mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a filtration system comprising a vessel , into which the liquid to be filtered flows and/or out of which the retentate flows, and comprising filtration discs , which are arranged in the vessel on a rotating shaft , the filtration discs each having a main body, a ceramic membrane arranged on the outer sides of the main body and an axial bore , the axial bores forming the permeate drain from the filtration discs and being connected to a drainage channel arranged in the shaft , characterised in that a filtration and an aeration of the liquid to be filtered take place alternately, wherein during filtration the permeate flows out of the filtration discs via the shaft and during aeration gas is introduced into the liquid to be filtered via the shaft and the filtration discs , wherein the filtration system has at least two rotating shafts (21-24) with filtration discs , the two shafts (21-24) being arranged together in the vessel and preferably running in parallel, wherein in alternation the one shaft (21-24) is used for filtration and the other shaft (21-24) is used for aeration.
A liquid transfer device (50, 50', 50"), comprising: a connector body ; an IV port comprising an elongate connecting member and a twist-off member , the IV port being arranged at a first end of the connector body , the elongate connecting member projecting therefrom, the twist-off member being arranged to provide access to the IV port once removed with the application of torque; characterised in that the connector body comprises a projection portion defining a tab and the elongate connecting member defines a cutout , and the projection portion is configured to be received by the elongate connecting member , and the tab is configured to mate with the cutout so as to rotationally fix the IV port relative to the connector body . a connector body ; an IV port comprising an elongate connecting member and a twist-off member , the IV port being arranged at a first end of the connector body , the elongate connecting member projecting therefrom, the twist-off member being arranged to provide access to the IV port once removed with the application of torque; characterised in that the connector body comprises a projection portion defining a tab and the elongate connecting member defines a cutout , and the projection portion is configured to be received by the elongate connecting member , and the tab is configured to mate with the cutout so as to rotationally fix the IV port relative to the connector body .
A supporting cushion apparatus for a safety seat , the supporting cushion apparatus comprising: - a fireproof buffering structure , the fireproof buffering structure comprising: a buffering plate ; and a fireproof plate combined with the buffering plate , a combustion rate of the fireproof plate being lower than a combustion rate of the buffering plate , and characterized by further comprising: - a covering member , the fireproof buffering structure being accommodated inside a covering pocket disposed on a head supporting portion of the covering member . - a fireproof buffering structure , the fireproof buffering structure comprising: a buffering plate ; and a fireproof plate combined with the buffering plate , a combustion rate of the fireproof plate being lower than a combustion rate of the buffering plate , and characterized by further comprising: - a covering member , the fireproof buffering structure being accommodated inside a covering pocket disposed on a head supporting portion of the covering member .
Vehicle seat comprising a vehicle seat upper part and a vehicle seat lower part , which are spaced apart from one another along a height axis (Z) and are connected to one another by means of a scissor frame arrangement , wherein the scissor frame arrangement comprises at least one inner swinging arm and at least one outer swinging arm wherein the at least one inner swinging arm and the at least one outer swinging arm are mechanically coupled, whereby an angle of inclination (ξ) of the vehicle seat upper part relative to the vehicle seat lower part can be predetermined, wherein the mechanical coupling comprises an arm element and a first connecting element pivotably connected thereto, wherein the angle of inclination (ξ) can be predetermined by a length (L) of the first connecting element characterised in that the at least one inner swinging arm and the at least one outer swinging arm are each arranged on the vehicle seat lower part by means of at least one lower floating bearing , wherein the at least one inner swinging arm and the at least one outer swinging arm are each arranged on the vehicle seat upper part by means of at least one upper floating bearing , wherein the at least one inner swinging arm or the at least one outer swinging arm is connected to the vehicle seat lower part by means of a lower fixed bearing , wherein the at least one inner swinging arm or the at least one outer swinging arm is connected to the vehicle seat upper part by means of an upper fixed bearing . wherein the at least one inner swinging arm and the at least one outer swinging arm are mechanically coupled, whereby an angle of inclination (ξ) of the vehicle seat upper part relative to the vehicle seat lower part can be predetermined, wherein the mechanical coupling comprises an arm element and a first connecting element pivotably connected thereto, wherein the angle of inclination (ξ) can be predetermined by a length (L) of the first connecting element characterised in that the at least one inner swinging arm and the at least one outer swinging arm are each arranged on the vehicle seat lower part by means of at least one lower floating bearing , wherein the at least one inner swinging arm and the at least one outer swinging arm are each arranged on the vehicle seat upper part by means of at least one upper floating bearing , wherein the at least one inner swinging arm or the at least one outer swinging arm is connected to the vehicle seat lower part by means of a lower fixed bearing , wherein the at least one inner swinging arm or the at least one outer swinging arm is connected to the vehicle seat upper part by means of an upper fixed bearing .
A corner-cabinet arrangement having two corpus areas which are rectangular in plan view and each of which has a front with a door , the corpus areas enclosing between them a corner space that is rectangular in plan view, the arrangement comprising a shelf which extends in a first one of the corpus areas and in a part of the corner space and, when the door is open, can be pivoted out of the door opening of the corpus-area, the second corpus area also having a shelf that extends in this corpus area and in another part of the corner space , and, when the door is open, can be pivoted out of the door opening of the corpus area, wherein pivotal axes of the two shelves are different from one another, characterized in that the fronts of the two corpus areas run together at right angles in an inside corner, and the shelves are respectively arranged to be pivoted and pulled-out through the door opening in a superposed pivotal and translational movement.
A smoking article comprising: a lighting end ; a mouth end optionally comprising a filter; a catalyst segment , and an aerosol-generation segment , the lighting end comprising a heat generation segment , said heat generation segment including a fuel element , wherein at least the catalyst segment comprises an aerogel, wherein the aerogel adsorbs carbon monoxide in mainstream smoke or catalyzes the conversion of carbon monoxide to carbon dioxide and wherein the aerosol-generation segment and the heat generation segment are physically separate and in a heat exchange relationship; and wherein the catalyst segment is positioned downstream from the heat generation segment and upstream from the aerosol-generating segment .
A method for determining a routing policy, wherein the method comprises: determining a time range that a user is currently in; determining , according to a routing policy adjustment calendar, network requirement information that is set by the user for the time range, wherein the network requirement information comprises M network requirements, and M weighted values that are in a one-to-one correspondence with the M network requirements, wherein M is a positive integer, and the M weighted values are used to measure requirement levels of the user for the M network requirements; and configuring , for the user within the time range, a routing policy that corresponds to the network requirement information and satisfies the M network requirements, wherein the routing policy adjustment calendar comprises the network requirement information corresponding to the time range, and the routing policy corresponding to the network requirement information, wherein multiple different network requirement indicators of the user are mapped to a uniform scale for comparing calculation results of a same routing policy. determining a time range that a user is currently in; determining , according to a routing policy adjustment calendar, network requirement information that is set by the user for the time range, wherein the network requirement information comprises M network requirements, and M weighted values that are in a one-to-one correspondence with the M network requirements, wherein M is a positive integer, and the M weighted values are used to measure requirement levels of the user for the M network requirements; and configuring , for the user within the time range, a routing policy that corresponds to the network requirement information and satisfies the M network requirements, wherein the routing policy adjustment calendar comprises the network requirement information corresponding to the time range, and the routing policy corresponding to the network requirement information, wherein multiple different network requirement indicators of the user are mapped to a uniform scale for comparing calculation results of a same routing policy.
A heat pump water-heater outdoor unit comprising: a bottom plate ; a compressor disposed on the bottom plate ; a muffler fixed to an outer surface of the compressor ; and an internal heat exchanger fixed to the outer surface of the compressor , wherein the muffler is configured to muffle pulsating noise of refrigerant sucked into the compressor , and the internal heat exchanger is disposed on a side opposite to the muffler with the compressor positioned between the internal heat exchanger and the muffler , wherein the internal heat exchanger is fixed at a position where a height of a center of gravity of the internal heat exchanger is equal to a height of a center of gravity of the muffler , wherein the heat pump water-heater outdoor unit further comprises a muffler holder fixed to the outer surface of the compressor , wherein the muffler is fixed to the muffler holder , wherein the muffler is coupled to a side surface of a shell of the compressor via the muffler holder , wherein the heat pump water-heater outdoor unit further comprises an internal heat exchanger holder fixed to the outer surface of the compressor , wherein the internal heat exchanger is fixed to the internal heat exchanger holder , and wherein the internal heat exchanger is coupled to the side surface of the shell of the compressor via the internal heat exchanger holder . a bottom plate ; a compressor disposed on the bottom plate ; a muffler fixed to an outer surface of the compressor ; and an internal heat exchanger fixed to the outer surface of the compressor , wherein the muffler is configured to muffle pulsating noise of refrigerant sucked into the compressor , and the internal heat exchanger is disposed on a side opposite to the muffler with the compressor positioned between the internal heat exchanger and the muffler , wherein the internal heat exchanger is fixed at a position where a height of a center of gravity of the internal heat exchanger is equal to a height of a center of gravity of the muffler , wherein the heat pump water-heater outdoor unit further comprises a muffler holder fixed to the outer surface of the compressor , wherein the muffler is fixed to the muffler holder , wherein the muffler is coupled to a side surface of a shell of the compressor via the muffler holder , wherein the heat pump water-heater outdoor unit further comprises an internal heat exchanger holder fixed to the outer surface of the compressor , wherein the internal heat exchanger is fixed to the internal heat exchanger holder , and wherein the internal heat exchanger is coupled to the side surface of the shell of the compressor via the internal heat exchanger holder .
A compressible adjunct for use with a surgical cartridge, the compressible adjunct comprising: a biocompatible adjunct material configured to be releasably retained on at least one of a staple cartridge and an anvil and configured to be delivered to tissue by deployment of staples in the cartridge, the adjunct material comprising a lattice main structure having at least one absorbable sub-structure formed in the lattice main structure, the at least one absorbable sub-structure configured to control fluid movement through the adjunct material such that the fluid movement impacts healing of tissue adjacent the adjunct material when the adjunct material is in a tissue deployed state, wherein the lattice main structure comprises a plurality of unit cells having passageways therethrough; and characterised in that the at least one absorbable sub-structure comprises at least one microstructure formed in at least one unit cell of the plurality of unit cells for controlling fluid flow through the respective passageway. a biocompatible adjunct material configured to be releasably retained on at least one of a staple cartridge and an anvil and configured to be delivered to tissue by deployment of staples in the cartridge, the adjunct material comprising a lattice main structure having at least one absorbable sub-structure formed in the lattice main structure, the at least one absorbable sub-structure configured to control fluid movement through the adjunct material such that the fluid movement impacts healing of tissue adjacent the adjunct material when the adjunct material is in a tissue deployed state, wherein the lattice main structure comprises a plurality of unit cells having passageways therethrough; and characterised in that the at least one absorbable sub-structure comprises at least one microstructure formed in at least one unit cell of the plurality of unit cells for controlling fluid flow through the respective passageway.
A composition comprising: a glass powder comprising: 0.1-0.75 mole fraction GeO 2 ; 0.11-0.53 mole fraction ZnO; 0.01-0.2 mole fraction CaO; and 0.02-0.48 mole fraction SiO 2 ; wherein the glass powder comprises no more than 0.01 mole fraction aluminosilicates, and is preferably substantially free of aluminosilicates. a glass powder comprising: 0.1-0.75 mole fraction GeO 2 ; 0.11-0.53 mole fraction ZnO; 0.01-0.2 mole fraction CaO; and 0.02-0.48 mole fraction SiO 2 ; 0.1-0.75 mole fraction GeO 2 ; 0.11-0.53 mole fraction ZnO; 0.01-0.2 mole fraction CaO; and 0.02-0.48 mole fraction SiO 2 ; wherein the glass powder comprises no more than 0.01 mole fraction aluminosilicates, and is preferably substantially free of aluminosilicates.
The compound (S)-1-(1-(4-chloro-3-fluorophenyl)-2-hydroxyethyl)-4-(2-((1-methyl-1H-pyrazol-5-yl)amino)pyrimidin-4-yl)pyridin-2 -one benzenesulfonate.
Use of a touch-sensitive operating element in a system for controlling a smart home application and/or devices of building automation systems comprising at least one touch-sensitive operating element , a central data processing system and decentralised devices of the building automation system which are controlled or directed by the data processing system, wherein the operating element is disposed behind a permanently opaque surface on the bottom side of a plate of a building wall, a piece of furniture, a kitchen or a worktop and has capacitive touch sensors which detect users' touches of the permanently opaque surface through the plate, wherein each touch sensor senses touching of the opaque surface in an area, so that multiple touch points and/or touch areas are defined on the surface of the opaque surface opposite the touch sensors , wherein the operating element communicates with the central data processing system which controls or directs at least one decentralised device of the building automation system based on the detected touches and the respective deposited control protocols, wherein undesired and/or unconscious activation of the touch-sensitive operating element is prevented by the control of the smart home application and/or of devices of the building automation systems being deactivated by the touch-sensitive operating element in a normal state, as well as the steps: activating the operating element from a locked state into an activated state by touching one or more of the touch points and/or touch areas and one of more of the steps selected from the group of steps comprising: issuing an acoustic or tactile signal by the operating element to the user as a response to the active status of the operating element ; or issuing an optical signal by the operating element to the user as a response to the active status of the operating element , wherein the operating element has one or more luminants , wherein the luminants are present behind apertures or in apertures of the opaque surface. activating the operating element from a locked state into an activated state by touching one or more of the touch points and/or touch areas and one of more of the steps selected from the group of steps comprising: issuing an acoustic or tactile signal by the operating element to the user as a response to the active status of the operating element ; or issuing an optical signal by the operating element to the user as a response to the active status of the operating element , wherein the operating element has one or more luminants , wherein the luminants are present behind apertures or in apertures of the opaque surface. issuing an acoustic or tactile signal by the operating element to the user as a response to the active status of the operating element ; or issuing an optical signal by the operating element to the user as a response to the active status of the operating element , wherein the operating element has one or more luminants , wherein the luminants are present behind apertures or in apertures of the opaque surface.
A thermal protection comprising, superposed on each other in order, a metal plate , a first layer of insulating material, a layer of refractory fibers and a second layer of insulating material, the metal plate including retaining lugs for the layer of refractory fibers .
An amusement park system , comprising: a tower having a central axis extending vertically through the amusement park system ; a drive column comprising a track extending vertically through a plurality of levels along the central axis , wherein the drive column is configured to rotate with respect to the central axis ; a ride vehicle configured to be displaced vertically along the track with respect to the central axis to the plurality of levels along the central axis ; and one or more scenic elements configured to communicate a narrative to users within the ride vehicle , wherein the one or more scenic elements are disposed at least partially circumferentially about the ride vehicle at a level of the plurality of levels; wherein the drive column is configured to displace the ride vehicle vertically along the track with respect to the central axis . a tower having a central axis extending vertically through the amusement park system ; a drive column comprising a track extending vertically through a plurality of levels along the central axis , wherein the drive column is configured to rotate with respect to the central axis ; a ride vehicle configured to be displaced vertically along the track with respect to the central axis to the plurality of levels along the central axis ; and one or more scenic elements configured to communicate a narrative to users within the ride vehicle , wherein the one or more scenic elements are disposed at least partially circumferentially about the ride vehicle at a level of the plurality of levels; wherein the drive column is configured to displace the ride vehicle vertically along the track with respect to the central axis .
A semiconductor device configured to be mounted on an automobile, comprising: a control signal generating circuit that is configured to generate, depending on a fluctuation time of a power-supply voltage, a different control signal (sdiag) that distinguishes a power-on case and a power abnormality case; and a control circuit that is configured to select a power-on operation sequence or an abnormality operation sequence depending on the different control signal (sdiag) generated by the control signal generating circuit , wherein, only during the power-on operation sequence, an initial diagnosis operation of the semiconductor device is performed, wherein the control signal generating circuit is configured to generate the different control signal (sdiag) depending on time of the power-supply voltage drop, characterized in that , in the control signal generating circuit , potential between a switch connected to the power-supply voltage and a capacitor connected to a ground is input as an input signal, and the control signal generating circuit is configured to output a pulse signal at time of rising of the input signal, and the control signal generating circuit includes a comparator that is configured to compare the power-supply voltage with the input signal to control on/off of the switch. a control signal generating circuit that is configured to generate, depending on a fluctuation time of a power-supply voltage, a different control signal (sdiag) that distinguishes a power-on case and a power abnormality case; and a control circuit that is configured to select a power-on operation sequence or an abnormality operation sequence depending on the different control signal (sdiag) generated by the control signal generating circuit , wherein, only during the power-on operation sequence, an initial diagnosis operation of the semiconductor device is performed, wherein the control signal generating circuit is configured to generate the different control signal (sdiag) depending on time of the power-supply voltage drop, characterized in that , in the control signal generating circuit , potential between a switch connected to the power-supply voltage and a capacitor connected to a ground is input as an input signal, and the control signal generating circuit is configured to output a pulse signal at time of rising of the input signal, and the control signal generating circuit includes a comparator that is configured to compare the power-supply voltage with the input signal to control on/off of the switch.