mhurhangee/ep-ind-claims huggingface dataset:
Valencene synthase comprising an amino acid sequence having at least 85 % sequence identity with SEQ ID NO: 2, wherein the valencene synthase has one or more modifications, in particular one or more substitutions, compared to the valencene synthase represented by SEQ ID NO: 2, at an amino acid position corresponding to a position selected from the group of 16A, 16T, 16S, 128L, 171R, 187K, 225S, 244S. 244T, 300Y, 302D, 307T, 307A, 319Q, 323A, 327L, 331G, 334L, 398I, 398M, 398T, 405T, 405V, 409F, 410F, 410V, 410L, 412G, 436L, 436K, 436T, 436W, 438T, 439G, 439A, 444I, 444V, 448S, 449F, 449I, 449Y, 450L, 450M, 450V, 463E, 4635, 463G, 463W, 488Y, 488H, 488S, 490N, 490A, 490T, 490F, 492A, 492K, 502Q, 503S, 507E, 507Q, 527T, 527S, 527A, 556T, 559H, 559L, 559V, 560L, 566S, 566A, 566G, 568S, 569I, 569V,570T, 570G, 570A and 570P,and wherein the valencene synthase has an increased productivity towards the conversion of farnesyl diphosphate into valencene (expressed as molar amount of valencene formed per hour) compared to a valencene synthase represented by SEQ ID NO: 2.
A method for providing a signal quality degree associated with an analyte value measured in a continuous monitoring system, the method comprising the steps of: a) receiving a measured analyte value from a biosensor, wherein the biosensor is adapted for measuring the analyte values, and wherein the biosensor is comprised in a continuous monitoring system or controlled by the continuous monitoring system; b) determining at least two impact parameters, wherein each of the impact parameters is influenced by an operational status of the continuous monitoring system, and wherein each of the impact parameters is capable of exerting an influence on a signal quality of the biosensor, wherein the at least two impact parameters are selected from at least one element of a covariance matrix of a Kalman filter and at least one of: - the current rate of change; - the current potential of a counter electrode; - the current wear time of the biosensor; - a time passed since the last calibration of the biosensor; and - a sensitivity and/or an admittance of the biosensor, wherein the influence of each of the impact parameters on the signal quality of the biosensor is expressed by a weight being assigned to each of the impact parameters; and c) determining the signal quality degree associated with the measured analyte value by combining the weights and the corresponding impact parameters; and providing the signal quality degree associated with the analyte value. a) receiving a measured analyte value from a biosensor, wherein the biosensor is adapted for measuring the analyte values, and wherein the biosensor is comprised in a continuous monitoring system or controlled by the continuous monitoring system; b) determining at least two impact parameters, wherein each of the impact parameters is influenced by an operational status of the continuous monitoring system, and wherein each of the impact parameters is capable of exerting an influence on a signal quality of the biosensor, wherein the at least two impact parameters are selected from at least one element of a covariance matrix of a Kalman filter and at least one of: - the current rate of change; - the current potential of a counter electrode; - the current wear time of the biosensor; - a time passed since the last calibration of the biosensor; and - a sensitivity and/or an admittance of the biosensor, wherein the influence of each of the impact parameters on the signal quality of the biosensor is expressed by a weight being assigned to each of the impact parameters; and - the current rate of change; - the current potential of a counter electrode; - the current wear time of the biosensor; - a time passed since the last calibration of the biosensor; and - a sensitivity and/or an admittance of the biosensor, c) determining the signal quality degree associated with the measured analyte value by combining the weights and the corresponding impact parameters; and providing the signal quality degree associated with the analyte value.
A method of generating a zoom sequence visualizing a portion of a sample, wherein the method comprises: - changing a zoom parameter representing a magnification of an image of a portion (3, 15, 21) of a sample (S1; S105); - visualizing a representation (7, 17) of the portion (3, 15) of the sample in the image based on first data representing intensities associated with plural distinct first locations (1, 13) of the portion of the sample if the zoom parameter is less than a predetermined first threshold value (S5; S107); wherein the method is characterized by - generating a representation of a crystal structure of the portion of the sample based on second data representing crystallographic properties of the crystal structure, wherein the crystallographic properties are associated with plural distinct second locations of the portion of the sample (S9; S108); and - visualizing the representation of the crystal structure of the portion of the sample in the image if the zoom parameter is greater than a predetermined second threshold value (S10; S109). - changing a zoom parameter representing a magnification of an image of a portion (3, 15, 21) of a sample (S1; S105); - visualizing a representation (7, 17) of the portion (3, 15) of the sample in the image based on first data representing intensities associated with plural distinct first locations (1, 13) of the portion of the sample if the zoom parameter is less than a predetermined first threshold value (S5; S107); wherein the method is characterized by - generating a representation of a crystal structure of the portion of the sample based on second data representing crystallographic properties of the crystal structure, wherein the crystallographic properties are associated with plural distinct second locations of the portion of the sample (S9; S108); and - visualizing the representation of the crystal structure of the portion of the sample in the image if the zoom parameter is greater than a predetermined second threshold value (S10; S109).
Burner oriented along an axis with - an annular premixing channel, into which fuel can be introduced in a radially distributed manner, with the radial distribution of the fuel being adjustable during operation of the burner and - admission devices (31, 33) distributed over the periphery of the premixing channel, for the radial admission of fuel at the respective peripheral position by means of admission holes disposed in the radial direction with a respective hole cross-section, characterised in that the hole cross-sections of a first set of admission devices increases toward the axis and the hole cross-sections of a second set of admission devices decreases. - an annular premixing channel, into which fuel can be introduced in a radially distributed manner, with the radial distribution of the fuel being adjustable during operation of the burner and - admission devices (31, 33) distributed over the periphery of the premixing channel, for the radial admission of fuel at the respective peripheral position by means of admission holes disposed in the radial direction with a respective hole cross-section,
A modified conjugated diene polymer represented by the following Formula 1: wherein R 1 is an alkyl group, R 2 is an alkyl group or an alkylene group, R 3 and R 4 are an alkyl group, a is an integer of 1 to 3, k is 1,1 is 1, m is 1,, p is a conjugated diene polymer chain, and b is an integer of 1 to 3.
A circuit comprising: an audio amplifier adapted to amplify an input signal (S AUDIO) to generate an output signal (S OUT+, S OUT-) suitable for driving a loud speaker; a first circuit adapted to generate a first analog signal (S I) based on a current level drawn by the loud speaker; and a second circuit adapted to generate a second analog signal (S V) based on a voltage supplied across the loud speaker, characterized in that the circuit further comprises a third circuit (322, 312) adapted to: - generate a third analog signal (RESIDUE) equal to the subtraction of the first analog signal (S I) from the second analog signal (S V); and - when the second analog signal (S V) is greater than the first analog signal (S I), modify the input signal (S AUDIO) by subtracting the third analog signal (RESIDUE). an audio amplifier adapted to amplify an input signal (S AUDIO) to generate an output signal (S OUT+, S OUT-) suitable for driving a loud speaker; a first circuit adapted to generate a first analog signal (S I) based on a current level drawn by the loud speaker; and a second circuit adapted to generate a second analog signal (S V) based on a voltage supplied across the loud speaker, characterized in that the circuit further comprises a third circuit (322, 312) adapted to: - generate a third analog signal (RESIDUE) equal to the subtraction of the first analog signal (S I) from the second analog signal (S V); and - when the second analog signal (S V) is greater than the first analog signal (S I), modify the input signal (S AUDIO) by subtracting the third analog signal (RESIDUE). - generate a third analog signal (RESIDUE) equal to the subtraction of the first analog signal (S I) from the second analog signal (S V); and - when the second analog signal (S V) is greater than the first analog signal (S I), modify the input signal (S AUDIO) by subtracting the third analog signal (RESIDUE).
A computer-implemented method for enabling a second party to determine whether to accept a blockchain transaction from a first party, the method being performed by a first party and comprising: generating a first blockchain transaction, wherein the first blockchain transaction comprises an input for unlocking an output of a blockchain transaction previously transmitted to one or more nodes of a blockchain network for inclusion in the blockchain; generating a signature based on i) the first blockchain transaction and ii) one or more time indicators, each time indicator indicating when the first blockchain transaction was generated and/or transmitted to a second party; and transmitting to the second party, the first blockchain transaction, the signature and the one or more time indicators, wherein at least the first blockchain transaction is transmitted to the second party via an off-chain communication channel, and wherein the second party is configured to accept the first blockchain transaction based on one or more conditions, a first one of the one or more conditions being that the first party has transmitted the signature and the one or more first time indicators. generating a first blockchain transaction, wherein the first blockchain transaction comprises an input for unlocking an output of a blockchain transaction previously transmitted to one or more nodes of a blockchain network for inclusion in the blockchain; generating a signature based on i) the first blockchain transaction and ii) one or more time indicators, each time indicator indicating when the first blockchain transaction was generated and/or transmitted to a second party; and transmitting to the second party, the first blockchain transaction, the signature and the one or more time indicators, wherein at least the first blockchain transaction is transmitted to the second party via an off-chain communication channel, and wherein the second party is configured to accept the first blockchain transaction based on one or more conditions, a first one of the one or more conditions being that the first party has transmitted the signature and the one or more first time indicators.
An oral care implement, comprising: a handle for grasping; a head including at least one tooth cleaning element; a reservoir for storing a flowable substance; at least one outlet (15, 130) disposed on the head; and a capillary channel fluidly coupling the reservoir to the outlet (15, 130); wherein the capillary channel comprises: a wicking member (122, 123, 163, 165) comprising a first flow section (120, 160) and a second flow section (121, 161), wherein the flowable substance flows via capillary action through the first flow section (120, 160) at a first flow rate that is different than a second flow rate in the second flow section (121, 161); characterized in that a flow restrictor (150, 170) between the second flow section (121, 161) and the outlet (15, 130) permits the flowable substance to pass therethrough when a specific predetermined threshold pressure differential or flow has been obtained and reduces back-flow of the flowable substance into the reservoir. a handle for grasping; a head including at least one tooth cleaning element; a reservoir for storing a flowable substance; at least one outlet (15, 130) disposed on the head; and a capillary channel fluidly coupling the reservoir to the outlet (15, 130); wherein the capillary channel comprises: a wicking member (122, 123, 163, 165) comprising a first flow section (120, 160) and a second flow section (121, 161), wherein the flowable substance flows via capillary action through the first flow section (120, 160) at a first flow rate that is different than a second flow rate in the second flow section (121, 161); characterized in that a flow restrictor (150, 170) between the second flow section (121, 161) and the outlet (15, 130) permits the flowable substance to pass therethrough when a specific predetermined threshold pressure differential or flow has been obtained and reduces back-flow of the flowable substance into the reservoir. a wicking member (122, 123, 163, 165) comprising a first flow section (120, 160) and a second flow section (121, 161), wherein the flowable substance flows via capillary action through the first flow section (120, 160) at a first flow rate that is different than a second flow rate in the second flow section (121, 161); characterized in that a flow restrictor (150, 170) between the second flow section (121, 161) and the outlet (15, 130) permits the flowable substance to pass therethrough when a specific predetermined threshold pressure differential or flow has been obtained and reduces back-flow of the flowable substance into the reservoir.
A sulfonate composition comprising a mixture of a hydroxyalkanesulfonate and an alkenesulfonate having the structure: (a) or (b) or (c) (a) or (b) or (c)
A SMA wire actuating element comprising: i) a shape memory alloy wire suitable to be operably connected to an actuatable element (7; 7') of an actuator device (100; 200), ii) a first and a second elongated elements (4, 4') made of a non-SMA material, said elongated elements (4, 4') being respectively restrained at a first end thereof to the ends of the shape memory alloy wire by way of crimping means (3, 3') of the SMA wire actuating element, iii) a first and a second connection means (6, 6') to which the elongated elements (4, 4') are respectively connected at a second end thereof, opposite to their first ends, characterized in that the elongated elements (4, 4') are in the form of wires configured so as to be elastically flexible under normal operation conditions of the SMA wire actuating element and in that the elongated elements (4, 4') and the connection means (6, 6') form elastically deformable, strain relief end members suitable to be connected to an actuator device in place of the ends of the shape memory alloy wire, the overall arrangement of the SMA wire actuating element being such that, during operation, the first and second connection means (6, 6') are connected to a body (5, 5') of said actuator device (100, 200) and the portion of each elongated element (4, 4') comprised between its first and second ends is free to move between the crimping means (3, 3') and the connection means (6, 6'). i) a shape memory alloy wire suitable to be operably connected to an actuatable element (7; 7') of an actuator device (100; 200), ii) a first and a second elongated elements (4, 4') made of a non-SMA material, said elongated elements (4, 4') being respectively restrained at a first end thereof to the ends of the shape memory alloy wire by way of crimping means (3, 3') of the SMA wire actuating element, iii) a first and a second connection means (6, 6') to which the elongated elements (4, 4') are respectively connected at a second end thereof, opposite to their first ends,
An apparatus for displaying an image of a mobile communication terminal, the apparatus comprising: a camera module configured to access an image captured by a camera and determine a direction in which the camera points; a display unit configured to display the captured image; and a controller configured to determine a current location of the camera, and, based on the determined direction in which the camera points, the determined current location of the camera, and the determined location of at least one point of interest to indicate, on the displayed image, location information for the POI relative to the displayed image; characterized in that the controller is further configured to determine the location of the POI corresponding to a keyword received from a user; to determine whether the POI is located at a pre-set distance away from the current location, wherein the pre-set distance is a distance that cannot be checked through the camera image; to display the image without a photograph of the POI in response to a determination that the POI is located within the pre-set distance; and in response to a determination that the POI is not located within the pre-set distance: to display a notification window inquiring whether to display a photograph of the POI on the image; and to display the photograph of the POI on the image in response to input requesting display of the photograph being received through the notification window. a camera module configured to access an image captured by a camera and determine a direction in which the camera points; a display unit configured to display the captured image; and a controller configured to determine a current location of the camera, and, based on the determined direction in which the camera points, the determined current location of the camera, and the determined location of at least one point of interest to indicate, on the displayed image, location information for the POI relative to the displayed image; characterized in that the controller is further configured to determine the location of the POI corresponding to a keyword received from a user; to determine whether the POI is located at a pre-set distance away from the current location, wherein the pre-set distance is a distance that cannot be checked through the camera image; to display the image without a photograph of the POI in response to a determination that the POI is located within the pre-set distance; and in response to a determination that the POI is not located within the pre-set distance: to display a notification window inquiring whether to display a photograph of the POI on the image; and to display the photograph of the POI on the image in response to input requesting display of the photograph being received through the notification window. to display a notification window inquiring whether to display a photograph of the POI on the image; and to display the photograph of the POI on the image in response to input requesting display of the photograph being received through the notification window.
Method for forming a temperature profile in a sheet-steel component, wherein the sheet-steel component can be brought to a temperature below the AC3 temperature in one or more first regions and to a temperature above the AC3 temperature in one or more second regions, characterized in that the sheet-steel component is firstly preheated in a gas-heated production furnace, and the sheet-steel component is then transferred to a thermal post-treatment station, wherein a radiant-heat source is moved over the component in the thermal post-treatment station, with which radiant-heat source the one or more first regions of the sheet-steel component can selectively be kept at a temperature below the AC3 temperature or cooled further and the one or more second regions of the sheet-steel component are selectively heated to or kept at a temperature above the AC3 temperature, wherein the radiant-heat source is a field with vertical-cavity surface-emitting lasers (VCSELs), which emit radiation in the infrared range.
A wound dressing for use in a Negative Pressure Wound Therapy (NPWT) System (100, 300, 400) comprising: a wound contacting layer (102, 302, 402) the lower surface of which is a wound-facing surface (104, 304, 404); an absorbent layer (106, 306, 406) and a first material (112, 312, 412) located on the absorbent layer (106, 306, 406) which is opposed to the wound-facing surface (104, 304, 404), a moisture indicator which indicates wound exudate loading within the dressing, wherein the moisture indicator is positioned between the absorbent layer and the first material, wherein the visibility of the moisture indicator changes as a result of hydration of the first material (112, 312, 412) within the dressing when it is directly contacted by wound exudate, wherein either hydration of the first material when it is directly contacted by wound exudate transforms its appearance from substantially opaque having a first colour to substantially transparent or translucent, thereby causing at least part of the moisture indicator to become visible; or hydration of the first material when it is directly contacted by wound exudate transforms its appearance from being substantially transparent or translucent to substantially opaque having a first colour, thereby causing at least part of the moisture indicator to become invisible, wherein the moisture indicator is a coloured moisture indicator having a second colour, wherein the second colour is selected to be a contrasting colour to the first colour. a wound contacting layer (102, 302, 402) the lower surface of which is a wound-facing surface (104, 304, 404); an absorbent layer (106, 306, 406) and a first material (112, 312, 412) located on the absorbent layer (106, 306, 406) which is opposed to the wound-facing surface (104, 304, 404), a moisture indicator which indicates wound exudate loading within the dressing, wherein the moisture indicator is positioned between the absorbent layer and the first material, wherein the visibility of the moisture indicator changes as a result of hydration of the first material (112, 312, 412) within the dressing when it is directly contacted by wound exudate, hydration of the first material when it is directly contacted by wound exudate transforms its appearance from substantially opaque having a first colour to substantially transparent or translucent, thereby causing at least part of the moisture indicator to become visible; or hydration of the first material when it is directly contacted by wound exudate transforms its appearance from being substantially transparent or translucent to substantially opaque having a first colour, thereby causing at least part of the moisture indicator to become invisible,