mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic diagnostic apparatus having ultrasonic wave transmitting/receiving means (2, 4) configured to transmit/receive ultrasonic waves into an object; tomogram constructing means configured to generate a tomogram on the basis of RF signal frame data from the inside of the object which is received by the ultrasonic wave transmitting/receiving means (2, 4); elasticity information calculating means configured to calculate elasticity data of a biomedical tissue of the object by using the RF signal frame data; elasticity image constructing means configured to generate an elasticity image on the basis of the elasticity data calculated by the elasticity information calculating means; display means configured to display the tomogram and/or the elasticity image; estimation data generating means configured to generate estimation data for estimating the characteristic of the biomedical tissue on the basis of the elasticity image; and classifying means configured to classify the elasticity image by using the estimation data generated by the estimation data generating means, characterized in that the estimation data are estimation data of various parameters, the classifying means comprises estimation data selecting means which selects at least one of the estimation data generated by the estimation data generating means, the ultrasonic diagnostic apparatus is further having multivariate analyzing means that classifies the elasticity image into two or more groups by using the estimation data selected by the estimation data selecting means, and the estimation data generated by the estimation data generating means contains at least one of a histogram representing the frequency of elasticity data in the elasticity image, statistical data obtained by statistically processing the elasticity data, region estimation data obtained by digitalizing the shape of a region having specific elasticity data, and data derived therefrom. ultrasonic wave transmitting/receiving means (2, 4) configured to transmit/receive ultrasonic waves into an object; tomogram constructing means configured to generate a tomogram on the basis of RF signal frame data from the inside of the object which is received by the ultrasonic wave transmitting/receiving means (2, 4); elasticity information calculating means configured to calculate elasticity data of a biomedical tissue of the object by using the RF signal frame data; elasticity image constructing means configured to generate an elasticity image on the basis of the elasticity data calculated by the elasticity information calculating means; display means configured to display the tomogram and/or the elasticity image; estimation data generating means configured to generate estimation data for estimating the characteristic of the biomedical tissue on the basis of the elasticity image; and classifying means configured to classify the elasticity image by using the estimation data generated by the estimation data generating means,
A method for operating a recloser of an electrical power distribution network, the power distribution network interconnecting a main power source and distributed power sources, the method comprising the steps of: determining states of the distributed power sources, upon occurrence of a fault in the power distribution network that causes the recloser to open, delaying a reclosing operation of the recloser for a delay time depending on the states of the distributed power sources, wherein the state of a distributed power source indicates whether the distributed power source is connected to the power distribution network, and wherein the method further comprises the steps of determining states of switching devices (20, 24) of the power distribution network, determining an actual network topology of the power distribution network from the states of the switching devices (20, 24), estimating a residual voltage of the power distribution network at each distributed power source from the actual topology of the power distribution network, determining a minimum connect time for each of the distributed power sources from the residual voltage, and setting the delay time to the longest minimum connect time. determining states of the distributed power sources, upon occurrence of a fault in the power distribution network that causes the recloser to open, delaying a reclosing operation of the recloser for a delay time depending on the states of the distributed power sources, wherein the state of a distributed power source indicates whether the distributed power source is connected to the power distribution network, and wherein the method further comprises the steps of determining states of switching devices (20, 24) of the power distribution network, determining an actual network topology of the power distribution network from the states of the switching devices (20, 24), estimating a residual voltage of the power distribution network at each distributed power source from the actual topology of the power distribution network, determining a minimum connect time for each of the distributed power sources from the residual voltage, and setting the delay time to the longest minimum connect time.
An automotive light comprising: a substantially basin-shaped, rear body which is structured so as to be fixed on the vehicle body; a front lenticular half-shell which is placed to close the mouth of the rear body and is provided with at least one transparent or semi-transparent portion; and at least one lighting assembly (4, 5) which emits light on command and is arranged inside the rear body so as to backlight the transparent or semi-transparent portion of the front lenticular half-shell; said at least one lighting assembly (4, 5), in turn, comprising an OLED-type, planar light source (8, 28) which is able to emit light from its own front face and is located within the rear body, with its front face turned towards the inner surface of the front lenticular half-shell, so as to direct the emitted light towards the front lenticular half-shell; and a rear supporting structure (9, 29), which is located/fixed within the body, underneath the planar light source, and is adapted to support the planar light source (8, 28) so as to keep said planar light source (8, 28) in place underneath the front lenticular half-shell 3; wherein said at least one lighting assembly (4, 5) additionally comprises a LED-type, concentrated light source (10, 30) which is located within the body, spaced apart behind the planar light source (8, 28), and is oriented so as to direct the emitted light towards the rear supporting structure (9, 29); and wherein said rear supporting structure (9, 29) is at least partially made of photoconductive material so as to form a light-guide body (9, 29) which is able to channel/convey the light produced by the concentrated light source (10, 30) up to the planar light source (8, 28), and then to let the same light come out through the planar light source (8, 28). said at least one lighting assembly (4, 5), in turn, comprising an OLED-type, planar light source (8, 28) which is able to emit light from its own front face and is located within the rear body, with its front face turned towards the inner surface of the front lenticular half-shell, so as to direct the emitted light towards the front lenticular half-shell; and a rear supporting structure (9, 29), which is located/fixed within the body, underneath the planar light source, and is adapted to support the planar light source (8, 28) so as to keep said planar light source (8, 28) in place underneath the front lenticular half-shell 3; wherein said at least one lighting assembly (4, 5) additionally comprises a LED-type, concentrated light source (10, 30) which is located within the body, spaced apart behind the planar light source (8, 28), and is oriented so as to direct the emitted light towards the rear supporting structure (9, 29); and wherein said rear supporting structure (9, 29) is at least partially made of photoconductive material so as to form a light-guide body (9, 29) which is able to channel/convey the light produced by the concentrated light source (10, 30) up to the planar light source (8, 28), and then to let the same light come out through the planar light source (8, 28).
A method of verifying firmware module execution privilege, comprising: booting a firmware on a processor; identifying whether at least one firmware module in the firmware is marked as a test module; if so, attempting verification with a production public key of metadata associated with the firmware; and in the event that the metadata verifies successfully with the production public key, halting the firmware boot when the processor determines that access to a video interface is available, and alerting a user that a test module has attempted execution in a production firmware, and in the event that the metadata does not verify successfully with the production public key, attempting verification of the metadata with a test public key. booting a firmware on a processor; identifying whether at least one firmware module in the firmware is marked as a test module; if so, attempting verification with a production public key of metadata associated with the firmware; and in the event that the metadata verifies successfully with the production public key, halting the firmware boot when the processor determines that access to a video interface is available, and alerting a user that a test module has attempted execution in a production firmware, and in the event that the metadata does not verify successfully with the production public key, attempting verification of the metadata with a test public key.
A case for a pair of earbuds (115a, 115b) comprising: a housing; an assembly positioned within the housing and including: a first and second shell (650, 655) that define first and second cavities (110a, 110b) for receiving the pair of earbuds; a contact carrier comprising: first and second pairs of electrical contacts (625, 630), each pair of electrical contacts extending into a respective one of the first and the second cavities to make electrical contact with each respective earbud; first and second debris recesses, each debris recess open to a respective one of the first and second cavities and disposed below a contact interface region of the contact carrier and having a depth that is greater than one half a diameter of the first debris recess. a housing; an assembly positioned within the housing and including: a first and second shell (650, 655) that define first and second cavities (110a, 110b) for receiving the pair of earbuds; a contact carrier comprising: first and second pairs of electrical contacts (625, 630), each pair of electrical contacts extending into a respective one of the first and the second cavities to make electrical contact with each respective earbud; first and second debris recesses, each debris recess open to a respective one of the first and second cavities and disposed below a contact interface region of the contact carrier and having a depth that is greater than one half a diameter of the first debris recess. first and second pairs of electrical contacts (625, 630), each pair of electrical contacts extending into a respective one of the first and the second cavities to make electrical contact with each respective earbud; first and second debris recesses, each debris recess open to a respective one of the first and second cavities and disposed below a contact interface region of the contact carrier and having a depth that is greater than one half a diameter of the first debris recess.
A plastic compound comprising at least one polyolefin and an oxidase and/or a microorganism expressing and excreting an oxidase that degrades said polyolefin, wherein the oxidase and/or the microorganism expressing and excreting an oxidase is embedded in the mass of the compound.
A gas turbine engine, comprising: an engine core; and a core nacelle cowling coupled to the engine core and a core compartment with a cooling inlet defined between the core nacelle cowling and the engine core, characterised in that the engine core has a core member (110; 112) extending radially outward from the core and the core nacelle cowling has a cowling member (120; 122) extending radially inward toward the engine core that is axially offset from the core member to form a labyrinth seal bounding the coolant inlet. an engine core; and a core nacelle cowling coupled to the engine core and a core compartment with a cooling inlet defined between the core nacelle cowling and the engine core, characterised in that the engine core has a core member (110; 112) extending radially outward from the core and the core nacelle cowling has a cowling member (120; 122) extending radially inward toward the engine core that is axially offset from the core member to form a labyrinth seal bounding the coolant inlet.
A recombinant protein, comprising an erythropoietin and a highly glycosylated peptide located on either the amino-terminal end or carboxy-terminal end of the erythropoietin and wherein the highly glycosylated peptide is defined by SEQ ID NO: 1 or 2 or a combination thereof.
Optimized shielding transformer, in particular for carrying out dielectric tests, comprising - a containment case suitable to be placed on a support structure, - at least one magnetic core placed inside said containment case, - at least one primary winding coupled with said magnetic core, - at least one secondary winding magnetically coupled with said primary winding through said magnetic core, wherein at least said primary winding includes a plurality of layers adjacent and facing each other, characterized in that it comprises at least one shaped screen, arranged between said primary winding and the output of said containment case so as to face said primary winding and provided with a metallic outer surface suitable to configure said primary winding as a capacitive potential divider in which two of said layers mutually adjacent and facing form a condenser in order to split up in a uniform and capacitive way on said layers of said primary winding a voltage impulse which hits said shaped screen. - a containment case suitable to be placed on a support structure, - at least one magnetic core placed inside said containment case, - at least one primary winding coupled with said magnetic core, - at least one secondary winding magnetically coupled with said primary winding through said magnetic core,
Wind generation means comprising a plurality of wind generation units provided next to each other along at least a first and a second directions so as to form a wind generation wall, and at least one control unit adapted to control said wind generation units so as to generate a specific wind profile in an air flow path, wherein the at least one control unit is adapted to control each wind generation unit of the plurality of wind generation units individually so as to vary a generated wind physical property of said each wind generation unit along said first and second directions and characterized in that the wind generating means comprises pivoting means so as to be movable so as to modify the direction of the air flow path.
Method for producing a rotor body, wherein one or several fiber strips are produced from fiber material (1, 2), characterized in that in the fiber strip or in the the fiber strips, recesses are provided, and that the fiber strip or the fiber strips are aligned to each other in such a way that at least one of the recesses lies upon one of the other recesses, so that recesses lying one above the other form a three-dimensional socket for magnets.
A method carried out by a mobile communications device, said method comprising: performing minimizing drive test measurements; logging said minimizing drive test measurements; determining if there is in-device coexistence interference during operation of said mobile communications device; characterized by responsive to a determination of in-device coexistence interference, stopping logging said measurements at the mobile communications device; resuming logging said measurements responsive to a determination that in-device coexistence interference stops; and causing information about in-device coexistence interference and said logged measurements, performed by said mobile communications device, to be transmitted to a base station. performing minimizing drive test measurements; logging said minimizing drive test measurements; determining if there is in-device coexistence interference during operation of said mobile communications device; characterized by responsive to a determination of in-device coexistence interference, stopping logging said measurements at the mobile communications device; resuming logging said measurements responsive to a determination that in-device coexistence interference stops; and causing information about in-device coexistence interference and said logged measurements, performed by said mobile communications device, to be transmitted to a base station.
Method for determining a variable of a sample, comprising the steps of: a) establishing a contact between at least one sensor substance and the sample, wherein the at least one sensor substance exhibits a luminescence behavior with a relaxation time which depends on the variable; b) exciting of the luminescence behavior of the at least one sensor substance by an electromagnetic excitation signal which has a predetermined temporal progression with successive signal maxima, wherein the time interval between successive signal maxima either decreases monotonically over the duration of the excitation signal or increases monotonically over the duration of the excitation signal; c) generating a time-dependent output signal by integrating a temporal progression of a luminescence response of the at least one sensor substance to the excitation signal over successive time intervals during the excitation signal; d) determining the variable from at least one point in time (16, 17) of the occurrence of a step (11, 12, 18) in the output signal related to the temporal progression of the excitation signal. a) establishing a contact between at least one sensor substance and the sample, wherein the at least one sensor substance exhibits a luminescence behavior with a relaxation time which depends on the variable; b) exciting of the luminescence behavior of the at least one sensor substance by an electromagnetic excitation signal which has a predetermined temporal progression with successive signal maxima, wherein the time interval between successive signal maxima either decreases monotonically over the duration of the excitation signal or increases monotonically over the duration of the excitation signal; c) generating a time-dependent output signal by integrating a temporal progression of a luminescence response of the at least one sensor substance to the excitation signal over successive time intervals during the excitation signal; d) determining the variable from at least one point in time (16, 17) of the occurrence of a step (11, 12, 18) in the output signal related to the temporal progression of the excitation signal.
A computer implemented method comprising: receiving, by a cloud storage system, a store request from a first client device to store a data item for a first user account of a plurality of user accounts, wherein the cloud storage system maintains data items for the plurality of user accounts and the data item is of a first data type; determining, via a processor, based on user account details of the first user account, that data items of the first data type should not be stored on the cloud storage system for the first user account; in response to determining that data items of the first data type should be stored on an external network storage device rather than the cloud storage system for the first user account, obtaining, based on the user account details of the first user account, a device identifier corresponding to an external network storage device authorized to the first user account, wherein the external storage device is independent from the cloud storage system; causing the data item to be stored on the external network storage device identified by the device identifier; and updating the user account details for the first user account to reflect the external network storage device as a storage location for the data item. receiving, by a cloud storage system, a store request from a first client device to store a data item for a first user account of a plurality of user accounts, wherein the cloud storage system maintains data items for the plurality of user accounts and the data item is of a first data type; determining, via a processor, based on user account details of the first user account, that data items of the first data type should not be stored on the cloud storage system for the first user account; in response to determining that data items of the first data type should be stored on an external network storage device rather than the cloud storage system for the first user account, obtaining, based on the user account details of the first user account, a device identifier corresponding to an external network storage device authorized to the first user account, wherein the external storage device is independent from the cloud storage system; causing the data item to be stored on the external network storage device identified by the device identifier; and updating the user account details for the first user account to reflect the external network storage device as a storage location for the data item.
A pharmaceutical composition for use in treating, preventing or reducing the risk of a bacterial infection, wherein the pharmaceutical composition comprises: (a) a quinolone carboxylic acid derivative or a pharmaceutically acceptable salt or ester thereof; and (b) an effervescent agent; wherein said quinolone carboxylic acid derivative corresponds to the following compound, or a pharmaceutically acceptable salt or ester thereof; and wherein said effervescent agent comprises a mixture of sodium bicarbonate, sodium dihydrogen phosphate, and citric acid. (a) a quinolone carboxylic acid derivative or a pharmaceutically acceptable salt or ester thereof; and (b) an effervescent agent; wherein said quinolone carboxylic acid derivative corresponds to the following compound, or a pharmaceutically acceptable salt or ester thereof; and wherein said effervescent agent comprises a mixture of sodium bicarbonate, sodium dihydrogen phosphate, and citric acid.