1726 results about "Cap device" patented technology

A cap device for bottles, which is capable of mixing two different additives separately contained therein with a material contained in a bottle to prepare a mixture in accordance with a simple rotating action of the cap device relative to the bottle, performed by a user, thus allowing the user to easily prepare the mixture just before drinking or using the mixture. The cap device has a cap cover acting as an additive containing part, and defining a cavity therein, with a partition wall provided in the cavity to divide the cavity into two chambers and to separately contain two different additives in the chambers; a first funnel part provided at a lower section of the cap cover; a breakable sheet having a structure to be easily broken by external impact provided at an open lower end of the first funnel part to close the open lower end of the first funnel part; a cap body assembled with a lower end of the cap cover externally tightened to an externally threaded mouth of a bottle; a second funnel part having the same shape as the first funnel part provided at an upper section of the cap body, such that the first and second funnel parts are spaced apart from each other or come into contact with each other; and a means for breaking the breakable sheet so as to open the lower end of the first funnel part.

A cutting and dust collecting assembly comprises a rotatable, circular saw blade (4) having a first side (20), a second side (21), and a cover device (6) with a terminal member (52). The bottom surface (36) of the cover device extends in a plane. A longitudinal passage (45, 46) for the saw blade extends through the cover device from its top surface to its bottom surface. The terminal member comprises a terminal chamber (60) having an inlet (45a), the mouth of which coincides with the plane of said bottom surface. An outlet (58) can be connected to a vacuum source. The direction of rotation of the operating blade is such that the rear part (4a) of the saw blade which has passed beyond the bottom surface of the cover device will move in a direction upwards-rearwards towards the bottom surface. The invention also concerns the cover device, a sealing body belonging to the cover device and a working machine which is provided with the cutting and dust collecting assembly.

The invention discloses a filling capping device comprising a rotary disk component, a filling component, a cap pressing component and a screw capping component. The rotary disk component comprises a rotary disk and a pneumatic division plate which is used for driving the rotary disk to intermittently rotate; the filling component comprises a liquid injection needle, a liquid feeding pipe and a liquid injection lifting cylinder for driving the liquid injection needle to move up and down; the cap pressing component comprises a storage barrel, a transverse push cylinder and a cap pressing cylinder for pushing downwards a bottle cap to be added pushed by the transverse push cylinder; and the screw capping component comprises a screw capping motor, a screw capping lifting cylinder for driving the screw capping motor to move up and down and a rotating sleeve arranged at the free end of the screw capping motor, and a screw capping core arranged in the rotating sleeve. The filling capping device has a simple structure and is low in equipment cost; as the rotary disk is adopted to convey bottles, the volume of the entire device is reduced and subsequently the occupied area of the device is reduced; the filling capping device can be used for teaching demonstration; and furthermore, the space utilization rate of a workshop is improved.

A cap device for bottles allows an additive and a material to be separately stored in the cap device and a bottle, thus preventing the additive from being undesirably added to the bottled material. Furthermore, the cap device may contain a semisolid additive therein, as desired, thus allowing a user to mix the semisolid additive with the bottled material to prepare a mixture. The cap device has a cap body tightened to a mouth or an open lower end of the bottle, with an additive discharging means provided in the cap body to discharge the additive from a space inside the cap body into the bottle. The cap device further has a valve means for opening or closing the discharging means, according to a rotating action of the cap device relative to the bottle. The valve means includes a valve part which is brought into close contact with or spaced apart from the discharging means, thus closing or opening the discharging means to allow the additive to be discharged into the bottle to prepare the mixture. The valve means further includes a plurality of radial or vertical ribs which are integrated with the valve part into a single structure.

A fluid ejecting apparatus that ejects a fluid includes a head that ejects the fluid, a first moisturizing cap device that covers the head to moisturize the head, and a first moisturizing liquid supply portion that supplies, to the first moisturizing cap device, a first moisturizing liquid for moisturizing the head when the first moisturizing cap device covers the head. The first moisturizing liquid supply portion has a first tank that stores the first moisturizing liquid. The first moisturizing cap device has a first moisturizing liquid storage portion that stores the first moisturizing liquid to be supplied from the first moisturizing liquid supply portion. The first moisturizing liquid supply portion supplies the first moisturizing liquid stored in the first tank to the first moisturizing cap device in accordance with a water head difference between the first moisturizing liquid stored in the first tank and the first moisturizing liquid storage portion.

Some embodiments of a medical infusion pump system include a pump device having a cap device that mates with a pump housing to retain a medicine cartridge therein. In addition to retaining the medicine cartridge in the pump housing, the cap device may perform a number of preparatory functions or safety functions. In addition or in the alternative, some embodiments of the pump device may include a drive system that advances a piston rod to dispense medicine to the patient in a safe and energy efficient manner.

Provided is a nozzle capping device of an inkjet printer including a cap covering a nozzle chip of an inkjet head, and a humidity supply unit supplying humidity to an inner space formed by the cap covering the nozzle chip and the inkjet head.

A system and method for facilitating the fixation of bone fractures is disclosed. The anchor component includes a tip, cutting threads and mating threads which are inserted into the far cortex of the bone. A wire extends from the anchor component and exits from the near cortex. A cap device includes a tension spring, a ratcheting mechanism, a lever clutch, and/or at least one wedge, wherein the tension spring, ratcheting mechanism, lever clutch, and/or at least one wedge is configured to assert friction against the wire when the cap is translated in one direction, but minimal friction against the wire when the cap is translated in the opposite direction. The cap is threaded over the wire such that the cap is restricted from backwards movement.

The invention relates to a gasket capping device. The gasket capping device comprises a stand, wherein a worktable and a driving motor are arranged on the stand; a plurality of cap mounting grooves are uniformly formed in the worktable along the annular direction; and a cap feeding track, a sheeting device and a conveyor belt are sequentially arranged at the side part of the worktable along the rotating direction of the worktable. The sheeting device is structurally characterized in that the sheeting device comprises a sheet pushing track which is horizontally arranged on the stand; a gasket groove is formed in the sheet pushing track; a gasket library is arranged above the gasket track; the lower part of the gasket library is communicated with the gasket groove; a push rod and a gasket pushing air cylinder for driving the push rod to move are arranged in the gasket groove on one side of the sheet pushing track; a pressure lever and a pressure lever air cylinder for pushing the pressure lever to vertically move are arranged on the other side of the sheet pushing track; and the pressure lever is positioned above the cap mounting grooves. According to the gasket capping device disclosed by the invention, the traditional mode of manually placing the gasket into a bottle cap is replaced, so that the work efficiency is greatly increased; and in addition, the position of the gasket in the bottle cap can be kept consistent and the gasket is arranged to be in place, and thus the sealing effect is improved.

The invention relates to a carding machine which is provided with a plurality of drums (20,21,22 and so on) and a covering device, wherein the covering device (1) can form an encloser (E), and the drums of the carding machine is contained in the encloser. The covering device (1) is provided with at least a covering element (10, 11, 12, and 13), and the covering element is vertical to the vertical direction of the drums of the carding machine along a shaft line (MD) and can do translational motion between a covering position and an end portion opening position, the covering position exclusively belongs to the covering unit on the position, at least one portion of the drums of the carding machine is covered by the covering element, and the drums are not covered by the cover element on the end portion opening position.

A capping device is configured to terminate a connector while disconnected from another connector in a fluid transportation system, e.g., for peritoneal dialysis. The connector comprises an exposed surface portion that is enclosed when the connector is connected to the other connector. The capping device comprises a body defining a chamber with an opening, a liquid-containing disinfectant in the chamber, a sealing element arranged in the opening to form a sealed cavity retaining the disinfectant, and a structure for engaging and guiding the connector towards the body such that a portion of the connector displaces the sealing element into the chamber. The sealed cavity is configured such that a displacement of the sealing element into the chamber actively presses the disinfectant out of the sealed cavity, for disinfecting at least part of the exposed surface portion. The capping device may be manufactured by introducing the liquid-containing disinfectant into the chamber through the opening, and by arranging the sealing element in the opening to form the sealed cavity.

This invention relates to a security apparatus for trade show booths comprising a flexible cover section to enclose an opening in a booth structure and a means for securely fastening the edges of the cover section to an opening of a booth structure so as to provide a securable removable cover to deter individuals from stealing merchandise from a display booth or otherwise enclose the booth for privacy. In one embodiment, adjustable fasteners that are used to secure the vertical edges of the cover are provide in manner that does not permit removal from outside of the cover when installed. Optional hangers are also used to hang the top edge of the cover to a support structure. Additionally, the cover may be provided with an adjustment belt to ensure that the cover remains taut on the support structure when locked in its fastened position.

A cap device having a cap member connected to a threaded outer surface of a neck portion of a container body and an additive containing member connected to one side of the cap member. A cylinder member is formed within the cap device as an integrated body having a space on a upper side of the cylinder member such that the cylinder member connects to the additive containing member. A plurality of first throughholes is formed in a fan shape are formed in the lower side of the cylinder member. A valve plate is rotatably positioned within the cylinder member, and the valve plate has a plurality of second throughholes corresponding in positions with the plurality of the first throughholes of the additive containing member based on a predetermined rotation of the valve plate to selectively open or close the plurality of first throughhole. An opening and closing means is installed and formed around the cylinder and the cap member and the neck portion of the container body so that the valve plate opens and closes the plurality of first throughholes of the cylinder member as the valve plate is rotated.

A cap device for bottles, which is capable of mixing an additive contained therein with a material contained in a bottle to prepare a mixture in accordance with a simple rotating action of the cap device relative to the bottle, performed by a user, thus allowing the user to easily prepare the mixture just before drinking or using the mixture. The cap device also allows the mixture to be quickly discharged from the container. The cap device for bottles of the present invention includes a valve unit closely and removably fitted over a mouth of a bottle. An additive containing unit externally and removably engages with the valve unit, and the additive containing unit defines a cavity therein to contain an additive.

A method and apparatus are described for fabricating a high aspect ratio MEMS sensor device having multiple vertically-stacked inertial transducer elements (101B, 110D) formed in different layers of a multi-layer semiconductor structure (100) and one or more cap devices (200, 300) bonded to the multi-layer semiconductor structure (100) to protect any exposed inertial transducer element from ambient environmental conditions.

A system and method for facilitating the fixation of bone fractures is disclosed. The head component includes a tip, cutting threads and mating threads which are inserted into the far cortex of the bone. A wire extends from the head component and exits from the near cortex. A cap device includes a tension spring, wherein the tension spring is configured to assert friction against the wire when the cap is translated in one direction, but minimal friction against the wire when the cap is translated in the opposite direction. The cap is threaded over the wire such that the cap is restricted from backwards movement. Tension is then applied to the wire while the cap is tightened against or within the bone surface to apply an appropriate amount of pressure between the surfaces of the fracture. The excess wire beyond the cap can then be removed.

A liquid ejection apparatus including: a liquid ejection head that ejects ink through liquid ejection openings in a liquid ejection surface of the head, a cap device that establishes a sealing state, such that an ejection space opposed to the liquid ejection surface is sealed from an exterior space by the cap device, an air introduction opening and an air discharge opening that are located in the cap device, and a humidifier that supplies an humidified air into the ejection space through the air introduction opening and that discharges an air from the ejection space through the air discharge opening. The air discharge opening opens in an area other than a liquid discharge area onto which the ejected liquid is to be discharged. The apparatus further includes a flow restrainer that restrains the liquid discharged onto the liquid discharge area, from flowing to the air discharge opening.

The invention relates to production equipment for packaging bottled antibacterial fluid and a production method thereof. The production equipment for packaging bottled antibacterial fluid and the production method thereof are characterized in that the production equipment comprises a medicine bottle orientation arranging and conveying device, a medicine bottle material injection device, a medicine bottle pair-wise output control device, a bottle cap orientation arranging and conveying device, a bottle cap mounting mechanism, a medicine bottle cap screwing device, a charged medicine bottle output device and a medicine bottle label pasting and conveying device. By the adoption of the production equipment, human factor damage can be reduced in production, the automation degree of the beverage-packaging production line is improved, the labor intensity of workers is lowered, and the production cost is lowered.

A medical handle device having an illumination apparatus with at least one optical semiconductor component and a method for manufacturing such a hand-held device are displayed. It is proposed that in order to adapt the hand-held device to the specific requirements of a medical application such as uniformly high light emission, high mechanical resistance, sterilizability and electric safety, the illumination apparatus is provided with a base body, at least one blind hole arranged in the base body, a light-emitting window which is formed by the part of the base body extending from the bottom of the blind hole to the first end of the base body and is connected to a cover device which is connected to the base body and with which the blind hole forms a hermetically sealed interior, whereby the at least one optical semiconductor component is arranged in the hermetically sealed interior and the base body and the cover device are made of an electrically non-conducting material that can withstand sterilization. In some embodiments, at least one optical semiconductor component is encased in a transparent thermoplastic material.

A tether mechanism includes a rotatable ring rotatably mounted to a ring mounting element, a linking member and a rotatable connector. The linking member has a long linking member main body, a first support end that is formed at one end of the linking member main body and is connected to the rotatable ring and a second support end connected to the fuel supply lid. The rotatable connector has a U-shaped connector, and the linking member main body can rotate relative to the rotatable ring around the longitudinal axis thereof.