mhurhangee/ep-ind-claims huggingface dataset:
A roof window comprising a frame, a sash, and a pane, in which the frame comprises a set of frame members including a top frame member, two side frame members (22, 23) and a bottom frame member and the sash comprises a set of sash members including a top sash member, two side sash members (32, 33) and a bottom sash member, each frame and sash member defining a longitudinal direction, and in which the roof window furthermore comprises a hinge assembly configured to allow the sash to be tophung about a substantially horizontal first hinge axis (α) in a first operational condition in a mounted condition of the roof window and comprising a hinge unit with a frame hinge part connected to or connectable to at least the top frame member and a sash hinge part connected to at least the top sash member, in which the hinge assembly comprises a coupling unit connected to or connectable to the frame and configured to be connected to the hinge unit in the mounted condition of the roof window, and in which in an installation condition of the roof window, the hinge unit is connected to the sash and the coupling unit is connected to the frame, characterised in that each coupling unit comprises one top frame coupling plate and one side frame coupling plate, and wherein the coupling unit is configured to allow selective coupling of the frame hinge part of the associated hinge unit to the top frame coupling plate and the side frame coupling plate in the first operational condition, and to only the side frame coupling plate in a second operational condition. the frame comprises a set of frame members including a top frame member, two side frame members (22, 23) and a bottom frame member and the sash comprises a set of sash members including a top sash member, two side sash members (32, 33) and a bottom sash member, each frame and sash member defining a longitudinal direction, and in which the roof window furthermore comprises a hinge assembly configured to allow the sash to be tophung about a substantially horizontal first hinge axis (α) in a first operational condition in a mounted condition of the roof window and comprising a hinge unit with a frame hinge part connected to or connectable to at least the top frame member and a sash hinge part connected to at least the top sash member, in which the hinge assembly comprises a coupling unit connected to or connectable to the frame and configured to be connected to the hinge unit in the mounted condition of the roof window, and in which in an installation condition of the roof window, the hinge unit is connected to the sash and the coupling unit is connected to the frame, characterised in that each coupling unit comprises one top frame coupling plate and one side frame coupling plate, and wherein the coupling unit is configured to allow selective coupling of the frame hinge part of the associated hinge unit to the top frame coupling plate and the side frame coupling plate in the first operational condition, and to only the side frame coupling plate in a second operational condition.
A door lock having a latch member, which has a latching position and a locking position, is biased towards its locking position in which it is extended out from the face plate of a lock housing, and is provided with a stop against which a blocking member engages when the door is open and blocks the latch member from being pushed out to extend beyond the latching position, the blocking member being biased towards a blocking position and interacting, in the mounted state, with a striker plate fitted to the door frame, the latch member having a sloping run-on surface, characterized in that the blocking member, which has a sloping run-on surface, is formed substantially in the shape of an L and is mounted to be movable perpendicular to the face plate, the free end of an arm, which is aligned substantially parallel to the direction of movement, being displaceable transversely with respect to the direction of movement, so that the free end interacts, in the blocking position, with the stop of the latch member, and, in the release position, unblocks the stop of the latch member, the displacement of the free end of the arm from the blocking position into the release position being effected, during the movement of the blocking member, by means of a slideway, which is fixed with respect to the housing and in which there is guided a projection that is located at the free end of the arm.
A method of controlling the transmit power of a mobile device in a mobile communication network, said method comprising: generating power control commands for controlling a transmit power of a mobile device by comparing a received signal quality of a received signal from the mobile device to a signal quality target; determining a delay spread of the received signal from the mobile device; and when the delay spread is larger than a predetermined threshold: modifying power control command generation based on said delay spread so as to limit increases in the mobile device transmit power as the delay spread increases, wherein said modifying power control command generation based on said delay spread comprises: - generating power control commands to reduce the mobile device transmit power irrespective of the signal quality of the received signal, or - generating power control commands to maintain the transmit power of the mobile device at a current transmit power level irrespective of the signal quality of the received signal, or - replacing current signal-to-noise-ratio, SIR, estimates with a value that is larger than a SIR target. generating power control commands for controlling a transmit power of a mobile device by comparing a received signal quality of a received signal from the mobile device to a signal quality target; determining a delay spread of the received signal from the mobile device; and when the delay spread is larger than a predetermined threshold: modifying power control command generation based on said delay spread so as to limit increases in the mobile device transmit power as the delay spread increases, modifying power control command generation based on said delay spread so as to limit increases in the mobile device transmit power as the delay spread increases, - generating power control commands to reduce the mobile device transmit power irrespective of the signal quality of the received signal, or - generating power control commands to maintain the transmit power of the mobile device at a current transmit power level irrespective of the signal quality of the received signal, or - replacing current signal-to-noise-ratio, SIR, estimates with a value that is larger than a SIR target.
A method for manufacturing a vehicle part, characterized in that it comprises the following steps: - applying a first varnish coat to a transparent part, - applying a paint coat to the first varnish coat, - applying a second varnish coat to the paint coat, and - irradiating the paint coat and the second varnish coat in part with laser radiation so as to etch the paint coat and the second varnish coat. - applying a first varnish coat to a transparent part, - applying a paint coat to the first varnish coat, - applying a second varnish coat to the paint coat, and - irradiating the paint coat and the second varnish coat in part with laser radiation so as to etch the paint coat and the second varnish coat.
A base station (10, 20) comprising: a monitoring unit (101, 201) arranged to monitor whether a supply of electrical power to a first other base station that forms another communication area that is overlapped with a communication area formed by the own station is stopped; and a wireless communication unit arranged to send, when the supply of the electrical power to the first other base station is stopped, first key data by using a first channel through which a first communication terminal accommodated in the own station is arranged to receive the first key data and a second communication terminal accommodated in the first other base station is not arranged to receive the first key data and is arranged to send, after sending the first key data, second key data that is the same as the first key data and a transmission regulation notification indicating that call regulation is performed on the own station by using a second channel through which both the first communication terminal and the second communication terminal are arranged to receive the second key data and the transmission regulation notification. a monitoring unit (101, 201) arranged to monitor whether a supply of electrical power to a first other base station that forms another communication area that is overlapped with a communication area formed by the own station is stopped; and a wireless communication unit arranged to send, when the supply of the electrical power to the first other base station is stopped, first key data by using a first channel through which a first communication terminal accommodated in the own station is arranged to receive the first key data and a second communication terminal accommodated in the first other base station is not arranged to receive the first key data and is arranged to send, after sending the first key data, second key data that is the same as the first key data and a transmission regulation notification indicating that call regulation is performed on the own station by using a second channel through which both the first communication terminal and the second communication terminal are arranged to receive the second key data and the transmission regulation notification.
Circuit arrangement for a railway signal comprising a plurality of LED luminous spots (11, 12, 13, 14, 15, 16) which in various combinations in each case form a proceed aspect (H, F1, F2, F3, F5, F6), wherein the circuit arrangement is configured such that: a) the circuit arrangement can be operated by an interlocking configured as a remote unit and the proceed aspects (H, F1, F2, F3, F5, F6) are in each case activated by a serial switching of the LED luminous spots (11, 12, 13, 14, 15, 16) belonging to the proceed aspect (H, F1, F2, F3, F5, F6), b) the circuit arrangement for each proceed aspect (H, F1, F2, F3, F5, F6) operates precisely one of the LED luminous spots (11, 12, 13, 14, 15, 16) provided for this proceed aspect as a master point with an adjustable impedance; c) the circuit arrangement operates the master point with a fixed starting impedance and based on this determines a voltage with which the proceed aspect (H, F1, F2, F3, F5, F6) currently specified by the interlocking is to be operated, wherein based on the determined voltage the circuit arrangement adjusts the impedance of the master point such that the LED luminous spot of the master point can be operated with a brightness value corresponding to the determined voltage; and d) at least one further LED luminous spot (11, 12, 13, 14, 15, 16) of the proceed aspect operated with a specified starting impedance can be controlled as a slave point by the circuit arrangement such that the circuit arrangement transmits to the slave point the determined voltage and an impedance value with which the slave point should be operated. a) the circuit arrangement can be operated by an interlocking configured as a remote unit and the proceed aspects (H, F1, F2, F3, F5, F6) are in each case activated by a serial switching of the LED luminous spots (11, 12, 13, 14, 15, 16) belonging to the proceed aspect (H, F1, F2, F3, F5, F6), b) the circuit arrangement for each proceed aspect (H, F1, F2, F3, F5, F6) operates precisely one of the LED luminous spots (11, 12, 13, 14, 15, 16) provided for this proceed aspect as a master point with an adjustable impedance; c) the circuit arrangement operates the master point with a fixed starting impedance and based on this determines a voltage with which the proceed aspect (H, F1, F2, F3, F5, F6) currently specified by the interlocking is to be operated, wherein based on the determined voltage the circuit arrangement adjusts the impedance of the master point such that the LED luminous spot of the master point can be operated with a brightness value corresponding to the determined voltage; and d) at least one further LED luminous spot (11, 12, 13, 14, 15, 16) of the proceed aspect operated with a specified starting impedance can be controlled as a slave point by the circuit arrangement such that the circuit arrangement transmits to the slave point the determined voltage and an impedance value with which the slave point should be operated.
A drawer apparatus for a cleaning trolley, comprising a drawer having a receiving space, at least one guide device via which the drawer on the cleaning trolley is movable from a pushed-in position to a pulled-out position in a pull-out direction, and at least one coupling element for coupling the drawer to the guide device, characterized in that the at least one coupling element is a pivot element for pivotably mounting the drawer on the at least one guide device, in the pulled-out position the drawer being pivotable relative to the at least one guide device about a pivot axis that is oriented transversely and in particular perpendicularly to the pull-out direction, such as to assume a tilted position.
An apparatus comprising: a blade roll unit supported for rotation in a first direction about a first axis, the blade roll unit carrying a profiled blade thereon that rotates with the blade roll unit; an anvil roll unit supported for rotation in a second direction about a second axis, the anvil roll unit carrying a working anvil surface, wherein the blade roll unit and the anvil roll unit are arranged such that rotation thereof brings the profiled blade into proximity with the working anvil surface to define a gap therebetween for receiving a web material, characterized in that the working anvil surface is sloped toward the second axis from a higher leading end to a lower trailing end and in that the apparatus comprises servo motors that are configured to: (i) rotate the blade roll unit in the first direction and the anvil roll unit in the second direction, and (ii) control the rotational positioning of the blade roll unit relative to the anvil roll unit, thereby controlling positioning of the profiled blade relative to the working anvil surface and a width of the gap between the profiled blade and the working anvil surface. a blade roll unit supported for rotation in a first direction about a first axis, the blade roll unit carrying a profiled blade thereon that rotates with the blade roll unit; an anvil roll unit supported for rotation in a second direction about a second axis, the anvil roll unit carrying a working anvil surface, wherein the blade roll unit and the anvil roll unit are arranged such that rotation thereof brings the profiled blade into proximity with the working anvil surface to define a gap therebetween for receiving a web material, characterized in that the working anvil surface is sloped toward the second axis from a higher leading end to a lower trailing end and in that the apparatus comprises servo motors that are configured to: (i) rotate the blade roll unit in the first direction and the anvil roll unit in the second direction, and (ii) control the rotational positioning of the blade roll unit relative to the anvil roll unit, thereby controlling positioning of the profiled blade relative to the working anvil surface and a width of the gap between the profiled blade and the working anvil surface.
Process for converting a gas comprising CO 2 and/or CO in the presence of a catalytic system and a cold plasma, preferably a plasma generated by dielectric barrier discharge, said catalytic system comprising: - a support comprising cerium and/or zirconium, - nickel, and - a promoter chosen from gadolinium and mixtures of gadolinium and yttrium. - a support comprising cerium and/or zirconium, - nickel, and - a promoter chosen from gadolinium and mixtures of gadolinium and yttrium.
A nozzle hole mechanism used in a spray product which sprays a concentrate by pressurizing, comprising: a nozzle hole discharging the concentrate into an atmosphere, a swirl chamber having a cylindrical column shape, supplying the concentrate to the nozzle hole, of which the diameter is larger than the nozzle hole, and a path supplying the concentrate to the swirl chamber, wherein the swirl chamber and the spray nozzle are located on the same axis, wherein the swirl chamber is equipped with a front portion having a cylindrical column shape which communicates with the nozzle hole and a back portion having a ring shape, where the front portion and the back portion are lined up coaxially, and wherein the path communicates with the swirl chamber so that the concentrate supplied to the swirl chamber swirls in one direction in the back portion of the swirl chamber, characterized in that the path includes an annular space (31, 32, 42) having a larger diameter than the swirl chamber and a groove path which is formed so as to contact an outer circumference of the back portion of the swirl chamber, and in that the path communicates the annular space (31, 32, 42) with the swirl chamber. a nozzle hole discharging the concentrate into an atmosphere, a swirl chamber having a cylindrical column shape, supplying the concentrate to the nozzle hole, of which the diameter is larger than the nozzle hole, and a path supplying the concentrate to the swirl chamber,
A device with an injector provided in order to mix foam liquid in water, comprising a movable piston, which exhibits two piston faces with separate piston areas, i.e. a movable pressure drop piston and an inlet leading thereto for foam concentrate to the suction side of the injector, wherein the injector is formed by a nozzle, a vacuum chamber and a diffusor, the main part of said injector is arranged internally in said movable pressure drop piston in order to adjust varying water flow past said injector and with maintained pressure drop, a passage for maximum water passage is adjustably provided depending on the displacement movement of the movable pressure drop piston between completely closed and maximally open positions (S and Ö, respectively), the movable pressure drop piston exhibits axial passage for water, a dosing valve to the injector is provided to vary occurring water flow changes in order to keep the premix within the intended wanted limits, so that when the water flow past the injector is low, it is so arranged that smaller quantities of foam concentrate are dosed than when the water flow past the injector is increased, said dosing valve for adjusting foam concentrate is provided to be adjusted by the displacement movement of the movable pressure drop piston, said movable pressure drop piston is enclosed by a surrounding housing, said dosing valve for foam concentrate is provided at said inlet, characterized in that the inlet for foam concentrate debouches across the movable pressure drop piston into the vacuum chamber of the injector between the nozzle and the diffusor leading therefrom,
A digital cross-connect device comprising: a chassis; first and second digital cross-connect jack inserts (62a, 62b) mounted side-by-side within the chassis, the first and second jack inserts(62a, 62b) each including a dielectric body (70a, 70b) and a plurality of contact springs mounted to the dielectric body, the dielectric bodies (70a, 70b) each including a front face defining a column of ports, each column of ports including an in port (110a, 110b), an out port (108a, 108b), a monitor in port (112a, 112b) and a monitor out port (106a, 106b), the out port and the in port of each column being positioned between the corresponding monitor out port and the corresponding monitor in port, the monitor in port of each column being positioned adjacent the corresponding in port and the monitor out port of each column being positioned adjacent to the corresponding out port; the first jack insert defining a first spacing between the monitor out port and the out port, a second spacing between the out port and the in port, and a third spacing between the in port and the monitor in port, the third spacing being larger than the first spacing; and the second jack insert defining a first spacing between the monitor out port and the out port, a second spacing between the out port and the in port, and a third spacing between the in port and the monitor in port, the first spacing being larger than the third spacing. a chassis; first and second digital cross-connect jack inserts (62a, 62b) mounted side-by-side within the chassis, the first and second jack inserts(62a, 62b) each including a dielectric body (70a, 70b) and a plurality of contact springs mounted to the dielectric body, the dielectric bodies (70a, 70b) each including a front face defining a column of ports, each column of ports including an in port (110a, 110b), an out port (108a, 108b), a monitor in port (112a, 112b) and a monitor out port (106a, 106b), the out port and the in port of each column being positioned between the corresponding monitor out port and the corresponding monitor in port, the monitor in port of each column being positioned adjacent the corresponding in port and the monitor out port of each column being positioned adjacent to the corresponding out port; the first jack insert defining a first spacing between the monitor out port and the out port, a second spacing between the out port and the in port, and a third spacing between the in port and the monitor in port, the third spacing being larger than the first spacing; and the second jack insert defining a first spacing between the monitor out port and the out port, a second spacing between the out port and the in port, and a third spacing between the in port and the monitor in port, the first spacing being larger than the third spacing.
A pocketed spring assembly (12; 12a; 12'; 12d; 12e; 12f; 12g) for use in a bedding or seating product (10; 10a; 10b; 10c), the pocketed spring assembly (12; 12a; 12'; 12d; 12e; 12f; 12g) comprising: a plurality of parallel strings of springs joined together, each of said strings of springs comprising a plurality of individually pocketed springs, each of said strings of springs comprising a piece of fabric (116; 136) joined along a longitudinal seam, the piece of fabric (116; 136) comprising multiple layers (76, 78, 80), first and second opposed plies (48, 50) of fabric (116; 136) being on opposite sides of the springs, a plurality of pockets being formed along a length of said string of springs by transverse seams joining said first and second plies (48, 50), at least one spring being positioned in each said pocket, wherein the piece of fabric (116; 136) is impermeable to airflow, but upon the pocket being subjected to a load, air inside the pocket exits the pocket through gaps (66, 70) between segments of the seams (52, 54), characterized in that one of the layers (76, 78, 80) of the piece of fabric (116; 136) comprises a sound attenuating layer. a plurality of parallel strings of springs joined together, each of said strings of springs comprising a plurality of individually pocketed springs, each of said strings of springs comprising a piece of fabric (116; 136) joined along a longitudinal seam, the piece of fabric (116; 136) comprising multiple layers (76, 78, 80), first and second opposed plies (48, 50) of fabric (116; 136) being on opposite sides of the springs, a plurality of pockets being formed along a length of said string of springs by transverse seams joining said first and second plies (48, 50), at least one spring being positioned in each said pocket, wherein the piece of fabric (116; 136) is impermeable to airflow, but upon the pocket being subjected to a load, air inside the pocket exits the pocket through gaps (66, 70) between segments of the seams (52, 54), characterized in that one of the layers (76, 78, 80) of the piece of fabric (116; 136) comprises a sound attenuating layer.