mhurhangee/ep-ind-claims huggingface dataset:
A method of subjecting a component to a resonant frequency vibrational test in which the component is excited in vibration by an exciter on the basis of an exciter input signal, the method comprising: - providing, based on measuring the vibration of the component, a target frequency signal indicative of a frequency control signal which is the phase difference between the vibration of the exciter and the vibration of the component, wherein the vibration of the exciter is measured by a first motion sensor, wherein the vibration of the component is measured by a second motion sensor; and - exciting the exciter in vibration with a smoothed exciter input signal, the exciter input signal having been continuously adjusted by the target frequency signal; the method being characterised in that the smoothed exciter input signal is provided by a Hopf oscillator driven by the target frequency signal. - providing, based on measuring the vibration of the component, a target frequency signal indicative of a frequency control signal which is the phase difference between the vibration of the exciter and the vibration of the component, wherein the vibration of the exciter is measured by a first motion sensor, wherein the vibration of the component is measured by a second motion sensor; and - exciting the exciter in vibration with a smoothed exciter input signal, the exciter input signal having been continuously adjusted by the target frequency signal; the method being characterised in that the smoothed exciter input signal is provided by a Hopf oscillator driven by the target frequency signal.
(Semi-)continuous etching method for increasing the surface adhesion of a fluoropolymer substrate comprising, in sequence, the steps of: - feeding a fluoropolymer substrate in the form of continuous ribbon or film along a feeding direction, said substrate defining a primary surface; - subjecting to one or more etching operations at least a part of the primary surface by means of an adhesion-promoting solution comprising a complex of an alkali metal, such as sodium, in naphthalene; - washing the part of the primary surface wetted by the adhesion-promoting solution by means of a washing solution comprising aqueous acetic acid or formic acid; - selectively separating a concentrated solution of acetic acid or of formic acid from the washing solution by means of inverse osmosis operations (6, 8) at increasing pressure; - re-introducing at least a portion of the concentrated solution of acetic acid or of formic acid in the washing solution to create a recirculation. - feeding a fluoropolymer substrate in the form of continuous ribbon or film along a feeding direction, said substrate defining a primary surface; - subjecting to one or more etching operations at least a part of the primary surface by means of an adhesion-promoting solution comprising a complex of an alkali metal, such as sodium, in naphthalene; - washing the part of the primary surface wetted by the adhesion-promoting solution by means of a washing solution comprising aqueous acetic acid or formic acid; - selectively separating a concentrated solution of acetic acid or of formic acid from the washing solution by means of inverse osmosis operations (6, 8) at increasing pressure; - re-introducing at least a portion of the concentrated solution of acetic acid or of formic acid in the washing solution to create a recirculation.
Universal rotor for operations requiring the submission of fluids to centrifugal accelerations involving the circulation of single-phase or multi-phase fluids, for treatments consisting of purifications, extractions, separations, centrifugal partition chromatography, liquid-liquid extractions, chemical and/or biochemical reactions, characterized in that: - the rotor is formed of a disc or several discs stacked on top of each other, - each of the said discs consists of a support in which a crown is inserted, consisting of the assembly of one or more circular sectors, - in the case of a single circular sector, a space is arranged between the two ends of the single circular sector in the case of several circular sectors, the space is arranged between the ends of two contiguous circular sectors. - a connecting connector (A6 or B6) is inserted in the said space or spaces, - the connecting connector has the means of derivation consisting of channels necessary for the liquid phase entering through the inlets (31 or 29) in the said connecting connector (A6 or B6) to be guided to travel through the said network of cells (26 or 27) to outlets (36 or 34) of the said connecting connector, which outlets are in direct contact with the inlets (A6 or B6) of the connecting connector of the next disc and so on, until the outlet of the last disc connected to the outlet (55 or 57) of the said rotor. - the rotor is formed of a disc or several discs stacked on top of each other, - each of the said discs consists of a support in which a crown is inserted, consisting of the assembly of one or more circular sectors, - in the case of a single circular sector, a space is arranged between the two ends of the single circular sector in the case of several circular sectors, the space is arranged between the ends of two contiguous circular sectors. - a connecting connector (A6 or B6) is inserted in the said space or spaces, - the connecting connector has the means of derivation consisting of channels necessary for the liquid phase entering through the inlets (31 or 29) in the said connecting connector (A6 or B6) to be guided to travel through the said network of cells (26 or 27) to outlets (36 or 34) of the said connecting connector, which outlets are in direct contact with the inlets (A6 or B6) of the connecting connector of the next disc and so on, until the outlet of the last disc connected to the outlet (55 or 57) of the said rotor.
A method comprising: receiving, by a notification service running on a processor, a notification from a first component of a push-to-talk, PTT, platform, wherein the notification is for transmission to a PTT client; determining, by the notification service, an access transport type used by the PTT client to communicate with the PTT platform; selecting, by the notification service, a second component to transmit the notification to the PTT client, wherein selecting the second component either comprises selecting a session initiation protocol, SIP, proxy at a same deployment site as the first component or comprises selecting a first gateway maintaining a first notification channel (710, 1004) with the PTT client, to transmit the notification to the PTT client in accordance with the access transport type used by the PTT client; wherein selecting a first gateway maintaining a first notification channel with the PTT client occurs when the access transport type used by the PTT client is not over an IP Multimedia Subsystem, IMS, network, and when the access transport type used by the PTT client does not allow unsolicited internet protocol, IP, traffic; and transmitting, by the notification service, the notification to the second component. receiving, by a notification service running on a processor, a notification from a first component of a push-to-talk, PTT, platform, wherein the notification is for transmission to a PTT client; determining, by the notification service, an access transport type used by the PTT client to communicate with the PTT platform; selecting, by the notification service, a second component to transmit the notification to the PTT client, wherein selecting the second component either comprises selecting a session initiation protocol, SIP, proxy at a same deployment site as the first component or comprises selecting a first gateway maintaining a first notification channel (710, 1004) with the PTT client, to transmit the notification to the PTT client in accordance with the access transport type used by the PTT client; wherein selecting a first gateway maintaining a first notification channel with the PTT client occurs when the access transport type used by the PTT client is not over an IP Multimedia Subsystem, IMS, network, and when the access transport type used by the PTT client does not allow unsolicited internet protocol, IP, traffic; and transmitting, by the notification service, the notification to the second component.
Multiple pinion arrangement for mounting, in a torque-transmitting manner, on a driver with a driving profile and for engagement in a bicycle chain, having a plurality of adjacent pinions each with a different number of teeth, wherein at least - a first pinion of the plurality of adjacent pinions has a first internal diameter, which is larger than an external diameter of a profile base of the driving profile of the driver, and - a second pinion of the plurality of adjacent pinions has a second internal diameter, which is smaller than the external diameter of the profile base of the driving profile of the driver, and - at least one pinion has an internal profile which can be brought into engagement with the driving profile of the driver and serves for the transmission of torque, wherein the first pinion and the second pinion are welded to one another directly, characterized in that the first pinion has a first flange portion which butts against a flat back side of the second pinion, wherein the first flange portion extends parallel to the rear-wheel axis and has a free end, which points in the direction of the second pinion, and the first pinion is welded to the second pinion along the free end of the first flange portion. - a first pinion of the plurality of adjacent pinions has a first internal diameter, which is larger than an external diameter of a profile base of the driving profile of the driver, and - a second pinion of the plurality of adjacent pinions has a second internal diameter, which is smaller than the external diameter of the profile base of the driving profile of the driver, and - at least one pinion has an internal profile which can be brought into engagement with the driving profile of the driver and serves for the transmission of torque,
An infusion system for applying fluids to be infused to a patient, comprising a plurality of infusion pumps combined into a group, each having at least one inbuilt infusion pump operator interface for inputting the respective operating instructions relating to the infusion pump by an operator and/or for outputting the operating parameters relating to the respective infusion pump to an operator, wherein each of the plurality of infusion pumps combined into a group can be operated respectively from the operator interface of only a single infusion pump available for operation, characterized in that in the case of at least two adjacent infusion pumps, which form a group, only a "first" operator interface is accessible and/or visible and/or actuable from outside.
A cosmetic formulation for application to the skin, comprising a powder obtained from the milling of red coral (Corallium rubrum) and optionally a cosmetically acceptable vehicle, wherein said powder has a particle size comprised between 4 and 20 μm and has a pale pink to intense pink color, for use as skin care, make-up and/or sun tanning product.
An apparatus for use with a bandage which covers a wound, the apparatus comprising: a housing; a controller, a fluid source, a negative pressure source, a pressure sensor, and a canister, all of which are carried by the housing; the fluid source being configured to be coupled to the bandage; the negative pressure source being configured to be coupled to the bandage through the canister; and the controller being programmed to provide a first signal to a fluid dispensing subsystem that delivers fluid to the bandage from the fluid source, and the controller being programmed to provide a second signal to a vacuum evacuating subsystem that applies negative pressure from the negative pressure source to the bandage through the canister, where the canister (26, 826) includes a chamber, an inlet port configured to permit waste material to enter the chamber from the bandage, an outlet port configured to permit communication between the chamber and the vacuum source, and a pressure port configured to permit communication between the chamber and the pressure sensor such that the pressure sensor can sense pressure within the chamber, and where the controller is configured to detect if waste material in the chamber at least partially occludes the outlet port by detecting a change in pressure within the chamber. a housing; a controller, a fluid source, a negative pressure source, a pressure sensor, and a canister, all of which are carried by the housing; the fluid source being configured to be coupled to the bandage; the negative pressure source being configured to be coupled to the bandage through the canister; and the controller being programmed to provide a first signal to a fluid dispensing subsystem that delivers fluid to the bandage from the fluid source, and the controller being programmed to provide a second signal to a vacuum evacuating subsystem that applies negative pressure from the negative pressure source to the bandage through the canister, where the canister (26, 826) includes a chamber, an inlet port configured to permit waste material to enter the chamber from the bandage, an outlet port configured to permit communication between the chamber and the vacuum source, and a pressure port configured to permit communication between the chamber and the pressure sensor such that the pressure sensor can sense pressure within the chamber, and where the controller is configured to detect if waste material in the chamber at least partially occludes the outlet port by detecting a change in pressure within the chamber.
A device for producing an antiseptic wound irrigation solution, comprising - a connection element which is designed and configured for liquid-tight connection to a container; - a mandrel which is designed and configured for piercing a septum of a container; - a reservoir which contains an active ingredient in solid form, and can be connected via an outlet of the reservoir in a fluid-conducting manner to the connection element; - a liquid-permeable filter which is arranged at the outlet of the reservoir, and is configured to retain the active ingredient in solid form in the reservoir; - a fluidic element which is configured to receive a liquid from a container into the reservoir, and/or is configured to dispense a liquid from the reservoir; wherein the device is designed and configured to receive a liquid from a container into the reservoir, to dissolve the active ingredient in the liquid, and to dispense the dissolved active ingredient to a patient via the connection element, wherein the active ingredient is an antiseptic, which is selected from the group consisting of calcium hypochlorite, magnesium hypochlorite, sodium hypochlorite, sodium percarbonate, sodium peroxide, calcium peroxide, urea peroxide, triisocyanuric chloride, sodium-N-chloro-4-methylbenzene sulfonamide, sodium-N-chlorobenzene sulfonamide, octenidine, polyhexanide, and chlorhexidine digluconate. - a connection element which is designed and configured for liquid-tight connection to a container; - a mandrel which is designed and configured for piercing a septum of a container; - a reservoir which contains an active ingredient in solid form, and can be connected via an outlet of the reservoir in a fluid-conducting manner to the connection element; - a liquid-permeable filter which is arranged at the outlet of the reservoir, and is configured to retain the active ingredient in solid form in the reservoir; - a fluidic element which is configured to receive a liquid from a container into the reservoir, and/or is configured to dispense a liquid from the reservoir; wherein the device is designed and configured to receive a liquid from a container into the reservoir, to dissolve the active ingredient in the liquid, and to dispense the dissolved active ingredient to a patient via the connection element, wherein the active ingredient is an antiseptic, which is selected from the group consisting of calcium hypochlorite, magnesium hypochlorite, sodium hypochlorite, sodium percarbonate, sodium peroxide, calcium peroxide, urea peroxide, triisocyanuric chloride, sodium-N-chloro-4-methylbenzene sulfonamide, sodium-N-chlorobenzene sulfonamide, octenidine, polyhexanide, and chlorhexidine digluconate.
A backlight unit comprising: a substrate part consisting of a plurality of rectangular substrates (213, 214, 215, 1800, 1810, 1820, 1830, 1840, 1850); and a plurality of light sources disposed on each of the plurality of substrates (213, 214, 215, 1800, 1810, 1820, 1830, 1840, 1850), wherein the transverse width and the longitudinal width of at least one of the plurality of substrates (213, 214, 215, 1800, 1810, 1820, 1830, 1840, 1850) are different from the transverse width and the longitudinal width of at least one of the remaining substrates, respectively; the plurality of light sources of each of the plurality of substrates are collectively turned on or turned off according to an individual driving of the plurality of substrates (213, 214, 215, 1800, 1810, 1820, 1830, 1840, 1850) corresponding to the ratio of a screen included in a video signal, the ratio of the transverse width to the longitudinal width of the substrate part is 16:9, and the substrate part includes: a first substrate, a second substrate, a third substrate, and a fourth substrate at each corner of the substrate part, a fifth substrate positioned between the first substrate and the second substrate, a sixth substrate positioned between the third substrate and the fourth substrate, a seventh substrate positioned between the first substrate and the third substrate, an eighth substrate positioned between the second substrate and the fourth substrate, and a ninth substrate positioned between the fifth substrate, the sixth substrate, the seventh substrate, and the eighth substrate. a substrate part consisting of a plurality of rectangular substrates (213, 214, 215, 1800, 1810, 1820, 1830, 1840, 1850); and a plurality of light sources disposed on each of the plurality of substrates (213, 214, 215, 1800, 1810, 1820, 1830, 1840, 1850), a first substrate, a second substrate, a third substrate, and a fourth substrate at each corner of the substrate part, a fifth substrate positioned between the first substrate and the second substrate, a sixth substrate positioned between the third substrate and the fourth substrate, a seventh substrate positioned between the first substrate and the third substrate, an eighth substrate positioned between the second substrate and the fourth substrate, and
A non-transitory computer readable medium having stored therein instructions to be executed by a packet processing unit, PPU in a communications network to allow a plurality of PPUs in in the communications network to route data packets, the instructions when executed by the PPU cause the PPU to perform a set of operations comprising the steps of: receiving a data packet addressed to a destination Internet Protocol, IP, address and an access point name, APN, associated with an IP session of a user entity, UE,, wherein the plurality of PPUs in the communications network collectively maintain a distributed hash table, DHT, storing a distributed routing table, DRT, wherein the DRT includes a DRT entry that maps a key to a value, wherein the key of the DRT entry is based on both the destination IP address and the APN associated with the IP session of the UE, wherein the value of the DRT entry represents both an IP address of one of the plurality of PPUs currently serving the IP session of the UE and an IP session identifier that identifies, to that PPU currently serving the IP session of the UE, the IP session of the UE; determining, based on the destination IP address and the APN associated with the IP session of the UE, the key for the DRT entry; looking up, using a DHT algorithm and based on the determined key, which of the plurality of PPUs is responsible for storing the DRT entry in the DHT; accessing, from the PPU responsible for storing the DRT entry in the DHT, the value of the DRT entry; and tunneling the data packet to the IP address of the PPU currently serving the IP session of the UE using the IP session identifier based on the value. receiving a data packet addressed to a destination Internet Protocol, IP, address and an access point name, APN, associated with an IP session of a user entity, UE,, wherein the plurality of PPUs in the communications network collectively maintain a distributed hash table, DHT, storing a distributed routing table, DRT, wherein the DRT includes a DRT entry that maps a key to a value, wherein the key of the DRT entry is based on both the destination IP address and the APN associated with the IP session of the UE, wherein the value of the DRT entry represents both an IP address of one of the plurality of PPUs currently serving the IP session of the UE and an IP session identifier that identifies, to that PPU currently serving the IP session of the UE, the IP session of the UE; determining, based on the destination IP address and the APN associated with the IP session of the UE, the key for the DRT entry; looking up, using a DHT algorithm and based on the determined key, which of the plurality of PPUs is responsible for storing the DRT entry in the DHT; accessing, from the PPU responsible for storing the DRT entry in the DHT, the value of the DRT entry; and tunneling the data packet to the IP address of the PPU currently serving the IP session of the UE using the IP session identifier based on the value.
A gas turbine comprising: a plurality of combustor assemblies, each having a first stage burner unit and a second stage burner unit downstream of the first stage burner unit, the combustor assemblies including at least a set of load-selectable combustor assemblies; a controller, configured to control the combustor assemblies and to selectively activate and deactivate the second stage burner unit of at least the load-selectable combustor assemblies based on respective switching conditions of individual second stage burner units, the switching conditions including at least a relation between an activation threshold and a control quantity (TE; MF); and characterized by a reactive species concentration detector (8; 108), configured to detect a concentration of reactive species in a fuel supplied to the combustor assemblies; wherein the controller is configured to adjust the respective activation thresholds of at least the second stage burner units of the load-selectable combustor assemblies based on the detected concentration of the reactive species. a plurality of combustor assemblies, each having a first stage burner unit and a second stage burner unit downstream of the first stage burner unit, the combustor assemblies including at least a set of load-selectable combustor assemblies; a controller, configured to control the combustor assemblies and to selectively activate and deactivate the second stage burner unit of at least the load-selectable combustor assemblies based on respective switching conditions of individual second stage burner units, the switching conditions including at least a relation between an activation threshold and a control quantity (TE; MF); and characterized by a reactive species concentration detector (8; 108), configured to detect a concentration of reactive species in a fuel supplied to the combustor assemblies; wherein the controller is configured to adjust the respective activation thresholds of at least the second stage burner units of the load-selectable combustor assemblies based on the detected concentration of the reactive species.