mhurhangee/ep-ind-claims huggingface dataset:
Stabilizing and sealing arrangement for an side-by-side air handling unit, which air handling unit comprises a housing, with a top panel, a bottom panel, two connection panels (5, 6) for connection of ducts, and a service side and an installation side, and the panels (3, 4, 5, 6) have end sides (3a, 3b; 4a, 4b; 5a, 5b; 6a, 6b) facing the service side and the installation side, which end sides (3a, 3b; 4a, 4b; 5a, 5b; 6a, 6b) have substantially smooth surface, and the housing further comprises interior structures like filter holders, heat exchanger holders, heater holders, partition walls etc. where at least some of the interior structures have at least one end side (9a,b) facing the service side and installation side respectively, characterized by that a support plate is arranged at the service side and at the installation side respectively, which support plate is respectively fixedly connected to the end sides (3a, 3b; 4a, 4b; 5a, 5b; 6a, 6b) of the top-, bottom- and connection panels (3, 4, 5, 6) in a stabilizing manner, and preferably fixedly connected to at least some of the end sides (9a,b) of interior structures, and which respective support plate comprising a first seal at least on one first side facing the housing, and which first seal is arranged in such way that every contact between adjacent end sides (3a, 3b; 4a, 4b; 5a, 5b; 6a, 6b; 9a, 9b) and the support plate has the first seal in between, and further that any opening in respective support plate is covered, at a second side of the support plate, opposite the first side and facing away from the housing, by at least one hatch-like panel (15a,....15n), each comprising a second seal (16a,...16n) facing the second side of the support plate, and which second seal (16a,...16n) is arranged in such way that every contact between the at least one hatch-like panel (15a,....15n) and the second side of the support plate has the second seal (16a,...16n) in between, whereby every opening in the support plate is covered in an overlapping manner, such as each opening is surrounded by the second seal (16a,...16n).
A system for monitoring motion of an overhead line, comprising: a monitoring device, comprising: an accelerometer; and a processing circuit configured to: accept accelerometer data from the accelerometer corresponding to line movement; analyze the accelerometer data to determine displacement data corresponding to a displacement of the overhead line, wherein the displacement of the overhead line is indicative of a shape of displacement due to an oscillation of the overhead line; accept location data corresponding to a location of at least one external object proximate to the overhead line; and analyze the displacement data and the location data to determine a clearance from the at least one external object, wherein the clearance is determined based at least in part on the shape of the displacement with respect to the at least one external object. an accelerometer; and a processing circuit configured to: accept accelerometer data from the accelerometer corresponding to line movement; analyze the accelerometer data to determine displacement data corresponding to a displacement of the overhead line, wherein the displacement of the overhead line is indicative of a shape of displacement due to an oscillation of the overhead line; accept location data corresponding to a location of at least one external object proximate to the overhead line; and analyze the displacement data and the location data to determine a clearance from the at least one external object, wherein the clearance is determined based at least in part on the shape of the displacement with respect to the at least one external object. accept accelerometer data from the accelerometer corresponding to line movement; analyze the accelerometer data to determine displacement data corresponding to a displacement of the overhead line, wherein the displacement of the overhead line is indicative of a shape of displacement due to an oscillation of the overhead line; accept location data corresponding to a location of at least one external object proximate to the overhead line; and analyze the displacement data and the location data to determine a clearance from the at least one external object, wherein the clearance is determined based at least in part on the shape of the displacement with respect to the at least one external object.
Rear trunk lid for a vehicle, comprising: - an outer panel with a main portion (4.1) and a rear portion (4.2) bent relative to the main portion (4.1); - a lower panel extending down from the rear portion (4.2) of the outer panel when the lid is in a closing position on the vehicle; - a reinforcing structure attached to an inner side of the outer panel and the lower panel; characterized in that the rear trunk lid further comprises an intermediate panel interconnecting the rear portion (4.2) of the outer panel to the lower panel, and extending horizontally in the closing position. - an outer panel with a main portion (4.1) and a rear portion (4.2) bent relative to the main portion (4.1); - a lower panel extending down from the rear portion (4.2) of the outer panel when the lid is in a closing position on the vehicle; - a reinforcing structure attached to an inner side of the outer panel and the lower panel;
A process for preparing a blend of cis-1,4-polybutadiene and syndiotactic 1,2-polybutadiene, the process comprising the steps of: (i) polymerizing 1,3-butadiene in the presence of a lanthanide-based catalyst to form a polymerization mixture including cis-1,4-polybutadiene that includes less than 20 percent by weight solvent based upon the total weight of the polymerization mixture, and (ii) polymerizing 1,3-butadiene in the presence of a cobalt-based catalyst within the polymerization mixture including cis-1,4-polybutadiene that includes less than 20 percent by weight solvent based upon the total weight of the polymerization mixture to form syndiotactic 1,2-polybutadiene and thereby produce a blend of cis-1,4-polybutadiene and syndiotactic 1,2-polybutadiene. (i) polymerizing 1,3-butadiene in the presence of a lanthanide-based catalyst to form a polymerization mixture including cis-1,4-polybutadiene that includes less than 20 percent by weight solvent based upon the total weight of the polymerization mixture, and (ii) polymerizing 1,3-butadiene in the presence of a cobalt-based catalyst within the polymerization mixture including cis-1,4-polybutadiene that includes less than 20 percent by weight solvent based upon the total weight of the polymerization mixture to form syndiotactic 1,2-polybutadiene and thereby produce a blend of cis-1,4-polybutadiene and syndiotactic 1,2-polybutadiene.
A method for securely inputting an access code to an input interface of a mobile terminal, wherein, during an input time period covering the process of inputting the access code, at least some sensors (BSE-OL, BSE-OR, BSE-UL, BSE-UR, CAM) of the terminal that are uninvolved in the input of the access code, or at least one such sensor, said sensors being respectively configured to capture a sensor variable by sensor, are hindered from capturing and/or passing on the respective sensor variable, characterized in that every sensor (BSE-OL, BSE-OR, BSE-UL, BSE-UR, CAM) that can be hindered from capturing or passing on can assume an activated state in which the sensor (BSE-OL, BSE-OR, BSE-UL, BSE-UR, CAM) is able to capture and pass on the sensor variable, and can assume a deactivated state in which the sensor (BSE-OL, BSE-OR, BSE-UL, BSE-UR, CAM) is unable to capture and/or pass on the sensor variable, and wherein the sensor (BSE-OL, BSE-OR, BSE-UL, BSE-UR, CAM) is hindered from capturing and/or passing on the sensor variable by the terminal ensuring that the sensor (BSE-*, CAM) has the deactivated state during the input time period.
System comprising at least two guideway-related guideway components (140, 150) of a track guideway and a transformer station which is electrically connected to the at least two guideway components and supplies them with an output voltage for their electrical power supply, - wherein the transformer station is configured in such a way that it generates, on the output side, a higher output voltage than the connected guideway components require as an operating voltage for their operation, - wherein the guideway components are each equipped with a voltage reducing device which reduces the supply voltage (U2') supplied by the transformer station to the operating voltage which is respectively required by the individual guideway components, characterized in that the guideway components form switching - points (140, 150) which are connected to a trackside stator section of the magnetic levitation rail track and ensure switching over of the stator section for the section of magnetic levitation rail track in synchronism with the vehicle or - are formed by a switch controller, a telecommunications device or a radio device. - wherein the transformer station is configured in such a way that it generates, on the output side, a higher output voltage than the connected guideway components require as an operating voltage for their operation, - wherein the guideway components are each equipped with a voltage reducing device which reduces the supply voltage (U2') supplied by the transformer station to the operating voltage which is respectively required by the individual guideway components, - are formed by a switch controller, a telecommunications device or a radio device.
Plant having at least one device for the treatment and/or processing of polymeric materials, characterized in that the plant comprises at least one block-type thermal power station to which the device is attached, that a heating unit is attached to the block-type thermal power station via a waste heat line (44, 45), that the heating unit is connected to at least one drying container for polymeric material feedstocks via a line, said drying container lying along with the heating unit in a drying circuit, that the drying container is connected to a cooler for cooling the return air via a return air line, that the cooler for removing moisture from the return air is attached to a drying and regenerating unit which has dehumidification units in the supply lines and discharge lines whereof switch valves (95, 96) are located, that the drying and regenerating unit is connected to the heating unit via at least one line (39, 93) and that the drying container is connected to the device in a line-connected (35, 107) manner.
An actuating device for a utility vehicle disc brake, the actuating device comprising an actuating spindle with a pressure plate with a pressure plate head axially arranged on the actuating spindle and wherein the pressure plate has a radial annular groove for receiving a boot, wherein a heat shield is at least partially disposed between the pressure plate head and the boot at a spacing, characterized in that the heat shield is a metal ring encapsulated in an elastomer or is a metal ring coated with an elastomer.
A mobile terminal module, configured to determine popular locations corresponding to location data thereof and visitation numbers of the popular locations, and to report regularly the determined popular locations and visitation numbers thereof to a network service providing module, characterized by comprising: a mapping module configured to match in real-time collected location data with geographic information to determine the popular locations; a statistics module configured to perform statistics of visitation numbers of the popular locations in a temporal order, respectively; an analyze module configured to analyze the visitation numbers of the popular locations and obtain navigation information; and an issue module configured to issue navigation information to the network to be searched by the mobile communication terminal users. a mapping module configured to match in real-time collected location data with geographic information to determine the popular locations; a statistics module configured to perform statistics of visitation numbers of the popular locations in a temporal order, respectively; an analyze module configured to analyze the visitation numbers of the popular locations and obtain navigation information; and an issue module configured to issue navigation information to the network to be searched by the mobile communication terminal users.
Hand tool for cutting a sheet, comprising: • a hollow body, delimited by a support surface for the sheet that is to be cut, and two parallel side plates (203, 201a2-201b1) perpendicular to the support surface; • a first handle for grasping, mounted fixedly with respect to the hollow body; • a second handle comprising a part for grasping of determined width, pivot mounted on the hollow body via a fixing end and about a pivot pin; and • a blade fixed to the fixing end of the pivoting handle; characterized in that the fixing end of the pivoting handle has a width less than the width of the grasping part of the pivoting handle and comprises two fixing lugs connected to the grasping part of the pivoting handle by a curve, spaced apart from one another by a distance (e) equal to the thickness (e) of the blade, and each comprising a through-hole, facing one another, for the passage of a fixing pin, in that the blade is inserted between the fixing lugs, and in that two spacers are positioned one on each side of the fixing end, one between each fixing lug and the hollow body, the blade, the fixing lugs, the spacers and the hollow body comprising holes facing one another in the position of use so as to constitute a passage for the pivot pin. • a hollow body, delimited by a support surface for the sheet that is to be cut, and two parallel side plates (203, 201a2-201b1) perpendicular to the support surface; • a first handle for grasping, mounted fixedly with respect to the hollow body; • a second handle comprising a part for grasping of determined width, pivot mounted on the hollow body via a fixing end and about a pivot pin; and • a blade fixed to the fixing end of the pivoting handle;
A supplying apparatus comprising: a mounting portion configured to mount a supply container accommodating a developer, wherein said supply container includes a discharge opening (3a4) detachably mountable to said mounting portion and configured to discharge the developer; a receiving portion capable of receiving the developer, said receiving portion including a receiving opening which opens upwardly and which is connectable with said discharge opening (3a4) to receive the developer discharged through said discharge opening (3a4) when said supply container is mounting to said mounting portion; a first moving mechanism configured to move said receiving portion to and away from a position of said discharge opening (3a4) in interrelation with mounting and demounting operation of said supply container; a covering member provided in a position opposing and above said receiving opening and movable between a covering position covering said receiving opening and an open position opening said receiving opening; and a second moving mechanism configured to move said covering member from the covering position to the open position with the mounting operation of said supply container, wherein said second moving mechanism is configured to move said covering member from the covering position to the open position in interrelation with a movement of said receiving portion caused by the mounting operation of said supply container. a mounting portion configured to mount a supply container accommodating a developer, wherein said supply container includes a discharge opening (3a4) detachably mountable to said mounting portion and configured to discharge the developer; a receiving portion capable of receiving the developer, said receiving portion including a receiving opening which opens upwardly and which is connectable with said discharge opening (3a4) to receive the developer discharged through said discharge opening (3a4) when said supply container is mounting to said mounting portion; a first moving mechanism configured to move said receiving portion to and away from a position of said discharge opening (3a4) in interrelation with mounting and demounting operation of said supply container; a covering member provided in a position opposing and above said receiving opening and movable between a covering position covering said receiving opening and an open position opening said receiving opening; and a second moving mechanism configured to move said covering member from the covering position to the open position with the mounting operation of said supply container, wherein said second moving mechanism is configured to move said covering member from the covering position to the open position in interrelation with a movement of said receiving portion caused by the mounting operation of said supply container.
Process plant with several field devices, which exchange data with a control room via a signal line, wherein the signal line is designed for a conventional initial data transmission technology with a data transmission rate of less than 10000 baud, characterized in that at least one field device uses not the first but a second data transmission technology which permits a higher data transmission rate and/or a greater functionality than the first data transmission technology and which uses the existing signal line as the communication medium, in that the first and second data transmission technology use separate data transmission channels that occupy different frequency bands, in that the first data transmission channel occupies the frequency band up to 4 kHz and the second data transmission channel occupies the frequency range greater than 4 kHz, and in that the second data transmission technology corresponds to DSL technology (i.e. digital subscriber line) and uses the frequency band above 30 kHz in the case of ADSL or 138 kHz in the case of T-DSL.
A concentrator of sun rays comprising: a reflective body adapted to reflect incident sun rays towards a focal segment at which the reflected sun rays intersect, wherein the reflective body comprises a plurality of reflective first sheets alongside each other along a flanking direction parallel to the focal segment and each of which is inclined with respect to a plane perpendicular to a plane passing through the middle point of the focal segment and orthogonal to the focal segment itself, wherein each first sheet comprises a reflective surface defined by a plurality of parabolas, which are alongside each other with respect to the flanking direction of the first sheets and each have a vertex placed on a vertex segment, which joins all the vertices of the parabolas and rests on a same plane of the focal segment; characterized in that the parabolas of each first sheet have a focal distance varying along the flanking direction and are configured such that each parabola has a focal point (F1, Fn1, F2) placed on the focal segment.
Electrical component, comprising a winding of a stranded wire, wherein the stranded wire has a large number of individual wires, wherein each individual wire is surrounded by a separate insulation within the winding, and comprising a strand contact, which comprises a portion of the stranded wire and comprises a contact piece which at least partially surrounds the portion of the stranded wire, wherein the contact piece is connected to the stranded wire by thermal diffusion bonding, characterized in that the contact piece is formed from a metal strip piece bent around the stranded wire, wherein lateral regions of the metal strip piece overlap, in which component the stranded wire and the contact piece each comprise a free end (23, 24), wherein the free ends (23, 24) are arranged flush.
A front connecting device applicable to a slide rail assembly, characterized in that the front connecting device comprises: a first unit having at least one transverse guiding portion; a second unit having at least one transverse guiding portion located at the transverse guiding portion of the first unit; an engaging element connected to the second unit, the engaging element having an engaging portion; and an adjusting element having an adjusting portion and a screw rod, the screw rod being connected to the first unit and the second unit; wherein the second unit is displaceable in response to rotation of the adjusting portion of the adjusting element, thereby enabling displacement of the engaging portion of the engaging element, and wherein the engaging element is pivotable by a predetermined angle due to a second connecting element on the second unit and further comprises an elastic arm, which is generally U-shaped with an end portion to contact against the second unit and compressable to store an elastic energy by pivoting the engaging element, and a slot, and the front connecting device further comprises a disengaging element pivotally connected to the second unit, the disengaging element having a disengaging portion located in the slot. a first unit having at least one transverse guiding portion; a second unit having at least one transverse guiding portion located at the transverse guiding portion of the first unit; an engaging element connected to the second unit, the engaging element having an engaging portion; and an adjusting element having an adjusting portion and a screw rod, the screw rod being connected to the first unit and the second unit; wherein the second unit is displaceable in response to rotation of the adjusting portion of the adjusting element, thereby enabling displacement of the engaging portion of the engaging element, and wherein the engaging element is pivotable by a predetermined angle due to a second connecting element on the second unit and further comprises an elastic arm, which is generally U-shaped with an end portion to contact against the second unit and compressable to store an elastic energy by pivoting the engaging element, and a slot, and the front connecting device further comprises a disengaging element pivotally connected to the second unit, the disengaging element having a disengaging portion located in the slot.