Abstract:
The invention relates to a document (100) with sensor means (110), at least one antenna (106), a first processor (104), a second processor (108), storage means (112) and a switch (114). The first processor (104) is designed to communicate with a reading device (102) via the antenna (106). The switch (114) is designed to switch the antenna (106) between a first stable state, in which a communication is prevented between the first processor (104) and the external reading device (102), and a second astable state, in which a communication is possible between the first processor (104) and the external reading device (102). The sensor means (110) are designed to detect a first identification feature of a user of the document (100). The second processor (108) is designed to compare the first identification feature with a second identification feature which is saved in the storage means (112), wherein the second processor (108) is further designed to switch the switch (114) to a second state if there is conformity between the first identification feature and the second identification feature.
Abstract:
The invention relates to a method for producing a data page, and to a data page (11) for embedding in a preferably book-like security and/or value document, comprising at least two layers (12, 14) arranged one on top of the other, made of an organic polymer material, and at least one fiber layer (16) arranged in a partial region between the layers (12, 14) and outside the layers (12, 14) forming an overlap. The first layer (12) is provided as roll material and is pulled off a roll (21), an organic binder is at least partially applied to an upper side of the first layer (12), a fiber layer (16) is provided as roll material and is pulled off a roll (25), and the fiber layer (16) is applied to the first layer (12) along a lateral edge (17) of the first layer (12) forming an overlap (19). The second layer (14) is provided as roll material and is pulled off a roll (27), and the second layer (14) is applied to the fiber layer (16), wherein the second layer (14) covers the first layer (12), at least in partial areas.
Abstract:
To create novel types of security features, a display module (300) is provided, which can be integrated into a blank of a value document or security document (100) and which has a display carrier (330) and at least one display circuit (305) arranged on the display carrier (330). The at least one display circuit (305) is formed by at least one antenna conductor strip (310) and at least one display element (320) electrically connected to the at least one antenna conductor strip (310). The at least one antenna conductor strip (310) and/or the contour (335) of the display module (300) have configurations which respectively code information.
Abstract:
The invention relates to a security document (30) comprising an electronic circuit arrangement (40), wherein the circuit arrangement (40) comprises a supply device (150) for providing an electric voltage and/or an electric current and an excitation structure (100), and a security structure (200) is additionally formed, wherein the security structure (200) comprises a structure color (210), the interaction of which with light can be influenced by an electric and/or magnetic field, such that a color of the structure color (210) is dependent on the electric and/or magnetic field, wherein the excitation structure (100) is coupled to the supply device (150) and the excitation structure (100) is arranged relative to the security structure (200) such that upon application of the electric voltage provided by the supply device (150) and/or upon application of the electric current provided by the supply device (150) in the region of the security structure (200) an electric field and/or a magnetic field are/is generated and a change in the color of the security structure (200) is brought about by this means. Furthermore, the invention relates to a method for testing a circuit arrangement (40) in a security document (30).
Abstract:
The invention relates to a security product or valuable product (100), comprising a passive, electroluminescent security element (10), which comprises a field-induced electroluminescent component (20) (EL component). The EL component (20) contains an electroluminescent composite layer (30), which is arranged between two electrodes (22, 24) and which has at least one electroluminescent dye embedded in a transparent dielectric material. The composite layer (30) consists of only a single layer, which is directly adjacent to the electrodes (22, 24). The invention further relates to an associated production method.
Abstract:
The invention relates to a security document (1) comprising a two-dimensionally stretched composite body (3), which has an upper side (31) and an opposite lower side (33) and which is composed of at least two substrate layers (35, 37), and a textile (41), which is formed from threads (45) and of which at least one two-dimensional section (43) is arranged between the at least two substrate layers (35, 37), wherein at least one optically detectable representation (61) is located in the security document (1) and is or can be covered at least by a portion of the section (43) of the textile (41) that is arranged between the at least two substrate layers (35, 37), wherein the textile (41) and the at least one optically detectable representation (61) are designed such that an image (150) of the overlap of the at least one portion of the section (43) of the textile (41) over the at least one optically detectable representation (61), when optically detected through the upper side (31) of the composite body (3), is dependent on a detecting direction relative to the upper side (31) of the composite body (3). The textile (41) may be provided with a flap section in order to be integrated into a passport. The optically detectable representation may comprise a graphic pattern and the textile is designed such that the threads thereof are arranged in a textile pattern, wherein the textile pattern and the graphic pattern differ by a pattern spacing such that a moiré effect is achieved.