mhurhangee/ep-ind-claims huggingface dataset:
A high-pressure tank manufacturing apparatus comprising: a mold provided with a cavity where an intermediate including a liner and a fiber bundle wound around the liner can be arranged; an injection mechanism configured to inject a molten resin into the cavity and increase a pressure on the molten resin; and a pressure increasing mechanism configured to increase an internal pressure of the intermediate arranged in the cavity when increasing the pressure on the molten resin, characterized in that: the mold has a storage space (62, 64, 65) communicating with the cavity; the injection mechanism includes a piston configured to push out, into the cavity, the molten resin stored in the storage space (62, 64, 65); and an actuator configured to move the piston. a mold provided with a cavity where an intermediate including a liner and a fiber bundle wound around the liner can be arranged; an injection mechanism configured to inject a molten resin into the cavity and increase a pressure on the molten resin; and a pressure increasing mechanism configured to increase an internal pressure of the intermediate arranged in the cavity when increasing the pressure on the molten resin, characterized in that: the mold has a storage space (62, 64, 65) communicating with the cavity; the injection mechanism includes a piston configured to push out, into the cavity, the molten resin stored in the storage space (62, 64, 65); and an actuator configured to move the piston. the mold has a storage space (62, 64, 65) communicating with the cavity; the injection mechanism includes a piston configured to push out, into the cavity, the molten resin stored in the storage space (62, 64, 65); and an actuator configured to move the piston.
A method of receiving, by a base station, channel state information, CSI, reporting in a wireless communication system, the method comprising: receiving, from a user equipment, UE, UE capability for gap information, wherein the gap information represents a minimum time gap between a CSI reporting timing and a CSI-Reference Signal, CSI-RS, transmission timing; transmitting, to the UE, CSI reporting setting information related to the CSI reporting, wherein the CSI reporting setting information includes information for a frequency granularity for a channel quality indicator, CQI, and a precoding matrix indicator, PMI, and information for a CSI codebook type, wherein the gap information is configured by the base station based on the CSI reporting setting information and the UE capability; transmitting, to the UE, at least one CSI-RS; and receiving, from the UE, the CSI reporting which is performed by using a measurement value for at least one specific CSI-RS among the at least one CSI-RS, wherein the at least one specific CSI-RS is received by the UE before a performing timing of the CSI reporting minus a timing indicated by the gap information. receiving, from a user equipment, UE, UE capability for gap information, wherein the gap information represents a minimum time gap between a CSI reporting timing and a CSI-Reference Signal, CSI-RS, transmission timing; transmitting, to the UE, CSI reporting setting information related to the CSI reporting, wherein the CSI reporting setting information includes information for a frequency granularity for a channel quality indicator, CQI, and a precoding matrix indicator, PMI, and information for a CSI codebook type, wherein the gap information is configured by the base station based on the CSI reporting setting information and the UE capability; transmitting, to the UE, at least one CSI-RS; and receiving, from the UE, the CSI reporting which is performed by using a measurement value for at least one specific CSI-RS among the at least one CSI-RS, wherein the at least one specific CSI-RS is received by the UE before a performing timing of the CSI reporting minus a timing indicated by the gap information.
A control or regulating device, programmed to be activated so as to place a blood treatment apparatus, to which a patient is connected for extracorporeal blood treatment and comprising a blood pump, into a state in which the blood treatment session is temporarily interrupted by disconnection of the patient from the blood treatment apparatus until its resumption, - by initiating the reinfusion of the treated blood present in the extracorporeal blood circuit to the patient; - by initiating the circulation of at least one substitute liquid in at least one portion of the extracorporeal blood circuit by means of the blood pump; - by initiating the interruption of the circulation of the substitute liquid; wherein the control or regulating device is further programmed: - for displaying an indication on a screen with instructions to connect the blood return line of the extracorporeal blood circuit with a substitute source and for displaying an indication on a screen with instructions to connect the patient after the circulation; and - for initiating the resumption of the blood treatment when the patient is reconnected to the blood treatment apparatus. - by initiating the reinfusion of the treated blood present in the extracorporeal blood circuit to the patient; - by initiating the circulation of at least one substitute liquid in at least one portion of the extracorporeal blood circuit by means of the blood pump; - by initiating the interruption of the circulation of the substitute liquid; - for displaying an indication on a screen with instructions to connect the blood return line of the extracorporeal blood circuit with a substitute source and for displaying an indication on a screen with instructions to connect the patient after the circulation; and - for initiating the resumption of the blood treatment when the patient is reconnected to the blood treatment apparatus.
An agent comprising Lactobacillus delbrueckii ssp. bulgaricus OLL1073R-1 and/or a culture thereof for use as a blood antibody titer-increasing adjuvant for a vaccine.
An electrical engine for the propulsion of bicycles, comprising a motor with an output shaft having a pinion, at least three speed reduction stages, a planetary drive directly mounted on the motor's shaft and pinion, as a first stage of speed-reduction, at least two gears (4,5) that constitute the second stage of speed reduction, a one way bearing, a last speed reduction stage which comprises at least two gears (14,15), a shaft of the engine, the shaft of the engine is configured to be parallel to the bottom bracket of bicycle's to which the engine in use is mounted for driving said bicycle and the transmission shaft of the engine is also parallel to the motor shaft, the output pinion gear of the shaft of the motor is directed always towards the opposite side of the output gear of the shaft of the engine, the first speed reduction stage (19,20,22) and the second speed reduction stage (4,5) are always on the same side; and the output pinion of the shaft of the motor is always on the opposite side of the last reduction stage (14,15), the shaft of the engine transmits the power from an intermediate reduction stage (4,5) to the last reduction stage (14,15), the last gear of the last reduction stage (14,15) is on the opposite side from the output pinion of the shaft of the motor, the output pinion is on the opposite side from the last reduction stage (14,15), characterized in that the electrical engine is configured to be mounted to existing non-electrical bicycles and turn it into an electrically propelled bicycle, thus forming a non-permanent fixture of the bicycle it propels.
A method performed by a wireless device configured with multiple power control closed loops for a serving cell, the method comprising: receiving, via higher layer signaling, an indication of a bitfield location for a downlink control message; receiving (204, 902, 1002, 1102, 1202) the downlink control message, the downlink control message comprising a plurality of Transmit Power Control, TPC commands and a plurality of closed loop indications, each closed loop indication of the plurality of closed loop indications being associated with a respective TPC command of the plurality of TPC commands and comprising one or more closed loop indication bits indicating the power control closed loop to which the associated TPC command applies; determining (904, 1006, 1106, 1204) a TPC command of the plurality of TPC commands using the indicated bitfield location; determining (208, 906, 1008, 1108, 1206) a power control closed loop of the multiple power control closed loops to which the determined TPC command should be applied, the power control closed loop determined using the one or more closed loop indication bits of the closed loop indication associated with the determined TPC command; and updating (908, 1010, 1110, 1208) the determined power control closed loop using the determined TPC command. receiving, via higher layer signaling, an indication of a bitfield location for a downlink control message; receiving (204, 902, 1002, 1102, 1202) the downlink control message, the downlink control message comprising a plurality of Transmit Power Control, TPC commands and a plurality of closed loop indications, each closed loop indication of the plurality of closed loop indications being associated with a respective TPC command of the plurality of TPC commands and comprising one or more closed loop indication bits indicating the power control closed loop to which the associated TPC command applies; determining (904, 1006, 1106, 1204) a TPC command of the plurality of TPC commands using the indicated bitfield location; determining (208, 906, 1008, 1108, 1206) a power control closed loop of the multiple power control closed loops to which the determined TPC command should be applied, the power control closed loop determined using the one or more closed loop indication bits of the closed loop indication associated with the determined TPC command; and updating (908, 1010, 1110, 1208) the determined power control closed loop using the determined TPC command.
A method for defining a condition of an elevator car suspension means, wherein the method comprises detecting a rate of change of elongation of the elevator car suspension means in order to define the condition of the elevator car suspension means, wherein the method comprising: - obtaining periodically a value representing the elongation of the elevator car suspension means, - defining a change value representing a rate of change of the elongation of the elevator car suspension means as a function of time based on the periodically obtained values representing the elongation of the elevator car suspension means, and - generating, in response to a detection that the change value meets a limit for allowed change, an indication representing a change of the condition of the elevator car suspension means, characterized in that the value representing the elongation of the elevator car suspension means is one of the following: an overtravel distance of the elevator car, a distance between the elevator car and a counterweight along the elevator car suspension means. - obtaining periodically a value representing the elongation of the elevator car suspension means, - defining a change value representing a rate of change of the elongation of the elevator car suspension means as a function of time based on the periodically obtained values representing the elongation of the elevator car suspension means, and - generating, in response to a detection that the change value meets a limit for allowed change, an indication representing a change of the condition of the elevator car suspension means,
Water outlet fitting for baths, wall-mounted basins, hand showers or the like, having a fitting body, which has at least one inlet opening and one outlet opening for water and an intermediately located water conduit which is at least partly surrounded by a water guideway arranged in the fitting body, wherein, during use, the water guideway has a water stream having a central stream in the centre and a lateral stream in a lateral region of the water guideway, characterised in that in the lateral region there are provided directing means for generating turbulent flow conditions in the lateral stream, the directing means in the lateral stream being integrated into the side wall of the water guideway, and preferably the directing means have a pin-like or cylindrical basic shape and the geometric axes of the pin-like or cylindrical directing means are substantially normal to the flow direction of the water stream.
Apparatus for producing a printing plate for waterless offset printing, comprising a brushing unit for removing regions to be removed from a coating of a printing plate precursor (12 c) by brushing, wherein the brushing unit includes at least one brush comprising a plurality of bristles, characterized in that the bristles are formed of silicone and have a nub-like structure.
An extractive distillation process, the process comprising (a) distilling a liquid mixture comprising ethylbenzene, at least one further C 8 aromatic compound, and an extractive agent compound, wherein the at least one further C 8 aromatic compound is selected from para-xylene, ortho-xylene and meta-xylene, and wherein the extractive agent compound includes a carbocyclic that is an aromatic ring structure, wherein the extractive agent compound is an aromatic compound of Formula: wherein R a and R b are both oxygen radicals, whereby the NR a R b -group radical is nitro or R a and R b are both hydrogen radicals, whereby the NR a R b -group radical is amino, and wherein R 3 and R 4 are a halogen radical and R 2, R 5, and R 6 are a hydrogen radical. wherein the extractive agent compound includes a carbocyclic that is an aromatic ring structure, wherein the extractive agent compound is an aromatic compound of Formula: wherein R a and R b are both oxygen radicals, whereby the NR a R b -group radical is nitro or R a and R b are both hydrogen radicals, whereby the NR a R b -group radical is amino, and wherein R 3 and R 4 are a halogen radical and R 2, R 5, and R 6 are a hydrogen radical.
A floor mop, comprising: a handle; a shaft coupled to the handle; and a mop plate; characterized in that the floor mop further comprises: a multidirectional joint coupled to the shaft opposite the handle; and the mop plate is coupled to the multidirectional joint, the mop plate having an upper plate, a lower plate substantially parallel to the upper plate, lateral faces extending between the upper and lower plate, and at least one internal web extending between the upper and lower plates (132, 134), the upper plate including an upper surface, the lower plate including a lower surface, wherein the upper plate, the lower plate, the lateral faces (130, 131) and the at least one internal web are unitarily formed; and wherein the mop plate and the multidirectional joint include complementary coupling structures (152, 162). a multidirectional joint coupled to the shaft opposite the handle; and the mop plate is coupled to the multidirectional joint, the mop plate having an upper plate, a lower plate substantially parallel to the upper plate, lateral faces extending between the upper and lower plate, and at least one internal web extending between the upper and lower plates (132, 134), the upper plate including an upper surface, the lower plate including a lower surface, wherein the upper plate, the lower plate, the lateral faces (130, 131) and the at least one internal web are unitarily formed; and wherein the mop plate and the multidirectional joint include complementary coupling structures (152, 162).
A method for handling a data session in a user equipment, UE, the method comprising: initiating, by a connection tracker module of the UE, a data session of at least one application from a plurality of applications with a first communication interface using a first socket of the UE including a first socket file descriptor, SOCKFD, for the data session; classifying, by a classifier module of the UE, the plurality of applications running on the UE as handover-sensitive applications or handover insensitive applications based on at least one of a nature of the application or a latency requirement of the application; determining, by the classifier module of the UE, a communication protocol corresponding to a handover-sensitive application of the plurality of applications running on the UE; detecting, by a switchboard module of the UE, a deterioration in a network connection of the first communication interface; identifying, by the switchboard module of the UE, a second communication interface responsive to detecting the deterioration in the network connection; establishing, by a layer 4 network handover, NH4, module of the UE, a second socket including a second SOCKFD associated with the second communication interface; and migrating, by a NH4 migrator module of the UE, the data session from the first communication interface to the second communication interface by mapping, based on the determined communication protocol, the first SOCKFD corresponding to the first socket to the second SOCKFD corresponding to the second socket. initiating, by a connection tracker module of the UE, a data session of at least one application from a plurality of applications with a first communication interface using a first socket of the UE including a first socket file descriptor, SOCKFD, for the data session; classifying, by a classifier module of the UE, the plurality of applications running on the UE as handover-sensitive applications or handover insensitive applications based on at least one of a nature of the application or a latency requirement of the application; determining, by the classifier module of the UE, a communication protocol corresponding to a handover-sensitive application of the plurality of applications running on the UE; detecting, by a switchboard module of the UE, a deterioration in a network connection of the first communication interface; identifying, by the switchboard module of the UE, a second communication interface responsive to detecting the deterioration in the network connection; establishing, by a layer 4 network handover, NH4, module of the UE, a second socket including a second SOCKFD associated with the second communication interface; and migrating, by a NH4 migrator module of the UE, the data session from the first communication interface to the second communication interface by mapping, based on the determined communication protocol, the first SOCKFD corresponding to the first socket to the second SOCKFD corresponding to the second socket.
A coolant mixture comprising water, 1-ethoxy-2-propanol and optionally 1-methoxy-2-propanol in the proportions of the corresponding azeotrope or in near-azeotropic proportions.
Metal-organic solar cell having at least two contact layers (5,7), wherein one contact layer is an anode, and, adjoining these, in each case a semiconducting layer (2,4) in a layer stack having a centrally arranged absorber layer composed of a metal-organic material which crystallizes in the three-dimensional perovskite crystal lattice, where the absorber layer comprises lead as central atom and a halide as anion in a metal-organic compound, characterized in that the at least one semiconducting layer between the absorber layer and the anode is a hole-conducting layer which comprises a zinc-containing dopant.
Brush head (100, 200) for a sonic toothbrush, comprising a brush neck (110, 210), wherein the brush neck (110, 210), a. in a distal region, comprises a cleaning element (130, 230) with an alignment axis (131, 231), in particular a plurality of filaments for cleaning teeth; and, b. in a proximal region, comprises an adapter (120, 220), which has an adapter axis (121, 221) and is intended for coupling the brush head (100, 200) to a vibration generator and for transmitting vibrations from the vibration generator to the cleaning element (130, 230); c. the adapter axis (121, 221) and the alignment axis (131, 231) enclose an angle greater than 90°, preferably an angle of 91° to 120°, further preferably an angle of 95° to 105°, particularly preferably an angle of 98° to 102°, wherein d. the brush neck (110, 210) comprises a front part made of a first material and a rear part made of a second material, the two parts being connected to one another, wherein the front part comprises the cleaning element, and wherein the front part consists of a first plastic and the rear part consists of a second plastic, and wherein, in order to set such a vibration behaviour that optimum cleaning of teeth can be achieved, the second plastic has a lower level of hardness than the first plastic. a. in a distal region, comprises a cleaning element (130, 230) with an alignment axis (131, 231), in particular a plurality of filaments for cleaning teeth; and, b. in a proximal region, comprises an adapter (120, 220), which has an adapter axis (121, 221) and is intended for coupling the brush head (100, 200) to a vibration generator and for transmitting vibrations from the vibration generator to the cleaning element (130, 230); c. the adapter axis (121, 221) and the alignment axis (131, 231) enclose an angle greater than 90°, preferably an angle of 91° to 120°, further preferably an angle of 95° to 105°, particularly preferably an angle of 98° to 102°, wherein d. the brush neck (110, 210) comprises a front part made of a first material and a rear part made of a second material, the two parts being connected to one another, wherein the front part comprises the cleaning element, and wherein the front part consists of a first plastic and the rear part consists of a second plastic, and wherein, in order to set such a vibration behaviour that optimum cleaning of teeth can be achieved, the second plastic has a lower level of hardness than the first plastic.
Device for intervening on a branch of a fluid conduit, which comprises: - a removable flange; - an inflatable airlock comprising: - an inflatable body having at least one inflatable protuberance; and - a means for sealed attachment to the flange, characterized in that the removable flange comprises: - two portions (110, 115) linked by a removable junction having, when the two portions are linked, an opening that can surround the branch; and - a locking means for locking the flange around the branch such that the opening sealingly surrounds the branch. - a removable flange; - an inflatable airlock comprising: - an inflatable body having at least one inflatable protuberance; and - a means for sealed attachment to the flange, characterized in that the removable flange comprises: - two portions (110, 115) linked by a removable junction having, when the two portions are linked, an opening that can surround the branch; and - a locking means for locking the flange around the branch such that the opening sealingly surrounds the branch. - an inflatable body having at least one inflatable protuberance; and - a means for sealed attachment to the flange, - two portions (110, 115) linked by a removable junction having, when the two portions are linked, an opening that can surround the branch; and - a locking means for locking the flange around the branch such that the opening sealingly surrounds the branch.