mhurhangee/ep-ind-claims huggingface dataset:
A bowling lane conversion system for a bowling center comprising at least one bowling lane (13,14,24,34,44,62,74), wherein the bowling lane conversion system comprises at least one covering structure (10,20,30,40,60,70,90) configured to be placed in the vicinity of the bowling lane for covering a gutter of the bowling lane in a covering position, wherein the covering structure comprises at least one covering sheet (11,21,31,41a,41b,61,71,91), and wherein in the covering position the covering sheet is arranged above the gutter so that said at least one covering structure and the bowling lane are configured to form a flat surface, wherein said at least one covering structure further has a fencing position, wherein in the fencing position the covering sheet is arranged to form a fencing for a ball (36,45), characterized in that in the fencing position the covering sheet is arranged horizontally on a side of the gutter preventing the ball from slipping from the gutter.
A prefix allocation method, comprising: receiving a registration request for a second interface of a Mobile Node, MN, from a Mobile Access Gateway; according to the registration request, obtaining a first Home Network Prefix that is already allocated to a first interface of the MN; and allocating the first home network prefix shared with the first interface to the second interface; wherein the registration request comprises: a service type associated with the second interface; and wherein the obtaining a first home network prefix that is already allocated to a first interface of the MN according to the registration request comprises: the registration request carries the service type associated with the second interface, matching the service type associated with the second interface with a service type in the locally stored binding entry of the MN, and obtaining the first home network prefix corresponding to the same service type. receiving a registration request for a second interface of a Mobile Node, MN, from a Mobile Access Gateway; according to the registration request, obtaining a first Home Network Prefix that is already allocated to a first interface of the MN; and allocating the first home network prefix shared with the first interface to the second interface; wherein the registration request comprises: a service type associated with the second interface; and wherein the obtaining a first home network prefix that is already allocated to a first interface of the MN according to the registration request comprises: the registration request carries the service type associated with the second interface, matching the service type associated with the second interface with a service type in the locally stored binding entry of the MN, and obtaining the first home network prefix corresponding to the same service type.
An antenna module comprising: a first ground structure, comprising a first ground portion, a second ground portion and a first slit arranged between the first ground portion and the second ground portion; a first radiation portion, configured to generate a first resonant mode of the antenna module accompanied with the first ground structure, wherein the first radiation portion comprises: a first feeding terminal, configured to send and receive a first antenna signal; a first grounding terminal, electrically coupled to the first ground portion; and a second radiation portion, configured to generate a second resonant mode of the antenna module in a manner of coupling with the first radiation portion, wherein the second radiation portion comprises: a second feeding terminal, configured to send and receive a second antenna signal; and a second grounding terminal, electrically coupled to the second ground portion; characterized in that the first radiation portion further comprises a signal transmission line, comprising a positive terminal electrically coupled to the first feeding terminal and a negative terminal electrically coupled to the first grounding terminal, an electrical path being formed from the positive terminal of the signal transmission line through the first feeding terminal, the second ground portion, the first ground portion, and the first grounding terminal to the negative terminal of the signal transmission line. a first ground structure, comprising a first ground portion, a second ground portion and a first slit arranged between the first ground portion and the second ground portion; a first radiation portion, configured to generate a first resonant mode of the antenna module accompanied with the first ground structure, wherein the first radiation portion comprises: a first feeding terminal, configured to send and receive a first antenna signal; a first grounding terminal, electrically coupled to the first ground portion; and a first feeding terminal, configured to send and receive a first antenna signal; a first grounding terminal, electrically coupled to the first ground portion; and a second radiation portion, configured to generate a second resonant mode of the antenna module in a manner of coupling with the first radiation portion, wherein the second radiation portion comprises: a second feeding terminal, configured to send and receive a second antenna signal; and a second grounding terminal, electrically coupled to the second ground portion; a second feeding terminal, configured to send and receive a second antenna signal; and a second grounding terminal, electrically coupled to the second ground portion; characterized in that the first radiation portion further comprises a signal transmission line, comprising a positive terminal electrically coupled to the first feeding terminal and a negative terminal electrically coupled to the first grounding terminal, an electrical path being formed from the positive terminal of the signal transmission line through the first feeding terminal, the second ground portion, the first ground portion, and the first grounding terminal to the negative terminal of the signal transmission line.
An airline catering trolley, comprising: a mobile cart body; a beverage dispensing system disposed within the cart body and including a beverage dispenser extending from the cart body; and a first computing device mounted to the cart body and operatively connected to the beverage dispensing system, the first computing device including a processor, a memory, an input/output device, and a transceiver; wherein the first computing device is configured to receive a first input regarding a first beverage to be dispensed through the input/output device, and dispense beverages from the beverage dispenser based on the first input; and wherein the first computing device is removeably mounted to the cart body and is mountable to an aircraft when removed from the cart body. a mobile cart body; a beverage dispensing system disposed within the cart body and including a beverage dispenser extending from the cart body; and a first computing device mounted to the cart body and operatively connected to the beverage dispensing system, the first computing device including a processor, a memory, an input/output device, and a transceiver; wherein the first computing device is configured to receive a first input regarding a first beverage to be dispensed through the input/output device, and dispense beverages from the beverage dispenser based on the first input; and wherein the first computing device is removeably mounted to the cart body and is mountable to an aircraft when removed from the cart body.
A ribonucleic acid comprising a double stranded structure, whereby the double-stranded structure comprises a first strand and a second strand, whereby the first strand comprises a first stretch of contiguous nucleotides and whereby said first stretch is at least partially complementary to a target nucleic acid, and the second strand comprises a second stretch of contiguous nucleotides and whereby said second stretch is at least partially identical to a target nucleic acid, whereby said first strand and said second strand comprises a plurality of groups of modified nucleotides having a modification at the 2'-position whereby within the strand each group of modified nucleotides is flanked on one or both sides by a flanking group of nucleotides whereby the flanking nucleotides forming the flanking groups of nucleotides are unmodified nucleotides; wherein the double-stranded structure has a length of 17-21 bases; wherein the modification is a 2' O methyl group; wherein at least one of the two strands has an overhang of at least one nucleotide the overhang consisting of at least one deoxyribonucleotide; and wherein the ribonucleic acid mediates RNA interference.
A suction bag emptying device comprising a container for receiving a suction bag, the container having a discharge point for discharging the contents of the suction bag, characterized in that the emptying device comprises an intermediate container for receiving the contents of the suction bag and a valve between the container and the intermediate container, the intermediate container comprises; - means for puncturing a bag portion of the suction bag without making contact with the bag, the means comprising a channel for conveying negative pressure into the emptying device, the channel being provided with a valve and - a channel for discharging the contents of the suction bag, the channel being provided with a valve. - means for puncturing a bag portion of the suction bag without making contact with the bag, the means comprising a channel for conveying negative pressure into the emptying device, the channel being provided with a valve and - a channel for discharging the contents of the suction bag, the channel being provided with a valve.
A vascular access catheter assembly including: - a main body, - a needle secured to a needle hub which is releasably connected to the main body, - a cannula which is attached to the main body and adapted to coaxially surround the needle, and - a swabbable intravenous valve securely attached to the main body, such that at a first state of the assembly, the intravenous valve is positioned substantially around a retraction axis of the needle; characterized by - the valve including a core; wherein the assembly comprises a cap which is releasably connected to the main body, and the needle hub is secured to the cap, or integral with the cap; the valve is adapted by its shape, size and position relative to the main body, to be movable relative to the main body along the retraction axis towards the cannula at bringing the assembly from its first state to a second state by moving the needle hub towards the main body until a tip of the needle is exposed from the cannula; and the valve includes a gap between the core and the cap adapted to be filled by moving the cap along with the valve towards the core at bringing the assembly from the first state to the second state. - a main body, - a needle secured to a needle hub which is releasably connected to the main body, - a cannula which is attached to the main body and adapted to coaxially surround the needle, and - a swabbable intravenous valve securely attached to the main body, such that at a first state of the assembly, the intravenous valve is positioned substantially around a retraction axis of the needle; - the valve including a core; wherein the assembly comprises a cap which is releasably connected to the main body, and the needle hub is secured to the cap, or integral with the cap; the valve is adapted by its shape, size and position relative to the main body, to be movable relative to the main body along the retraction axis towards the cannula at bringing the assembly from its first state to a second state by moving the needle hub towards the main body until a tip of the needle is exposed from the cannula; and the valve includes a gap between the core and the cap adapted to be filled by moving the cap along with the valve towards the core at bringing the assembly from the first state to the second state. the assembly comprises a cap which is releasably connected to the main body, and the needle hub is secured to the cap, or integral with the cap; the valve is adapted by its shape, size and position relative to the main body, to be movable relative to the main body along the retraction axis towards the cannula at bringing the assembly from its first state to a second state by moving the needle hub towards the main body until a tip of the needle is exposed from the cannula; and the valve includes a gap between the core and the cap adapted to be filled by moving the cap along with the valve towards the core at bringing the assembly from the first state to the second state.
A heat-not-burn device comprising: a body defining a cavity and an opening to the cavity for receipt of a heat-not-burn consumable therein; a closure moveable between: a first position in which it covers the opening; and a second position in which the closure is retracted so as to be substantially concealed within the body; characterised in that: the closure comprises biasing means which urge the closure into both the first position and the second position; and the biasing means comprises a magnet. a body defining a cavity and an opening to the cavity for receipt of a heat-not-burn consumable therein; a closure moveable between: a first position in which it covers the opening; and a second position in which the closure is retracted so as to be substantially concealed within the body; a first position in which it covers the opening; and a second position in which the closure is retracted so as to be substantially concealed within the body; characterised in that: the closure comprises biasing means which urge the closure into both the first position and the second position; and the biasing means comprises a magnet. the closure comprises biasing means which urge the closure into both the first position and the second position; and the biasing means comprises a magnet.
A medium-based method realized for differentiation of dental stem cells into neurons, which enables mesenchymal stem cells obtained from dental tissue to be differentiated into dopaminergic neurons, and comprises the steps of - seeding the dental stem cells at a concentration of 5000 cells/cm 2, - following 24 hour incubation, introducing the cells into first part neurogenic induction medium that contains ∘ Dmem/F12 Glutamax supplemented, ∘ B-27 Supplement %1, ∘ 3-Isobutyl-1-methylxanthine (IBMX) 100 μM, ∘ Valproic acid sodium salt 2 mM, ∘ Forskolin 0,1 μM, ∘ Basic Fibroblast Growth Factor (bFGF) 20 ng/ml, ∘ Epidermal Growth Factor 20 ng/ml. - continuing the medium application for 4 days, - subsequently, introducing the cells into the second part neurogenic induction medium that contains ∘ Dmem/F12 Glutamax supplemented ∘ B-27 Supplement %1 ∘ 3-Isobutyl-1-methylxanthine (IBMX) 100 μM ∘ Valproic acid sodium salt 2 mM ∘ Forskolin 0,1 μM ∘ Basic Fibroblast Growth Factor (bFGF) 20 ng/ml ∘ Epidermal Growth Factor 20 ng/ml ∘ Brain derived neurotrophic factor 30 ng/ml - continuing the medium application for 2 days, - terminating the differentiation at the end of 6 days. - seeding the dental stem cells at a concentration of 5000 cells/cm 2, - following 24 hour incubation, introducing the cells into first part neurogenic induction medium that contains ∘ Dmem/F12 Glutamax supplemented, ∘ B-27 Supplement %1, ∘ 3-Isobutyl-1-methylxanthine (IBMX) 100 μM, ∘ Valproic acid sodium salt 2 mM, ∘ Forskolin 0,1 μM, ∘ Basic Fibroblast Growth Factor (bFGF) 20 ng/ml, ∘ Epidermal Growth Factor 20 ng/ml. ∘ Dmem/F12 Glutamax supplemented, ∘ B-27 Supplement %1, ∘ 3-Isobutyl-1-methylxanthine (IBMX) 100 μM, ∘ Valproic acid sodium salt 2 mM, ∘ Forskolin 0,1 μM, ∘ Basic Fibroblast Growth Factor (bFGF) 20 ng/ml, ∘ Epidermal Growth Factor 20 ng/ml. - continuing the medium application for 4 days, - subsequently, introducing the cells into the second part neurogenic induction medium that contains ∘ Dmem/F12 Glutamax supplemented ∘ B-27 Supplement %1 ∘ 3-Isobutyl-1-methylxanthine (IBMX) 100 μM ∘ Valproic acid sodium salt 2 mM ∘ Forskolin 0,1 μM ∘ Basic Fibroblast Growth Factor (bFGF) 20 ng/ml ∘ Epidermal Growth Factor 20 ng/ml ∘ Brain derived neurotrophic factor 30 ng/ml ∘ Dmem/F12 Glutamax supplemented ∘ B-27 Supplement %1 ∘ 3-Isobutyl-1-methylxanthine (IBMX) 100 μM ∘ Valproic acid sodium salt 2 mM ∘ Forskolin 0,1 μM ∘ Basic Fibroblast Growth Factor (bFGF) 20 ng/ml ∘ Epidermal Growth Factor 20 ng/ml ∘ Brain derived neurotrophic factor 30 ng/ml - continuing the medium application for 2 days, - terminating the differentiation at the end of 6 days.
A phased array antenna system comprising: a front-end circuit including a plurality of antenna channels where each antenna channel includes a front antenna element and a rear antenna element, said front antenna element being operable to receive signals from the environment or transmit signals into the environment, each antenna channel further including a beam scan phase shifter and a true time delay, TTD, phase shifter through which the receive signals or the transmit signals propagate, a variable attenuator positioned between the beam scan phase shifter and the TTD phase shifter that provides signal attenuation, and an amplifier positioned between the beam scan phase shifter and the front antenna element that is a low noise amplifier for the receive signals from the environment or a high power amplifier for transmitting signals into the environment; and a back-end circuit spaced apart from the front-end circuit and including a single feed horn receiving the receive signals from the rear antenna elements or transmitting the transmit signals to all of the rear antenna elements, said back-end circuit further including an ortho-mode transducer that separates the transmit signals or the receive signals into orthogonally polarized signals, said back-end circuit further including a pair of couplers (48, 54) and a pair of polarization phase shifters (50, 52) that combine to adjust the polarization of the transmit signal or the receive signal. a front-end circuit including a plurality of antenna channels where each antenna channel includes a front antenna element and a rear antenna element, said front antenna element being operable to receive signals from the environment or transmit signals into the environment, each antenna channel further including a beam scan phase shifter and a true time delay, TTD, phase shifter through which the receive signals or the transmit signals propagate, a variable attenuator positioned between the beam scan phase shifter and the TTD phase shifter that provides signal attenuation, and an amplifier positioned between the beam scan phase shifter and the front antenna element that is a low noise amplifier for the receive signals from the environment or a high power amplifier for transmitting signals into the environment; and a back-end circuit spaced apart from the front-end circuit and including a single feed horn receiving the receive signals from the rear antenna elements or transmitting the transmit signals to all of the rear antenna elements, said back-end circuit further including an ortho-mode transducer that separates the transmit signals or the receive signals into orthogonally polarized signals, said back-end circuit further including a pair of couplers (48, 54) and a pair of polarization phase shifters (50, 52) that combine to adjust the polarization of the transmit signal or the receive signal.
A cleaning blower for a combine harvester, comprising: - at least one fan wheel arranged on at least one drive shaft, - at least one housing portion (31, 51) which encases the at least one fan wheel and which has at least one inlet opening (32, 52) for sucking in air and at least one first outlet segment (34, 54) extending in the tangential direction of the respective fan wheel, - and a passage portion adjoining the first outlet segment (34, 54), wherein the passage portion is formed from substantially perpendicularly extending side walls and substantially horizontally extending walls, and wherein arranged in the interior of the passage portion are U-shaped wall portions whose long limbs extend substantially parallel to the side walls and connect the first outlet segment (34, 54) of mutually adjacent housing portions (31, 51) together and wherein a respective short limb of the wall portions is of an arcuate configuration curved in the direction of an outlet opening of the passage portion, characterised in that the at least one housing portion (31, 51) and the passage portion are in the form of a one-piece housing (30, 50) comprising a plastic material, wherein there are provided at least two fan wheels, each of which is encased by a housing portion (31, 51) of the one-piece housing (30, 50). - at least one fan wheel arranged on at least one drive shaft, - at least one housing portion (31, 51) which encases the at least one fan wheel and which has at least one inlet opening (32, 52) for sucking in air and at least one first outlet segment (34, 54) extending in the tangential direction of the respective fan wheel, - and a passage portion adjoining the first outlet segment (34, 54), wherein the passage portion is formed from substantially perpendicularly extending side walls and substantially horizontally extending walls, and wherein arranged in the interior of the passage portion are U-shaped wall portions whose long limbs extend substantially parallel to the side walls and connect the first outlet segment (34, 54) of mutually adjacent housing portions (31, 51) together and wherein a respective short limb of the wall portions is of an arcuate configuration curved in the direction of an outlet opening of the passage portion, characterised in that the at least one housing portion (31, 51) and the passage portion are in the form of a one-piece housing (30, 50) comprising a plastic material, wherein there are provided at least two fan wheels, each of which is encased by a housing portion (31, 51) of the one-piece housing (30, 50).