WO/2016/192698 INSTALLATION FOR PRODUCING A FILM WEB AND METHOD FOR OPERATING SUCH AN INSTALLATION||WO||08.12.2016|
||PCT/DE2016/000168||REIFENHÄUSER GMBH & CO. KG MASCHINENFABRIK||NEUSS, Andreas|
The invention relates to an installation for producing a film web and to a method for operating such an installation. According to the invention, a control circuit having a controller, a sensor and an actuator is integrated into the ongoing film production process, wherein the sensor is set up to sense a flatness of the film web, and the sensor is data-connected to the controller, wherein the controller is data-connected to the actuator and the actuator is actuated by the controller in order to control film production on the basis of the flatness.
WO/2016/192699 DEVICE FOR TRIGGERING A GAS SPRING AND SEATING UNIT COMPRISING ADJUSTABLE BACKREST HAVING A GAS SPRING AND SUCH AN APPARATUS||WO||08.12.2016|
||PCT/DE2016/000208||WANDSCHNEIDER, Guido||WANDSCHNEIDER, Guido|
A device for triggering a gas spring (1) comprising an actuation device (2), an actuating element (4) which is operatively connected to the actuating device (2) and which acts directly on an end trigger (3) of the gas spring (1), wherein the actuating element (4) is configured as a lever arrangement (5) which reduces or multiplies the force or path, wherein one of the levers (trigger lever (6)) presses directly onto the trigger (3), wherein the actuating device (2) comprises an electrical magnet unit (30), which is provided with electric energy via an electrical supply and can be activated via a switch unit (60), characterised in that there is a control unit (40) which can be activated via the switching unit (60) and activates the electric magnet unit (30) according to the signals of the switch unit (60), wherein the the magnet unit (30) is actuated such that for a predetermined time interval an override phase of the magnet unit (30) with an increased voltage and a subsequent holding phase with a reduced voltage are produced.
WO/2016/192700 PIPETTE TIP PACKAGING||WO||08.12.2016|
||PCT/DE2016/000220||SARSTEDT AG & CO.||SCHUSTER, Rainer|
The invention relates to a pipette tip packaging, consisting of a base box (9), pipette supports (1) which are stacked one on top of the other starting from the base box and which have rows of holes (2) for receiving pipette tips, and a closure lid (11) at the top. The pipette supports (1) are designed to releasably connect to the base box (9) or the closure lid (11) and are spaced apart by covering skirts (8) which are interposed in the stacking direction and which can be connected to the pipette support (1) by latching means. The aim of the invention is to allow an operationally reliable pipette tip packaging with a simple and variable processing of the pipette tips. This is achieved in that each covering skirt (8) is made of an elastic plastic material, and each covering skirt is connected to an upper pipette support (1) at the covering skirt head end (12) facing the lower face of the respective upper pipette support (1) via first latching means (6) in a tension-resistant manner and to the subsequent pipette support (1) at the covering skirt foot end (16) facing the upper face of the subsequent pipette support (1) via second latching means (17). The second latching means (17) can be unlocked from the subsequent pipette support (1) in order to remove the respective upper pipette support (1) together with the covering skirt (8) held by the respective first latching means (6) in a tension-resistant manner.
WO/2016/192701 HOUSING CAP FOR A JOINT, AND ASSEMBLY COMPOSED OF A JOINT AND A SHAFT||WO||08.12.2016|
||PCT/DE2016/000223||AMTEK TEKFOR HOLDING GMBH||ETZOLD, Thomas|
Described and depicted is a housing cap for a joint, comprising a bellows section and a joint section. The aim is to design a housing cap that is less prone to dirt deposits. Said aim is achieved by providing the housing cap with at least one hole in the bellows section. An assembly composed of a joint and a shaft is also described.
WO/2016/192702 SHAPED BODIES CONTAINING PIEZO-ACTIVE CALCIUM TITANIUM OXIDE, METHOD FOR THE PRODUCTION AND EXCITATION THEREOF AND USE OF PIEZO-ACTIVE CALCIUM TITANIUM OXIDE AS PIEZOELECTRIC MOLDED BODIES OR A COMPONENT OF PIEZOELECTRIC MOLDED BODIES||WO||08.12.2016|
||PCT/DE2016/000230||UNIVERSITÄT ROSTOCK||BURKEL, Eberhard|
The invention relates to molded bodies, in particular implants, comprising piezo-active calcium titanium oxide, including piezo-active doped calcium titanium oxide, the use of such calcium titanium oxide and a method for the production and for the excitation of the molded bodies by electric fields.
WO/2016/192703 DEVICE AND METHOD FOR CONTROLLING THE TEMPERATURE OF STACKED PHOTOVOLTAIC CELLS||WO||08.12.2016|
||PCT/DE2016/000234||SCHERFF, Maximilian||SCHERFF, Maximilian|
A device for controlling the temperature of stacked photovoltaic cells (50) comprises: a holding region (110) for the stacked photovoltaic cells (50); a first and a second current connection (121, 122) for connecting the stacked photovoltaic cells (50) to an external current supply (300), in order to provide a current flow through the stacked photovoltaic cells (50); and a temperature control unit (130) designed to produce a coolant flow (F) though the holding region (110), such that the temperature of the stacked photovoltaic cells (50) in the holding region (110) can be controlled.
WO/2016/192704 COMPONENT HAVING A TRANSPARENT CONDUCTIVE NITRIDE LAYER||WO||08.12.2016|
||PCT/DE2016/000237||OTTO-VON-GUERICKE-UNIVERSITÄT MAGDEBURG, TTZ PATENTWESEN||DADGAR, Armin|
The invention relates to a component having a transparent conductive nitride layer, characterized by a layer in the AlGaInN system and a doping with a flat donor above a concentration of 5x1019cm-3.
WO/2016/192705 DEVICE FOR DRAINAGE, IN PARTICULAR FOR DRAINAGE OF A CHRONIC SUBDURAL HEMATOMA||WO||08.12.2016|
||PCT/DE2016/100183||PRIMED HALBERSTADT MEDIZINTECHNIK GMBH||SPIEGELBERG, Dr. Andreas|
The invention relates to a device for drainage, comprising a tubular reservoir (100) having a pliable wall (1), a rigid cover (3), and a rigid bottom (2), and having at least one spring (4), which exerts a force that presses the cover (3) and the bottom (2) apart, wherein the cover (3) is movable in the direction of the bottom (2) in order to place the spring into the start position. According to the invention, the device has one or more magnets (11, 12), which are configured such that the magnets exert an additional force onto the reservoir (100) in such a way that a resulting force pressing the cover (3) and the bottom (2) apart is substantially constant across that part of the spring path.
WO/2016/192706 EYE BOLT||WO||08.12.2016|
||PCT/DE2016/100201||THIELE GMBH & CO. KG||NORPOTH, Bernhard|
The invention relates to an eye bolt (1) having an eyelet (2) on an eyelet base (3), wherein a bearing bush (5) for receiving a threaded bolt (4) is arranged in the eyelet base (3) and, on the side facing away from the eyelet (2), determines a screw-on level (6) of the eye bolt (1) and, on the side facing the eyelet (2), has a contact face (21) for a radially widened head (9) of the threaded bolt (4). The bearing bush (5) is captively and rotatably mounted in the eyelet base (3). A locking element (13) is provided as a bearing lock for the threaded bolt (4). The locking element (13) is a one-piece constituent part of the bearing bush (5).
WO/2016/192707 MOTOR VEHICLE DOOR LOCK||WO||08.12.2016|
||PCT/DE2016/100213||KIEKERT AG||BARMSCHEIDT, Christian|
The invention relates to a motor vehicle door lock, comprising a locking mechanism (22), an electric drive (26) which allows the locking mechanism (22) to be unlocked, a child safety device (29) with a child safety sensor (31), the electric drive (26) can be activated or not activated depending on the switch position of the child safety sensor (31), and a closing drive (42) which transfers the locking mechanism (22) from a pre-locked position into a main locked position. A locking mechanism sensor (25) is associated with the locking mechanism (22) and depending on the switch position of the locking mechanism sensor (25), the drive (26) can be activated or not activated.