mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for evidencing the existence of a digital document comprising the steps of: A. obtaining a time stamp of the digital document wherein the time stamp is selected from the group consisting of the time when the digital document was first created, or the time when the digital document was last saved, and a combination thereof; B. obtaining a cryptographic hash of the digital document; C. receiving, at an evidence key generator, the cryptographic hash; D. generating an evidence key based on the time stamp of the digital document and the cryptographic hash; E. sending the evidence key to a storage server that is subsequently performing the steps of: F. in response to receiving the evidence key, requesting a time stamp from a plurality of time sources, wherein the time sources are selected from the group consisting of a time server, an independent clock, and a combination thereof; G. selecting the earliest time stamp received from the plurality of time sources as additional associated data; H. storing the evidence key to provide a stored evidence key, wherein the evidence key is stored on a plurality of storage media (36, 36') coupled to the storage server; and I. storing the additional associated data with the stored evidence key on the plurality of storage media (36, 36'). A. obtaining a time stamp of the digital document wherein the time stamp is selected from the group consisting of the time when the digital document was first created, or the time when the digital document was last saved, and a combination thereof; B. obtaining a cryptographic hash of the digital document; C. receiving, at an evidence key generator, the cryptographic hash; D. generating an evidence key based on the time stamp of the digital document and the cryptographic hash; E. sending the evidence key to a storage server that is subsequently performing the steps of: F. in response to receiving the evidence key, requesting a time stamp from a plurality of time sources, wherein the time sources are selected from the group consisting of a time server, an independent clock, and a combination thereof; G. selecting the earliest time stamp received from the plurality of time sources as additional associated data; H. storing the evidence key to provide a stored evidence key, wherein the evidence key is stored on a plurality of storage media (36, 36') coupled to the storage server; and I. storing the additional associated data with the stored evidence key on the plurality of storage media (36, 36'). F. in response to receiving the evidence key, requesting a time stamp from a plurality of time sources, wherein the time sources are selected from the group consisting of a time server, an independent clock, and a combination thereof; G. selecting the earliest time stamp received from the plurality of time sources as additional associated data; H. storing the evidence key to provide a stored evidence key, wherein the evidence key is stored on a plurality of storage media (36, 36') coupled to the storage server; and I. storing the additional associated data with the stored evidence key on the plurality of storage media (36, 36').
A thermolysis reactor comprising an outer jacket and an inner jacket, which form a double jacket, the inner jacket being surrounded by the outer jacket so that a gap exists between the inner jacket and the outer jacket, the double jacket being provided with an inlet, an outlet, at least one gasifying agent inlet and a distributor, and the inner jacket surrounding an inner space that is delimited at the ends by covers, the gap being closed with respect to the surroundings at the ends of the double jacket formed by the inner jacket and outer jacket, and the covers supporting a shaft, wherein a heat transfer medium is present in the gap and the shaft, the shaft is centrally supported in the covers and carries a delivery tool, characterized in that the heat transfer medium is thermal oil, the gap contains a helical guiding unit through which the thermal oil is guided, and the distributor has a profiled cross section in form of a half-shell-like sheet plate and is directly connected to the gasifying agent inlet.
A device for the selective removal of material from a specimen utilizing ion impingement, comprising a vacuum chamber (55, 265), an ion source module (70, 750) mounted within said vacuum chamber (55, 265), and a stage for supporting and manipulating said specimen within said vacuum chamber (55, 265) for selective ion impingement of at least one beam of ions upon said specimen under vacuum, characterized in that said ion source module (70, 75) generating at least one focused beam of ions having an energy range from 10eV to 1 keV, and including at least one lens component (450, 460, 465, 470) comprising at least one active segment disposed proximate to and causing said at least one focused beam of ions to form an impingement spot having a diameter of less than 0.5 mm.
A multiple flow conduit vibratory flow meter having a first flow conduit conducting a first flow stream and a pair of first pickoff sensors (215, 215') affixed to the first flow conduit; characterized by: at least one additional flow conduit conducting at least one additional flow stream, with the flow of the at least one additional flow stream being independent of the flow of the first flow stream; at least one pair of additional pickoff sensors (216, 216') affixed to the at least one additional flow conduit; a common driver configured to vibrate both the first flow conduit and the at least one additional flow conduit in order to generate a first vibrational response of the first flow conduit and at least one additional vibrational response of the at least one additional flow conduit; and a meter electronics that uses the first vibrational response to determine a flow characteristic of the first flow stream of the first flow conduit and accounts in the determination of the first flow characteristic for a phase induced by the at least one additional vibrational response. at least one additional flow conduit conducting at least one additional flow stream, with the flow of the at least one additional flow stream being independent of the flow of the first flow stream; at least one pair of additional pickoff sensors (216, 216') affixed to the at least one additional flow conduit; a common driver configured to vibrate both the first flow conduit and the at least one additional flow conduit in order to generate a first vibrational response of the first flow conduit and at least one additional vibrational response of the at least one additional flow conduit; and a meter electronics that uses the first vibrational response to determine a flow characteristic of the first flow stream of the first flow conduit and accounts in the determination of the first flow characteristic for a phase induced by the at least one additional vibrational response.
Rack (10, 10', 10") for a domestic dishwasher with a frame and a base that can be folded out to increase a loading volume of the rack (10, 10', 10"), the base having at least one first portion, which is articulated to a first side of the frame by means of at least one first articulation, and a second portion, which is articulated to the first portion by means of at least one second articulation and is articulated to a second side of the frame opposite the first side by means of at least one third articulation, characterised in that at least one of the portions is designed to change its length between its respective articulations (17, 19).
A film-covered battery comprising a battery element, and exterior films forming a sealed space which covers said battery element therein; and a holding member which holds said film-covered battery, wherein: said sealed space comprises a housing section covering said battery element therein, and a pocket being folded or wound, said pocket communicates with said housing section to expand due to an increase in the inner pressure of said sealed space, said pocket including a safety valve configured to operate due to expansion of said pocket, and said holding member comprises an opening or a notch (10A1, 10A2) which is opposite to said safety valve. said sealed space comprises a housing section covering said battery element therein, and a pocket being folded or wound, said pocket communicates with said housing section to expand due to an increase in the inner pressure of said sealed space, said pocket including a safety valve configured to operate due to expansion of said pocket, and said holding member comprises an opening or a notch (10A1, 10A2) which is opposite to said safety valve.
A positive electrode active material for a nonaqueous electrolyte secondary battery, the positive electrode active material comprising lithium composite oxide A containing W and Ni and W-free lithium composite oxide B containing Ni, wherein, regarding the lithium composite oxide A, the proportion of Ni relative to the total moles of metal elements except for lithium is 30 to 60 mol%, 50% particle size D50 in a cumulative particle size distribution on a volume basis is 2 to 6 μm, 10% particle size D10 in a cumulative particle size distribution on a volume basis is 1.0 μm or more, and 90% particle size D90 in a cumulative particle size distribution on a volume basis is 6.8 μm or less, wherein the cumulative particle size distribution on a volume basis is measured by using a laser diffraction/scattering particle size distribution analyzer under a wet condition, regarding the lithium composite oxide B, the proportion of Ni relative to the total moles of metal elements except for lithium is 50 to 95 mol%, 50% particle size D50 in a cumulative particle size distribution on a volume basis is 10 to 22 μm, 10% particle size D10 in a cumulative particle size distribution on a volume basis is 7.0 μm or more, and 90% particle size D90 in a cumulative particle size distribution on a volume basis is 22.5 μm or less, and a mass ratio of the lithium composite oxide B to the lithium composite oxide A is 1:1 to 5.7:1. wherein, regarding the lithium composite oxide A, the proportion of Ni relative to the total moles of metal elements except for lithium is 30 to 60 mol%, 50% particle size D50 in a cumulative particle size distribution on a volume basis is 2 to 6 μm, 10% particle size D10 in a cumulative particle size distribution on a volume basis is 1.0 μm or more, and 90% particle size D90 in a cumulative particle size distribution on a volume basis is 6.8 μm or less, wherein the cumulative particle size distribution on a volume basis is measured by using a laser diffraction/scattering particle size distribution analyzer under a wet condition, regarding the lithium composite oxide B, the proportion of Ni relative to the total moles of metal elements except for lithium is 50 to 95 mol%, 50% particle size D50 in a cumulative particle size distribution on a volume basis is 10 to 22 μm, 10% particle size D10 in a cumulative particle size distribution on a volume basis is 7.0 μm or more, and 90% particle size D90 in a cumulative particle size distribution on a volume basis is 22.5 μm or less, and a mass ratio of the lithium composite oxide B to the lithium composite oxide A is 1:1 to 5.7:1.
A mobile IP control system comprising one or a plurality of radio relay devices for presenting a radio connection link to a mobile terminal and a home agent for communicating with the mobile terminal via each of the radio relay devices, wherein the mobile terminal and a partner terminal set in advance communicate mutually via the home agent, and further comprising a foreign agent for managing a position registration processing of the mobile terminal, wherein the foreign agent manages the position registration processing by adding a Bearer type which is used for mutual radio communication performed between the radio relay device and the mobile terminal to a position registration request.
A module unit, comprising: a main body attached to a plurality of battery cells; a bus bar provided on the main body to electrically connect the battery cells; and a temperature sensor engaged with the main body to measure a temperature of at least one of the battery cells, wherein the main body has a through hole; wherein the temperature sensor includes: a retaining portion which is retained to an edge part of the through hole after the retaining portion passes through the through hole from a second side of the main body opposite to the first side with respect to the main body; and an attaching portion which has an operation part (46a, 46b) at an end part thereof and is formed so as not to pass through the through hole; and wherein when the main body is attached to the battery cells, the temperature sensor comes into contact with the at least one battery cell, characterized in that the retaining portion retains the temperature sensor from a first side of the main body facing the battery cells and when the operation part (46a, 46b) is pushed downward, the retaining portion is elastically deformed due to a sliding contact with the edge part of the through hole so that the temperature sensor passes through the through hole. a main body attached to a plurality of battery cells; a bus bar provided on the main body to electrically connect the battery cells; and a temperature sensor engaged with the main body to measure a temperature of at least one of the battery cells, a retaining portion which is retained to an edge part of the through hole after the retaining portion passes through the through hole from a second side of the main body opposite to the first side with respect to the main body; and an attaching portion which has an operation part (46a, 46b) at an end part thereof and is formed so as not to pass through the through hole; and wherein when the main body is attached to the battery cells, the temperature sensor comes into contact with the at least one battery cell,
A vehicle stop support system for supporting stop of a vehicle which is traveling, comprising: an abnormality detection part for detecting a physical abnormality of a driver; a candidate detection part for detecting a plurality of stop point candidates which exist in a traveling direction of the vehicle; a stop point setting part for setting a stop point, and a vehicle control part for controlling the vehicle to travel to the stop point and stop at the stop point, characterized in that, the vehicle stop support system furthermore comprises: a target time period setting part for setting a target time period based on the abnormality detected by the abnormality detection part and a required time period estimation part for estimating a time period required to reach each of the stop point candidates, wherein the stop point setting part is operable to set the stop point from one or more of the plurality of stop point candidates each satisfying a condition that the required time estimated with respect thereto is equal to or less than the target time period. an abnormality detection part for detecting a physical abnormality of a driver; a candidate detection part for detecting a plurality of stop point candidates which exist in a traveling direction of the vehicle; a stop point setting part for setting a stop point, and a vehicle control part for controlling the vehicle to travel to the stop point and stop at the stop point, characterized in that, the vehicle stop support system furthermore comprises: a target time period setting part for setting a target time period based on the abnormality detected by the abnormality detection part and a required time period estimation part for estimating a time period required to reach each of the stop point candidates, wherein the stop point setting part is operable to set the stop point from one or more of the plurality of stop point candidates each satisfying a condition that the required time estimated with respect thereto is equal to or less than the target time period. a target time period setting part for setting a target time period based on the abnormality detected by the abnormality detection part and a required time period estimation part for estimating a time period required to reach each of the stop point candidates, wherein the stop point setting part is operable to set the stop point from one or more of the plurality of stop point candidates each satisfying a condition that the required time estimated with respect thereto is equal to or less than the target time period.
A method for treating wastewaters from a process of co-production of propylene oxide and styrene monomer (POSM process), which involves the oxidation of ethylbenzene to form ethyl benzene hydroperoxide, the catalytic reaction of the hydroperoxide with propylene to form propylene oxide and methylbenzyl alcohol and the dehydration of the methylbenzyl alcohol to produce styrene monomer, whereby various wastewaters are generated including caustic wash wastewater and methylbenzyl alcohol dehydration wastewater, the method comprising: - producing, via an incinerator/boiler combination, a flue gas and steam from an incinerator feed comprising caustic wash wastewater from the POSM process; - anaerobically biotreating in a anaerobic biotreatment apparatus an anaerobic biotreatment feed comprising methylbenzyl alcohol dehydration wastewater from the POSM process so as to produce an anaerobically biotreated product, and - aerobically biotreating in an aerobic biotreatment apparatus an aerobic biotreatment feed comprising caustic wash wastewater from the POSM process and the anaerobically biotreated product, thereby producing the treated water. - producing, via an incinerator/boiler combination, a flue gas and steam from an incinerator feed comprising caustic wash wastewater from the POSM process; - anaerobically biotreating in a anaerobic biotreatment apparatus an anaerobic biotreatment feed comprising methylbenzyl alcohol dehydration wastewater from the POSM process so as to produce an anaerobically biotreated product, and - aerobically biotreating in an aerobic biotreatment apparatus an aerobic biotreatment feed comprising caustic wash wastewater from the POSM process and the anaerobically biotreated product, thereby producing the treated water.
A transmitter front-end device for generating output signals, which constitute a digital stream, wherein the device comprises: • at least one first input for a first input signal and at least one second input for a second input signal, wherein the first input signal and the second input signal represent a complex data signal of the digital stream and are intended to influence an output signal of the transmitter front-end device, • at least one phase generation means, which generates at least one additional phase signal on basis of the first input signal and of the second input signal, wherein at least 3 phase signals are output from the phase generation means with different phases with respect to each other, • at least one modulator, which is set up such that it generates a complementary phase signal pair from a received phase signal, • wherein each of the at least 3 phase signals is processed into a corresponding complementary phase signal pair by an associated modulator, • at least one frequency converter, which is set up such that it converts the frequency of phase signals of a complementary phase signal pair in order to form an output signal. • at least one first input for a first input signal and at least one second input for a second input signal, wherein the first input signal and the second input signal represent a complex data signal of the digital stream and are intended to influence an output signal of the transmitter front-end device, • at least one phase generation means, which generates at least one additional phase signal on basis of the first input signal and of the second input signal, wherein at least 3 phase signals are output from the phase generation means with different phases with respect to each other, • at least one modulator, which is set up such that it generates a complementary phase signal pair from a received phase signal, • wherein each of the at least 3 phase signals is processed into a corresponding complementary phase signal pair by an associated modulator, • at least one frequency converter, which is set up such that it converts the frequency of phase signals of a complementary phase signal pair in order to form an output signal.
A method of producing a tumor necrosis factor receptor immunoglobulin fusion protein (TNFR-Ig) in a large-scale production cell culture comprising the steps of: providing a cell culture comprising; mammalian cells that contain a gene encoding a TNFR-Ig, which gene is expressed under condition of cell culture; and a medium containing glutamine, having medium characteristics: (i) a cumulative amino acid amount per unit volume greater than 70 mM, (ii) a molar cumulative glutamine to cumulative asparagine ratio of less than 2, and (iii) a molar cumulative glutamine to cumulative total amino acid ratio of less than 0.2; maintaining said culture in an initial growth phase under a first set of culture conditions for a first period of time sufficient to allow said cells to reproduce to a viable cell density within a range of 20%-80% of the maximal possible viable cell density if said culture were maintained under the first set of culture conditions; changing at least one of the culture conditions, so that a second set of culture conditions is applied; maintaining said culture for a second period of time under the second set of conditions and for a second period of time so that the TNFR-Ig accumulates in the cell culture; wherein glutamine is only provided in the initial medium at the beginning of the cell culture; and wherein the total cumulative amount per unit volume of glutamine of said medium is less than or equal to 4 mM. providing a cell culture comprising; mammalian cells that contain a gene encoding a TNFR-Ig, which gene is expressed under condition of cell culture; and a medium containing glutamine, having medium characteristics: (i) a cumulative amino acid amount per unit volume greater than 70 mM, (ii) a molar cumulative glutamine to cumulative asparagine ratio of less than 2, and (iii) a molar cumulative glutamine to cumulative total amino acid ratio of less than 0.2; mammalian cells that contain a gene encoding a TNFR-Ig, which gene is expressed under condition of cell culture; and a medium containing glutamine, having medium characteristics: (i) a cumulative amino acid amount per unit volume greater than 70 mM, (ii) a molar cumulative glutamine to cumulative asparagine ratio of less than 2, and (iii) a molar cumulative glutamine to cumulative total amino acid ratio of less than 0.2; maintaining said culture in an initial growth phase under a first set of culture conditions for a first period of time sufficient to allow said cells to reproduce to a viable cell density within a range of 20%-80% of the maximal possible viable cell density if said culture were maintained under the first set of culture conditions; changing at least one of the culture conditions, so that a second set of culture conditions is applied; maintaining said culture for a second period of time under the second set of conditions and for a second period of time so that the TNFR-Ig accumulates in the cell culture; wherein glutamine is only provided in the initial medium at the beginning of the cell culture; and wherein the total cumulative amount per unit volume of glutamine of said medium is less than or equal to 4 mM.