mhurhangee/patent-ind-claim-en huggingface dataset:
A regulator for a striking mechanism for a mechanical watch, comprising a base which can be assembled in a fixed manner with regard to the housing, and a rotary wheel , wherein the rotary wheel is rotatably mounted relative to the base and carries at least two mass elements which by way of a rotation of the rotary wheel are deflectable radially outwards counter to a spring force on account of the centrifugal force, in order to regulate the rotation speed of the rotary wheel, characterised in that at least three bearing elements are attached to the base , said bearing elements engaging peripherally on the rotary wheel in order to mount this relative to the base.
A method comprising the steps of: receiving at least one of a broadcast type of input signal and a home networking type of input signal through one input of a signal receiving device; determining if the received signal is of the broadcast type of input signal or the home networking type of input signal; generating a first control signal associated with a first mode of operation, the first control signal configuring a low power level for use in the first mode of operation if the received signal is of the broadcast type of input signal; determining a network protocol associated with a second mode of operation, the network protocol being at least one of an Ethernet protocol and a Multimedia over Cable Alliance protocol; generating a second control signal associated with the second mode of operation, the second control signal configuring a full power level for use in the second mode of operation based on the determined at least one network protocol if the received signal is of the home networking type of input signal; providing the first control signal or the second control signal to a first circuit of the signal receiving device; and configuring the low power level or the full power level of the first circuit based on the first control signal or the second control signal . receiving at least one of a broadcast type of input signal and a home networking type of input signal through one input of a signal receiving device; determining if the received signal is of the broadcast type of input signal or the home networking type of input signal; generating a first control signal associated with a first mode of operation, the first control signal configuring a low power level for use in the first mode of operation if the received signal is of the broadcast type of input signal; determining a network protocol associated with a second mode of operation, the network protocol being at least one of an Ethernet protocol and a Multimedia over Cable Alliance protocol; generating a second control signal associated with the second mode of operation, the second control signal configuring a full power level for use in the second mode of operation based on the determined at least one network protocol if the received signal is of the home networking type of input signal; providing the first control signal or the second control signal to a first circuit of the signal receiving device; and configuring the low power level or the full power level of the first circuit based on the first control signal or the second control signal .
A security element for securing security papers, value documents and other data carriers , with an optically variable daylight motif region that shows at least two different appearances in visible light from different viewing directions, and a luminescence motif region that shows at least one luminescence motif (16-1, 16-2) after UV excitation, characterized in that the luminescence motif is a multicolored luminescence motif, and the optically variable daylight motif region is adapted in at least one of its appearances to the at least one multicolored luminescence motif, namely has at least one region with the same color tone or the same color gradation as a region of the multicolored luminescence motif.
A method for printing an object using a colour image printer that applies colorant dots having a flat shape, the object having an apparent surface with a locally varying colour for representing a colour image on the surface, the printer comprising a white colorant, that is applied as a background underneath a surface colorant for begetting a local colour of the apparent surface, the method comprising the steps of: a) generating two-dimensional image data for composing the object in slices; b) determining a local surface orientation of the apparent surface of the object; c) applying colorant material in accordance with the two-dimensional image data, characterized in that in dependence on an angle between the colorant dots and the local surface orientation, white colorant dots are deposited between other colorant dots to compensate a colour effect of an orientation of a surface colorant dot relative to the local surface orientation and a number of white colorant dots between other colorant dots is augmented if an angle between the local surface orientation and a direction perpendicular to the applied slices increases. a) generating two-dimensional image data for composing the object in slices; b) determining a local surface orientation of the apparent surface of the object; c) applying colorant material in accordance with the two-dimensional image data, characterized in that in dependence on an angle between the colorant dots and the local surface orientation, white colorant dots are deposited between other colorant dots to compensate a colour effect of an orientation of a surface colorant dot relative to the local surface orientation and a number of white colorant dots between other colorant dots is augmented if an angle between the local surface orientation and a direction perpendicular to the applied slices increases.
Measuring device for non-invasive measurement of parameters of a bodily tissue, with a covering , a sensor unit and a sensor pad for detachable placement of the measuring device on a body surface, whereby the sensor unit has a receptacle , the interior space of which accommodates a sensor arrangement, the receptacle having a measuring surface in the direction of the body surface, and whereby the covering , the sensor unit , and the sensor pad are detachable from one another, - the sensor pad has a cutout for accommodating the sensor unit and a lower contact surface , at least partially surrounding the sensor unit , for placement on the body surface , - the covering is provided for closing the cutout over an upper side of sensor unit and sensor pad during a measurement of parameters, characterized in that the cutout forms a passage through the sensor pad with a shape that matches the outer shape of the receptacle so that the sensor unit is receivable inside the cutout in a formfitting way. - the sensor pad has a cutout for accommodating the sensor unit and a lower contact surface , at least partially surrounding the sensor unit , for placement on the body surface , - the covering is provided for closing the cutout over an upper side of sensor unit and sensor pad during a measurement of parameters,
A method for producing a protective film, comprising providing a substrate having a three-dimensionally curved surface; groove-processing the three-dimensionally curved surface of the substrate using a cutting tool to form grooves and segments on the surface of the substrate separated by the grooves; and then depositing a protective film on the surface of the substrate with the grooves by means of a vapor phase deposition method and without using a mask or a mask material to thereby obtain the protective film divided into segments which are separated by spacing at and along the grooves, wherein the grooves are deeper than a film thickness, and wherein the protective film comprises any or a combination of diamond, diamond-like carbon, BN, W 2 C, CrN, HfN, VN, TiN, TiCN, AL 2 O 3 , ZnO, and SiO 2 films. providing a substrate having a three-dimensionally curved surface; groove-processing the three-dimensionally curved surface of the substrate using a cutting tool to form grooves and segments on the surface of the substrate separated by the grooves; and then depositing a protective film on the surface of the substrate with the grooves by means of a vapor phase deposition method and without using a mask or a mask material to thereby obtain the protective film divided into segments which are separated by spacing at and along the grooves, wherein the grooves are deeper than a film thickness, and wherein the protective film comprises any or a combination of diamond, diamond-like carbon, BN, W 2 C, CrN, HfN, VN, TiN, TiCN, AL 2 O 3 , ZnO, and SiO 2 films.
A separation system for separating at least one component of a multiple component material with a centrifugal force, the separation system comprising: a first buoy member having a first exterior perimeter defined by an exterior wall, the first buoy member including a first passage through the first buoy member and within the first exterior perimeter; a connection member fixedly connected to the first buoy member near a first end of the connection member ; a second buoy member fixedly connected near a second end of the connection member a distance from the first buoy member so that at least a first surface of the second buoy member is spaced a distance from the first buoy member , the second buoy member including a second passage through the second buoy member and within the exterior perimeter; a first valve assembly including a gate member biased towards the first buoy member to contact the first buoy member to close the first passage through the first buoy member ; and a second valve assembly including a plug member biased towards the second buoy member to close the second passage through the second buoy member , wherein the separation system is characterized by the fact that the first valve assembly includes a spring member , wherein the spring member surrounds at least a portion of the connection member and springedly biases the gate member towards the first buoy member . a first buoy member having a first exterior perimeter defined by an exterior wall, the first buoy member including a first passage through the first buoy member and within the first exterior perimeter; a connection member fixedly connected to the first buoy member near a first end of the connection member ; a second buoy member fixedly connected near a second end of the connection member a distance from the first buoy member so that at least a first surface of the second buoy member is spaced a distance from the first buoy member , the second buoy member including a second passage through the second buoy member and within the exterior perimeter; a first valve assembly including a gate member biased towards the first buoy member to contact the first buoy member to close the first passage through the first buoy member ; and a second valve assembly including a plug member biased towards the second buoy member to close the second passage through the second buoy member , wherein the separation system is characterized by the fact that the first valve assembly includes a spring member , wherein the spring member surrounds at least a portion of the connection member and springedly biases the gate member towards the first buoy member .
A resource authorization method for deployment of a Virtual Network Function, VNF, comprising steps of: determining (Sill), by a Virtual Network Function Manager, VNFM, whether or not there is a resource request; in the case that there is the resource request, transmitting (S112), by the VNFM, a resource authorization request to a Network Function Virtualization Orchestrator, NFVO; receiving (S113), by the VNFM, a resource authorization response from the NFVO, the resource authorization response containing a resource authorization result; and processing (S114), by the VNFM, the resource authorization result, the resource authorization method being characterized in that , the resource authorization request carries an indicator of a resource pool indication parameter, the indicator comprises a resource pool indication parameter of resource pools of a first type or a second type, the resource pools of the first type represent resource pools to be authorized, and the resource pools of the second type represent resource pools incapable of being authorized. determining (Sill), by a Virtual Network Function Manager, VNFM, whether or not there is a resource request; in the case that there is the resource request, transmitting (S112), by the VNFM, a resource authorization request to a Network Function Virtualization Orchestrator, NFVO; receiving (S113), by the VNFM, a resource authorization response from the NFVO, the resource authorization response containing a resource authorization result; and processing (S114), by the VNFM, the resource authorization result, the resource authorization method being characterized in that , the resource authorization request carries an indicator of a resource pool indication parameter, the indicator comprises a resource pool indication parameter of resource pools of a first type or a second type, the resource pools of the first type represent resource pools to be authorized, and the resource pools of the second type represent resource pools incapable of being authorized.
An automated method, comprising: providing a dry ingredient to be reconstituted into a liquid bioprocess solution; and controlling, by a processing circuit, an automated system comprising at least one mixing chamber having a lower port and an upper port for fluid to enter the at least one mixing chamber, an array of tubing for fluid flow within the system, and a plurality of valves provided within the tubing and controlled by the processing circuit, to automatically prepare the bioprocess solution from the dry ingredient; wherein controlling the automated system comprises controlling, by the processing circuit, the automated system to perform a series of sequential mixing steps, the series of sequential mixing steps causing the preparation of the liquid bioprocess solution and comprising: opening a first valve associated with the lower port to provide fluid to the at least one mixing chamber through the lower port, and after a predetermined amount of elapsed time, closing the first valve and opening a second valve associated with the upper port to provide fluid to the at least one mixing chamber through the upper port. providing a dry ingredient to be reconstituted into a liquid bioprocess solution; and controlling, by a processing circuit, an automated system comprising at least one mixing chamber having a lower port and an upper port for fluid to enter the at least one mixing chamber, an array of tubing for fluid flow within the system, and a plurality of valves provided within the tubing and controlled by the processing circuit, to automatically prepare the bioprocess solution from the dry ingredient; wherein controlling the automated system comprises controlling, by the processing circuit, the automated system to perform a series of sequential mixing steps, the series of sequential mixing steps causing the preparation of the liquid bioprocess solution and comprising: opening a first valve associated with the lower port to provide fluid to the at least one mixing chamber through the lower port, and after a predetermined amount of elapsed time, closing the first valve and opening a second valve associated with the upper port to provide fluid to the at least one mixing chamber through the upper port. opening a first valve associated with the lower port to provide fluid to the at least one mixing chamber through the lower port, and after a predetermined amount of elapsed time, closing the first valve and opening a second valve associated with the upper port to provide fluid to the at least one mixing chamber through the upper port.
A signal monitoring method, comprising: receiving (S201), by a terminal device, a downlink signal; and periodically monitoring (S202), by the terminal device, a first type of signal in the downlink signal, wherein the terminal device does not monitor a second type of signal when monitoring the first type of signal, and wherein the first type of signal is downlink control information, DCI, and is used to indicate power consumption reduction information, and the second type of signal is DCI with a different format from the first type of signal and is used to indicate data scheduling; monitoring, by the terminal device, the second type of signal in the downlink signal, wherein the terminal device does not monitor the first type of signal when monitoring the second type of signal; wherein the method further comprises: receiving, by the terminal device, first indication information, wherein the first indication information indicates that a first location in a time domain resource is an uplink location; and monitoring, by the terminal device, the first type of data at at least one second location in the time domain resource, wherein the first location is a location for periodically monitoring the first type of signal, and the at least one second location is located after the first location.. receiving (S201), by a terminal device, a downlink signal; and periodically monitoring (S202), by the terminal device, a first type of signal in the downlink signal, wherein the terminal device does not monitor a second type of signal when monitoring the first type of signal, and wherein the first type of signal is downlink control information, DCI, and is used to indicate power consumption reduction information, and the second type of signal is DCI with a different format from the first type of signal and is used to indicate data scheduling; monitoring, by the terminal device, the second type of signal in the downlink signal, wherein the terminal device does not monitor the first type of signal when monitoring the second type of signal; wherein the method further comprises: receiving, by the terminal device, first indication information, wherein the first indication information indicates that a first location in a time domain resource is an uplink location; and monitoring, by the terminal device, the first type of data at at least one second location in the time domain resource, wherein the first location is a location for periodically monitoring the first type of signal, and the at least one second location is located after the first location.. receiving, by the terminal device, first indication information, wherein the first indication information indicates that a first location in a time domain resource is an uplink location; and monitoring, by the terminal device, the first type of data at at least one second location in the time domain resource, wherein the first location is a location for periodically monitoring the first type of signal, and the at least one second location is located after the first location..
A method for sterilizing a material comprising poly(ester urea) polymer fibers, comprising the steps of: exposing a material comprising poly(ester urea) polymer fibers to radiation to sterilize the material; wherein the material is an electrospun fiber material incorporating the poly(ester urea) polymer fibers and the maximum diameter of the fibres is 10 μm; characterized in that said radiation is electron beam radiation at a dosage of between 5 kGy and 50 kGy and the electron beam has an energy level of 5 MeV to 20 MeV; and the method produces a material comprising poly(ester urea) polymer fibers; and the material has a sterility assurance level with a probability level of less than about 10 -6 after the step of exposing the material to radiation. exposing a material comprising poly(ester urea) polymer fibers to radiation to sterilize the material; wherein the material is an electrospun fiber material incorporating the poly(ester urea) polymer fibers and the maximum diameter of the fibres is 10 μm; characterized in that said radiation is electron beam radiation at a dosage of between 5 kGy and 50 kGy and the electron beam has an energy level of 5 MeV to 20 MeV; and the method produces a material comprising poly(ester urea) polymer fibers; and the material has a sterility assurance level with a probability level of less than about 10 -6 after the step of exposing the material to radiation.
Gas insulated switchgear , such as circuit-breakers and disconnectors, comprising: - a gas-tight housing ; - at least one shaft extending through an opening in the gas-tight housing , which shaft is partially rotatable and/or translatable; and - sealing means arranged in the opening for sealing the shaft relative to the gas-tight housing ; wherein the sealing means comprise a sealing bellows having a first mounting rim on one axial end, a second mounting rim on the other axial end and a bellow body in between the first and second mounting rims , characterised in that a mounting ring is mounted coaxially to the shaft and wherein the sealing bellows is arranged around the shaft and with the first mounting rim to the housing and with the second mounting rim to the mounting ring . - a gas-tight housing ; - at least one shaft extending through an opening in the gas-tight housing , which shaft is partially rotatable and/or translatable; and - sealing means arranged in the opening for sealing the shaft relative to the gas-tight housing ; wherein the sealing means comprise a sealing bellows having a first mounting rim on one axial end, a second mounting rim on the other axial end and a bellow body in between the first and second mounting rims , characterised in that a mounting ring is mounted coaxially to the shaft and wherein the sealing bellows is arranged around the shaft and with the first mounting rim to the housing and with the second mounting rim to the mounting ring .
An inflation device configured to displace fluid, the inflation device comprising: a syringe body ; a plunger configured to be disposed within the syringe body, the plunger selectively coupleable to the syringe body, wherein the plunger comprises a plunger shaft ; and a handle rotatably coupled to the plunger shaft, wherein rotation of the handle about an axis orthogonal to a longitudinal axis of the plunger shaft selectively couples and decouples the plunger to and from the syringe body. a syringe body ; a plunger configured to be disposed within the syringe body, the plunger selectively coupleable to the syringe body, wherein the plunger comprises a plunger shaft ; and a handle rotatably coupled to the plunger shaft, wherein rotation of the handle about an axis orthogonal to a longitudinal axis of the plunger shaft selectively couples and decouples the plunger to and from the syringe body.