mhurhangee/patent-ind-claim-en huggingface dataset:
A plant growing container comprising: a housing comprising side walls defining a cavity and configured for receiving a plant; at least two layers of hydrogel separated by at least one layer of spacing material , wherein the at least two layers of hydrogel and the at least one layer of spacing material are in the cavity of the housing ; and an elongated element penetrating across the at least two layers of hydrogel and across the at least one layer of spacing material , wherein the elongated element is configured as an air channel that transports air from outside the cavity inwards; characterized in that the container comprises a lining that lines the walls of the housing facing the cavity, or that lines the walls and the floor of the housing facing the cavity; and in that the lining is formed from a porous material that is configured to transport water from a bottom of the housing toward an upper portion of the housing by capillary motion. a housing comprising side walls defining a cavity and configured for receiving a plant; at least two layers of hydrogel separated by at least one layer of spacing material , wherein the at least two layers of hydrogel and the at least one layer of spacing material are in the cavity of the housing ; and an elongated element penetrating across the at least two layers of hydrogel and across the at least one layer of spacing material , wherein the elongated element is configured as an air channel that transports air from outside the cavity inwards; characterized in that the container comprises a lining that lines the walls of the housing facing the cavity, or that lines the walls and the floor of the housing facing the cavity; and in that the lining is formed from a porous material that is configured to transport water from a bottom of the housing toward an upper portion of the housing by capillary motion.
Method for filling a baggage carousel of a baggage conveying system with items of baggage , comprising the method step: a) Transporting an item of baggage lying in a transport position on a first conveying line of the baggage conveying system , wherein the transport position is a flat, stable position of the item of baggage ; the method being characterised in that it further comprises the following method steps: b) Changing the position of the item of baggage comprising standing up the item of baggage from the transport position into an upright position , wherein in the upright position the item of baggage takes up less contact area on the baggage conveying system than in the transport position ; c) Placing the item of baggage on an empty place of the baggage carousel ; d) Moving the item of baggage in the upright position onto the previously empty place , which is now filled, with the baggage carousel . a) Transporting an item of baggage lying in a transport position on a first conveying line of the baggage conveying system , wherein the transport position is a flat, stable position of the item of baggage ; the method being characterised in that it further comprises the following method steps: b) Changing the position of the item of baggage comprising standing up the item of baggage from the transport position into an upright position , wherein in the upright position the item of baggage takes up less contact area on the baggage conveying system than in the transport position ; c) Placing the item of baggage on an empty place of the baggage carousel ; d) Moving the item of baggage in the upright position onto the previously empty place , which is now filled, with the baggage carousel .
A filling unit for a rotary press , the filling unit comprising: a filling wheel which is designed to fill a medium to be metered into die holes of a die plate of the rotary press ; wherein the filling wheel is designed as an impeller and is designed to deliver the medium to be metered via a rotating movement by means of its vanes ; a metering wheel which is designed to meter a quantity of medium to be metered into the respective die holes of the die plate , wherein the metering wheel is designed as an impeller and is designed to meter the amount of the medium to be metered and to remove excess medium by scraping over the die holes of the die plate with its vanes via a rotating movement; a feeding wheel which is designed to feed the medium to be metered to the filling wheel , wherein the feeding wheel is designed as an impeller and is designed to deliver the medium to be supplied to the filling wheel via a rotating movement by means of its vanes ; at least one medium supply unit which is designed to supply the medium to the filling wheel and/or the feeding wheel , wherein the vanes or the filling wheel , the metering wheel and/or the feeding wheel designed as an impeller each have a delivery surface with which each of the impellers delivers the medium, characterized in that the filling unit is designed in such a manner that the feeding wheel can be connected to and/or disconnected from a delivery path of the medium to be metered, in particular by a pivoting movement by means of a pivoting device , in particular about an axis of rotation of the metering wheel designed as an impeller . a filling wheel which is designed to fill a medium to be metered into die holes of a die plate of the rotary press ; wherein the filling wheel is designed as an impeller and is designed to deliver the medium to be metered via a rotating movement by means of its vanes ; a metering wheel which is designed to meter a quantity of medium to be metered into the respective die holes of the die plate , wherein the metering wheel is designed as an impeller and is designed to meter the amount of the medium to be metered and to remove excess medium by scraping over the die holes of the die plate with its vanes via a rotating movement; a feeding wheel which is designed to feed the medium to be metered to the filling wheel , wherein the feeding wheel is designed as an impeller and is designed to deliver the medium to be supplied to the filling wheel via a rotating movement by means of its vanes ; at least one medium supply unit which is designed to supply the medium to the filling wheel and/or the feeding wheel , wherein the vanes or the filling wheel , the metering wheel and/or the feeding wheel designed as an impeller each have a delivery surface with which each of the impellers delivers the medium, characterized in that
A reinforcement for a rocker , wherein the reinforcement is made of an elongated profile and configured to be arranged along a longitudinal direction, a vertical direction being defined as perpendicular to the longitudinal direction, and a transverse horizontal direction being defined as perpendicular to both the longitudinal direction and the vertical direction, wherein the profile comprises an outer section configured to receive an impact of an outer wall of the rocker , characterized in that the profile further comprises an inner section comprising an upper convex four-sided structure with an upper horizontal diagonal and an upper inclined diagonal ; and a lower convex four-sided structure with a lower horizontal diagonal and a lower inclined diagonal ; the upper and lower horizontal diagonals being substantially parallel to the transverse horizontal direction and wherein the upper and lower convex four-sided structures are separated along the vertical direction. a vertical direction being defined as perpendicular to the longitudinal direction, and a transverse horizontal direction being defined as perpendicular to both the longitudinal direction and the vertical direction, wherein the profile comprises an outer section configured to receive an impact of an outer wall of the rocker , characterized in that the profile further comprises an inner section comprising an upper convex four-sided structure with an upper horizontal diagonal and an upper inclined diagonal ; and a lower convex four-sided structure with a lower horizontal diagonal and a lower inclined diagonal ; the upper and lower horizontal diagonals being substantially parallel to the transverse horizontal direction and wherein the upper and lower convex four-sided structures are separated along the vertical direction.
A process for the synthesis of aminopnictogens of a primary amine comprising the following steps: a) Providing one or more compounds according to the following formula (I) where A is selected from P, As, Sb and Bi; where are independently selected from where R 4 and R 6 are independently selected from hydrogen and organic groups having up to six carbon atoms; R 9 and R 10 are independently selected from hydrogen and organic groups having up to ten carbon atoms; and the compounds according to formula (I) are electrically neutral; b) reacting the compounds of formula (I) with at least one equivalent of a primary amine H 2 NR 8 , wherein R 8 is a linear or branched, saturated or unsaturated hydrocarbon radical having from 12 to 24 carbon atoms. a) Providing one or more compounds according to the following formula (I) where A is selected from P, As, Sb and Bi; where are independently selected from where R 4 and R 6 are independently selected from hydrogen and organic groups having up to six carbon atoms; R 9 and R 10 are independently selected from hydrogen and organic groups having up to ten carbon atoms; and the compounds according to formula (I) are electrically neutral; R 4 and R 6 are independently selected from hydrogen and organic groups having up to six carbon atoms; R 9 and R 10 are independently selected from hydrogen and organic groups having up to ten carbon atoms; b) reacting the compounds of formula (I) with at least one equivalent of a primary amine H 2 NR 8 , wherein R 8 is a linear or branched, saturated or unsaturated hydrocarbon radical having from 12 to 24 carbon atoms.
A cell for making an anisotropic-structured product from a protein starting material when being subjected to a shear force and heated, the cell comprising an inner member and an outer member arranged concentrically along a longitudinal axis to define together a chamber for holding the starting material, wherein the inner member and the outer member are rotatable relative each other about the longitudinal axis for providing the shear force to the starting material and wherein both the inner member and the outer member further define for the cell an inner longitudinal surface and an outer longitudinal surface facing away the chamber such that a normal of each longitudinal surface is transverse to the longitudinal axis characterized in that both members are designed to be exposed to the ambient for allowing a heat exchange between both the inner longitudinal surface and the outer longitudinal surface with the ambient to heat the chamber .
Method for operating a consumption meter system, in which the consumption of a supply medium by a consumer is determined using a consumption meter , the consumption is transmitted in the form of data between the consumption meter and a first receiver , wherein the first receiver is assigned to a higher-level supplier , the data are transmitted between the consumption meter and the first receiver via a first data channel , and the data are encrypted at the meter for transmission via the first data channel using a first key , wherein there is provision for a second data channel for transmitting the data between the consumption meter and a second receiver , characterized in that the second receiver comprises a consumer application, wherein the data of the second data channel are individually configurable by the consumer and the data are encrypted at the meter for transmission via the second data channel by means of a second key .
A fiber connector , comprising: a housing having a chamber extending in a lengthwise direction from a first end configured to receive a fiber to a second end configured to connect the fiber to a laser processing head; and a channel disposed on an exterior surface of the chamber , the channel comprising a double helical structure, wherein the channel comprises a inflow helical channel connected by a return structure to an outflow helical channel , wherein the inflow helical channel and the outflow helical channel are disposed adjacent to one another, characterized in that the return structure is a bifurcated annular channel connecting the inflow helical channel and the outflow helical channel and wherein the annular channel extends around a full circumference of the exterior surface of the chamber such that coolant fluid flowing from the inflow helical channel into the annular channel can flow in both directions proportionally around the annular channel to be discharged into the outflow helical channel . a housing having a chamber extending in a lengthwise direction from a first end configured to receive a fiber to a second end configured to connect the fiber to a laser processing head; and a channel disposed on an exterior surface of the chamber , the channel comprising a double helical structure, wherein the channel comprises a inflow helical channel connected by a return structure to an outflow helical channel , wherein the inflow helical channel and the outflow helical channel are disposed adjacent to one another, characterized in that the return structure is a bifurcated annular channel connecting the inflow helical channel and the outflow helical channel and wherein the annular channel extends around a full circumference of the exterior surface of the chamber such that coolant fluid flowing from the inflow helical channel into the annular channel can flow in both directions proportionally around the annular channel to be discharged into the outflow helical channel .
Bodywork side assembly for a motor vehicle, comprising a body shell side with a double aperture , intended to receive conjointly two side doors of the vehicle which close against one another with no centre pillar in an empty region of the double aperture , characterized in that the assembly comprises: - a part attached to the body shell side above the aperture , or a part attached to the body shell side below the aperture , secured to the body shell side so as to project from the body shell side , - a first door centring and/or securing element affixed to the attached part , - a second door centring and/or securing element affixed to the attached part , the attached part being affixed to the body shell side in such a way as to make it possible to close then lock and/or centre a first door on the first element , and in such a way as to make it possible to close then lock and/or centre a second door on the second element , the first centring and/or securing element being a centring element intended for a sliding door, and the second centring and/or securing element is an element that makes it possible to lock a swinging door. - a part attached to the body shell side above the aperture , or a part attached to the body shell side below the aperture , secured to the body shell side so as to project from the body shell side , - a first door centring and/or securing element affixed to the attached part , - a second door centring and/or securing element affixed to the attached part ,
Layer arrangement having: - a carrier layer which is constructed to be able to be deep-drawn and which has an upper side and a lower side; - a covering layer which is constructed to be able to be deep-drawn and which has an upper side and a lower side, wherein the covering layer extends substantially over the entire upper side and/or lower side of the carrier layer, there is arranged between the carrier layer and the covering layer at least one separation layer which extends substantially over the entire face between the carrier layer and the covering layer, wherein the carrier layer can be separated with respect to the covering layer in the region of the separation layer with a first peeling force of from 0.5 to 6N/15 mm, measured with a T-peel test, 90° (DIN 55529), characterised in that the separation layer is constructed to be able to be deep-drawn and comprises materials which have at least one binder selected from a group comprising first additives, wherein the first additives are nitrocellulose, carboxymethylcellulose (CMC) and starch and/or at least one derivative from the above-mentioned materials, and at least one separation agent selected from a group comprising second additives with a melting temperature of from 40 to 250°C, in particular inorganic additives, such as silicone and/or natural, synthetic and/or partially synthetic highly viscous waxes or wax-like substances and/or at least one derivative from the above-mentioned materials. - a carrier layer which is constructed to be able to be deep-drawn and which has an upper side and a lower side; - a covering layer which is constructed to be able to be deep-drawn and which has an upper side and a lower side, wherein the covering layer extends substantially over the entire upper side and/or lower side of the carrier layer, there is arranged between the carrier layer and the covering layer at least one separation layer which extends substantially over the entire face between the carrier layer and the covering layer, wherein the carrier layer can be separated with respect to the covering layer in the region of the separation layer with a first peeling force of from 0.5 to 6N/15 mm, measured with a T-peel test, 90° (DIN 55529), characterised in that the separation layer is constructed to be able to be deep-drawn and comprises materials which have at least one binder selected from a group comprising first additives, wherein the first additives are nitrocellulose, carboxymethylcellulose (CMC) and starch and/or at least one derivative from the above-mentioned materials, and at least one separation agent selected from a group comprising second additives with a melting temperature of from 40 to 250°C, in particular inorganic additives, such as silicone and/or natural, synthetic and/or partially synthetic highly viscous waxes or wax-like substances and/or at least one derivative from the above-mentioned materials.
A composition for use in the treatment of cancer by regulating splicing factors to treat cancer, the composition comprising a combination of at least one PIM kinase inhibitor that exhibits changes and/or disruption of mRNA splicing in combination with a compound that modulates/inhibits splicing activity of an RNA splicing factor, wherein the at least one PIM kinase inhibitor is SGI-1776 (N-[(1-methylpiperidin-4-yl)methyl]-3-[3-(trifluoromethoxy)phenyl]imidazo[1,2-b]pyridazin-6-amine), SMI-4a (5-[[3-(trifluoromethyl)phenyl]methylidene]-1,3-thiazolidine-2,4-dione), CX-6258 (E)-5-chloro-3-((5-(3-(4-methyl-1,4-diazepane-1-carbonyl)phenyl)furan-2-yl)methylene)indolin-2-one), LKB1 (N-[5-(4-cyanophenyl)-1H-pyrrolo[2,3-b]pyridin-3-yl]pyridine-3-carboxamide), AZD1208 ( -5-[[2-[ -3-aminopiperidin-1-yl]-3-phenylphenyl]methylidene]-1,3-thiazolidine-2,4-dione), PIM-1 Inhibitor 2 (4-[3-(4-chlorophenyl)-2,1-benzoxazol-5-yl]pyrimidin-2-amine), R8-T198wt or TCS PIM-1 (6-(5-bromo-2-hydroxyphenyl)-2-oxo-4-phenyl-1,2-dihydropyridine-3-carbonitrile) and wherein the compound that modulates/inhibits splicing activity of a RNA splicing factor is pladienolide B, herboxidien, isoginkgetin, 2-((7methoxy-4-methylquinazolin-2-yl)amino)-5,6-dimethylpyrimidin-4 -one, bovine papillomavirus type 1 (BPV-1) exonic splicing suppressor (ESS), or N-[2-(1-Piperidinyl)-5-(trifluoromethyl)phenyl]-4-pyridinecarboxamide (SRPIN340), wherein the amounts of at least one a PIM kinase inhibitor that exhibits changes and/or disruption of mRNA splicing in combination with a compound that modulates/inhibits splicing activity of an RNA splicing factor has a molar ratio within the range from about 20:0.001 to 0.01:20.
Nebulizer for a fluid , having a pressure generator for conveying and/or nebulizing the fluid , wherein the nebulizer has a signal device for generating at least one acoustic and/or vibratory signal for user guidance, wherein the signal device operates exclusively mechanically, and wherein the signal device has a spring store which is independent of the pressure generator , characterised in that the spring store can be (manually) tensioned together with the pressure generator and is designed as a drive for the signal device .
Pressure relief device for explosive gases, comprising an enclosure around a relief opening that can be released in the event of an explosion, said enclosure being provided with passage areas with gas-permeable material through which the explosive gases are led into the atmosphere in the event of an explosion, wherein said enclosure comprises at least one gas permeable pressure relief module having an outer gas permeable housing part in which at least two flame arresting chambers that can be flown through are arranged, wherein in the first flame arresting chamber facing the releasable relief opening a first steel wool filling with thin steel wool fibres is arranged, characterized in that in at least one further outwardly adjacent flame arresting chamber a second steel wool filling is arranged, each of which comprises a layer of thicker steel wool fibres .
Tyre comprising a tread based on one or more thermoplastic elastomers, a crown with a crown reinforcement , two sidewalls , two beads , a carcass reinforcement anchored to the two beads and extending from one sidewall to the other, the thermoplastic elastomer or elastomers comprising at least one elastomer block and at least one thermoplastic block, characterized in that the tread is crosslinked by means of electron bombardment, after the curing of the tyre, at an exposure level of x kGy such that this crosslinking predominantly forms carbon-carbon bonds, it being possible for x to take any value that enables the ratio G ′ 200 ° C xkGy / G ′ 40 ° C xkGy G ′ 200 ° C 0 kGy / G ′ 40 ° C 0 kGy to be greater than or equal to 1.10, G'(200°C)(xkGy) being the elastic shear modulus at 200°C of the tread crosslinked by means of electron bombardment at an exposure level of x kGy, G'(40°C)(xkGy) being the elastic shear modulus at 40°C of the tread crosslinked by means of electron bombardment at an exposure level of x kGy, G(200°C) being the elastic shear modulus at 200°C of the tread not crosslinked by means of electron bombardment, and G'(40°C) being the elastic shear modulus at 40°C of the tread not crosslinked by means of electron bombardment. G'(200°C)(xkGy) being the elastic shear modulus at 200°C of the tread crosslinked by means of electron bombardment at an exposure level of x kGy, G'(40°C)(xkGy) being the elastic shear modulus at 40°C of the tread crosslinked by means of electron bombardment at an exposure level of x kGy, G(200°C) being the elastic shear modulus at 200°C of the tread not crosslinked by means of electron bombardment, and G'(40°C) being the elastic shear modulus at 40°C of the tread not crosslinked by means of electron bombardment.