mhurhangee/ep-ind-claims huggingface dataset:
A heating device (10, 32) for infrared saunas and saunas, said heating device including a stove housing (14, 36) which can be disposed within a cabin (11, 33), a burner (15, 39) which can be disposed outside of the cabin and which is realised for burning a fossil combustible material, and a heating tube (16, 38) which is attached to the burner and which connects the burner to the stove housing and through which combustion gases of the burner can be conveyed, said heating tube realising a tube coil (17, 37) which is disposed within the stove housing, said heating tube being surrounded by an insulating sheath (22, 49) of the heating device in a supply section (18, 40) of the heating tube between the burner and the stove housing, said insulating sheath being spaced apart from the heating tube in such a manner that a gap channel (26, 50) is realised in the supply section between the insulating sheath and the heating tube, said gap channel leading into the stove housing, said heating device including a ventilator unit by means of which fresh air can be conveyed through the gap channel into the stove housing, characterised in that a branch unit is realised at the supply section, fresh air being able to be discharged from the gap channel into the surroundings of the supply section via said branch unit, said branch unit being realised from at least one branch channel of the gap channel, said branch channel penetrating the insulating sheath, and a plurality of branch channels being evenly distributed in the insulating sheath over a circumference of the insulating sheath, and said supply section (18, 40) running in a cover channel of the sauna cabin within the cabin (11, 33), a clearance being realised between the cover channel and the supply section and leading into the stove housing (14, 36).
Method for inputting a destination into a vehicle navigation appliance, wherein a database provided for mobile use, particularly a scheduler, address manager or mobile phone, stores data records that include address information or data interpretable as address information or that have associated address information or data interpretable as address information, wherein an input via a user interface is taken as a basis for selecting a data record, wherein the address information, or data interpretable as address information, included in the selected data record or associated therewith is transmitted to the vehicle navigation appliance via an air interface, wherein the address information or the address information obtained from the data interpretable as address information is input into the navigation system as a destination, wherein the data further comprise a route description to an address that is transmitted to the navigation appliance as a partial route to the destination denoted by the address.
A fluid system for managing a multiphase fluid, comprising: a fluid subsystem having a suction, a discharge and a motor; a liquid separator at the discharge of the fluid subsystem; a first gas/liquid extraction unit having a multiphase fluid inlet and a liquid outlet, the liquid outlet coupled to the suction for providing a first liquid rich fluid to the suction; an ejector coupled to a gas outlet of the first gas/liquid extraction unit to receive a secondary gas rich fluid and coupled to a liquid outlet of the liquid separator to receive a second liquid rich fluid from the liquid separator; and a second gas/liquid extraction unit having an inlet coupled to an outlet of the ejector, the second gas/liquid extraction unit having a liquid rich fluid outlet coupled to an internal bearing lubrication inlet of the fluid subsystem. a fluid subsystem having a suction, a discharge and a motor; a liquid separator at the discharge of the fluid subsystem; a first gas/liquid extraction unit having a multiphase fluid inlet and a liquid outlet, the liquid outlet coupled to the suction for providing a first liquid rich fluid to the suction; an ejector coupled to a gas outlet of the first gas/liquid extraction unit to receive a secondary gas rich fluid and coupled to a liquid outlet of the liquid separator to receive a second liquid rich fluid from the liquid separator; and a second gas/liquid extraction unit having an inlet coupled to an outlet of the ejector, the second gas/liquid extraction unit having a liquid rich fluid outlet coupled to an internal bearing lubrication inlet of the fluid subsystem.
An array substrate, comprising: a base substrate; a data line and a gate line intersecting with each other on the base substrate, a plurality of pixel regions defined by the data line and the gate line on the array substrate and arranged in array, and a wire grid polarizing film arranged in each of the pixel regions and configured for changing natural light passing therethrough into linearly polarized light; wherein, the wire grid polarizing film in each of the pixel regions has a grating structure, characterized in that, in each of the pixel regions, a first part (a) of the wire grid polarizing film functions as a pixel electrode of an interdigital structure, and a second part (b) of the wire grid polarizing film functions as a common electrode of the interdigital structure, the first part (a) of the wire grid polarizing film functioning as the pixel electrode is electrically connected with a drain electrode of a thin film transistor located on an intersection of the data line and the gate line. a base substrate; a data line and a gate line intersecting with each other on the base substrate, a plurality of pixel regions defined by the data line and the gate line on the array substrate and arranged in array, and a wire grid polarizing film arranged in each of the pixel regions and configured for changing natural light passing therethrough into linearly polarized light; wherein, the wire grid polarizing film in each of the pixel regions has a grating structure, characterized in that, in each of the pixel regions, a first part (a) of the wire grid polarizing film functions as a pixel electrode of an interdigital structure, and a second part (b) of the wire grid polarizing film functions as a common electrode of the interdigital structure, the first part (a) of the wire grid polarizing film functioning as the pixel electrode is electrically connected with a drain electrode of a thin film transistor located on an intersection of the data line and the gate line.
A locking mechanism comprising a linkage assembly comprising: a first link and a second link joined at a pivot point; and a linkage assembly spring to bias the linkage assembly into a first, locked, position; and characterised by: a rotational rod having a cam formed thereon with a cam surface in engagement with the linkage assembly in the region of the pivot point; a solenoid assembly arranged, in a first mode, to rotate the rotational rod such that the cam acts as a stop against the linkage assembly at the pivot point in a locked position, and, in a second mode to rotate the rotational rod such that the cam surface presses against the linkage assembly sufficiently to overcome the bias force of the linkage assembly spring and to force the linkage assembly into a second, unlocked position. a first link and a second link joined at a pivot point; and a linkage assembly spring to bias the linkage assembly into a first, locked, position; and characterised by: a rotational rod having a cam formed thereon with a cam surface in engagement with the linkage assembly in the region of the pivot point; a solenoid assembly arranged, in a first mode, to rotate the rotational rod such that the cam acts as a stop against the linkage assembly at the pivot point in a locked position, and, in a second mode to rotate the rotational rod such that the cam surface presses against the linkage assembly sufficiently to overcome the bias force of the linkage assembly spring and to force the linkage assembly into a second, unlocked position. a rotational rod having a cam formed thereon with a cam surface in engagement with the linkage assembly in the region of the pivot point; a solenoid assembly arranged, in a first mode, to rotate the rotational rod such that the cam acts as a stop against the linkage assembly at the pivot point in a locked position, and, in a second mode to rotate the rotational rod such that the cam surface presses against the linkage assembly sufficiently to overcome the bias force of the linkage assembly spring and to force the linkage assembly into a second, unlocked position.
A sample analyzer comprising: a suction unit configured to suction a sample in a sample container through a stopper installed in an opening of the sample container; a rack transport unit configured to transport a sample rack holding a sample container along a transport path, and position the sample container held by the sample rack at a suction position by the suction unit; a sample transport unit in which a sample container other than the sample container transported by the rack transport unit is installed and which is configured to transport the installed sample container; a measurement unit configured to measure a sample suctioned by the suction unit from the sample container positioned at the suction position; and an analysis unit configured to analyze the sample based on the measurement result of the measurement unit, characterised in that the sample transport unit comprises a holding member configured to hold the sample container, and a rotation drive unit configured to rotate the holding member in a horizontal direction such that the sample in the sample container can be sucked by the suction unit. a suction unit configured to suction a sample in a sample container through a stopper installed in an opening of the sample container; a rack transport unit configured to transport a sample rack holding a sample container along a transport path, and position the sample container held by the sample rack at a suction position by the suction unit; a sample transport unit in which a sample container other than the sample container transported by the rack transport unit is installed and which is configured to transport the installed sample container; a measurement unit configured to measure a sample suctioned by the suction unit from the sample container positioned at the suction position; and an analysis unit configured to analyze the sample based on the measurement result of the measurement unit, characterised in that the sample transport unit comprises a holding member configured to hold the sample container, and a rotation drive unit configured to rotate the holding member in a horizontal direction such that the sample in the sample container can be sucked by the suction unit.
A system comprising a roof covering and a roof window sealing flashing, said flashing being adapted to be mounted around a roof window which comprises window frame and window sash, where the flashing comprises upper, lower and side elements, mounted in an overlapping way one above another, at a large metal sheet or a Sandwich roof covering, creating a frame around the window frame and the flashing elements having one arm perpendicular to the roof surface, adjacent to the external side surface of the window frame, and having a second arm, perpendicular to the first arm, placed in mounted state on the surface under said large metal sheet or said Sandwich roof covering, on the external surface of battens or rafters or on the surface of the thermal layer of the Sandwich roof covering, said lower flashing element comprising a stiff part and an elastic apron, which elastic apron in the mounted flashing state is placed on the roof covering surface, characterised in that said flashing comprisies an additional sealing element, which is a steel sheet fragment mounted on an area of roof covering surface, the fragment resembling the surface of the roof covering at said area, where said area is defined as comprising the location of roof covering slits which are passages for the elastic apron of the lower flashing element to go from under the roof covering surface onto the roof covering surface.
Rail vehicle, in particular a locomotive, comprising at least one undercarriage which has one or more wheelsets and an undercarriage frame resiliently supported thereon, a vehicle body which is resiliently supported on the at least one undercarriage and which has a vertical pivot pin which passes through the undercarriage frame for the traction linking of the vehicle body and about which the undercarriage can rotate in relation to the vehicle body, and a limiting stop connected to the pivot pin for limiting the vertical motion of the vehicle body in relation to the undercarriage frame in a form-fit manner, characterised in that the pivot pin has a horizontal through-hole in a pin segment protruding downward from the undercarriage frame, in which through-hole the limiting stop is mounted and from which through-hole contact protrusions of the limiting stop protrude on both sides of the pivot pin, the limiting stop contacting the undercarriage frame from below with said contact protrusions in the event of maximum vertical motion.
A metering device for a fluid, in particular hot melt adhesive, adapted for use with a dispensing apparatus for said fluid or a remote metering apparatus for transporting said fluid, comprising a housing, said housing comprising a fluid inlet and one or more fluid outlets, a gear, said gear being rotatably supported in said housing and inserted in a gear chamber inside the housing such that a cavity for fluid transport is formed in between two adjacent teeth and said housing, one or more chamber inlets in fluid communication with said fluid inlet and said gear chamber such that fluid may enter the gear chamber, and one or more chamber outlets in fluid communication with said one or more fluid outlets and said gear chamber such that fluid is transported inside said cavities between said gear and a wall of said gear chamber towards the one or more chamber outlets and may flow towards the one or more fluid outlets, a measuring unit for contactless optical detection of the rotational speed of the gear, characterized in that the measuring unit comprises one or more probes which are received, light-sealingly and fluid-sealingly, within a correspondingly formed recess formed in said housing and which are adapted to emit light onto a portion of the gear, said recess being spaced apart from the rotating axle of the gear; the portion of the gear is located in between the tip diameter and the root diameter of said gear; and the measuring unit comprises a light source for producing light and one or more fiber optics for guiding said light from the light source towards said probe.
A process for increasing the observed titer of a Xenotropic murine leukemia virus (X-MuLV) virus stock for the purpose of increasing the calculated log reduction in a virus clearance study, the process comprising the steps of: a) providing a virus stock, cell culture media, indicator cell line, and an assay plate; b) adding the indicator cell line and media to the assay plate; c) adding the virus stock to the cell line and media on the assay plate; d) centrifuging the assay plate containing the cell line, media, and X-MuLV stock; e) stopping the centrifuging step; and f) measuring the resulting titer of the virus stock; wherein the resulting titer of the X-MuLV stock is 10-fold higher than the X-MuLV titer would be if measured in the absence of the centrifuging step, step d). a) providing a virus stock, cell culture media, indicator cell line, and an assay plate; b) adding the indicator cell line and media to the assay plate; c) adding the virus stock to the cell line and media on the assay plate; d) centrifuging the assay plate containing the cell line, media, and X-MuLV stock; e) stopping the centrifuging step; and f) measuring the resulting titer of the virus stock;
A lateral window for a public transportation vehicle, comprising: - a first transparent panel, - a second transparent panel spaced apart from the first transparent panel; and - a window frame comprising a main profile for supporting the first transparent panel and the second transparent panel, an inner space being defined between the first and second transparent panels and the window frame, characterised in that it further comprises a transparent photovoltaic gel filling the inner space. - a first transparent panel, - a second transparent panel spaced apart from the first transparent panel; and - a window frame comprising a main profile for supporting the first transparent panel and the second transparent panel, an inner space being defined between the first and second transparent panels and the window frame,
Tensioning assembly for a process valve, the tensioning assembly comprising: - a housing having an interface for rigid connection to a valve body; - a gearing supported on the housing; - a tensioning element arranged on the output of the gearing, wherein the tensioning element comprises a contact surface which is designed to clamp a lateral outer collar of a diaphragm of the process valve between the tensioning element and the valve body; characterized by a drive, wherein the drive is arranged so as to be fixed with respect to and in the housing, and wherein the drive is coupled to the gearing in order to drive the gearing. - a housing having an interface for rigid connection to a valve body; - a gearing supported on the housing; - a tensioning element arranged on the output of the gearing, wherein the tensioning element comprises a contact surface which is designed to clamp a lateral outer collar of a diaphragm of the process valve between the tensioning element and the valve body;
A support head for video-photographic equipment comprising: - a base, - a first body coupled in a rotary manner with a pin defining a first axis of rotation of said head in order to rotate with respect to the base and comprising a first braking member and a second braking member which embrace said pin on opposite sides and may be reciprocally closed together in order to abut against said pin and lock the rotation of the first body about the base, as well as - a first lever extending from the first body along a longitudinal axis and comprising a first end housed in a seat obtained in the first body and a second end spaced from the first body, wherein the first lever may oscillate with respect to the first body about an axis of oscillation passing through the first end and incident with respect to the longitudinal axis, between an operating position in which the first lever is arranged to cause the first body to oscillate about the first axis of rotation and a non-operating position of minimum encumbrance, characterized in that the seat for the first end of the first lever is obtained in the first braking member and the second braking member is traversed by a slot guiding the oscillation of the first lever between the operating position and the non-operating position and in that the first lever, when in the operating position, abuts on the second braking member in order to control the reciprocal closing together of the first and second braking members about the pin. - a base, - a first body coupled in a rotary manner with a pin defining a first axis of rotation of said head in order to rotate with respect to the base and comprising a first braking member and a second braking member which embrace said pin on opposite sides and may be reciprocally closed together in order to abut against said pin and lock the rotation of the first body about the base, as well as - a first lever extending from the first body along a longitudinal axis and comprising a first end housed in a seat obtained in the first body and a second end spaced from the first body, wherein the first lever may oscillate with respect to the first body about an axis of oscillation passing through the first end and incident with respect to the longitudinal axis, between an operating position in which the first lever is arranged to cause the first body to oscillate about the first axis of rotation and a non-operating position of minimum encumbrance,
User equipment, UE, comprising an initiation unit, a first receiving unit, and a feedback unit; wherein the initiation unit is configured to initiate a radio resource control, RRC, connection request message to a first base station to which a camped cell currently being camped on belongs; the first receiving unit is configured to receive a RRC connection setup message that carries an air interface resource of an access cell, wherein the access cell is a camped cell that is not of the UE and that is identified by the first base station; and the feedback unit is configured to feed back, in the access cell, a connection setup acknowledgement message to a base station to which the access cell belongs; characterized in that the RRC connection setup message further comprises mapping information of a radio bearer, RB, configuration information of an RB, and timing advance, TA, information used to adjust uplink sending; and the UE is configured to determine an uplink transmission configuration and a downlink transmission configuration according to the configuration information and the mapping information, and to determine, according to the TA information, a time of reporting the setup acknowledgement message.
A carbon fiber-reinforced resin molded body deriving from kneaded materials of a thermoplastic resin and a carbon fiber, comprising at least a three-dimensional complex shaped region and a substantially flat plate-shaped region arranged in an in-plane direction of an outer surface of the carbon fiber-reinforce resin molded body, wherein fluidity of the kneaded materials at predetermined temperature is such that the fluidity of the kneaded material forming the substantially flat plate-shaped region is lower than the fluidity of the kneaded material forming the three-dimensional complex shaped region, wherein average fiber length in the kneaded material forming the three-dimensional complex shaped region is smaller than average fiber length in the kneaded material forming the substantially flat plate-shaped region, and characterized in that the average fiber length in the kneaded material forming the three-dimensional complex shaped region satisfies an [expression 1] 0.5 mm ≤ average fiber length mm ≤ 50 mm /aspect ratio where the aspect ratio in the expression is rib height (mm)/rib thickness (mm) or boss height (mm)/boss diameter (mm) of a rib or a boss formed in the carbon fiber-reinforced resin molded body and is more than 1 and 50 or less. at least a three-dimensional complex shaped region and a substantially flat plate-shaped region arranged in an in-plane direction of an outer surface of the carbon fiber-reinforce resin molded body, wherein fluidity of the kneaded materials at predetermined temperature is such that the fluidity of the kneaded material forming the substantially flat plate-shaped region is lower than the fluidity of the kneaded material forming the three-dimensional complex shaped region,