mhurhangee/ep-ind-claims huggingface dataset:
An olfactory display emitting a fragrance in a time-space-controllable manner, comprising: a housing having an emitting port; a plurality of fragrance chambers formed by partitioning an internal space of the housing by partitioning walls, the plurality of fragrance chambers each having an air inlet and a fragrance outlet; a plurality of fragrance paths extending toward the emitting port from respective fragrance outlets formed in the plurality of fragrance chambers; a solid fragrance source accommodated in at least one of the plurality of fragrance chambers; and characterized in that an airflow source is provided in each of the plurality of fragrance chambers which sends an air from the air inlet into the fragrance chamber by using a diaphragm having a piezoelectric device, wherein the plurality of fragrance paths are joined to each other at a position near the emitting port to form a single common path. a housing having an emitting port; a plurality of fragrance chambers formed by partitioning an internal space of the housing by partitioning walls, the plurality of fragrance chambers each having an air inlet and a fragrance outlet; a plurality of fragrance paths extending toward the emitting port from respective fragrance outlets formed in the plurality of fragrance chambers; a solid fragrance source accommodated in at least one of the plurality of fragrance chambers; and characterized in that an airflow source is provided in each of the plurality of fragrance chambers which sends an air from the air inlet into the fragrance chamber by using a diaphragm having a piezoelectric device, wherein the plurality of fragrance paths are joined to each other at a position near the emitting port to form a single common path.
Method for assembling a ring in a tubular component, said tubular component including a cylindrical wall having an inner surface and an outer surface, the ring and the tubular component being made from metal materials, said method being characterized in that it includes the steps of: - reducing, over a longitudinal portion of the tubular component, a thickness of the wall of the tubular component so as to form a trapezoidal recess on the periphery of said longitudinal portion, the reduction in the thickness of the wall of the tubular component being obtained by removal of a layer of material from the outer surface of the wall, - positioning the ring around the longitudinal portion, the ring having, facing the recess, an inner surface having a shape complementary to that of the recess of the tubular component, - positioning the tubular component / ring assembly in an opening of a coil, in such a way that the ring is disposed facing said coil, - welding the ring to the tubular component by a magnetic pulse generated by the coil. - reducing, over a longitudinal portion of the tubular component, a thickness of the wall of the tubular component so as to form a trapezoidal recess on the periphery of said longitudinal portion, the reduction in the thickness of the wall of the tubular component being obtained by removal of a layer of material from the outer surface of the wall, - positioning the ring around the longitudinal portion, the ring having, facing the recess, an inner surface having a shape complementary to that of the recess of the tubular component, - positioning the tubular component / ring assembly in an opening of a coil, in such a way that the ring is disposed facing said coil, - welding the ring to the tubular component by a magnetic pulse generated by the coil.
A method for use in a network functions virtualization environment comprising at least one virtual network function instance, a virtual network function manager responsible for virtualization-specific aspects of the virtual network function instance, and an element manager responsible for application-specific management of the virtual network function instance, characterized by: receiving, by the virtual network function manager, a request for a graceful termination of the virtual network function instance, transmitting, by the virtual network function manager, the request for the graceful termination of the virtual network function instance to the element manager, checking, by the virtual network function manager, whether a confirmation that the virtual network function instance to be terminated has been taken out of service, is received from the element manager, and if the confirmation is received, terminating, by the virtual network function manager, the virtual network function instance. receiving, by the virtual network function manager, a request for a graceful termination of the virtual network function instance, transmitting, by the virtual network function manager, the request for the graceful termination of the virtual network function instance to the element manager, checking, by the virtual network function manager, whether a confirmation that the virtual network function instance to be terminated has been taken out of service, is received from the element manager, and if the confirmation is received, terminating, by the virtual network function manager, the virtual network function instance.
Device for providing cooling and/or extraction means for at least one press, having at least one reservoir for the cooling and/or extraction means, a pressure control device for the cooling and/or extraction means, a temperature control device and a dosing device for the cooling and/or extraction means, the pressure control device being of single-stage or multi-stage design, characterized in that the device has a distribution device for the cooling and/or extraction means and in that the pressure control device has a high-pressure pump.
A flying vehicle guiding system comprising, a remotely controllable flying vehicle system, a surveying instrument being able to measure distance, angle, and track an object to be measured provided on said flying vehicle system, and a ground base station for calculating control data which control a flight of said flying vehicle system based on measuring results by said surveying instrument, and a remote controller for remotely controlling said flying vehicle system wherein said surveying instrument has a non-prism surveying function for performing non-prism measurement by obtaining distance measurement and angle measurement without retro-reflector as well as a tracking function for tracking: a retro-reflector and for performing tracking measurement by obtaining distance measurement and angle measurement, whereby a retro-reflector as the object to be measured is provided on said flying vehicle system, the system being characterized in that said surveying instrument is adapted to perform non-prism measurement on a scheduled flight area, and said ground base station is adapted to set a safe flight area based on the results of said non-prism measurement, to transmit the control data to said remote controller in such a manner that said flying vehicle system is remotely controlled within said safe flight area and the remote controller controls the flight of said flying vehicle system so that said flying vehicle system flies in said safe flight area based on the results of tracking measurement by said surveying instrument.
A method performed by a terminal in a wireless communication system, the method comprising: transmitting, to a network entity, a protocol data unit, PDU, session establishment request message based on an indication from an upper layer, the PDU session establishment request message including first information for requesting to establish a PDU session as an always-on PDU session,; receiving, from the network entity, a PDU session establishment accept message as a response to the PDU session establishment request message, the PDU session establishment accept message including second information indicating whether the PDU session is established as the always-on PDU session; determining that the PDU session is considered as the always-on PDU session, in case that the second information indicates that the PDU session is required as the always-on PDU session; and determining that the PDU session is not considered as the always-on PDU session, in case that the second information indicates that the PDU session is not allowed as the always-on PDU session. transmitting, to a network entity, a protocol data unit, PDU, session establishment request message based on an indication from an upper layer, the PDU session establishment request message including first information for requesting to establish a PDU session as an always-on PDU session,; receiving, from the network entity, a PDU session establishment accept message as a response to the PDU session establishment request message, the PDU session establishment accept message including second information indicating whether the PDU session is established as the always-on PDU session; determining that the PDU session is considered as the always-on PDU session, in case that the second information indicates that the PDU session is required as the always-on PDU session; and
A portable device for determining a heart rate of a person, said portable device comprising: - a heart rate measurement unit for measuring the heart rate of the person over time to generate a heart rate signal, - a motion measurement unit for measuring the motion of a body part of the person over time to generate a motion signal, and - a processing unit which is adapted to measure a signal quality of the heart rate signal, to calculate the heart rate based on the heart rate signal if said signal quality is above a predefined threshold, and to estimate the heart rate based on the motion signal if said signal quality is below said threshold. wherein the processing unit is adapted to estimate the heart rate based on the motion signal by estimating a heart rate constant ( HR constant) and defining an exponential development of the heart rate over time, wherein the exponential development of the heart rate starts at the last reliably measured heart rate and finishes at the estimated HR constant, the HR constant being an estimated heart rate of the person which depends on the frequency of the motion signal, and the last reliably measured heart rate being the last measured heart rate with the heart rate measurement unit at a point in time before under-running said threshold. - a heart rate measurement unit for measuring the heart rate of the person over time to generate a heart rate signal, - a motion measurement unit for measuring the motion of a body part of the person over time to generate a motion signal, and - a processing unit which is adapted to measure a signal quality of the heart rate signal, to calculate the heart rate based on the heart rate signal if said signal quality is above a predefined threshold, and to estimate the heart rate based on the motion signal if said signal quality is below said threshold.
A method of controlling a switch circuit which includes a first switching unit (SL, SCL) configured to switch between an accumulation state, where energy is accumulated in a coil, and a release state, where energy is released from the coil; and a plurality of second switching units (S11 - S42) configured to switch between a connect state and a disconnect state, in order to connect or disconnect a plurality of corresponding storage batteries (B1 - B4) with the coil, wherein each of the second switching units includes a first switching element configured to switch between a connect and disconnect state, in order to connect or disconnect a positive electrode of the corresponding storage battery with one end of the coil (Lb), and a second switching element configured to switch between a connect and disconnect state, in order to connect or disconnect a negative electrode of the corresponding storage battery with the other end of the coil (La), the method comprising: a first step of performing an operation to switch the first switching unit to an accumulation state, and to switch the second switching units to a disconnect state; and a second step of performing an operation to switch the first switching unit to a release state, and to switch only one of the second switching units to a connect state, characterised by a further step of controlling the first switching element to switch to a disconnect state based on the difference between an electric potential at the positive electrode of the corresponding storage battery and an electric potential at the one end of the coil. a first step of performing an operation to switch the first switching unit to an accumulation state, and to switch the second switching units to a disconnect state; and a second step of performing an operation to switch the first switching unit to a release state, and to switch only one of the second switching units to a connect state, characterised by a further step of controlling the first switching element to switch to a disconnect state based on the difference between an electric potential at the positive electrode of the corresponding storage battery and an electric potential at the one end of the coil.
A halogen-free resin composition, characterized in that, it comprises the following components according to organic solid matters by weight parts: 40-80 parts by weight of allyl modified benzoxazine resin; 10-20 parts by weight of hydrocarbon resin; 10-40 parts by weight of allyl modified polyphenylene oxide resin having a number average molecular weight less than 5000; 0.01-3 parts by weight of initiating agent. 40-80 parts by weight of allyl modified benzoxazine resin; 10-20 parts by weight of hydrocarbon resin; 10-40 parts by weight of allyl modified polyphenylene oxide resin having a number average molecular weight less than 5000; 0.01-3 parts by weight of initiating agent.
Assembly kit for a storage and insertion device for filament spools comprising a storage box, comprising a filament spool carrier which can be inserted into the storage box, and comprising two carrier pins, wherein the filament spool carrier is configured so as to be foldable in a U-shaped manner and, in the folded state, comprises two opposing receptacles for the carrier pins, characterised in that each carrier pin is configured as a foldable element. comprising a filament spool carrier which can be inserted into the storage box, and comprising two carrier pins, wherein the filament spool carrier is configured so as to be foldable in a U-shaped manner and, in the folded state, comprises two opposing receptacles for the carrier pins, characterised in that each carrier pin is configured as a foldable element.
An apparatus comprising a delta-sigma modulator and a switching amplifier connected thereto, wherein an audio signal can be supplied to the input of the delta-sigma modulator, wherein an input signal supplied to the delta-sigma modulator is converted in a PDM-like one-bit signal ya2 with a maximum of one alternation between binary ones and zeroes or zeroes and ones, characterized in that a parallel-serial converter SPS that comprises, in series, a parallel-to-serial converter PSC and a subsequent swap element for the serial output signal ya2 is connected to the multi-bit output of the delta-sigma modulator and said parallel-serial converter SPS as PDM-modulator each M-bit word converts in a word of N ps binary words and wherein the swap element, based on a last bit value 0 or 1 of a preceding word in the output signal y a3 reverses a sequence of binary zeroes and ones of a current word, where present, such as, for a further reducing the pulse edges of the output signal ya2[i] of said parallel-to-serial converter PSC belonging to said parallel-serial converter SPS, the resulting output signal ya3[i-1] of said swap element belonging to said parallel-serial converter SPS is unchanged from said output signal ya2[i] if ya3[i-1] ends with the same binary word as ya2[i] begins and said output signal ya2[i] has been taken reverse in output signal ya3[i] if ya3[i-1] ends with the inverse binary word as ya2[i] begins.
A method for producing an acidified milk product, said method comprising: a) providing a milk substrate; b) treating the milk substrate with an enzyme having transglutaminase activity; and c) fermenting the milk substrate with a microorganism; wherein the enzyme having transglutaminase activity is added at least 30 minutes after the fermentation has started. a) providing a milk substrate; b) treating the milk substrate with an enzyme having transglutaminase activity; and c) fermenting the milk substrate with a microorganism; wherein the enzyme having transglutaminase activity is added at least 30 minutes after the fermentation has started.
A method of operating an accessory device that is in communication with a companion device over a network connection, the method comprising: detecting a display change to be displayed at a display of the accessory device; generating a display message at the accessory device for an application that is installed at the accessory device and that is identified by an application identifier, in response to the detected display change; sending the generated display message with the application identifier from an accessory device daemon to a companion device daemon over the network connection; receiving an updated display message from the companion device daemon at the accessory device daemon; determining one or more display values from the updated display message for an application identified by the application identifier; and displaying the one or more display values at the accessory device display in accordance with an interface definition for the accessory device. detecting a display change to be displayed at a display of the accessory device; generating a display message at the accessory device for an application that is installed at the accessory device and that is identified by an application identifier, in response to the detected display change; sending the generated display message with the application identifier from an accessory device daemon to a companion device daemon over the network connection; receiving an updated display message from the companion device daemon at the accessory device daemon; determining one or more display values from the updated display message for an application identified by the application identifier; and displaying the one or more display values at the accessory device display in accordance with an interface definition for the accessory device.
A free floating wave energy converter including at least one flexible pipe adapted to float at a surface of a body of water, the at least one flexible pipe having an inlet end for receiving alternating slugs of water and air when the at least one flexible pipe is moored facing at an angle to a wave direction in the body of water and having an outlet end in fluid communication with power takeoff and other devices, comprising: - a plurality of supports attached to the at least one flexible pipe at spaced apart locations, each of the supports extending traverse to a longitudinal axis of the at least one flexible pipe and outwardly in opposite directions from the at least one flexible pipe; and - at least two inflatable tubes (1300, 1302) attached to the supports on opposite sides of the at least one flexible pipe, each of the inflatable tubes (1300, 1302) extending longitudinally substantially parallel to the longitudinal axis of the at least one flexible pipe, wherein the at least one flexible pipe is raised and lowered relative to the surface of the body of water by respectively inflating and deflating the at least two inflatable and deflatable tubes (1300, 1302) with a gas. - a plurality of supports attached to the at least one flexible pipe at spaced apart locations, each of the supports extending traverse to a longitudinal axis of the at least one flexible pipe and outwardly in opposite directions from the at least one flexible pipe; and - at least two inflatable tubes (1300, 1302) attached to the supports on opposite sides of the at least one flexible pipe, each of the inflatable tubes (1300, 1302) extending longitudinally substantially parallel to the longitudinal axis of the at least one flexible pipe, wherein the at least one flexible pipe is raised and lowered relative to the surface of the body of water by respectively inflating and deflating the at least two inflatable and deflatable tubes (1300, 1302) with a gas.
A method for processing a Peripheral Component Interconnect Express, PCIe, link fault, wherein the method comprises: detecting, by a PCIe apparatus, that a fault occurs in a lane of a link between the PCIe apparatus and a downstream PCIe apparatus, and sending a Message Signaled Interrupts, MSI, message to a central processing unit, CPU,, wherein the MSI message comprises a device ID of the PCIe apparatus; negotiating, by the PCIe apparatus, with the downstream PCIe apparatus to obtain a current lane width value N; acquiring, by the CPU, a lane negotiation capability value M and the current lane width value N of the PCIe apparatus from the PCIe apparatus according to the device ID in the received MSI message; characterized in further comprising: comparing, by the CPU, N and M/2; if N<M/2, instructing, by the CPU, the PCIe apparatus to perform a lane reversal operation; performing, by the PCIe apparatus, the lane reversal operation on the link between the PCIe apparatus and the downstream PCIe apparatus; and negotiating, by the PCIe apparatus, with the downstream PCIe apparatus to obtain a new current lane width value N', and continuing to perform data transmission with the downstream PCIe apparatus by using N' lanes, wherein N'>=1. detecting, by a PCIe apparatus, that a fault occurs in a lane of a link between the PCIe apparatus and a downstream PCIe apparatus, and sending a Message Signaled Interrupts, MSI, message to a central processing unit, CPU,, wherein the MSI message comprises a device ID of the PCIe apparatus; negotiating, by the PCIe apparatus, with the downstream PCIe apparatus to obtain a current lane width value N; acquiring, by the CPU, a lane negotiation capability value M and the current lane width value N of the PCIe apparatus from the PCIe apparatus according to the device ID in the received MSI message; characterized in further comprising: comparing, by the CPU, N and M/2; if N<M/2, instructing, by the CPU, the PCIe apparatus to perform a lane reversal operation; performing, by the PCIe apparatus, the lane reversal operation on the link between the PCIe apparatus and the downstream PCIe apparatus; and negotiating, by the PCIe apparatus, with the downstream PCIe apparatus to obtain a new current lane width value N', and continuing to perform data transmission with the downstream PCIe apparatus by using N' lanes, wherein N'>=1. comparing, by the CPU, N and M/2; if N<M/2, instructing, by the CPU, the PCIe apparatus to perform a lane reversal operation; performing, by the PCIe apparatus, the lane reversal operation on the link between the PCIe apparatus and the downstream PCIe apparatus; and negotiating, by the PCIe apparatus, with the downstream PCIe apparatus to obtain a new current lane width value N', and continuing to perform data transmission with the downstream PCIe apparatus by using N' lanes, wherein N'>=1.
An aerofoil shaped body comprising a plurality of longitudinal spars (11,21), an upper aerofoil cover, and a lower aerofoil cover, the spars (11,21) and the covers (12,22) comprising composite laminate material, wherein one of the spars (11,21) is integrally formed with one of the covers (12,22) to form a spar-cover (10,20) such that the composite laminate material of the spar (11,21) extends continuously into the cover (12,22) through a fold region (14,24) created between the spar (11,21) and the cover (12,22), characterised in that the spar-cover (10,20) is substantially Z-shaped, the Z-shaped spar-cover (10,20) component having a first limb corresponding to the cover (12,22), a second limb corresponding to the spar (11,21), and a third limb corresponding to an attachment flange (13,23) for attachment to the other of the covers (12,22).