mhurhangee/ep-ind-claims huggingface dataset:
A pegylated glucagon peptide of the following structure: wherein "Peptide" comprises the following sequence: X1SQGT FTSDY SKYLD ERRAK DFVC*W LMNTa SEQ ID NO: 588 wherein: "X1" is alpha, alpha-dimethyl imidazole acetic acid, "C*" is a Cysteine residue on the glucagon peptide having a thiol which is connected to a polyethylene glycol of about 20 kD or about 40 kD average weight; and "a" is a C-terminal amide; and further wherein there is a lactam bridge between amino acids 16 and 20 of the Peptide; and wherein there is a thioether bond (-S-) between the PEG and the Cys at position 24 in the Peptide; or a pharmaceutically acceptable salt thereof. X1SQGT FTSDY SKYLD ERRAK DFVC*W LMNTa SEQ ID NO: 588 wherein: "X1" is alpha, alpha-dimethyl imidazole acetic acid, "C*" is a Cysteine residue on the glucagon peptide having a thiol which is connected to a polyethylene glycol of about 20 kD or about 40 kD average weight; and "a" is a C-terminal amide; and further wherein there is a lactam bridge between amino acids 16 and 20 of the Peptide; and wherein there is a thioether bond (-S-) between the PEG and the Cys at position 24 in the Peptide; or a pharmaceutically acceptable salt thereof. "X1" is alpha, alpha-dimethyl imidazole acetic acid, "C*" is a Cysteine residue on the glucagon peptide having a thiol which is connected to a polyethylene glycol of about 20 kD or about 40 kD average weight; and "a" is a C-terminal amide; and further wherein there is a lactam bridge between amino acids 16 and 20 of the Peptide; and wherein there is a thioether bond (-S-) between the PEG and the Cys at position 24 in the Peptide; or a pharmaceutically acceptable salt thereof.
Freshness-retaining sheet, in particular for bouquets of flowers and pot plants, consisting of a water-impermeable film and a liquid store connected to the film, wherein the liquid store is arranged on one side of the film, wherein, when it is not in use, the freshness-retaining sheet has a flat, sheet-like configuration, on which a liquid store is arranged on one side, wherein the liquid store has a smaller area than the film, characterized in that the liquid store is a cellulose and a nonwoven is arranged at least over the liquid store, and a spacing is formed between the outer periphery of the liquid store and the outer periphery of the film, and in that the liquid store is arranged centrally, such that the same spacing is formed on all sides.
An information processing system, comprising a server to which a plurality of terminals are connectable via a network, the server comprising: a controller port defining a plurality of ports and enabling that a plurality of operation signals are input to the ports each from a respective operation device of a respective terminal connected to the server via the network; an assignment unit configured to assign each of the plurality of operation devices to a respective one of the plurality of ports; an execution unit configured to execute a game program that has been created to be executed by a dedicated device in response to each of the plurality of operation signals input from a respective operation device to its assigned port of the plurality of the ports; and an execution status detecting unit configured to detect a predetermined execution status of the game program executed on the execution unit, the execution status detecting unit using image recognition to detect when a predetermined game character appears; wherein the assignment unit is configured to change assignment of the plurality of operation devices to the respective ports based on the execution status detected by using image recognition so as to enable the player using a predetermined operation devise to take charge of the detected game character associated with the detected execution status. a controller port defining a plurality of ports and enabling that a plurality of operation signals are input to the ports each from a respective operation device of a respective terminal connected to the server via the network; an assignment unit configured to assign each of the plurality of operation devices to a respective one of the plurality of ports; an execution unit configured to execute a game program that has been created to be executed by a dedicated device in response to each of the plurality of operation signals input from a respective operation device to its assigned port of the plurality of the ports; and an execution status detecting unit configured to detect a predetermined execution status of the game program executed on the execution unit, the execution status detecting unit using image recognition to detect when a predetermined game character appears; wherein the assignment unit is configured to change assignment of the plurality of operation devices to the respective ports based on the execution status detected by using image recognition so as to enable the player using a predetermined operation devise to take charge of the detected game character associated with the detected execution status.
System comprising: a tank; an entrained air measurement device (12; 34; 150) configured to measure the amount of entrained air in a mixture forming part of a fermentation process in the tank and to provide a signal containing information about the amount of entrained air in the mixture; a signal processor (14, 170) having one or more modules configured to: receive from the entrained air measurement device (12; 34; 150) the signal containing information about an amount of entrained air in a mixture forming part of a fermentation process in the tank; and determine a level of foam in the tank based at least partly on the measured amount of entrained air in the mixture; characterized in that the entrained air measurement device (12; 34; 150) is configured to measure a sample of the mixture either as an effluent or discharge provided from the tank via a discharge port (30; 146) of the tank, in particular a discharge port (30; 146) at the bottom of the tank, or as a representative sample provided from the tank via a by-pass loop, and in that the entrained air measurement device (12; 34; 150) is a SONAR-based entrained air measurement device (12; 34; 150) configured to measure the amount of entrained air at least partly based on the speed of sound propagating through a mixture. a tank; an entrained air measurement device (12; 34; 150) configured to measure the amount of entrained air in a mixture forming part of a fermentation process in the tank and to provide a signal containing information about the amount of entrained air in the mixture; a signal processor (14, 170) having one or more modules configured to: receive from the entrained air measurement device (12; 34; 150) the signal containing information about an amount of entrained air in a mixture forming part of a fermentation process in the tank; and determine a level of foam in the tank based at least partly on the measured amount of entrained air in the mixture; receive from the entrained air measurement device (12; 34; 150) the signal containing information about an amount of entrained air in a mixture forming part of a fermentation process in the tank; and determine a level of foam in the tank based at least partly on the measured amount of entrained air in the mixture; characterized in that the entrained air measurement device (12; 34; 150) is configured to measure a sample of the mixture either as an effluent or discharge provided from the tank via a discharge port (30; 146) of the tank, in particular a discharge port (30; 146) at the bottom of the tank, or as a representative sample provided from the tank via a by-pass loop, and in that the entrained air measurement device (12; 34; 150) is a SONAR-based entrained air measurement device (12; 34; 150) configured to measure the amount of entrained air at least partly based on the speed of sound propagating through a mixture.
Crane, in particular a mobile fast-erecting crane, having a supply line, in particular a power cable, and at least one supply connection, wherein the supply line can be wound onto a cable drum that is fastenable to a drum mount of the crane, wherein the cable drum is rotatably supported at a drum support frame, wherein the supply line is provided with a connector at its two ends, for coupling it to the supply connection of the crane, on the one hand, and for coupling it to a mains supply connection or a supply source, on the other hand, and characterized in that the drum support frame comprises a chassis for traveling the cable drum on the ground and comprises releasable bearing means shape-matched to the drum mount of the crane for a releasable attachment of the drum support frame on the drum mount of the crane, wherein the supply line for connecting the supply connection of the crane with the main supply connection or the supply source can selectively be unwound from the cable drum rotatably mounted on the the crane or can be detached from the crane together with the cable drum and can be traveled on the ground by means of the chassis.
A cup-cover with a fan, comprising: a base comprising a cap portion formed on the bottom thereof to cover a rim of a cup body; a fan blade assembly positioned on an upper portion of the base and comprising a fan housing and an impeller; a controlling member and a power supply respectively connected to the fan blade assembly and received in the base; and wherein the cap portion is a sleeving portion arrangeable on the periphery of the rim of the cup body or a sleeve arrangeable inner of the rim of the cup body, and the fan housing is rotatably connected with the base by a connecting member to achieve opening and closing between the fan housing and an upper surface of the base via the fan housing foldably rotating along the connecting member to further adjust wind direction of the cup-cover with a fan; characterized in that the impeller is installed in the fan housing. a base comprising a cap portion formed on the bottom thereof to cover a rim of a cup body; a fan blade assembly positioned on an upper portion of the base and comprising a fan housing and an impeller; a controlling member and a power supply respectively connected to the fan blade assembly and received in the base; and wherein the cap portion is a sleeving portion arrangeable on the periphery of the rim of the cup body or a sleeve arrangeable inner of the rim of the cup body, and the fan housing is rotatably connected with the base by a connecting member to achieve opening and closing between the fan housing and an upper surface of the base via the fan housing foldably rotating along the connecting member to further adjust wind direction of the cup-cover with a fan; characterized in that the impeller is installed in the fan housing.
An attraction system for entertaining guests, the attraction system comprising: one or more millimeter wave (mmWave) sensors configured to transmit signals within the attraction system and to receive a reflection of the signals; and a control system communicatively coupled to the one or more mmWave sensors, wherein the control system is configured to control the one or more mmWave sensors to obtain layers of data at different wavelengths with which to detect features associated with a guest of the attraction system, wherein the one or more mmWave sensors are configured to transmit the layers of data to the control system based on the reflection of the signal, and the control system is configured to perform operations comprising: determining a target operation of the attraction system based on the data received from the one or more mmWave sensors; and operating the attraction system based on the target operation. one or more millimeter wave (mmWave) sensors configured to transmit signals within the attraction system and to receive a reflection of the signals; and a control system communicatively coupled to the one or more mmWave sensors, wherein the control system is configured to control the one or more mmWave sensors to obtain layers of data at different wavelengths with which to detect features associated with a guest of the attraction system, wherein the one or more mmWave sensors are configured to transmit the layers of data to the control system based on the reflection of the signal, and the control system is configured to perform operations comprising: determining a target operation of the attraction system based on the data received from the one or more mmWave sensors; and operating the attraction system based on the target operation. determining a target operation of the attraction system based on the data received from the one or more mmWave sensors; and operating the attraction system based on the target operation.
A camera module, comprising: a liquid lens comprising an electrode; a holder accommodating the liquid lens therein; a base disposed under the holder; a sensor board disposed under the base, the sensor board comprising an image sensor; and a connection board connected to at least a portion of the electrode of the liquid lens, the camera module comprises a terminal plate disposed at the base, the terminal plate being electrically connected to the sensor board and the connection board, the connection board and the terminal plate are provided separately from each other, the connection board comprises: a horizontal plate disposed at a position corresponding to the electrode (355 or 345); a vertical plate configured to be electrically coupled to the terminal plate, the vertical plate being disposed at a position corresponding to a side surface of the liquid lens; and a connection plate disposed between the horizontal plate and the vertical plate, and a lower region of the vertical plate covers an outer side of the vertically extending terminal plate so as to realize electrical bonding between the sensor board and the vertical plate of the connection board wherein connection plate comprises a bent region and connects the horizontal plate and the vertical plate to each other, and wherein the connection board further comprises a concave portion recessed in the bent region. a liquid lens comprising an electrode; a holder accommodating the liquid lens therein; a base disposed under the holder; a sensor board disposed under the base, the sensor board comprising an image sensor; and a connection board connected to at least a portion of the electrode of the liquid lens, the camera module comprises a terminal plate disposed at the base, the terminal plate being electrically connected to the sensor board and the connection board, the connection board and the terminal plate are provided separately from each other, the connection board comprises: a horizontal plate disposed at a position corresponding to the electrode (355 or 345); a vertical plate configured to be electrically coupled to the terminal plate, the vertical plate being disposed at a position corresponding to a side surface of the liquid lens; and a connection plate disposed between the horizontal plate and the vertical plate, and a horizontal plate disposed at a position corresponding to the electrode (355 or 345); a vertical plate configured to be electrically coupled to the terminal plate, the vertical plate being disposed at a position corresponding to a side surface of the liquid lens; and a connection plate disposed between the horizontal plate and the vertical plate, and a lower region of the vertical plate covers an outer side of the vertically extending terminal plate so as to realize electrical bonding between the sensor board and the vertical plate of the connection board wherein connection plate comprises a bent region and connects the horizontal plate and the vertical plate to each other, and wherein the connection board further comprises a concave portion recessed in the bent region.
A propeller assembly for an aircraft, comprising: a propeller blade extending from a blade root 22 to a blade tip 24, the propeller blade being formed with a blade pocket extending from the blade root 22 at least partially to the blade tip 24; and a propeller blade pitch change system, wherein the propeller blade pitch change system comprises: a pitch change actuator positioned in the blade pocket of the propeller balade; a drive mechanism (48, 50) operably connected to the pitch change actuator and to the propeller blade to urge rotation of the propeller blade about a propeller blade axis; and characterised in that the drive mechanism is a planetary gear train. a propeller blade extending from a blade root 22 to a blade tip 24, the propeller blade being formed with a blade pocket extending from the blade root 22 at least partially to the blade tip 24; and a propeller blade pitch change system, wherein the propeller blade pitch change system comprises: a pitch change actuator positioned in the blade pocket of the propeller balade; a drive mechanism (48, 50) operably connected to the pitch change actuator and to the propeller blade to urge rotation of the propeller blade about a propeller blade axis; and characterised in that the drive mechanism is a planetary gear train. a pitch change actuator positioned in the blade pocket of the propeller balade; a drive mechanism (48, 50) operably connected to the pitch change actuator and to the propeller blade to urge rotation of the propeller blade about a propeller blade axis; and characterised in that the drive mechanism is a planetary gear train.
A method for observing a sample with an electron microscope, the method comprising: a step of imparting electrical conductivity at least to the observation surface of an observation object by impregnating the observation object with an ionic liquid that is composed of a cation and an anion and is not volatilized at all or is scarcely volatilized under vacuum; and a step of obtaining an image of the observation object by irradiating with electrons the observation object having been impregnated with the ionic liquid as described above and by detecting the secondary electrons or the transmitted electrons due to the irradiating electrons. a step of imparting electrical conductivity at least to the observation surface of an observation object by impregnating the observation object with an ionic liquid that is composed of a cation and an anion and is not volatilized at all or is scarcely volatilized under vacuum; and a step of obtaining an image of the observation object by irradiating with electrons the observation object having been impregnated with the ionic liquid as described above and by detecting the secondary electrons or the transmitted electrons due to the irradiating electrons.
Spacer for two façade profiles (2, 3) with a rhombus-shaped cross-section, having an elongated main body which has at least a first and a second support (6.1, 6.2) for one each of the two façade profiles (2, 3), and having a web provided between the first and second support (6.1, 6.2) on the main body, which web projects away from the main body at an angle to the longitudinal extension of the main body and comprises on a first web side (7.1) at least one joint spacer (8.1, 8.2) projecting from the web to form a joint between the façade profiles (2, 3) to be placed on the supports (6.1, 6.2), characterized in that the web has a plurality of joint spacers (8.1, 8.2) on the first web side (7.1) which project away from the web and are arranged offset to one another and which extend parallel to the longitudinal extension of the main body.
A method comprising retrieving an average handover pathloss level between an access node and a neighboring access node, which is an average value of pathloss levels of terminals before handover from neighboring access nodes to access nodes, estimating an uplink sounding pathloss level between the access node and a terminal, said terminal being connectable to the access node and the neighboring access node, comparing the estimated uplink sounding pathloss level and the retrieved average handover pathloss level, and enabling a switch-on of the access node from an inactive state, in which a transmitter for serving terminals in the coverage area of the access node is switched off, to an active state, in which the transmitter for serving terminals in the coverage area of the access node is switched on, when the estimated uplink sounding pathloss level is smaller than the retrieved average handover pathloss level retrieving an average handover pathloss level between an access node and a neighboring access node, which is an average value of pathloss levels of terminals before handover from neighboring access nodes to access nodes, estimating an uplink sounding pathloss level between the access node and a terminal, said terminal being connectable to the access node and the neighboring access node, comparing the estimated uplink sounding pathloss level and the retrieved average handover pathloss level, and enabling a switch-on of the access node from an inactive state, in which a transmitter for serving terminals in the coverage area of the access node is switched off, to an active state, in which the transmitter for serving terminals in the coverage area of the access node is switched on, when the estimated uplink sounding pathloss level is smaller than the retrieved average handover pathloss level
A CSFV (classical swine fever virus) comprising a substitution of proline to lysine at amino acid position 144 of the E2 protein and a substitution of threonine to aspartic acid at amino acid position 145 of the E2 protein and, wherein the amino acid substitution within the TAV epitope of the E2 protein results in the TAV epitope sequence TAVSKDTLRT.
Plug housing with a pivotable housing cover, which is attached to said plug housing, for closing the plug housing or for locking a compatible mating plug which can be plug-connected to the plug housing, wherein the plug housing with the housing cover has a rotating and locking mechanism, and the locking mechanism is formed from a latching lug which is integrally formed on the connecting element (30, 30') and on which a recess is provided, it being possible for the said recess to latch to a pin of the mating plug housing, characterized in that the closed housing cover, on its rear side, projects beyond the plug connector housing, and in that the rotating mechanism is formed from connecting elements (30, 30') and struts (31, 38) which are rotatably mounted in pins (12, 14) on the side face of the plug housing and in pins (22, 24) on the side face of the housing cover.