RU2779577C2 - System and method for provision of treatment of patient at home - Google Patents

Abstract

FIELD: medical equipment.

SUBSTANCE: system for provision of the injection of medical fluid to a patient at home contains a medical pumping device programmed to perform an injection operation for the injection of medical fluid to the patient, containing a discharge mechanism for the injection of medical fluid, a storage device for storage of programming information, a processor device for control of the operation of the discharge mechanism according to programming information, and a reading device for reading identification information identifying labels of a fluid container containing medical fluid, and a communication device connected with the possibility of communication to the medical pumping device via a communication network. The communication device is made with the possibility of transmission of a set of prescription data, containing programming information related to specific medical fluid, to the medical pumping device. The medical pumping device is made with the possibility of reception of the set of prescription data and storage of programming information contained in the set of prescription data in the storage device. The processor device of the medical pumping device is made with the possibility of loading of stored programming information related to specific medical fluid from the storage device to perform an injection operation, if identification information read by the reading device relates to specific medical fluid. The communication device is connected with the possibility of communication to the medical pumping device via the long-range wireless bidirectional communication network LoRaWAN according to LoRa protocol, designed for battery-powered devices and having the possibility of control of a data transfer rate. A method for provision of the injection of medical fluid to a patient at home is disclosed.

EFFECT: provision of simple and reliable programming of a medical pumping device for performing an injection operation.

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Description

FIELD OF TECHNOLOGY TO WHICH THE INVENTION RELATES

The present invention relates to a system for providing medical fluid administration to a patient at home according to the preamble of Claim 1, and to a method for providing medical fluid administration to a patient at home.

BACKGROUND OF THE INVENTION

This type of system includes a medical pumping device that is programmable to perform an insertion operation to administer a medical fluid to a patient. Here, the medical pumping device comprises a pumping mechanism for injecting a medical fluid, a memory for storing programming information, a processor device for controlling the operation of the pumping mechanism according to the programming information, and a reader for reading the identification information of the identifying label of the fluid container containing the medical fluid.

In general, there is a need to provide treatment to a patient in his home. This may help provide the patient with increased comfort and may allow the patient to lead a potentially normal life.

Providing a patient with treatment in their home, however, comes with the requirement that patients be able to live away from a medical professional such as a doctor or nurse in a hospital or private medical facility. Additionally, patients may live far apart so that examination of patients by, for example, a nurse may require long distance travel to visit one patient after another. For this reason, patients may be required to autonomously control their medical pumping devices. Therefore, patients may need to independently set up and initiate a delivery operation as instructed by a healthcare professional. This, however, does not eliminate the need for regular monitoring and examination by a medical professional, because if the patient does not strictly adhere to the prescribed treatment, or if failures occur during the delivery operation without appropriate action, then this can lead to serious consequences that may require readmission to the hospital. patient.

Patients treated at home may be subjected to various types of treatment, including, for example, infusions or enteral nutrition through the administration of a nutrient solution. In order to perform an administration operation, the patient may need to program the medical pumping device, for which the patient typically must specify the medical fluid to be administered and additionally must specify specific administration parameters such as dosage, dose rate, and mode of delivery (including , for example, continuous administration or a time-varying administration scheme such as ramping, etc.). Such programming can be difficult and time consuming for the patient and, additionally, can be error prone.

Typically, a patient is required to program a medical pumping device according to prescription information they receive from a healthcare professional such as a nurse, where such prescription information specifies the dosage, dose rate, and delivery mode for the particular medical fluid to be administered. If a medical pumping device, such as a volumetric infusion pump, includes a so-called drug library, then the patient, when programming the medical pumping device, can choose from different, predefined medical fluids, such as drug solutions or enteral nutrition solutions, and the library medicines, for example, specifies limits on administration parameters such as dose rate and the like. However, even if a drug library is installed on the medical pumping device, the user must select from a large number of different entries related to different medical fluids to program the medical pumping device, which is cumbersome and prone to errors.

There is a need to make programming a medical pumping device as easy as possible for a user, in particular a patient, in particular in a home care environment. Additionally, there is a need to improve the traceability of administered medical solutions and to improve safety by ensuring that the actual administration operation is as prescribed.

DISCLOSURE OF THE INVENTION

It is an object of the present invention to provide a system and method for providing patient care at home that allows a patient to easily, efficiently and reliably program a medical pumping device to perform an insertion operation.

This goal is achieved by a system containing the features of paragraph 1 of the claims.

Accordingly, the communication device is configured to transmit a prescription data set containing programming information associated with a specific medical fluid to the medical pump device, and the medical pump device is configured to receive the prescription data set and store the programming information contained in the medical fluid data set. prescription, in a storage device. The processing unit of the medical pumping device is configured to download stored programming information associated with a particular medical fluid from the storage device to perform the insertion operation if the identification information read by the reader is related to the particular medical fluid.

The present invention contemplates a change in workflow that can help improve the ability of a user, in particular a patient, to easily and efficiently program a medical pumping device to perform an insertion operation. Additionally, an increase in security can be provided, reducing the risk of errors in the programming of the medical pumping device.

Up until now, it has been possible to perform the insertion operation by first reading the identification information of the identification tag of a fluid container containing a medical fluid using a reader attached to a medical pumping device. According to the identification information, the medical fluid is identified by the medical pumping device. The identification information is then typically transmitted to, for example, a patient data management system (PDMS) or prescription software, where the patient data management system or prescription software then remotely programs the medical pump device. After checking by the user and after confirming the programming, the insertion operation is initiated.

Contrary to this conventional idea, by means of the proposed system, the programming information is transmitted to the medical pumping device in a prescription data set that is independent of the actual administration operation to be performed. The programming information contained in the prescription data set is associated with one or more medical fluids, and, after being received at the medical pumping device, is stored in the memory of the medical pumping device. Here, one or multiple prescription data sets relating to one or multiple medical fluids to be administered over a long course of treatment (e.g., many days) following one or multiple drug protocols relating to one or multiple patients, may be transmitted to the medical pumping device, wherein the prescription data set(s) and the programming information contained therein are stored in the memory of the medical pumping device in association with one or more medical fluids.

The prescription data set may, for example, include a complete drug protocol for treating a particular patient, where the drug protocol defines the administration of one or more medical fluids to treat a patient over an extended period of treatment time, such as many days.

Thus, by transmitting one or multiple sets of prescription data, prescriptions are stored in the medical pump device, with different prescriptions referring to one or multiple different medical fluids such as drugs or enteral nutrition solutions.

To initiate the actual insertion operation, the user is required to read, using the reader of the medical pumping device, the identification information of the identifying tag on the fluid container containing the medical fluid to be administered. Through the identification information, the medical fluid of the fluid container is identified by the medical pumping device, after which the processor of the medical pumping device loads the stored programming information associated with the specific medical fluid, identified by the identification information and stored in the memory of the medical pumping device. By downloading the programming information from the memory, the medical pumping device is programmed, and after the programming settings are confirmed by the user, such as a patient, and after the fluid container is connected to the medical pumping device, the insertion operation is initiated.

According to the proposed system, therefore, a prescription data set containing programming information related to one or multiple medical fluids is transmitted to the medical pumping device in advance, the prescription data set, for example, relating to a drug protocol for long-term treatment of a patient. If the identification information relating to the particular medical fluid to which the prescription data set refers is read by the medical pumping device reader such that the medical pumping device recognizes and associates the medical fluid contained in the fluid container with the medical pumping device prescription stored in the medical pumping device and containing programming information associated with that medical fluid, then the processing device will load the programming information related to that medical fluid and thus program the medical pumping device. Programming thus takes place automatically according to the stored programming information (which is received by the medical pump device in advance) after identifying and recognizing the association of the medical fluid contained in the fluid container with the pre-stored prescription data set.

Since programming thus takes place automatically, security is increased as the risk of errors is reduced.

Additionally, programming becomes easy and efficient for the user since all the user, eg a patient, has to do is read the identification information on the fluid container using the reader of the medical pumping device. The need for user interaction is thus reduced to a minimum, which eliminates, in particular, the need for manual input of programming information.

An additional advantage of the proposed system is that the communication requirements of the medical pumping device are reduced. In particular, the communication capability of the medical pumping device is only required during the transmission and reception of a set of prescription data, which may be independent of the actual insertion operation. During the actual insertion operation, the medical pumping device may not communicate with the communication network, but operate autonomously.

In one embodiment, a communication device, such as one formed by a server or the like, is configured to send a set of prescription data to the medical pumping device in a push message. The prescription data set is thus transmitted to the medical pumping device by push delivery of the prescription data set to the medical pumping device. The prescription data set is thus transmitted unidirectionally to the medical pumping device without the medical pumping device initiating a pre-request message.

The programming information may in principle include all information relevant to programming a medical pumping device to perform an administration operation for one or multiple medical fluids in the context of a patient drug protocol. The programming information may specifically include delivery mode (e.g., continuous infusion or ramping infusion), dose rate, volume of administration, and maximum dose, and the programming information may also contain other parameters related to the administration operation. The programming information, in the prescription data set, is associated with one or multiple medical fluids and is used, after one of the medical fluids in the fluid container is identified by the reader, in connection with the identified medical fluid.

The identification mark on the fluid container can be, for example, a barcode or an RFID (Radio Frequency Identification) tag. Accordingly, the reader may be a barcode reader or an RFID reader. The identification tag encodes identification information relating to the medical fluid contained in the fluid container, which can be read by a reader after scanning the identification tag.

Additionally, it can be understood that the identification tag also encodes information related to the programming of the medical pumping device, such as programming information such as a dose rate, an injection volume, or a maximum dose.

Additionally or alternatively, the identification tag may also encode information related to the patient, such as information identifying the patient and/or demographic information such as the patient's age, weight, gender, and the like.

In the proposed solution, the communication device transmits a prescription data set (related, for example, to a drug protocol defining the treatment of a patient, during which one or more medical fluids are to be administered to the patient) to the pump device, preferably using a push message. If then, by means of a reader of the pumping device, the medical fluid is identified according to the identification tag, and, for example, the patient information included in the identification tag is additionally read, then the programming information included in the prescription data set related to the identified medical fluid medium and patient, will be loaded into the pumping device so that the actual infusion operation can be initiated.

Alternatively, instead of forwarding a set of prescription data from a communication device, such as a server, to a pumping device, information relating to the drug delivery protocol may also be encoded in the drug container identification tag such that, by scanning the identification tag, such information can be be read into the pump unit and could be used to program the pump. This alternative solution assumes that the identification tag is customized for a particular patient such that it includes specific programming information for administering the drug contained in the drug container to the patient.

Through the proposed system, programming of the infusion device can take place automatically without the need for user interaction to enter programming information. After identifying the medical fluid by reading the identification information of the identification tag using the reader, programming information related to the medical fluid identified by the identification information is loaded automatically, and thus the medical pump device is programmed. However, the programming settings may need to be confirmed by a user, such as a patient, after which the insertion operation can be initiated (provided that the fluid container is connected to the medical pumping device).

In one embodiment, the reader may be integral with the medical pumping device. In particular, the reader may be built into the body of the medical pumping device and therefore does not constitute an external device for the medical pumping device. The reader may, for example, be formed by a camera suitable for barcode scanning. Alternatively, the reader may include an antenna to communicate with the RFID tag.

The medical pumping device may be a portable pump suitable for use in home treatment.

The medical pumping device may in particular be located at a location remote from the communication device. In particular, the medical pumping device may be located in the patient's home, hence remote from a healthcare professional such as a doctor or nurse in a hospital or private medical facility.

One way to provide a connection to a medical pumping device is to provide a connection by connecting to an energy efficient long-range network. A low power wide area network (LPWAN or LPN for short) supports a class of network protocols for establishing a connection between energy efficient devices (such as battery-driven devices) and a network server. This protocol is designed in such a way that long-range, low-power communication can be provided, in this case, medical pumping devices, and this communication is secure according to the rules for medical devices.

A suitable network architecture for a long-range power efficient network is, for example, LoRaWAN (short for Long-Range Wide Area Network), which is an industry standard defined by the LoRa Alliance and uses LoRa modulation. LoRaWAN allows bi-directional communication and was designed for the Internet of Things (Internet of Things - IoT). LoRaWAN uses frequencies around 868 MHz in Europe and around 915 MHz in the US and allows long-range communications, for example, up to 40 km.

In principle, other communication protocols can be used, such as Symphony Link, LTE-M, NarrowBand-IoT (NB-IoT), Weightless-N, Weightless-P, Weightless-W, or Wi-Fi HaLow, which also represent energy efficient global networks.

There is a requirement that medical pumping devices such as enteral pumps or infusion pumps for intravenous infusions be able to operate on battery power for an extended period of time, for example for (at least) 24 hours. Wireless communication with the server should therefore take place at low power consumption without much impact on the battery of the device. For this reason, the connection between the medical pumping device and the server is established through a gateway, also called a base station, which communicates with the medical pumping device wirelessly using an energy efficient wide area network connection. When using LoRaWAN, power consumption during active communication can be, for example, about 10 mA, and in idle mode can be about 100 nA.

Connecting to an energy efficient WAN usually allows for data transmission at a fairly low data rate. For example, for a LoRaWAN connection, the data rate can be between 0.3 kbps and 50 kbps. This rate may be sufficient to transfer information between the medical pumping device and the gateway to transfer prescription data sets containing programming information.

While the use of a power efficient WAN connection may be advantageous, other network connections for the medical pumping device, such as via a public communications network such as the Internet, are applicable and may allow the medical pumping device to communicate.

Additionally or alternatively, the medical pumping device may contain communication devices for establishing communication using GSM technology, 3G/4G/5G communication technology, etc., for establishing communication with the communication device, in particular for receiving single or multiple sets. prescription data relating to one or more medical fluids in the context of a patient drug protocol.

The object of the invention is also achieved by a method for providing medical fluid administration to a patient at home, comprising the steps of:

- programming the medical pumping device to perform an injection operation for administering a medical fluid to a patient, the medical pumping device comprising a pumping mechanism for administering the medical fluid, a memory device for storing programming information, and a processor device for controlling the operation of the pumping mechanism according to the programming information,

- transmitting, using a communication device connected with the possibility of communication with the medical pumping device through a communication network, a prescription data set containing programming information associated with a particular medical fluid, to the medical pumping device,

– receiving a prescription data set on the medical pumping device,

– storing on the medical pumping device the programming information contained in the prescription data set in a memory device,

– reading, using the reader of the medical pumping device, the identification information of the fluid container identification tag, and

- downloading, by means of the processor device of the medical pumping device, the stored programming information associated with a specific medical fluid from a storage device if the identification information read by the reader refers to a specific medical fluid.

The advantages and preferred embodiments described above for the system apply equally to the method as well, so the aforementioned advantages and preferred embodiments should be referred to.

According to an alternative solution, the system for ensuring the administration of a medical fluid to a patient at home comprises a medical pumping device programmed to perform an injection operation for administering a medical fluid to a patient, wherein the medical pumping device comprises a pumping mechanism for administering a medical fluid, a processor device for controlling the operation of the pumping mechanism according to the programming information, and a reader for reading the identification information of the identification tag of the fluid container containing the medical fluid. Here, the reader of the medical pumping device is configured to read, from the identification tag of the fluid container, information related to a prescription data set containing programming information associated with the medical fluid contained in the fluid container, and the processing device of the medical pumping device is configured with the ability to download programming information associated with the medical fluid, to perform the operation of the introduction.

According to this alternative solution, programming information related to the patient's drug delivery protocol is encoded in the drug container identification tag and read into the medical pumping device by the reader after the identification tag is scanned. According to the programming information read from the identification tag, the pumping device is programmed to perform an administration operation for the medicine contained in the medicine container.

This assumes that the drug container identification tag is customized to the patient and the drug to be administered, such that the identification tag encodes programming information for administering the drug.

BRIEF DESCRIPTION OF THE DRAWINGS

The idea behind the present invention will be described below in more detail with respect to the embodiments shown in the figures. Here:

Fig. 1 shows a schematic drawing of a system containing a medical pumping device that is automatically programmable by a set of prescription data transmitted from a communication device; and

Fig. 2 shows a flowchart of process steps for automatic programming of a medical pumping device.

DESCRIPTION OF EMBODIMENTS

Fig. 1 shows a schematic view of a system containing a medical pumping device 1 to be used in a home treatment environment to provide treatment to a patient at home. The medical pump device 1 may be, for example, a portable pump comprising a pumping mechanism 13 (which is only schematically shown in FIG. 1) to which a fluid container 4 can be connected to inject medical fluid from the fluid container 4 to a patient.

Through the medical pump device 1, for example, a drug or an enteral nutrition solution such as a nutrient solution can be administered to a patient. Such a drug may be, for example, an analgesic drug for providing analgesic treatment to a patient in a home care environment.

The medical pump device 1 further comprises a reader 10, such as a barcode reader or an RFID reader, for reading an identifying tag 40, such as a barcode or RFID tag, of the medical fluid container 4. Through the reader 10, identification information identifying the medical fluid contained in the medical fluid container 4 and other information contained in the identification mark 40 can be read so that the medical fluid is identified by the medical pump device 1.

Additionally, the medical pump device 1 includes a processor device 11 and a memory device 12.

In order to perform an administration operation, the medical pump device 1 must be programmed to determine administration parameters such as dose rate, dose volume, and administration mode for the specific medical fluid to be administered. After programming the medical pump device 1 and after connecting the medical fluid container 4 to the medical pump device 1 via a suitable infusion line 41, the administration operation can be set, for example, by confirmation by the user (for example, by pressing a specific button on the medical pump device 1).

In this context, it is proposed to automatically remotely program the medical pump device 1 by transmitting a prescription data set containing programming information from a communication device 2, such as a server remote from the medical pump device 1, to the medical pump device 1 via a suitable network connection established via the network. 3 communications, such as a public communications network such as the Internet, or an energy efficient wide area network.

In particular, the steps of the process shown in the flowchart of FIG. 2.

In this flow of operations, first, a prescription data set is generated in the communication device 2, for example, by a healthcare professional entering prescription information into the communication device 2, such as a server connected to the communication network 3 (step S1 in FIG. 2). The prescription data set may refer to a drug protocol for administering one or more medical fluids to a patient in the event of a potentially long treatment period, and therefore may define a complete protocol for treating the patient.

After generating a prescription data set associated with one or multiple medical fluids to be administered and containing programming information related to one or multiple medical fluids, the prescription data set is transmitted to the medical pumping device 1 via the communication connection established by connection 3 communication, in particular in a push message in a unidirectional transmission to the medical pumping device 1 (step S2). After receiving the push message containing the prescription data set, the medical pump device 1 stores the programming information contained in the prescription data set in the memory 12 of the medical pump device 1 (step S3).

One or multiple prescription data sets of this type can be created and delivered by push message to the medical pump device 1, thus the medical pump device 1 can store multiple prescription data sets defining prescriptions for administering multiple different medical fluids to a patient , for example, in the context of different drug protocols. Prescription datasets define programming information related to particular medical fluids, in particular, in each case, the dose volume, dose rate, and mode of administration for the particular medical fluid.

The generation and transmission of prescription data sets may take place independently of the actual administration operation. Active messages containing the prescription data set may be transmitted to the medical pump device 1, for example, in the idle mode of the medical pump device 1, i. e. when no insertion operations are performed.

If an actual insertion operation is to be performed, then a user, such as a patient, can read the identification information from the identification mark 40 of the fluid container 4 to be used for the insertion operation using the reader 10 (step S4). Thus, the medical fluid contained in the fluid container 4 is identified and recognized by the medical pumping device 1 (step S5), and if the prescription data set relating to the particular recognized medical fluid is stored in the memory, the programming information, contained in this prescription data set and related to the identified medical fluid is loaded by the processing device 11 to program the medical pump device 1 (step S6). Thus, by reading the identification information from the identification tag 14 and by thus identifying the medical fluid by the medical pump device 1, automatic programming of the medical pump device 1 is initiated, the automatic programming requiring no further input by the user and in particular no entering additional data into the medical pumping device 1.

After connecting the medical fluid container 4 to the medical pumping device 1 and after confirming the automatically loaded programming settings, the insertion operation is initiated.

The network connection between the medical pumping device 1 and the communication device 2 need only be present during the transmission of one or multiple sets of prescription data. During the actual insertion operation, the medical pump device 1 may not be connected to the communication device 2 and may operate autonomously. The communication capability requirements of the medical pumping device 1 are thus significantly reduced, with in particular no communication capability required to perform the actual insertion operation.

The medical pump device 1 may be, for example, a patient enteral feeding pump or an infusion pump for intravenous infusion of medical fluids such as a drug or the like. The medical pump device 1 may, for example, be located in the patient's home and may serve to provide treatment to the patient at home. By means of the medical pump device 1, the patient can autonomously set and perform delivery operations, thus allowing the patient to be treated at home in the absence of a medical professional such as a doctor or nurse.

In one embodiment, the medical pump device 1 may communicate with the network gateway 3 via a LoRaWAN connection according to a standardized LoRa protocol. LoRaWAN is a power efficient wide area network (abbreviated as LPWAN or LPN) designed for wireless communication and specifically designed for devices that run on batteries and therefore need to have low power consumption. LoRaWAN allows for bi-directional communication and also involves localization services.

LoRaWAN typically has a star network topology in which gateways serve as a (transparent) bridge relaying data transmissions between the medical pump device 1 and a central server. The gateways are connected to the server through standard network connections, in particular through a public communication network such as the Internet, providing IP connections between the gateways and the server. LoRaWAN uses data rates from 0.3 kbps to 50 kbps, and the data rate can be controlled through an adaptive data rate (ADR) scheme to maximize the battery life of the medical pumping device 1 and the overall throughput network capabilities.

Instead of being connected to an energy efficient wide area network, however, connectivity can also be provided according to another network technology, such as GSM or 3G/4G/5G mobile technology, or via a public communication network such as the Internet.

The reader 10 of the medical pumping device 1, as mentioned above, may be, for example, a barcode reader or an RFID reader. The barcode reader may, for example, use a camera built into the body 100 of the medical pump device 1 so that the reader 10 is completely integrated into the medical pump device 1. The RFID reader may, for example, use an antenna such as a magnetic loop antenna, to establish communication with the RFID tag, with the antenna built into the housing 100.

In an alternative solution, the programming information related to the drug protocol for administering the drug to the patient can also be directly read from the identification tag 40 of the container 4 so that the programming of the medical pump device 1 can take place based on the programming information read from the identification tag. 40 capacity 4. In this case, no prescription data sets need to be transmitted in advance from the communication device 2.

The two approaches are also combinable so that programming of the medical pump device 1 can take place based on the programming information contained in the prescription data set received from the communication device 2 and further according to the programming information encoded in the identification tag 40 after scanning with a reader 10.

The idea behind the present invention is not limited to the embodiments described above.

The medical pumping device may be formed in various forms, such as a volumetric pumping device or a syringe pumping device. Through the use of a positive displacement pump, the medical fluid is delivered from a fluid container such as a pouch. By means of a syringe pump, the medical fluid is delivered from a fluid reservoir in the form of a syringe barrel.

By forwarding prescription data sets including programming information related to specific medical fluids to the medical pump device in advance, easy, automatic programming of the infusion pump with minimal user interaction becomes possible. This helps to reduce errors in programming and hence improve the safety of insertion operations, particularly in a home care environment.

List of reference positions

1 - medical pumping device

10 - reader

100 - body

11 - processor device

12 - storage device

13 - delivery mechanism

2 - communication network

3 - communication device

4 - fluid capacity

40 - identification label (barcode, RFID tag)

41 - line of introduction

S1–S6 - steps

Claims (21)

1. A system for providing the introduction of a medical fluid to a patient at home, comprising: - a medical pumping device (1) programmed to perform an insertion operation for introducing a medical fluid to a patient, containing an injection mechanism (13) for introducing a medical fluid, a memory device (12) for storing programming information, a processor device (11) for managing operation the pumping mechanism (13) according to the programming information and the reader (10) for reading the identification information of the identifying label (40) of the container (4) of the fluid containing the medical fluid, and – a communication device (2) connected with the possibility of communication with a medical pumping device (1) via a communication network (3), different in that that the communication device (2) is configured to transmit a prescription data set containing programming information associated with a specific medical fluid to the medical pump device (1), and the medical pump device (1) is configured to receive the prescription data set and store programming information contained in the prescription data set in the storage device (12), wherein the processor device (11) of the medical pumping device (1) is configured to load the stored programming information associated with a particular medical fluid from the storage device (12) to perform the insertion operation, if the identification information read by the reader (10) refers to a specific medical fluid, at the same time, the communication device (2) is connected with the ability to communicate with the medical pumping device (1) through the LoRaWAN long-range bidirectional wireless communication network (3) according to the LoRa protocol, designed for battery-powered devices and having the ability to control the data transfer rate. 2. The system according to claim 1, characterized in that the communication device (2) is configured to send a prescription data set to the medical pumping device (1) in a push message. 3. The system according to claim. 1 or 2, characterized in that the programming information contains at least one of information related to the delivery mode, information related to the rate of administration of the dose, information related to the volume of administration, and information related to the maximum dose. 4. The system according to one of paragraphs. 1-3, characterized in that the identifying label (40) is a barcode or RFID tag. 5. The system according to one of the preceding claims, characterized in that the processing device (11) is configured to initiate the input operation according to the downloaded programming information after confirmation by the user. 6. System according to one of the preceding claims, characterized in that the reader (10) is integrated into the housing (100) of the medical pumping device (1). 7. The system according to one of the preceding claims, characterized in that the medical pump device (1) is located at a location remote from the communication device (2). 8. A method for ensuring the administration of a medical fluid to a patient at home, comprising the steps of: - the medical pumping device (1) is programmed to perform an injection operation for administering a medical fluid to a patient, wherein the medical pumping device (1) contains a pumping mechanism (13) for introducing a medical fluid, a memory device (12) for storing programming information and a processor device (11) to control the operation of the blower (13) according to the programming information, characterized in that it contains steps in which - transmitting, using the communication device (2) connected with the possibility of communication with the medical pumping device (1) through the communication network (3), a prescription data set containing programming information associated with a particular medical fluid, to the medical pumping device (1 ), – receive on the medical pumping device (1) a prescription data set, - store on the medical pumping device (1) the programming information contained in the prescription data set, in the memory device (12), - read using the reader (10) of the medical pumping device (1) the identification information of the identifying label (40) of the container (4) of the fluid, and – download by means of the processor device (11) of the medical pumping device (1) the stored programming information associated with a specific medical fluid from the storage device (12), if the identification information read by the reader (10) refers to a specific medical fluid, at the same time, the communication device (2) is connected with the ability to communicate with the medical pumping device (1) through the LoRaWAN long-range bidirectional wireless communication network (3) according to the LoRa protocol, designed for battery-powered devices and having the ability to control the data transfer rate.

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