mhurhangee/ep-ind-claims huggingface dataset:
A safe conduit device comprising: a banknote validator docking station configured to be located on a safe and to removably receive and lockably engage with a banknote validator; and a banknote transport module; characterised by: a banknote cashbox docking station spatially separated from said banknote validator docking station and configured to removably receive and lockably engage with a banknote cashbox located within the safe, said banknote cashbox including a stacker mechanism; and by the banknote transport module configured to span the spatial separation between said banknote validator docking station and said banknote cashbox docking station, wherein the banknote transport module includes a banknote transport path configured to enable the conveyance of a banknote between said banknote validator and the stacker mechanism of said banknote cashbox, and wherein said banknote transport module is removable from the safe conduit device when the banknote validator has been unlocked and released from engagement with the banknote validator docking station. a banknote validator docking station configured to be located on a safe and to removably receive and lockably engage with a banknote validator; and a banknote transport module; characterised by: a banknote cashbox docking station spatially separated from said banknote validator docking station and configured to removably receive and lockably engage with a banknote cashbox located within the safe, said banknote cashbox including a stacker mechanism; and by the banknote transport module configured to span the spatial separation between said banknote validator docking station and said banknote cashbox docking station, wherein the banknote transport module includes a banknote transport path configured to enable the conveyance of a banknote between said banknote validator and the stacker mechanism of said banknote cashbox, and wherein said banknote transport module is removable from the safe conduit device when the banknote validator has been unlocked and released from engagement with the banknote validator docking station. a banknote cashbox docking station spatially separated from said banknote validator docking station and configured to removably receive and lockably engage with a banknote cashbox located within the safe, said banknote cashbox including a stacker mechanism; and by the banknote transport module configured to span the spatial separation between said banknote validator docking station and said banknote cashbox docking station, wherein the banknote transport module includes a banknote transport path configured to enable the conveyance of a banknote between said banknote validator and the stacker mechanism of said banknote cashbox, and wherein said banknote transport module is removable from the safe conduit device when the banknote validator has been unlocked and released from engagement with the banknote validator docking station.
An electrode support structure to hold an electrode (4, 5) and apply a load thereto vertically, the electrode (4, 5) being used for electric heating to contact a workpiece uniformly, wherein; the electrode support structure comprises at least two members (1, 2), i.e. a first member to hold the electrode (4, 5) and a second member to receive the first member, and an elastic member made of an insulator, characterized in that the two members (1, 2) are connected through the elastic member, in that the surfaces of the two members (1, 2) confronting each other have cranked shapes and in that the elastic member is provided between the two confronting surfaces.
A method in a positioning node for enabling positioning of a user equipment, which user equipment is served in a first cell controlled by a radio network node, which positioning node and radio network node are comprised in a radio communications network, the method comprising; - obtaining an indication indicating availability, at the user equipment, of timing information of at least one cell (11,14), which timing information is a system frame number; and - determining (202,303) whether the timing information of the at least one cell (11,14) is available at the user equipment based on the obtained indication, and when determined that the timing information of the at least one cell (11,14) is available at the user equipment, the method further comprising: - generating (203,304) positioning assistance data, which positioning assistance data comprises information associated with the at least one cell (11,14); and - transmitting (204,305) a message to the user equipment, which message comprises the positioning assistance data which positioning assistance data and the timing information of the at least one cell (11,14) available at the user equipment enables positioning of the user equipment. - obtaining an indication indicating availability, at the user equipment, of timing information of at least one cell (11,14), which timing information is a system frame number; and - determining (202,303) whether the timing information of the at least one cell (11,14) is available at the user equipment based on the obtained indication, - generating (203,304) positioning assistance data, which positioning assistance data comprises information associated with the at least one cell (11,14); and - transmitting (204,305) a message to the user equipment, which message comprises the positioning assistance data which positioning assistance data and the timing information of the at least one cell (11,14) available at the user equipment enables positioning of the user equipment.
An injector mixer arrangement for supplying and mixing a reducing agent in gaseous form into a flue gas flowing in a gas duct communicating with a catalyst in a selective catalytic reduction reactor downstream of said arrangement, wherein a plurality of nozzles arranged on an injector grid in the gas duct to supply reducing agent to the gas duct, a plurality of first stage mixer plates arranged in the gas duct downstream of said nozzles, a plurality of second stage mixer plates arranged in the gas duct downstream of said first stage mixer plates, wherein each second stage mixer plate is suitable for generating two vortices in the flue gas and reducing agent flowing in the gas duct intermixing the same prior to the intermixed flue gas and reducing agent contacting said catalyst, characterized in that each first stage mixer plate has a trapezoidal geometry, each non-parallel edge of each first stage mixer plate is joined to a non-parallel edge of another first stage mixer plate to form a generally square or rectangular configuration, such that the minor parallel edges of mixer plates form interior edges and the major parallel edges form exterior edges, wherein interior edges of first stage mixer plates are positioned more inwardly toward center of injector grid than are exterior edges, wherein exterior surfaces of first stage mixer plates form an angle of 25 to 55 degrees with respect to a plane parallel to vertical planar walls (14 a, 14b, 14c, 14 d) forming the gas duct.
A positioning device (60; 68; 76; 82; 90; 100) for maintaining a first elongate member at a predetermined position along a second elongated member, said second elongated member being positioned within an opening extending through said first elongated member, said positioning device comprising: a band (62; 70; 77; 84; 92) surrounding a central space; and a plurality of flexible, resilient fingers (64, 65; 72, 73; 78, 79; 83, 85; 94; 102, 103) each having a first end attached to said band and a second end extending radially inwardly toward said central space, at least one of said second ends being engageable with said second elongated member received within said central space, said band and said fingers being slidably movable along said second elongated member to said predetermined position upon the application of a force to said band (62; 70; 77; 84; 92) directed along a longitudinal axis of said second elongated member and sufficient to overcome resistance between said fingers and said second elongated member, at least one of said second ends forcibly engaging said second elongated member and maintaining said band and said first elongated member in said predetermined position in the absence of said force, characterised in that adjacent ones of said fingers (64, 65; 72, 73; 78, 79; 83, 85; 94; 102, 103) are of different lengths. a band (62; 70; 77; 84; 92) surrounding a central space; and a plurality of flexible, resilient fingers (64, 65; 72, 73; 78, 79; 83, 85; 94; 102, 103) each having a first end attached to said band and a second end extending radially inwardly toward said central space, at least one of said second ends being engageable with said second elongated member received within said central space, said band and said fingers being slidably movable along said second elongated member to said predetermined position upon the application of a force to said band (62; 70; 77; 84; 92) directed along a longitudinal axis of said second elongated member and sufficient to overcome resistance between said fingers and said second elongated member, at least one of said second ends forcibly engaging said second elongated member and maintaining said band and said first elongated member in said predetermined position in the absence of said force, characterised in that adjacent ones of said fingers (64, 65; 72, 73; 78, 79; 83, 85; 94; 102, 103) are of different lengths.
A magnesium-based alloy, having (as a % by weight) magnesium in a first fraction, more than 10.1 % to 11.5 % of aluminium in a second fraction, a third fraction of one or more elements which form at least a first phase with aluminium, wherein the third fraction is formed with: 0.15 % by weight to 0.5 % by weight of manganese, 2.5 % by weight to 3.5 % by weight of composition metal, 0.2 % by weight to 0.44 % by weight of calcium, optionally with 0.2 % by weight to 0.6 % by weight of strontium, more than 0.3 % to 0.6 % of zinc, the remainder being magnesium and impurities due to the manufacturing conditions, wherein the magnesium-based alloy contains a Mg 17 Al 12 phase and a formation temperature of the first phase is higher than a formation temperature of the Mg 17 Al 12 phase. more than 10.1 % to 11.5 % of aluminium in a second fraction, a third fraction of one or more elements which form at least a first phase with aluminium, wherein the third fraction is formed with: 0.15 % by weight to 0.5 % by weight of manganese, 2.5 % by weight to 3.5 % by weight of composition metal, 0.2 % by weight to 0.44 % by weight of calcium, optionally with 0.2 % by weight to 0.6 % by weight of strontium, more than 0.3 % to 0.6 % of zinc, the remainder being magnesium and impurities due to the manufacturing conditions, wherein the magnesium-based alloy contains a Mg 17 Al 12 phase and a formation temperature of the first phase is higher than a formation temperature of the Mg 17 Al 12 phase. 0.15 % by weight to 0.5 % by weight of manganese, 2.5 % by weight to 3.5 % by weight of composition metal, 0.2 % by weight to 0.44 % by weight of calcium, optionally with 0.2 % by weight to 0.6 % by weight of strontium, more than 0.3 % to 0.6 % of zinc, the remainder being magnesium and impurities due to the manufacturing conditions, wherein the magnesium-based alloy contains a Mg 17 Al 12 phase and a formation temperature of the first phase is higher than a formation temperature of the Mg 17 Al 12 phase.
An OPEP respiratory device comprising a flow resistor shaped and sized to be removably connectable to an inhalation port or an exhalation port of the OPEP respiratory device, the flow resistor comprising: a housing defining a conduit for the flow of air therethrough; a one-way valve positioned in the conduit, the one-way valve configured to open in response to the flow of air through the conduit in a first direction and close in response to the flow of air through the conduit in a second direction; an opening in the conduit for the flow of air into or out of the conduit; wherein a cross-sectional area of the opening is selectively adjustable, and wherein the housing comprises a first section and a second section, and wherein a position of the first section of the housing relative to a position of the second section of the housing is selectively adjustable, wherein selective adjustment of the first section relative to the second section adjusts a cross sectional-area of the opening, wherein the first section of the housing and the second section of the housing are removably connected by threaded engagement. a housing defining a conduit for the flow of air therethrough; a one-way valve positioned in the conduit, the one-way valve configured to open in response to the flow of air through the conduit in a first direction and close in response to the flow of air through the conduit in a second direction; an opening in the conduit for the flow of air into or out of the conduit; wherein a cross-sectional area of the opening is selectively adjustable, and wherein the housing comprises a first section and a second section, and wherein a position of the first section of the housing relative to a position of the second section of the housing is selectively adjustable, wherein selective adjustment of the first section relative to the second section adjusts a cross sectional-area of the opening, wherein the first section of the housing and the second section of the housing are removably connected by threaded engagement.
Hydraulic mount with an electromagnetic linear actuator having a stator and an armature which is able to move in relation to the stator, wherein the stator has at least one permanent magnet (22a, 22b) and at least one coil, wherein the stator has a conductive element made of ferromagnetic material, wherein the conductive element engages over the at least one permanent magnet (22a, 22b) and/or the at least one coil, and wherein the armature, in the direction of the longitudinal axis, forms a yoke made of ferromagnetic material for the conductive element, characterized in that the at least one permanent magnet (22a, 22b) is at least substantially, preferably completely, magnetized in the direction of the longitudinal axis.
Pump device for a water-conducting appliance such as a washing machine or a dishwasher having a treatment container for receiving washing liquid for treating items to be treated within the treatment container, which device is intended to pump out or circulate washing liquid, the water-conducting appliance having a maximum admissible pump-out height hg, said device comprising a pump (12a, 17a) having an electric motor (12d, 17d) and a rotatable pump wheel for conveying the liquid, which pump is connected to a power stage (16, 32) controlled by means of a control device in order to control the flow rate VS, the control device being designed to detect electrical parameters supplied to the pump (12d, 17d) or the motor, and to influence the supply of the electrical power or current to the motor (12d, 17d) on the basis of these parameters, characterised in that the electrical power or current taken up by the motor (12d, 17d) is used as the electrical parameter, the control device being designed to control, by means of the power stage and on the basis of the detected parameters, the electrical power or current supplied to the motor (12d, 17d) irrespective of the rotational speed (n) of the pump wheel which is established, such that a predetermined electrical power or current having a specified value is established with a deviation in the range of +-20 %, such that the maximum admissible pump-out height hg reaches at least a predetermined minimum volumetric flow rate VSg.
A compound comprising a modified oligonucleotide consisting of 15 to 30 linked nucleosides and having a nucleobase sequence comprising a complementary region comprising at least 15 contiguous nucleobases complementary to an equal length portion of nucleobases 121708 to 122044 of SEQ ID NO: 1, wherein the modified oligonucleotide comprises at least 10 contiguous modified nucleosides comprising a modified sugar moiety, wherein the modified sugar moiety is 2'-MOE, and wherein the compound is capable of reducing expression of the 4R isoform of Tau RNA or protein.
A process for the production of a composite nonwoven fabric comprising at least one spunbonded nonwoven (8, 54, 64), which exhibits essentially continuous regenerated cellulosic filaments (4, 55, 65) deposited in a random orientation, and at least one layer (52, 62) of biobased biodegradable short fibres (14, 53, 63), wherein a spinning mass containing cellulose is extruded through a plurality of nozzle holes of at least one spinneret to form filaments and the filaments are drawn, in each case, in the extrusion direction, wherein the filaments are deposited in a random orientation on a perforated conveying device to form a spunbonded nonwoven and wherein short fibres are added to the spunbonded nonwoven to form the composite nonwoven fabric, characterized in that the filaments of the spunbonded nonwoven are charged with the short fibres in the never-dried state.
A composite profile for doors, windows or façade elements, comprising a) at least one first metallic outer profile, and b) at least one second metallic outer profile, c) wherein the first metallic outer profile is connected to the second metallic outer profile in an insulating web zone via one or several insulating webs (18, 19) which is/are made of a plastic material, and d) wherein in the insulating web zone the metallic profiles (12, 14) and/or the insulating web(s) form in a separation zone a thrust-free connection in form of a sliding guide, e) at least one groove is formed in the separation zone with the sliding guide between two respective insulating web sections (18a, 18b) of the at least one insulating web or the multiple installation webs (18, 19) in the insulating web zone, characterized in that f) a foot of a hinge element is inserted into the groove, wherein the hinge element is a sealing profile or a heat insulation wedge or a glass block or a profile strip. a) at least one first metallic outer profile, and b) at least one second metallic outer profile, c) wherein the first metallic outer profile is connected to the second metallic outer profile in an insulating web zone via one or several insulating webs (18, 19) which is/are made of a plastic material, and d) wherein in the insulating web zone the metallic profiles (12, 14) and/or the insulating web(s) form in a separation zone a thrust-free connection in form of a sliding guide, e) at least one groove is formed in the separation zone with the sliding guide between two respective insulating web sections (18a, 18b) of the at least one insulating web or the multiple installation webs (18, 19) in the insulating web zone, f) a foot of a hinge element is inserted into the groove, wherein the hinge element is a sealing profile or a heat insulation wedge or a glass block or a profile strip.
A fluidic forming press, in particular a radial press, with a frame structure, a first tool carrier movable along a working direction relative to the frame structure, a second tool carrier movable along a working direction relative to the frame structure, a drive system acting on the first and the second tool carrier, the drive system comprising a first drive unit associated with the first tool carrier and a second drive unit associated with the second tool carrier with at least one fluidic piston-cylinder-unit, at least one pressurised fluid aggregate acting on at least the latter and - preferably - valves controlling the action, and a press control controlling the drive system, comprising the following features: - the at least one drive unit associated with the first tool carrier is implemented as a fast-stroke unit by means of which the first tool carrier can be moved between a basic position relatively remote from the second tool carrier and a closed position relatively close to the second tool carrier; - in its closed position the first tool carrier can be mechanically locked relative to the frame structure by means of at least one locking body the position of which is changeable; - a fluidic piston-cylinder-unit associated with the second tool carrier is implemented as a high-pressure unit operable at an operating pressure essentially above the working pressure of the associated pressure fluid aggregate, at least for part of the movement of the second tool carrier in direction of the first tool carrier; - the feed line connecting the high-pressure unit with the associated pressure fluid aggregate has a fluidic pressure booster integrated with it. - the at least one drive unit associated with the first tool carrier is implemented as a fast-stroke unit by means of which the first tool carrier can be moved between a basic position relatively remote from the second tool carrier and a closed position relatively close to the second tool carrier; - in its closed position the first tool carrier can be mechanically locked relative to the frame structure by means of at least one locking body the position of which is changeable; - a fluidic piston-cylinder-unit associated with the second tool carrier is implemented as a high-pressure unit operable at an operating pressure essentially above the working pressure of the associated pressure fluid aggregate, at least for part of the movement of the second tool carrier in direction of the first tool carrier; - the feed line connecting the high-pressure unit with the associated pressure fluid aggregate has a fluidic pressure booster integrated with it.
wheel loader having a lifting frame extending in a working direction, an attachment arranged at the free end of the lifting frame and a lifting cylinder connected at its one end in an articulated manner to the lifting frame, a head plate being connected to a first arm which is attached in an articulated manner to the head plate and whose free end is connected to an offset cylinder attached in an articulated manner to the head plate, wherein - the end of the lifting frame opposite the attachment is connected in an articulated manner to the free end of the first arm, and - the lifting cylinder is hingedly connected at its other end to an actuator which is hingedly connected on the one hand to the free end of the first arm and on the other hand to the free end of a second arm hingedly connected to the head plate, so that a change in length of the displacement cylinder causes a displacement of the lifting frame in the plane of the working direction, characterised in that the actuator is triangular in shape, the first arm, the second arm and the lifting cylinder each being connected to the actuator in an articulated manner in the region of a corner of the latter. - the end of the lifting frame opposite the attachment is connected in an articulated manner to the free end of the first arm, and - the lifting cylinder is hingedly connected at its other end to an actuator which is hingedly connected on the one hand to the free end of the first arm and on the other hand to the free end of a second arm hingedly connected to the head plate,