mhurhangee/ep-ind-claims huggingface dataset:
An ingestion assembly for a singulating apparatus including a conveyor system for moving a stack of sheet material along a feed path, the ingestion assembly being spatially positioned above the conveyor system and including at least one singulating roller (50a, 50b) driven in a direction opposing the motion of the conveyor system, the ingestion assembly further comprising: an assembly support rotationally mounting the singulating roller (50a, 50b) at a downstream end and being for pivotal mounting to the singulating apparatus at an upstream end; a movable guide having a guide surface operative to guide the sheet material into a singulating interface between the singulating roller (50a, 50b) and the conveyor system, the movable guide mounted to the assembly support and positionable relative thereto as a function of the magnitude of a force imposed on the guide surface by the sheet material; wherein the movable guide assumes a first position operative to shingle sheet material upstream of the singulating roller (50a, 50b) when the sheet material imposes a force which is less than a threshold level; wherein the movable guide assumes a second position operative to pivot the assembly support and enlarge the singulating interface when the sheet material imposes a force which is equal to or greater than the threshold level; and wherein the conveyor system includes a plurality of laterally spaced belts (16a, 16b, 16c) characterised in that the movable guide includes a pair of tapered guide ends (70 E-1, 70 E-2) and a central web therebetween, the central web being recessed relative to the guide ends such that when the movable guide cooperates with the conveyor belts (16a, 16b, 16c) the sheet material assumes a wave-shaped end profile. an assembly support rotationally mounting the singulating roller (50a, 50b) at a downstream end and being for pivotal mounting to the singulating apparatus at an upstream end; a movable guide having a guide surface operative to guide the sheet material into a singulating interface between the singulating roller (50a, 50b) and the conveyor system, the movable guide mounted to the assembly support and positionable relative thereto as a function of the magnitude of a force imposed on the guide surface by the sheet material; wherein the movable guide assumes a first position operative to shingle sheet material upstream of the singulating roller (50a, 50b) when the sheet material imposes a force which is less than a threshold level; wherein the movable guide assumes a second position operative to pivot the assembly support and enlarge the singulating interface when the sheet material imposes a force which is equal to or greater than the threshold level; and wherein the conveyor system includes a plurality of laterally spaced belts (16a, 16b, 16c) characterised in that the movable guide includes a pair of tapered guide ends (70 E-1, 70 E-2) and a central web therebetween, the central web being recessed relative to the guide ends such that when the movable guide cooperates with the conveyor belts (16a, 16b, 16c) the sheet material assumes a wave-shaped end profile.
A process for the preparation of olopatadine of formula or a salt thereof, comprising protecting, by means of a silylating agent, isoxepac of formula to give a silyl ester derivative thereof of formula wherein R 1, R 2, R 3 are selected from alkyl and phenyl, in an aprotic solvent; performing the Wittig reaction in the same reaction solution; cleaving the protecting group and obtaining olopatadine or a salt thereof, without isolating any intermediate compound.
A peritoneal dialysis system comprising: a fluid handling cassette having a patient line for being fluidly connected to and leading from the peritoneal cavity of a patient, which includes at least one pump chamber to move dialysate solution in the patient line; a cycler arranged to receive and interact with the fluid handling cassette and cause the at least one pump chamber to move dialysate solution in the patient line, the cycler including a control system arranged to control the at least one pump chamber to operate in a priming operation to force dialysate solution into the patient line so as to remove any air in the patient line, wherein the cycler is adapted to interact with two types of fluid handling cassettes that differ with respect to a volume of the patient line connected to the cassette body, a first type of fluid handling cassette having a relatively low volume patient line, and a second type of fluid handling cassette having a relatively high volume patient line, and wherein the control system is arranged to detect whether a fluid handling cassette received by the cycler is a first type or a second type by determining the volume of the patient line during priming and to adjust cycler operation accordingly by adjusting the amount of fluid moved through the fluid handling cassette during operation of the system. a fluid handling cassette having a patient line for being fluidly connected to and leading from the peritoneal cavity of a patient, which includes at least one pump chamber to move dialysate solution in the patient line; a cycler arranged to receive and interact with the fluid handling cassette and cause the at least one pump chamber to move dialysate solution in the patient line, the cycler including a control system arranged to control the at least one pump chamber to operate in a priming operation to force dialysate solution into the patient line so as to remove any air in the patient line, wherein the cycler is adapted to interact with two types of fluid handling cassettes that differ with respect to a volume of the patient line connected to the cassette body, a first type of fluid handling cassette having a relatively low volume patient line, and a second type of fluid handling cassette having a relatively high volume patient line, and wherein the control system is arranged to detect whether a fluid handling cassette received by the cycler is a first type or a second type by determining the volume of the patient line during priming and to adjust cycler operation accordingly by adjusting the amount of fluid moved through the fluid handling cassette during operation of the system.
An air intake for channeling a flow of ambient air toward an annular engine inlet of a gas turbine engine, the air intake having a reference axis that is substantially coaxial with an annular engine inlet when the air intake is installed on a gas turbine engine, the air intake comprising: an intake inlet for receiving the flow of air therein, the intake inlet being generally axially facing and offset radially outwardly relative to the reference axis; an intake duct in fluid communication with the intake inlet, the intake duct being configured to channel the flow of air received in the intake inlet; a scroll portion in fluid communication with the intake duct and configured to channel the flow of air received from the intake duct, the scroll portion comprising a first scroll-shaped branch extending on one side of the reference axis and a second scroll-shaped branch extending on another side of the reference axis, wherein the first scroll-shaped branch and the second scroll-shaped branch merge together at a merging location, and a flow separator is disposed substantially at the merging location; and a strutted portion in fluid communication with the scroll portion, the strutted portion being configured to receive the flow of air from the scroll portion and channel the flow of air toward an intake outlet of the air intake for discharging the flow of air toward the annular engine inlet, the strutted portion comprising one or more struts defining one or more respective vanes for interacting with the flow of air. an intake inlet for receiving the flow of air therein, the intake inlet being generally axially facing and offset radially outwardly relative to the reference axis; an intake duct in fluid communication with the intake inlet, the intake duct being configured to channel the flow of air received in the intake inlet; a scroll portion in fluid communication with the intake duct and configured to channel the flow of air received from the intake duct, the scroll portion comprising a first scroll-shaped branch extending on one side of the reference axis and a second scroll-shaped branch extending on another side of the reference axis, wherein the first scroll-shaped branch and the second scroll-shaped branch merge together at a merging location, and a flow separator is disposed substantially at the merging location; and a strutted portion in fluid communication with the scroll portion, the strutted portion being configured to receive the flow of air from the scroll portion and channel the flow of air toward an intake outlet of the air intake for discharging the flow of air toward the annular engine inlet, the strutted portion comprising one or more struts defining one or more respective vanes for interacting with the flow of air.
A sliding bearing element in the form of a half shell or a third of a shell comprising a support body and a polymer layer, wherein the polymer layer comprises solid lubricant particles and metal oxide particles and as a polymer exclusively a polyimide polymer or a polyamide-imide polymer or a mixture thereof, and wherein the metal oxide particles are selected from a group comprising bismuth vanadate, chromium-antimony-rutile and mixtures thereof, characterized in that the polymer layer forms the radially innermost running-in layer or the radially innermost sliding layer in contact with the respective sliding partner after the running-in.
An anti-fog and HVAC system for an electric vehicle including an anti-fog nozzle through which the air within a passenger compartment is blown to an inner surface of at least a front window of the electric vehicle when it is driving, and including a dehumidification unit to which the air within the passenger compartment is introduced, an air flow routing device, and an exhaust duct connected to the air flow routing device at one end thereof for exhausting the air in said passenger compartment to the exterior thereof, comprising an outside air inlet duct connected at a first end thereof to said passenger compartment for taking outside air into said passenger compartment in such a manner that the outside air flows to the dehumidification unit through the passenger compartment, a first ventilation duct having a first end connected to the passenger compartment, and having a second end connected to the first end of the dehumidification unit, a second ventilation duct having a first end connected to the second end of the dehumidification unit, and having a second end connected to the air flow routing device, a third ventilation duct for connecting the anti-fog nozzle and the air flow routing device to one another, wherein a second end of the outside air inlet duct surrounds the exhaust duct for allowing heat exchange between the exhaust air from the dehumidification unit and the outside air flowing into the outside air inlet duct, and wherein the air flow routing device is adapted to operate to route the air that has passed through the dehumidification unit intoi (i) said anti-fog nozzle, or (ii) said exhaust duct, and said dehumidification unit contains a blower fan on a first end close to the passenger compartment, a dehumidifying element on a second end close to the anti-fog nozzle, and a heater provided between the blower fan and the dehumidifying element, such that a time interval when the electric vehicle is driving is usable for absorbing moisture and a time interval when the electric vehicle is stopped is usable for regeneration of the dehumidification unit.
A semiconductor device for ambient sensing comprising: - a cap traversed by a hole; and - a main body mechanically coupled to the cap so as to delimit a cavity, which is interposed between the main body and the cap; and wherein the main body comprises a semiconductor body and a coupling structure (32; 132), which is interposed between the semiconductor body and the cap; characterized in that the coupling structure laterally delimits a channel (35; CH1-CH8) that fluidically couples the cavity and the hole, said channel being configured to perform a mechanical filtering that is finer than the mechanical filtering performed by the hole. - a cap traversed by a hole; and - a main body mechanically coupled to the cap so as to delimit a cavity, which is interposed between the main body and the cap;
A warmer for scented oil, comprising: an enclosure having a base and a cover removably positioned on said base, said cover having an opening defined at an upper apex of said cover; an open channel formed in said cover at said upper apex around an outer periphery of said opening, said open channel being configured to receive the scented oil therein; and a warming device in heat conductive relationship with said enclosure so that scented oil in said open channel is warmed by said warming device, wherein said enclosure encloses substantially all of said warming device, characterized in that: said warming device comprises an incandescent light bulb or a resistance heater. an enclosure having a base and a cover removably positioned on said base, said cover having an opening defined at an upper apex of said cover; an open channel formed in said cover at said upper apex around an outer periphery of said opening, said open channel being configured to receive the scented oil therein; and a warming device in heat conductive relationship with said enclosure so that scented oil in said open channel is warmed by said warming device, wherein said enclosure encloses substantially all of said warming device, characterized in that: said warming device comprises an incandescent light bulb or a resistance heater. said warming device comprises an incandescent light bulb or a resistance heater.
An authentication server, wherein the authentication server comprises: an authentication receiving module, configured to receive a media access control, MAC, address of a terminal that is sent by an authenticator; an address authentication module, configured to authenticate the MAC address according to a preset MAC address list; a result sending module, configured to: when the MAC address does not belong to the preset MAC address list, send, to the authenticator, an authentication result used to indicate that the MAC address of the terminal does not belong to the MAC address list; characterized in that, an indication receiving module, configured to receive an indication sent by a security gateway, after the security gateway detecting whether the terminal is a trusted terminal according to the data stream of the terminal, wherein the indication carries the MAC address of the terminal and an identifier indicating whether the terminal is a trusted terminal; a list updating module, configured to update the MAC address list according to the indication sent by the security gateway; and a packet sending module, configured to send, to the authenticator according to the indication sent by the security gateway, a re-authentication indication carrying the MAC address of the terminal. an authentication receiving module, configured to receive a media access control, MAC, address of a terminal that is sent by an authenticator; an address authentication module, configured to authenticate the MAC address according to a preset MAC address list; a result sending module, configured to: when the MAC address does not belong to the preset MAC address list, send, to the authenticator, an authentication result used to indicate that the MAC address of the terminal does not belong to the MAC address list; characterized in that, an indication receiving module, configured to receive an indication sent by a security gateway, after the security gateway detecting whether the terminal is a trusted terminal according to the data stream of the terminal, wherein the indication carries the MAC address of the terminal and an identifier indicating whether the terminal is a trusted terminal; a list updating module, configured to update the MAC address list according to the indication sent by the security gateway; and a packet sending module, configured to send, to the authenticator according to the indication sent by the security gateway, a re-authentication indication carrying the MAC address of the terminal.
Dishwasher, in particular a household dishwasher, with a wash container for cleaning dishes, glasses, cutlery or similar items to be washed, wherein it is possible for air to be introduced into the wash container by way of at least one inlet opening, in particular a discharge opening, during at least one drying phase or another process phase within a program sequence, wherein the volume flow of air that can be introduced into the wash container through the inlet opening, in particular discharge opening, varies a number of times over the drying phase or the other process phase, or the exit speed (c) of the air that can be introduced into the wash container varies a number of times at the discharge opening over the drying phase or another process phase, wherein the volume flow and/or exit speed (c) can (also) be varied by way of different rotation speeds of a blower positioned before the discharge opening and the rotation speed of the blower is kept in an interval between at least one, in particular predefinable, maximum rotation speed and at least one, in particular predefinable, minimum rotation speed during the drying phase or another process phase - apart from a start-up and run-down phase of the blower, wherein the respective lowest value of the rotation speed is more than 5% below the respective highest value of the rotation speed, and wherein the rotation speed is first raised to the maximum rotation speed at the start of the drying phase or another process phase and is then reduced to the minimum rotation speed of the interval.
An organic light-emitting display apparatus, comprising: a first substrate; an organic light-emitting device disposed on the first substrate; a thin film comprising at least one perovskite compound represented by Formula 1 disposed on the organic light-emitting device; and a color filter positioned in a traveling direction of light emitted from the thin film, wherein the thin film is positioned in a traveling direction of light emitted from the organic light-emitting device, wherein the first substrate comprises a plurality of sub-pixel regions, and wherein the color filter comprises a plurality of color-filtering regions respectively corresponding to the plurality of sub-pixel regions: <Formula 1> [B 1 n B 2 ( 1-n)] 3 wherein, in Formula 1, A is at least one monovalent organic-cation, at least one monovalent inorganic-cation, or a combination thereof, B 1 and B 2 are each independently at least one divalent inorganic-cation, n is a real number satisfying 0 < n < 1, and X is at least one monovalent anion. a first substrate; an organic light-emitting device disposed on the first substrate; a thin film comprising at least one perovskite compound represented by Formula 1 disposed on the organic light-emitting device; and a color filter positioned in a traveling direction of light emitted from the thin film, wherein the thin film is positioned in a traveling direction of light emitted from the organic light-emitting device, wherein the first substrate comprises a plurality of sub-pixel regions, and wherein the color filter comprises a plurality of color-filtering regions respectively corresponding to the plurality of sub-pixel regions: <Formula 1> [B 1 n B 2 ( 1-n)] 3 wherein, in Formula 1, A is at least one monovalent organic-cation, at least one monovalent inorganic-cation, or a combination thereof, B 1 and B 2 are each independently at least one divalent inorganic-cation, n is a real number satisfying 0 < n < 1, and X is at least one monovalent anion.
A refrigerator which includes (i) a first body having an opening in a front face, forming a refrigerator compartment, and being long in a vertical direction, (ii) a second body having an opening in a front face, forming a freezer compartment, and being long in a vertical direction, and (iii) an outer case which covers said first body and said second body that are adjacently arranged side by side, said refrigerator comprising a first vacuum insulation material provided between a lateral face of said second body and said outer case, the lateral face being on a side opposite to said first body; characterized in that the refrigerator further comprises a condenser (102, 103, 104) which is provided between a lateral face of said first body and said outer case and performs heat exchange with air via said outer case, the lateral face being on a side opposite to said second body; and a fifth vacuum insulation material provided between the lateral face of said first body and said condenser (102, 103, 104), wherein said fifth vacuum insulation material includes a recessed portion having a shape that follows a shape of said condenser (102, 103, 104), said condenser (102, 103, 104) is provided along the recessed portion and formed of a series of heat-releasing pipes that form a flow path of a refrigerant, and part of said heat-releasing pipes is provided along a rim of said opening in the front face of said second body to be in contact with said outer case.
Method for printing a three-dimensional optical component by depositing droplets of printing ink side by side and one above the other in several consecutive depositing steps by means of a print head, wherein in each depositing step a plurality of droplets is ejected simultaneously by a plurality of ejection nozzles of the print head, wherein after at least one depositing step properties of a pre-structure built up by the deposited droplets are measured by a measuring unit in a measuring step, wherein ejection characteristics of the ejection nozzles are determined in dependency of the measured properties in a determining step and at least one following depositing step is performed in dependency of the determined ejection characteristics, characterized in that the printing ink comprises transparent or translucent printing ink.