mhurhangee/ep-ind-claims huggingface dataset:
An inter-device communication method performed in a first device comprising: searching for a second device supporting inter-device communication; receiving network information from the searched second device; determining that one of the first and second devices is a group owner based on the received network information of the second device and network information of the first device and that another one of the first and second devices is a group client, receiving a group owner intent value of the second device from the second device; and adjusting, based on a group owner intent value of the first device and the received group owner intent value of the second device, the group owner intent value of the first device such that the group owner intent value of the device determined as the group owner is greater than the group owner intent value of the device determined as the group client, wherein the network information comprises at least one of device type information indicating a server device capable of functioning as a server on a network or a client device capable of functioning as a client on a network, network support information, network necessity information, and network status information. searching for a second device supporting inter-device communication; receiving network information from the searched second device; determining that one of the first and second devices is a group owner based on the received network information of the second device and network information of the first device and that another one of the first and second devices is a group client, receiving a group owner intent value of the second device from the second device; and adjusting, based on a group owner intent value of the first device and the received group owner intent value of the second device, the group owner intent value of the first device such that the group owner intent value of the device determined as the group owner is greater than the group owner intent value of the device determined as the group client, wherein the network information comprises at least one of device type information indicating a server device capable of functioning as a server on a network or a client device capable of functioning as a client on a network, network support information, network necessity information, and network status information.
Beverage machine comprising a machine housing and a brewing chamber arranged on the upper part of this machine housing, wherein a brewing apparatus for receiving the goods to be brewed is provided in this brewing chamber, and wherein an adjusting device is provided on the brewing apparatus, with which the water outlet speed of this brewing apparatus is adjusted when a beverage is brewed, characterised in that a plurality of water outlet holes is provided on the side wall of the brewing apparatus, the adjusting device comprises a cover plate arranged on the side wall of the brewing apparatus, the cover plate is arranged such that it is moveable and as a result of this plurality of water outlet holes the number of water outlet holes through which water can escape is changed
A method for real-time monitoring of solid phase peptide synthesis (SPPS) using a mass spectrometer, said method comprising the steps of: a) providing a synthesised sample bound to a solid phase synthesis support with a trityl linker in/from a container where the chemical synthesis occurs; b) providing a plate which is in contact with the synthesized sample, wherein the plate is selected from the group consisting of a steel plate and a black polyethylene terephthalate plate; c) subjecting the synthesised sample, on the plate, to an organic solvent; d) using a light source to break the trityl linker between the sample and the support and transport the analyte molecules in an electrospray ionization plume; and e) analyzing the precursor ion spectrum of the analyte molecules to determine the molecular weight of synthesis products. a) providing a synthesised sample bound to a solid phase synthesis support with a trityl linker in/from a container where the chemical synthesis occurs; b) providing a plate which is in contact with the synthesized sample, wherein the plate is selected from the group consisting of a steel plate and a black polyethylene terephthalate plate; c) subjecting the synthesised sample, on the plate, to an organic solvent; d) using a light source to break the trityl linker between the sample and the support and transport the analyte molecules in an electrospray ionization plume; and e) analyzing the precursor ion spectrum of the analyte molecules to determine the molecular weight of synthesis products.
A charge pump for providing a charge pump output, said output being dependent on received control signals, the charge pump comprising: a pull-up circuit (315', 317') for supplying a pull-up current from a positive voltage supply to the charge pump output to increase voltage at the charge pump output in response to a first of the control signals being asserted; a pull-down circuit (309', 310') for supplying a pull-down current from the charge pump output to ground to decrease voltage at the charge pump output in response to a second of the control signals being asserted; a reference current source (314', 313') for controlling current in the pull-down circuit (309', 310'); an operational amplifier having a first input and a second input, the first input coupled to the charge pump output, and the second input coupled to a current source (311', 312', 316', 318') controlled by the reference current source and that mirrors current into the pull-up circuit, the operational amplifier output coupled to the pull-up circuit and the current source that mirrors current into the pull-up circuit, to minimize the voltage difference between the inputs and decrease the difference between the pull-down current and the pull-up current, characterized by a startup circuit coupled to the charge pump output for setting the voltage at the charge pump output during power-up of the charge pump. a pull-up circuit (315', 317') for supplying a pull-up current from a positive voltage supply to the charge pump output to increase voltage at the charge pump output in response to a first of the control signals being asserted; a pull-down circuit (309', 310') for supplying a pull-down current from the charge pump output to ground to decrease voltage at the charge pump output in response to a second of the control signals being asserted; a reference current source (314', 313') for controlling current in the pull-down circuit (309', 310'); an operational amplifier having a first input and a second input, the first input coupled to the charge pump output, and the second input coupled to a current source (311', 312', 316', 318') controlled by the reference current source and that mirrors current into the pull-up circuit, the operational amplifier output coupled to the pull-up circuit and the current source that mirrors current into the pull-up circuit, to minimize the voltage difference between the inputs and decrease the difference between the pull-down current and the pull-up current, characterized by a startup circuit coupled to the charge pump output for setting the voltage at the charge pump output during power-up of the charge pump.
A computer program comprising instructions which, when executed by a cloud game system comprising server and a plurality of processing nodes, cause the cloud gaming system to perform the method of claim 11.
A method for preserving living large volume cellular material, wherein the cellular material has a volume greater than 4 mL, comprising: exposing the cellular material to a cryoprotectant formulation containing from 0.5 M to 2 M of at least one sugar selected from trehalose and/or sucrose, wherein the cellular material is obtained from liver, lung, intestine, heart, pancreas, testes, placenta, thymus, adrenal gland, arteries, veins, lymph nodes, bone or skeletal muscle, subjecting the cellular material to a preservation protocol in which ice-induced damage to the cellular material does not occur, wherein the preservation protocol includes a cooling protocol, a storage phase, and a warming protocol, where a further cryoprotectant is added to the cryoprotectant formulation prior to or during the cooling protocol, the further cryoprotectant being different from the at least one sugar, and the cryoprotectant formulation contains the at least one sugar and the further cryoprotectant at a concentration of from 6.5 to 11 M, and during the cooling protocol a continuous controlled rate of about -0.1 to about -2°C per minute is used to cool the cellular material from a point of initiation temperature to -80°C or lower, the point of initiation temperature being in a range of from about +4 to -30°C, and after completion of the preservation protocol obtaining a cryopreserved cellular material. exposing the cellular material to a cryoprotectant formulation containing from 0.5 M to 2 M of at least one sugar selected from trehalose and/or sucrose, wherein the cellular material is obtained from liver, lung, intestine, heart, pancreas, testes, placenta, thymus, adrenal gland, arteries, veins, lymph nodes, bone or skeletal muscle, subjecting the cellular material to a preservation protocol in which ice-induced damage to the cellular material does not occur, wherein the preservation protocol includes a cooling protocol, a storage phase, and a warming protocol, where a further cryoprotectant is added to the cryoprotectant formulation prior to or during the cooling protocol, the further cryoprotectant being different from the at least one sugar, and the cryoprotectant formulation contains the at least one sugar and the further cryoprotectant at a concentration of from 6.5 to 11 M, and during the cooling protocol a continuous controlled rate of about -0.1 to about -2°C per minute is used to cool the cellular material from a point of initiation temperature to -80°C or lower, the point of initiation temperature being in a range of from about +4 to -30°C, and after completion of the preservation protocol obtaining a cryopreserved cellular material.
A tool hanging system, comprising: a first powered tool, the first powered tool having a first mount receiving portion; a first mounting attachment; a second powered tool, the second powered tool having a second mount receiving portion; and a second mounting attachment; characterized by: the first mount receiving portion including first receiving slots (206, 207, 208); the first mounting attachment including first mounting projections (302, 307, 303); the second mount receiving portion including second receiving slots (206, 211, 208); the second mounting attachment including second mounting projections (302, 321, 303); the first mount receiving portion is configured to selectively receive either the first mounting attachment or the second mounting attachment; the second mount receiving portion is configured to receive the second mounting attachment; and the second mount receiving portion is configured such that the first mounting attachment is blocked from being engaged with the second mount receiving portion.
Sachet for a mobile liquid supply for dogs in particular, comprising a casing and a core medium enclosed by said casing, wherein the casing is formed from an edible membrane, and wherein the core medium is formed from a gelled liquid substance, wherein a maximum force for cutting the sachet is in a range of approximately 1 N to approximately 24 N, and wherein a total force for cutting the sachet is in a range of approximately 0.01 J to approximately 0.22 J. the casing is formed from an edible membrane, and wherein the core medium is formed from a gelled liquid substance, wherein a maximum force for cutting the sachet is in a range of approximately 1 N to approximately 24 N, and wherein a total force for cutting the sachet is in a range of approximately 0.01 J to approximately 0.22 J.
Method for data transmission within an industrial communication network, in which - selected datagrams (500, 500') are transmitted from first communication devices, connected to source network nodes, to second communication devices, connected to destination network nodes, within predefined time intervals (10, 20), - the predefined time intervals (10, 20) are synchronized at all network nodes, characterized in that - a number of network nodes from the respective source network node to the respective destination network node is ascertained for forwarding the selected datagrams (500, 500') each time, - the selected datagrams (500, 500') are transmitted during first periodic time intervals having a first guard interval length if the ascertained number of network nodes at least corresponds to a predefined threshold value, - on the other hand, the selected datagrams (500, 500') are transmitted during second periodic time intervals having a second guard interval length, which is shorter than the first guard interval length, if the ascertained number is below the threshold value. - selected datagrams (500, 500') are transmitted from first communication devices, connected to source network nodes, to second communication devices, connected to destination network nodes, within predefined time intervals (10, 20), - the predefined time intervals (10, 20) are synchronized at all network nodes, - a number of network nodes from the respective source network node to the respective destination network node is ascertained for forwarding the selected datagrams (500, 500') each time, - the selected datagrams (500, 500') are transmitted during first periodic time intervals having a first guard interval length if the ascertained number of network nodes at least corresponds to a predefined threshold value, - on the other hand, the selected datagrams (500, 500') are transmitted during second periodic time intervals having a second guard interval length, which is shorter than the first guard interval length, if the ascertained number is below the threshold value.
A PEG-IL-10 agent comprising at least one PEG molecule covalently attached to at least one amino acid residue of at least one subunit of IL-10 for use in the treatment of a proliferative condition in a mammalian subject, wherein the PEG-IL-10 agent is administered to said subject such that a mean IL-10 serum trough concentration of at least 1 ng/ml is maintained over 90% of the period of time of administration and wherein the subject is also treated with a biologically effective amount of at least one immune checkpoint inhibitor, wherein the immune checkpoint inhibitor targets an immune checkpoint selected from the group consisting of CTLA4, PD1, PDL1, LAG3, and BTLA.
A panoramic tomography X-ray apparatus, comprising: an X-ray generator for emitting X-rays; an X-ray detector including a plurality of detection elements for outputting signals corresponding to the intensity of the X-rays to be incident thereon; a revolution mechanism (31, 65, 300, 30) causing the X-ray generator and the X-ray detector to be opposed to each other with an object including a dentition positioned therebetween, and allowing the X-ray generator and the X-ray detector to revolve about the object; a storage part for successively accumulating signals output from the X-ray detector as image information when the X-ray generator revolving through the revolution mechanism (31, 65, 300, 30) emits the X-rays; and a display part for displaying a panoramic tomographic image generated by an image information processing part; characterized by the image information processing part for retrieving the image information from the storage part and for superimposing overlapped portions of images along a tomographic plane corresponding to a dental arch to generate the panoramic tomographic image; and by a position setting part for setting, in a median portion including a median line of the object, a position of the tomographic plane regarding a depth direction of the object with the use of at least one image for position setting (PF1, PF2, PF3, F1, F2, F3, PAI1) formed of a median-portion X-ray image including the median portion. an X-ray generator for emitting X-rays; an X-ray detector including a plurality of detection elements for outputting signals corresponding to the intensity of the X-rays to be incident thereon; a revolution mechanism (31, 65, 300, 30) causing the X-ray generator and the X-ray detector to be opposed to each other with an object including a dentition positioned therebetween, and allowing the X-ray generator and the X-ray detector to revolve about the object; a storage part for successively accumulating signals output from the X-ray detector as image information when the X-ray generator revolving through the revolution mechanism (31, 65, 300, 30) emits the X-rays; and a display part for displaying a panoramic tomographic image generated by an image information processing part; characterized by the image information processing part for retrieving the image information from the storage part and for superimposing overlapped portions of images along a tomographic plane corresponding to a dental arch to generate the panoramic tomographic image; and by a position setting part for setting, in a median portion including a median line of the object, a position of the tomographic plane regarding a depth direction of the object with the use of at least one image for position setting (PF1, PF2, PF3, F1, F2, F3, PAI1) formed of a median-portion X-ray image including the median portion.
A method for wireless communications, comprising: in a number of groups of apparatuses, determining one or more first groups to which a first apparatus belongs; allocating, for the first apparatus, a first spatial stream position associated with each of the one or more first groups; generating a first message based on the allocation and the determination; and transmitting the first message to the first apparatus, wherein the first message comprises: an indication of the allocated first spatial stream position associated with each of the one or more first groups; and an indication of whether the first apparatus is a member of each of the one or more first groups in the number of groups. in a number of groups of apparatuses, determining one or more first groups to which a first apparatus belongs; allocating, for the first apparatus, a first spatial stream position associated with each of the one or more first groups; generating a first message based on the allocation and the determination; and transmitting the first message to the first apparatus, wherein the first message comprises: an indication of the allocated first spatial stream position associated with each of the one or more first groups; and an indication of whether the first apparatus is a member of each of the one or more first groups in the number of groups. an indication of the allocated first spatial stream position associated with each of the one or more first groups; and an indication of whether the first apparatus is a member of each of the one or more first groups in the number of groups.
A system consisting of a portable, battery-operated device (501, 601, 701, 801) and a charge and/or communication apparatus (502, 602, 702, 802) for the device, wherein the device has an attachment clip (506, 606, 706, 806) and electrical contacts (503, 603, 703, 803) and the charge and/or communication apparatus (502, 602, 702, 802) is provided with an electrical contact region, into which the device (501, 601, 701, 801) can be inserted via its contacts (503, 603, 703, 803) for electrical connection to the charge and/or communication apparatus (502, 602, 702, 802), and the charge and/or communication apparatus (502, 602, 702, 802) has a holding element (508, 608, 708, 808), wherein the attachment clip (506, 606, 706, 806) of the device (501, 601, 701, 801) inserted into the contact region can be connected to the holding element in a frictionally engaged and/or interlocking manner, characterised in that the attachment clip (506, 606, 706, 806) of the device is designed such that, when pressure is exerted onto the region of the attachment clip (506, 606, 706, 806) facing away from the charge and/or communication apparatus, the region of the attachment clip (506, 606, 706, 806) facing towards the charge and/or communication apparatus is moved away from the device (501, 601, 701, 801) and a connection possibly existing between the attachment clip (506, 606, 706, 806) and holding element (508, 608, 708, 808) can be cancelled.
A method for producing synthesis gas from biomass, in which method an apparatus is used, which comprises a biomass supply system, a gasifier for gasifying biomass to produce raw product gas, and several gas processing means (10, 12, 13, 14) for purifying raw product gas to produce synthesis gas, the method comprising a production step for producing raw product gas by feeding a stream of pressurized biomass into the gasifier for at least partial combustion of the biomass to obtain a stream of raw product gas, wherein the biomass is fed to the gasifier by means of pressurizing gas in the biomass supply system, and a purifying step of feeding the stream of raw product gas from the gasifier through said several gas processing means (10, 12, 13, 14), wherein each of said several gas processing means (10, 12, 13, 14) is arranged for performing a processing step of said purifying step for converting the stream of raw product gas to a stream of synthesis gas; wherein one of the processing steps is a carbon dioxide removal step for separating carbon dioxide from the stream of raw product gas in a gas processing means comprising a gas purificator, and wherein the method comprises a feeding step of feeding a stream of the carbon dioxide separated in the gas purificator to at least one part of the apparatus selected from the biomass supply system, the gasifier, and at least one of said several gas processing means (10, 12, 13, 14); characterized in that one of the processing steps of the purifying step is a catalytic processing step performed in a gas processing means comprising a reformer, and a stream of the carbon dioxide separated in the gas purificator is fed from the gas purificator into an ash discharge vessel connected to the gasifier for extracting bottom ash.
An air filter assembly comprising: an air filter comprising a front frame defining at least one rectangular aperture for receiving an air flow to be filtered, wherein said air filter is a panel filter, a deep pleat box filter, or a V-type filter, wherein said air filter comprises at least one rectangular pleated filter element, and wherein said air filter conforms to a filtration class from G4 up to H13 according to the standards EN779 or EN 1822; characterized in that said air filter assembly comprises a deflector element extending alongside an edge portion of the rectangular aperture and adapted to deflect an air flow passing through the rectangular aperture away from an adjacent inside surface of the air filter; and a liquid drain arranged between said deflector element and said edge portion of the rectangular aperture, such that liquid collected at said adjacent inside surface of the air filter can exit the air filter through said liquid drain. an air filter comprising a front frame defining at least one rectangular aperture for receiving an air flow to be filtered, wherein said air filter is a panel filter, a deep pleat box filter, or a V-type filter, wherein said air filter comprises at least one rectangular pleated filter element, and wherein said air filter conforms to a filtration class from G4 up to H13 according to the standards EN779 or EN 1822; characterized in that said air filter assembly comprises a deflector element extending alongside an edge portion of the rectangular aperture and adapted to deflect an air flow passing through the rectangular aperture away from an adjacent inside surface of the air filter; and a liquid drain arranged between said deflector element and said edge portion of the rectangular aperture, such that liquid collected at said adjacent inside surface of the air filter can exit the air filter through said liquid drain.