14 results about "Interchangeable parts" patented technology

The utility model discloses an efficient civil defense door plate cutting device, which belongs to the technical field of cutting devices and comprises a base, a guide rail, a moving platform, a cutting mechanism and a control system. The cutting device is novel in design and ingenious, compared with the prior art, according to the technical scheme, the cutting speed and precision are improved, the rapid and stable cutting process is achieved through an advanced control system and a precise mechanical structure, the cutting efficiency and precision are greatly improved, the operation difficulty is reduced, the automation degree is high, manual intervention is reduced, and the production cost is reduced. The cutting machine is simple and easy to operate and learn, reduces skill requirements of operators, reduces equipment cost, adopts modular design, is high in part universality and convenient to maintain, is lower than a traditional numerical control cutting machine in overall cost, is more suitable for being used by small and medium-sized enterprises, is high in adaptability, can flexibly adjust cutting parameters according to plates of different materials and thicknesses, and is wide in application range. And various production requirements can be met, and the practicability of the device is greatly improved.

Clamping module system for a machine tool, comprising a set of several combinable clamping modules (1, 1.1,...,1.n), wherein each of the clamping modules (1, 1.1,...,1.n) has a base body (2) with a first clamping surface (3) for securing its position relative to the machine tool, and comprising a clamping arrangement arranged at least partially in the base body (2) for generating a clamping force directed against the first clamping surface (3), and wherein the clamping arrangement comprises a clamping bolt (4, 4.2) with a coupling device (15, 15.2) and a manually actuated clamping slide (7, 7.1, 7.2) which is in an angular position relative to the clamping bolt (4, 4.2), and wherein the clamping bolt (4, 4.2) and the clamping slide (7, 7.1, 7.2) have mutually interacting conical surfaces (9.1, 9.2, 9.3), and wherein the first clamping surface (3) has a perpendicular first bore (5) for introducing the clamping bolt (4, 4.2) into the base body (2), characterized by the fact that at least one fitting groove (10.1,...,10.6) is present on the first clamping surface (3), wherein the longitudinal axis (11) of the fitting groove (10.1,...,10.6) intersects the axial axis (6) of the first bore (5) at right angles and in the slot (10.1,..., 10.6) at least one T-nut (12.1,...,12.2) is arranged, which in the intended assembled state projects beyond the first clamping surface (3), wherein the T-nut (12.1,...,12.2) is removable and / or retractable from the first clamping surface (3) and the clamping bolt (4, 4.2) is interchangeable and axially movable in the first bore (5) in such a way as to prevent loss that the coupling device (15, 15.2) on the clamping bolt (4, 4.2) projects further towards the first clamping surface (3) than the T-nut (12.1,...,12.2) in the intended mounted state and wherein the clamping bolt (4, 4.2) is designed as an interchangeable part and the clamping module system includes different clamping bolts (4, 4.2), wherein at least one of the clamping bolts (4, 4.2) has a coupling device (15, 15.2) with undercuts for clamping on a T-slot table and at least one further clamping bolt (4, 4.2) has a coupling device (15, 15.2) for attaching a first clamping module (1, 1.1,...,1.n) to a second clamping module (1, 1.1,...,1.n), wherein the coupling device (15, 15.2) of the further clamping bolt (4, 4.2) has a second conical surface (9.2) which is designed for interaction with the conical surface (9.1, 9.2, 9.3) on the clamping slide of the second clamping module (1, 1.1,...,1.n).

The invention relates to a vacuum cylinder unit for transferring labels to containers in a vacuum-supported manner, and a labeling device equipped with said unit. The vacuum cylinder unit comprises a drive shaft and a vacuum cylinder which is coupled thereto in a centered and driving manner by means of a zero-point clamping system. Because the zero-point clamping system comprises a clamping pin which is integrated into the vacuum cylinder and a clamping chuck which is rigidly connected to the drive shaft for securing the clamping pin, the vacuum cylinder can be manually lifted off the drive shaft by a small vertical stroke and the majority of the weight of the zero-point clamping system can be moved into the region of the drive shaft. This also reduces the amount of equipment needed for the vacuum cylinder which is designed as a format-specific interchangeable part.

The invention relates to an exchangeable component (1), comprising a housing having a peripheral surface (2) and an end surface (3), the housing being configured to be fastened to a module by means of a rotational movement with an at least partially open side opposite the end surface (3), a plug-in structure (4) being provided on or on the end surface (3), the invention relates to an interchangeable part (1) having a plug-in structure (2) which has at least one undercut (5) for the form-fitting plug-in of a tool (10), the undercut (5) and / or the tool (10) being designed such that the tool (10) is coupled with the interchangeable part after the plug-in into the undercut (5) in order to achieve a common movement in the direction of a longitudinal axis (A1) of the interchangeable part (1).

------08 / 02 / 2564------(OCR) The toggle switch (100) is assembled with: - a housing (20) made of electrically insulating material, the first side button (30a) and the second side button (30b), both of which slide along the housing (20) along each sliding axis (AA, BB) between the initial rear position and the final front position; - a rocker control piece (50) which is deployed to be rotated in two opposite directions respectively by the first side button (30a) and the second side button (30b). - The rocker arm (60) with its first end (61) and second end (62) opposite to the first end (61); - The first movable contact (70a) and the second movable contact (70b) which are arranged on the rocker arm (60); - The first fixed contact (80a) and the second fixed contact (80b); - The conductive support pivot (90) on which the rocker arm (60) rests;The rocker control element (50) is deployed and positioned to rotate the rocker transfer element (60) between the following three stable angular positions: - the first angular end of the stroke position, where the first movable contact (70a) contacts the first fixed contact (80a) and where the second movable contact (70b) is separated from the second fixed contact (80b); - the second angular end of the stroke position, where the second movable contact (70b) contacts the second fixed contact (80b) and where the first movable contact (70a) is separated from the first fixed contact (80a); - the central angular position where the movable contacts (70a, 70b) are separated from each fixed contact (80a, 80b). The second end (62) of the rocker transfer element (60) rests on the supporting pivot point (90); ------------ Switch (100) assembled with: -Cover (20) made of electrical insulation material, side button one (30a) and side button two Two (30b), both buttons slide along the housing (20) along each sliding axis (AA,BB). Between the initial rear position and the final front position; - A rocking control part (50) which is deployed to be made to rotate in two opposite directions. In order by side button one (30a) and side button two (30b); - A movable interchangeable part (60) with a first end (61) and a second end (62). Opposite to the first end(61); - First movable contact (70a) and second movable contact (70b) which are arranged on the rocking change parts (60); - The first contact which is fixed at point(80a) and the second contact which is fixed at point(80b); - A conductive pivot support (90) on which the rocking shifting part (60) rests; The rocking control piece (50) is deployed and positioned to rotate the swapping piece. The rocking motion (60) between the following three stable angular positions: -The first angular end of the stroke position, where the movable contact is located. (70a) Contact with a contact part which is fixed at one point (80a) and where the contact part is movable at The two (70b) are separated from the contacts which are fixed to the second (80b); -The second angular end of the stroke position, where the second movable contact is located. (70b) contact with the second fixed contact (80b) and where the movable contact is located. One (70a) is separated from the contact which is fixed at one (80a); -The central angular position where the movable contacts (70a,70b) separate. From each contact part which is fixed (80a,80b) The second end (62) of the rocker arm (60) rests on the pivot support. (90)

According to the technical scheme, the Mozzarella cheese strip forming equipment is composed of an extrusion part, salt soaking parts and an equipment frame, the two sides of the extrusion part are respectively connected with one salt soaking part, the extrusion part is composed of a curd extrusion groove, a curd forming groove, an auger, a first PP multi-layer circular cutter and a second PP multi-layer circular cutter, and the extrusion part is connected with the equipment frame. The curd extrusion groove is fixed at the bottom of the equipment frame, and an auger is arranged in the curd extrusion groove and is driven by a first motor. The cheese curdling machine has the following beneficial effects that the cheese curdling machine can be used for continuously forming cheese curdling through rotary extrusion and conveying the cheese curdling into the salt water tank through the conveying belt, so that the formed state of the cheese curdling machine is further stabilized; left and right simultaneous work can be achieved, and production efficiency is improved; the equipment is simple in design structure, high in accessory interchangeability and easy to repair and maintain.

The utility model discloses a kind of multi-module quick-change keyboard upper cover mould, to provide a kind of simple structure, can be adapted to multiple keyboard upper cover by interchangeable part, and the multi-module quick-change keyboard upper cover mould of on-machine changing can be realized. The utility model includes upper die and lower die, the upper die is provided with first interchangeable part, second interchangeable part and third interchangeable part, the lower die is provided with fourth interchangeable part, fifth interchangeable part and sixth interchangeable part, the first interchangeable part, the second interchangeable part and the third interchangeable part are respectively matched with the fourth interchangeable part, the fifth interchangeable part and the sixth interchangeable part, the upper die upper end surface is provided with several injection ports, and several injection ports are communicated with injection channel formed between upper die injection groove and lower die injection groove. The utility model is applied to the technical field of product mould.

A device is described that is modular and involves interchangeable parts. The device may include a base module electrically linked to an interchangeable attachment module. In one example of the device of the present invention, the base module includes a port for receiving the attachment module and transmitting power directly to the attachment module. The port may additionally or alternatively be capable of receiving an intermediate module and transmitting power to the intermediate module. In this particular example, the intermediate module may receive an attachment module and transmit power to the attachment module. The attachment module may involve electronic features, such as, for example, lights, fans, sound emitting features, scent emitting features, or a combination of these.

The design relates to a multifunctional garment featuring integrated fastening elements that allow modular connection of interchangeable parts; the fastening elements are positioned under the arm openings and around the waistline, enabling the attachment or detachment of complementary garment sections; the modular arrangement provides versatility in appearance and configuration; the broken lines in the representation show the environment of the design and form no part of the claimed design; the features in solid lines are the subject of protection.

A module 60 for mounting in a wall includes a body, such as a back box 10, defining a chamber for housing electrical components. Interchangeable parts such as a mounting plate, cover 27, trim, insert,

The invention provides an aircraft composite material plate assembly method based on mutual replacement properties, which comprises the following steps: step 1, confirming physical requirements, structural requirements and functional requirements of composite material plates according to the mutual replacement properties; 2, at least two tool sample plates are prepared according to the physical requirements, the structural requirements and the functional requirements; step 3, planning and using a tool sample plate assembly process; step 4, performing trial verification on the tool sample plate by using the tool sample plate assembly process; 5, mutual replacement coordination technical conditions are confirmed, the mutual replacement coordination technical conditions are used for judging whether the mutual replacement parts meet the gap requirement or not, and if the mutual replacement parts meet the gap requirement, mutual replacement verification is completed; 6, performing mutual replacement verification by adopting a one-to-one mutual replacement verification method; step 7, performing mutual replacement verification by using a one-to-one mutual replacement verification method according to a mutual replacement coordination technical condition to obtain an assembly digital quantity set; and step 8, comparing the obtained assembly digital quantity set with the engineering requirement data set to obtain a mutual replacement verification result.