mhurhangee/patent-ind-claim-en huggingface dataset:
A communication terminal apparatus , comprising: a negotiator adapted to negotiate a codec used for communication between the communication terminal apparatus and a counterpart terminal at a start of the communication, using an IP multimedia subsystem, IMS, signaling including one of a session description protocol, SDP, offer and an SDP answer, the negotiated codec being a codec that supports a plurality of bandwidths of audio/speech input signals to be encoded; and a bandwidth determiner adapted to limit the bandwidth of the audio/speech input signal of the codec to another bandwidth without changing the codec during the communication with the counterpart terminal, according to signaling for limiting the bandwidth of the audio/speech input signal of the codec. a negotiator adapted to negotiate a codec used for communication between the communication terminal apparatus and a counterpart terminal at a start of the communication, using an IP multimedia subsystem, IMS, signaling including one of a session description protocol, SDP, offer and an SDP answer, the negotiated codec being a codec that supports a plurality of bandwidths of audio/speech input signals to be encoded; and a bandwidth determiner adapted to limit the bandwidth of the audio/speech input signal of the codec to another bandwidth without changing the codec during the communication with the counterpart terminal, according to signaling for limiting the bandwidth of the audio/speech input signal of the codec.
A method for culturing animal cells in a culture medium, wherein the culture medium comprises not less than 15 mg/L and not more than 100 mg/L of deoxyuridine or a salt thereof, not less than 15 mg/L and not more than 50 mg/L of thymidine or a salt thereof, and not less than 15 mg/L and not more than 50 mg/L of deoxycytidine or a salt thereof.
A system comprising an extracorporeal blood treatment machine , and a tube set that can be mounted detachably and, resp., interchangeably and in a predefined arrangement on the blood treatment machine, wherein the extracorporeal blood treatment machine , comprises a blood treatment device a conveying device for conveying blood through the blood treatment device , and a connection mask on which pressure sensor connections are located; wherein the tube set comprises at least one blood supply line for supplying blood to the blood treatment device , one blood return line for returning treated blood from the blood treatment device , one pump section adapted and provided to be inserted into the conveying device of the extracorporeal blood treatment machine , as well as at least two pressure-monitoring lines each of which branches off the blood supply line or the blood return line at a branch ; wherein the pressure-monitoring lines can be connected to the pressure sensor connections to transmit pressure from the branches to the corresponding pressure sensor connection , characterized in that the pressure sensor connections are spaced apart from one another and positioned on the extracorporeal blood treatment machine so as to match the tube set , and the length of the pressure-monitoring lines as well as the positioning of the branches are adapted such that, when the tube set is mounted in the predefined arrangement on the connection mask , each pressure-monitoring line , owing to its limited length and the predefined arrangement of the associated branch on the blood treatment machine, can be connected exclusively to a respective one of the pressure sensor connections . the extracorporeal blood treatment machine , comprises a blood treatment device a conveying device for conveying blood through the blood treatment device , and a connection mask on which pressure sensor connections are located; wherein the tube set comprises at least one blood supply line for supplying blood to the blood treatment device , one blood return line for returning treated blood from the blood treatment device , one pump section adapted and provided to be inserted into the conveying device of the extracorporeal blood treatment machine , as well as at least two pressure-monitoring lines each of which branches off the blood supply line or the blood return line at a branch ; wherein the pressure-monitoring lines can be connected to the pressure sensor connections to transmit pressure from the branches to the corresponding pressure sensor connection , characterized in that the pressure sensor connections are spaced apart from one another and positioned on the extracorporeal blood treatment machine so as to match the tube set , and the length of the pressure-monitoring lines as well as the positioning of the branches are adapted such that, when the tube set is mounted in the predefined arrangement on the connection mask , each pressure-monitoring line , owing to its limited length and the predefined arrangement of the associated branch on the blood treatment machine, can be connected exclusively to a respective one of the pressure sensor connections .
A semiconductor package component mounting structure in which a semiconductor package component is mounted on a substrate by joining an electrode of the substrate to an electrode of the semiconductor package component with a joining metal , the mounting structure comprising: a cured reinforcing adhesive which is not in contact with the joining metal , the reinforcing adhesive extending from a surface of the semiconductor package component opposite a surface facing the substrate to the substrate, wherein: the cured reinforcing adhesive extends over a distance L1 onto the opposite surface of the semiconductor package component from an end face of the semiconductor package component and extends over a distance L2 onto the surface of the semiconductor package component facing the substrate from the end face of the semiconductor package component , the end face connecting the surface of the semiconductor package component facing the substrate and the opposite surface ; and the distance L1 is equal to or greater than the distance L2, and the distance L1 and the distance L2 are greater than 0, a curing completion temperature of the reinforcing adhesive is higher than a melting point of the joining metal . the cured reinforcing adhesive extends over a distance L1 onto the opposite surface of the semiconductor package component from an end face of the semiconductor package component and extends over a distance L2 onto the surface of the semiconductor package component facing the substrate from the end face of the semiconductor package component , the end face connecting the surface of the semiconductor package component facing the substrate and the opposite surface ; and the distance L1 is equal to or greater than the distance L2, and the distance L1 and the distance L2 are greater than 0, a curing completion temperature of the reinforcing adhesive is higher than a melting point of the joining metal .
Ionizing arrangement (10; 20; 30) for electrically charging particles in an air flow in an air duct (1; 2), said air duct comprising a section B extending along an axis A, said arrangement comprising: a shielding electrode (11; 21) intended to be arranged within the air duct, said shielding electrode having a portion for arrangement in a plane substantially transverse to the longitudinal axis A, said portion having a shape corresponding to the cross sectional shape of the duct; and at least one corona electrode (12; 22) arranged in the centre of the portion, wherein the shielding electrode is further arranged to provide shielding of an electromagnetic field emanating from the corona electrode, characterized in that said portion is a member (13; 23) for arrangement in a plane substantially transverse to the longitudinal axis A, said member having a shape corresponding to the cross sectional shape of the duct, and wherein the shielding electrode further comprises: at least three arc shaped elements (15; 25) extending from the upstream side of the member; and/or at least three arc shaped elements (16; 26; 36) extending from the downstream side of the member. a shielding electrode (11; 21) intended to be arranged within the air duct, said shielding electrode having a portion for arrangement in a plane substantially transverse to the longitudinal axis A, said portion having a shape corresponding to the cross sectional shape of the duct; and at least one corona electrode (12; 22) arranged in the centre of the portion, wherein the shielding electrode is further arranged to provide shielding of an electromagnetic field emanating from the corona electrode, characterized in that said portion is a member (13; 23) for arrangement in a plane substantially transverse to the longitudinal axis A, said member having a shape corresponding to the cross sectional shape of the duct, and wherein the shielding electrode further comprises: at least three arc shaped elements (15; 25) extending from the upstream side of the member; and/or at least three arc shaped elements (16; 26; 36) extending from the downstream side of the member. at least three arc shaped elements (15; 25) extending from the upstream side of the member; and/or at least three arc shaped elements (16; 26; 36) extending from the downstream side of the member.
A toy for reproducing music or a narrated story including - a loudspeaker, - a sensor which can detect a property or a change in a property of its surroundings within an area of its surroundings, - a control unit, which can control the loudspeaker for reproducing music or a narrated story if the sensor detects a certain property or a certain change in a property of its surroundings within the area of its surroundings, or if the control unit detects a certain change in the property detected by the sensor, wherein the sensor is thus a reading device for communicating with a passive RFID transponder and/or for communicating with an active RFID transponder, characterised in that the toy has a processor with an identifier or a memory chip with an identifier, wherein the identifier of the processor or the memory chip is a device identifier, and the toy has a device for emitting a signal dependent upon the device identifier. - a loudspeaker, - a sensor which can detect a property or a change in a property of its surroundings within an area of its surroundings, - a control unit, which can control the loudspeaker for reproducing music or a narrated story if the sensor detects a certain property or a certain change in a property of its surroundings within the area of its surroundings, or if the control unit detects a certain change in the property detected by the sensor, wherein the sensor is thus a reading device for communicating with a passive RFID transponder and/or for communicating with an active RFID transponder, characterised in that the toy has a processor with an identifier or a memory chip with an identifier, wherein the identifier of the processor or the memory chip is a device identifier, and the toy has a device for emitting a signal dependent upon the device identifier.
An apparatus for dispensing tire sealant from a container by means of a pressure source , wherein the pressure source and the container are situated in a housing (1, 1.1), wherein the container is connected exchangeably to the pressure source in the housing (1, 1.1), characterized in that the pressure source has a connection piece , into which a nipple associated with the container engages in a sealing manner, or vice versa, wherein the nipple is provided on a valve , which is mounted on the container , and wherein the container together with the valve and the nipple is connected exchangeably to the pressure source in the housing (1, 1.1) via the connection piece .
A composition comprising: a resin blend comprising (A) 60-80 parts of a silicone rubber per 100 parts of the resin blend (phr), and (B) 20-40 phr of an ethylene/α-olefin interpolymer; (C) 10-30 phr of a filler; and (D) 0.5-3 phr of an α,β-unsaturated carboxylic acid. (A) 60-80 parts of a silicone rubber per 100 parts of the resin blend (phr), and (B) 20-40 phr of an ethylene/α-olefin interpolymer; (C) 10-30 phr of a filler; and (D) 0.5-3 phr of an α,β-unsaturated carboxylic acid.
A pre-cast concrete component, in particular a pre-cast concrete panel , - having at least one transport anchor embedded in the component, the component being fixable to a transport apparatus by means of the transport anchor , the transport anchor having a fixing device for fixing the transport anchor to the transport apparatus, the transport anchor having at least one, preferably only one, movable or displaceable adjusting element, by means of which adjusting element the distance, preferably the vertical distance, of the component from an installation subsurface can be set, and the transport anchor having at least one filling channel for introducing a filling material or grouting material between the component and the installation subsurface , characterised in that the transport anchor is composed of two part-anchors which are connected to each other by their mutually facing ends, wherein an upper part-anchor extends through the upper half of the component or panel , and a lower part-anchor extends through a lower half of the component or panel , wherein both part-anchors are embedded in the component or panel over their entire length, wherein the fixing device is provided in the upper part-anchor .
A substrate comprising a surface layer comprising a fluorochemical material and a non-fluorinated polymeric binder;wherein the fluorochemical material is a compound having the formula: (R f -L-P) n A R f is a fluorinated group; L is independently an organic divalent linking group; P is a catenary, divalent heteroatom-containing carbonyl moiety, such as -C(O)O-; A is hydrocarbon moiety comprising 4 to 40 carbon atoms; and n ranges from 1 to 3; and wherein the amount of the fluorochemical material is not greater than 15 wt.-% of the sum of the fluorochemical material and the non-fluorinated polymeric binder. R f is a fluorinated group; L is independently an organic divalent linking group; P is a catenary, divalent heteroatom-containing carbonyl moiety, such as -C(O)O-; A is hydrocarbon moiety comprising 4 to 40 carbon atoms; and n ranges from 1 to 3; and wherein the amount of the fluorochemical material is not greater than 15 wt.-% of the sum of the fluorochemical material and the non-fluorinated polymeric binder.
A package for storing and dispensing a consumable product comprising: a first compartment sized to receive a first quantity of consumable product ; a second compartment sized to receive a second quantity of consumable product , wherein the second compartment is hingedly and detachably attached to the first compartment by a first connection member , characterized in that : a second connection member coupled to the first compartment and to the second compartment further connects the compartments to one another, wherein the second connection member is removably attached to the first compartment and the second compartment by at least one line of weakening for separation of the first compartment from the second compartment . a first compartment sized to receive a first quantity of consumable product ; a second compartment sized to receive a second quantity of consumable product , wherein the second compartment is hingedly and detachably attached to the first compartment by a first connection member , characterized in that : a second connection member coupled to the first compartment and to the second compartment further connects the compartments to one another, wherein the second connection member is removably attached to the first compartment and the second compartment by at least one line of weakening for separation of the first compartment from the second compartment .
Method for localising a rail vehicle running in a CBTC (Communication-Based Train Control) train control and train protection system with an on-board train control device and lineside train protection devices, and also with a localisation unit for acquiring position values (P1) during the journey of the rail vehicle , characterised in that - by means of the localisation unit, a localisation of the rail vehicle is executed using a reliable position value (P1) stored in a position of the rail vehicle and a received position value of a next-passed reference point during the journey of the rail vehicle , - by means of the localisation unit, reliable position values (P1) of the localisation unit during the journey of the rail vehicle are identified and stored and a position value (P1) last stored before the occurrence of unreliable position values is used as the stored, reliable position value. - by means of the localisation unit, a localisation of the rail vehicle is executed using a reliable position value (P1) stored in a position of the rail vehicle and a received position value of a next-passed reference point during the journey of the rail vehicle , - by means of the localisation unit, reliable position values (P1) of the localisation unit during the journey of the rail vehicle are identified and stored and a position value (P1) last stored before the occurrence of unreliable position values is used as the stored, reliable position value.
An impeller comprising: an impeller body that is formed of a resin, forms a disk-like shape, and rotates about a rotation center axis (O) together with a rotating shaft ; a plurality of blades provided on a front surface side of the impeller body; and a reinforcing ring that is formed on a back surface of the impeller body is formed of a resin and reinforcing fibers, and forms an annular shape in a circumferential direction of the impeller body , characterized in that the reinforcing ring is fitted to contact a fitting surface of a step section from the outer peripheral side, the step section having the fitting surface facing an outer peripheral side, the step section splits the back surface into a first back surface located on a radial outer side and a second back surface located on a radial inner side, and the fitting surface is disposed between the first back surface and the second back surface , and the second back surface is inclined so as to approach one side of the rotation center axis (O) opposed to a suction port as the second back surface is closer to the radial inner side, while being curved in a concave shape to the other side. an impeller body that is formed of a resin, forms a disk-like shape, and rotates about a rotation center axis (O) together with a rotating shaft ; a plurality of blades provided on a front surface side of the impeller body; and a reinforcing ring that is formed on a back surface of the impeller body is formed of a resin and reinforcing fibers, and forms an annular shape in a circumferential direction of the impeller body , characterized in that the reinforcing ring is fitted to contact a fitting surface of a step section from the outer peripheral side, the step section having the fitting surface facing an outer peripheral side, the step section splits the back surface into a first back surface located on a radial outer side and a second back surface located on a radial inner side, and the fitting surface is disposed between the first back surface and the second back surface , and the second back surface is inclined so as to approach one side of the rotation center axis (O) opposed to a suction port as the second back surface is closer to the radial inner side, while being curved in a concave shape to the other side.
A method of fabricating a cellular structure, the method comprising: a step of feeding a cell aggregate onto thread or needle shaped members, said member forming a net shaped space by said thread or needle shaped member, a step of layering a support with a feed cell aggregate; and a step of removing said threads or needles from a fused cellular structure; wherein the support comprises; multiple frames; and multiple thread or needle shaped members which form a net shaped space surrounded by the multiple frames; wherein said net shaped space can hold cell aggregates. a step of feeding a cell aggregate onto thread or needle shaped members, said member forming a net shaped space by said thread or needle shaped member, a step of layering a support with a feed cell aggregate; and a step of removing said threads or needles from a fused cellular structure;
Stabilized probiotic granules for admixing to a liquid-based food product, resistant to heating in an aqueous environment, comprising i) a core of probiotic bacteria in a substrate or mixed with a substrate; ii) at least one first layer adjacent to the core which is an outer layer comprising a thermo-reversible gel-forming polymer having a lower critical solution temperature (LCST) of at least 45 °C selected from HPC LF or HPC EF in combination with Poloxamer 124, iii) an inner layer, which is layered between said core of probiotic bacteria and said first layer (outer layer) comprising the thermo-reversible gel forming polymer, wherein said inner layer is selected from the group consisting of water soluble or erodible polymers, wherein said inner layer comprises HPMC E5 and polyethylene glycol; iv) optionally a second layer adjacent to said outer layer, which is an exterior layer comprising a water soluble or erodible polymer for enhancing the dissolution of said thermo-reversible gel forming polymer on cooling below its lower critical solution temperature (LCST), wherein said second layer comprises HPMC E5 and polyethylene glycol. i) a core of probiotic bacteria in a substrate or mixed with a substrate; ii) at least one first layer adjacent to the core which is an outer layer comprising a thermo-reversible gel-forming polymer having a lower critical solution temperature (LCST) of at least 45 °C selected from HPC LF or HPC EF in combination with Poloxamer 124, iii) an inner layer, which is layered between said core of probiotic bacteria and said first layer (outer layer) comprising the thermo-reversible gel forming polymer, wherein said inner layer is selected from the group consisting of water soluble or erodible polymers, wherein said inner layer comprises HPMC E5 and polyethylene glycol; iv) optionally a second layer adjacent to said outer layer, which is an exterior layer comprising a water soluble or erodible polymer for enhancing the dissolution of said thermo-reversible gel forming polymer on cooling below its lower critical solution temperature (LCST), wherein said second layer comprises HPMC E5 and polyethylene glycol.