and including N radial projections successively disposed at different locations along the axis of the barrel, N being an integer equal or greater than 2, a dose setting member configured to be removably mounted onto the barrel, and having N portions configured to sequentially abut axially against the N radial projections, respectively, when pushing the plunger rod axially within the barrel, and the dose setting member being configured to be moved relative to the barrel between N positions, wherein the nth radial projection axially faces the nth portion in the nth position, n being an integer lying between 1 and N.

The present application discloses a motor. The motor comprises: a stator component and a busbar component that covers an axial side of the stator component. The busbar component comprises: a busbar holder and a metal busbar formed in the busbar holder. Between adjacent metal busbars, the busbar holder has radial recesses and / or radial projections on its lateral circumferential surface. The creepage distance between the adjacent metal busbars is greater than a predetermined distance, which is determined based on the voltage. The embodiment of the present application allows the creepage distance between adjacent busbars to be increased, thereby improving the insulation performance.