mhurhangee/ep-ind-claims huggingface dataset:
A stimulation therapy system, comprising: - a stimulation device, such as a pulse generator, connected to one or more electrodes suitable for being placed on or in the vicinity of a nerve of the autonomic nervous system; - an external communications device capable of communicating with the pulse generator; - at least one sensor for sensing physiological and/or physical signals, and processor units for processing said signals, which units are capable of supplying at least one current physiological/physical variable level (PVLcurrent); and - control means for controlling the stimulation device according to a set of stimulation parameters; said stimulation therapy system being characterized in that it further comprises: - regulation means for regulating the stimulation by means of a state transition model comprising a transition matrix and a connection matrix, which matrices are suitable for applying optimum stimulation parameters in order to bring the current physiological/physical level to a given setpoint level (PVLtarget), said states (Si) of said model being characterized by a set of values for the stimulation parameters (Pi) and by at least one expected physiological/physical response (RSi) while stimulation is being applied with said parameters (Pi), and in that the regulation means are means initialized on the basis of a prior learning phase whereby the real physiological or physical level is determined and stored in a memory for a predetermined set of values for stimulation parameters used during the learning phase (Plearn). - a stimulation device, such as a pulse generator, connected to one or more electrodes suitable for being placed on or in the vicinity of a nerve of the autonomic nervous system; - an external communications device capable of communicating with the pulse generator; - at least one sensor for sensing physiological and/or physical signals, and processor units for processing said signals, which units are capable of supplying at least one current physiological/physical variable level (PVLcurrent); and - control means for controlling the stimulation device according to a set of stimulation parameters; - regulation means for regulating the stimulation by means of a state transition model comprising a transition matrix and a connection matrix, which matrices are suitable for applying optimum stimulation parameters in order to bring the current physiological/physical level to a given setpoint level (PVLtarget), said states (Si) of said model being characterized by a set of values for the stimulation parameters (Pi) and by at least one expected physiological/physical response (RSi) while stimulation is being applied with said parameters (Pi), and in that the regulation means are means initialized on the basis of a prior learning phase whereby the real physiological or physical level is determined and stored in a memory for a predetermined set of values for stimulation parameters used during the learning phase (Plearn).
A biofluid drop ejection unit for ejecting biofluid drops, the unit comprising: a biofluid drop ejection mechanism having a transducer which generates energy used to emit biofluid drops; and a reagent cartridge holding a biofluid, isolated from the drop ejection mechanism to avoid contamination between the biofluid drop ejection mechanism and the biofluid of the reagent cartridge, the reagent cartridge connected to the drop ejection mechanism such that upon operation of the drop ejection mechanism, the biofluid is emitted as the biofluid drops, wherein the biofluid drop ejection mechanism includes a substrate, the transducer being provided on a first surface of the substrate and walls (26, 28) are provided on a second surface of the substrate opposite the first surface and wherein the walls define an interior chamber within which the reagent cartridge is located, and wherein the biofluid ejection mechanism and reagent cartridge are separate components, with the reagent cartridge configured to be disposable and the biofluid ejection mechanism configured to be reusable, and the biofluid drop ejection unit further comprises an acoustic coupling layer between the biofluid ejection mechanism and the reagent cartridge, and wherein the coupling layer is at least one of a connecting fluid and a connecting grease, and one of the connecting fluid and connecting grease enable energy transmission from the biofluid ejection mechanism to the biofluid in the reagent cartridge. a biofluid drop ejection mechanism having a transducer which generates energy used to emit biofluid drops; and a reagent cartridge holding a biofluid, isolated from the drop ejection mechanism to avoid contamination between the biofluid drop ejection mechanism and the biofluid of the reagent cartridge, the reagent cartridge connected to the drop ejection mechanism such that upon operation of the drop ejection mechanism, the biofluid is emitted as the biofluid drops, wherein the biofluid drop ejection mechanism includes a substrate, the transducer being provided on a first surface of the substrate and walls (26, 28) are provided on a second surface of the substrate opposite the first surface and wherein the walls define an interior chamber within which the reagent cartridge is located, and wherein the biofluid ejection mechanism and reagent cartridge are separate components, with the reagent cartridge configured to be disposable and the biofluid ejection mechanism configured to be reusable, and the biofluid drop ejection unit further comprises an acoustic coupling layer between the biofluid ejection mechanism and the reagent cartridge, and wherein the coupling layer is at least one of a connecting fluid and a connecting grease, and one of the connecting fluid and connecting grease enable energy transmission from the biofluid ejection mechanism to the biofluid in the reagent cartridge.
A device for processing electrocardiogram signals and marker signals, comprising - an input interface for receiving electrocardiogram signals and marker signals detected by an implantable medical device, - an analysis unit connected to the input interface for processing the electrocardiogram signals, marker data and implant data, and - an output interface connected to the analysis unit for outputting data representing an analysis report to a display device, wherein the analysis unit has an event detector, which is configured to detect portions in an electrocardiogram signal that are characteristic for a depolarisation of the myocardium and thus represent cardial events and to generate marker signals for these events, wherein the analysis unit has a marker correlator, which is configured to determine time correlations between the cardial events detected by the event detector and corresponding markers in the marker signal received via the input interface and to compare the marker signals generated in the analysis unit with the marker signals received via the input interface, wherein the analysis unit is configured to analyse the electrocardiogram signals and the marker signals received via the input interface in an overview in such a way that the analysis unit detects relevant conspicuous features on the basis of predefined detection criteria, assigns a priority to a detected conspicuous feature and generates an analysis report, which contains at least a list of the detected conspicuous features. - an input interface for receiving electrocardiogram signals and marker signals detected by an implantable medical device, - an analysis unit connected to the input interface for processing the electrocardiogram signals, marker data and implant data, and - an output interface connected to the analysis unit for outputting data representing an analysis report to a display device,
A device comprising: a processor, a storage comprising a set of instructions, wherein the set of instructions, when executed by the processor, causes the device to: in response to received incoming phone call, present at a user interface of the device a first option of the call and a second option of the call; in response to a first selection between the first option and the second option, initiate a lag time of pre-determined length before performing the first selection; and in response to a second selection between the first option and the second option before the lag time has ended, perform the second selection, wherein the second selection is configured to revert the first selection; wherein the first option is rejecting the incoming phone call and the second option is accepting the incoming phone call; or wherein the first option is accepting the incoming phone call and the second option is rejecting the incoming phone call. in response to received incoming phone call, present at a user interface of the device a first option of the call and a second option of the call; in response to a first selection between the first option and the second option, initiate a lag time of pre-determined length before performing the first selection; and in response to a second selection between the first option and the second option before the lag time has ended, perform the second selection, wherein the second selection is configured to revert the first selection; wherein the first option is rejecting the incoming phone call and the second option is accepting the incoming phone call; or wherein the first option is accepting the incoming phone call and the second option is rejecting the incoming phone call. wherein the first option is rejecting the incoming phone call and the second option is accepting the incoming phone call; or wherein the first option is accepting the incoming phone call and the second option is rejecting the incoming phone call.
A combination of levocetirizine and montelukast in an effective amount for use in the treatment of an autoimmune disorder, or a symptom of an autoimmune disorder in a patient in need thereof, wherein the autoimmune disorder is rheumatoid arthritis.
Monitoring method of coupling in a rotating system of an internal combustion engine, wherein angular speeds on each side of the coupling are measured (110, 130), comprising: - exciting dynamic property of the coupling by changing cylinder-wise fuel-injection of the internal combustion engine; - identifying cylinder-wise effects from angular speed measurements; and - estimating a stiffness value of said coupling by analyzing said identified effects in combination with predetermined engine and transmission system parameters - exciting dynamic property of the coupling by changing cylinder-wise fuel-injection of the internal combustion engine; - identifying cylinder-wise effects from angular speed measurements; and - estimating a stiffness value of said coupling by analyzing said identified effects in combination with predetermined engine and transmission system parameters
A two-layer structure ceramic porous body having an alumina porous body made up by binding aggregate alumina particles to each other, the aggregate alumina particles being bound to each other by a compound selected from gadolinium silicate, lanthanum silicate and yttrium silicate and being synthesized from an Si compound and at least one rare-earth oxide selected from Gd 2 O 3, La 2 O 3, and Y 2 O 3, and an inorganic porous film formed on the alumina porous body. an alumina porous body made up by binding aggregate alumina particles to each other, the aggregate alumina particles being bound to each other by a compound selected from gadolinium silicate, lanthanum silicate and yttrium silicate and being synthesized from an Si compound and at least one rare-earth oxide selected from Gd 2 O 3, La 2 O 3, and Y 2 O 3, and an inorganic porous film formed on the alumina porous body.
A method of supervising a node in a communication system, the communication system comprising a supervising entity, a node under the supervision of the supervising entity, and a first communication path between the node and the supervising entity, the method comprising the steps of: determining that the node is unable to receive communications sent by the supervising entity via the first communication path; and triggering the node via a second communication path to send a message via the first communication path to the supervising entity to initiate a maintenance procedure, the message punching a hole through a firewall thus identifying a port and enabling the supervising entity to send messages to the node via the first communication path. determining that the node is unable to receive communications sent by the supervising entity via the first communication path; and triggering the node via a second communication path to send a message via the first communication path to the supervising entity to initiate a maintenance procedure, the message punching a hole through a firewall thus identifying a port and enabling the supervising entity to send messages to the node via the first communication path.
A method of dispensing a frozen confectionary product from a dispensing machine, the method comprising: loading one or more first tubes comprising a composition that is a frozen confectionary from a first storage tray onto a serving station of the dispensing machine, wherein the first storage tray is located in a first storage area of the dispensing machine, and wherein the one or more first tubes are reusable; positioning a container in a first position in the serving station under the one or more first tubes; dispensing at least a portion of the frozen confectionary into the container; conveying the container comprising the frozen confectionary to an outlet located on the dispensing machine; wherein positioning the container comprises using a robotic arm, preferably a three-axis robotic arm, more preferably comprising a lifting suction head to grip the container, and the container is an edible container; wherein loading the one or more first tubes comprises using a robotic arm, preferably a three-axis robotic arm, more preferably comprising a tube changer plate configured to grip the one or more first tubes; wherein the dispensing machine comprises at least two zones, the at least two zones comprising a first zone wherein the temperature is lower than a second zone, wherein the one or more first tubes are stored in the dispensing machine in the first zone, and the serving station is located in the dispensing machine in the second zone. positioning a container in a first position in the serving station under the one or more first tubes; dispensing at least a portion of the frozen confectionary into the container; conveying the container comprising the frozen confectionary to an outlet located on the dispensing machine; wherein positioning the container comprises using a robotic arm, preferably a three-axis robotic arm, more preferably comprising a lifting suction head to grip the container, and the container is an edible container; wherein loading the one or more first tubes comprises using a robotic arm, preferably a three-axis robotic arm, more preferably comprising a tube changer plate configured to grip the one or more first tubes; wherein the dispensing machine comprises at least two zones, the at least two zones comprising a first zone wherein the temperature is lower than a second zone, wherein the one or more first tubes are stored in the dispensing machine in the first zone, and the serving station is located in the dispensing machine in the second zone.
A peripheral device configured with point-to-point short-range connection capabilities, comprising: a wireless communication device configured to broadcast an advertisement data packet to external devices; one or more processors in communication with the wireless communication device; and one or more non-transitory hardware-based memory devices configured to store the advertisement data packet structure for the wireless communication device, and further configured to store computer-readable instructions executable by the one or more processors, wherein the advertisement data packet structure includes a PDU, Protocol Data Unit, that includes a header and a payload, the payload of which is modified to include a first field including a pattern defining a scenario and a second field including a pattern defining a sub-scenario associated with the scenario, wherein the scenario indicates to external devices that the peripheral device is seeking to quick pair with an external device, wherein the patterns are pre-registered within an OS, Operating System, of the external device, wherein detection of the scenario for the peripheral device causes the OS of the external device to automatically prompt, on a user interface, Ul, thereof, an opportunity for a user to connect the peripheral device to the external device, and wherein the computer-readable instructions further cause the one or more processors to pair the peripheral device to the external device upon input confirmation from a user. a wireless communication device configured to broadcast an advertisement data packet to external devices; one or more processors in communication with the wireless communication device; and one or more non-transitory hardware-based memory devices configured to store the advertisement data packet structure for the wireless communication device, and further configured to store computer-readable instructions executable by the one or more processors, wherein the advertisement data packet structure includes a PDU, Protocol Data Unit, that includes a header and a payload, the payload of which is modified to include a first field including a pattern defining a scenario and a second field including a pattern defining a sub-scenario associated with the scenario, wherein the scenario indicates to external devices that the peripheral device is seeking to quick pair with an external device, wherein the patterns are pre-registered within an OS, Operating System, of the external device, wherein detection of the scenario for the peripheral device causes the OS of the external device to automatically prompt, on a user interface, Ul, thereof, an opportunity for a user to connect the peripheral device to the external device, and wherein the computer-readable instructions further cause the one or more processors to pair the peripheral device to the external device upon input confirmation from a user.
Method for preparing a flour tortilla, comprising - preparing a tortilla dough from cereal flour and fat particles, which fat particles at least substantially consist of triglycerides of fatty acids having 8-22 carbon atoms and which fat particles have a melting point, as determinable by DSC, in the range of about 65 to about 80 °C; - shaping the tortilla dough into a tortilla shape; and - heating the shaped tortilla dough, thereby obtaining the flour tortilla. - preparing a tortilla dough from cereal flour and fat particles, which fat particles at least substantially consist of triglycerides of fatty acids having 8-22 carbon atoms and which fat particles have a melting point, as determinable by DSC, in the range of about 65 to about 80 °C; - shaping the tortilla dough into a tortilla shape; and - heating the shaped tortilla dough, thereby obtaining the flour tortilla.
A system for acquiring in-vivo information comprising a receiving unit; a body insertable apparatus comprising a transmitting units; wherein the transmitting units is configured to wirelessly transmit modulated data to the receiving unit; and wherein the receiving unit is configured to receive the data transmitted from the transmitting unit; wherein the transmitting unit comprises a frequency switching unit configured to selectively switch the center frequency of a carrier wave from a first center frequency to a second center frequency; a center frequency adjuster configured to finely adjust the center frequency of the carrier wave that carries data; a frequency modulator configured to modulate a frequency of the carrier wave according to the carried data; wherein the switching of the center frequency of the carrier wave is performed in accordance with a frequency setting signal from the receiving apparatus. a receiving unit; a body insertable apparatus comprising a transmitting units; wherein the transmitting units is configured to wirelessly transmit modulated data to the receiving unit; and wherein the receiving unit is configured to receive the data transmitted from the transmitting unit; wherein the transmitting unit comprises a frequency switching unit configured to selectively switch the center frequency of a carrier wave from a first center frequency to a second center frequency; a center frequency adjuster configured to finely adjust the center frequency of the carrier wave that carries data; a frequency modulator configured to modulate a frequency of the carrier wave according to the carried data; wherein the switching of the center frequency of the carrier wave is performed in accordance with a frequency setting signal from the receiving apparatus.
A device comprising: a perovskite material (200, 210) capable of reversibly switching between a first state that is transparent and a second state that is opaque; and an intercalating species, wherein: when a first condition is applied to the perovskite material, at least a portion the intercalating species is associated with the perovskite material and the perovskite material is transparent and substantially colorless; and when a second condition is applied to the perovskite material, at least a fraction of the portion of the intercalating species is transferred from the perovskite material and the perovskite material is opaque and substantially colored; characterized in that the intercalating species comprises at least one of RNH 2, RR'NH, ROH, CO, or CO 2, where R and R' are organic functional groups; and wherein RNH 2 is not NH 3. a perovskite material (200, 210) capable of reversibly switching between a first state that is transparent and a second state that is opaque; and an intercalating species, wherein: when a first condition is applied to the perovskite material, at least a portion the intercalating species is associated with the perovskite material and the perovskite material is transparent and substantially colorless; and when a second condition is applied to the perovskite material, at least a fraction of the portion of the intercalating species is transferred from the perovskite material and the perovskite material is opaque and substantially colored; when a first condition is applied to the perovskite material, at least a portion the intercalating species is associated with the perovskite material and the perovskite material is transparent and substantially colorless; and when a second condition is applied to the perovskite material, at least a fraction of the portion of the intercalating species is transferred from the perovskite material and the perovskite material is opaque and substantially colored; characterized in that the intercalating species comprises at least one of RNH 2, RR'NH, ROH, CO, or CO 2, where R and R' are organic functional groups; and wherein RNH 2 is not NH 3.