mhurhangee/ep-ind-claims huggingface dataset:
A method for temporarily closing off a grate -covered gutter, of a paved part of the earth's surface by means of a closing organ, said gutter being connected to a sewage pipe, wherein the closing organ comprises a valve, which valve is fitted in the gutter rotatably about an axis of rotation of a valve axle, wherein the valve can be - in a first stable position wherein the valve seals against a seat, and - in a second stable position in which the valve releases the gutter for the discharge of liquid to the sewage pipe, wherein the closing organ is arranged for bringing the valve from the second stable position to the first stable position by rotating about the axis of rotation of the valve axle in order to counteract draining away of liquid from the gutter into the sewage pipe, and wherein the closing organ comprises an adjustment organ, which adjustment organ comprises an operating organ and the valve is brought from the second stable position to the first stable position by operating the operating organ, and an end of an operating organ axis is at a distance from the bottom of the gutter and can be accessed from a paved piece of the earth's surface without removing the grate for rotating the operating organ, wherein the end of the operating organ is rotated through which the valve is brought from the second stable position to the first stable position; and the valve is brought in the sealing first stable position. - in a first stable position wherein the valve seals against a seat, and - in a second stable position in which the valve releases the gutter for the discharge of liquid to the sewage pipe, wherein the closing organ is arranged for bringing the valve from the second stable position to the first stable position by rotating about the axis of rotation of the valve axle in order to counteract draining away of liquid from the gutter into the sewage pipe, and
A method, comprising: obtaining data for a transmission to a wireless communication device, wherein the wireless communication device is configured to process incoming transmissions based on an aggregate data unit format that specifies signaling for aggregating multiple medium access control, MAC, data units; including, in a physical, PHY, frame, an aggregate data unit that is based on i) the data and ii) the aggregate data unit format, wherein the aggregate data unit includes a single MAC data unit; including, in the PHY frame, an indication to signal that the MAC data unit in the aggregate data unit is singular and to cause the wireless communication device to accept the aggregate data unit without a corresponding block acknowledgement agreement; and transmitting the PHY frame to the wireless communication device. obtaining data for a transmission to a wireless communication device, wherein the wireless communication device is configured to process incoming transmissions based on an aggregate data unit format that specifies signaling for aggregating multiple medium access control, MAC, data units; including, in a physical, PHY, frame, an aggregate data unit that is based on i) the data and ii) the aggregate data unit format, wherein the aggregate data unit includes a single MAC data unit; including, in the PHY frame, an indication to signal that the MAC data unit in the aggregate data unit is singular and to cause the wireless communication device to accept the aggregate data unit without a corresponding block acknowledgement agreement; and transmitting the PHY frame to the wireless communication device.
A data processing system, comprising: processing circuitry configured to receive sensor data from a plurality of field devices and convert the sensor data to field data; receive a first source file having first field data exported from a first editor being an input/output (I/O) editor to configure I/O signals for the plurality of field devices; and receive a second source file having second field data exported from a second editor which is an I/O module editor, characterized in that the processing circuitry is further configured to cache the first field data from the first source file and the second field data from the second source file to concurrently run through a cache to generate first and second cached source files (340, 350); filter the first and second cached source files (340, 350) by using previously determined conditions for each respective cached source file (340, 350) based on required data for respective target export files; implement categorization by using the filtered first and second cached source files (340, 350) to generate at least one export file, each of which includes multiple worksheets which are associated with each other, wherein the multiple worksheets are generated based upon the previously determined conditions, the filtered first and second field data are extracted from source fields of the first source file and the second source file, and the extracted first and second field data are mapped into related worksheet fields of the multiple worksheets; and export the at least one export file having the multiple worksheets having the mapped and extracted first and second field data in an export file to an engineering tool for subsequent data processing. the multiple worksheets are generated based upon the previously determined conditions, the filtered first and second field data are extracted from source fields of the first source file and the second source file, and the extracted first and second field data are mapped into related worksheet fields of the multiple worksheets; and
A pass-through assembly comprising: a first wall having oppositely-directed inner and outer sides (112, 114), the first wall defining a first opening extending from the inner side to the outer side; an elongated structure extending into the opening from the outer side of the first wall; a first material contacting the first wall and the elongated structure so as to at least partially seal the opening, and a second material overlying the first material on the outer side of the wall and adhering to the elongated structure and the first wall, wherein the second material has at least one physical property different than a corresponding physical property of the first material, characterized in that the first wall has at least one inner ring projecting outwardly from the outer side around the opening, and at least one outer ring projecting outwardly from the outer side around the inner ring so that the inner and outer rings define an annular space therebetween, wherein the first material is applied to the outer side of the first wall. a first wall having oppositely-directed inner and outer sides (112, 114), the first wall defining a first opening extending from the inner side to the outer side; an elongated structure extending into the opening from the outer side of the first wall; a first material contacting the first wall and the elongated structure so as to at least partially seal the opening, and a second material overlying the first material on the outer side of the wall and adhering to the elongated structure and the first wall, wherein the second material has at least one physical property different than a corresponding physical property of the first material, characterized in that the first wall has at least one inner ring projecting outwardly from the outer side around the opening, and at least one outer ring projecting outwardly from the outer side around the inner ring so that the inner and outer rings define an annular space therebetween, wherein the first material is applied to the outer side of the first wall.
A mobile station for receiving Physical Downlink Control CHannel, PDCCH, assignments in a mobile communication system comprising a plurality of serving cells, wherein: in case the mobile station is to be configured with at least two serving cells among the plurality of serving cells, the at least two serving cells having a same serving cell index: - the mobile station is adapted to monitor, for the at least two serving cells, a same set of candidates for PDCCH assignments defining a same search space which is specific to the mobile station and which is determined according to the same index of the at least two serving cells with which the mobile station is to be configured, - the mobile station is adapted to receive, for the at least two serving cells, PDCCH assignments from among the monitored same set of candidates which identify a target serving cell of the at least two serving cells to which the PDCCH assignment relates, independently of a carrier indicator field, CIF, value in the received PDCCH assignments; and wherein the CIF value, included in the received PDCCH assignments, corresponds to the respective index of the at least two serving cells with which the mobile station is to be configured. in case the mobile station is to be configured with at least two serving cells among the plurality of serving cells, the at least two serving cells having a same serving cell index: - the mobile station is adapted to monitor, for the at least two serving cells, a same set of candidates for PDCCH assignments defining a same search space which is specific to the mobile station and which is determined according to the same index of the at least two serving cells with which the mobile station is to be configured, - the mobile station is adapted to receive, for the at least two serving cells, PDCCH assignments from among the monitored same set of candidates which identify a target serving cell of the at least two serving cells to which the PDCCH assignment relates, independently of a carrier indicator field, CIF, value in the received PDCCH assignments; and - the mobile station is adapted to monitor, for the at least two serving cells, a same set of candidates for PDCCH assignments defining a same search space which is specific to the mobile station and which is determined according to the same index of the at least two serving cells with which the mobile station is to be configured, - the mobile station is adapted to receive, for the at least two serving cells, PDCCH assignments from among the monitored same set of candidates which identify a target serving cell of the at least two serving cells to which the PDCCH assignment relates, independently of a carrier indicator field, CIF, value in the received PDCCH assignments; and wherein the CIF value, included in the received PDCCH assignments, corresponds to the respective index of the at least two serving cells with which the mobile station is to be configured.
A vehicular subframe integrally formed by casting, the subframe comprising: a body portion having a top part, a bottom part, left and right end portions (32a, 32b), and a front part in a front-rear direction of the vehicle; left and right suspension support portions (35, 37) provided at the left and right end portions (32a, 32b) of the body portion, the suspension support portions (35, 37) being connected to suspension arms (16, 17) supporting suspensions (21, 22); and a connecting portion provided at the front part of the body portion, the connecting portion being connected to a connecting member supporting a power plant used as a power source of a vehicle; characterized in that the body portion has a hollow space formed by using a core to vertically space the top part and the bottom part from each other with a predetermined interval therebetween; and the body portion includes a partition wall provided rearwardly of the connecting portion, the partition wall extending in the front-rear direction of the vehicle, the partition wall being connected to the top part and the bottom part. a body portion having a top part, a bottom part, left and right end portions (32a, 32b), and a front part in a front-rear direction of the vehicle; left and right suspension support portions (35, 37) provided at the left and right end portions (32a, 32b) of the body portion, the suspension support portions (35, 37) being connected to suspension arms (16, 17) supporting suspensions (21, 22); and a connecting portion provided at the front part of the body portion, the connecting portion being connected to a connecting member supporting a power plant used as a power source of a vehicle; characterized in that the body portion has a hollow space formed by using a core to vertically space the top part and the bottom part from each other with a predetermined interval therebetween; and the body portion includes a partition wall provided rearwardly of the connecting portion, the partition wall extending in the front-rear direction of the vehicle, the partition wall being connected to the top part and the bottom part.
Electrical cutoff device, in particular a disconnecting switch, comprising two arcing electrical contacts (5a, 5b) designed to be moved from a closed position to an open position during an opening operation, by means of the relative translational movement of these arcing contacts along a central axis, one of the two arcing electrical contacts being a mobile arcing contact forming an integral part of an electrically conductive mobile assembly also comprising another body mounted mobile by sliding relative to the mobile arcing contact along one direction of movement of this electrically conductive assembly, the latter also comprising elastic recall means inserted between said mobile arcing contact and said other body, said device being designed such that during an opening operation, said elastic recall means can firstly store the energy by relative movement between said mobile arcing contact and said other body, then release the stored energy to cause an acceleration of said mobile arcing contact, and such that in closed position, said elastic recall means places said mobile arcing contact and said other body in a determined relative position, characterised in that the device is designed such that following the release of energy by the elastic recall means during the opening operation, if said mobile arcing contact and said other body do not recover their determined relative position, said other body is prevented by end stop from reaching said open position.
The use of a binder composition for improving the fire resistance and anti-punk properties in accordance with Class A1 of Standard EN 13501-1 of a bonded mineral fibre product, said binder composition comprising: (a) a sugar component, and either (b) a polycarboxylic acid component and an alkanolamine, or (c) a reaction product of a polycarboxylic acid component and an alkanolamine; or (d) a combination of (b) and (c), the binder composition comprising 42 to 72 percent by weight of sugar component (a), based on the total weight (dry matter) of the binder components. (a) a sugar component, and either (b) a polycarboxylic acid component and an alkanolamine, or (c) a reaction product of a polycarboxylic acid component and an alkanolamine; or (d) a combination of (b) and (c),
A grounding structure for a printed circuit board which is fixed onto a chassis by a force applied at a first side of the printed circuit board towards the chassis by a window member when said window member is assembled to said chassis, the grounding structure comprising: a first grounding pad formed on the bottom surface of the printed circuit board at said first side of the printed circuit board to which said force is applied; a second grounding pad formed on the top surface of the printed circuit board at a second side opposite to said first side of the printed circuit board; a first grounding point formed on the chassis in a form to be in contact with said first grounding pad from the bottom of the printed circuit board when the printed circuit board is fixed onto the chassis; a second grounding point formed on the chassis in a form to be in contact with said second grounding pad from the top of the printed circuit board when the printed circuit board is fixed onto the chassis; and a supporting point formed on the chassis at a position between the first and the second grounding points for supporting the printed circuit board fixed onto the chassis and for converting said force exerted by said window member at said first side of the printed circuit board into another force with opposite direction at said second side of the printed circuit board. a first grounding pad formed on the bottom surface of the printed circuit board at said first side of the printed circuit board to which said force is applied; a second grounding pad formed on the top surface of the printed circuit board at a second side opposite to said first side of the printed circuit board; a first grounding point formed on the chassis in a form to be in contact with said first grounding pad from the bottom of the printed circuit board when the printed circuit board is fixed onto the chassis; a second grounding point formed on the chassis in a form to be in contact with said second grounding pad from the top of the printed circuit board when the printed circuit board is fixed onto the chassis; and a supporting point formed on the chassis at a position between the first and the second grounding points for supporting the printed circuit board fixed onto the chassis and for converting said force exerted by said window member at said first side of the printed circuit board into another force with opposite direction at said second side of the printed circuit board.
Device for rotating around a vertical axis for a seat, said seat being intended to equip a railway vehicle, comprising: - means for locking the seat in first and second extreme angular positions of the seat, wherein the locking means comprise at least one movable abutment adapted to be carried by the seat and intended to interact with a complementary first or second fixed abutment when the seat is respectively in one of its first or second extreme angular positions, and - means for unlocking the seat and comprising: • at least one pneumatic control member, and • pneumatic means for driving the movable abutment from its locked position to its unlocked position when the control member is actuated, characterized in that the movable abutment may be moved between a locked position in which it is located at the corresponding first or second fixed abutment, and an unlocked position in which it is above the corresponding first or second fixed abutment. - means for locking the seat in first and second extreme angular positions of the seat, wherein the locking means comprise at least one movable abutment adapted to be carried by the seat and intended to interact with a complementary first or second fixed abutment when the seat is respectively in one of its first or second extreme angular positions, and - means for unlocking the seat and comprising: • at least one pneumatic control member, and • pneumatic means for driving the movable abutment from its locked position to its unlocked position when the control member is actuated, • at least one pneumatic control member, and • pneumatic means for driving the movable abutment from its locked position to its unlocked position when the control member is actuated,
A method for monitoring sound within an environment using a lighting network (300, 400) comprising a processor (26, 220), a plurality of environmental sensors, and a plurality of lighting units each comprising a light source and an integrated sound sensor the method comprising the steps of: obtaining, by at least one of the integrated sound sensors, real-time sound data from within the environment in response to trigger or periodically; obtaining, by at least one of the plurality of environmental sensors, real-time environmental data from within the environment in response to trigger or periodically; combining, using the processor, the real-time sound data, the real-time environmental data, and topographical information about the environment to create a propagation map of the sound data; and localizing, from the propagation map of the sound data, a source of the sound data. obtaining, by at least one of the integrated sound sensors, real-time sound data from within the environment in response to trigger or periodically; obtaining, by at least one of the plurality of environmental sensors, real-time environmental data from within the environment in response to trigger or periodically; combining, using the processor, the real-time sound data, the real-time environmental data, and topographical information about the environment to create a propagation map of the sound data; and localizing, from the propagation map of the sound data, a source of the sound data.
An image-processing apparatus comprising: input means that receive input signals of an image to be processed; an average-luminance calculating unit that calculates the average luminance of pixels in the image; a correction-factor calculating unit that calculates a correction factor corresponding to the luminance of each pixel, the correction factor having a value which is zero or negative; a correction-value calculating unit that calculates a correction value corresponding to each pixel, the correction value being calculated by dividing the average luminance by a predetermined white level of a display which includes the image-processing apparatus, and multiplying the result of the division by the correction factor, the correction-value calculating unit setting the correction value to a maximum value of zero when the luminance has a maximum value; and an adding unit that adds the correction value to the luminance to generate output signals representing the processed image. input means that receive input signals of an image to be processed; an average-luminance calculating unit that calculates the average luminance of pixels in the image; a correction-factor calculating unit that calculates a correction factor corresponding to the luminance of each pixel, the correction factor having a value which is zero or negative; a correction-value calculating unit that calculates a correction value corresponding to each pixel, the correction value being calculated by dividing the average luminance by a predetermined white level of a display which includes the image-processing apparatus, and multiplying the result of the division by the correction factor, the correction-value calculating unit setting the correction value to a maximum value of zero when the luminance has a maximum value; and an adding unit that adds the correction value to the luminance to generate output signals representing the processed image.