mhurhangee/ep-ind-claims huggingface dataset:
A process cartridge detachably mountable to a main assembly of an electrophotographic image forming apparatus, wherein said main assembly includes a main assembly electrical contact, a movable member movable between a protecting position for covering the main assembly electrical contact and an exposing position for exposing the main assembly electrical contact, and a locking member movable between a locking position for limiting an operation of the movable member and a releasing position for permitting the operation of the movable member, said process cartridge comprising: an electrophotographic photosensitive drum; process means (108, 110, 117a) actable on said electrophotographic photosensitive drum; a first engaging portion (140L1a) configured to move the locking member from the locking position to the releasing position in midstream of mounting said process cartridge to the main assembly of the apparatus; a second engaging portion configured to move the movable member from the protecting position to the exposing position in midstream of mounting said process cartridge to the main assembly of the apparatus in case the locking member has been moved in the releasing position by the first engaging portion (140L1a); and a cartridge contact configured to electrically connect with the main assembly electrical contact when said process cartridge is mounted to the main assembly of the apparatus. an electrophotographic photosensitive drum; process means (108, 110, 117a) actable on said electrophotographic photosensitive drum; a first engaging portion (140L1a) configured to move the locking member from the locking position to the releasing position in midstream of mounting said process cartridge to the main assembly of the apparatus; a second engaging portion configured to move the movable member from the protecting position to the exposing position in midstream of mounting said process cartridge to the main assembly of the apparatus in case the locking member has been moved in the releasing position by the first engaging portion (140L1a); and a cartridge contact configured to electrically connect with the main assembly electrical contact when said process cartridge is mounted to the main assembly of the apparatus.
A blind fastener system comprising: a sleeve comprises a lubricious metallic coating, wherein the lubricious metallic coating comprises at least one of tin, bismuth and indium.
A device for arranging objects, in particular crockery, in a coating system, comprising a base element, an adapter element and a support element, whereby the base element, the adapter element and the support element are designed such that they can be interlocked in one direction (z), whereby, when interlocked in this manner - the adapter element is arranged between the base element and the support element, and - the object can be arranged on the adapter element in a predetermined position between the adapter element and the support element and can be locked on the support element, characterised in that the adapter element, the base element and the support element are locked with the object with respect to one another in such a way that the only possibility of relative movement between them is in direction (z). - the adapter element is arranged between the base element and the support element, and - the object can be arranged on the adapter element in a predetermined position between the adapter element and the support element and can be locked on the support element,
A process for the production of a construction element comprising the following steps: i. loading in a silo a mixture consisting of expanded perlite granules with particle sizes from 0.01 to 6 mm; ii. transferring the mixture of step i. from the silo to a mixer using volumetric dosing to add from 0.5 to 1 cubic meter of the mixture in step i. per cubic meter of the final mixture; iii. adding to the mixture of expanded perlite particles in the mixer in step ii a quantity of water from 40% to 90% in weight with respect to the binder weight; iv. adding to the mixture of perlite and water obtained in step iii. an amount of binder from 120 to 300 kg per cubic meter of the final mixture; v. adding to the mixture obtained in step iv one or more additives in amounts from 0.01% to 2% in weight of the additive / weight of the binder; vi. transferring the mixture obtained in step v. into block moulds for the production of construction elements by vibro-compression; vii. vibro-compressing the mixture in block moulds of step vi.; viii. storing the vibro-compressed wet mixture in the block moulds of step vii. for a resting period of 24 hours to 4 days at 4 to 40°C. i. loading in a silo a mixture consisting of expanded perlite granules with particle sizes from 0.01 to 6 mm; ii. transferring the mixture of step i. from the silo to a mixer using volumetric dosing to add from 0.5 to 1 cubic meter of the mixture in step i. per cubic meter of the final mixture; iii. adding to the mixture of expanded perlite particles in the mixer in step ii a quantity of water from 40% to 90% in weight with respect to the binder weight; iv. adding to the mixture of perlite and water obtained in step iii. an amount of binder from 120 to 300 kg per cubic meter of the final mixture; v. adding to the mixture obtained in step iv one or more additives in amounts from 0.01% to 2% in weight of the additive / weight of the binder; vi. transferring the mixture obtained in step v. into block moulds for the production of construction elements by vibro-compression; vii. vibro-compressing the mixture in block moulds of step vi.; viii. storing the vibro-compressed wet mixture in the block moulds of step vii. for a resting period of 24 hours to 4 days at 4 to 40°C.
A medicament composition containing combination of tiotropium or a pharmaceutically acceptable derivative thereof and budesonide or a pharmaceutically acceptable salt thereof for use in the treatment of respiratory disorder by inhalation route characterized in that said medicament composition contains an effective amount of pharmaceutically acceptable salt of cromoglicic acid and/or nedocromil.
A liquid ejection device comprising: a recording medium supply part configured and arranged to supply a roll-shaped recording medium; a recording medium conveyance part having a support surface to support the recording medium, and configured and arranged to convey the recording medium; an ejection head configured and arranged to eject liquid toward the recording medium; a recording medium collecting part configured and arranged to collect the recording medium; and a drying part placed between the recording medium conveyance part and the recording medium collecting part, and configured and arranged to dry the liquid applied to the recording medium, the drying part being a heater block having a contact surface to which the recording medium contacts, and a part of the contact surface that is disposed closest to the recording medium conveyance part being positioned higher in a vertical direction than a part of the support surface that is disposed closest to the drying part, characterized in that the drying part is placed higher than the recording medium collecting part in the vertical direction, the contact surface has a slope going down toward the recording medium collecting part, and a shaft of the recording medium collecting part is placed closer to the recording medium conveyance part in a horizontal direction than an edge part of the drying part, the edge part being located on the side of the drying part furthest from the recording medium conveyance part in the horizontal direction. a recording medium supply part configured and arranged to supply a roll-shaped recording medium; a recording medium conveyance part having a support surface to support the recording medium, and configured and arranged to convey the recording medium; an ejection head configured and arranged to eject liquid toward the recording medium; a recording medium collecting part configured and arranged to collect the recording medium; and a drying part placed between the recording medium conveyance part and the recording medium collecting part, and configured and arranged to dry the liquid applied to the recording medium, the drying part being a heater block having a contact surface to which the recording medium contacts, and a part of the contact surface that is disposed closest to the recording medium conveyance part being positioned higher in a vertical direction than a part of the support surface that is disposed closest to the drying part, characterized in that the drying part is placed higher than the recording medium collecting part in the vertical direction, the contact surface has a slope going down toward the recording medium collecting part, and a shaft of the recording medium collecting part is placed closer to the recording medium conveyance part in a horizontal direction than an edge part of the drying part, the edge part being located on the side of the drying part furthest from the recording medium conveyance part in the horizontal direction.
Method of operating an aircraft headlight system of an aircraft, the aircraft headlight system having at least one headlight (2, 102, 104), wherein the method comprises the steps of: operating the aircraft headlight system in a landing light mode during a descent of the aircraft, with the at least one headlight emitting a landing light output in the landing light mode, operating the aircraft headlight system in a taxi light mode during taxiing of the aircraft, with the at least one headlight emitting a taxi light output in the taxi light mode, and transforming the landing light output into the taxi light output after touch-down of the aircraft by operating the aircraft headlight system in at least one intermediate lighting mode between operating the aircraft headlight system in the landing light mode and operating the aircraft headlight system in the taxi light mode, characterized in that the at least one intermediate lighting mode comprises a sequence of a plurality of intermediate lighting modes, with an intermediate output light intensity distribution of each of the plurality of intermediate lighting modes having a wider horizontal illumination angle than a respectively preceding one of the plurality of intermediate lighting modes, and wherein the intermediate output light intensity distribution of each of the plurality of intermediate lighting modes has a lower peak light intensity than the respectively preceding one of the plurality of intermediate lighting modes. operating the aircraft headlight system in a landing light mode during a descent of the aircraft, with the at least one headlight emitting a landing light output in the landing light mode, operating the aircraft headlight system in a taxi light mode during taxiing of the aircraft, with the at least one headlight emitting a taxi light output in the taxi light mode, and transforming the landing light output into the taxi light output after touch-down of the aircraft by operating the aircraft headlight system in at least one intermediate lighting mode between operating the aircraft headlight system in the landing light mode and operating the aircraft headlight system in the taxi light mode, characterized in that the at least one intermediate lighting mode comprises a sequence of a plurality of intermediate lighting modes, with an intermediate output light intensity distribution of each of the plurality of intermediate lighting modes having a wider horizontal illumination angle than a respectively preceding one of the plurality of intermediate lighting modes, and wherein the intermediate output light intensity distribution of each of the plurality of intermediate lighting modes has a lower peak light intensity than the respectively preceding one of the plurality of intermediate lighting modes.
A method of calculating an overlay correction model for the fabrication of a wafer comprising a structural pattern on a substrate and having first overlay marks generated in a first layer and second overlay marks in a second layer, the method comprising: - measuring overlay deviations of a subset of the first overlay marks and the second overlay marks by determining the differences between the subset of first overlay marks generated in the first layer and corresponding ones of the subset of second overlay marks generated in the second layer; - calculating a wafer fine model comprising wafer fine model parameters based on the measured overlay deviations; - calculating the overlay residuals for the measured overlay deviations based on the calculated wafer fine model; - selecting a subset of the first overlay marks and the second overlay marks for ones of exposure fields in dependence of a distance to the exposure field; - calculating a field fine model comprising field fine model parameters for the ones of the exposure fields, based on weighted ones of the overlay residuals of the selected subset of the first overlay marks and the second overlay marks, the weighting being based on the distance between the ones of the exposure field and the selected subset of the overlay marks; - providing a set of process correction parameters for the ones of the exposure fields comprising the wafer fine model parameters and the field fine model parameters. - measuring overlay deviations of a subset of the first overlay marks and the second overlay marks by determining the differences between the subset of first overlay marks generated in the first layer and corresponding ones of the subset of second overlay marks generated in the second layer; - calculating a wafer fine model comprising wafer fine model parameters based on the measured overlay deviations; - calculating the overlay residuals for the measured overlay deviations based on the calculated wafer fine model; - selecting a subset of the first overlay marks and the second overlay marks for ones of exposure fields in dependence of a distance to the exposure field; - calculating a field fine model comprising field fine model parameters for the ones of the exposure fields, based on weighted ones of the overlay residuals of the selected subset of the first overlay marks and the second overlay marks, the weighting being based on the distance between the ones of the exposure field and the selected subset of the overlay marks; - providing a set of process correction parameters for the ones of the exposure fields comprising the wafer fine model parameters and the field fine model parameters.
A liquefied gas storage tank, comprising: a tank unit in which liquefied gas is stored; an inner box unit that is disposed inside the tank unit and installed at a bottom portion of the tank unit; and a pump unit that has an inlet pipe part formed to pass through a lower wall portion of the inner box unit and communicate with the inside of the inner box unit, and suctions the liquefied gas stored in the tank unit through the inlet pipe part and supplies the liquefied gas to the outside, wherein the inner box unit is formed to be depressed downwardly from the bottom portion of the tank unit, and the lower wall portion of the inner box unit is formed at a lower height than the bottom portion of the tank unit, wherein the inner box unit is provided in the form of a container surrounding the periphery of the inlet pipe.
A drawer pull-out guide, comprising: - a first guide rail and at least one second guide rail displaceably supported relative to one another, - at least one running carriage having load-transmitting rolling bodies (24, 25, 26), wherein the at least one running carriage is displaceably supported between the first guide rail and the at least one second guide rail, wherein the at least one running carriage includes at least three rolling bodies (24, 25, 26) which each have a cylindrical form and which are each rotatable about a horizontally extending axis in a mounted position of the drawer pull-out guide, wherein the at least three rolling bodies (24, 25, 26) of the running carriage, in the mounted position of the drawer pull-out guide, are arranged in at least three running planes (A, B, C) lying above one another, characterized in that the at least three rolling bodies (24, 25, 26) - in a view onto a plane extending perpendicular to a longitudinal direction of the guide rails (9, 10) - are arranged so as to be laterally offset to one another. - a first guide rail and at least one second guide rail displaceably supported relative to one another, - at least one running carriage having load-transmitting rolling bodies (24, 25, 26), wherein the at least one running carriage is displaceably supported between the first guide rail and the at least one second guide rail, wherein the at least one running carriage includes at least three rolling bodies (24, 25, 26) which each have a cylindrical form and which are each rotatable about a horizontally extending axis in a mounted position of the drawer pull-out guide, wherein the at least three rolling bodies (24, 25, 26) of the running carriage, in the mounted position of the drawer pull-out guide, are arranged in at least three running planes (A, B, C) lying above one another, characterized in that the at least three rolling bodies (24, 25, 26) - in a view onto a plane extending perpendicular to a longitudinal direction of the guide rails (9, 10) - are arranged so as to be laterally offset to one another.
Method for producing a light-transmissive trim part for the passenger compartment of a motor vehicle, which comprises the following method steps: - providing a first decorative film and a second decorative film that is different from the first decorative film, in each case in a mould; - thermoforming the first and second decorative films (1, 2) within the respective moulds; - placing the first and second decorative films (1, 2) in an injection-moulding system, wherein the first and second decorative films (1, 2) are positioned in a predetermined arrangement in relation to one another; comprising the step of joint in-mould lamination of the first and second decorative films (1, 2) with a transparent material in just one injection-moulding operation, wherein a clearance in which the first and second decorative films (1, 2) are not in contact with one another and in which a light window is formed with transparent material in the method step of the joint in-mould lamination is provided in the predetermined arrangement between the first and second decorative films (1, 2). - providing a first decorative film and a second decorative film that is different from the first decorative film, in each case in a mould; - thermoforming the first and second decorative films (1, 2) within the respective moulds; - placing the first and second decorative films (1, 2) in an injection-moulding system, wherein the first and second decorative films (1, 2) are positioned in a predetermined arrangement in relation to one another;
Heating device for a fluid, comprising: - a heating body with a fluid passage in the shape a U; and - at least one electric resistor disposed close to the heating body; the heating body comprising a solid element with, inside said body, the sections of the passage for the fluid which correspond to the legs of the U, and at least one open groove extending along the hollow of the U-shape of the passage for the fluid, the at least one groove receiving the at least one resistor; wherein the at least one groove extends in front of the hollow of the U-shape of the passage for the fluid and has a rectangular cross-section with the large side essentially parallel to the plane of the U and the short side transversal to said plane; and the heating body comprises at least one plate, characterized in that the plate is a closure plate of the groove or of one of the grooves, intended to be fixed to the solid element, the plate being preferably fixed to the solid body by screwing. - a heating body with a fluid passage in the shape a U; and - at least one electric resistor disposed close to the heating body;
Combination of kitchen devices (3, 4) which are insertable into a cut-out of a work plate, particularly cooktops or sinks, and at least a connecting bar, wherein the insertable kitchen devices (3, 4) and the connecting bar are adapted in such a way that the connecting bar is arranged between two of the insertable kitchen devices (3, 4) and a lateral bar side of the connecting bar borders in inserted state a lateral device side of one of the insertable kitchen devices (3, 4), at least one of the kitchen devices (3, 4) has at least one compression element which is suitable for pressing the kitchen devices (3, 4) against the connecting bar in inserted state, characterized in that the lateral bar side has a first spacer and the lateral device side has a second spacer which are arranged and adapted in such a way that the first spacer and the second spacer are in mutual contact at least during a part of the insertion process, in order to keep a mutual distance between the connecting bar and the one kitchen device, and in that the first spacer and the second spacer are arranged vertically one above the other in inserted state, such that the mutual distance between the connecting bar and the one kitchen device is reduced as compared to the insertion process.
A device for the production of a strip or a sheet of PTFE material and comprising: - An extrusion path (6, 8, 10, 11) of the material; - An opening through which to feed the material in the extrusion path; - An exiting section through which the extruded material exits from the device; - Said extrusion path (6, 8, 10, 11) forming at least a first expansion chamber whose inlet and outlet in/from said expansion chamber are in the form of a restriction section (7, 9), said extrusion paths forming, in exiting from said first expansion chamber, a second expansion section; wherein the device is formed by a superior part that overlaps to an inferior part, said two parts (14, 15) being detachable one from the other, so that, when detached, they give access to said first expansion chamber; characterized in that and said inferior part is formed by an internal element on which said second expansion section of the PTFE material is obtained, said internal element being covered with an external sleeve that is applied in a removable manner. - An extrusion path (6, 8, 10, 11) of the material; - An opening through which to feed the material in the extrusion path; - An exiting section through which the extruded material exits from the device; - Said extrusion path (6, 8, 10, 11) forming at least a first expansion chamber whose inlet and outlet in/from said expansion chamber are in the form of a restriction section (7, 9), said extrusion paths forming, in exiting from said first expansion chamber, a second expansion section;