Abstract:
The present invention relates to an interlocking mechanism (1) for inter- locking a first and a second low voltage switching devices (200, 200'), wherein each of the switching devices (200, 200') comprises a movable contact part, a stationary contact part and, an actuating unit for operating the movable contact part in a direction and making connection or disconnection with the stationary contact part, the interlocking mechanism com- prising a first and a second housing (2, 2') connected to each other,a first and a second sliding bar (10, 10'), where in the first sliding bar (10) is arranged on the first housing (2) and connecting to the actuating unit of the first switching device (200), where in the second sliding bar (10') is arranged on the second housing (2') and connecting to the actuating unit of the second switching device(200'), and wherein a sliding plane (P) is de- fined and has a X-and Y-axis, the Y-axis being defined in the direction of motion of the actuating unit of the switching devices (200, 200') and, wherein each of the sliding bars (10, 10') are configured to slide in the Y- axis direction of the sliding plane (P), a shaft (30) disposed between the first and the second houses (2, 2'), and a cam (40) configured to be rotatable about the shaft (30) when both switching devices are in open positions. The shaft (30) is disposed to be perpendicular to the sliding plane (P) so that the shaft (30) is perpendicular to the direction of motion of the actuating unit of the switching devices. Furthermore, the cam (40) further comprises a first and a second locking element (42, 42') for blocking the first and second sliding bar (10, 10') respectively, each of the locking elements (42, 42') protruding laterally in the X-axis direction. Each of the sliding bars (10, 10') further comprises an opening (12, 12') at one end of the bar, wherein the opening (12, 12') is configured for retaining the corresponding locking element (42, 42') when the corresponding switching de- vice (200, 200') is in a closed position.
Abstract:
The invention relates to a method for cooling a dosing unit pertaining to HC dosing systems for exhaust cleaning which comprise a dosing unit (250) for fuel and a feed device (230) for said fuel, comprising the step of cooling said fuel dosing unit (250) by means of fuel supplied to it. The method comprises also the step of running said feed device (230) to supply said coolant fuel at reduced power compared with ordinary operation. The invention relates also to a computer programme product containing programme code (P) for a computer (200; 210) for implementing a method according to the invention. The invention relates also to an HC dosing system and a motor vehicle which is equipped with the HC dosing system.
Abstract:
The invention relates to a method pertaining to SCR systems for exhaust cleaning, comprising the steps of deciding about a need, after cessation of an exhaust flow, to cool a reducing agent dosing unit (250), which forms part of the SCR system, by means of reducing agent supplied to it, and of predicting a temperature pattern of said dosing unit (250) as a basis for deciding about said need, and predicting accordingly whether a predetermined temperature of the dosing unit (250) will be reached after said cessation of exhaust flow. The invention relates also to a computer programme product containing programme code (P) for a computer (200; 210) for implementing a method according to the invention. The invention relates also to an SCR system and a motor vehicle which is equipped with the SCR system.
Abstract:
The present invention regards an insulated tarpaulin (401)and method for producing same insulated tarpaulin (1)consisting of at least two layers of fabric (105 and 202)further characterized by that at least a first layer of fabric (105) has means for securing at least one piece of insulation (103) to it and a second layer of fabric (202) connected to said first layer of fabric (105) and at least one valve attached to said tarpaulin (401).
Abstract:
The present invention regards an insulated tarpaulin (401)and method for producing same insulated tarpaulin (1)consisting of at least two layers of fabric (105 and 202)further characterized by that at least a first layer of fabric (105) has means for securing at least one piece of insulation (103) to it and a second layer of fabric (202) connected to said first layer of fabric (105) and at least one valve attached to said tarpaulin (401).
Abstract:
According to the invention, it is provided an ultrasonic measurement method wherein an ultrasonic transducer (102; 230; 502) is acoustically coupled to an object (101; 217; 501) to be measured by means of a resilient material contact layer (218). The transducer (102; 230; 502) transmits a plurality of consecutive ultrasonic transmit signals into the said object (101; 217; 501) being measured, the transmit frequency (f ) of each of said plurality of transmit signals being distinct from the frequency of the other transmit signals of said plurality of transmit signals. Signal echoes of said transmitted signals are received, and based on the said received signal echoes, at least one transmit frequency (f) to be used for ultrasonic measurement of the said object (101; 217; 501) is selected. The invention also relates to an ultrasonic measurement device.
Abstract:
Procedure for configuration of a subscriber's user equipment (201 ) for telecommunication, where the user equipment (201 ) is provided with a first subscription (202) belonging to a first network (203), which procedure includes the steps: Identification (102) of a second network (206) when the user equipment (201 ) moves to this second network (206), and connection (106) of the first subscription (202) with a second subscription (208) belonging to the second network (206), which second subscription (208) is included in a defined series (209) of subscriptions belonging to the second network ((206), of which series (209) the operator of the first network (203) disposes. Computer program product (302 1 302 n ) which can be loaded directly into the internal memory of a digital computer (3001,..., 30O n ), including software code sections to execute the steps according to the above mentioned procedure when said product (302, 302n) is run on said computer (300 1 ,...,30O n ). Telecommunications system for configuration of a subscriber's user equipment (201 ), including a user equipment (201 ) which is provided with a first subscription (202) belonging to a first network (203) and includes a mobile equipment (204), where the telecommunication system includes identification device (205) for identification of a second network (206) when the user equipment (201 ) moves to this network (206), and connection device (207) for connection of the first subscription (202) with a second subscription (208) belonging to the second network (206), which second subscription (206) is included in one in the telecommunication system defined series (209) of subscriptions belonging to the second network (206).
Abstract:
The invention relates to a method for use in a still-photography camera for changing the opening of the aperture from a first position to a second position using a stepping motor. The movement of the stepping motor during the control of the movement of the aperture from the first to the second position is controlled so that the motor's movement comprises a first interval of time with varying acceleration and a second interval of time with constant or varying acceleration. The intervals of time are suitably arranged so that the first interval of time is used for the part of the movement of the aperture that comprises the greatest opening of the aperture during the whole of the movement.
Abstract:
A retainer for an adjustment device for an over-centre fastener for securing and clamping two parts (11, 12) together by applying a pulling force between said parts by means of a lever (14). The adjustment device includes an externally threaded member (17a) and an internally threaded member (19) rotatable relative to one another. The internally threaded member has a friction increasing insert (24) preventing unintentional relative rotation between the externally threaded member and the internally threaded member.
Abstract:
The present invention refers to a spacer for creating distance (18) and/or absorbing loads, pressure, relative motion between glass sheets (3) and/or between glass packages (5) containing several glass sheets (3), when they are packed in or on a packaging arrangement (1), preferably a support (8). Said spacer (4) is manufactured as an extruded profile that comprises essentially longitudinal cavities (2) and walls (15) for the formation of a framework (12) in the spacer (4), and one or several spacers (4) creating distance (18) and absorbing loads in the form of, for example, pressure, relative motions etc. between the glass sheets (3) and/or between the glass packages (5).