mhurhangee/patent-ind-claim-en huggingface dataset:
Device for filling a tube with particulate filling material, comprising at least one fall arrester element that is fastened to a carrier and is introducible together with the carrier into the tube to be filled, wherein the at least one fall arrester element carries a net structure that is permeable to the filling-material particles and has a maximum radial diameter d max corresponding to the tube inside diameter d I ± 20%, wherein the net structure comprises a multiplicity of elastic net elements and a filling-material deflector is arranged above the net structure ; and wherein the net structure comprises a central body which carries the net elements ; characterized in that the filling-material deflector radially enclosing the carrier is arranged above the at least one fall arrester element , said filling-material deflector having, in vertical projection, a maximum diameter d max which corresponds to 5 to 50% of the tube inside diameter d I of the tube to be filled and is larger than the radial diameter of the central body , wherein the filling-material deflector is in the form of an umbrella-shaped, substantially radially symmetrical structure with outwardly substantially uniformly sloping lateral faces and protects the central region of the at least one fall arrester element from being struck directly by filling-material particles during a filling operation, wherein the central region comprises the body and the inner portion of the net elements via which it is fastened to the body .
A recombinant DNA molecule comprising a heterologous promoter functional in a plant cell operably linked to a nucleic acid molecule encoding a protein that has at least 99% sequence identity to the full length of amino acid sequence SEQ ID NO: 1, and wherein the protein has herbicide-insensitive protoporphyrinogen oxidase activity.
A process for the preparation of Si metal comprising: (I) combining silicon dioxide and calcium oxide in a vessel at a temperature at which both compounds form a molten calcium silicate slag; (II) adding silicon metal to the vessel to refine the calcium silicate slag; (III) separating the silicon metal and calcium silicate slag; (IV) introducing a source of aluminum metal to the calcium silicate slag to reduce the calcium silicate slag to Si metal and to form a calcium aluminate slag; (V) separating the Si metal from the calcium aluminate slag; and optionally (VI) further purifying the Si metal, e.g. by solidification refining. (I) combining silicon dioxide and calcium oxide in a vessel at a temperature at which both compounds form a molten calcium silicate slag; (II) adding silicon metal to the vessel to refine the calcium silicate slag; (III) separating the silicon metal and calcium silicate slag; (IV) introducing a source of aluminum metal to the calcium silicate slag to reduce the calcium silicate slag to Si metal and to form a calcium aluminate slag; (V) separating the Si metal from the calcium aluminate slag; and optionally (VI) further purifying the Si metal, e.g. by solidification refining.
A process for the preparation of a solution of glyceryl glucoside, comprising the reaction between glycerol and a glucose source, catalyzed by an enzyme suitable for the α-glucosylation of glycerol, wherein said glucose source is glucose or a glucose derivative which supplies the glucose unit that binds to glycerol to form glyceryl glucoside, characterised in that said reaction is carried out in an aqueous fruit extract containing zinc, copper, iron, manganese, sodium, calcium and magnesium as trace elements.
A method in a wireless heterogeneous network comprising a controller node and a plurality of network nodes, for selecting for a user equipment, UE, at least one network node of the plurality of network nodes, each network node transmitting a primary pilot channel and a secondary pilot channel, the method comprising: - receiving , by the controller node from the UE, channel quality indicator, CQI, values, each CQI value corresponding to a channel estimate estimated by the UE on an individual secondary pilot channel transmitted by a network node; - processing , by the controller node , the received CQI values; and - deciding , by the controller node , based on the processed CQI values, which of the plurality of network nodes in the wireless heterogeneous network to select for serving the UE, wherein deciding comprises comparing the processed CQI values with a CQI threshold and selecting the network node(s) having a CQI value higher than the CQI threshold, wherein the primary pilot channel is transmitted continuously and the secondary pilot channel is transmitted periodically, and wherein the secondary pilot channel is used as a probing pilot and as a secondary carrier on which the UE is scheduled by the controller node . - receiving , by the controller node from the UE, channel quality indicator, CQI, values, each CQI value corresponding to a channel estimate estimated by the UE on an individual secondary pilot channel transmitted by a network node; - processing , by the controller node , the received CQI values; and - deciding , by the controller node , based on the processed CQI values, which of the plurality of network nodes in the wireless heterogeneous network to select for serving the UE, wherein deciding comprises comparing the processed CQI values with a CQI threshold and selecting the network node(s) having a CQI value higher than the CQI threshold,
A method of detecting Mycoplasma pneumoniae in a test sample, comprising a sandwich immunoassay using first and second antibodies against P30 protein of Mycoplasma pneumoniae, wherein the first and second antibodies in a "hetero" combination are first and second antibodies which recognize the respective antigenic determinants different in both position and conformation on the antigen and are each a monoclonal antibody against an epitope of P30 protein located in any one of amino acid sequences of SEQ ID NOS: 3 to 5, and said test sample is a biological sample.
A single-screw compressor comprising: a casing forming an outer periphery of the single-screw compressor ; a screw including a plurality of spiral tooth grooves formed in an outer peripheral surface of the screw ; a gate rotor including a plurality of gate-rotor teeth formed to fit in the tooth grooves, the gate rotor defining along with the casing and the screw a compression chamber ; and a gate-rotor support configured to support the gate rotor , the gate-rotor support including a plurality of gate-rotor support teeth provided to face the plurality of gate-rotor teeth , wherein a gate-rotor hole is formed in at least one of the gate-rotor teeth to extend through the at least one of the gate-rotor teeth in a thickness direction thereof, the gate-rotor hole communicating with the compression chamber , a gate-rotor support hole is formed in at least one of the gate-rotor support teeth to extend through the at least one of the gate-rotor support teeth in a thickness direction thereof, the gate-rotor support hole having ends one of which communicates with the gate-rotor hole , and another one of which communicates with a low-pressure space provided in the casing , a pin is press-fitted in the gate-rotor support hole , characterized in that the pin being configured to come off the gate rotor support hole when a target pressure difference between the compression chamber and the low-pressure space is achieved. a casing forming an outer periphery of the single-screw compressor ; a screw including a plurality of spiral tooth grooves formed in an outer peripheral surface of the screw ; a gate rotor including a plurality of gate-rotor teeth formed to fit in the tooth grooves, the gate rotor defining along with the casing and the screw a compression chamber ; and a gate-rotor support configured to support the gate rotor , the gate-rotor support including a plurality of gate-rotor support teeth provided to face the plurality of gate-rotor teeth , wherein a gate-rotor hole is formed in at least one of the gate-rotor teeth to extend through the at least one of the gate-rotor teeth in a thickness direction thereof, the gate-rotor hole communicating with the compression chamber , a gate-rotor support hole is formed in at least one of the gate-rotor support teeth to extend through the at least one of the gate-rotor support teeth in a thickness direction thereof, the gate-rotor support hole having ends one of which communicates with the gate-rotor hole , and another one of which communicates with a low-pressure space provided in the casing , a pin is press-fitted in the gate-rotor support hole , characterized in that the pin being configured to come off the gate rotor support hole when a target pressure difference between the compression chamber and the low-pressure space is achieved.
A method for constructing a test (PV) for carrying out a test run for a test specimen on a test bench , in order to examine the test specimen with respect to a target variable (Z) of the development, characterized in that a prespecified output test (AV) in the form of a time sequence of driving maneuvers (FMx) is performed on the test bench with the test specimen and at the same time a value of the target variable (Z) is determined, wherein the driving maneuvers (FMx) are selected from a driving maneuver database with stored driving maneuvers (FMx) that come from real measured test drives or executed simulations, in that the result of the determination of the target variable (Z) from the output test (AV) is divided into test segments (TSm) and each test segment (TSm) is checked for target-variable-critical relevance by means of a predetermined target variable relevance criterion, and in that a driving maneuver (FMx) assigned to the test segment (TSm) or an assigned driving maneuver segment (FMAxy) is included in the test (PV) if the target-variable-critical relevance of the test segment (TSm) is given.
A device comprising: a reagent portion in which a chemiluminescent indicator and a chemiluminescent substrate for the indicator are disposed; and a base on which the reagent portion is formed, wherein the chemiluminescent indicator and the chemiluminescent substrate are disposed independently from each other in the reagent portion in such a manner that the chemiluminescent indicator and the chemiluminescent substrate can react with each other when a sample is supplied to the reagent portion, wherein the chemiluminescent indicator is a fusion protein (C) in which a protein (A) capable of binding an analyte in the sample and a chemiluminescent protein (B) are fused together, the protein (A) and the protein (B) are linked in such a manner that resonance energy transfer can occur, the protein (A) is either a protein (A1) that can emit fluorescence in a state where the analyte is bound thereto or a protein (A2) capable of binding an autofluorescent molecule as the analyte, the protein (B) can excite fluorescence or autofluorescence of the protein (A) with its luminescence energy, and the chemiluminescent substrate is a substrate for the protein (B). a reagent portion in which a chemiluminescent indicator and a chemiluminescent substrate for the indicator are disposed; and a base on which the reagent portion is formed, wherein the chemiluminescent indicator and the chemiluminescent substrate are disposed independently from each other in the reagent portion in such a manner that the chemiluminescent indicator and the chemiluminescent substrate can react with each other when a sample is supplied to the reagent portion, wherein the chemiluminescent indicator is a fusion protein (C) in which a protein (A) capable of binding an analyte in the sample and a chemiluminescent protein (B) are fused together, the protein (A) and the protein (B) are linked in such a manner that resonance energy transfer can occur, the protein (A) is either a protein (A1) that can emit fluorescence in a state where the analyte is bound thereto or a protein (A2) capable of binding an autofluorescent molecule as the analyte, the protein (B) can excite fluorescence or autofluorescence of the protein (A) with its luminescence energy, and the chemiluminescent substrate is a substrate for the protein (B).
A spark gap-based surge protection device for tool-free, snap-on installation on a busbar arrangement , including a housing having a coupling area for mechanically and electrically contacting the busbar arrangement , surge arresters for protecting low-voltage supply systems in accordance with the minimum requirements according to DIN VDE 011-534, which are adapted to be electrically connected to the busbar arrangement by means of elements of the coupling area , configured as spring contacts, characterized in that the surge protection device includes at least one overcurrent-protected voltage tap (7; 8) for supplying power to external devices, in particular an external measuring or control unit, wherein the voltage tap (7; 8) is electrically connected, inside the housing , to the spring contacts or the surge arresters , the overcurrent protector is formed as a replaceable fuse that is integrated at the housing and accessible from the outside, and the housing has a recess or indentation on one side for a feed adapter that is adapted to be plugged on the busbar arrangement immediately adjacently.
A method to improve estimated CO 2 (eCO 2 ) concentration for indoor applications, comprising the following steps: - observing a temporal change of a VOC concentration by measuring a present VOC concentration and comparing the result with a previous VOC concentration of a previous measurement of the VOC concentration, - splitting the change of the VOC concentration into a human generated VOC concentration change and a non-human generated VOC concentration change, - accumulate the human generated VOC concentration change to a human generated VOC concentration, resulting in a total human generated VOC concentration ( humanVOC ) , - calculating an estimated CO 2 concentration (eCO 2 ) only from the total human generated VOC concentration, whereas the estimated CO 2 concentration is a part of the total human generated VOC concentration, and the eCO 2 concentration is calculated according to eCO 2 = b · humanVOC, whereas b is the ratio between the human generated CO 2 and VOC concentration, wherein the measurement is performed by a VOC sensitive sensor and the splitting, accumulation and calculation is performed by an evaluation processing unit. - observing a temporal change of a VOC concentration by measuring a present VOC concentration and comparing the result with a previous VOC concentration of a previous measurement of the VOC concentration, - splitting the change of the VOC concentration into a human generated VOC concentration change and a non-human generated VOC concentration change, - accumulate the human generated VOC concentration change to a human generated VOC concentration, resulting in a total human generated VOC concentration ( humanVOC ) , - calculating an estimated CO 2 concentration (eCO 2 ) only from the total human generated VOC concentration, whereas the estimated CO 2 concentration is a part of the total human generated VOC concentration, and the eCO 2 concentration is calculated according to eCO 2 = b · humanVOC, whereas b is the ratio between the human generated CO 2 and VOC concentration,
Adjusting instrument for an exterior vision unit of a motor vehicle, comprising a housing with a fixing element for coupling with a supporting frame of the exterior vision unit and an adjusting element which is pivotably connected with the housing for adjusting an exterior vision element, wherein for the purpose of mounting the housing to the supporting frame , there are provided an engagement body movable relative to the housing , for engaging thereof by a fastening element , in particular a screw, for connecting the engagement body with the supporting frame , wherein the engagement body can move along with the fastening element in at least a mounting direction; and a wire spring which by way of two parts thereof spaced apart at an intermediate distance is supported on a housing part, wherein the engagement body engages the wire spring in a portion of the wire spring between the two spaced apart parts to realize in a mounted condition an elastic deformation of the wire spring . an engagement body movable relative to the housing , for engaging thereof by a fastening element , in particular a screw, for connecting the engagement body with the supporting frame , wherein the engagement body can move along with the fastening element in at least a mounting direction; and a wire spring which by way of two parts thereof spaced apart at an intermediate distance is supported on a housing part, wherein the engagement body engages the wire spring in a portion of the wire spring between the two spaced apart parts to realize in a mounted condition an elastic deformation of the wire spring .
Transport container comprising a pallet base and a folding-wall ring , which can be transferred between a folded-flat state and an unfolded functional state, in which the folding-wall ring is supported on the pallet base to form a container volume (V) delimited by side walls , and comprising at least one intermediate base , which is detachably fastened to opposite side walls of the folding-wall ring to sub-divide the container volume (V), characterised in that the at least one intermediate base is produced in one piece from a thermoformable plastics material by means of a twin-sheet process and comprises a plurality of moulded-on fastening elements which, for the purpose of fastening the intermediate base , engage in fastening recesses formed on the side walls .
A fiber optic system comprising: a mounting bracket having a length and a width, the length being larger than the width, the mounting bracket having a first mechanical interface including a first part of a slide interface and a first part of a snap-fit interface; and a telecommunications enclosure having a second mechanical interface detachably mountable to the first mechanical interface, the second mechanical interface including a second part of the slide interface and a second part of the snap-fit interface; the first and second mechanical interfaces enabling the telecommunications enclosure to mount to the mounting bracket selectively in a first orientation relative to the mounting bracket and in a second orientation relative to the mounting bracket; wherein the first and second mechanical interfaces are configured to detachably mount together when the second mechanical interface slides relative to the first mechanical interface along a slide axis (S1) that extends parallel with the width of the mounting bracket; and wherein the first mechanical interface is configured to enable the telecommunications enclosure to detachably mount to the mounting bracket in the first orientation by sliding the telecommunications enclosure relative to the mounting bracket selectively in a first direction (R1) along the slide axis or in a second direction (R2) along the slide axis, the second direction being opposite the first direction. a mounting bracket having a length and a width, the length being larger than the width, the mounting bracket having a first mechanical interface including a first part of a slide interface and a first part of a snap-fit interface; and a telecommunications enclosure having a second mechanical interface detachably mountable to the first mechanical interface, the second mechanical interface including a second part of the slide interface and a second part of the snap-fit interface; the first and second mechanical interfaces enabling the telecommunications enclosure to mount to the mounting bracket selectively in a first orientation relative to the mounting bracket and in a second orientation relative to the mounting bracket; wherein the first and second mechanical interfaces are configured to detachably mount together when the second mechanical interface slides relative to the first mechanical interface along a slide axis (S1) that extends parallel with the width of the mounting bracket; and wherein the first mechanical interface is configured to enable the telecommunications enclosure to detachably mount to the mounting bracket in the first orientation by sliding the telecommunications enclosure relative to the mounting bracket selectively in a first direction (R1) along the slide axis or in a second direction (R2) along the slide axis, the second direction being opposite the first direction.
A method of handling an incoming call from a first party that is directed to a second party and that has been received by an Internet protocol IP based private branch exchange telephony system , where a first telephony device used by the second party is engaged in an ongoing call when the incoming call is received, comprising: transferring the incoming call to the first telephony device used by the second party in such a way that the incoming call will remain camped until the ongoing call is completed, at which point the second party's first telephony device will treat the incoming call as a new incoming call; and sending a message to the second party to inform the second party that the incoming call is currently camped; characterized by : sending a message to the second party comprises instructing a push notification service that is separate from the IP based private branch exchange system to send a push notification to a second telephony device used by the second party that is different from the first telephony device used by the second party, where the push notification informs the second party that the incoming call is currently camped. transferring the incoming call to the first telephony device used by the second party in such a way that the incoming call will remain camped until the ongoing call is completed, at which point the second party's first telephony device will treat the incoming call as a new incoming call; and sending a message to the second party to inform the second party that the incoming call is currently camped; characterized by : sending a message to the second party comprises instructing a push notification service that is separate from the IP based private branch exchange system to send a push notification to a second telephony device used by the second party that is different from the first telephony device used by the second party, where the push notification informs the second party that the incoming call is currently camped.