738 results about "Infusion Unit" patented technology

A portable therapeutic apparatus and a method for controlling the apparatus are provided. In one aspect the apparatus and the method can be implemented using a patch unit (100, 200) removably attachable to a cradle unit (20), said cradle unit removably attachable to the body of the patient; a position detector (1000) comprising a patch portion (900) and a cradle portion (800), said patch portion coupled to the patch unit, said cradle portion coupled to the cradle unit; a processor adapted for receiving a position indication signal from the at least one position detector, said position indication signal corresponding to a physical proximity of the patch portion to the cradle portion, and, wherein the portable therapeutic apparatus is adapted for at least one therapeutic function selected from the group consisting of delivering a therapeutic fluid into the body of the patient and sensing a bodily analyte.

The invention relates to an arrangement (200) for anaesthetising a living creature (V) and for maintaining said creature in an anaesthetised state, by administering thereto an infused volume of anaesthesia inducing pharmaceutical (22) in liquid phase per unit of time, with the aid of one or more lung ventilator units (A) and one or more infusion units (B). Chosen parts of the lung ventilator unit, with the exception of external insufflation hose, expiration valve, measuring probe and a number of hoses (12), and selected parts of the infusion unit (B), with the exception of cannula (5B) and hose (4B) are mutually combined to form a single equipment unit (201). Some of the parts of the equipment unit are mutually coordinated with respect to communication via a computer unit (600) included in the equipment unit, and the computer unit is adapted to monitor unit related criteria and creature related criteria.

A portal access device that is adapted to provide long term access to a port implanted in a patient has two major components, an infuser assembly and a safety needle insertion device. The infuser assembly has an infuser housing that can be configured into a specific shape, for example a dome. A blunt cannula is attached to and extends downwardly from the underside of the infuser housing. Also connected to the infuser housing, preferably at a side thereof, is a tubing or catheter. The safety needle inserter assembly has a base having a proximal portion that is configured to form fit over the infuser housing. At the distal portion of the base uprights are provided so that a second end of an arm, to which first end a needle or a sharp cannula is connected, may be movably and hingedly connected to the base. The sharp cannula extends from the underside of the proximal end of the arm and passes through the base by way of a bore formed at the proximal portion of the base. The bore is defined between an opening at the underside of the base and an opening at the upper surface of the base. Locking mechanisms are provided at the base uprights and the distal end of the arm so that when the arm is moved away from the base, and as the distal end of the arm pivots about the uprights, the respective locking mechanisms provided at the arm and the base would coact to lock the arm in place, to thereby maintain the tip of the needle within the bore formed in the base. To use, the safety needle inserter is placed over the infuser assembly, with the sharp cannula extending through the infuser housing and axially mating with the blunt cannula of the infuser assembly, but with the tip of the sharp cannula protruding beyond the tip of the blunt cannula. The combined needle inserter / infuser assembly is pressed down onto the skin surface of the patient so that the combination sharp / blunt cannulas penetrate the patient and puncture the self-sealing septum of a portal reservoir implanted in the patient. Once the safety needle inserter is removed from the infuser assembly, with the infuser housing septum being self-sealing, a closed fluid communication path is established between the portal reservoir and a fluid store that may be connected to the catheter of the infuser assembly. Long term access of the implanted portal reservoir is thereby achieved.

The invention relates to a medication infusion set of the type having a flexible cannula adapted for subcutaneous placement, in combination with an insertion, or puncturing, device comprising an insertion needle extending through the cannula and beyond the outer tip thereof, the insertion device further comprising a shield adapted to cover the insertion needle when the latter is withdrawn from the cannula. More specifically, the invention provides a fully integrated shield member having a position in which it covers the cannula and the needle when the insertion device is connected to the housing, a position allowing the cannula to be inserted when the insertion device is connected to the housing, and a position in which the shield covers the needle and the outer tip thereof when the insertion device has been removed from the housing. By this arrangement the need for a separate cover to protect the needle prior to use can be dispensed with.

This invention relates to medical engineering, in particular, to means of automation of the process of generating a diagnostic solution from a radionuclide strontium-rubidium generator and performing of remote controlled infusion, with automatic control over the key characteristics of the process. The automated strontium-rubidium infusion system comprises a container with eluent, a strontium-rubidium generator with a filter and a pressure sensor at the input, an eluate infusion unit, which are connected by means of a transporting system provided with pipes and two three-way valves, radioactivity measuring means and a control and operating unit. Here, an eluent container is connected to a syringe pump via the first and second ports of the first three-way valve, the first port of the second three-way valve is connected with pipes via the second filter to the eluate infusion unit, and the second port is connected to a waste receptacle. The system additionally comprises the third and fourth three-way valves, the first and second air bubbles detectors are connected to the control and operating unit connected with a computer, where the third three-way valve is connected with its first and second ports via pipes to the third port of the first three-way valve and the input of the strontium-rubidium generator, respectively. The generator output is connected to the first port of the fourth three-way valve, where the third port of the third valve and the second port of the fourth valve are connected with a pipe, the first air bubbles detector is placed on the pipeline between the eluent container and the first port of the first valve, and the second air bubbles detector is placed on the pipeline between the third ports of the fourth and second valves.

A reservoir and straight-line, push-on connector assembly is provided for connecting the reservoir and one of a standard Luer line set and a custom Luer line set to any number of infusion pump configurations using a simple straight-line, push-on motion, wherein the push-on connector assembly is provided and configured to secure the line set and reservoir with the infusion pump. One simple straight-line, push-on motion, preferably performed by gripping an expander sleeve, places and secures the reservoir (i.e., locates the reservoir on the x, y, and z axes) in the pump reservoir cavity, and one simple straight-line, pull-off motion releases and removes the reservoir from the pump reservoir cavity. Rotational orientation is not required for connection, pump engagement, or pump function, and any pulling of the tube set will not release the reservoir as the expansion sleeve through which the tube set is routed is not moved from the securing position by tension on the tube set or Luer fitting.

The invention provides an automatic assembly machine for an infusion apparatus, and belongs to the technical field of medicinal instruments. The automatic assembly machine solves the problem of low automation degree of the conventional infusion apparatus assembly machine. The automatic assembly machine for the infusion apparatus comprises a frame, wherein the frame is glidingly connected with a feeding sliding table; a feeding driving mechanism is arranged between the frame and the feeding sliding table; two sides of the feeding sliding table are fixedly provided with a plurality of pairs of clamping stations distributed opposite; the inlet end of the feeding sliding table is provided with an infusion long tube feeding device; one side of the feeding sliding table is sequentially providedwith a flow box assembly device, a switching wheel assembly device, an infusion short tube assembly device and a filter assembly device; the other side of the feeding sliding table is sequentially provided with a dropping bottle assembly device, a two-way tube assembly device, an infusion medium tube assembly device and a bottle inserting needle assembly device; and the outlet end of the feeding sliding table is also provided with an unloading device for taking the assembled infusion apparatus assembly out of the clamping station. The automatic assembly machine for the infusion apparatus has high positioning accuracy, accurate clamping position and high automation degree.

An infusion assembly comprises a disposable wearable infusion device having a body arranged to be adhered to a patient's skin and a cannula arranged to be received by the device body to deploy the cannula for delivering a medicament to beneath the patient's skin. A lock locks the cannula within the device body when the cannula is deployed in the device.

A system and method for a patch-like, self-contained multi-component substance infusion device which provides one or more substantially hidden patient needles which can be placed in fluid communication with a fluid reservoir assembly that includes a rigid bladder portion used in conjunction with a non-distensible bladder film, such as a metallized film. The device can be attached to a skin surface via an adhesive contact and a pressurization system provides a pressure to the contents of a fluid reservoir assembly. Improvements to dry powdered formulations for reconstitution for preferred use in the device are also disclosed.

The invention relates to the technical field of medical equipment, and in particular relates to an automatic control transfusion device and an automatic control method thereof. The automatic control transfusion device comprises a transfusion system and an automatic control system, wherein the transfusion system comprises a hanging support, transfusion bags and a transfusion apparatus; and the automatic control system comprises a force sensor, an on-off control device and a control unit. The method comprises the following steps of: detecting weights of the transfusion bags, calculating the liquid remaining quantity according to the weights of the transfusion bags, cutting off a transfusion pipeline and giving an alarm when the liquid remaining quantity is less than a threshold value. The automatic control transfusion device and the automatic control method thereof, disclosed by the invention, have the advantages that: the alarm can be given early and the transfusion pipeline can be automatically cut off when the liquid is going to drip off; the automatic switchover between the transfusion bags can be controlled; manual operation of medical workers is not needed; and the alarm adopts a plurality of types such as sound, light and the like, different alarm sounds and lights can be set according to different situations, the reliability is strong and the transfusion safety can be fully guaranteed.

The invention relates to an arrangement for inducing a state of anaesthesia in a living creature and maintaining the creature in that state by administering to the said creature an infused volume of liquid anaesthesia-inducing medication per unit of time, preferably during the use of one or more lung ventilation unit(s)s and one or more infusion unit(s).The arrangement comprises a basic unit (102) with control function software (600a′–600r′) and one or more modular unit(s) (30′, 30, 30″) containing hardware for the control functions. When a modular unit (30′) co-acts with the basic unit (102), it (30′) activates the control functions stored in the basic unit (102).

A disposable wearable infusion device comprises a body arranged to be adhered to a patient's skin and to receive a cannula to extend from the infusion device to beneath the patient's skin, a reservoir for holding a liquid medicament to be infused into the patient, and a pump that displaces a volume of the liquid medicament from the reservoir to the cannula for delivery to the patient. The body has a port aligned with the cannula that permits the cannula to assume a deployed position to extend from the infusion device to beneath the patient's skin. The device further comprises a cover that blocks the port to preclude direct access to the cannula through the port after deployment.

A wearable infusion device delivers a liquid medicant, such as insulin, to a patient. The infusion device comprises a base that contacts a patient's skin and a reservoir arranged to contain a liquid medicant to be delivered beneath a patient's skin. The reservoir has an outlet through which the medicant flows. The infusion device further includes a flexible conduit communicating with the outlet of the reservoir and a pump that causes the medicant to flow down the conduit.

A vegetable alga and microbe photosynthetic reaction system and method for the same is used for vegetable algae and microbe cultivation liquid and algae seeds infused herein to circularly conduct photosynthesis and discharge oxygen; the vegetable alga and microbe photosynthetic reaction system comprises a photosynthetic reaction unit, a pressure liquid infusion unit, and an oxygen discharge and regulation unit; the photosynthetic reaction unit is a light permeable pipeline; the oxygen discharge and regulation unit is assembled with an oxygen discharge can, a liquid collection can, and a regulation can for facilitating production and assembly, and many oxygen discharge points so that oxygen formed in the cultivation liquid can be quickly evaporated.

A technology for automatically assembling the dripping hopper module of perfusion device includes such steps as putting the dripping hoppers, three-way tubes and rubber caps in feeders, arranging them on respective conveying tracks, conveying the dripping hopper in transfer mechanism, fixing, transferring to next workstation, coating adhesive, inserting a three-way tube in it, continuous transferring, installing rubber cap, and releasing the module. Its apparatus is composed of rotary axle, rotary table fixed to said rotary axle, feeders, adhesive applying mechanism and discharger.

The invention provides a transfusion monitor. The transfusion monitor comprises a shell, a fluid amount collecting and controlling device, a WIFI (Wireless Fidelity) communication module and a power supply management module, wherein the fluid amount collecting and controlling device, the WIFI communication module and the power supply management module are respectively arranged on the shell. The fluid amount collecting and controlling device is used for collecting relevant parameters in a transfusion device, and obtaining the dripping speed and residual liquid measure by the relevant parameters so as to obtain the residual time of the transfusion, realize the prediction on the transfusion completing time and achieve an early warning aim. The invention further provides a transfusion monitoring system based on a cloud service which comprises a transfusion monitor, a wireless receiving and dispatching module, a nurse station computer group, a cloud server and a patient terminal, wherein the transfusion monitor is used for transmitting monitoring information collected by the transfusion motor to the nurse station computer group through the wireless receiving and dispatching module, the nurse station computer group is used for transmitting the monitoring information to the cloud server, and the patient terminal and the nurse station computer group can visit the cloud server to obtain the monitoring information.

A vegetable alga and microbe photosynthetic reaction system and method for the same is used for vegetable algae and microbe cultivation liquid and algae seeds infused herein to circularly conduct photosynthesis and discharge oxygen; the vegetable alga and microbe photosynthetic reaction system comprises a photosynthetic reaction unit, a pressure liquid infusion unit, and an oxygen discharge and regulation unit; the photosynthetic reaction unit is a light permeable pipeline; the oxygen discharge and regulation unit is assembled with an oxygen discharge can, a liquid collection can, and a regulation can for facilitating production and assembly, and many oxygen discharge points so that oxygen formed in the cultivation liquid can be quickly evaporated.

The invention relates to an automatic bottle-inserting needle and catheter assembling device for disposable transfusion apparatuses. The device comprises an automatic bottle-inserting needle stepped feeding mechanism, a gluing mechanism, an insertion positioning mechanism, an inserting mechanism, a catheter clamp and a rack. In the invention, a key technological structure for automatically assembling a bottle-inserting needle and a catheter in automatic assembling equipment for the disposable transfusion apparatuses is realized, no special tools are needed, and the device is suitable to assembly of bottle-inserting needles of different models; vertical assembly is adopted and is consistent with the feeding gesture of the bottle-inserting needle so that no turning is needed, equipment space is saved and part conveying is facilitated; and multiple bottle-inserting needles and catheters can be assembled synchronously so that the production efficiency is greatly improved and the automation degree is improved. The automatic assembling device provided by the invention is suitable to assembly of puncture outfits of various models and specifications.

The present invention relates to a medicinal transfusion system with heating body positioned under the Murphy's dropper, said heating body adopts electric resistance heating wire or electric heating tube or far infrared heater or ceramic heater or radio-frequency heater or semiconductor heater or other liquid heat source which can enure that the temp. of blood or liquid medicine for transfusion is approximate to body temp. so as to completely eliminate the blood transfusion and fluid infusion reaction due to infusion of low-temp fluid.

Disclosed is a lid (100), in particular for a disposable cup. The lid comprises an infusion chamber (110) having at least one water-permeable wall (111) and comprising an infusible substance; a flange (120) for attaching the lid to the rim (210) of a cup (200); and a body section (130) comprising a moveable portion (135). The infusion chamber (110) is attached to the moveable portion (135) and with the lid (100) fitted to the cup (200), the moveable portion (135) is reversibly translatable between a raised and a lowered position in a direction (A) substantially perpendicular to the plane of the rim (210).

The invention provides an assembling device of a plastic needle assembly of an infusion apparatus, and belongs to the technical field of infusion apparatus assembling machines. The technical problem that a plastic needle assembly cannot be automatically assembled in the prior art, so that efficiency is low is solved. The assembling device comprises a machine frame. The machine frame is provided with an index plate which can rotate around the axis of the index plate relative to the machine frame in the horizontal direction. A clamp for positioning a plastic needle body is fixed to the edge of the index plate. An upper film station fixed to the machine frame and used for assembling a filter film on an exhaust hole in the plastic needle body is arranged on the periphery of the index plate. The upper film station comprises an upper film support. A film punching assembly is fixed to the middle of the upper film station. A feeding tray used for conveying filer film paper is fixed to the rear portion of the upper film support. According to the assembling device, automatic plastic needle assembling can be achieved, and therefore production efficiency is improved; meanwhile, manual contact is avoided, and the hygiene level is improved.

The invention discloses an automatic packaging unit for an infusion device. The packaging unit comprises a packaging platform, an infusion device winding and settling mechanism, a feeding device, a pushing mechanism and a bagging device. By the automatic packaging unit, the problem that the labor force on the production line of infusion devices in the medical device industry is intensive is solved, the labor cost can be controlled, the production efficiency and the stability of product yield are improved, and pollution to production environment of products is correspondingly reduced because the number of workers in a production department is reduced.

The machine comprises: an infusion unit (11) with an infusion chamber; a unit (31) to control dispensing cycles; a hydraulic circuit (1-13) to supply hot water to the infusion chamber, with a boiler (3) to heat the water and a pump (7) to supply water to the infusion unit. The machine also comprises a system (22, 23, 25) for preheating the infusion chamber at the beginning of a dispensing cycle by feeding steam into said infusion chamber.

The machine (1) comprises: at least one infusion unit (29) for preparing coffee, a user interface (9) and an electronic programmable control unit (15). The control unit is associated with a recognition system (11) for recognizing a user, and is programmed to actuate at least one function of the machine based upon the recognition of the user.

A motorized infusion injection system having an information card record side unit 10 and an information card user side unit 20. Unit 10 includes an information card 11 on which medication information is written for a patient, a reader / writer 12 that can read / write the medication information from / on the information card 11, and an input 13 for inputting the medication information. Unit 20 includes a reader 21 for reading out information from the information card 11, an input 22 for inputting personal information of a patient and a controller 23 to generate a medication signal. A transducer 24 receives the medication signal and transduces the medication signal to a mechanical signal, and a motorized PCA pump 25 connected to an infusion storing-container 30 that contains a given infusion 31 and to an injector 40 that injects the infusion into a body of the patient for supplying the infusion 31 from the infusion storing-container 30 to the injector 40.

The invention relates to a needle-free barotropic airtight transfusion joint valve, wherein an outer casing is constituted by a casing body and a chassis, a piston which can move from top to bottom is arranged in the casing body, sealing rings are respectively embedded in annular grooves which are arranged on the upper and lower ends of the piston, the diameter of the lower section of the piston is larger than that of the upper section of the piston, a hole is arranged between the upper section and the lower section of the piston and is communicated with a central hole which is arranged on the lower section of the piston, a liquid connecting tube which is fixed in the central hole is inserted into a drain tube on the chassis and movably sealed by the sealing ring, a fluid channel is constituted by a jack on the upper section of the casing body, a groove on the upper end of the piston, a lateral hole of the piston, the central hole on the lower section of the piston, the fluid connecting tube and the drain tube, an air compensating channel is constituted by eight grooves which are arranged on the upper end surface of the chassis and the casing body, and a liquid positive pressure cavity is constituted by the piston which is penetrated through the sealing ring and the casing body.