mhurhangee/ep-ind-claims huggingface dataset:
A method for estimating the number of cells, the method comprising: estimating (S102, S201) a concentration of a cell-consumed substance contained in a culture medium in which certain cells are cultured, using a spectroscopy or electrochemical system, the spectroscopy and electrochemical system being capable of obtaining a value corresponding to a concentration of a cellular metabolite contained in a culture medium; estimating (S104, S203), when the estimated concentration of the cell-consumed substance is equal to or higher than a threshold, the number of the certain cells by applying the estimated concentration of the cell-consumed substance to previously obtained first relationship information indicating a relationship between a concentration of the cell-consumed substance and the number of the certain cells; estimating (S106, S205), when the estimated concentration of the cell-consumed substance is lower than the threshold, a concentration of a cell-produced substance contained in the culture medium, using the spectroscopy or electrochemical system; and estimating (S107, S206) the number of the certain cells by applying the estimated concentration of the cell-produced substance to previously obtained second relationship information indicating a relationship between a concentration of the cell-produced substance and the number of the certain cells. estimating (S102, S201) a concentration of a cell-consumed substance contained in a culture medium in which certain cells are cultured, using a spectroscopy or electrochemical system, the spectroscopy and electrochemical system being capable of obtaining a value corresponding to a concentration of a cellular metabolite contained in a culture medium; estimating (S104, S203), when the estimated concentration of the cell-consumed substance is equal to or higher than a threshold, the number of the certain cells by applying the estimated concentration of the cell-consumed substance to previously obtained first relationship information indicating a relationship between a concentration of the cell-consumed substance and the number of the certain cells; estimating (S106, S205), when the estimated concentration of the cell-consumed substance is lower than the threshold, a concentration of a cell-produced substance contained in the culture medium, using the spectroscopy or electrochemical system; and estimating (S107, S206) the number of the certain cells by applying the estimated concentration of the cell-produced substance to previously obtained second relationship information indicating a relationship between a concentration of the cell-produced substance and the number of the certain cells.
Drinking or service water system having a delivery point from a public drinking water supply network and at least one storey or riser pipe string with multiple wet cells arranged in series in a direction of extent of the string, which wet cells each have at least one extraction point, and at least one controllable valve (28, 30), which connects the drinking or service water system to an output point for used water to the public wastewater drainage network, characterized in that ring pipes are assigned to the wet cells, wherein the ring pipes branch off from the string and open out into the string downstream of this in the flow direction of the string, and in that the at least one controllable valve (28, 30) is arranged such that, with the valve (28, 30) in the open state, a flow which brings about a flushing flow is generated in the string and in the ring pipes connected thereto.
A method, performed by a radio network node, for managing a transmission from a user equipment to the radio network node, the method comprising: adapting (302, 1102) a transport format relating to the transmission based on information indicating at least one mode switching point of a radio transmitter, wherein the radio transmitter is comprised in the user equipment, at which said at least one mode switching point the corresponding relative phase discontinuity or phase discontinuity of the radio transmitter changes abruptly, wherein the adapting of the transport format comprises selecting a more robust transport format in view of a less robust transport format selected for the transmission when the information indicating at least one mode switching point is not accounted for. adapting (302, 1102) a transport format relating to the transmission based on information indicating at least one mode switching point of a radio transmitter, wherein the radio transmitter is comprised in the user equipment, at which said at least one mode switching point the corresponding relative phase discontinuity or phase discontinuity of the radio transmitter changes abruptly, wherein the adapting of the transport format comprises selecting a more robust transport format in view of a less robust transport format selected for the transmission when the information indicating at least one mode switching point is not accounted for.
A high-flow CPAP system for respiration gas supply 1 comprising a respiration gas source 2, a control unit 3, a memory 5, a pressure control module 4 and a flow control module 6, a pressure sensor apparatus 7 and a flow sensor apparatus 8, a gas mixer for mixing ambient air and oxygen (O 2) and a user interface 9 for predetermining parameters 10 of the respiration gas supply or for exchanging data, with a respiration gas tube 11 and a patient interface 12, wherein the system 1 additionally has at least one oxygen source 14 for mixing oxygen and a humidifier 13 and a heater 16 for heating and humidifying the respiration gas, wherein the control unit 3 is configured such that it actuates the respiration gas source 2 during the daytime for predetermining a respiration gas flow and during the night time for predetermining at least one respiration gas pressure level which is modulated as a function of signals 20 of the pressure sensor apparatus 7 and/or the flow sensor apparatus 8 when the signals 20 indicate periodic respiration or interrupted respiration, and/or the control unit 3 activates the pressure control module 4 or the flow control module 6 after predetermination by a user via the user interface, wherein the pressure control module 4 actuates the respiration gas source 2 for predetermining a respiration gas pressure and wherein the flow control module 6 actuates the respiration gas source for predetermining a respiration gas flow, wherein the pressure control module 4 actuates the respiration gas source 2 for predetermining a respiration gas pressure and wherein the flow control module 6 actuates the respiration gas source for predetermining a respiration gas flow, characterized in that the control unit is configured such that it additionally activates the humidifier 13 and the heater 16 and the oxygen source 14 when the flow control module 6 is activated, such that the control unit 3 controls the oxygen mixture so that more oxygen is available to the patient in the inspiration phases than for the expiration.
A γ9δ2T-cell receptor, or a fragment thereof wherein said receptor or fragment thereof is able to bind to a tumour cell and wherein said receptor comprises a γ9-T-cell receptor chain comprising a γ9-CDR3 region, wherein the amino acid sequence of the γ9-CDR3 region corresponding to amino acid residues 122-124 of SEQ ID NO.1 is modified and a δ2-T-cell receptor chain comprising a δ2-CDR3 region wherein the amino acid sequence of the δ2-CDR3 region corresponding to amino acid residues 115-122 of SEQ ID NO.2 is modified, wherein the combinations of the amino acid modifications within the γ9δ2T-cell receptor, or a fragment thereof, are as listed in Table 1.
Method for selecting an optimal channel in a network meeting one of the IEEE 802.11 standards, called wifi network, this network comprising several home gateways each equipped with a wifi chip configured to implement both a client mode and an access point mode, the home gateways being within communication range of each other, the network also comprising one or more wifi extenders or repeaters, this method comprising a step of establishing a peer-to-peer negotiation between the home gateways so that each home gateway selects an optimal wifi channel; characterized in that one or more home gateways manage not only its own wifi access point but also the wifi extender(s) or repeater(s), each being a wifi access point; the negotiation undertaken by such a gateway concerning not only the channel used by its own wifi access point but also the channels used by the wifi access points of the wifi extenders and repeaters that it manages. this method comprising a step of establishing a peer-to-peer negotiation between the home gateways so that each home gateway selects an optimal wifi channel; characterized in that one or more home gateways manage not only its own wifi access point but also the wifi extender(s) or repeater(s), each being a wifi access point; the negotiation undertaken by such a gateway concerning not only the channel used by its own wifi access point but also the channels used by the wifi access points of the wifi extenders and repeaters that it manages.
Method for operating a motor vehicle which has at least one electric machine as a driving device, comprising the following steps: - examining a current driving situation to determine whether a target position can be reached with a target speed by coasting; - displaying a message to a driver of the motor vehicle if the target position can be reached by coasting; characterized in that the method has the following steps: - detecting a reaction time of the driver from the message up to the initiation of a coasting process by the driver; and - actuating the electric machine as a generator to generate a deceleration torque if the reaction time exceeds a predefinable limiting value. - examining a current driving situation to determine whether a target position can be reached with a target speed by coasting; - displaying a message to a driver of the motor vehicle if the target position can be reached by coasting; - detecting a reaction time of the driver from the message up to the initiation of a coasting process by the driver; and - actuating the electric machine as a generator to generate a deceleration torque if the reaction time exceeds a predefinable limiting value.
A method of delivering material into a drilled hole via a tubular string, the method comprising: opening a bypass port in a tubular string located in a drilled hole, the bypass port being provided above fluid outlets in the distal end of the tubular string; translating a plug into the tubular string; blocking the tubular string with the plug below the bypass port; delivering material through the tubular string from surface, the material passing through the bypass port and into the drilled hole; and locking fluid in the tubular string between the plug and the fluid outlets, whereby the fluid is prevented from passing up the tubular string and past the plug. opening a bypass port in a tubular string located in a drilled hole, the bypass port being provided above fluid outlets in the distal end of the tubular string; translating a plug into the tubular string; blocking the tubular string with the plug below the bypass port; delivering material through the tubular string from surface, the material passing through the bypass port and into the drilled hole; and locking fluid in the tubular string between the plug and the fluid outlets, whereby the fluid is prevented from passing up the tubular string and past the plug.
A cooling module (102, 202-1, 202-2) for replacing a fan module of a chassis, the cooling module (102, 202-1, 202-2) comprising: an enclosure configured to be received by a fan module slot of the chassis; a first liquid cooling connector configured to receive liquid from a heat exchanger; a second liquid cooling connector configured to provide the liquid to a manifold coupled to a liquid cooling system of a computing device coupled to the chassis. an enclosure configured to be received by a fan module slot of the chassis; a first liquid cooling connector configured to receive liquid from a heat exchanger; a second liquid cooling connector configured to provide the liquid to a manifold coupled to a liquid cooling system of a computing device coupled to the chassis.
A modular plug comprising a modular plug body and a metal shielding cover, the modular plug body having an inner chamber, the modular plug body having a first end and an opposite second end, metal terminals being disposed at the first end, the second end defining an opening in communication with the inner chamber, the opening being configured to allow a cable comprising a plurality of electrical conductors and a shielding mask wound around the electrical conductors to be inserted through the opening into the inner chamber the metal shielding cover attached around the modular plug body, wherein the modular plug body defines a first aperture in communication with the inner chamber, wherein the modular plug body comprises four body sidewalls including a first body sidewall, a second body sidewall, a third body sidewall, and a fourth body sidewall, the four body sidewalls (36, 38, 40, 42) cooperatively forming the inner chamber, the first body sidewall being positioned opposite to the third body sidewall, the second body sidewall being positioned opposite to the fourth body sidewall, the first aperture is defined in the second body sidewall, wherein the metal shielding cover defines a second aperture corresponding to the first aperture, and wherein a pressing resilient tab for snappingly connecting with a connector port is disposed on the fourth body sidewall, the connector port being configured to receive and electrically connect with the modular plug; wherein the metal shielding cover comprises a first cover sidewall, a second cover sidewall, and a third cover sidewall, the first cover sidewall and the third cover sidewall extend respectively from two opposite sides of the second cover sidewall, the second aperture is defined between the first cover sidewall and the third cover sidewall, characterized in that the metal shielding cover includes two metal spring tabs disposed corresponding to the first aperture, rotatably connected to the first cover sidewall and the third cover sidewall respectively and capable of bending and deforming into the first aperture to abut against the shielding mask and electrically contact with the shielding mask when the end of the cable is inserted through the opening into the inner chamber, in that each metal spring tab includes a free end pointing toward the other metal spring tab, and in that each free end defines a cutout at one side thereof, and the cutouts of the two free ends are staggered with each other, such that rotating operations of the two metal spring tabs do not interfere with each other.
Trim element in the form of a shell and intended to form an upper shell of a trim assembly for an adjustable steering column of a motor vehicle, said trim element being characterized in that it comprises: - a shell made of expanded polymer material and having an outer surface, a first end edge that is intended to be arranged at the end of a steering column that is connected to a steering wheel when the trim element is partially concealing the steering column, and a second end edge that is at the opposite end to the first end edge along a longitudinal direction L of the shell, - a covering made of flexible material and comprising a first portion that is secured to the shell and fully covers, and conforms to the shape of, the outer surface of the shell, and a free second portion that is not secured to the shell and is situated on the side of the second end edge of the shell. - a shell made of expanded polymer material and having an outer surface, a first end edge that is intended to be arranged at the end of a steering column that is connected to a steering wheel when the trim element is partially concealing the steering column, and a second end edge that is at the opposite end to the first end edge along a longitudinal direction L of the shell, - a covering made of flexible material and comprising a first portion that is secured to the shell and fully covers, and conforms to the shape of, the outer surface of the shell, and a free second portion that is not secured to the shell and is situated on the side of the second end edge of the shell.
Polyesters obtainable by polymerization of a) dimethyl terephthalate, and b) ethylene glycol, and c) 1,2-propylene glycol, and d) one or more polyethylene glycols having weight-average molecular weights in the range from 1000 to 2000 g/mol, and e) one methyl polyethylene glycol having a weight-average molecular weight in the range from 1050 to 1350 g/mol f) in the presence or absence of one or more crosslinking compounds having 3 to 6 functions capable of poly condensation. a) dimethyl terephthalate, and b) ethylene glycol, and c) 1,2-propylene glycol, and d) one or more polyethylene glycols having weight-average molecular weights in the range from 1000 to 2000 g/mol, and e) one methyl polyethylene glycol having a weight-average molecular weight in the range from 1050 to 1350 g/mol f) in the presence or absence of one or more crosslinking compounds having 3 to 6 functions capable of poly condensation.
A preparation vessel for connection with a receiving area of a base unit of a food processor driven by an electric motor, wherein the preparation vessel has a locking assembly for locking the preparation vessel with the base unit of the food processor, wherein the locking assembly has a displaceable contact element, which is arranged on the preparation vessel in such a way that it can be activated by a corresponding activating assembly of the receiving area of the food processor with the preparation vessel in a state properly connected with the base unit, so as to induce the locking of the preparation vessel by means of the locking assembly, characterized in that the locking assembly has a locking ring, which has the contact element and which is mounted on the preparation vessel so that it can rotate in peripheral direction of the preparation vessel.
A compound, comprising the structure wherein HX is an acid; n is 5; and m is 6, wherein the compound is obtainable by i) reacting iminourea hydrochloride, 1.6-diaminohexane, and hydrazine hydrate, in a molar ratio of 1:0.89:0.1; ii) while purging with nitrogen at a rate of 30-40 ml/min, heating the reaction mixture with gradual removal of water and ammonia over 1 hour, adjusting the temperature of the mass to the constant reaction temperature of 190 °C; iii) aging the reaction for 30 minutes, while the system is purged with nitrogen, before cooling to 160 °C. wherein HX is an acid; n is 5; and m is 6, wherein the compound is obtainable by i) reacting iminourea hydrochloride, 1.6-diaminohexane, and hydrazine hydrate, in a molar ratio of 1:0.89:0.1; ii) while purging with nitrogen at a rate of 30-40 ml/min, heating the reaction mixture with gradual removal of water and ammonia over 1 hour, adjusting the temperature of the mass to the constant reaction temperature of 190 °C; iii) aging the reaction for 30 minutes, while the system is purged with nitrogen, before cooling to 160 °C. i) reacting iminourea hydrochloride, 1.6-diaminohexane, and hydrazine hydrate, in a molar ratio of 1:0.89:0.1; ii) while purging with nitrogen at a rate of 30-40 ml/min, heating the reaction mixture with gradual removal of water and ammonia over 1 hour, adjusting the temperature of the mass to the constant reaction temperature of 190 °C; iii) aging the reaction for 30 minutes, while the system is purged with nitrogen, before cooling to 160 °C.
Carbon dioxide composite getter (10; 20) comprising a CO 2 -permeable envelope, defining an internal volume V, that contains powders of a first and a second active materials (11, 11', 11 ", 12, 12', 12") whose cumulative volume is Vm, characterized in that said first active material is lithium hydroxide (12, 12', 12") and said second active material is lithium oxide (11, 11', 11 "), and the LiOH/Li 2 O molar ratio is comprised between 0,05 and 1,5, preferred sub-ranges of said molar ratio being respectively between 0,05 and 0,2 for higher CO 2 removal capacity, between 0,7 and 1,5 for higher sorption speed and between 0,2 and 0,7 for a compromise between said two characteristics.
An injection device configured for attachment to the skin of a patient using an adhesive layer, the injection device comprises a release liner covering the adhesive layer thereby preventing skin attachment, the release liner comprises: - a sheet of material with a first surface contacting the adhesive layer, - a film (5, 11) that is connected to a first sterile barrier film (4,11a) located within the injection device, - an aperture defining a passage for the a film, - wherein an end of the film (6,12) is connected to a second surface of the sheet of material that is opposite to the first surface, characterized in that the release liner is covered by a strengthening sheet (40, 41) adhesively connected to the second surface and covering the aperture and the end of the film (6, 12). - a sheet of material with a first surface contacting the adhesive layer, - a film (5, 11) that is connected to a first sterile barrier film (4,11a) located within the injection device, - an aperture defining a passage for the a film, - wherein an end of the film (6,12) is connected to a second surface of the sheet of material that is opposite to the first surface,
A method of assembling a wind-turbine tower which comprises a plurality of tower sections (6a-d) including a lower section and an upper section, the method comprising: a step of suspending the upper section above the lower section while the lower section is disposed upright so that an upper end portion of the lower section and a lower end portion of the upper section face each other; a step of moving the upper section toward the lower section in an upward-and-downward direction to adjust a clearance (d g) in the upward-and-downward direction between the lower end portion of the upper section and the upper end portion of the lower section to be within a predetermined range appropriate for welding, while a protruding portion disposed on either one of the lower end portion of the upper section or the upper end portion of the lower section is engaged with a receiving portion disposed on the other one of the lower end portion of the upper section or the upper end portion of the lower section; and a step of joining the lower end portion of the upper section and the upper end portion of the lower section by welding. a step of suspending the upper section above the lower section while the lower section is disposed upright so that an upper end portion of the lower section and a lower end portion of the upper section face each other; a step of moving the upper section toward the lower section in an upward-and-downward direction to adjust a clearance (d g) in the upward-and-downward direction between the lower end portion of the upper section and the upper end portion of the lower section to be within a predetermined range appropriate for welding, while a protruding portion disposed on either one of the lower end portion of the upper section or the upper end portion of the lower section is engaged with a receiving portion disposed on the other one of the lower end portion of the upper section or the upper end portion of the lower section; and a step of joining the lower end portion of the upper section and the upper end portion of the lower section by welding.