mhurhangee/patent-ind-claim-en huggingface dataset:
A multiband antenna comprising: at least two radiation elements ; high frequency power supply units configured to supply high frequency signals (SH) to the respective radiation elements ; a low frequency power supply unit configured to supply a low frequency signal (SL1, SL2); and high frequency signal blocking circuits configured to block transmission of the high frequency signals (SH); wherein the respective radiation elements are configured to radiate the high frequency signals (SH), characterized by passive elements that are provided opposing the respective radiation elements ; passive element connection lines that connect the passive elements in series to form a series passive element ; wherein the low frequency power supply unit is connected to one end side of the series passive element via a low frequency power supply line , wherein the high frequency signal blocking circuits are connected to the passive element connection lines and the low frequency power supply line , and wherein the series passive element is configured to radiate the low frequency signal (SL1, SL2). at least two radiation elements ; high frequency power supply units configured to supply high frequency signals (SH) to the respective radiation elements ; a low frequency power supply unit configured to supply a low frequency signal (SL1, SL2); and high frequency signal blocking circuits configured to block transmission of the high frequency signals (SH); wherein the respective radiation elements are configured to radiate the high frequency signals (SH), characterized by passive elements that are provided opposing the respective radiation elements ; passive element connection lines that connect the passive elements in series to form a series passive element ; wherein the low frequency power supply unit is connected to one end side of the series passive element via a low frequency power supply line , wherein the high frequency signal blocking circuits are connected to the passive element connection lines and the low frequency power supply line , and wherein the series passive element is configured to radiate the low frequency signal (SL1, SL2).
A system comprising: an input interface configured to receive patient characterization data; an output interface configured to provide parameter data; and processing circuitry operably coupled to the input interface and the output interface, the processing circuitry configured to: receive the patient characterization data in response to determining that a patient has heart failure with preserved ejection fraction (HFpEF); configure a cardiovascular (CV) model using the patient characterization data; determine one or more parameters using output data of the CV model; and provide parameter data comprising the one or more parameters to the output interface. an input interface configured to receive patient characterization data; an output interface configured to provide parameter data; and processing circuitry operably coupled to the input interface and the output interface, the processing circuitry configured to: receive the patient characterization data in response to determining that a patient has heart failure with preserved ejection fraction (HFpEF); configure a cardiovascular (CV) model using the patient characterization data; determine one or more parameters using output data of the CV model; and provide parameter data comprising the one or more parameters to the output interface. receive the patient characterization data in response to determining that a patient has heart failure with preserved ejection fraction (HFpEF); configure a cardiovascular (CV) model using the patient characterization data; determine one or more parameters using output data of the CV model; and provide parameter data comprising the one or more parameters to the output interface.
Side rail for a bed characterised in that the side rail comprises two arms for the rotatable attachment of the side rail to the bed , said arms being provided to this end with a rotation point on one end, whereby the arms are connected to each other by means of at least two telescopic rods which are connected to said arms by means of hinges , such that the arms are rotatable between at least a raised use position, whereby the side rail is in use, and a collapsed storage position, whereby the side rail is collapsed, whereby the arms together with their rotation point are movable relative to each other and whereby the side rail in at least two positions of the arms relative to each other is rotatable between at least the raised use position and the collapsed storage position.
A piece of modular furniture comprising a set of elements which can be coupled by fitting to one another, wherein the set of elements comprises: - at least two pairs of vertical posts , wherein each vertical post has housings in which conformations of horizontal slats are introduced, and - at least one shelf having indentations which can be fitted to the vertical posts , wherein the two vertical posts of each pair reach the end user in a manner in which they are joined to one another by means of the horizontal slats , such that they form a single, ladder-like assembly unit; such that at least one shelf is supported at its ends on the horizontal slats with the vertical posts fitted in the indentations of the shelf , constituting the corresponding furniture just like that, characterized in that the indentations of the shelves have a shape complementary to the cross-section of the vertical posts so as to establish press-fitting between the vertical posts and the shelves , and in that each vertical post has a cross-section with an irregular polygonal configuration with four sides, one of them having a beveled shape, such that a dovetail assembly is established between the vertical posts and the indentations of the shelves . - at least two pairs of vertical posts , wherein each vertical post has housings in which conformations of horizontal slats are introduced, and - at least one shelf having indentations which can be fitted to the vertical posts ,
A terminal device password unlocking method comprising the following steps: (S101) selecting at least one candidate information set from a plurality of candidate information sets which are displayed on a screen and each of which contains a plurality of information units; (S102) verifying a password based on all of selected candidate information sets, and confirming success of password verification when: all information units contained in the password are included into the selected candidate information sets, each of selected candidate information sets contains at least one information unit of the password, and the number of the selected candidate information sets is less than that of the information units of the password; and (S103) unlocking the terminal device when verification of password is successful. (S101) selecting at least one candidate information set from a plurality of candidate information sets which are displayed on a screen and each of which contains a plurality of information units; (S102) verifying a password based on all of selected candidate information sets, and confirming success of password verification when: all information units contained in the password are included into the selected candidate information sets, each of selected candidate information sets contains at least one information unit of the password, and the number of the selected candidate information sets is less than that of the information units of the password; and (S103) unlocking the terminal device when verification of password is successful.
A therapeutic ultrasound system comprising: a treatment pulse unit configured to transmit an ultrasound pulse to a treatment region of a subject, the treatment region comprising a plurality of microbubbles ; an echo detection unit configured to receive one or more echoes responsive to the ultrasound pulse; a data processor in communication with the echo detection unit , the data processor configured to identify, using data associated with the echoes , at least one echo signature indicative of a dynamic state of the microbubbles in response to the ultrasound pulse; and a controller in communication with the data processor , the controller configured to adjust one or more parameters of an additional ultrasound pulse transmitted to the treatment region based on the at least one echo signature, characterized in that the controller is further configured to match a duration of the additional ultrasound pulse to a duration of the at least one echo signature, wherein the at least one echo signature is derived from a sub-region of the treatment region to which the ultrasound pulse is transmitted. a treatment pulse unit configured to transmit an ultrasound pulse to a treatment region of a subject, the treatment region comprising a plurality of microbubbles ; an echo detection unit configured to receive one or more echoes responsive to the ultrasound pulse; a data processor in communication with the echo detection unit , the data processor configured to identify, using data associated with the echoes , at least one echo signature indicative of a dynamic state of the microbubbles in response to the ultrasound pulse; and a controller in communication with the data processor , the controller configured to adjust one or more parameters of an additional ultrasound pulse transmitted to the treatment region based on the at least one echo signature, characterized in that the controller is further configured to match a duration of the additional ultrasound pulse to a duration of the at least one echo signature, wherein the at least one echo signature is derived from a sub-region of the treatment region to which the ultrasound pulse is transmitted.
A backlight unit comprising: a light guide plate comprising a light incident surface formed thereon and a light-exiting surface ; and a light source module configured to emit light to the light incident surface of the light guide plate , wherein the light source module comprises a printed circuit board ; a plurality of light sources arranged on the printed circuit board ; and a connector connected to the printed circuit board to transfer electric power, wherein the printed circuit board is arranged to face the light incident surface, and wherein the connector comprises a connector main body , which is combined with the printed circuit board ,and a gap-retaining member arranged between the printed circuit board and the light guide plate so that the light sources and the light incident surface are spaced apart from each other by a predetermined optical distance; characterized in that the connector main body is arranged at the back of the light guide plate , the back of the light guide plate being the opposite side to the light-exiting surface , and wherein the gap-retaining member is protruded from one surface of the connector main body . a light guide plate comprising a light incident surface formed thereon and a light-exiting surface ; and a light source module configured to emit light to the light incident surface of the light guide plate , wherein the light source module comprises a printed circuit board ; a plurality of light sources arranged on the printed circuit board ; and a connector connected to the printed circuit board to transfer electric power, wherein the printed circuit board is arranged to face the light incident surface, and wherein the connector comprises a connector main body , which is combined with the printed circuit board ,and a gap-retaining member arranged between the printed circuit board and the light guide plate so that the light sources and the light incident surface are spaced apart from each other by a predetermined optical distance; characterized in that the connector main body is arranged at the back of the light guide plate , the back of the light guide plate being the opposite side to the light-exiting surface , and wherein the gap-retaining member is protruded from one surface of the connector main body .
A method of dose calibration for a functional imaging system, the method comprising: measuring a first activity for a first source of a first isotope with a first dose calibrator at a first location; determining a first dial setting from the first activity; measuring a second activity of a second source of a second isotope with the first dose calibrator at the first location, the second isotope being relatively shorter lived than the first isotope; determining a second dial setting from the second activity; measuring a third activity of a third source of the first isotope with a second dose calibrator at a second location, the second location being a clinical or pharmaceutical site different than the first location; determining a third dial setting from the third activity; determining a fourth dial setting for a radiopharmaceutical of the second isotope from the third dial setting and a ratio of the first dial setting to the second dial setting; measuring a fourth activity of the radiopharmaceutical ; and calibrating the fourth activity with the fourth dial setting. measuring a first activity for a first source of a first isotope with a first dose calibrator at a first location; determining a first dial setting from the first activity; measuring a second activity of a second source of a second isotope with the first dose calibrator at the first location, the second isotope being relatively shorter lived than the first isotope; determining a second dial setting from the second activity; measuring a third activity of a third source of the first isotope with a second dose calibrator at a second location, the second location being a clinical or pharmaceutical site different than the first location; determining a third dial setting from the third activity; determining a fourth dial setting for a radiopharmaceutical of the second isotope from the third dial setting and a ratio of the first dial setting to the second dial setting; measuring a fourth activity of the radiopharmaceutical ; and calibrating the fourth activity with the fourth dial setting.
Method of MR imaging of a moving portion of a body , the method comprising the steps of: - detecting a motion signal (MS) from the body for recognition of a predefined motion state of the moving portion, while continuously subjecting the portion of the body to multiple preparation RF pulses applied in a continous series, wherein the motion signal is detected via a motion sensor ; - subjecting the portion of the body to an imaging sequence comprising at least one excitation RF pulse and switched magnetic field gradients, wherein the imaging sequence is triggered by the pre-defined motion state detected by the motion signal (MS); - acquiring MR signals from the portion of the body , wherein the MR signals are affected by one or more of the multiple preparation RF pulses and the imaging sequence, and - reconstructing a MR image from the acquired MR signals; characterized in that the preparation RF pulses are frequency-selective saturation RF pulses for saturating nuclear magnetization of protons of a CEST contrast agent. - detecting a motion signal (MS) from the body for recognition of a predefined motion state of the moving portion, while continuously subjecting the portion of the body to multiple preparation RF pulses applied in a continous series, wherein the motion signal is detected via a motion sensor ; - subjecting the portion of the body to an imaging sequence comprising at least one excitation RF pulse and switched magnetic field gradients, wherein the imaging sequence is triggered by the pre-defined motion state detected by the motion signal (MS); - acquiring MR signals from the portion of the body , wherein the MR signals are affected by one or more of the multiple preparation RF pulses and the imaging sequence, and - reconstructing a MR image from the acquired MR signals;
A method for indicating a multicast forwarding entry, comprising: receiving (S310), by an access controller, a packet from a first node, wherein the packet comprises a multicast control message and an access loop identifier; obtaining (S330), by the access controller, according to a multicast Internet Protocol, IP, address in the multicast control message, a multicast Media Access Control, MAC, address; obtaining, by the access controller, an identifier of a first port according to the access loop identifier, wherein the first port is an egress port, on a multicast path corresponding to the access loop identifier, of the first node; generating, by the access controller, a first forwarding entry, wherein a destination address of the first forwarding entry is the multicast MAC address and egress port information of the first forwarding entry is the identifier of the first port; sending, by the access controller, the first forwarding entry to the first node. receiving (S310), by an access controller, a packet from a first node, wherein the packet comprises a multicast control message and an access loop identifier; obtaining (S330), by the access controller, according to a multicast Internet Protocol, IP, address in the multicast control message, a multicast Media Access Control, MAC, address; obtaining, by the access controller, an identifier of a first port according to the access loop identifier, wherein the first port is an egress port, on a multicast path corresponding to the access loop identifier, of the first node; generating, by the access controller, a first forwarding entry, wherein a destination address of the first forwarding entry is the multicast MAC address and egress port information of the first forwarding entry is the identifier of the first port; sending, by the access controller, the first forwarding entry to the first node.
An organic compound having the following structure of Chemical Formula 1: wherein each of R 1 and R 2 is independently selected from the group consisting of hydrogen, an unsubstituted or substituted C 1 -C 20 alkyl group, an unsubstituted or substituted C 1 -C 20 alkoxy group, an unsubstituted or substituted C 1 -C 20 alkyl amino group, an unsubstituted or substituted C 6 -C 30 aromatic group and an unsubstituted or substituted C 3 -C 30 hetero aromatic group; each of R 3 to R 14 is independently selected from the group consisting of hydrogen, an unsubstituted or substituted C 1 -C 20 alkyl group, an unsubstituted or substituted C 1 -C 20 alkoxy group, an unsubstituted or substituted C 1 -C 20 alkyl amino group, an unsubstituted or substituted C 6 -C 30 aromatic group and an unsubstituted or substituted C 3 -C 30 hetero aromatic group, or two adjacent groups among R 3 to R 14 form an unsubstituted or substituted C 6 -C 20 aromatic ring or an unsubstituted or substituted C 3 -C 20 hetero aromatic ring; each of X 1 to X 4 is independently halogen; each of L 1 to L 3 is independently an unsubstituted or substituted C 6 -C 30 arylene group or an unsubstituted or substituted C 3 -C 30 hetero arylene group; o is an integer of 1 or 2; and each of p and q is an integer between 0 to 2.
Limonene for use in a method of improving a cognitive disorder, wherein the method includes oral or parenteral administration of an agent comprising limonene and royal jelly.
A diagnostic device for analysing properties of an analyte in a biofluid sample including: a distribution zone having at least two hydrophilic layers placed one on top of the other, with a gap therebetween, wherein one layer is a top layer and the other is a bottom layer; and a detection zone located under the distribution zone, the detection zone having a detection layer with a binding element for identifying the properties of the analyte in the biofluid, wherein: the top layer has one or more openings through which the biofluid sample is introduced into the device, and a pattern of grooves, holes, and/or stripes by which the biofluid sample introduced via the top layer's opening is distributed by capillary action to reach the bottom layer; the bottom layer also has a pattern of grooves, holes, and/or stripes by which the biofluid sample distributed from the top layer, is distributed by capillary action to reach the detection layer; and the detection layer has text or symbols thereon providing a visual indication of the properties of the analyte in the biofluid sample when the biofluid sample comes into contact with the binding element. a distribution zone having at least two hydrophilic layers placed one on top of the other, with a gap therebetween, wherein one layer is a top layer and the other is a bottom layer; and a detection zone located under the distribution zone, the detection zone having a detection layer with a binding element for identifying the properties of the analyte in the biofluid, wherein: the top layer has one or more openings through which the biofluid sample is introduced into the device, and a pattern of grooves, holes, and/or stripes by which the biofluid sample introduced via the top layer's opening is distributed by capillary action to reach the bottom layer; the bottom layer also has a pattern of grooves, holes, and/or stripes by which the biofluid sample distributed from the top layer, is distributed by capillary action to reach the detection layer; and the top layer has one or more openings through which the biofluid sample is introduced into the device, and a pattern of grooves, holes, and/or stripes by which the biofluid sample introduced via the top layer's opening is distributed by capillary action to reach the bottom layer; the bottom layer also has a pattern of grooves, holes, and/or stripes by which the biofluid sample distributed from the top layer, is distributed by capillary action to reach the detection layer; and
A system for determining a level of agricultural material in a container , the system comprising a processor, at least one imaging device facing the container and a display, wherein the system is configured to: obtain stereo image data from the at least one imaging device facing the container ; identify a perimeter of an opening of the container from the image data; divide the opening into a matrix of cells ; determine an average height of pixels in the stereo image data for each cell in the matrix of cells , wherein the height of the pixels corresponds to a height of the agricultural material in the container ; compare the average height of pixels in the stereo image data for each cell in the matrix of cells to a relative height of the container perimeter ; display, on a user interface, first augmented image data relating to the height of the agricultural material in each cell of the matrix of cells relative to the height of the container perimeter ; and display, on the user interface, second augmented image data relating to the perimeter of the opening of the container , wherein the first augmented image data and the second augmented image data are overlaid on the image data of the container . obtain stereo image data from the at least one imaging device facing the container ; identify a perimeter of an opening of the container from the image data; divide the opening into a matrix of cells ; determine an average height of pixels in the stereo image data for each cell in the matrix of cells , wherein the height of the pixels corresponds to a height of the agricultural material in the container ; compare the average height of pixels in the stereo image data for each cell in the matrix of cells to a relative height of the container perimeter ; display, on a user interface, first augmented image data relating to the height of the agricultural material in each cell of the matrix of cells relative to the height of the container perimeter ; and display, on the user interface, second augmented image data relating to the perimeter of the opening of the container , wherein the first augmented image data and the second augmented image data are overlaid on the image data of the container .