mhurhangee/ep-ind-claims huggingface dataset:
A zoom lens system comprising, in order from an object side: a first lens group having negative refractive power; a second lens group having positive refractive power; and a third lens group having negative refractive power, each distance between adjacent lens groups being variable for zooming from a wide-angle end state to a telephoto end state, wherein the second lens group includes, in order from the object side, a front group (G2a) having positive refractive power, and a rear group (G2b), whereby for focusing on the object, the front group (G2a) of the second lens group is movable along an optical axis of the zoom lens system and a distance between the front group and the rear group is variable and the following conditional expression being satisfied: 1.20 < f 2 / fw < 1.90 where f2 denotes a focal length of the second lens group, and fw denotes a focal length of the zoom lens system in the wide-angle end state, characterised in that in addition the following conditional expression is satisfied − 2.10 < f 3 / fw < − 1.93 where f3 denotes a focal length of the third lens group. a first lens group having negative refractive power; a second lens group having positive refractive power; and a third lens group having negative refractive power, each distance between adjacent lens groups being variable for zooming from a wide-angle end state to a telephoto end state, wherein the second lens group includes, in order from the object side, a front group (G2a) having positive refractive power, and a rear group (G2b), whereby for focusing on the object, the front group (G2a) of the second lens group is movable along an optical axis of the zoom lens system and a distance between the front group and the rear group is variable and the following conditional expression being satisfied: 1.20 < f 2 / fw < 1.90 where f2 denotes a focal length of the second lens group, and fw denotes a focal length of the zoom lens system in the wide-angle end state, characterised in that in addition the following conditional expression is satisfied − 2.10 < f 3 / fw < − 1.93 where f3 denotes a focal length of the third lens group.
Knitting spirality stabilizer machine comprising a machine frame and a mechanism constituted of two parts, a first part being an outer mechanism (2, 3) and a second part being an inner mechanism, whereby said outer mechanism (2, 3) consists of a stationary ring fixed on the machine frame and of a rotating ring, on which has been placed a layout for tubular fabric diameter regulation that is constituted of independent rests, which can be regulated in their height and can be fixed in the desirable place with appropriate pins, whereby turn wheels are located on the vertical segments of said independent rests with Teflon coating and first magnets, whereby said inner mechanism comprises a foldable frame with flexible metal strips coated with Teflon, further pins used for the initial concentric placement of the inner mechanism and turn wheels provided with soft material coating and second magnets for the magnetic field creation, said inner mechanism being placed inside the diameter of the rotating ring of said outer mechanism (2, 3), so that the fabric passes between the inner and the outer mechanism (2, 3) through a gap between the first and second magnets, coated by Teflon when the turn wheels are in contact and fabric translated along its longitudinal axis and turned depending on the rotation that will be given to the rotating ring of the outer mechanism (2, 3) in order to keep the fabric spirality in the desirable limits without wear.
A dispensing device for dispensing a foamable product, the dispensing device comprising a dispensing channel (210; 410), the dispensing channel having an inlet (211; 411) for communicating with a valve-element of a container containing the foamable product and an outlet (212; 412) for dispensing the foamable product; the dispensing channel (210; 410) further comprising a variable-volume cavity (240; 440) at the outlet, wherein the variable-volume cavity (240; 440) is defined at least partly by a first component (242; 442) and a second component (244; 444) that is separate from and rigidly movably with respect to the first component to vary the volume of the variable-volume cavity (240; 440) between a first configuration and a second configuration, wherein, in the first configuration, the variable-volume cavity (240; 440) has a first volume and the outlet (212; 412) is closed, and in the second configuration, the variable-volume cavity has a second volume and the outlet (212; 412) is open, wherein the second volume is greater than the first volume; characterized in that the second component (244; 444) is pivotally connected with the first component (242; 442); wherein the second component (244; 444) seals against the first component (242; 442) to close the outlet (212; 412), wherein at least one of the first component (242, 442) and the second component (244, 444) comprises an inwardly facing projection (270; 470) configured to plug the dispensing channel in the first configuration, and wherein the projection is cone-shaped. an inlet (211; 411) for communicating with a valve-element of a container containing the foamable product and an outlet (212; 412) for dispensing the foamable product;
Lift with a lift cage including a floor and a buffer element for catching the lift cage in an end position in the shaft base, wherein the floor has a flat lower side and a flat upper side arranged at a spacing from the lower side, wherein arranged between the upper side and the lower side is a support structure having a first arrangement with walls or wall segments which are approximately uniformly distributed with respect to a plan view and which predetermine a first packing density, characterised in that the support structure has for local reinforcement of the floor a second arrangement which is disposed in the first arrangement and is superimposed on the first arrangement in a region of overlap, wherein the support structure in the region of overlap has a second packing density which is higher by comparison with the first packing density, that with respect to the plan view the support structure has outside the region of overlap the first packing density at least in a region and that the lift cage is so formed that the local reinforcement is arranged in a region of overlap with respect to the buffer element and the buffer element in the end position is supported directly on the floor.
A testing or filling adapter for a reservoir or downstream pipe to be filled with fluid, particularly for an initial filling on an automobile production line, said filling adapter being composed of a body, an attachment module for attaching the adapter to the reservoir or downstream pipe to be filled, and a coupling system having a coupled position, in which a sealed connection is established between the body and the attachment module, and an uncoupled position, in which the attachment module can be separated from the body, with the body including a feed module comprising a plurality of conduits that include at least one fluid conduit, said fluid conduit being equipped with a safety valve that can be moved between an open configuration in which the safety valve permits the circulation of fluid in the fluid conduit and a closed configuration in which the safety valve prevents the circulation of fluid in the fluid conduit, with the safety valve being connected to a mirror element, said mirror element having a first configuration in which the safety valve is in the open configuration and a second configuration in which the safety valve is in the closed configuration, characterized in that the filling adapter comprises at least one safety device that cooperates with the coupling system, said safety device being movable between a locked position, in which the safety device locks the coupling system in the coupled position, and an unlocked position, in which the safety device allows the displacement of the coupling system to the uncoupled position, with the safety device also cooperating with the mirror element so as to enable the mirror element to be in its first configuration when the safety device is in the locked position, and forcing the mirror element to be in its second configuration when the safety device is moved from its locked position to its unlocked position.
Process for producing plastics mouldings, characterized in that the two plastics PPSU and PTFE are mixed with one another at a temperature of from 340 degrees Celsius to 385 degrees Celsius in an extruder, the resultant compounded material is pelletized, and the pellets are extruded at from 370 degrees Celsius to 390 degrees Celsius screw temperature to give plastics mouldings.
An isolated or synthetic RNA sequence comprising sequence SEQ ID NO: 1, an orthologous sequence or a functionally-analogous sequence thereof, for use as a medicament.
A window blind arrangement, comprising: - a window blinding system, that comprises one first end linked to one first load bar, and a second end linked to a second load bar, the load bars extending between two guiding rails positioned opposite a window; and - a system of crossed cables for translational guide each load bar (3, 3') to the guiding rails, between a retracted position and an extended position; comprising: - a first cable extends between two points (P1, P1') located on a same side of the window, the first cable circulating in the two load bars (3, 3'); - a second cable extends between two points (P2, P2') located at the opposite relative to each other on a diagonal of the window, by circulating in the two load bars (3, 3'), characterized in that the system of crossed cables comprises: - a third cable (5") extends between the points (P3, P3') located at the opposite relative to each other on a diagonal of the window, by circulating in a single one of the two load bars (3, 3'). - a window blinding system, that comprises one first end linked to one first load bar, and a second end linked to a second load bar, the load bars extending between two guiding rails positioned opposite a window; and - a system of crossed cables for translational guide each load bar (3, 3') to the guiding rails, between a retracted position and an extended position; - a first cable extends between two points (P1, P1') located on a same side of the window, the first cable circulating in the two load bars (3, 3'); - a second cable extends between two points (P2, P2') located at the opposite relative to each other on a diagonal of the window, by circulating in the two load bars (3, 3'), characterized in that the system of crossed cables comprises: - a third cable (5") extends between the points (P3, P3') located at the opposite relative to each other on a diagonal of the window, by circulating in a single one of the two load bars (3, 3'). - a third cable (5") extends between the points (P3, P3') located at the opposite relative to each other on a diagonal of the window, by circulating in a single one of the two load bars (3, 3').
A method of transporting data, comprising: a) processing select data to form a stream of data packets, the stream of data packets comprising at least a first group of data packets, the first group of data packets carrying a first segment of the select data, the first segment comprising a first plurality of fragments of the select data, the first segment associated with a unique segment identifier in relation to the select data, each fragment in the first plurality of fragments associated with a unique fragment identifier in relation to at least one of the first segment and the select data, the unique fragment identifier being different from the unique segment identifier, wherein each data packet of the first group carries a corresponding fragment of the first plurality of fragments, the fragment identifier associated with the corresponding fragment, the segment identifier associated with the first segment, and a verification check value for use in verifying the corresponding data packet, wherein a last data packet of the first group carries an end of segment value identifying the corresponding data packet as the last data packet of the first group; and b) transmitting the first group from a sending node to a destination node via one or more communication paths, with the last data packet of the first group being transmitted last such that the transmitting continues without waiting for a first segment response message from the destination node between transmissions of the data packets of the first group. a) processing select data to form a stream of data packets, the stream of data packets comprising at least a first group of data packets, the first group of data packets carrying a first segment of the select data, the first segment comprising a first plurality of fragments of the select data, the first segment associated with a unique segment identifier in relation to the select data, each fragment in the first plurality of fragments associated with a unique fragment identifier in relation to at least one of the first segment and the select data, the unique fragment identifier being different from the unique segment identifier, wherein each data packet of the first group carries a corresponding fragment of the first plurality of fragments, the fragment identifier associated with the corresponding fragment, the segment identifier associated with the first segment, and a verification check value for use in verifying the corresponding data packet, wherein a last data packet of the first group carries an end of segment value identifying the corresponding data packet as the last data packet of the first group; and b) transmitting the first group from a sending node to a destination node via one or more communication paths, with the last data packet of the first group being transmitted last such that the transmitting continues without waiting for a first segment response message from the destination node between transmissions of the data packets of the first group.
An image forming apparatus capable of communicating with a post-processing apparatus via a notification means (204, 220, 4) comprising: an execution means for executing a shift processing for shifting the image forming apparatus into an off state from a sleep state in which no power is supplied to the notification means (204, 220, 4); a power supply control means for controlling supply of power to the execution means and the notification means (204, 220, 4); and a determination means for determining whether power is supplied to the notification means (204, 220, 4); wherein the notification means (204, 220, 4) is configured to notify the post-processing apparatus of an instruction to stop supply of power to the post-processing apparatus; and wherein, if the determination means determines that the supply of power to the notification means (204, 220, 4) is stopped in a case where the execution means executes the shift processing, the power supply control means is configured to control so that power is temporarily supplied to the notification means (204, 220, 4), and the notification means (204, 220, 4) temporarily supplied with power by the power supply control means notifies the post-processing apparatus of the instruction. an execution means for executing a shift processing for shifting the image forming apparatus into an off state from a sleep state in which no power is supplied to the notification means (204, 220, 4); a power supply control means for controlling supply of power to the execution means and the notification means (204, 220, 4); and a determination means for determining whether power is supplied to the notification means (204, 220, 4); wherein the notification means (204, 220, 4) is configured to notify the post-processing apparatus of an instruction to stop supply of power to the post-processing apparatus; and wherein, if the determination means determines that the supply of power to the notification means (204, 220, 4) is stopped in a case where the execution means executes the shift processing, the power supply control means is configured to control so that power is temporarily supplied to the notification means (204, 220, 4), and the notification means (204, 220, 4) temporarily supplied with power by the power supply control means notifies the post-processing apparatus of the instruction.
A pivot fitting, in particular for adjustment segments on items of furniture, comprising - a first lever and a second lever, which are mounted so they are pivotable in relation to one another about a common axis, - a catch mechanism, using which the two levers (2, 3) are lockable in relation to one another in different angle positions in a reset direction, - wherein the catch mechanism has gear teeth fixed in a rotationally-fixed manner on the second lever, a control disk mounted so it is pivotable about the common axis, and a detent catch, which is mounted so it is pivotable on the first lever and is loaded in the direction of the gear teeth, and is engaged with the gear teeth in a detent position of the pivot fitting, - wherein the detent catch can be disengaged from the gear teeth upon pivoting of the second lever by a predetermined angle in relation to the first lever in an adjustment direction, - wherein the second lever is pivotable in the reset direction when the detent catch is disengaged from the gear teeth, - wherein the catch mechanism enables locking of the two levers (2, 3) and a switchover of the pivot movement from the adjustment direction into the reset direction and vice versa in arbitrary angle positions in relation to one another, and - wherein the catch mechanism has a control lever mounted so it is pivotable on the first lever, a toothed control disk, a reactivation element coupled with the detent catch, and a blocking unit (9a, 9b). - a first lever and a second lever, which are mounted so they are pivotable in relation to one another about a common axis, - a catch mechanism, using which the two levers (2, 3) are lockable in relation to one another in different angle positions in a reset direction, - wherein the catch mechanism has gear teeth fixed in a rotationally-fixed manner on the second lever, a control disk mounted so it is pivotable about the common axis, and a detent catch, which is mounted so it is pivotable on the first lever and is loaded in the direction of the gear teeth, and is engaged with the gear teeth in a detent position of the pivot fitting, - wherein the detent catch can be disengaged from the gear teeth upon pivoting of the second lever by a predetermined angle in relation to the first lever in an adjustment direction, - wherein the second lever is pivotable in the reset direction when the detent catch is disengaged from the gear teeth, - wherein the catch mechanism enables locking of the two levers (2, 3) and a switchover of the pivot movement from the adjustment direction into the reset direction and vice versa in arbitrary angle positions in relation to one another, and - wherein the catch mechanism has a control lever mounted so it is pivotable on the first lever, a toothed control disk, a reactivation element coupled with the detent catch, and a blocking unit (9a, 9b).
Semi-buried storage facility for hazardous materials packaged in containers comprising: - at least one cell extending in a longitudinal direction XX', preferably at least three buried cells (2-1, 2-2, 2-3) arranged side by side in the longitudinal direction XX', and delimited by buried vertical firewalls (3a, 3b) forming a pit containing the said containers containing hazardous materials of different categories, and - the or each cell being surrounded by a chamber comprising vertical firewalls (7a-7a', 7b) extending above the ground, and - at least one depositing and receiving area (6; 25) for containers such as a roadway for trucks and/or a handling area for containers arriving from or destined for a rail transport line, the or each depositing and receiving area (6; 25) extending in the said longitudinal direction XX' outside a longitudinal chamber wall over at least the entire length of the cell or cells, and - a corridor-shaped depositing strip inside each said chamber extending in the longitudinal direction XX' between the or each said buried cell and the said longitudinal chamber wall, and - a motor-driven container handling gantry capable of moving a said suspended container between the or each depositing and receiving area (6; 25) and a said cell, horizontally in a transverse direction YY' at a height greater than the height of the said chamber walls (7a-7a') then vertically down to the bottom of each said cell, the said gantry being capable of being moved in the longitudinal direction XX' above the said chamber walls. - at least one cell extending in a longitudinal direction XX', preferably at least three buried cells (2-1, 2-2, 2-3) arranged side by side in the longitudinal direction XX', and delimited by buried vertical firewalls (3a, 3b) forming a pit containing the said containers containing hazardous materials of different categories, and - the or each cell being surrounded by a chamber comprising vertical firewalls (7a-7a', 7b) extending above the ground, and - at least one depositing and receiving area (6; 25) for containers such as a roadway for trucks and/or a handling area for containers arriving from or destined for a rail transport line, the or each depositing and receiving area (6; 25) extending in the said longitudinal direction XX' outside a longitudinal chamber wall over at least the entire length of the cell or cells, and - a corridor-shaped depositing strip inside each said chamber extending in the longitudinal direction XX' between the or each said buried cell and the said longitudinal chamber wall, and - a motor-driven container handling gantry capable of moving a said suspended container between the or each depositing and receiving area (6; 25) and a said cell, horizontally in a transverse direction YY' at a height greater than the height of the said chamber walls (7a-7a') then vertically down to the bottom of each said cell, the said gantry being capable of being moved in the longitudinal direction XX' above the said chamber walls.
Process for producing polycarbonate by the interfacial process from at least one dihydroxydiarylalkane, phosgene, at least one catalyst, and at least one chain terminator, characterized in that (i) the at least one chain terminator is introduced into the reaction system comprising at least the at least one dihydroxydiarylalkane, phosgene, and the reaction product R of the at least one dihydroxydiarylalkane and phosgene at a point at which the reaction product R is a mixture of compounds and these compounds on average have a degree of polymerization of at least one unit and at most six units formed from the at least one dihydroxydiarylalkane by the reaction with the phosgene.