mhurhangee/ep-ind-claims huggingface dataset:
A heating boiler having a firebox, in the combustion chamber of which a postcombustion chamber, in the form of a horizontally located cylindrical tube with a closed face end and openings on its surface, and an ash trap are located, which communicates with a supply source for oxidation agents, and which has a heat exchanger and a smoke extraction pipe which communicate with one another via exhaust gas conduits (15, 17), characterized in that the exhaust gas conduit is embodied with elongated, inclined edges on its lateral surface with openings between them, that a reaction chamber in the form of a cylinder with openings on its side surface is built into the postcombustion chamber and is located coaxially and having an annular clearance, that the annular clearance communicates with a forced supply conduit for oxidation agents, and that the reaction chamber communicates with a heat exchanger via a catalyst, and the catalyst is set up in the free face end of the reaction chamber.
A key assembly comprising: a key blade, the key blade having a first surface and a second surface, the key blade configured to be inserted into a mating lock; an aperture in the key blade the aperture having an axis and a shelf radially disposed within the aperture; a cap having an outer surface, captured in the aperture for continuous axial travel between a first limit extending out of the first surface and a second limit recessed within the aperture; and a base having an outer surface, captured in the aperture for continuous axial travel between a first limit extending out of the second surface and a second limit recessed within the aperture; wherein the base and cap being slidadly engaged to each other and capable of moving axially with respect to each other, the base being biased away from the cap and wherein the cap includes at least one lower protrusion having at least one tab and the base having at least one lip, the at least one tab configured to engage the at least one lip to limit the distance the cap and the base may be biased away from each other and wherein an upper portion of the cap, the cap's lower protrusion and the base's tab define a circumferential channel configured to engage the shelf in the key blade aperture., thereby limiting the continuous axial motion of the slidably engaged cap and base. a key blade, the key blade having a first surface and a second surface, the key blade configured to be inserted into a mating lock; an aperture in the key blade the aperture having an axis and a shelf radially disposed within the aperture; a cap having an outer surface, captured in the aperture for continuous axial travel between a first limit extending out of the first surface and a second limit recessed within the aperture; and a base having an outer surface, captured in the aperture for continuous axial travel between a first limit extending out of the second surface and a second limit recessed within the aperture; wherein the base and cap being slidadly engaged to each other and capable of moving axially with respect to each other, the base being biased away from the cap and wherein the cap includes at least one lower protrusion having at least one tab and the base having at least one lip, the at least one tab configured to engage the at least one lip to limit the distance the cap and the base may be biased away from each other and wherein an upper portion of the cap, the cap's lower protrusion and the base's tab define a circumferential channel configured to engage the shelf in the key blade aperture., thereby limiting the continuous axial motion of the slidably engaged cap and base.
A display driver device, comprising: driving transistors (21, 21') arranged to output current signals to picture elements to be connected in series with said driving transistors; and means (8, 13, 27) for monitoring output voltages at output nodes of the display driver device; a feedback mechanism arranged to maintain, in response to the monitored output voltages, a supply voltage of the driving transistors at a voltage level corresponding to a sum of a maximum voltage among the monitored output voltages and a desired bias voltage of the driving transistors; characterised by means (22, 23, 24, 24') for detecting an open output at an output node of the display driver device; wherein for each output node at which the output voltage is monitored, a switch (26, 26') is provided for interrupting the feedback mechanism from responding to the output voltage at the open output node upon detection by the detecting means. driving transistors (21, 21') arranged to output current signals to picture elements to be connected in series with said driving transistors; and means (8, 13, 27) for monitoring output voltages at output nodes of the display driver device; a feedback mechanism arranged to maintain, in response to the monitored output voltages, a supply voltage of the driving transistors at a voltage level corresponding to a sum of a maximum voltage among the monitored output voltages and a desired bias voltage of the driving transistors; characterised by means (22, 23, 24, 24') for detecting an open output at an output node of the display driver device; wherein for each output node at which the output voltage is monitored, a switch (26, 26') is provided for interrupting the feedback mechanism from responding to the output voltage at the open output node upon detection by the detecting means.
A method of attributing contributions to congestion of a shared resource to respective user registers, said resource being operable to serve requests for service, each of a plurality of said requests having a user indication associated therewith indicating with which of a plurality of user registers the request is associated; the method comprising: repeatedly updating each respective user register; and updating a multi-user congestion measure in dependence on received requests from users sharing said resource; characterised in that the repeated updating of each respective user register is performed in dependence on a predetermined characteristic of that user register; and further characterised in that the method comprises, in respect of a received request: - identifying from the user indication associated therewith the user register with which said request is associated; - updating the state of said associated user register in dependence on said updated multi-user congestion measure; and - determining the contribution to congestion of the shared resource attributable to said associated user register in dependence on the updated state of said associated user register. repeatedly updating each respective user register; and updating a multi-user congestion measure in dependence on received requests from users sharing said resource; characterised in that the repeated updating of each respective user register is performed in dependence on a predetermined characteristic of that user register; and further characterised in that the method comprises, in respect of a received request: - identifying from the user indication associated therewith the user register with which said request is associated; - updating the state of said associated user register in dependence on said updated multi-user congestion measure; and - determining the contribution to congestion of the shared resource attributable to said associated user register in dependence on the updated state of said associated user register. - identifying from the user indication associated therewith the user register with which said request is associated; - updating the state of said associated user register in dependence on said updated multi-user congestion measure; and - determining the contribution to congestion of the shared resource attributable to said associated user register in dependence on the updated state of said associated user register.
Aqueous preparation for the coating of substrate surfaces, comprising i) 20 to 80 wt% of water, ii) 10 to 75 wt% of a polyurethane compound present in dispersed form, iii) 0 to 30 wt% of dispersed mineral particles and iv) 0 to 50 wt% of a polymer component which is present in dispersed form, is different from the polyurethane compound ii) and is present in the form of copolymers or homopolymers or mixtures thereof, where the polyurethane compound ii) has polyol and isocyanate structural units linked in the manner of a urethane bond; 1 to 50, preferably 3 to 10 wt% of the polyol structural units originate from polyadducted polyols which have one or more fluorine-containing substituents and also have two or more isocyanate-reactive hydroxyl groups; at least 50 wt% of the isocyanate structural units originate from polyadducted polyisocyanate, polyisocyanate derivative and/or polyisocyanate homologues having in each case two or more aliphatic or aromatic isocyanate groups, or mixtures thereof; and the dispersed mineral particles iii) comprise colourless or white metal oxide in the form of ZnO and/or TiO 2; characterized in that at least 50 wt% of the overall metal oxide particles iii) have a particle size of not more than 500 nm (measurement standard for the determination of the particle size: DIN 53206; after dispersing of the particles in water with ultrasound; measurement by photon correlation spectroscopy). i) 20 to 80 wt% of water, ii) 10 to 75 wt% of a polyurethane compound present in dispersed form, iii) 0 to 30 wt% of dispersed mineral particles and iv) 0 to 50 wt% of a polymer component which is present in dispersed form, is different from the polyurethane compound ii) and is present in the form of copolymers or homopolymers or mixtures thereof, where the polyurethane compound ii) has polyol and isocyanate structural units linked in the manner of a urethane bond; 1 to 50, preferably 3 to 10 wt% of the polyol structural units originate from polyadducted polyols which have one or more fluorine-containing substituents and also have two or more isocyanate-reactive hydroxyl groups; at least 50 wt% of the isocyanate structural units originate from polyadducted polyisocyanate, polyisocyanate derivative and/or polyisocyanate homologues having in each case two or more aliphatic or aromatic isocyanate groups, or mixtures thereof; and the dispersed mineral particles iii) comprise colourless or white metal oxide in the form of ZnO and/or TiO 2; characterized in that at least 50 wt% of the overall metal oxide particles iii) have a particle size of not more than 500 nm (measurement standard for the determination of the particle size: DIN 53206; after dispersing of the particles in water with ultrasound; measurement by photon correlation spectroscopy).
A food processor lid and bowl assembly, said assembly comprising a food processor bowl comprising a floor, a sidewall, and a top opening; a lid-retention lip located on an exterior surface of said sidewall extending generally radially from said sidewall and extending downwardly at its distal end to form, in side profile, a hook-shape; a food processor lid having a generally flat surface adapted to cover a top opening of said bowl; a downwardly extending tongue attached to said lid; and an internal, flexible hook on said tongue adapted to contact said lip and flex during installation of said lid over said bowl and further adapted to physically lock relative to said lip when said cover is fully installed on said bowl; characterised in that the assembly further comprises a spring-loaded latch assembly mounted to said lid and adapted to releasably attach to said bowl.
A system comprising: at least one sensor (106, 107) which is to be located within a work area (102, 103) of a facility, wherein, when the at least one sensor (106, 107) is located within the work area (102, 103), the at least one sensor (106, 107) is configured to detect events in the work area (102, 103) and to output sensor signals in accordance with the events detected in the work area (102, 103), wherein the events comprise movements or gestures by a body of a mechanic, a processor communicatively coupled to the at least one sensor (106, 107) and processing the sensor signals utilizing one or more pattern recognition systems; and an interface communicatively coupled to the processor and generating outputs based on each state of the one or more pattern recognition systems, wherein the one or more pattern recognition systems comprise at least one state machine that determines whether a sequence of steps was followed; wherein the at least one sensor (106, 107) is configured to determine positions of body joints and other body parts to distinguish if the mechanic is putting some part of its body in an unsafe location; wherein the at least one sensor (106, 107) comprises a three-dimensional depth sensor; and wherein the interface is configured to provide feedback with respect to when the at least one sensor (106, 107) detects that the mechanic or an object is in a path of a moving object. at least one sensor (106, 107) which is to be located within a work area (102, 103) of a facility, wherein, when the at least one sensor (106, 107) is located within the work area (102, 103), the at least one sensor (106, 107) is configured to detect events in the work area (102, 103) and to output sensor signals in accordance with the events detected in the work area (102, 103), wherein the events comprise movements or gestures by a body of a mechanic, a processor communicatively coupled to the at least one sensor (106, 107) and processing the sensor signals utilizing one or more pattern recognition systems; and an interface communicatively coupled to the processor and generating outputs based on each state of the one or more pattern recognition systems, wherein the one or more pattern recognition systems comprise at least one state machine that determines whether a sequence of steps was followed; wherein the at least one sensor (106, 107) is configured to determine positions of body joints and other body parts to distinguish if the mechanic is putting some part of its body in an unsafe location; wherein the at least one sensor (106, 107) comprises a three-dimensional depth sensor; and wherein the interface is configured to provide feedback with respect to when the at least one sensor (106, 107) detects that the mechanic or an object is in a path of a moving object.
A display comprising a plurality of a sub-pixel group; said sub-pixel group comprising eight sub-pixels; wherein each said sub-pixel is one of a red color sub-pixel, a green color sub-pixel and a blue color sub-pixel; wherein said sub-pixel group comprises four sub-pixels of said blue color, two sub-pixels of said red color and two sub-pixels of said green color; wherein further said sub-pixels of said red color and said sub-pixels of said green color are alternatingly arranged along two substantially orhogonal directions forming substantially a checkerboard-like pattern, wherein said sub-pixels of said blue color comprise a smaller area than said sub-pixels (104, 106) of said red color and said green color, and are interpersed within the checkerboard-like pattern of the red color and green color subpixels.
A decontamination system, in particular for use in pharmaceutical technologies, comprising a chamber to be decontaminated, in particular an isolator chamber, as well as a cleaning device for withdrawing gaseous and/or vaporous decontamination medium, in particular hydrogen peroxide, from the ambient air, wherein the cleaning device is disposed in a manner such that the ambient air can be circulated through it by means of at least one fan, and wherein the cleaning device comprises a catalyst, in particular MnO 2 or palladium, to chemically break down the decontamination medium or consists of a catalyst of this type, characterized in that the cleaning device is disposed in a circulating air duct constructed as a bypass between a fresh air duct which can be closed off and an exhaust duct which can be closed off.
A mobile structure configured to partition a room of a home into a first room and a second room of smaller dimensions, the mobile structure comprising: at least one first panel configured to: - extend substantially from a floor wall of the room to a ceiling wall of the room, and - define first volumes for each of the first and second rooms, and at least one connecting rod composed of a connection element and two articulation axes disposed at each end of the connection element, said connecting rod being configured to: ― connect the first panel to at least one fixed bearing element in the room, the first articulation being connected to said fixed bearing element of the room and the second articulation being connected to the first panel, the mobile structure being characterized in that said connecting rod is configured to ― translate the first panel, in a direction substantially perpendicular to the surface of the first panel, from a first position defining the first volumes to a second position defining second volumes for each of the first and second rooms. at least one first panel configured to: - extend substantially from a floor wall of the room to a ceiling wall of the room, and - define first volumes for each of the first and second rooms, and - extend substantially from a floor wall of the room to a ceiling wall of the room, and - define first volumes for each of the first and second rooms, and at least one connecting rod composed of a connection element and two articulation axes disposed at each end of the connection element, said connecting rod being configured to: ― connect the first panel to at least one fixed bearing element in the room, the first articulation being connected to said fixed bearing element of the room and the second articulation being connected to the first panel, the mobile structure being characterized in that said connecting rod is configured to ― translate the first panel, in a direction substantially perpendicular to the surface of the first panel, from a first position defining the first volumes to a second position defining second volumes for each of the first and second rooms. ― connect the first panel to at least one fixed bearing element in the room, the first articulation being connected to said fixed bearing element of the room and the second articulation being connected to the first panel, the mobile structure being characterized in that said connecting rod is configured to ― translate the first panel, in a direction substantially perpendicular to the surface of the first panel, from a first position defining the first volumes to a second position defining second volumes for each of the first and second rooms.
A computer-implemented method for determining customer sentiment ratings, the method comprising: receiving ratings data, the received ratings data comprising responses to a survey associated with one or more customers of an enterprise and presenting a fixed number of attributes; aggregating the received ratings data; generating a report based on the aggregated ratings data; generating a navigable interface comprising the generated report, the navigable interface accessible to an authorized user and comprising tabs, each tab interactable to display a respective portion of the generated report; analyzing attributes from an attribute list whose attribute frequency rates are above an attribute frequency threshold; and dynamically adjusting attribute presentation rates in the survey based in part on the attribute frequency rates for the attributes, further comprising: using attributes whose attribute frequency rates in open comments are above an open-comment attribute frequency threshold to generate additions to the attribute list; tracking the attribute frequency rates for attributes from the attribute list; and removing attributes from the attribute list whose attribute frequency rates are below an attribute frequency removal threshold. receiving ratings data, the received ratings data comprising responses to a survey associated with one or more customers of an enterprise and presenting a fixed number of attributes; aggregating the received ratings data; generating a report based on the aggregated ratings data; generating a navigable interface comprising the generated report, the navigable interface accessible to an authorized user and comprising tabs, each tab interactable to display a respective portion of the generated report; analyzing attributes from an attribute list whose attribute frequency rates are above an attribute frequency threshold; and dynamically adjusting attribute presentation rates in the survey based in part on the attribute frequency rates for the attributes, further comprising: using attributes whose attribute frequency rates in open comments are above an open-comment attribute frequency threshold to generate additions to the attribute list; tracking the attribute frequency rates for attributes from the attribute list; and removing attributes from the attribute list whose attribute frequency rates are below an attribute frequency removal threshold. using attributes whose attribute frequency rates in open comments are above an open-comment attribute frequency threshold to generate additions to the attribute list; tracking the attribute frequency rates for attributes from the attribute list; and removing attributes from the attribute list whose attribute frequency rates are below an attribute frequency removal threshold.
Process for the producing of olefins from dimethyl ether, wherein gaseous dimethyl ether in a purity of 70 - 100 wt.-%, preferably 85 - 99 wt.-%, together with a first recycle gas which contains olefinic, paraffinic and/or aromatic hydrocarbons and water vapor is fed to a first catalyst stage of a reactor, wherein gaseous dimethyl ether in a purity of 70 - 100 wt.-%, preferably 85 - 99 wt.-% together with a first recycle gas which contains olefinic, paraffinic and/or aromatic hydrocarbons, is fed to at least one downstream catalyst stage, whereby this downstream catalyst stage additionally being fed with product gas from the upstream catalyst stage, characterized in that the first recycle gas is recovered within a purification to which the olefins obtained from dimethyl ether are subjected, and that a washing agent loaded with methanol, which is produced in a processing unit, is processed in a distillation unit, and a top product of this distillation unit is fed at least partially as a second recycle gas directly to a catalyst stage which is connected downstream of the first catalyst stage; and that the ratio of dimethyl ether and recycle gases is adjusted such that the inlet temperature into the catalyst stage is between 440 and 490 °C and the outlet temperature from the catalyst stage between 460 and 520 °C.
A method for thermally treating glass articles, the method comprising: holding a glass article at a treatment temperature equal to an annealing temperature of the glass article ± 15°C for a holding time greater than or equal to 5 minutes and less than or equal to 15 minutes; cooling the glass article from the treatment temperature through a strain point of the glass article at a first cooling rate CR 1 less than 0°C/min and greater than or equal to -10°C/min such that a density of the glass article is greater than or equal to 0.003 g/cc after cooling; and cooling the glass article from below the strain point at a second cooling rate CR 2, wherein |CR 2 |> |CR 1 |. holding a glass article at a treatment temperature equal to an annealing temperature of the glass article ± 15°C for a holding time greater than or equal to 5 minutes and less than or equal to 15 minutes; cooling the glass article from the treatment temperature through a strain point of the glass article at a first cooling rate CR 1 less than 0°C/min and greater than or equal to -10°C/min such that a density of the glass article is greater than or equal to 0.003 g/cc after cooling; and cooling the glass article from below the strain point at a second cooling rate CR 2, wherein |CR 2 |> |CR 1 |.