mhurhangee/ep-ind-claims huggingface dataset:
A sectional door with a door frame, a door leaf with sections (3, 3') connected in an articulated manner, a weight-compensating device connected to the door leaf and an electrical door drive for the opening and closing movements of the door leaf, wherein the uppermost section in the closed position of the door leaf is guided as a top section on a runner rail, which extends essentially horizontally up to the door frame and comprises a vertical end section at the frame side, wherein the top section of the door leaf comprises a roller respectively on both sides, which is guided in the associated horizontal runner rail and, during a closing movement of the door leaf, is drawn into the vertical end section of the runner rail, and wherein the further sections following beneath the top section are guided with rollers in guide rails, which comprise a vertical section along the door frame, a horizontal section parallel to the runner rail guiding the top section and an arc connecting the two sections, characterised in that the door drive is fastened to one of the sections connected beneath the top section and comprises at least one drive shaft mounted on the section and having an impeller at the end, wherein the driven impeller engages in the guide rail of the sections and moves the door leaf, that the driven impeller interacts with a flexible power transmission belt held under tension in the guide rail, wherein, as viewed in the opening movement direction, a guide roller is provided in front of and/or behind the driven impeller, said guide roller pressing the driven impeller against the power transmission belt, so that the power transmission belt partially surrounds the driven impeller, and that the door drive is dimensioned such that the maximum driving force for moving the door leaf amounts to no more than 150 N.
A glucose measuring system, the system comprising: an on-skin device configured to measure, process and store glucose sensor data, the on-skin device including a mounting unit adapted for mounting on a skin of a host and an electronics unit connected to the mounting unit, the electronics unit configured to perform the processing and storing; and a sensor for measuring a level of glucose in the host, the sensor comprising an in vivo portion for insertion through the skin at an exit site of the host and an ex vivo portion connected to the mounting unit, wherein the sensor is operably connected to the electronics unit; and the system further comprising a receiver that is a portable computer device remote from the on-skin device for receiving and processing the glucose sensor data, and displaying the processed glucose sensor data on a user interface of the receiver, characterised in that the on-skin device is configured to transmit stored glucose sensor data when requested by the receiver, wherein the receiver requests the on-skin device to transmit the requested stored glucose data when the receiver is held in close proximity to the on-skin device, wherein the requesting and transmission use inductive coupling data transmission. an on-skin device configured to measure, process and store glucose sensor data, the on-skin device including a mounting unit adapted for mounting on a skin of a host and an electronics unit connected to the mounting unit, the electronics unit configured to perform the processing and storing; and a sensor for measuring a level of glucose in the host, the sensor comprising an in vivo portion for insertion through the skin at an exit site of the host and an ex vivo portion connected to the mounting unit, wherein the sensor is operably connected to the electronics unit; and the system further comprising a receiver that is a portable computer device remote from the on-skin device for receiving and processing the glucose sensor data, and displaying the processed glucose sensor data on a user interface of the receiver, characterised in that the on-skin device is configured to transmit stored glucose sensor data when requested by the receiver, wherein the receiver requests the on-skin device to transmit the requested stored glucose data when the receiver is held in close proximity to the on-skin device, wherein the requesting and transmission use inductive coupling data transmission.
An inkjet ink composition for printing on building materials, comprising: a radical polymerizable compound as Component A; a radical polymerization initiator as Component B; a colored pigment as Component C; and a dispersing agent as Component D, wherein Component A includes benzyl (meth)acrylate and/or 2-phenoxyethyl (meth)acrylate as Component A-1; a monofunctional or bifunctional (meth)acrylate compound having an aliphatic hydrocarbon group having 6 or more carbon atoms as Component A-2; and at least one selected from the group consisting of compounds each represented by any one of the following Formulae I, II, and III as Component A-3, the total content of Component A-1 is 10% by mass to 50% by mass relative to the total mass of the ink composition, the total content of Component A-2 is 5% by mass to 40% by mass relative to the total mass of the ink composition, the total content of Component A-3 is 10% by mass to 50% by mass relative to the total mass of the ink composition, the inkjet ink composition comprises at least one inorganic pigment selected from the group consisting of Pigment Blue 28, Pigment Yellow 42, and Pigment Yellow 184 as Component C, and in Formulae I to III, n represents an integer from 2 to 6; R 1 and R 2 each independently represent a hydrogen atom or a methyl group; and A 1 and A 2 each independently represent a single bond or a divalent linking group. a radical polymerizable compound as Component A; a radical polymerization initiator as Component B; a colored pigment as Component C; and a dispersing agent as Component D, wherein Component A includes benzyl (meth)acrylate and/or 2-phenoxyethyl (meth)acrylate as Component A-1; a monofunctional or bifunctional (meth)acrylate compound having an aliphatic hydrocarbon group having 6 or more carbon atoms as Component A-2; and at least one selected from the group consisting of compounds each represented by any one of the following Formulae I, II, and III as Component A-3, the total content of Component A-1 is 10% by mass to 50% by mass relative to the total mass of the ink composition, the total content of Component A-2 is 5% by mass to 40% by mass relative to the total mass of the ink composition, the total content of Component A-3 is 10% by mass to 50% by mass relative to the total mass of the ink composition, the inkjet ink composition comprises at least one inorganic pigment selected from the group consisting of Pigment Blue 28, Pigment Yellow 42, and Pigment Yellow 184 as Component C, and in Formulae I to III, n represents an integer from 2 to 6; R 1 and R 2 each independently represent a hydrogen atom or a methyl group; and A 1 and A 2 each independently represent a single bond or a divalent linking group.
A steel cord-rubber composite comprising a steel cord coated with a rubber composition containing zinc stearate, the zinc stearate containing 10 mass% or less of free acid, and the rubber composition contains 0.25 mass% or less of free acid, wherein the steel cord is constituted by using a plurality of twisted steel wires having peripheral surfaces plated with brass, wherein the steel cord is prepared by treating the brass-plated steel wires with wire drawing and then washing in solution containing cobalt salt.
A wireless base station (1 to 28) for transmitting wireless frames containing data addressed to a mobile station among a plurality of mobile stations, comprising: a notification function unit for notifying a specific mobile station requiring measurement of a received signal from a peripheral cell of information of positions of those wireless frames which are not permissible for a packet transmission to the specific mobile station; and a control function unit for discontinuously generating wireless frames not permissible for a packet transmission to the specific mobile station among sequentially transmitted wireless frames after notification by the notification function unit and including the specific mobile station in the candidates of a scheduling at the frames permissible for a packet transmission carrying said data, while excluding the specific mobile station from the candidates at the frames not permissible for the packet transmission. a notification function unit for notifying a specific mobile station requiring measurement of a received signal from a peripheral cell of information of positions of those wireless frames which are not permissible for a packet transmission to the specific mobile station; and a control function unit for discontinuously generating wireless frames not permissible for a packet transmission to the specific mobile station among sequentially transmitted wireless frames after notification by the notification function unit and including the specific mobile station in the candidates of a scheduling at the frames permissible for a packet transmission carrying said data, while excluding the specific mobile station from the candidates at the frames not permissible for the packet transmission.
A method to control a marine vessel comprising two or more drive units (102, 103); the method involving the steps of: - registering an operating command indicating a requested bollard push function; - detecting a current vessel position; - registering the current vessel position as a desired vessel position (P 1); - executing the requested bollard push function by controlling thrust and direction of the drive units in order to push the vessel against a fixed structure at a requested heading with a predetermined force; - monitoring the current vessel position (P 2; P 2 ") in order to detect a deviation relative to the desired vessel position (P 1); characterized by: if a detected deviation relative to the desired vessel position has exceeded a predetermined value; - deactivating the requested bollard push function, wherein deactivation of the bollard push function will at least involve an inhibition of the thrust from the drive units. - registering an operating command indicating a requested bollard push function; - detecting a current vessel position; - registering the current vessel position as a desired vessel position (P 1); - executing the requested bollard push function by controlling thrust and direction of the drive units in order to push the vessel against a fixed structure at a requested heading with a predetermined force; - monitoring the current vessel position (P 2; P 2 ") in order to detect a deviation relative to the desired vessel position (P 1); - deactivating the requested bollard push function, wherein deactivation of the bollard push function will at least involve an inhibition of the thrust from the drive units.
A design method for a diffractive optical element for projecting an oblique line onto a surface, characterized in that the design method comprises: determining an angle θ between the oblique line and a first direction; determining, according to the angle, a first period d1 of the diffractive optical element in the first direction and a second period d2 of the diffractive optical element in a second direction, wherein the first direction is perpendicular to the second direction; the first period d1 indicates a length of each microstructure pattern unit of the diffractive optical element in the first direction, and the second period d2 indicates a length of each microstructure pattern unit of the diffractive optical element in the second direction; the first period d1 and the second period d2 satisfy tg θ = d1/d2; and calculating, with a computer program, a phase distribution map of the diffractive optical element according to the first period d1, the second period d2 and a target pattern with an oblique line at 45° based on an iterative Fourier transform algorithm. determining an angle θ between the oblique line and a first direction; determining, according to the angle, a first period d1 of the diffractive optical element in the first direction and a second period d2 of the diffractive optical element in a second direction, wherein the first direction is perpendicular to the second direction; the first period d1 indicates a length of each microstructure pattern unit of the diffractive optical element in the first direction, and the second period d2 indicates a length of each microstructure pattern unit of the diffractive optical element in the second direction; the first period d1 and the second period d2 satisfy tg θ = d1/d2; and calculating, with a computer program, a phase distribution map of the diffractive optical element according to the first period d1, the second period d2 and a target pattern with an oblique line at 45° based on an iterative Fourier transform algorithm.
Dosing device for a particle distribution system for agricultural machines, said system comprising a hopper having, in a lower part, at least one conveyor capable of transporting said particles from the hopper towards at least one outlet hole of said hopper, Said dosing device comprising at least one hatch (51, 52) that is moveable between a closed position in which it is capable of shutting off the outlet hole and an open position in which it is capable of clearing the outlet hole, said at least one hatch being inclined relative to the vertical so that the angle formed between said hatch or hatches and a plane of said conveyor, in the trigonometric sense, called an angle of inclination (a), is an acute angle, characterized in that, in a closed position, a lower extremity of said at least one hatch is situated substantially vertically to an axis of rotation of a driving roller of the conveyor, and in that it comprises, between said at least one outlet hole and said at least one mobile hatch or hatches, a shutter so as to form, between said at least one conveyor and said shutter, a tunnel for conveying the particles.
A procedure for creating a coloured glass brick comprising the steps of: forming shells by pressing/moulding neutral, i.e. non-coloured, melted glass, i.e. forming brick portions destined to be coupled together two by two to create the brick; welding the shells two by two so as to create individual bricks, characterised in that during a path of the shells from a pressing station to a welding station lasting 50-70 seconds, the shells are at a temperature of 500-700°C and are moved by a suitable heating conveyor, and coloured paint is applied in not more than 2 seconds to at least one portion of the internal surface of largest extension of said shells without slowing down the process of conveying the shells along said path from the pressing station to the welding station, and in that, at the stage of welding the shells, directional plates are used which direct and concentrate the flames of the welding station onto the edges of the shells, softening them and favouring their welding, at the same time preventing the paint applied to the inside of the shells being burnt. forming shells by pressing/moulding neutral, i.e. non-coloured, melted glass, i.e. forming brick portions destined to be coupled together two by two to create the brick; welding the shells two by two so as to create individual bricks, characterised in that during a path of the shells from a pressing station to a welding station lasting 50-70 seconds, the shells are at a temperature of 500-700°C and are moved by a suitable heating conveyor, and coloured paint is applied in not more than 2 seconds to at least one portion of the internal surface of largest extension of said shells without slowing down the process of conveying the shells along said path from the pressing station to the welding station, and in that, at the stage of welding the shells, directional plates are used which direct and concentrate the flames of the welding station onto the edges of the shells, softening them and favouring their welding, at the same time preventing the paint applied to the inside of the shells being burnt.
A method for regenerating a catalyst, comprising steps of: immersing a spent denitration catalyst composed mainly of titanium oxide, which catalyst additionally contains iron compounds, in: (a) a mixed aqueous solution containing phosphoric acid or its ammonium salt and a compound expressed by a rational formula (NH 4) 3 Mo 2 V 3 O 15; or (b) a mixed aqueous solution containing phosphoric acid and vanadyl sulfate; and then drying the catalyst.
An apparatus, comprising: a camera; a primary display panel comprising a pixel array and an aperture (120, 401) adjacent the pixel array; an auxiliary display (210, 410, 510); and an optical assembly comprising a reflecting optical element (240, 440) and an actuator coupled to the reflecting optical element (240, 440), the actuator being configured to switch the reflecting optical element (240, 440) between a first arrangement and a second arrangement, wherein in the first arrangement defines an optical path from the aperture (120, 401) to the camera and the second arrangement defines an optical path from the aperture (120, 401) to the auxiliary display (210, 410, 510). a camera; a primary display panel comprising a pixel array and an aperture (120, 401) adjacent the pixel array; an auxiliary display (210, 410, 510); and an optical assembly comprising a reflecting optical element (240, 440) and an actuator coupled to the reflecting optical element (240, 440), the actuator being configured to switch the reflecting optical element (240, 440) between a first arrangement and a second arrangement, wherein in the first arrangement defines an optical path from the aperture (120, 401) to the camera and the second arrangement defines an optical path from the aperture (120, 401) to the auxiliary display (210, 410, 510).
A method for preparing a stabilized inorganic oxide support for capturing carbon dioxide from gases, said method comprising the following steps: a. stabilizing at least one alumina-containing precursor selected from the group consisting of gamma-alumina, silica-alumina, boehmite, pseudoboehmite and gibbsite by thermally treating said alumina-containing precursor to obtain a stabilized alumina, wherein the thermal treatment is carried out using at least one technique selected from the group consisting of calcination and steaming; wherein calcination is carried out at a temperature in the range of 700 °C to 1100 °C, or steaming is carried out at a temperature in the range of 550 °C to 900 °C; b. impregnating potassium carbonate (K 2 CO 3) into the stabilized alumina to obtain K 2 CO 3 impregnated stabilized alumina; and c. drying the K 2 CO 3 -impregnated stabilized alumina, wherein the step of drying is carried out at a temperature in the range of 80°C to 140°C, preferably at 120°C, to obtain a stabilized inorganic oxide support; wherein the amount of K 2 CO 3 impregnated in the stabilized inorganic support ranges from 25 wt% to 40 wt%, the weights being expressed with respect to the total weight of the support. a. stabilizing at least one alumina-containing precursor selected from the group consisting of gamma-alumina, silica-alumina, boehmite, pseudoboehmite and gibbsite by thermally treating said alumina-containing precursor to obtain a stabilized alumina, wherein the thermal treatment is carried out using at least one technique selected from the group consisting of calcination and steaming; wherein calcination is carried out at a temperature in the range of 700 °C to 1100 °C, or steaming is carried out at a temperature in the range of 550 °C to 900 °C; b. impregnating potassium carbonate (K 2 CO 3) into the stabilized alumina to obtain K 2 CO 3 impregnated stabilized alumina; and c. drying the K 2 CO 3 -impregnated stabilized alumina, wherein the step of drying is carried out at a temperature in the range of 80°C to 140°C, preferably at 120°C, to obtain a stabilized inorganic oxide support;
A computer-implemented method for tracking network traffic of users in a research panel, performed on a network access device having at least one processor and memory storing at least one program for execution by the at least one processor to perform the method, comprising: receiving, at the network access device, a packet for a network device coupled to the network access device by a local area network; obtaining, by the network access device, an indicia corresponding to a presumptive user of the network device, the presumptive user comprising a member of a set of known users of the network access device; applying, at the network access device, one or more logging rules to the packet for the network device, the one or more logging rules corresponding to the presumptive user of the set of known users of the network access device; and storing, by the network access device, information relating to the packet in accordance with a determination, at the network access device, that the packet satisfies the one or more logging rules applied to the packet for the network device. receiving, at the network access device, a packet for a network device coupled to the network access device by a local area network; obtaining, by the network access device, an indicia corresponding to a presumptive user of the network device, the presumptive user comprising a member of a set of known users of the network access device; applying, at the network access device, one or more logging rules to the packet for the network device, the one or more logging rules corresponding to the presumptive user of the set of known users of the network access device; and storing, by the network access device, information relating to the packet in accordance with a determination, at the network access device, that the packet satisfies the one or more logging rules applied to the packet for the network device.
Air filter, in particular for the intake air of internal combustion engines, comprising a hollow-cylindrical filter housing and a filter element having an annularly closed, in particular star-shaped folded filter medium, wherein the filter housing features at a first axial end portion a tangential inlet port disposed in the cylindrical outer wall and an annular flow guiding wall that surrounds the filter element and extends coaxially into the filter housing, wherein an annular flow chamber is formed between cylindrical outer wall and flow guiding wall, characterized in that the inlet port features an extension which extends into the annular flow chamber and bridges the annular flow chamber up to the flow guiding wall, wherein a through slot is formed between extension and flow guiding wall.
Panic lock, with which a building interior side pressure element and a building exterior side pressure element are provided, which in each case interact with divided follower halves of a follower and with which the follower halves can be coupled by means (16, 16', 17), wherein a latch and a bolt in the closed door leaf reach the locking position by means of a force accumulator, and an espagnolette slider arranged in the main lock case interacts with the bolt, and wherein a trigger is assigned to the latch, which trigger, in the case of a closed door leaf and protruding latch, interacts in a triggering way with a frame part, by which means the latch and the bolt (5, 7) lock, characterized by a slider, which is displaceable by key activation via a closure cylinder and controls a latch element (24, 23, 27), which holds the espagnolette slider in an unlocked position, and applies the means (16, 16', 17) for coupling the follower halves.