Abstract: The present invention relates to a catch mechanism for blocking a bolt to prevent unauthorized opening of a door, the catch mechanism comprising a follower for operating a bolt between a locked state in which the bolt is extended and an unlocked state in which the bolt is retracted; a catch configured to block the follower for preventing movement of the bolt in the locked state, and a control member for operating the follower and the catch, The invention also relates to a locking device comprising such a catch mechanism.

Abstract: The present invention relates to a locking device (10) for independently operating a bolt (20) by a mechanical activation and a non-mechanical activation, the locking device comprising a bolt (20), a first follower (61) that is pivotable on a first pivot and comprising a follower arm (68) that is configured to engage the bolt and move it between the extended position (A) and the retracted position (B), a second follower (63) that is configured to contact the first follower (61) and move the follower arm (68), and further comprising a activation element (30) for mechanical activation of the bolt, and a control assembly (80) for non-mechanical activation of the bolt, wherein further wherein the control assembly comprises a play (P) such that the second follower when operated by the activation element is configured to move freely in relation to the cam and wherein further the first pivot is the activation element.

Abstract: The present invention relates to a mounting arrangement for fastening a shaft in a locking device, the mounting arrangement (1) comprising—a shaft (2) for insertion into a handle follower of a locking device; —a locking member (33) for fixating the shaft after insertion to prevent undesired removal from the handle follower, and—a release member (32) for releasing the locking member to enable desired removal of the shaft from the handle follower, wherein the locking member (33) is movable between a locking position for fixating the shaft in the handle follower and a release position, and wherein the release member (32) is operatively connected to the locking member for moving the locking member from the locking position to the release position. The invention also relates to a locking device (10) comprising such a mounting arrangement (1).

Abstract: The present invention relates to a catch mechanism for blocking a bolt to prevent unauthorized opening of a door, the catch mechanism comprising a follower for operating a bolt between a locked state in which the bolt is extended and an unlocked state in which the bolt is retracted; a catch configured to block the follower for preventing movement of the bolt in the locked state, and a control member for operating the follower and the catch, The invention also relates to a locking device comprising such a catch mechanism.

Abstract: A locking device (1), comprising:—a latch bolt arrangement (2), which is movable into at least a first and a second latch bolt position, said latch bolt arrangement (2) comprising a first follower arm engagement part (7); —a first follower arrangement (8) configured for transferring a motion to the latch bolt arrangement from a first unlocking device which can be connected to the first follower arrangement (8), wherein said first follower arrangement (8) comprises a first follower arm (11) which comprises a latch bolt engagement part (13) which is configured to at least in some positions of the first follower arm (11) contact the first follower arm engagement part (7) of the latch bolt arrangement (2), whereby the latch bolt arrangement (2) can be pushed by a movement of the first follower arm (11) such that the latch bolt arrangement (2) is moved from the first latch bolt position to the second latch bolt position; and —a locking arm (15), wherein said locking arm (15) further comprises a locking arm catch (

Abstract: The present invention relates to a locking device comprising—a locking bolt (12), —follower arrangement (30) comprising a follower arm (32) and a follower (31) for mechanical activation of the locking device (12), —a non-mechanical activation unit (A) connected to a rod arrangement (40) wherein the locking device (10) comprises a coupler (50) for coupling a movement of the rod arrangement (40) in a first direction (D) to the follower arrangement (30) and causing a corresponding rotation of the follower arm (32), and wherein the locking device (10) further comprises a play (P) configured to allow rotation of the follower arm (32) caused by mechanical activation without causing a corresponding movement of the first rod (41) of the rod arrangement (40).

Abstract: The present invention relates to a locking device comprising: —a locking bolt (12), —a follower arrangement (30) comprising a follower arm (32) configured to rotate about a first axis (B) and also comprising a follower (31) that is configured to rotate about the first axis (B) in response to an activation, —a catch arrangement (20) configured to block the follower arm (32) in a blocking state in order to prevent rotation of the follower arm (32), wherein the follower (31) of the follower arrangement (30) is operatively connected to the catch arrangement (20), wherein the blocking state corresponds to the catch arrangement (20) being in an end position of a movement path (P), and wherein the catch arrangement (20) is further configured to operate the follower arm (32) when not in the blocking state so that a movement of the catch arrangement (20) along the movement path (P) causes a corresponding movement of the follower arm (32).

Abstract: The invention provides a method for preparing a plurality of granules comprising a biological active and a non-volatile liquid by using mixer-granulation, wherein the granules exhibit reduced dust release upon exposure to mechanical stress.

Abstract: The present invention relates to a locking device (10) for independently operating a bolt (20) by a mechanical activation and a non-mechanical activation, the locking device comprising a bolt (20), a first follower (61) that is pivotable on a first pivot and comprising a follower arm (68) that is configured to engage the bolt and move it between the extended position (A) and the retracted position (B), a second follower (63) that is configured to contact the first follower (61) and move the follower arm (68), and further comprising a activation element (30) for mechanical activation of the bolt, and a control assembly (80) for non-mechanical activation of the bolt, wherein further wherein the control assembly comprises a play (P) such that the second follower when operated by the activation element is configured to move freely in relation to the cam and wherein further the first pivot is the activation element.

Abstract: The present invention relates to a catch mechanism for blocking a bolt to prevent unauthorized opening of a door, the catch mechanism comprising a follower for operating a bolt between a locked state in which the bolt is extended and an unlocked state in which the bolt is retracted; a catch configured to block the follower for preventing movement of the bolt in the locked state, and a control member for operating the follower and the catch, The invention also relates to a locking device comprising such a catch mechanism.

Abstract: A control system (1) for controlling a cooling system comprising two or more cooling entities (2) is disclosed. The control system comprises a central control unit (3), two or more entity controllers (4), each entity controller (4) being associated with one of the cooling entities (2), and each entity controller (4) being provided with a nearfield communication interface (6) allowing communication between the entity controller (4) and a portable device (7), via a nearfield communication channel, and a secured communication network (5) connecting the central control unit (3) with each of the entity controllers (4). The central control unit (3) is configured to generate blocking signals and/or unblocking signals and communicate the blocking signals and/or unblocking signals to each of the entity controllers (4), via the secured communication network (5).

Abstract: The present invention relates to a mounting arrangement for fastening a shaft in a locking device, the mounting arrangement (1) comprising—a shaft (2) for insertion into a handle follower of a locking device; —a locking member (33) for fixating the shaft after insertion to prevent undesired removal from the handle follower, and—a release member (32) for releasing the locking member to enable desired removal of the shaft from the handle follower, wherein the locking member (33) is movable between a locking position for fixating the shaft in the handle follower and a release position, and wherein the release member (32) is operatively connected to the locking member for moving the locking member from the locking position to the release position. The invention also relates to a locking device (10) comprising such a mounting arrangement (1).

Abstract: A locking device (1), comprising:—a latch bolt arrangement (2), which is movable into at least a first and a second latch bolt position, said latch bolt arrangement (2) comprising a first follower arm engagement part (7); —a first follower arrangement (8) configured for transferring a motion to the latch bolt arrangement from a first unlocking device which can be connected to the first follower arrangement (8), wherein said first follower arrangement (8) comprises a first follower arm (11) which comprises a latch bolt engagement part (13) which is configured to at least in some positions of the first follower arm (11) contact the first follower arm engagement part (7) of the latch bolt arrangement (2), whereby the latch bolt arrangement (2) can be pushed by a movement of the first follower arm (11) such that the latch bolt arrangement (2) is moved from the first latch bolt position to the second latch bolt position; and —a locking arm (15), wherein said locking arm (15) further comprises a locking arm catch (

Abstract: A control system (1) for controlling a cooling system comprising two or more cooling entities (2) is disclosed. The control system comprises a central control unit (3), two or more entity controllers (4), each entity controller (4) being associated with one of the cooling entities (2), and each entity controller (4) being provided with a nearfield communication interface (6) allowing communication between the entity controller (4) and a portable device (7), via a nearfield communication channel, and a secured communication network (5) connecting the central control unit (3) with each of the entity controllers (4). The central control unit (3) is configured to generate blocking signals and/or unblocking signals and communicate the blocking signals and/or unblocking signals to each of the entity controllers (4), via the secured communication network (5).

Abstract: A method for controlling a vapor compression system, in particular an opening degree of an expansion valve. According to a first control strategy, the expansion valve is closed until the superheat value has increased above a lower threshold superheat value. According to a second control strategy, the expansion valve is kept open until the suction pressure has increased above a lower threshold suction pressure value. In the case of low superheat value as well as low suction pressure, the second control strategy is selected for a limited period of time.

Abstract: A method for controlling a vapour compression system, in particular an opening degree of an expansion valve. According to a first control strategy, the expansion valve is closed until the superheat value has increased above a lower threshold superheat value. According to a second control strategy, the expansion valve is kept open until the suction pressure has increased above a lower threshold suction pressure value. In the case of low superheat value as well as low suction pressure, the second control strategy is selected for a limited period of time.

Abstract: A method for controlling a vapor compression system during start-up is disclosed. The rate of change, ?T1, of the temperature of refrigerant entering the evaporator, and the rate of change, ?T2, of the temperature of refrigerant leaving the evaporator are compared. Based on the comparing step, a refrigerant filling state of the evaporator is determined. The opening degree of the expansion device is then controlled according to a first control strategy in the case that it is determined that the evaporator is full or almost full, and according to a second control strategy in the case that it is determined that the evaporator is not full. Thereby it is ensured that a maximum filling degree of the evaporator is quickly reached, without risking that liquid refrigerant passes through the evaporator.

Abstract: A method for controlling a vapour compression system during start-up is disclosed. The rate of change, ?T1, of the temperature of refrigerant entering the evaporator, and the rate of change, ?T2, of the temperature of refrigerant leaving the evaporator are compared. Based on the comparing step, a refrigerant filling state of the evaporator is determined. The opening degree of the expansion device is then controlled according to a first control strategy in the case that it is determined that the evaporator is full or almost full, and according to a second control strategy in the case that it is determined that the evaporator is not full. Thereby it is ensured that a maximum filling degree of the evaporator is quickly reached, without risking that liquid refrigerant passes through the evaporator.

Abstract: A catheter assembly allowing for non-contaminated insertion of the catheter into the urinary canal. The catheter assembly includes a urinary catheter, a catheter package and a sealing member. The urinary catheter defines a conduit and has a proximal end adapted for insertion into the urinary canal and an opposite distal end. The catheter package has a hose with a cavity for accommodation of the catheter, and a catheter outlet adapted to dismantle the proximal end of the catheter from the catheter package. The sealing member is adapted to provide a substantially liquid-tight seal between the catheter package and the urinary catheter while the catheter is being dismantled.

Abstract: A method of producing a medical catheter having a catheter body part and a catheter tip in one integrated part by injection moulding and a catheter produced by the method. A multicomponent moulding technique for producing a catheter, e.g. a catheter made from two materials with different characteristics, is preferred. Such a catheter may be used for urinary catheterisation and for similar purposes of draining a bodily fluid.