mhurhangee/ep-ind-claims huggingface dataset:
A multi-directional launcher for a toy top, comprising: a hand-held portion; a launcher body; and a launcher head assembly comprising: a rotating body freely rotatably arranged on the launcher body, and a retaining member arranged on the rotating body and configured to retain and release, in use, the toy top to be launched; characterized in that, the launcher body is movably arranged on the hand-held portion, and at least has a first launch position and a second launch position, and the multi-directional launcher for the toy top further comprises a direction-changing driver connected between the hand-held portion and the launcher body, and configured to drive the launcher body to change from the first launch position to the second launch position after the direction-changing driver is triggered. a hand-held portion; a launcher body; and a launcher head assembly comprising: a rotating body freely rotatably arranged on the launcher body, and a retaining member arranged on the rotating body and configured to retain and release, in use, the toy top to be launched; characterized in that, the launcher body is movably arranged on the hand-held portion, and at least has a first launch position and a second launch position, and the multi-directional launcher for the toy top further comprises a direction-changing driver connected between the hand-held portion and the launcher body, and configured to drive the launcher body to change from the first launch position to the second launch position after the direction-changing driver is triggered.
A urological device (900, 910, 920) comprising:- - a urological valve; - a valve support stem for location in the urethra of a patient, wherein the valve support stem comprises a generally tubular support for extending at least partially through the urethra; and wherein the urological device comprises a bladder retainer for locating the valve in the bladder, the bladder retainer comprising a flare extending radially outwardly of the support stem; characterized in that, the valve having a normally closed configuration to prevent flow from the bladder and an open configuration for fluid flow through the valve, the valve being automatically movable from the closed configuration to the open configuration in response to a pre-set hydrodynamic pressure applied for a pre-set time, and in that the valve is adapted for location in the bladder of a patient and is located at a bladder end of the support; wherein, the valve comprises a main body having a region which defines a hinge about which portion of the main body is movable between the closed and open configurations, the valve comprises stiffening means, the hinge region being at least partially defined adjacent to the stiffening means. - a urological valve; - a valve support stem for location in the urethra of a patient,
A method for regenerating a particulate filter, comprising: calculating a soot layer state correction factor based on a rate of regeneration and a rate of particulate loading in the particulate filter; calculating an estimated soot load in the particulate filter based on a pressure drop of an exhaust gas flowing through the particulate filter and the calculated soot layer state correction factor; and causing regeneration of the particulate filter when the estimated soot load is greater than or equal to a threshold value; wherein calculating the soot layer state correction factor comprises determining a soot layer state parameter; wherein determining the soot layer state parameter comprises calculating a ratio of the rate of regeneration to the rate of particulate loading in the particulate filter. calculating a soot layer state correction factor based on a rate of regeneration and a rate of particulate loading in the particulate filter; calculating an estimated soot load in the particulate filter based on a pressure drop of an exhaust gas flowing through the particulate filter and the calculated soot layer state correction factor; and causing regeneration of the particulate filter when the estimated soot load is greater than or equal to a threshold value;
A method, in a base station equipment of a wireless communication network, of providing multi-sector cooperative communications for a mobile terminal in a sector dominated by the base station equipment, said sector belonging to a cell, the method comprising the steps of: i. determining one or more cooperating sectors (13, 22) of the mobile terminal; ii. determining a type of the multi-sector cooperative communication provided cooperatively with said one or more cooperating sectors (13, 22) for the mobile terminal, based on information of said one or more cooperating sectors (13, 22), according to predefined rules; iii. cooperating with said one or more cooperating sector (13, 22) and providing, for the mobile terminal, the multi-sector cooperative communication of the corresponding determined type, wherein said one or more cooperating sector (13, 22) is one or more same-cell cooperating sector belonging to the same cell as the sector, one or more different-cell cooperating sector belonging to a different cell as the sector, or comprises said one or more same-cell cooperating sector and said one or more different-cell cooperating sector simultaneously. i. determining one or more cooperating sectors (13, 22) of the mobile terminal; ii. determining a type of the multi-sector cooperative communication provided cooperatively with said one or more cooperating sectors (13, 22) for the mobile terminal, based on information of said one or more cooperating sectors (13, 22), according to predefined rules; iii. cooperating with said one or more cooperating sector (13, 22) and providing, for the mobile terminal, the multi-sector cooperative communication of the corresponding determined type, wherein said one or more cooperating sector (13, 22) is one or more same-cell cooperating sector belonging to the same cell as the sector, one or more different-cell cooperating sector belonging to a different cell as the sector, or comprises said one or more same-cell cooperating sector and said one or more different-cell cooperating sector simultaneously.
A wireless communication device for performing a spatial multiplexing transmission with respect to a plurality of terminal devices, the wireless communication device comprising: a signal generator that is configured to generate a null pilot signal with a zero transmission power when a plurality of subcarriers are allocated in a localized mapping method, to generate a pilot signal with a non-zero transmission power when the plurality of subcarriers are allocated in a distributed mapping method, and to allocate the generated pilot signal to that part of at least one or more resource allocation areas, to which no data addressed to a terminal device is allocated among resource allocation areas for the spatial multiplexing transmission; and a transmitter that is configured to transmit data addressed to the plurality of terminal devices and the pilot signal. a signal generator that is configured to generate a null pilot signal with a zero transmission power when a plurality of subcarriers are allocated in a localized mapping method, to generate a pilot signal with a non-zero transmission power when the plurality of subcarriers are allocated in a distributed mapping method, and to allocate the generated pilot signal to that part of at least one or more resource allocation areas, to which no data addressed to a terminal device is allocated among resource allocation areas for the spatial multiplexing transmission; and a transmitter that is configured to transmit data addressed to the plurality of terminal devices and the pilot signal.
A method for reporting measurement results in carrier aggregation, comprising: a user equipment receiving a measurement configuration sent from a base station, wherein the measurement configuration carries one or more measurement tasks, and a measurement object of each measurement task is a component carrier or component carrier set of one or more carrier-aggregation cells that are the serving cell and/or the neighboring cell of the user equipment; and the user equipment performing measurement and evaluation according to the measurement configuration received by the user equipment, characterized by further comprising: the user equipment reporting a measurement report which carries measurement results of part of or all of component carriers in a same carrier-aggregation cell according to a measurement and evaluation result. a user equipment receiving a measurement configuration sent from a base station, wherein the measurement configuration carries one or more measurement tasks, and a measurement object of each measurement task is a component carrier or component carrier set of one or more carrier-aggregation cells that are the serving cell and/or the neighboring cell of the user equipment; and the user equipment performing measurement and evaluation according to the measurement configuration received by the user equipment, characterized by further comprising: the user equipment reporting a measurement report which carries measurement results of part of or all of component carriers in a same carrier-aggregation cell according to a measurement and evaluation result. the user equipment reporting a measurement report which carries measurement results of part of or all of component carriers in a same carrier-aggregation cell according to a measurement and evaluation result.
A formulation comprising ostreolysin, or a functionally related variant of ostreolysin having at least 95% sequence identity to SEQ ID NO: 1, for use in treating, preventing or reducing the severity of one or more of fatty liver, non-alcoholic fatty liver disease (NAFLD) and non-alcoholic steatohepatitis (NASH).
Measuring device comprising - a protection device, - at least one switch disconnector, - at least one circuit breaker coupled to the protection device, - a measuring device arranged for aquiring network parameters, - at least one test earth electrode, - at least one operational earth electrode, - at least one connection line connected to the switch-disconnector and arranged for connecting with a phase of the supply network, and - at least one connecting line connecting the circuit breaker to the test earth electrode, wherein - the measuring device is mounted on a mobile frame, characterized in that, - the connecting line is led into an encapsulated cable field in which the switch disconnector is preferably arranged and/or - the measuring device is arranged in an encapsulated measuring field and/or - the circuit breaker is arranged in an encapsulated circuit breaker panel and/or - the protection device is arranged in an encapsulated control cabinet, and/or - the cable field, the measuring field, the circuit breaker field and the control cabinet are mounted together on the frame. - a protection device, - at least one switch disconnector, - at least one circuit breaker coupled to the protection device, - a measuring device arranged for aquiring network parameters, - at least one test earth electrode, - at least one operational earth electrode, - at least one connection line connected to the switch-disconnector and arranged for connecting with a phase of the supply network, and - at least one connecting line connecting the circuit breaker to the test earth electrode, wherein - the measuring device is mounted on a mobile frame, characterized in that, - the connecting line is led into an encapsulated cable field in which the switch disconnector is preferably arranged and/or - the measuring device is arranged in an encapsulated measuring field and/or - the circuit breaker is arranged in an encapsulated circuit breaker panel and/or - the protection device is arranged in an encapsulated control cabinet, and/or - the cable field, the measuring field, the circuit breaker field and the control cabinet are mounted together on the frame.
Operation light, comprising at least one light-emitting component and light-reflecting surfaces, wherein a light-emitting surface of said at least one light-emitting component is so arranged in the operation light that all or substantially all of the light produced by the operation light consists of light reflected from said light-reflecting surfaces (Mn), characterized in that regarding each light-emitting component, substantially planar and rectangular light-reflecting surfaces (Mn) are provided so that i) dimensions of the light-emitting surface in relation to the size of the light-reflecting surfaces (Mn) arranged for the light-emitting component in question, ii) direction of the normal to the light-emitting surface in relation to direction of the normal to the light-reflecting surfaces (Mn) arranged for the light-emitting component in question, and iii) distance of the light-emitting surface to the light-reflecting surfaces (Mn) arranged for the light emitting component in question in relation to the distance of the light-reflecting surfaces (Mn) to a surface to be illuminated have been so arranged that said substantially planar and rectangular light reflecting surfaces (Mn) form identical light patterns at the same place on the surface to be illuminated so that the operation light produces, on said surface to be illuminated, a light pattern of a given rectangular shape and size and wherein the light intensity in the penumbral shadow area formed at the edges of the light pattern falls in a desired manner. i) dimensions of the light-emitting surface in relation to the size of the light-reflecting surfaces (Mn) arranged for the light-emitting component in question, ii) direction of the normal to the light-emitting surface in relation to direction of the normal to the light-reflecting surfaces (Mn) arranged for the light-emitting component in question, and iii) distance of the light-emitting surface to the light-reflecting surfaces (Mn) arranged for the light emitting component in question in relation to the distance of the light-reflecting surfaces (Mn) to a surface to be illuminated have been so arranged that said substantially planar and rectangular light reflecting surfaces (Mn) form identical light patterns at the same place on the surface to be illuminated so that the operation light produces, on said surface to be illuminated, a light pattern of a given rectangular shape and size and wherein the light intensity in the penumbral shadow area formed at the edges of the light pattern falls in a desired manner.
Mounting system for a gas turbine, comprising two units which can be connected to each other, wherein each unit has a rail, a fastening section in the shape of a segment of a circle, on the rail, for fastening the rail to a manhole of the gas turbine, and at least one displacement element per rail, which can be displaced along the rail.
Carrycot and canopy for a baby carriage suitable to be placed and connected to the carriage frame, wherein the carrycot consists of a uniform construction shell made by thermoforming or plastic injection of plastic selected from materials PE (polyethylene or polyethene), ABS (acylonitrile butadiene styrene), MPMA (methyl polymetacrylan) or from double layer panel ABS MPMA, wherein the whole carrycot is transparent, and the canopy comprises at least two panels made of transparent, stiff but flexible plastic selected from materials PE (polyethylene or polyethene), ABS (acylonitrile butadiene styrene), MPMA (methyl polymetacrylan) or from double layer panel ABS MPMA, wherein at least one panel along its one edge is contoured with a longitudinal ridge and at least in one panel at the opposite edge of panel is located a longitudinal hollow, and the ends of all panels are fastened on both sides with connectors.
A method for network access selection comprising an Access Selection Server being arranged in a communication network comprising at least one User Equipment and communication nodes, the ASS collecting (127,141) access selection information used in the network for the selection of network access for the UE in a multi-access environment to a Packet Data Network Gateway (PDN GW), the network access enabling a traffic bearer between the UE and the PDN GW for the traffic flow between an application in the UE via the PDN GW to a first node, an Access Selection Client being arranged in the UE performs (129,143) activation of new network accesses and/or selection, modification or deactivation of existing network accesses on the basis of the access selection information in order to enable the traffic flow, the selection/activation/modification/deactivation (143,144) of the network access being triggered by a socket request sent from the application to the ASC for the purpose of establishing means for end-to-end communication including the traffic bearer, characterized in that a service signalling being performed for the purpose of requesting the traffic bearer, an Application Function becoming aware during the service signalling of the transport protocol, IP addresses and port numbers that have been agreed for the traffic flow, the AF contacting a Policy and Charging Rules Function (PCRF) and provides the transport protocol, the addresses and port numbers in the form of Traffic Flow template parameters together width information about the properties and communication requirements of the service requested, the PCRF assigning Quality of Service (QoS) information to the TFT parameters, the assignment defining the properties of the requested traffic bearer, the access selection information comprising the Quality of Service (QoS) information on which basis the selection/activation/modification/deactivation of the network access is performed.
A rubber composition comprising at least 10 parts by mass, in 100 parts by mass of a rubber component, of a polymer component containing a residue of an organic acid added in a production process of the polymer, and comprising from 10 to 150 parts by mass of a reinforcing filler, and 0.1 to 6 parts by mass in total of the residue of an organic acid and an organic acid used on mixing, per 100 parts by mass of the rubber component, wherein the rubber composition contains from 5 to 90 parts by mass of a modified polymer containing in a molecular structure thereof a modified portion capable of reacting with a surface of the filler in a mixing step, in 100 parts by mass of the rubber component, and the modified portion contains a functional group capable of undergoing acid-base reaction in the mixing step with the residue of an organic acid and/or the organic acid added on mixing.
A power supply circuit, configured to supply power from an internal line of a user home to an external distribution point of the user home, comprising: a power supply module, configured to supply power to the distribution point; a switch module, separately connected to the power supply module, the distribution point, and an internal terminal device of the user home, wherein when the distribution point does not need to be supplied with power, the switch module is connected to only the distribution point and the terminal device, and when the distribution point needs to be supplied with power, the switch module is connected to only the power supply module and the distribution point; a control module, connected to the power supply module, and configured to control, according to an electrical signal output by the power supply module, the switch module to perform line switching; an isolation module, separately connected to the power supply module and the switch module, and configured to prevent a service provided by the distribution point from being output to the power supply module and prevent a voltage provided by the power supply module from being output to the terminal device; a service backhaul module, separately connected to the isolation module and the terminal device, and configured to: when the distribution point needs to be supplied with power, output the service provided by the distribution point to the terminal device; and a protection module, connected between the distribution point and the switch module, and configured to protect the switch module and the terminal device. a power supply module, configured to supply power to the distribution point; a switch module, separately connected to the power supply module, the distribution point, and an internal terminal device of the user home, wherein when the distribution point does not need to be supplied with power, the switch module is connected to only the distribution point and the terminal device, and when the distribution point needs to be supplied with power, the switch module is connected to only the power supply module and the distribution point; a control module, connected to the power supply module, and configured to control, according to an electrical signal output by the power supply module, the switch module to perform line switching; an isolation module, separately connected to the power supply module and the switch module, and configured to prevent a service provided by the distribution point from being output to the power supply module and prevent a voltage provided by the power supply module from being output to the terminal device; a service backhaul module, separately connected to the isolation module and the terminal device, and configured to: when the distribution point needs to be supplied with power, output the service provided by the distribution point to the terminal device; and a protection module, connected between the distribution point and the switch module, and configured to protect the switch module and the terminal device.
A transition metal compound represented by the following Chemical Formula 1: wherein in Chemical Formula 1, A is a Group 14 element, M is a Group 4 transition metal, R' and R 2 are the same as or different from each other, and are each independently hydrogen, C 1-20 alkyl, C 2-20 alkenyl, C 1-20 alkylsilyl, C 1-20 silylalkyl, C 1-20 alkoxysilyl, C 1-20 alkoxy, C 6-20 aryl, C 7-20 alkylaryl, or C 7-20 arylalkyl, X 1 and X 2 are the same or different from each other, and are each independently halogen, and Q 1 and Q 2 are the same as or different from each other, and are each independently C 1-20 alkyl; provided the following two compounds are excluded: A is a Group 14 element, M is a Group 4 transition metal, R' and R 2 are the same as or different from each other, and are each independently hydrogen, C 1-20 alkyl, C 2-20 alkenyl, C 1-20 alkylsilyl, C 1-20 silylalkyl, C 1-20 alkoxysilyl, C 1-20 alkoxy, C 6-20 aryl, C 7-20 alkylaryl, or C 7-20 arylalkyl, X 1 and X 2 are the same or different from each other, and are each independently halogen, and Q 1 and Q 2 are the same as or different from each other, and are each independently C 1-20 alkyl; provided the following two compounds are excluded:
Device for closing packages, having a product feed unit and a packaging material feed unit for a tubular packaging material and a transport device for at least one sealing tape and/or sealing elements in the form of sealing strips, the device having a sealing device with which at least one package can be enclosed in at least one sealing region by a sealing element formed as a sealing strip and with which a materially bonded connection of the sealing strip to the package can be produced, wherein the sealing device has a welding device for realizing the materially bonded connection of sealing elements formed as sealing strips to the package and wherein the sealing elements are made from the same material as the tubular packaging material, characterized in that the sealing device has a bending device, with which at least one sealing strip can be bent around at least one end of the package, so that the package can be enclosed in a sealing region respectively with the aid of at least one sealing strip, and in that it has at least one clamping device, with the aid of which a tubular package or the packaging tube can be clamped on at least one side adjacent to the region of a weld seam to be produced, i.e. adjacent to the sealing region, in such a way that the weld seam can be relieved, in particular in a hot state, and in that it has a cooling device with which the region of the connection of a package with at least one sealing element in the form of a sealing strip can be cooled.