mhurhangee/patent-ind-claim-en huggingface dataset:
Gas fitting for setting a gas volume flow supplied to a gas burner of a cooking appliance , in particular a gas cooking appliance, having a number of plates (6 - 12) arranged parallel to one another, which comprise a throttle plate with a plurality N of restrictors arranged in series and two plates which can be rotated with respect to one another for forming a plurality N of on-off valves, wherein the two plates which can be rotated with respect to one another comprise a control plate which can be rotated with the aid of a handle shaft and has a cut-out and a sealing composite panel with a pressure plate with N valve seats (21 - 29) and corresponding valve openings and a first gas distribution plate with gas distribution openings facing the throttle plate , characterised by a drive plate which can be coupled to the handle shaft and a spring ring arranged between the drive plate and the control plate .
A replaceable cartridge configured for being detachably connected to ar aerosol-generating device comprising: a liquid storage portion for storing a liquid agent, the liquid storage portion comprising a liquid outlet for directing the liquid agent out of the liquid storage portion, a slidable sealing element for sealing the liquid outlet, the slidable sealing element being configured to slide away from the liquid outlet upon application of a pressure to the sealing element, a wicking element arranged adjacent to the liquid outlet for absorbing and supplying the liquid agent to the liquid outlet. a liquid storage portion for storing a liquid agent, the liquid storage portion comprising a liquid outlet for directing the liquid agent out of the liquid storage portion, a slidable sealing element for sealing the liquid outlet, the slidable sealing element being configured to slide away from the liquid outlet upon application of a pressure to the sealing element, a wicking element arranged adjacent to the liquid outlet for absorbing and supplying the liquid agent to the liquid outlet.
A continuous flow-electrode system comprising: a flow anode containing a flowable anode active material ; a flow cathode containing a flowable cathode active material ; and an electrolyte ; wherein the anode comprises an anode collector ; an anode separation layer ; an anode flow channel formed between the anode collector and the anode separation layer ;and the anode active material flowing through the anode flow channel , and the cathode comprises a cathode collector ; a cathode separation layer ; a cathode flow channel formed between the cathode collector and the cathode separation layer ; and the cathode active material flowing through the cathode flow channel , wherein the electrolyte flows through an insulating spacer formed between the anode separation layer and the cathode separation layer . a flow anode containing a flowable anode active material ; a flow cathode containing a flowable cathode active material ; and an electrolyte ; wherein the anode comprises an anode collector ; an anode separation layer ; an anode flow channel formed between the anode collector and the anode separation layer ;and the anode active material flowing through the anode flow channel , and the cathode comprises a cathode collector ; a cathode separation layer ; a cathode flow channel formed between the cathode collector and the cathode separation layer ; and the cathode active material flowing through the cathode flow channel , wherein the electrolyte flows through an insulating spacer formed between the anode separation layer and the cathode separation layer .
A user equipment for wireless communication, comprising: receiving means adapted to receive, from a base station, BS , control data comprising information on a resource allocation for initial data transmission and data re-transmission between the BS and the UE , wherein the control data is designed for an uplink, UL, unicast case, and the information on the resource allocation comprises information on UL resources, which are allocated by the BS to the UE for an initial transmission of data from the UE to the BS , and information on UL resources, which are allocated by the BS to the UE for a re-transmission of the data from the UE to the BS , wherein the UE further comprises transmitting means and control means adapted to control the transmitting means and adapted to initially transmit the data to the BS in the UL resources allocated for the initial transmission and to re-transmit the data in the UL resources allocated for the re-transmission in case the initial transmission was not successful, characterized in that the control means is further adapted to detect if the initial transmission was successful by sensing if the resources allocated by the BS for a re-transmission of the data are being used for another data transmission. receiving means adapted to receive, from a base station, BS , control data comprising information on a resource allocation for initial data transmission and data re-transmission between the BS and the UE , wherein the control data is designed for an uplink, UL, unicast case, and the information on the resource allocation comprises information on UL resources, which are allocated by the BS to the UE for an initial transmission of data from the UE to the BS , and information on UL resources, which are allocated by the BS to the UE for a re-transmission of the data from the UE to the BS , wherein the UE further comprises transmitting means and control means adapted to control the transmitting means and adapted to initially transmit the data to the BS in the UL resources allocated for the initial transmission and to re-transmit the data in the UL resources allocated for the re-transmission in case the initial transmission was not successful, characterized in that the control means is further adapted to detect if the initial transmission was successful by sensing if the resources allocated by the BS for a re-transmission of the data are being used for another data transmission.
A compound of formula (I) or stereoisomers thereof for use in treating hypertensive glaucoma, normotensive glaucoma, secondary glaucoma, ocular hypertension, age related macular degeneration, diabetic retinopathy, macular degeneration, inflammatory retinal disease and uveitis wherein R 1 is selected from H, methyl, methoxy; R 3 is selected from H, methyl, methoxy; or R 1 and R 3 together form -CH=CH-CH=CH-; R 2 is H, methyl; n is an integer from 0 to 10; Q is selected from the group consisting of: and wherein m is an integer from 0 to 6; p is an integer from 0 to 1; X is O, S or is -CHONO 2 , with the proviso that when X is -CHONO 2 then m is 0. R 1 is selected from H, methyl, methoxy; R 3 is selected from H, methyl, methoxy; or R 1 and R 3 together form -CH=CH-CH=CH-; R 2 is H, methyl; n is an integer from 0 to 10; Q is selected from the group consisting of: m is an integer from 0 to 6; p is an integer from 0 to 1; X is O, S or is -CHONO 2 , with the proviso that when X is -CHONO 2 then m is 0.
A crash beam, comprising: an crash beam body , extending along a width direction of a vehicle; an crash box , formed by extending inwardly along a longitudinal direction of the vehicle at both ends of the crash beam body and approximately perpendicular to the crash beam body ; and a beam support , disposed below a connecting part of the crash beam body and the crash box , and comprising a first part and a second part perpendicular to each other, wherein an end of the first part is connected to the crash box , an end of the second part is connected to the crash beam body , and another end of the first part and another end of the second part are connected to each other wherein the first part comprises a first setting surface contacting and connecting to a lower surface of the crash box , and a first connecting surface extending downward from both ends of the first setting surface and perpendicular to the first setting surface and the second part comprises a second setting surface contacting and connecting to an inner surface of the crash beam body , and a second connecting surface extending inwardly from both ends of the second setting surface and perpendicular to the second setting surface . characterized in that , the first connecting surface and the second connecting surface are connected to each other, and a weakening cut is formed at a position where the first connecting surface is connected to the second connecting surface . an crash beam body , extending along a width direction of a vehicle; an crash box , formed by extending inwardly along a longitudinal direction of the vehicle at both ends of the crash beam body and approximately perpendicular to the crash beam body ; and a beam support , disposed below a connecting part of the crash beam body and the crash box , and comprising a first part and a second part perpendicular to each other, wherein an end of the first part is connected to the crash box , an end of the second part is connected to the crash beam body , and another end of the first part and another end of the second part are connected to each other wherein the first part comprises a first setting surface contacting and connecting to a lower surface of the crash box , and a first connecting surface extending downward from both ends of the first setting surface and perpendicular to the first setting surface and the second part comprises a second setting surface contacting and connecting to an inner surface of the crash beam body , and a second connecting surface extending inwardly from both ends of the second setting surface and perpendicular to the second setting surface . characterized in that , the first connecting surface and the second connecting surface are connected to each other, and a weakening cut is formed at a position where the first connecting surface is connected to the second connecting surface .
Optic light guide comprising a bundle of light-guiding single fibres and at least one sheath which covers an outer circumference of at least one section of the bundle , the at least one sheath being made of ceramic, characterized in that the at least one sheath follows a non-straight course, in particular that the sheath has at least one change of direction.
A three-dimensional data encoding method, comprising: generating predicted position information using position information on three-dimensional points included in three-dimensional reference data associated with a time different from a time associated with current three-dimensional data, wherein the position information is represented using an octree structure; wherein in the generating of the predicted position information, the predicted position information is generated by applying (i) a first process being one or two of rotation, translation, and scaling to a first space subunit including the position information on the three-dimensional points included in the three-dimensional reference data, and (ii) a second process being the one or two of rotation, translation, and scaling to a second space subunit including the position information on the three-dimensional points obtained through the first process, wherein the first space subunit is divided into a plurality of space subunits including the second space subunit being smaller than the first space subunit; and encoding position information on three-dimensional points included in the current three-dimensional data, using the predicted position information. generating predicted position information using position information on three-dimensional points included in three-dimensional reference data associated with a time different from a time associated with current three-dimensional data, wherein the position information is represented using an octree structure; wherein in the generating of the predicted position information, the predicted position information is generated by applying (i) a first process being one or two of rotation, translation, and scaling to a first space subunit including the position information on the three-dimensional points included in the three-dimensional reference data, and (ii) a second process being the one or two of rotation, translation, and scaling to a second space subunit including the position information on the three-dimensional points obtained through the first process, wherein the first space subunit is divided into a plurality of space subunits including the second space subunit being smaller than the first space subunit; and (i) a first process being one or two of rotation, translation, and scaling to a first space subunit including the position information on the three-dimensional points included in the three-dimensional reference data, and (ii) a second process being the one or two of rotation, translation, and scaling to a second space subunit including the position information on the three-dimensional points obtained through the first process, wherein the first space subunit is divided into a plurality of space subunits including the second space subunit being smaller than the first space subunit; and encoding position information on three-dimensional points included in the current three-dimensional data, using the predicted position information.
A lighting device , comprising: a base extending substantially along a first plane (P1); a panel assembly at least partially connected to the base and comprising a luminous body; and a power supply assembly configured to power the panel assembly ; wherein the panel assembly comprises a main panel extending substantially along a second plane (P2), a first auxiliary panel , a second auxiliary panel , and a third auxiliary panel , the main panel is fixedly connected to the base , the first auxiliary panel is rotatably connected to the main panel about a first axis , the second auxiliary panel is rotatably connected to the first auxiliary panel about a second axis , and the third auxiliary panel is rotatably connected to the first auxiliary panel about a third axis ; wherein each of the main panel , the first auxiliary panel , the second auxiliary panel , and the third auxiliary panel is configured for emitting light; and wherein the first axis is substantially parallel to the first plane (P1) and is substantially parallel to the second plane (P2), and wherein the second axis is substantially perpendicular to the first axis ; characterized in that the third axis is substantially perpendicular to the first axis and is substantially parallel to the second axis . a base extending substantially along a first plane (P1); a panel assembly at least partially connected to the base and comprising a luminous body; and a power supply assembly configured to power the panel assembly ; wherein the panel assembly comprises a main panel extending substantially along a second plane (P2), a first auxiliary panel , a second auxiliary panel , and a third auxiliary panel , the main panel is fixedly connected to the base , the first auxiliary panel is rotatably connected to the main panel about a first axis , the second auxiliary panel is rotatably connected to the first auxiliary panel about a second axis , and the third auxiliary panel is rotatably connected to the first auxiliary panel about a third axis ; wherein each of the main panel , the first auxiliary panel , the second auxiliary panel , and the third auxiliary panel is configured for emitting light; and wherein the first axis is substantially parallel to the first plane (P1) and is substantially parallel to the second plane (P2), and wherein the second axis is substantially perpendicular to the first axis ; characterized in that the third axis is substantially perpendicular to the first axis and is substantially parallel to the second axis .
A method for producing a wood material panel , wherein the method comprises the following steps: : (a) spreading a multitude of wood particles to produce a particulate cake, (b) applying an adhesive to at least some of the wood particles during the spreading and/or prior to the spreading, (c) pressing of the particulate cake under high pressure and at a high temperature, characterised by the fact that a quantity of adhesive that is applied to the wood particles is varied by means of an electronic control system depending on its anticipated position in the particulate cake. (a) spreading a multitude of wood particles to produce a particulate cake, (b) applying an adhesive to at least some of the wood particles during the spreading and/or prior to the spreading, (c) pressing of the particulate cake under high pressure and at a high temperature,
Selector device (S) intended to select a resistive memory cell characterised in that it comprises a first selector device (S1) comprising a first active material and a second selector device (S2) comprising a second active material , the first selector device (S1) and the second selector device (S2) being connected in parallel, the first selector device (S1) being configured to supply an electric current suited to a reading of a state of the resistive memory cell and the second selector device (S2) being configured to supply an electric current suited to a writing of a state of a resistive memory cell (CR) characterized in that the second selector device (S2) is arranged to surround the first selector device (S1).
A method for recovering two or more genes, or gene products, or cDNAs, encoding for an immunoreceptor having two or more subunits, which two or more genes, or gene products, are comprised in a given source cell, which method comprises the following steps: a) encapsulation of source cells together with an mRNA capturing moiety in microreactors, in such way that each microreactor comprises one source cell and wherein the mRNA capturing moiety is a bead or particle b) lysis of the cells in the microreactors, release of the cellular mRNA in the lumen of the microreactors, and subsequent attachment thereof to the mRNA capturing moiety c) lysing, or disrupting, the microreactors and reverse transcription of the mRNA attached to the mRNA capturing moieties in solution to obtain the corresponding cDNA gene products d) creating a construct that encompasses the two or more gene products encoding for the subunits of the immunoreceptor, wherein the creation of a construct that encompasses the two or more gene products encoding for the subunits of the immunoreceptor is accomplished by amplifying the cDNA by overlap extension PCR inside microreactors, wherein each microreactor contains a single mRNA capturing moiety resulting from step c), and e) cloning of the PCR product into a plasmid vector to obtain a bi- or multicistronic expression construct. a) encapsulation of source cells together with an mRNA capturing moiety in microreactors, in such way that each microreactor comprises one source cell and wherein the mRNA capturing moiety is a bead or particle b) lysis of the cells in the microreactors, release of the cellular mRNA in the lumen of the microreactors, and subsequent attachment thereof to the mRNA capturing moiety c) lysing, or disrupting, the microreactors and reverse transcription of the mRNA attached to the mRNA capturing moieties in solution to obtain the corresponding cDNA gene products d) creating a construct that encompasses the two or more gene products encoding for the subunits of the immunoreceptor, wherein the creation of a construct that encompasses the two or more gene products encoding for the subunits of the immunoreceptor is accomplished by amplifying the cDNA by overlap extension PCR inside microreactors, wherein each microreactor contains a single mRNA capturing moiety resulting from step c), and e) cloning of the PCR product into a plasmid vector to obtain a bi- or multicistronic expression construct.
Motor vehicle body rear part structure comprising a body rear floor arranged between a first lateral longitudinal member and a second lateral longitudinal member extending in the longitudinal direction of the vehicle, said structure further comprising a central longitudinal member extending on the body rear floor in the longitudinal direction of the vehicle for fastening a third row of seats of the vehicle, characterized in that said rear floor is of the type comprising a well for receiving a spare wheel of the vehicle, extending in said rear floor substantially in line with said first lateral longitudinal member and above which extends said central longitudinal member mounted by its respective ends on opposite edges of said well , said central longitudinal member comprising a first interface part having at least one laterally projecting surface designed to serve as first fastening support for a supply battery of an electrical device of the vehicle, said battery being intended to be housed in said well, and second and third interface parts , said third interface part being arranged on the opposite side of said first interface part with respect to said second inface part , said second and third interface parts having respective laterally projecting surfaces designed to serve as first fastening support for a motorized fan unit associated with said battery and intended to be housed together with said battery in said well .
Apparatus for stream treating hair comprising a box that comprises: - a first and second jaw arranged to face one another, a first treatment surface supported by the first jaw , a second treatment surface supported by the second jaw , the jaws being connected so as to pass from an open position to a closed position wherein the surfaces pinch a lock of hair, - a reservoir containing a liquid intended to be sprayed towards the hair, - a longitudinal housing receiving an absorbing element intended to be moistened with the liquid supplied by the reservoir , the longitudinal housing and/or the absorbing element being in contact with at least one electrical heating means , the longitudinal housing having one or several orifices (7") for dispensing steam towards a lock of hair, said absorbing element occupying substantially all of the volume defined by the longitudinal housing and the absorbing element being supplied with fluid by a flow adjustment means active between the reservoir and the longitudinal housing characterised in that the walls of said longitudinal housing are constituted at least partially of the heating means and a longitudinal open chamber having said dispensing orifices (7") and forming a housing made of two separate parts. - a first and second jaw arranged to face one another, a first treatment surface supported by the first jaw , a second treatment surface supported by the second jaw , the jaws being connected so as to pass from an open position to a closed position wherein the surfaces pinch a lock of hair, - a reservoir containing a liquid intended to be sprayed towards the hair, - a longitudinal housing receiving an absorbing element intended to be moistened with the liquid supplied by the reservoir , the longitudinal housing and/or the absorbing element being in contact with at least one electrical heating means , the longitudinal housing having one or several orifices (7") for dispensing steam towards a lock of hair,
A vertical shaft impact crusher rotor distributor plate adapted to be releasably mounted on a horizontal lower disc of a rotor of a vertical shaft impact crusher, characterised in that the distributor plate comprises an upper surface to support a flow of a feed material over the upper surface and is an equilateral polygon as seen from above, and has a shape, as seen from above, which has outwardly directed corners with obtuse angles and is chosen among hexagonal and octagonal shapes, wherein the distributor plate comprises a central flat area from which a sloped surface extends.