134results about "Filling devices" patented technology

A facility for adjusting a number of servers assigned to server pools for performing certain work types on the basis of unmet service needs in a work processing facility. Servers may include service agents, both human and robotic. A server assignor and a corresponding server assignment method may each be employed in a work distributor or an automatic call distributor (“ACD”) to conditionally adjust server availability in server pools. The server assignor compares a composite preference value for a work type against each server's threshold value for the work type. When the server assignor determines that the composite preference value is greater than or equal to a server's threshold value, then the server assignor indicates that the server may be included in the server pool for that work type. Each server has preference values and threshold values for different kinds of work. The magnitude of a preference value represents an affinity for the work type. The server's threshold value represents a reluctance to perform work having that work type. The server does not normally receive work for which the preference value is less than the threshold value, unless the server assignor determines that the composite preference value exceeds the server's threshold value for that work type. The server assignor and corresponding server assignment method may compute the composite preference value from a number of user-selectable inputs and utilize a number of user-selectable functions.

A retractable push button pen includes a barrel, a pen refill, which has a refill body with hooks at the front side and a writing tip extended out of the front side of the refill body, an extending and retracting mechanism formed of a slide, a limiter and a spring member and received inside the barrel around the writing tip received in the barrel, and a press-control mechanism formed of an absorption rod, which is connected to the writing tip to supply an ink, a cylindrical cap holding the absorption rod and extending out of the rear side of the barrel for pressing by a user to move the writing tip out of the barrel for writing and a pen clip, which has a positioning protrusion engageable into the barrel to lock the pen refill in the extended position and a press portion for pressing by a user to unlock the positioning protrusion from the pen refill.

A portable refillable marker-fluid cartridge comprising a marker-chamber, a marker-fluid applicator extending from out of the cartridge wherein the marker fluid applicator is in fluid communication with the marker-chamber, a filling mechanism configured to open from a delivery tube being pushed theretowards, thereby allowing the marker fluid to pass into the marker-chamber, and at least one seal-ring configured to minimize leak of the marker-fluid out of the marker-chamber.

A marker pen has a penholder, a bending assembly and a writing part. The bending assembly is mounted on the penholder and includes a bending angle, a first section and a second section. The first section and the second section are connected with each other. The first section is connected to the penholder. The writing part is made of fibers being able to contain ink, is mounted through the bending assembly and is inserted in the penholder. Therefore, it is convenient for a user to hold the marker pen in the hand to meet different situations and the user's line of sight to the writing area is not obscured.

There is provided a method for manufacturing a coating instrument provided with a filling member having a filling region in which a coating material is filled and a body portion including an extruding portion inserted inside so as to be brought into close contact with the filling member and constituting a rear end of the filling region, in which the coating material is discharged from a discharge outlet on a tip end side of the filling member by advance of the extruding portion, including a step of filling the coating material into the filling region of the filling member from behind in a state in which a front side of the filling member is located below the rear side, a step of feeding a predetermined amount of air from the discharge outlet into the filling region so that a space is formed on the tip end side in the filling region after the coating material is filled, and a step of assembling the body portion to the filling member after the air is fed.

A handheld marking instrument includes a body having a substantially flat shape, a first chamber formed within the body and having an inner surface configured to receive and contain a marking substance within the body, and a first marking device configured to deliver the marking substance to a desired surface during marking. The first marking device is incorporated in the body and in communication with the first chamber to access the marking substance contained by the inner surface. At least a part of the first marking device is moveable between an exposed position for marking on the desired surface, and a retracted position. In one embodiment, the body has a form factor of a financial transaction card.

The invention relates to a selling device capable of adding ink into a fountain pen refill and replacing a pen point, in particular to an assembly line type producing and selling device for adding ink into a waste fountain pen refill and replacing a pen point fully automatically. The selling device comprises a machine frame, a moving platform, a pulling-out mechanism, an air blowing mechanism, an ink adding mechanism, a pen point installation mechanism, a tail ink injection mechanism and a selling mechanism. According to the selling device, the overall structure is compact, and disassembly, assembly and maintenance are easy; the waste refill can be refilled with ink to be used repeatedly, effective recovery of the refill and tail ink can be achieved, and pollution of harmful substances in the refill and the tail ink to the living environment is reduced.

An automatic cover-opening device has a body, at least one cover panel and a recoil mechanism. The body has an insertion hole defined in the body. The at least one cover panel is mounted on the body and moveably closes the insertion hole. Each one of the at least one cover panel has a guiding segment having at least one guiding edge inclined relative to an axis of the insertion hole to guide an axial force along the axis of the insertion hole to a lateral direction non-parallel with the axis, so as to generate a lateral component force for opening the at least one cover panel. The recoil mechanism is disposed on the body to push the at least one cover panel to a closed position for closing the insertion hole. With such an arrangement, an automatic cover-opening device that can be applied for insertion of a rod-like object is provided.

The invention relates to a negative pressure type ink box filling apparatus, which comprises an ink container, an ink injection channel, a sucker, and a suction channel. The ink injection channel is used for conveying ink to a to-be-filled ink box; one end of the ink injection channel is an inlet end where ink in the ink container enters the ink injection channel; and the other end of the ink injection channel is an outlet end that is connected with the to-be-filled ink box. The suction channel is communicated with the ink container and a suction entrance that is connected with the sucker is arranged on the suction channel. And the inlet end is above a horizontal plane of the ink in the ink container. Because the inlet end is above the horizontal plane of the ink in the ink container, the ink in the ink container can not overflow through the ink injection channel no matter how an environmental factor is changed; therefore, a technical problem that an ink splashing phenomenon occurs when a user uses a current negative pressure type ink filling apparatus at the first time is solved.

The invention discloses an ink adding method of a mark pen. The ink adding method comprises the steps that A, a front end of a conical opening sealing tube of a stretching tube of disposable bag ink is cut through a cutter, and the conical opening sealing tube is inserted into a taper hole of a transition tube of the mark pen of which a pen cover is opened; and B, an end cover on another stretching tube conical tube is taken down through a handle, the conical tube is mounted on a conical head, of which the front part is small and the back part is large, at the front end of an injection tube in a sleeving manner, an injection rod of the injection tube is pushed to inject air into a bag body, and air pushes ink in the bag body to enter the taper hole of the transition tube of the mark pen through an opening of the conical opening sealing tube. Compared with the prior art, the problem that a conventional mark pen cannot be circularly utilized can be solved.

A marker comprising: a body comprising a marker fluid absorber, a marker fluid reservoir, and a flow pipe fluidly coupling the reservoir to the absorber, and a marking core extending from the absorber to outside the body.

A fillable container and applicator for storing and then later applying liquids such as paints, dyes, and varnishes to a surface the container including a resilient bottle adapted to hold a liquid including a open end, a pin that fits over the bottle open end that includes a opening complementary to the bottle open end, a cap that fits over the pin that includes an opening complementary to the bottle open end, an applicator holder and a liquid applicator.

An object of the present invention is to provide a light-emitting writing instrument that can indicate characters and figures by utilizing chemiluminescence phenomena and a light-emitting indicator using the light-emitting writing instrument. A light-emitting wiring instrument 1 includes a fluorescent liquid 21 and an oxidizing liquid 31 that are respectively sealed in destructible containers 2 and 3 and that generate a chemiluminescence phenomenon when mixed with each other; a rod-shaped cylindrical container 4 that also functions as a grip and accommodates a mixture of the fluorescent liquid 21 and the oxidizing liquid 31 discharged from the destructible containers 2 and 3; and an application portion 5 liquid-tightly attached to a tip of the cylindrical container 4 so as to be communicated with the cylindrical container 4. A light-emitting indicator 8 using the light-emitting writing instrument 1 (to be continued).

A decorating applicator for use in a decorating kit comprises a self-feeding hollow plastic tube or wand having a sponge foam rubber applicator tip at one end and a base at the other end of the tube. The applicator tip is held in place with a plastic plug or cap mounted in the open end of the tube. A food dye is placed within the tube, water added and the plug with the applicator extending therefrom is sealingly mounted in the tube opening. The colored liquid is drawn onto the sponge tip through an aperture in the plug. The tip has a specific tapered configuration to facilitate decorating.

The invention provides a pen. The pen comprises a pen body, an ink container prepared from a hard material is fixedly installed in the pen body, the bottom surface of the ink container is fixedly connected with the upper end of an ink pipe, and the ink pipe is communicated with the inside of the ink container. A piston is arranged in the ink container, the piston is collinear with the central lineof the ink container, the periphery of the piston makes cooperative contact with the inner wall of the ink container, and the piston can slide up and down along the ink container. An insertion hole is formed in the top surface of the piston, the top surface of the insertion hole is communicated with the outside, insertion grooves are formed in the front face and the rear face of the insertion hole respectively, the top surfaces of the insertion grooves are communicated with the outside, and the insertion grooves are communicated with the inside of the insertion hole. Arc-shaped grooves are formed in the two sides of each insertion groove respectively, and the arc-shaped grooves are communicated with the insides of the corresponding insertion grooves. The pen further comprises an adjustingrod and a dust-proof plug, wherein the dust-proof plug can be inserted into a through hole in the top surface of the pen body, and the periphery of the dust-proof plug can make close cooperative contact with the inner wall of the through hole in the top surface of the pen body so that dust and other debris can be prevented from entering the pen body through the through hole.

The invention relates to a fountain pen ink filling device comprising a main machine body. A working cavity is arranged on the top end surface of the main machine body, supporting sliding plates whichare arranged in a bilateral symmetry manner are arranged in the working cavity in a sliding manner, clamping mechanisms are arranged in the supporting sliding plates, top fixing blocks are fixedly arranged on the top ends of the supporting sliding plates, ink filling mechanisms are arranged in the top fixing blocks, a cylindrical cavity is arranged at the bottom end of the working cavity, and thecylindrical cavity and the working cavity communicate with each other through a through hole cavity. By means of the fountain pen ink filling device, automatic ink filling of a fountain pen can be realized, the problem that ink splashes and contaminates the hand in the manual ink absorption process is solved, and meanwhile, the ink can be automatically stirred to prevent the ink from being precipitated. Moreover, the fountain pen ink filling device is simple in transmission structure, faults are not prone to being caused, and maintenance is facilitated.

A device for applying a liquid or gel-like product, in particular a cosmetic product, comprising a rotatably supported ball serving as an applicator element, and a storage chamber for the product to be applied on a side of the ball in opposite relationship to an applicator side of the ball for loading the ball on its side in opposite relationship to its applicator side, wherein the storage chamber has a feed opening for the product to be applied. A vent opening is disposed behind the feed opening as viewed from the ball for venting the storage chamber.

The invention relates to a stationery, in particular to a pen and a special automatic ink injection device. The pen comprises a pen holder; the tail end of the pen holder is screwed with a pen cover which is provided with an ink injection port; the ink injection port is provided with an one-way valve petal which is opened towards the inner cavity of the pen holder; the automatic ink injection device comprises an ink bottle which is provided with an ink outlet and an inflation inlet; an intubation tube is inserted in the ink outlet and is provided with a valve and a button for controlling the on-off of the valve; and the inflation inlet is connected with an air bag. In the invention, the ink is injected into the pen by utilizing the air pressure difference, thus automatic ink injection is realized, the operation is convenient, the quantity of work is reduced greatly, the device can effectively prevent fingers from being polluted by the ink, and has strong practicability.

A fountain pen, liquid ink pen, or universal pen features that its ink storage tube is composed of a transparent rigid tube and a coaxial fine tube as the internal ink-filling channel, the ink is stored in the space between said two tubes, and its tail end has an impervious rubber sleeve and an elastic plug. Its ink filler is composed of a thick tube and a thin tube, which are parallel and fixed to the cap of ink bottle. In said fine tube, there are spring, piston, check steel ball and ink suction tube. In said thick tube, there is an ink-filling tube whose bottom end is connected with the bottom end of said fine tube.

The writing implement 1 comprises a shaft barrel 4 and a tail plug 2. The shaft barrel 4 includes an ink storing body 7 stored in an interior portion thereof and a pen point 8 mounted on a front end portion thereof. The tail plug 2 is removably mounted on an opening formed at the rear end of the shaft barrel 4. The tail plug 2 includes a flange portion 21 which is provided backwardly of the rear end portion of the shaft barrel 4. Between the front surface of the flange portion 21 and the rear end portion of the shaft barrel 4, there is formed a groove 5 for forcibly opening. The groove 5 is formed more deeply inwardly in the diameter direction of the shaft barrel 4 than the inner surface of the rear end opening of the shaft barrel 4.

The invention discloses a pressing capillary system type refill assembly and a writing pen. The pressing capillary system type refill assembly comprises an ink barrel assembly, a pen point and an elastic piece, wherein an ink leading core is arranged in the ink barrel assembly, the pen point is arranged at one end of the ink barrel assembly, a through ink flowing channel is formed inside the pen point, a ball bead portion is arranged at the ink outlet end of the ink flowing channel, the ink leading core partially penetrates through the ink flowing channel, one end of the ink leading core abutsagainst the ball bead portion, the elastic piece is arranged on the periphery of the ink leading core in a sleeve mode and located in the ink flowing channel, the elastic piece abuts against the ballbead portion to apply acting force enabling the ball bead portion to abut against the inner wall of the ink outlet end, contact sealing is formed between the ball bead portion and the inner wall of the ink outlet end, and ink volatilization and ink leakage are avoided.

The writing instrument comprises a body, a main reservoir containing ink and housed in said body, a writing head projecting from the front part of said body, and a capillary connector for transferring ink from the main reservoir to the writing head. It further comprises an auxiliary reservoir containing an ink carrier liquid, and actuator means for releasing said liquid from the auxiliary reservoir so that said liquid flows into the main reservoir and expels the ink towards the connector. The carrier liquid contains the ink solvent, in particular water in the case of a water-based ink, and preferably contains all or any of the components of the ink in the main reservoir, whereby the original writing properties of the residual ink carried by the carrier liquid are preserved.