mhurhangee/ep-ind-claims huggingface dataset:
Dishwasher, in particular a domestic dishwasher, comprising a washing container which provides a washing chamber and is used to receive washware to be cleaned, and a heat pump device which has a compressor having a refrigerant inlet and a refrigerant outlet, a heat exchanger being associated with the compressor, characterized in that the heat exchanger is a pipeline fluidically connected to the washing chamber, so that washing solution originating from the washing chamber can be guided through the heat exchanger, the pipeline being arranged in portions on the compressor on the outside of the compressor. a heat exchanger being associated with the compressor, characterized in that the heat exchanger is a pipeline fluidically connected to the washing chamber, so that washing solution originating from the washing chamber can be guided through the heat exchanger, the pipeline being arranged in portions on the compressor on the outside of the compressor.
A seal arrangement configured to provide a seal for an actuator against an internal bore of a fuel injector, comprising: a seal member having a longitudinal axis and defining a high pressure side and a low pressure side; one or more terminal passages defined in the seal member for accommodating a respective one or more electrical terminals; wherein the seal member includes an outer sealing surface configured such that contact pressure between the outer sealing surface and a mating surface of the bore increases in dependence on a pressure differential between the high pressure side and the low pressure side, in use, and wherein the outer sealing surface includes a first sealing region having a tapered section which defines a sealing line and wherein the tapered section is frustoconical characterized in that, the first sealing region includes dilation means configured to dilate the first sealing region on application of pressurised fluid thereto and wherein the dilation means includes one or more cavities arranged about the longitudinal axis of the seal member. a seal member having a longitudinal axis and defining a high pressure side and a low pressure side; one or more terminal passages defined in the seal member for accommodating a respective one or more electrical terminals; wherein the seal member includes an outer sealing surface configured such that contact pressure between the outer sealing surface and a mating surface of the bore increases in dependence on a pressure differential between the high pressure side and the low pressure side, in use, and wherein the outer sealing surface includes a first sealing region having a tapered section which defines a sealing line and wherein the tapered section is frustoconical characterized in that, the first sealing region includes dilation means configured to dilate the first sealing region on application of pressurised fluid thereto and wherein the dilation means includes one or more cavities arranged about the longitudinal axis of the seal member.
A lactase preparation comprising: a lactase bulk powder comprising lactase and galactose and/or glucose, wherein a total amount of the galactose and the glucose is more than 0 μmol and equal to or less than 50 μmol per 100,000 units of lactase, more than 0 μmol and equal to or less than 30 μmol per 100,000 units of lactase, or more than 0 μmol and equal to or less than 8 μmol per 100,000 units of lactase, and a sugar excipient, wherein the lactase bulk powder and the sugar excipient are mixed together in a dried state. a lactase bulk powder comprising lactase and galactose and/or glucose, wherein a total amount of the galactose and the glucose is more than 0 μmol and equal to or less than 50 μmol per 100,000 units of lactase, more than 0 μmol and equal to or less than 30 μmol per 100,000 units of lactase, or more than 0 μmol and equal to or less than 8 μmol per 100,000 units of lactase, and a sugar excipient, wherein the lactase bulk powder and the sugar excipient are mixed together in a dried state.
Hairdressing appliance (1; 101) comprising two treatment surface assemblies for gripping a lock of hair, the two treatment surface assemblies being respectively carried by jaws (2, 3; 102, 103) arranged facing one another, said treatment surface assemblies comprising at least one main smoothing region (10, 11; 110, 111) which heats up making it possible to grip the lock of hair in a first plane and a complementary smoothing region (20; 120; 220) which heats up making it possible to grip the lock of hair in a second plane which is not parallel to the first plane, with the complementary smoothing region being located upstream and/or downstream of the main smoothing region (10, 11), characterised in that the main smoothing region and the complementary smoothing region are thermally independent.
Apparatus for emulation of a power system, the apparatus comprising a plurality of programmable elements, selectively connectable to one another; each programmable element comprising: a. at least two elements selected from the group consisting of a generator element, a line element and a load element; and b. a programmable switch element, operable to connect selectively the at least two elements of each programmable element to one another, and to connect selectively the programmable element to one or more other programmable elements, wherein the programmable switch element is operable to alter selectively the connections between one or more programmable elements, and wherein an emulation speed for the emulation of the power system is faster than real time so that effects of disturbances may be analysed prior to their appearance in real time. a. at least two elements selected from the group consisting of a generator element, a line element and a load element; and b. a programmable switch element, operable to connect selectively the at least two elements of each programmable element to one another, and to connect selectively the programmable element to one or more other programmable elements,
A server of a positioning system for a mobile communication network comprising: a positioning request processing means adapted to receive a positioning request from a client device to request position information of a target mobile station, wherein said positioning request contains requested positioning accuracy and a requested positioning accuracy class; a storage means adapted to hold a positioning result of said target mobile station; and a transmission means adapted to transmit one of said positioning result and error notification as a positioning response to said positioning request, wherein said transmission means are adapted to transmit said positioning result when said requested positioning accuracy class is "Assured" and said requested accuracy has been satisfied, and to transmit said error notification when said requested positioning accuracy class is "Assured" and said requested accuracy has not been satisfied; and wherein if said requested positioning accuracy class is "Best Effort", said transmission means transmits whatever positioning result. a positioning request processing means adapted to receive a positioning request from a client device to request position information of a target mobile station, wherein said positioning request contains requested positioning accuracy and a requested positioning accuracy class; a storage means adapted to hold a positioning result of said target mobile station; and a transmission means adapted to transmit one of said positioning result and error notification as a positioning response to said positioning request, wherein said transmission means are adapted to transmit said positioning result when said requested positioning accuracy class is "Assured" and said requested accuracy has been satisfied, and to transmit said error notification when said requested positioning accuracy class is "Assured" and said requested accuracy has not been satisfied; and wherein if said requested positioning accuracy class is "Best Effort", said transmission means transmits whatever positioning result.
Method for the demodulation of two signals (S1, S2) that may mutually collide, these signals being those of an access system, and on which a time, frequency and phase synchronisation has been carried out, the method consisting of determining the value of the phase of the global signal formed from these two signals, and of determining the values of the phase states of each of the two signals and therefore their digital contents using the Viterbi method, characterised in that Viterbi demodulation consists, in the case where two signals are "confused", that is to say of the same carrier frequency and whose bit transitions coincide, of carrying out the following iterations: in a first step measuring the phase of the global signal sampled at the bit transition times, which will therefore be common to the two signals, in a second step, estimating, based on the pair of phase states, one for each signal S1 and S2, originating from the preceding iteration, and for each hypothesis of a received pair of bits, one for each signal S1 and S2, the expected value of the global phase, this estimated phase being dependant on the power deviation of the two signals, the phase states of the two signals, as well as the values of phase offset of the two signals resulting from different path lengths (φ off1 and φ off2), in a third step, calculating the metric associated with each hypothesis of a received pair of bits, this metric being the distance measured and estimated between the global phases; and in a final step preserving the pair of bit-streams, one for each signal S1 and S2, offering the smallest aggregate metric, this aggregate metric being the sum of the aggregate metric calculated in the preceding iteration and the metric calculated in the third step of the current iteration, in which when the bit transitions of the two signals are not coincident when received, the successive iterations of the Viterbi method are modified as follows: the phase of the global signal is sampled at the bit transition times of the strongest signal, even if the strengths are identical, and the calculation of the global phase estimated during each iteration also takes into account the phase offset of the second signal relative to the first signal.
A system arranged for identifying a selected object in a device comprising depressions for housing at least two microscopic objects, each depression housing one of the at least two microscopic objects, wherein said system comprises means for providing information about a selected object to said device, said object preferably selected by a quality assessment.
An article of footwear having an upper and a sole structure, the upper defining an interior void for receiving a foot of a wearer and comprising: an outer layer forming part of an exterior surface of the article of footwear and having (i) a rearward-facing aperture, (ii) a plurality of laterally-facing apertures (31,32,33), and (iii) a plurality of medially-facing apertures (31,32,33) in a rearfoot region of the footwear; an inner layer attached to the outer layer, and positioned adjacent the interior void to form part of an interior surface of the footwear; and a chamber element sealed to enclose a fluid, the chamber element being positioned at least partially between the outer layer and the inner layer, and the chamber element having(i) a rearward-facing portion Z that protrudes at least partially through the rearward-facing aperture, (ii) a plurality of laterally-facing portions (41,42,43) that each protrudes through one of the laterally-facing apertures, and (iii) a plurality of medially-facing portions (41,42,43) that each protrudes through one of the medially-facing apertures. an outer layer forming part of an exterior surface of the article of footwear and having (i) a rearward-facing aperture, (ii) a plurality of laterally-facing apertures (31,32,33), and (iii) a plurality of medially-facing apertures (31,32,33) in a rearfoot region of the footwear; an inner layer attached to the outer layer, and positioned adjacent the interior void to form part of an interior surface of the footwear; and a chamber element sealed to enclose a fluid, the chamber element being positioned at least partially between the outer layer and the inner layer, and the chamber element having(i) a rearward-facing portion Z that protrudes at least partially through the rearward-facing aperture, (ii) a plurality of laterally-facing portions (41,42,43) that each protrudes through one of the laterally-facing apertures, and (iii) a plurality of medially-facing portions (41,42,43) that each protrudes through one of the medially-facing apertures.
An Interleukin-233 fusion protein consisting of an IL-2 fragment and an IL-33 fragment, and wherein said IL-2 fragment is linked to said IL-33 fragment with a linker sequence of SEQ ID NO:5 to form said Interleukin-233 fusion protein having amino acid sequence SEQ ID NO:2 or SEQ ID NO:11.
Method for applying a spray liquid with an agricultural sprayer, having the steps of: - conducting a carrier liquid from a storage container for the carrier liquid into a circulating circuit which has a plurality of conveying devices (36a, 36b) and is connectable in a fluid-conducting manner to a plurality of application elements (20a-20f, 22a-22f), wherein the circulating circuit comprises a plurality of circulation paths (18a, 18b) and the application elements (20a-20f, 22a-22f) are arranged along the circulation paths (18a, 18b); and - producing a liquid active substance mixture by mixing the carrier liquid with an active substance; wherein the active substance mixture corresponds to the spray liquid; - preventing a backflow from the circulating circuit into the storage container for the carrier liquid; - feeding the active substance into the circulating circuit; and - circulating the liquid active substance mixture in the circulating circuit while the backflow from the circulating circuit into the storage container for the carrier liquid is prevented. - conducting a carrier liquid from a storage container for the carrier liquid into a circulating circuit which has a plurality of conveying devices (36a, 36b) and is connectable in a fluid-conducting manner to a plurality of application elements (20a-20f, 22a-22f), wherein the circulating circuit comprises a plurality of circulation paths (18a, 18b) and the application elements (20a-20f, 22a-22f) are arranged along the circulation paths (18a, 18b); and - producing a liquid active substance mixture by mixing the carrier liquid with an active substance; wherein the active substance mixture corresponds to the spray liquid; - preventing a backflow from the circulating circuit into the storage container for the carrier liquid; - feeding the active substance into the circulating circuit; and - circulating the liquid active substance mixture in the circulating circuit while the backflow from the circulating circuit into the storage container for the carrier liquid is prevented.
Apparatus for the additive manufacture of a three-dimensional object by successive layered selective hardening of construction material layers from hardenable construction material by means of at least one laser beam, comprising at least one device for generating at least one laser beam for layered selective hardening of individual construction material layers from hardenable construction material, wherein the device comprises a plurality of laser diode elements that can be or are arranged directly above the construction plane in which construction material layers that are to be or have been selectively hardened are formed, which laser diode elements are each designed for generating a laser beam oriented directly onto the construction plane, characterised in that the plurality of laser diode elements is arranged above one another in a plurality of planes, at a specific spatial offset relative to one another, wherein the arrangement of the laser diode elements above one another in the plurality of planes is selected such that the laser beams can in each case be oriented directly onto the construction plane, wherein a laser beam generated by a laser diode element arranged in an upper plane strikes the construction plane through a gap between laser diode elements arranged directly adjacently in a lower plane. comprises a plurality of laser diode elements that can be or are arranged directly above the construction plane in which construction material layers that are to be or have been selectively hardened are formed, which laser diode elements are each designed for generating a laser beam oriented directly onto the construction plane, characterised in that the plurality of laser diode elements is arranged above one another in a plurality of planes, at a specific spatial offset relative to one another, wherein the arrangement of the laser diode elements above one another in the plurality of planes is selected such that the laser beams can in each case be oriented directly onto the construction plane, wherein a laser beam generated by a laser diode element arranged in an upper plane strikes the construction plane through a gap between laser diode elements arranged directly adjacently in a lower plane.
Drum centrifuge having a rotatable drum, a rotor rotatable relative to the drum, an intake acceleration device (44; 46) for introducing medium to be centrifuged into the drum and accelerating same in the circumferential direction and a discharge decelerating device (64; 74) for discharging clarified medium from the drum and decelerating same in the circumferential direction, wherein the intake acceleration device (44; 46) is rotatable separately from the rotor and is coupled to the discharge decelerating device (64; 74) in a rotational energy-transmitting manner, characterised in that the rotational energy-transmitting coupling of the intake acceleration device (44; 46) is formed with the discharge decelerating device (64; 74) as direct coupling by means of a shaft which is arranged between the intake acceleration device (44; 46) and the discharge decelerating device (64; 74) in the interior of the rotor.
A nucleic acid which may be expressed in a plant host comprising one or more regulatory regions operative in a plant, and operatively linked to a sequence encoding a chimeric influenza hemagglutinin polypeptide comprising a stem domain cluster, a head domain cluster and a transmembrane domain cluster, the one or more regulatory regions comprising a promoter and a 5'UTR, 3'UTR or 5'UTR and 3'UTR, and wherein a) the SDC comprises an F'1, F'2 and F subdomain; b) the HDC comprises a receptor binding, E1 and E2 subdomain; c) the TDC comprises a transmembrane (TmD) and C terminal tail subdomain; and i) wherein the RB subdomain is of a first influenza HA polypeptide, and the SDC and E1 and E2 subdomains are from a second influenza HA polypeptide and, ii) wherein the first influenza HA polypeptide is from influenza H1 or H5, and the second influenza HA polypeptide is from influenza H1 or H5, and the second influenza HA polypeptide is derived from a different influenza strain than the first influenza HA polypeptide. a) the SDC comprises an F'1, F'2 and F subdomain; b) the HDC comprises a receptor binding, E1 and E2 subdomain; c) the TDC comprises a transmembrane (TmD) and C terminal tail subdomain; and i) wherein the RB subdomain is of a first influenza HA polypeptide, and the SDC and E1 and E2 subdomains are from a second influenza HA polypeptide and, ii) wherein the first influenza HA polypeptide is from influenza H1 or H5, and the second influenza HA polypeptide is from influenza H1 or H5, and the second influenza HA polypeptide is derived from a different influenza strain than the first influenza HA polypeptide. i) wherein the RB subdomain is of a first influenza HA polypeptide, and the SDC and E1 and E2 subdomains are from a second influenza HA polypeptide and, ii) wherein the first influenza HA polypeptide is from influenza H1 or H5, and the second influenza HA polypeptide is from influenza H1 or H5, and the second influenza HA polypeptide is derived from a different influenza strain than the first influenza HA polypeptide.
A method of producing viral particles, comprising: transiently introducing into a DF-1 cell line a nucleotide sequence encoding an avian retroviral vector wherein the avian retroviral vector is replication deficient ALV vector; transiently introducing into the DF-1 cell line nucleotide sequences encoding products required for replication of the replication deficient retroviral vector, the products being gag, pol and VSV-G proteins, wherein the nucleotide sequence(s) encoding gag and pol are present on one plasmid and the nucleotide sequence(s) encoding VSV-G is present on another plasmid, and wherein gag, pol and VSV-G are under the control of CMV promoter; and harvesting viral particles. transiently introducing into a DF-1 cell line a nucleotide sequence encoding an avian retroviral vector wherein the avian retroviral vector is replication deficient ALV vector; transiently introducing into the DF-1 cell line nucleotide sequences encoding products required for replication of the replication deficient retroviral vector, the products being gag, pol and VSV-G proteins, wherein the nucleotide sequence(s) encoding gag and pol are present on one plasmid and the nucleotide sequence(s) encoding VSV-G is present on another plasmid, and wherein gag, pol and VSV-G are under the control of CMV promoter; and harvesting viral particles.
On a wireless device capable of communicating over a first radio-access network, RAN, using a first radio-access technology, RAT, and over a second RAN using a second RAT, a method for transferring a data communication session, the method comprising: proxying a data communication session between an application executing on the wireless device and a remote host over the first RAN; requesting data content from the remote host during the data communication session; determining an amount of data content that remains to be received from the remote host during the data communication session; and transferring the data communication session from the first RAN to the second RAN based on the determined amount of data content that remains to be received from the remote host during the data communication session and based on a radio-access condition of the first RAN or of the second RAN. proxying a data communication session between an application executing on the wireless device and a remote host over the first RAN; requesting data content from the remote host during the data communication session; determining an amount of data content that remains to be received from the remote host during the data communication session; and transferring the data communication session from the first RAN to the second RAN based on the determined amount of data content that remains to be received from the remote host during the data communication session and based on a radio-access condition of the first RAN or of the second RAN.