DE102018001892A1 - Device for collecting data - Google Patents

Abstract

The invention relates to a device for recording economic and health data and data in public transport, which has a modular structure and is very easy to use, in particular a variety of modules for capturing, providing and transmitting data to a main unit can be adapted. These are adapted without tools via a quick-change push-in mechanism to the main unit, which has a sophisticated new shape, so as not to catch when hooking or tilting. Furthermore, the quick-change push-in mechanism has an easy-to-handle semi-automatic locking mechanism.

Description

The present invention relates to a mobile data acquisition device for detecting, providing and transmitting industrial, commercial, production, logistics, pharmaceutical, tourism, public transport and health data according to the preambles of the independent claims.

With a mobile data acquisition device, data is collected and made available to the site. Mobile data collection devices are used in all economic processes, such as in industry, trade, production, logistics, pharmaceutical, tourism and public transport as well as health care, for example for the collection of data for material requirements for warehouse management or for the management of customer data or health data used.
The data is displayed and recorded with the mobile data logger. Depending on the purpose, the mobile data acquisition devices are equipped with various components for acquiring the data, for example with a bar code scanner or a radio frequency identification reader, in short RFID reader.

Mobile data collection devices can be used for a wide variety of applications. In the industrial sector, these can be, for example, applications in the warehouse and production or exemplary applications in the sales or service field service and in the field of delivery, such as courier services, transport service providers and forwarding agencies. In the field of mobile data acquisition devices support in particular the areas of warehousing, stock removal, inventory, goods reordering and warehousing. This makes it possible to place articles without long distances to a corresponding free storage space, to capture articles and storage location and store the assignment in the mobile device and in the central, mostly remote management system. In healthcare, health insurance data, patient or wound data can be processed, and in public transport, for example, tickets can be created and sold using a mobile data collection device.
This optimizes business processes and saves time for information gathering and information gathering.

In the following, the data of the aforementioned application areas are also referred to as "economic and health data".

The use of mobile devices is everywhere, where there are strong benefits that you want to capture data and access the data of a system portable.

Due to the large number of applications of mobile data collection devices, there are a variety of designs of mobile data collection devices.

Depending on the application, a mobile data collection device is equipped with various components for the collection and transmission of data.
Mobile data collection devices contain radio components for wireless data transmission, for example for the wireless local network connection WLAN and / or for global networks 3G . 4G or 5G ,
Depending on the application, you can use different keyboards, printers, debit and credit card readers, various displays and touchscreens, various data entry components such as gesture scanners, touchpads, trackpads, headset components, speakers, microphones or computer mice, and / or interfaces for these components. In particular, additional wireless interfaces for exemplary voice applications to be equipped.

In particular, they are exemplary for the transponder and barcode acquisition with any data scanner, such as laser, CCD or CMOS scanner and RFID components, such as LF-RFID, RF-RFID, UHF-RFID and NFC readers, camera sensors in the visible and non-visible Equipped area.

Furthermore, mobile data acquisition devices include components for locating in space, such as components for position determination using global navigation satellite systems and Messgrössenaufnehmer to capture environmental and device data, such as temperature, pH, amount of heat, humidity, pressure, sound, brightness, acceleration , Speed, electrical quantities, electrophysical quantities and electrochemical quantities.

There are a variety of mobile data acquisition devices with different components for different functions for the various fields of application.
Ever new applications, especially with regard to the type of data to be recorded, are shaping the market of data acquisition devices. Meeting this ever-new need for components for capturing data in a timely manner is a big problem.

It is a disadvantage that a user often requires several mobile data acquisition devices with different components to cover his applications and that he will gain new mobile data acquisition devices after a short time must if more features are needed for its application.

Another drawback is that the provider must develop, produce and maintain a variety of mobile data collection devices to meet the demand for the most diverse mobile device DAQ devices.
Modular data acquisition devices have the particular disadvantage that the modules are mechanically difficult and expensive adaptable only with a tool insert and not easily configurable to a main system and must be programmed and configured from the main system.

The applications for mobile data acquisition devices are becoming more demanding and unusual, especially with regard to environmental requirements. Associated with this is a further disadvantage that mobile data acquisition devices according to the prior art often do not meet the requirements of users regarding fall protection, splash water and dust protection.

It is an object of the invention to overcome the disadvantage of the prior art. In particular, a device is to be made available which makes it possible to reduce the multiplicity of mobile data collection devices, to enable the upgrading and expandability of the mobile data collection devices and the adaptation of mobile data acquisition devices to new applications and applications and the availability of mobile data collection devices for new applications and its purpose through modularity. The available modules should also be easy to handle and replace without tools and be adaptable without programming and configuration. An embodiment of the device should also allow a significantly increased fall protection and a significantly increased splash water protection and dust protection.

This object is achieved by the device defined in the independent claims. Further embodiments emerge from the dependent claims.

The invention provides a mobile data acquisition device which has a modular structure and is very easy to operate, in particular a wide variety of modules, the extension modules ( 1 . 6 ) for collecting, providing and transmitting economic and health data to a main unit, the main module ( 25 ) adaptable. These are delivered to the main module without tools via a quick-change push-in mechanism ( 25 ) adapted, which has a sophisticated new shape so as not to catch or tilt when plugging. Furthermore, the quick-change push-in mechanism has an easy-to-handle semi-automatic locking mechanism.
The mobile data collection device further comprises a device for detecting the various functions of the expansion modules ( 1 . 6 ); By coding the extension modules, the main module recognizes the respective expansion module ( 1 . 6 ) and configures and programs it accordingly, and only controls the corresponding existing components, and captures and sends only data from the existing components.

As a result, mobile data acquisition devices are provided, which can be quickly adapted to various individual requirements with little effort and very easy to use.

A first embodiment of the mobile data acquisition device according to the invention comprises a basic module, which is equipped with an electronic unit with a microprocessor system and which is enclosed by a first closed housing, the basic module housing and a second closed housing, the main housing, wherein the main housing equipped with at least one positive insertion slide mechanism is.
In this case, enclosed by a 'closed housing' means that a housing can be regarded as closed even if it contains recesses for, for example, a display, a touch panel or loudspeaker. In the present embodiment of the invention, in the case in which the base module housing includes a display, the main housing is particularly sealed against the base housing in the edge region of the display.

The mobile data acquisition device is equipped with at least one expansion module, which are either dummies or which each comprise an expansion electronics unit and each contain a bidirectional interface for data transmission and / or power supply and which are also enclosed by a closed housing, the expansion module housing, which at least one each Plug-in mechanism form-fitting fits the plug-in sliding mechanism of the main housing, with which the housing of the expansion modules can be plugged into the main housing. The expansion electronics unit is equipped with electronic components for the collection, provision and transmission of economic and health data.

The inventive mobile data acquisition device can therefore also one or more expansion modules ( 1 . 6 ), which are designed as dummies and no function and no Contain components and only have the task of providing an empty enclosure so that no main module ( 25 ) with an open main housing ( 3 ) is operated, if no further expansion module with functions is needed.

A dummy as an expansion module therefore means that this expansion module has no electronic function and is designed without electronic components, so thus only has the function of providing an empty housing when no further expansion module with functions is needed to close an open main body. The dummies significantly increase the Datalogger's fall protection and have a crushing function for the DAQ device, significantly protecting the components contained in the DAQ device from dropping off, and being easily replaced in the event of damage.

The plug-in mechanism of the extension module housing to the plug-in sliding mechanism of the main housing is positively designed complementary in fit, which means that the plug-in sliding mechanisms on the main housing, preferably with one guide slide rail ( 18 ), and on the expansion module housings, preferably each having a guide sliding recess ( 24 ), preferably longitudinally to the respective housing, are equipped such that the guide slide rail ( 18 ) as a precisely fitting counterpart in negative form for the shape of the guide sliding recess ( 24 ) is designed to fit with a small clearance, so that the plugging and pushing the expansion module on the guide slide as smoothly as possible and with little resistance is good sliding executable.

Small clearance between the guide slide rail and the guide slide recess means a design with a clearance of 1/100 mm to about 5/10 mm. Sliding smoothly and with little resistance for the attachment and insertion of the expansion module on the guide slide means a force of 1 N to about 20 N.

Furthermore, the main housing of the first embodiment outside the base module housing includes at least one interface unit with an interface, which is designed as a connection from the base module and from the base module housing to the main housing as a bidirectional interface for data transmission and / or power supply to the expansion module or modules.
This means that the base module is connected via an interface on the base module housing with the interface unit and the interface unit via at least one interface on the main body with the expansion modules or that and in this first embodiment, these interfaces from the electronics unit via the interface unit to the expansion electronics units of the expansion modules Data and electrical energy are transported.

The interface unit may consist of an interface unit or a plurality of subunits, for example the first interface unit (FIG. 16 ) and the second interface unit ( 14 ) and may include other electronic components, such as rechargeable batteries, data scanners and other components for the collection, provision and transmission of economic and health information.
The rechargeable batteries of the interface unit may be formed as at least one rechargeable battery and associated charging contacts and / or at least one rechargeable battery which is contactless rechargeable, for example, with inductive or capacitive coupling, with resonance method and / or with laser beams.

Thus, the present invention quickly and easily replaceable expansion modules with various components for data acquisition, provision and transmission, which are interchangeable without tools with an easy-to-use quick-change push-in mechanism and the two-fold housing and not least by the thus improved protection display a significantly increased fall protection and significantly increased splash protection and dust protection of the display.

The basic module ( 4 ) including basic module housing ( 12 ) is preferably a smartphone, mobile phone, tablet, a personal digital assistant or a computer.

The main body ( 3 ) at least one locking mechanism ( 2 ), which form-fitting to the locking mechanism of the housing of the expansion modules ( 1 . 6 ) is configured. Mating fit means that the locking mechanism is equipped such that the locking mechanism on the main body is designed as a precisely fitting counterpart in negative form for the shape of the locking mechanism of the expansion modules with little play, so that locking and unlocking as easy as possible with little pressure or pulling effort is.
Small clearance for the lock mechanism on the main body to the lock mechanism of the extension modules means a design with a clearance of 1/100 mm to about 1/10 mm.

Easy with little pressure or pulling effort for locking and unlocking the locking mechanism means a force of 1 N to about 10 N.

The locking mechanism ( 2 ) for locking and unlocking the main housing ( 3 ) with the expansion modules ( 1 . 6 ) on the plug-in sliding mechanisms ( 10 . 11 ) of the main housing ( 3 ) and the expansion modules ( 1 . 6 ) may also be formed with an electromagnetic locking unit. In this case, the electromagnetic locking unit when plugging an expansion module with the main housing ( 3 Electromagnetically locked and, for example, by triggering a button, the expansion module ( 1 . 6 ) Electromagnetically unlocked and then from the main housing ( 3 ) pushed down and taken off.

Preferably, the interface ( 22 ) from the basic module housing and thus at the basic module to the interface unit ( 14 . 16 ) And thus at the interface unit as an electrical interface for data transmission and / or power supply with a connector performed in such a way that the base module or the base module housing a plug or a socket and matching the interface unit contains the opposite connector namely a socket or a plug ,
In this case, a possible embodiment with a cable connection between a socket and / or a plug and a cable connection between the socket or plug and the interface unit and / or the electronics unit is included.
In the following, the socket is also referred to as' female connector 'and the connector as, male connector'.

The interface ( 22 ) from the basic module ( 4 ) to the interface unit ( 14 . 16 ) or the interfaces of the basic module ( 4 ) to the extension modules ( 1 . 6 ) are used for data transmission and / or energy supply with electrical energy and can be designed such that they receive data from the basic module ( 4 ) to the interface unit ( 14 . 16 ) or from the basic module ( 4 ) to the extension modules ( 1 . 6 ) transmitted wirelessly by way of example wireless or Bluetooth or wirelessly via light emitter and light receiver, such as infrared optocouplers, or as an inductive or capacitive interface bidirectional.

The various interface techniques previously performed may also be combined.

A further embodiment of the mobile data acquisition device according to the invention comprises a basic module ( 4 ) with an electronic unit ( 15 ) including a microprocessor system ( 17 ), which consists of a closed housing, the main housing ( 3 ), wherein the main housing at least one positive insertion slide mechanism ( 10 . 11 ) and each slide-in mechanism has a locking mechanism ( 2 ) contains.
This embodiment is also compatible with at least one expansion module ( 1 . 6 ), which are either dummies or which each comprise an expansion electronics unit and each contain a bidirectional interface for data transmission and / or power supply and which of a closed housing, the expansion module housing ( 31 . 32 ), which at least one plug-in sliding mechanism ( 10 . 11 ) includes a form fit matching the plug-in sliding mechanism of the main housing, with which the housing of the expansion modules can be plugged onto the main housing.
The plug-in mechanism of the extension module housing to the sliding mechanism of the main housing is positively complementary executed in fitting.
The expansion electronics unit ( 30 ) as well as the electronics unit ( 15 ) may consist of subunits and may contain other electronic components such as rechargeable batteries, data scanners and other components for the collection, provision and transmission of economic and health information.

Furthermore, the main body of this embodiment includes bi-directional interfaces for data transmission and / or power transport as a connection from the main body (FIG. 3 ) and thus from the electronics unit ( 15 ) to the expansion electronics unit or units ( 30 ) of the expansion modules ( 1 . 6 ).

Also, this embodiment of the invention enables quick and easy replacement of expansion modules with various components for data acquisition, delivery and transfer without tools with an easy-to-use quick-change push-in mechanism.

The main body ( 3 ) of the mobile data collection device is preferably carried out approximately in the form of a flat cuboid.
The cuboid consists of the side surfaces underside ( 37 ), Top side ( 38 ), left side ( 35 ) and right side ( 36 ) as well as the front ( 39 ), which may include a display and / or a keyboard, and the back ( 40 ).
The cuboid edge a is the longitudinal side of the left side ( 35 ), the square edge b is the long side of the Underside ( 37 ), the cuboid height is determined by the cuboid edges c1 and c2.

Flat means that the ratio of the height of the cuboid to the sum of the cuboid edge a and the cuboid edge b is about 1% to 20%. By way of example, in the case of a housing with a cuboid edge b of 70 mm and a cuboid edge a with a length of 130 mm, 2 mm to 40 mm results for a flat cuboid. Approximate shape of a cuboid means that a housing is present as a cuboid, while the surfaces of the left side ( 35 ) to the right side ( 36 ) as well as from the front ( 39 ) to the back ( 40 ) vary in relation to the parallelism of the surfaces to each other up to about 20% and the height of the front c1 to the height of the back c2 or the height of the back c2 to the height of the front c1 may be about twice as large. Furthermore, the housing may be curved 10% to 20% of its height and may additionally bulges depressions and indentations, for example, for a display, for scanner windows and scanner buttons and for charging contacts and / or bulges for the sliding mechanisms and / or bulges, as in the back in 8th be seen, be present.

The figures show all cuboids in clearly approximate form of a flat cuboid. In the embodiment, as approximately as a flat cuboid, the expansion modules on the bottom, the top, the left side and / or the right side of the main housing ( 3 ) and thus the guide slide rails or the guide slide recesses of the positive insertion slide mechanisms ( 10 . 11 ) also on these sides of the main housing ( 3 ) arranged parallel to the cuboid edges a and / or b.

Thus, the plug-in shift of the plug-in sliding mechanisms ( 10 . 11 ) Also in each case parallel to the square edges a and / or b.

The positive insertion slide mechanisms ( 10 . 11 ) on the main housing ( 3 ) are preferably as guide slide rails by a bulge in a keyhole-shaped profile geometry and the positive insertion slide mechanisms ( 10 . 11 ) on the housing of the expansion modules ( 1 . 6 ) are suitably positively designed as a counterpart as Führungsgleitvertiefungen with a groove in the keyhole-shaped profile geometry.

The push-in sliding mechanisms ( 10 . 11 ) on the main housing ( 3 ) can also be used as a groove and thus as a guide sliding recesses and the slide-in sliding mechanisms ( 10 . 11 ) on the housing of the expansion modules can also be present as a bulge and thus as a guide slide rails in a keyhole-shaped profile geometry. Thus, the guide slide rails and the guide slide recesses of the slide-in slide mechanisms are in a keyway-shaped keyway profile geometry.

Alternatively, the guide slide rails or guide slide recesses of the positive insertion slide mechanisms ( 10 . 11 ) on the main housing ( 3 ) and the associated as a positive mating matching Steckschiebemechanismen ( 10 . 11 ) on the housing of the expansion modules ( 1 . 6 ) suitable as a positive counterpart in other forms such as mushroom shape, round head shape, in T-shape, U-shape, V-shape or dovetail form.

Preferably, the data acquisition device according to the invention comprises a locking mechanism ( 2 ) for locking and unlocking the main housing ( 3 ) with the expansion modules ( 1 . 6 ).

For this purpose, the insertion slide mechanisms ( 10 . 11 ) of the main housing ( 3 ) each have a positive recess and in fit to the expansion modules ( 1 . 6 ) Spring elements. The recess and the spring elements are arranged so that the spring elements engage in the positive recess for locking as soon as the respective expansion module ( 1 . 6 ) is completely plugged and solve the spring elements for unlocking the indentations, if the respective expansion module ( 1 . 6 ) is removed by pushing or pulling. Fully plugged in is an expansion module ( 1 . 6 ) when it reaches a stop on the main body ( 3 ) is inserted and the extension module housing with the main housing in alignment, that is brought in a line.

The interfaces ( 27 ) from the main body ( 3 ) to the extension modules ( 1 . 6 ) are preferably designed as electrical interfaces with electrical contacts, wherein the contacts of the interfaces ( 27 ) on the main housing side and on the extension module side on the guide slide rails and guide slide recesses of the slide-in slide mechanisms ( 10 . 11 ) are arranged so that when completely plugging the expansion modules ( 1 . 6 ) to the main body ( 3 ) the electrical contacts on the main housing ( 3 ) the electrical contacts of the expansion modules ( 1 . 6 ), preferably designed as spring contacts, contact and thus electrical signals and electrical energy can be transmitted and the contacts to the outside, so outside the data acquisition device are not visible.

Next are the interfaces ( 27 ) preferably as electrical interfaces with the contacts main housing side to the end surfaces of the guide slide rails of the plug-in sliding mechanisms ( 10 . 11 ) as electrical contact surfaces and extension module side on the inside end surfaces of the guide sliding recesses of the plug-in sliding mechanisms ( 10 . 11 ) are formed as electrical spring contacts, wherein the contacts are arranged so that when completely plugging the expansion modules ( 1 . 6 ) on the main body ( 3 ) the electrical contact surfaces ( 8th ) on the main housing ( 3 ) the electrical spring contacts of the expansion modules ( 1 . 6 ) contact so that they electrically connect so that electrical signals and electrical energy is transferable and the contacts are not visible to the outside outside of the data acquisition device.

Alternatively, the interface (s) send and receive ( 27 ) within the main body ( 3 ) to and from the expansion modules ( 1 . 6 ) and thus to and from the interface units ( 14 . 16 ) Data wirelessly using wireless components example wireless or Bluetooth wireless transmission and / or wireless via light emitter and light receiver, such as with infrared optocouplers or send and receive data as inductive or capacitive.
The previously performed different interface techniques for the interfaces ( 27 ) from within the main housing ( 3 ) to and from the expansion modules can also be combined.

When plugging in the expansion modules ( 1 . 6 ) on the main body ( 3 ) during threading and insertion of the guide sliding recess of the respective expansion module onto the guide slide rail of the main housing ( 3 ) the guide slide rails with the guide sliding recesses do not get tangled and thus the guide slide groove slides smoothly on the guide slide rails with little resistance, the end faces of the guide slide rails can be performed correspondingly rounded.
Do not get tangled up and do not get caught.

As explained herein, both the basic module ( 4 ) as well as the expansion modules ( 1 . 6 ) depending on the application and customer requirements with various components for the collection, provision and / or transmission of data with radio components for wireless data transmission, as exemplified for the wireless local area network WLAN and Bluetooth and / or for global networks such as 3G, 4G or 5G ,

In addition, the base module and the expansion modules can be exemplified with various keyboards, printers, debit and / or credit card readers, various displays, touch screens, various data input components such as gesture scanners, touchpads, trackpads, headset components, speakers, microphones or computer mice, and / or interfaces be equipped for these components.

Likewise, the basic module and / or the expansion modules may contain interfaces for voice applications or for the transponder and barcode acquisition with data scanners, such as laser, CCD and / or CMOS scanners and / or RFID components, such as LF-RFID, HF-RFID, UHF RFID and / or NFC readers and / or camera sensors in the visible and non-visible area.

Locating components in space, such as components for position determination using global navigation satellite systems and / or Meßgrössenaufnehmer for detecting electrical quantities, electrophysical variables and electrochemical quantities and / or environmental and device data, such as temperature, pH, amount of heat, moisture , Pressure, sound, brightness, acceleration, and / or speed may also be included as components in the base module and / or in the expansion modules.

Furthermore, the inventive mobile data acquisition device can have one or more expansion modules ( 1 . 6 ) with microprocessor system, which perform by way of example the acquisition, provision and / or transmission of data independently and / or in cooperation with other expansion modules ( 1 . 6 ) and / or the basic module ( 4 ).

At least one expansion module ( 1 . 6 ) can be equipped with an identifier which clearly identifies the respective expansion module and contains information about its functionalities. The basic module ( 4 ) can read this identifier from the extension modules for clear identification and to get information regarding the existing functionalities.
Thus, the mobile data collection device includes a device for detecting the various functions of the expansion modules. The main module ( 25 ) recognizes the respective expansion module and configures and programs it accordingly, thereby controlling only the existing components and only collecting data from the existing components.

The main body ( 3 ) and / or at least one expansion module ( 1 . 6 ) may be equipped with at least one rechargeable battery and associated charging contacts.

Alternatively or additionally, the main housing ( 3 ) and / or at least one expansion module comprise at least one rechargeable battery which can be charged without contact, for example with inductive or capacitive coupling, with resonance methods and / or with laser beams.

The main body ( 3 ) and / or at least one expansion module ( 1 . 6 ) may comprise at least one display and the associated recess and at least one keyboard.
In addition, the main housing ( 3 ) consist of at least two moldings, which can be screwed together with screws and and can be opened.
The mobile data collection device for collecting, providing and transmitting industrial, commercial, production, logistics, pharmaceutical, tourism, public transport and health data can exemplarily comprise video glasses or 3D glasses, for example with cameras and / or headphones ,

Thus, a computer-aided extension of the perception can be achieved, for example, computer-generated additional information and / or virtual objects can be displayed in the images of the video glasses or the 3D glasses.
In addition, virtual objects in addition to the images of the cameras, the video glasses or the 3D glasses can be superimposed or computer-generated additional information can be switched on the headphones.

The mobile data collection device may also include, by way of example, image-forming components and firmware for computer-aided enhancement of the perception of reality, namely for the visual presentation of data, ie the supplementation of images or videos with computer-generated additional information or virtual objects by means of fade-in / overlay.

• 1 zeigt die Frontansicht mit Tastatur eines erfindungsgemässen Datenerfassungsgeräts, beispielhaft mit einem iphone 7 als Grundmodul (4) im Hauptgehäuse (3), einem kleinen ersten Erweiterungsmodul (1), welches auch ein Dummy sein könnte und einer Tastatur als zweites Erweiterungsmodul (6). Des Weiteren sind Lautsprecherdurchbrüche (13), seitliche Scannertasten (5) und die Verriegelungsmechanismen (2) des ersten und zweiten Erweiterungsmoduls sichtbar. Scannertasten sind Tasten, welche den Scan von Daten, also den Datenscan für beispielhaft die Transponder und Barcodeerfassung auslösen können.
• 2 zeigt das erfindungsgemässe Datenerfassungsgerät der 1 mit der Tastatur als zweites Erweiterungsmodul (6) in der Rückansicht. Sichtbar sind die seitlichen Scannertasten (5), das Halteband (9), das Scannerfenster (7), Ladekontakte (34) sowie Schrauben (19), um die zwei Schalen des Hauptgehäuses zu verschrauben.
• 3 zeigt das erfindungsgemässe Datenerfassungsgerät der 1 in Seitenansicht mit dem ersten Erweiterungsmodul (1), dem zweiten Erweiterungsmodul (6) Tastatur, dem Halteband (9), das Scannerfenster (7), Scannertasten (5) und die Verriegelungsmechanismen (2) des ersten und zweiten Erweiterungsmoduls.
• 4 zeigt die Draufsicht auf das erfindungsgemässe Datenerfassungsgerät der 1 mit Tastatur.
• 5, 6 und 7 zeigen die Perspektiven des erfindungsgemässen Datenerfassungsgeräts der 1.
• 8 zeigt die Seitenansicht des Hauptmoduls (25) im Hauptgehäuse (3) annähernd in Form eines Quaders des erfindungsgemässe Datenerfassungsgerät der 1. 8 zeigt die Scannertasten (5), das Scannerfenster (7), den ersten und zweiten Steckschiebemechanismus (10, 11) sowie die elektrischen Kontaktflächen (8) am Steckschiebemechanismus des Hauptgehäuses (3).
• 9, 10, 11 und 12 zeigen die Perspektive des erfindungsgemässen Datenerfassungsgeräts ohne Tastatur und damit die vielfältigen Möglichkeiten der Erfindung beispielhaft mit einem iphone 7 als Grundmodul (4) im Hauptgehäuse (3).
• 11 zeigt die Perspektive des erfindungsgemässen Datenerfassungsgeräts ohne das erste Erweiterungsmodul (1); dadurch sind der erste Steckschiebemechanismus (11) sowie die elektrischen Kontaktflächen (8) am Steckschiebemechanismus des Hauptgehäuses (3) sichtbar.
• 13 und 14 zeigen das Steckprinzip des erfindungsgemässen Steckschiebemechanismus am Beispiel des Hauptgehäuses, eines ersten Erweiterungsmoduls und eines zweiten Erweiterungsmoduls, welches als Tastatur ausgebildet ist. Die Figuren zeigen den ersten Steckschiebemechanismus (11) und den zweiten Steckschiebemechanismus (10) sowie die dazugehörigen Verriegelungsmechanismen (2) sowohl am Hauptgehäuse als auch an den Erweiterungsmodulen.
• 15 zeigt eine Tastatur als zweites Erweiterungsmodul (6) und die 16 a und 16 b zeigen das Hauptgehäuse (3) mit je einem ersten Erweiterungsmodul und einem zweiten Erweiterungsmodul sowie die Führungsgleitschiene (18) und die Führungsgleitvertiefung (24), die Verriegelungsmechanismen (2) und die elektrischen Federkontakte (21). In diesen Ausführungsbeispielen sind die Steckschiebemechanismen der Erweiterungsmodule zu den Steckschiebemechanismus der Hauptgehäuse formschlüssig komplementär in Passung ausgeführt mit je einer Führungsgleitschiene (18) am Hauptgehäuse (3) und Führungsgleitvertiefung (24) an den Erweiterungsmodulgehäusen jeweils längsseitig zu dem jeweiligen Gehäuse. Die Führungsgleitschiene ist ein genau passendes Gegenstück in Negativform zu der Form der Führungsgleitvertiefung, formschlüssig passend mit kleinem Spiel. Dadurch ist das Aufstecken und Einschieben des Erweiterungsmoduls auf die Führungsgleitschiene leichtläufig und gut gleitend. Der Verriegelungsmechanismus (2) am Hauptgehäuse (3) ist formschlüssig passend als genau passendes Gegenstück in Negativform zu der Form des Verriegelungsmechanismus (2) der Erweiterungsmodule (1, 6) mit kleinem Spiel ausgeführt. Dadurch ist das Ver- und Entriegeln leicht mit geringem Druck- oder Ziehaufwand ausführbar.
• 17 a und 17 b zeigen die Führungsgleitschiene (18) und die Führungsgleitvertiefung (24), die Verriegelungsmechanismen (2) sowie die elektrischen Kontaktflächen (8) in Vergrösserung. Die Führungsgleitschienen (18) der formschlüssigen Steckschiebemechanismen (10, 11) sind am Hauptgehäuse (3) als Ausbuchtung in einer Rille-Ausbuchtung Profilgeometrie in Schlüssellochform und die Führungsgleitvertiefungen (24) der formschlüssigen Steckschiebemechanismen (10, 11) sind am Gehäuse der Erweiterungsmodule (1, 6) passend als formschlüssiges Gegenstück und damit als Rille in der Rille-Ausbuchtung Profilgeometrie in Schlüssellochform ausgebildet.
• 18 zeigt das Hauptmodul (25) inklusive eingezeichnetem Quader mit den Seitenflächen Unterseite (37), Oberseite (38), linke Seite (35) und rechte Seite (36), Frontseite (39), welche ein Display und/oder eine Tastatur enthalten kann und der Rückseite (40) sowie der Quaderkante a, welche die Längsseite der linken Seite (35) ist, der Quaderkante b, welche die Längsseite der Unterseite (37) ist, sowie der Quaderkanten c1 und c2. Das Hauptmodul (25) ist annähernd wie ein flacher Quader ausgeführt. Die Erweiterungsmodule sind an der Unterseite (37) und an der Oberseite (38) des Hauptgehäuses (3) angeordnet. Damit sind auch die Führungsgleitschienen (18) und die Steckschieberichtungen der formschlüssigen Steckschiebemechanismen (10, 11) an der Unterseite und an der Oberseite parallel zu der Quaderkante b.
• 19 und 20 zeigen in Prinzipzeichnungen den Querschnitt des Grundmoduls (4), der Erweiterungsmodule (1, 6) sowie verschiedene Ausführungen des mobilen Datenerfassungsgeräts (100) sowie des Hauptmoduls (25).
• 19 a zeigt das erfindungsgemässe mobile Datenerfassungsgerät (100) in einer Ausführungsform, in welcher das Hauptmodul (25) mit seinem Hauptgehäuse (3) ein Grundmodul (4) enthält und ein erstes und zweites Erweiterungsmodule (1, 6) adaptiert ist. Das Grundmodul (4) mit seinem Grundmodulgehäuse (12) enthält die Elektronikeinheit (15), welche mit einem Mikroprozessorsystem (17) und einer bidirektionalen Schnittstelle (22) zur Datenübertragung und zur Spannungsversorgung ausgestattet ist. Das Grundmodul kann auch als Smartphone ausgebildet sein. Das Hauptgehäuse beinhaltet ausserhalb des geschlossenen Grundmodulgehäuses (12) eine Schnittstelleneinheit, welche aus zwei Teileinheiten, der ersten Schnittstelleneinheit (16) und der zweiten Schnittstelleneinheit (14) besteht und mit bidirektionalen Schnittstellen zur Datenübertragung und zur Spannungsversorgung ausgestattet ist und welche Daten und elektrische Energie vom Grundmodul (4) und damit von der Elektronikeinheit (15) über die erste Schnittstelle (22) zu den Erweiterungsmodulen (1, 6) über die zweiten Schnittstellen (27) überträgt, welche am Hauptgehäuse (3) mit elektrischen Kontaktflächen (8) ausgestattet sind. Die erste Schnittstelleneinheit (16) und die zweite Schnittstelleneinheit (14) sind durch eine Schnittstellenverbindung (26) miteinander verbunden. Die erste Schnittstelleneinheit (16) beinhaltet einen Datenscanner (33) und die zweite Schnittstelleneinheit (14) beinhaltet eine wiederaufladbare Batterie (28). Die Erweiterungsmodule (1, 6) beinhalten einen Datenscanner (33) und beispielhaft eine wiederaufladbare Batterie (28) sowie je eine bidirektionale Schnittstelle (27) zur Datenübertragung und zur Spannungsversorgung, wobei die Daten wie zuvor beschrieben von der Elektronikeinheit (15) über die erste Schnittstelle (22) zu den Erweiterungsmodulen (1, 6) über diese zweite Schnittstelle (27) übertragen werden, welche an den Erweiterungsmodule (1, 6) mit elektrische Federkontakten ausgestattet ist.
• 19 b zeigt das Hauptmodul (25) mit seinem Hauptgehäuse (3), welches das Grundmodul (4) mit seinem Grundmodulgehäuse (12) beinhaltet in der Ausführung wie bei 19 a beschrieben.
• 19 c zeigt das Grundmodul (4) mit seinem Grundmodulgehäuse (12) in der Ausführung wie bei 19 a beschrieben.
• 19 d und 19 e zeigen die Erweiterungsmodule (1, 6) wie in der Ausführung wie bei 19 a beschrieben.
• 20 a zeigt das erfindungsgemässe mobile Datenerfassungsgerät (100) in einer Ausführungsform, in welcher das Datenerfassungsgerät (100) ein Hauptmodul (25) mit seinem Hauptgehäuse (3) umfasst und an dieses ein erstes und zweites Erweiterungsmodule (1, 6) adaptiert ist. Das Hauptmodul (25) mit seinem Hauptgehäuse (3) enthält die Elektronikeinheit (15), welche mit einem Mikroprozessorsystem (17), einem Datenscanner (33) und beispielhaft mit einer wiederaufladbaren Batterie (28) sowie einer bidirektionalen Schnittstelle (27) zur Datenübertragung und zur Spannungsversorgung ausgestattet ist, welche Daten und elektrische Energie von der Elektronikeinheit (15) zu den Erweiterungsmodulen (1, 6) über die Schnittstellen (27) überträgt, welche am Hauptgehäuse (3) mit elektrischen Kontaktflächen (8) ausgestattet sind. Das erste Erweiterungsmodule (1) beinhaltet einen Datenscanner (33) und optional eine wiederaufladbare Batterie (28). Die Erweiterungsmodule (1, 6) beinhalten je eine bidirektionale Schnittstelle (27) zu Übertragung von Daten von und zu der Elektronikeinheit (15) sowie zur Spannungsversorgung, wobei die Schnittstelle (27) an den Erweiterungsmodulen (1, 6) mit elektrische Federkontakten ausgestattet ist.
• 21 zeigt die Form eines Schlüssellochs. Damit ist die Formulierung ,schlüssellochförmig‘ und die Beschreibung ,Profilgeometrie in Schlüssellochform‘ definiert.

Based on figures, the 1 to 18 Embodiments and the 19 to 21 Represent principle drawings, the invention is explained in more detail below:

• 1 shows the front view with keyboard of a data acquisition device according to the invention, by way of example with an iphone 7 as basic module ( 4 ) in the main housing ( 3 ), a small first expansion module ( 1 ), which could also be a dummy, and a keyboard as a second expansion module ( 6 ). Furthermore, loudspeaker breakthroughs ( 13 ), side scanner buttons ( 5 ) and the locking mechanisms ( 2 ) of the first and second expansion modules. Scanner buttons are buttons that can trigger the scan of data, ie the data scan for example the transponder and barcode capture.
• 2 shows the inventive data acquisition device of 1 with the keyboard as the second expansion module ( 6 ) in the rear view. Visible are the side scanner buttons ( 5 ), the tether ( 9 ), the scanner window ( 7 ), Charging contacts ( 34 ) as well as screws ( 19 ) to screw the two shells of the main body.
• 3 shows the inventive data acquisition device of 1 in side view with the first expansion module ( 1 ), the second expansion module ( 6 ) Keyboard, the tether ( 9 ), the scanner window ( 7 ), Scanner buttons ( 5 ) and the locking mechanisms ( 2 ) of the first and second expansion modules.
• 4 shows the top view of the inventive data acquisition device of 1 with keyboard.
• 5 . 6 and 7 show the perspectives of the inventive data acquisition device of 1 ,
• 8th shows the side view of the main module ( 25 ) in the main housing ( 3 ) approximately in the form of a cuboid of the data acquisition device according to the invention 1 , 8th shows the scanner buttons ( 5 ), the scanner window ( 7 ), the first and second slide-in mechanisms ( 10 . 11 ) and the electrical contact surfaces ( 8th ) on the sliding mechanism of the main housing ( 3 ).
• 9 . 10 . 11 and 12 show the perspective of the inventive data acquisition device without keyboard and thus the many possibilities of the invention by way of example with a iphone 7 as a basic module ( 4 ) in the main housing ( 3 ).
• 11 shows the perspective of the inventive data acquisition device without the first expansion module ( 1 ); This is the first plug-in sliding mechanism ( 11 ) and the electrical contact surfaces ( 8th ) on the sliding mechanism of the main housing ( 3 ) visible.
• 13 and 14 show the plug-in principle of the inventive insertion mechanism by the example of the main housing, a first expansion module and a second expansion module, which is designed as a keyboard. The figures show the first plug-in sliding mechanism ( 11 ) and the second push-in mechanism ( 10 ) as well as the associated locking mechanisms ( 2 ) on both the main body and the expansion modules.
• 15 shows a keyboard as a second extension module ( 6 ) and the 16 a and 16 b show the main body ( 3 ) each with a first expansion module and a second expansion module and the guide slide rail ( 18 ) and the guide slippage ( 24 ), the locking mechanisms ( 2 ) and the electrical spring contacts ( 21 ). In these embodiments, the plug-in sliding mechanisms of the expansion modules to the plug-in sliding mechanism of the main housing are positively complementary executed in fit with each guide slide rail ( 18 ) on the main housing ( 3 ) and guide slippage ( 24 ) on the expansion module housings each longitudinally to the respective housing. The guide slide rail is a precisely fitting counterpart in negative form to the shape of the guide slide recess, fitting with a small clearance. As a result, the insertion and insertion of the expansion module on the guide slide rail is smooth and smooth. The locking mechanism ( 2 ) on the main housing ( 3 ) is a positive fit as a precisely matching counterpart in negative form to the shape of the locking mechanism ( 2 ) of the expansion modules ( 1 . 6 ) with a small game. As a result, the locking and unlocking is easy to perform with little pressure or pulling.
• 17 a and 17 b show the guide slide rail ( 18 ) and the guide slippage ( 24 ), the locking mechanisms ( 2 ) and the electrical contact surfaces ( 8th ) in enlargement. The guide slide rails ( 18 ) of the positive insertion slide mechanisms ( 10 . 11 ) are on the main body ( 3 ) as a bulge in a groove bulge Profile geometry in keyhole shape and the Führungsgleitvertiefungen ( 24 ) of the positive insertion slide mechanisms ( 10 . 11 ) are on the housing of the expansion modules ( 1 . 6 ) suitable as a positive counterpart and thus as a groove in the groove bulge formed profile geometry in keyhole shape.
• 18 shows the main module ( 25 ) including drawn cuboid with the side surfaces underside ( 37 ), Top side ( 38 ), left side ( 35 ) and right side ( 36 ), Front ( 39 ), which may contain a display and / or a keyboard and the back ( 40 ) and the cuboid edge a, which is the longitudinal side of the left side ( 35 ), the cuboid edge b, which the longitudinal side of the bottom ( 37 ), as well as the cuboid edges c1 and c2 , The main module ( 25 ) is executed almost like a flat cuboid. The extension modules are at the bottom ( 37 ) and at the top ( 38 ) of the main housing ( 3 ) arranged. Thus, the guide slide rails ( 18 ) and the plug-in sliding directions of the positive insertion sliding mechanisms ( 10 . 11 ) at the bottom and at the top parallel to the square edge b.
• 19 and 20 show in schematic drawings the cross-section of the basic module ( 4 ), the expansion modules ( 1 . 6 ) as well as various versions of the mobile data acquisition device ( 100 ) and the main module ( 25 ).
• 19 a shows the inventive mobile data acquisition device ( 100 ) in an embodiment in which the main module ( 25 ) with its main housing ( 3 ) a basic module ( 4 ) and a first and second expansion modules ( 1 . 6 ) is adapted. The basic module ( 4 ) with its basic module housing ( 12 ) contains the electronic unit ( 15 ), which with a microprocessor system ( 17 ) and a bidirectional interface ( 22 ) is equipped for data transmission and power supply. The basic module can also be designed as a smartphone. The main housing contains outside the closed base module housing ( 12 ) an interface unit, which consists of two subunits, the first interface unit ( 16 ) and the second interface unit ( 14 ) and is equipped with bidirectional interfaces for data transmission and power supply and which data and electrical energy from the basic module ( 4 ) and thus from the electronics unit ( 15 ) via the first interface ( 22 ) to the extension modules ( 1 . 6 ) via the second interfaces ( 27 ), which on the main body ( 3 ) with electrical contact surfaces ( 8th ) are equipped. The first interface unit ( 16 ) and the second interface unit ( 14 ) are interconnected by an interface 26 ) connected with each other. The first interface unit ( 16 ) includes a data scanner ( 33 ) and the second interface unit ( 14 ) includes a rechargeable battery ( 28 ). The expansion modules ( 1 . 6 ) contain a data scanner ( 33 ) and by way of example a rechargeable battery ( 28 ) as well as a bidirectional interface ( 27 ) for data transmission and power supply, the data being transmitted by the electronics unit (as described above). 15 ) via the first interface ( 22 ) to the extension modules ( 1 . 6 ) via this second interface ( 27 ), which are connected to the expansion modules ( 1 . 6 ) is equipped with electrical spring contacts.
• 19 b shows the main module ( 25 ) with its main housing ( 3 ), which is the basic module ( 4 ) with its basic module housing ( 12 ) includes in the execution as in 19 a described.
• 19 c shows the basic module ( 4 ) with its basic module housing ( 12 ) in the execution as in 19 a described.
• 19 d and 19 e show the expansion modules ( 1 . 6 ) as in the execution as in 19 a described.
• 20 a shows the inventive mobile data acquisition device ( 100 ) in an embodiment in which the data collection device ( 100 ) a main module ( 25 ) with its main housing ( 3 ) and to this a first and second expansion modules ( 1 . 6 ) is adapted. The main module ( 25 ) with its main housing ( 3 ) contains the electronic unit ( 15 ), which with a microprocessor system ( 17 ), a data scanner ( 33 ) and by way of example with a rechargeable battery ( 28 ) as well as a bidirectional interface ( 27 ) for data transmission and power supply, which data and electrical energy from the electronics unit ( 15 ) to the extension modules ( 1 . 6 ) via the interfaces ( 27 ), which on the main body ( 3 ) with electrical contact surfaces ( 8th ) are equipped. The first expansion module ( 1 ) includes a data scanner ( 33 ) and optionally a rechargeable battery ( 28 ). The expansion modules ( 1 . 6 ) each contain a bidirectional interface ( 27 ) for transmission of data to and from the electronics unit ( 15 ) and to the power supply, the interface ( 27 ) on the expansion modules ( 1 . 6 ) is equipped with electrical spring contacts.
• 21 shows the shape of a keyhole. This defines the wording "keyhole-shaped" and the description "Profile geometry in keyhole shape".

LIST OF REFERENCE NUMBERS

1

first extension module

2

Locking mechanism of the first or second expansion module including counterpart

3

main body

4

basic module

5

side scanner buttons

6

second expansion module

7

scanner window

8th

electrical contact surfaces on the slide-in mechanism of the main housing

9

tether

10

second push-in mechanism below including counterpart

11

first push-in mechanism top including counterpart

12

Basic module housing

13

Speaker breakthroughs

14

second interface unit

15

electronics unit

16

first interface unit

17

microprocessor system

18

Führungsgleitschiene

19

Screws of the main housing

21

electrical spring contacts on the sliding-in mechanism of the expansion modules

22

Interface from the basic module ( 4 ) to the interface unit ( 14 . 16 )

23

display

24

Führungsgleitvertiefung

25

main module

26

electrical interface connection from the first interface unit to the second interface unit

27

Interfaces from the main body ( 3 ) to the extension modules ( 1 . 6 )

28

rechargeable battery

30

Enhancements electronics unit

31

first expansion module housing

32

second expansion module housing

33

data scanner

34

charging contacts

35

left side

36

right side

37

bottom

38

top

39

front

40

back

100

mobile data acquisition device

Claims (28)

Mobile data acquisition device (100) for collecting, providing and transmitting industrial, commercial, production, logistics, pharmaceutical, tourism, public transport and health data comprising an electronic unit (15) in a basic module (4) from a first enclosed housing, the base module housing (12), wherein the electronic unit (15) comprises a microprocessor system (17), at least one expansion module (1, 6) enclosed by a closed expansion module housing (31, 32), wherein the expansion module (1, 6) comprise an expansion electronics unit (30) and / or are formed as dummies, at least one interface unit (14, 16) wherein the interface unit comprises at least one rechargeable battery (28) and associated charging contacts (34) and / or at least one rechargeable battery (28) and contactless charging, and / or at least one data scanner (33 ) is trained, in which the basic module (4) and its basic module housing (12) are enclosed by a second closed housing, the main housing (3), which contains at least one positive plug-in sliding mechanism (10, 11) and the extension module housings (31, 32) of the expansion modules (1, 6) comprise at least one plug-in slide mechanism (10, 11) in each case in a form-fitting complementary fit to the plug-in slide mechanism of the main housing (3), and the interface unit (14, 16) outside the base module (4) and thus outside of the base module housing (12) in the main housing (3) and contains an interface which is designed such that it serves as a bidirectional interface for data transmission and / or Power supply from the base module (4) and the base module housing (12) via the interface unit (14, 16) to the main body (3) and as the interface (27) from the main body (3) to the expansion module (1, 6) , Data collection device after Claim 1 wherein the basic module (4) including basic module housing (12) as a smartphone, mobile phone, tablet, a personal digital assistant or a computer is formed. Data acquisition device according to one of the preceding claims, wherein the main housing (3) includes at least one locking mechanism (2) and the housing of the expansion modules (1, 6) at least one respective locking mechanism (2) form-fitting to the locking mechanism of the main housing (3). Data acquisition device according to one of the preceding claims, wherein the interface (22) of the interface unit (14, 16) to the base module (4) is designed as an electrical interface such that it is pluggable on the base module housing (12), comprising at least one connector male or female on the base module housing and at least one matching connector male or female on the interface unit (14, 16). Data acquisition device according to one of Claims 1 to 3 in that the interface (22) from the interface unit (14, 16) to the base module (4) or the interfaces from the base module (4) to the expansion modules (1, 6) are designed such that they receive data from the basic module (4) to the Interface unit (14, 16) or from the base module (4) to the expansion modules (1, 6) by means of wireless components for wireless data transmission, such as by WLAN or Bluetooth sends and receives. Data acquisition device according to one of Claims 1 to 3 in that the interface (22) from the interface unit (14, 16) to the base module (4) is designed to transmit data from the base module (4) to the interface unit (14, 16) wirelessly via light emitters and light receivers, such as infrared optocouplers, for example. or sends and receives as an inductive or capacitive interface. Data acquisition device according to one of Claims 1 to 3 , wherein the interface (22) of the interface unit (14, 16) to the base module (4) and the interfaces of the base module (4) to the expansion modules (1, 6) is designed such that they as a combination of in the Claims 4 to 6 is designed said interface designs. Mobile data acquisition device (100) for collecting, providing and transmitting industrial, commercial, production, logistics, pharmaceutical, tourism, public transport and health data comprising an electronics unit (15) of a closed housing, the main housing (3 ), wherein the electronic unit (15) comprises a microprocessor system (17) and at least one rechargeable battery (28) and associated charging contacts and / or at least one rechargeable battery (28) and is contactlessly rechargeable, and / or at least with a data scanner ( 33), at least one expansion module (1, 6) enclosed by a closed expansion module housing (31, 32), wherein the expansion module (s) (1, 6) comprise an expansion electronics unit and / or are formed as dummies, at least one interface (27 ), in which the main housing (3) contains at least one positive plug-in sliding mechanism (10, 11) with at least one locking mechanism (2) and the housing of the extension modules (1, 6) has at least one plug-in sliding mechanism (10, 11) complementary in fit to the plug-in sliding mechanism of the main housing ( 3) with at least one respective locking mechanism (2) positively to the locking mechanism (2) of the main housing (3), and the interface / n (27) is designed such that it serves as a bidirectional interface for data transmission and / or power supply of the Main housing (3) to the / the expansion modules (1, 6) acts. Data acquisition device according to one of the preceding claims wherein the main housing (3) is designed in an approximate shape of a flat cuboid, wherein the cuboid, the side surfaces bottom (37), top (38), left side (35) and right side (36) and the Square edges a and b, and the expansion modules respectively on the underside (37) and / or on the opposite top (38) and / or on the left side (35) and / or on the opposite right side (36) of Main housing (3) are arranged and the Führungsschleitschienen or Führungsgleitvertiefungen the positive insertion slide mechanisms (10, 11) respectively at the bottom (37) and / or on the top (38) and / or on the left side (35) and / or on the right side (36) of the main housing (3) are each arranged parallel to the cuboid edges a and / or b such that the plug-in sliding directions of the plug-in sliding mechanisms (10, 11) also in each case parallel to the cuboid a and / or b are formed. Data acquisition device according to one of the preceding claims, wherein the positive insertion mechanisms (10, 11) on the main housing (3) as Führungsgleitschienen as a bulge in a groove-bulge profile geometry in keyhole shape and the positive insertion slide mechanisms (10, 11) on the housing of the expansion modules (1, 6 ) are designed as a form-fitting counterpart as Führungsgleitvertiefungen and thus as a groove in the groove-bulge profile geometry in keyhole shape or the positive insertion slide mechanisms (10, 11) on the main housing (3) as Führungsgleitvertiefungen as a groove in the groove-bulge profile geometry are formed in keyhole shape and the positive insertion sliding mechanisms (10, 11) on the housing of the expansion modules (1, 6) are designed as a form-fitting counterpart as a guide slide rails and thus as a bulge in the groove-bulge profile geometry in keyhole shape. Data acquisition device according to one of Claims 1 to 9 in which the guide slide rails or guide slide recesses of the positive plug-in sliding mechanisms (10, 11) on the main housing (3) and the associated plug-in sliding mechanisms (10, 11) matching the positive fit counterpart on the housing of the extension modules (1, 6) fit as a positive counterpart in another form, exemplified mushroom shape, round head shape, T-shape, U-shape, V-shape or dovetail shape are executed. Data acquisition device according to one of the preceding claims wherein as a locking mechanism (2) for locking and unlocking of the main housing (3) with the expansion modules (1, 6) on the slide-in mechanisms (10, 11) of the main housing (3) each have a positive recess and in fitting on the extension modules (1, 6) mounted spring elements are arranged such that for locking the complete attachment of the extension modules (1, 6) engage the spring elements in the positive recess and for unlocking when removing the extension modules (1, 6), the spring elements through Press or pull out of the indentations. Data acquisition device according to one of the preceding claims, wherein the interfaces (27) from the main housing (3) to the expansion modules (1, 6) are designed as electrical interfaces with contacts and the contacts of the interfaces from the main housing (3) to the expansion modules (1, 6 ) are arranged on the guide slide rails and guide slide recesses of the positive insertion slide mechanisms (10, 11) on the main housing (3) and on the extension modules (1, 6), in that, when the expansion modules (1, 6) are completely plugged onto the main housing (3), the electrical contacts on the main housing (3) make contact with the electrical contacts of the expansion modules (1, 6), which are preferably in the form of spring contacts, and thus electrically connect them as well outside are not visible. Data acquisition device according to one of the preceding claims, wherein the interfaces (27) from the main housing (3) to the expansion modules (1, 6) are designed as electrical interfaces with contacts and the contacts of the interfaces (27) from the main housing (3) to the expansion modules ( 1, 6) are formed on the end surfaces of the guide slide rails of the slide-in mechanisms (10, 11) of the main body (3) as electrical contact surfaces and on the inside end surfaces of the guide sliding recesses of the slide-in mechanisms (10, 11) of the expansion modules (1, 6) as electrical spring contacts are arranged that upon complete attachment of the expansion modules (1, 6) to the main housing (3), the electrical contact surfaces (8) on the main housing (3) contact the electrical spring contacts of the expansion modules (1, 6) in such a way that they connect electrically and are not visible to the outside are. Data acquisition device according to one of Claims 1 to 12 wherein the interfaces within the main housing (3) to the expansion modules (1, 6) are designed such that they receive data from within the main housing (3) to the interface units (14, 16) by means of wireless components for wireless data transmission, such as by WLAN or send and receive Bluetooth. Data acquisition device according to one of Claims 1 to 12 in that the interfaces within the main housing (3) to the expansion modules (1, 6) are designed such that they transmit data from within the main housing (3) to the interface units (14, 16) wirelessly via light emitters and light receivers, such as, for example, infrared optocouplers, or send and receive as inductive or capacitive interfaces. Data acquisition device according to one of Claims 1 to 12 , wherein the interfaces within the main housing (3) to the expansion modules (1, 6) are designed such that they as a combination of in the Claims 13 to 16 mentioned embodiments are formed. Data acquisition device according to one of the preceding claims, wherein the end surfaces of the guide slide rails are rounded such that when threading and inserting the guide sliding recesses of the plug-in sliding mechanisms (10, 11) of the expansion modules (1, 6) in the guide slide rails of the plug-in sliding mechanisms (10, 11) of the main housing (3 ) the guide rails do not get tangled with the guide sliding recesses and slide smoothly and with little resistance well. Data acquisition device according to one of the preceding claims, wherein both the basic module (4) and at least one expansion module (1, 6) with components for the detection, provision and / or transmission of data by way of example wireless components for wireless data transmission, such as wireless local Network connection such as WLAN and / or for global networks such as 3G, 4G or 5G and / or various keyboards, printers, debit and / or credit card readers, various displays and / or touchscreens, various data entry components such as gesture scanners, touchpads, trackpads, Headset components, loudspeakers, microphones or computer mice and / or interfaces for these components and / or interfaces for voice applications and / or transponders and barcode acquisition with data scanners, such as laser, CCD and / or CMOS scanners and / or RFID components, such as LF-RFID, HF-RFID, UHF-RFID and / or NFC-readers u nd / or camera sensors in the visible and non-visible range and / or components for locating in space, such as components for position determination using global navigation satellite systems and / or Meßgrössenaufnehmer for detecting electrical quantities, electrophysical variables and electrochemical quantities and / or environmental and device data , such as temperature, pH, amount of heat, humidity, pressure, sound, brightness, acceleration, and / or speed are equipped. Data acquisition device according to one of the preceding claims wherein at least one expansion module (1, 6) is designed with a microprocessor system such that the expansion modules (1, 6) with microprocessor system functions such as acquisition, provision and / or transmission of data independently and / or in cooperation with other extension modules (1, 6) and / or the base module (4). Data acquisition device according to one of the preceding claims wherein the base module (4) and at least one expansion module (1, 6), which is equipped with an identifier according to its functionalities, are designed such that the base module (4) the identifier for unambiguous identification of the / respective expansion modules (1, 6) with different functionalities and thus the corresponding functionalities of the respective expansion modules (1, 6) recognizes. Data acquisition device according to one of the preceding claims, wherein at least one expansion module (1, 6) comprises at least one rechargeable battery and associated charging contacts or at least one rechargeable battery and can be charged without contact, by way of example with inductive or capacitive coupling, with resonance method or with laser beams. Data acquisition device according to one of the preceding claims, wherein the main housing (3) and / or at least one expansion module (1, 6) comprises at least one display and the associated recess. Data acquisition device according to one of the preceding claims, wherein the main housing (3) and / or at least one expansion module (1, 6) has at least one keyboard. Data acquisition device according to one of the preceding claims, wherein the main housing (3) and / or at least one expansion module (1, 6) has at least one key for triggering a data scan, for example for the transponder and / or barcode acquisition. Data acquisition device according to one of the preceding claims, wherein the main housing (3) consists of at least two molded parts and these are screwed with screws (19). Data acquisition device according to one of the preceding claims, wherein the mobile data collection device (100) for detecting, providing and transmitting industrial, commercial, production, logistics, pharmaceutical, tourism, public transport and health data by way of example a video glasses or 3D glasses by way of example with cameras and / or a headphone and further designed such that with the device a computer-aided extension of the perception is possible, for example by in the image or in the images of the video glasses or 3D glasses computer-generated additional information and / or virtual objects or additional information and / or overlaid virtual objects in addition to the images of the cameras, the video glasses or the 3D glasses and / or additional computer-generated additional information via the headphones. Data acquisition device according to one of the preceding claims, wherein as a locking mechanism (2) for locking and unlocking the main housing (3) with the expansion modules (1, 6) on the sliding-insert mechanisms (10, 11) of the main housing (3) and the expansion modules (1, 6) in each case an electromagnetic locking unit is arranged such that the electromagnetic locking unit when plugging an expansion module this electromagnetically locked with the main housing (3) and by example triggering a button an expansion module (1, 6) is electromagnetically unlocked and this is removable.

Images