mhurhangee/ep-ind-claims huggingface dataset:
Elevator, which comprises at least an elevator car and means for moving the elevator car, preferably along guide rails, and an overspeed governor arrangement, which comprises an overspeed governor rope (R,R',R"), which moves according to the movement of the elevator car, and which overspeed governor rope (R,R',R") is connected to a brake arrangement that is in connection with the elevator car such that with the overspeed governor rope (R,R',R") force can be transmitted to the brake arrangement for shifting the brake comprised in the brake arrangement into a braking position, wherein the overspeed governor arrangement comprises means for acting on the movement of the overspeed governor rope (R,R',R"), and the overspeed governor rope (R,R',R") is connected to a brake arrangement that is in connection with the elevator car such that with the overspeed governor rope force can be transmitted from the aforementioned means to the brake arrangement for shifting the brake into a braking position, wherein the means are arranged to exert a force on the overspeed governor rope (R,R',R"), in the longitudinal direction of the overspeed governor rope (R,R',R"), slowing down the overspeed governor rope (R,R',R") or preventing its movement via at least one wide side of the overspeed governor rope (R,R',R"), wherein the overspeed governor rope (R,R',R") comprises a power transmission part or a plurality of power transmission parts, for transmitting force in the longitudinal direction of the overspeed governor rope, characterized in that the power transmission part(s) is/are of non-metallic composite material, which comprises non-metallic carbon or glass fibers as reinforcing fibers in a polymer matrix, wherein the means comprise a brake part, which can be shifted into contact with the wide side of the overspeed governor rope (R,R',R") for slowing down the overspeed governor rope (R,R',R") or for preventing its movement, and the width/thickness ratio of the overspeed governor rope (R,R',R") is at least 2 or more.
A door assembly for a vehicle, the door assembly comprising a frameless window arrangement having no fixed frame member attached to said door assembly running along the top edge of the window arrangement, the window arrangement including a lowerable quarter panel, at least part of a top edge of the quarter panel being arranged for location adjacent a pillar of a vehicle, the window arrangement including a seal arranged to seal along at least part of the top edge of the quarter panel, the seal having an overlapping inverted and generally U-shaped cross section for engagement with the top edge of the front quarter panel, and having an overhang portion arranged to overhang the top edge when the quarter panel is in a fully raised position.
Bearing of a linkage of a wiper mechanism, the bearing including an arm for retaining a link in a transport position, the retaining arm housing at its free end an element for locking the link in a transport position, said locking element being mobile in translation between an unlocked position and a locking position in which the link is locked in the transport position, characterized in that the locking element comprises at least one wall extending parallel to the direction of movement of the locking element and carrying a retaining lug, said retaining lug being intended to come into contact with a first face of the link opposite a second face disposed facing the bearing.
Fluid care and/or make-up cosmetic composition in the form of a water-in-oil emulsion dedicated to the skin comprising a fatty phase, an aqueous phase, at least one dimethicone copolyol and at least 10% by weight of a pulverulent phase, the aqueous phase forming from 40 to 60% by weight, with respect to the total weight of the said composition, and comprising at least 5% by weight, with respect to the total weight of the composition, of at least one C 2 to C 8 monoalcohol.
Method for keeping fluid flow constant in a radiator, said radiator comprising an inlet and an outlet conduit for fluidly connecting the radiator with a fluid source and an electronic thermostat (eTRV) for controlling the fluid flow in the radiator wherein the method comprises - measuring the temperature of the fluid at the inlet and/or at the outlet conduit and/or at the radiator at time intervals using a sensor; - calculating the difference between the measured temperatures; characterized in that the method further comprises - verifying whether a daily schedule of the electronic thermostat (eTRV) has been changed and verifying whether the setpoint of the electronic thermostat (eTRV) has been changed by a user; and - if the daily schedule of the electronic thermostat (eTRV) has not been changed, the setpoint of the electronic thermostat (eTRV) has not been changed and the difference between the measured temperatures exceeds a threshold, then varying the fluid flow in the radiator by means of the electronic thermostat (eTRV) such that the temperature of the fluid approaches its temperature prior to the threshold exceedance, and, if the daily schedule of the electronic thermostat (eTRV) has been changed or the setpoint of the electronic thermostat (eTRV) has been changed, then not counteracting this change and the corresponding change of flow through the radiator. - measuring the temperature of the fluid at the inlet and/or at the outlet conduit and/or at the radiator at time intervals using a sensor; - calculating the difference between the measured temperatures; - verifying whether a daily schedule of the electronic thermostat (eTRV) has been changed and verifying whether the setpoint of the electronic thermostat (eTRV) has been changed by a user; and - if the daily schedule of the electronic thermostat (eTRV) has not been changed, the setpoint of the electronic thermostat (eTRV) has not been changed and the difference between the measured temperatures exceeds a threshold, then varying the fluid flow in the radiator by means of the electronic thermostat (eTRV) such that the temperature of the fluid approaches its temperature prior to the threshold exceedance, and,
A compressor comprising: a rotor configured to rotate about an axis (Ar) thereof; a rotor casing surrounding the rotor from an outer circumferential side of the rotor and forming a main flow passage for a fluid together with the rotor; an extraction-chamber casing provided at an outer circumferential side of the rotor casing, and forming an extraction chamber that communicates with the main flow passage and forms a flow passage for the fluid between the rotor casing and the extraction-chamber casing; and an extraction nozzle connected to the extraction-chamber casing from an outer circumferential side of the extraction-chamber casing and configured to guide the fluid inside the extraction chamber to an outside of the compressor, characterized in that the extraction nozzle extends toward the radially-outward side from the extraction chamber with reference to the axis (Ar) of the rotor, an inner circumferential surface of the extraction nozzle and a radially-outward surface of the extraction chamber are connected with a smooth curved surface that is convex toward the flow passage of the fluid, and a gap in the radial direction between the extraction-chamber casing and the rotor casing is larger at a side of the extraction nozzle provided in a rearward rotation direction of the rotor than at a side of the extraction nozzle provided in the forward rotation direction of the rotor. a rotor configured to rotate about an axis (Ar) thereof; a rotor casing surrounding the rotor from an outer circumferential side of the rotor and forming a main flow passage for a fluid together with the rotor; an extraction-chamber casing provided at an outer circumferential side of the rotor casing, and forming an extraction chamber that communicates with the main flow passage and forms a flow passage for the fluid between the rotor casing and the extraction-chamber casing; and an extraction nozzle connected to the extraction-chamber casing from an outer circumferential side of the extraction-chamber casing and configured to guide the fluid inside the extraction chamber to an outside of the compressor, the extraction nozzle extends toward the radially-outward side from the extraction chamber with reference to the axis (Ar) of the rotor, an inner circumferential surface of the extraction nozzle and a radially-outward surface of the extraction chamber are connected with a smooth curved surface that is convex toward the flow passage of the fluid, and a gap in the radial direction between the extraction-chamber casing and the rotor casing is larger at a side of the extraction nozzle provided in a rearward rotation direction of the rotor than at a side of the extraction nozzle provided in the forward rotation direction of the rotor.
A cleaner head for a vacuum cleaner, the cleaner head having a dirty-air inlet provided in a main suction chamber of the cleaner head, an outlet duct extending from the main suction chamber for connection to a suction source, and a rotating brush bar housed inside the main suction chamber for agitating a floor surface contacted through the dirty-air inlet, the brush bar being driven by an air-cooled motor, the motor - or a section of the motor - being housed inside a hollow section of the brush bar, the motor having an air intake and an air exhaust fluidly connected to one another to form an air cooling path through the inside of the motor, wherein the air intake is connected to a clean air inlet on the cleaner head characterized in that the air exhaust is fluidly connected to the outlet duct by an exhaust duct which bypasses the main suction chamber.
A floor beam of steel with a section showing at least two in principal vertically oriented webs (1,1'), one to the webs upper part fixed horizontal top flange, one to the webs lower parts fixed horizontal bottom flange extended outside the webs, acting as support for a floor preferably of concrete elements, wherein one extra horizontal flange is fixed between the webs (1,1') at a distance above the bottom flange at the same time as a space between the bottom flange and the flange contains a fire protective heat insulating material, characterized by that the fire protective heat insulating material is fixed inside the beam already when producing the same.
A method of hematoxylin staining a tissue specimen, the method comprising: - (i) contacting the specimen with a pH buffered solution comprising an organic acid and a polyhydroxy alcohol, wherein the pH buffered solution has a pH buffering range that comprises from about pH 2.0 to about pH 5.0; and - (ii) transferring the specimen to a hematoxylin staining solution, wherein the step of contacting the specimen with the pH buffered solution immediately precedes the step of transferring the specimen to the hematoxylin staining solution. - (i) contacting the specimen with a pH buffered solution comprising an organic acid and a polyhydroxy alcohol, wherein the pH buffered solution has a pH buffering range that comprises from about pH 2.0 to about pH 5.0; and - (ii) transferring the specimen to a hematoxylin staining solution, wherein the step of contacting the specimen with the pH buffered solution immediately precedes the step of transferring the specimen to the hematoxylin staining solution.
Retaining body (300, 300a) for a grinding means, in particular a grinding disk, comprising a fastening layer with a fastening surface, having fastening means, for fastening of a flexible grinding means, and comprising a support body with a support surface, which latter supports a retaining surface, in particular lying opposite the fastening surface, of the fastening layer, in particular is connected thereto, wherein the support body is air and dust permeable, in particular consists of an air and dust permeable material, wherein the fastening layer is configured such that the fastening surface, in a direction running substantially perpendicular to the fastening surface, is substantially air and dust permeable, so that, in particular, an air flow can pass from the fastening surface, substantially perpendicular to the fastening surface, through the fastening layer, characterized in that the support body has a dust chamber (332, 338), which is preferably provided in a region adjacent to the support surface, wherein the dust chamber, from the perspective of the support surface, has a knobbed and/or honeycombed structurization, which is permeated by ducts, channels and/or grooves for guidance of an air flow.
An ink composition comprising: a microcapsule comprising: a shell having a three-dimensional cross-linked structure comprising at least one of a urethane bond or a urea bond; and a core encapsulated by the shell; a colorant selected from the group consisting of a colorant having an ionic group and a colorant at least a part of a surface of which being covered with a dispersant having an ionic group; and water, a content ratio of an acidic group-containing compound having at least an acidic group selected from the group consisting of a carboxy group, a sulfo group, a phosphate group, and a phosphonate group, an acid dissociation constant of 5 or less, and a molecular weight of 2000 or less, relative to a total mass of the ink composition, being 0.2 mass% or more and 0.45 mass% or less. a microcapsule comprising: a shell having a three-dimensional cross-linked structure comprising at least one of a urethane bond or a urea bond; and a core encapsulated by the shell; a colorant selected from the group consisting of a colorant having an ionic group and a colorant at least a part of a surface of which being covered with a dispersant having an ionic group; and water, a content ratio of an acidic group-containing compound having at least an acidic group selected from the group consisting of a carboxy group, a sulfo group, a phosphate group, and a phosphonate group, an acid dissociation constant of 5 or less, and a molecular weight of 2000 or less, relative to a total mass of the ink composition, being 0.2 mass% or more and 0.45 mass% or less.
Dust filter, arranged to be installed in a single-tube gas meter which comprises a measuring module arranged to measure a flow rate of a gas, as well as an inlet channel which extends upstream from the measuring module and an outlet channel which extends downstream from the measuring module, the inlet channel and the outlet channel passing through one same first plane, the dust filter comprising a filtering medium wherein a hole is made, a cross-section of the filtering medium and a cross-section of the hole, along a second plane perpendicular to a thickness (e) of the filtering medium, respectively having for shapes, a shape of a cross-section of the inlet channel and a shape of a cross-section of the outlet channel along the first plane, the dust filter thus being arranged such that, when it is installed in the meter, such that the first plane coincides with the second plane, the gas, before entering into the measuring module, passes into the inlet channel through the filtering medium, and after exiting from the measuring module, passes into the outlet channel through the hole, the dust filter further comprising at least one generally flat first frame, which is positioned against a first face of the filtering medium by being fixed to it, the first face being a lower face of the filtering medium when the dust filter is installed in the meter, characterized in that the dust filter further comprises a magnet positioned on the first frame and arranged to attract metal dust particles. the dust filter comprising a filtering medium wherein a hole is made, a cross-section of the filtering medium and a cross-section of the hole, along a second plane perpendicular to a thickness (e) of the filtering medium, respectively having for shapes, a shape of a cross-section of the inlet channel and a shape of a cross-section of the outlet channel along the first plane, the dust filter thus being arranged such that, when it is installed in the meter, such that the first plane coincides with the second plane, the gas, before entering into the measuring module, passes into the inlet channel through the filtering medium, and after exiting from the measuring module, passes into the outlet channel through the hole, the dust filter further comprising at least one generally flat first frame, which is positioned against a first face of the filtering medium by being fixed to it, the first face being a lower face of the filtering medium when the dust filter is installed in the meter, characterized in that the dust filter further comprises a magnet positioned on the first frame and arranged to attract metal dust particles.
Method for shaping at least one essentially planar blank into a shell body comprising the following steps: a) working at least one planar blank (12, 12') from the at least one planar blank, as a partial circular ring formed blank (12, 12'), b) joining a conical blank (14, 14') from the at least one planar blank (12, 12') formed as a partial circular ring by welding along surface lines (16, 16', 16'', 16''') facing each other of the at least one planar blank (12, 12') formed as a partial circular ring, c) clamping the conical blank (14, 14') to or in a supporting structure, in which the conical blank (14, 14') with increasing shaping to the shell body is accommodated contact-free, and d) deforming of the conical blank (14, 14') into the shell body by way of concave pressing or spin-forming, respectively and/or counter-rolling with at least one shaping tool acting upon the inner side of the conical blank (14, 14'). a) working at least one planar blank (12, 12') from the at least one planar blank, as a partial circular ring formed blank (12, 12'), b) joining a conical blank (14, 14') from the at least one planar blank (12, 12') formed as a partial circular ring by welding along surface lines (16, 16', 16'', 16''') facing each other of the at least one planar blank (12, 12') formed as a partial circular ring, c) clamping the conical blank (14, 14') to or in a supporting structure, in which the conical blank (14, 14') with increasing shaping to the shell body is accommodated contact-free, and d) deforming of the conical blank (14, 14') into the shell body by way of concave pressing or spin-forming, respectively and/or counter-rolling with at least one shaping tool acting upon the inner side of the conical blank (14, 14').
Method comprising: - a folding step for forming at least one longitudinal fold in a web of flexible film using folding means comprising, for forming each fold, at least a first and a second idle wheel (22a, 22b), which are arranged offset and substantially parallel to each other on opposite sides of the film and have axes which are substantially orthogonal to the general plane of the film, said axes being separated by a distance smaller than the diameter of at least one of said wheels (22a, 22b), and - a subsequent step of shaping the folded film into a tubular form. - a folding step for forming at least one longitudinal fold in a web of flexible film using folding means comprising, for forming each fold, at least a first and a second idle wheel (22a, 22b), which are arranged offset and substantially parallel to each other on opposite sides of the film and have axes which are substantially orthogonal to the general plane of the film, said axes being separated by a distance smaller than the diameter of at least one of said wheels (22a, 22b), and - a subsequent step of shaping the folded film into a tubular form.
An apparatus for coupling a monobore riser or lubricator system to a dual bore subsea well, wherein said apparatus includes: a rotatable bore selector within a housing: and a means to actuate the bore selector, wherein the bore selector is rotatably actuatable to provide throughbore fluid communication through a conduit selectively connecting the monobore riser or lubricator system and either of the bores (60, 70) in the dual bore subsea well, characterised in that the bore selector has a rotation axis extending longitudinally across a longitudinal axis of the riser or lubricator bore, and the bore selector is rotated about said rotation axis to selectively connect the monobore riser or lubricator system and either of the bores (60, 70) in the dual bore subsea well, said rotation axis being set at an angle α to the longitudinal axis of the riser or lubricator bore. a rotatable bore selector within a housing: and a means to actuate the bore selector, wherein the bore selector is rotatably actuatable to provide throughbore fluid communication through a conduit selectively connecting the monobore riser or lubricator system and either of the bores (60, 70) in the dual bore subsea well, characterised in that the bore selector has a rotation axis extending longitudinally across a longitudinal axis of the riser or lubricator bore, and the bore selector is rotated about said rotation axis to selectively connect the monobore riser or lubricator system and either of the bores (60, 70) in the dual bore subsea well, said rotation axis being set at an angle α to the longitudinal axis of the riser or lubricator bore.
A device for accessing a pump inside a cryogenic fluid tank, comprising: an elongated, vertical column structure defining an internal volume; a pump contained in a lower region of the column structure; at least one seal that provides a seal between an internal volume of the vertical column structure and a region exterior to the internal volume; a lift mechanism that actuates to raise the pump; and an actuator attached to the lift mechanism, the actuator adapted to raise the pump upon actuation; characterised in that a bottom region of the vertical column structure is inside an inner tank, the inner tank being nested inside an outer tank such that a vacuum space exists between the inner and outer tanks, and an upper region of the vertical column structure extends out of the inner tank to the outer tank, wherein the upper region of the vertical column structure transitions to a bellows, the bellows being attached to the outer tank. an elongated, vertical column structure defining an internal volume; a pump contained in a lower region of the column structure; at least one seal that provides a seal between an internal volume of the vertical column structure and a region exterior to the internal volume; a lift mechanism that actuates to raise the pump; and an actuator attached to the lift mechanism, the actuator adapted to raise the pump upon actuation; characterised in that a bottom region of the vertical column structure is inside an inner tank, the inner tank being nested inside an outer tank such that a vacuum space exists between the inner and outer tanks, and an upper region of the vertical column structure extends out of the inner tank to the outer tank, wherein the upper region of the vertical column structure transitions to a bellows, the bellows being attached to the outer tank.
Sensor system for a personal protection system in a vehicle, having at least one sensor unit (3, 5) which is arranged in the vehicle front area and comprises at least one sensor (FS1, FS2, FS3, FS4, UF1, UF2) for recording a physical variable, an evaluation and control unit which evaluates the recorded physical variable in order to detect a crash, and at least one interface unit which supplies the at least one sensor (FS1, FS2, FS3, FS4, UF1, UF2) of the at least one sensor unit (3, 5) with energy and transmits electrical signals representing the recorded physical variable from the at least one sensor (FS1, FS2, FS3, FS4, UF1, UF2) to the evaluation and control unit, a first sensor unit recording physical variables in order to detect a collision with a pedestrian, characterized in that, during the driving mode, the evaluation and control unit switches a current flow (If, Ix) for the individual sensors (FS1, FS2, FS3, FS4) of the first sensor unit off or on via the at least one interface unit on the basis of a determined driving state or reduces a short-circuit current (Ix) to be provided for the individual sensors (FS1, FS2, FS3, FS4) of the first sensor unit on the basis of a determined driving state.