mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: cancelling substantially composite second order distortion from at least 1) a dispersion-slope of an optical component and 2) frequency chirp of an optical transmitter using a distortion compensation circuit including a parallel combination of an input signal I(t) and a secondary path where a predistortion signal I predis (t) is generated according to I predis = C opt d I 2 dt wherein G opt is a parameter independent of I(t) and is proportional to the dispersion slope S opt of the optical component according to G opt = P 0 S opt S las λ 4 2 c 2 η FM 2 wherein λ denotes the wavelength of the optical signal, c denotes the speed of light in a vacuum, η FM denotes the laser chirp (also known as the laser FM efficiency) in units of MHz/mA, P 0 is the average power output of the laser in mW, S las denotes the slope of the laser light-current characteristic in units of mW/mA and S opt denotes the dispersion-slope of the optical component in units of ps/nm 2 at wavelength λ.
A computer-implemented method for finding a new biomarker that stains a desired cell component in a particular type of tissue, the method comprising: staining a tissue with both a test biomarker for which a staining behavior is not yet known and a known stain; acquiring a digital image of the stained tissue using a camera; selecting a color range for pixels stained with the test biomarker, identifying nuclei that are stained by the known stain, obtaining boundaries by growing an area out from each nucleus on a pixel-by-pixel basis until the growth from an adjacent nucleus is reached or until an edge of the tissue, detecting the cell membrane by expanding the thickness of the boundaries inwards towards each nucleus, detecting the cytoplasm as pixels inside of membrane region that are not nucleus pixels, generating an expression profile for the test biomarker for each type of tissue, wherein the expression profile includes a first proportion of pixels within the nucleus region whose colors fall within the selected color range, a second proportion of pixels within the membrane region whose colors fall within the selected color range, and a third proportion of pixels within the cytoplasm region whose colors fall within the selected color range, filling a database with expression profiles of test biomarkers on different types of tissue, and consulting the database to find a new biomarker that stains a desired cell component in a particular type of tissue. staining a tissue with both a test biomarker for which a staining behavior is not yet known and a known stain; acquiring a digital image of the stained tissue using a camera; selecting a color range for pixels stained with the test biomarker, identifying nuclei that are stained by the known stain, obtaining boundaries by growing an area out from each nucleus on a pixel-by-pixel basis until the growth from an adjacent nucleus is reached or until an edge of the tissue, detecting the cell membrane by expanding the thickness of the boundaries inwards towards each nucleus, detecting the cytoplasm as pixels inside of membrane region that are not nucleus pixels, generating an expression profile for the test biomarker for each type of tissue, wherein the expression profile includes a first proportion of pixels within the nucleus region whose colors fall within the selected color range, a second proportion of pixels within the membrane region whose colors fall within the selected color range, and a third proportion of pixels within the cytoplasm region whose colors fall within the selected color range, filling a database with expression profiles of test biomarkers on different types of tissue, and consulting the database to find a new biomarker that stains a desired cell component in a particular type of tissue.
A method for processing a message, comprising: receiving, by a donor base station, DeNB ( 12, 22), a handover request message A from a source base station, SeNB ( 11, 21), wherein, a source cell is controlled by the SeNB, a target cell is controlled by the DeNB, a relay node, RN ( 13, 23), is controlled by the DeNB, a reestablished cell is controlled by the RN, a user equipment, UE, hands over from the source cell to the target cell; parsing, by the DeNB, the handover request message A to obtain identity information of the reestablished cell and UE context information prepared for the reestablished cell; and sending, by the DeNB, a first message to the RN according to the identity information of the reestablished cell, wherein the first message comprises the UE context information prepared for the reestablished cell, so that the RN prepares a connection for the UE according to the UE context information, wherein the reestablished cell is a cell used for the UE to initiate a connection reestablishment after the UE failing to hand over from the source cell to the target cell. receiving, by a donor base station, DeNB ( 12, 22), a handover request message A from a source base station, SeNB ( 11, 21), wherein, a source cell is controlled by the SeNB, a target cell is controlled by the DeNB, a relay node, RN ( 13, 23), is controlled by the DeNB, a reestablished cell is controlled by the RN, a user equipment, UE, hands over from the source cell to the target cell; parsing, by the DeNB, the handover request message A to obtain identity information of the reestablished cell and UE context information prepared for the reestablished cell; and sending, by the DeNB, a first message to the RN according to the identity information of the reestablished cell, wherein the first message comprises the UE context information prepared for the reestablished cell, so that the RN prepares a connection for the UE according to the UE context information, wherein the reestablished cell is a cell used for the UE to initiate a connection reestablishment after the UE failing to hand over from the source cell to the target cell.
Macaroni (10; 30; 50): - having a hollow portion (11; 31; 51) formed along a pasta body direction and - comprising: o circumferential wall portion or circumferential wall portions (13; 53) which form a substantially circular cross-sectional shape of a pasta body and o hollow wall portion or hollow wall portions (34; 54) located inside the circumferential wall portion or circumferential wall portions (13; 53) and forming a substantially circular shape, wherein a plurality of grooves (12; 32; 52a; 52b) are formed along the pasta body direction, and wherein the plurality of grooves (12; 32; 52a; 52b) have, in a cross-section of the pasta body, a cross-sectional shape extending in a spiral shape between the circumferential wall portion or circumferential wall portions (13; 53) and the hollow wall portion or hollow wall portions (34; 54) and each have an opening width of 0.3 to 2.5 mm, wherein each of the plurality of grooves (12; 32; 52a; 52b) has, in the cross-section of the pasta body, a cutting width in a radial direction which has a value of 32% to 60% with respect to a maximum thickness of the pasta body in the radial direction, the cutting width being the shortest distance from the bottom portion P of the groove (12; 32; 52a; 52b) to the circumferential wall portion (13; 33; 53). - having a hollow portion (11; 31; 51) formed along a pasta body direction and - comprising: o circumferential wall portion or circumferential wall portions (13; 53) which form a substantially circular cross-sectional shape of a pasta body and o hollow wall portion or hollow wall portions (34; 54) located inside the circumferential wall portion or circumferential wall portions (13; 53) and forming a substantially circular shape, o circumferential wall portion or circumferential wall portions (13; 53) which form a substantially circular cross-sectional shape of a pasta body and o hollow wall portion or hollow wall portions (34; 54) located inside the circumferential wall portion or circumferential wall portions (13; 53) and forming a substantially circular shape,
A crystalline 20,23-dipiperidinyl-5-O-mycaminosyl-tylonolide form having at least one of the following characteristics: an FT-Raman spectrum as shown in Figure 2; a powder X-ray diffraction spectrum comprising a peak 5.0 (± 0.2) degrees 20; a attenuated total reflection infrared spectrum as shown in Figure 6; or a melting point of from about 192 to about 195°C. an FT-Raman spectrum as shown in Figure 2; a powder X-ray diffraction spectrum comprising a peak 5.0 (± 0.2) degrees 20; a attenuated total reflection infrared spectrum as shown in Figure 6; or a melting point of from about 192 to about 195°C.
A navigation device including: • a present location acquirer configured to acquire own present location information by using a global positioning system or another measure; • a map storage configured to store map information including at least road information and facility information; • an icon storage configured to store an icon relating to the map information; • a display controller configured to control a display form of at least the map information and the icon that are displayed on a display section; • a comment storage configured to store at least one comment as text information relating to the map information, wherein each of the at least one comment includes comment characters (Cf) and a comment frame (Cr) surrounding the comment characters (Cf), wherein • the display controller is configured to make, for each comment of the at least one comment, a display range of the comment frame (Cr) transparent and vary a shape of an area of the display range to a displayable range, and the display controller is configured to display, for each comment of the at least one comment, the comment composed of the comment characters (Cf) and the comment frame (Cr) within the shape, wherein the displayable range is a range within which the comment frame (Cr) does not overlap with other icons, characterised in that the display controller is configured to switch an area inside a comment frame (Cr) of the at least one comment frame (Cr) that is transparently or semi-transparently displayed to a non-transparent display in response to a touching operation of a user of the navigation device of touching the area inside the comment frame (Cr). • a present location acquirer configured to acquire own present location information by using a global positioning system or another measure; • a map storage configured to store map information including at least road information and facility information; • an icon storage configured to store an icon relating to the map information; • a display controller configured to control a display form of at least the map information and the icon that are displayed on a display section; • a comment storage configured to store at least one comment as text information relating to the map information, wherein each of the at least one comment includes comment characters (Cf) and a comment frame (Cr) surrounding the comment characters (Cf), wherein • the display controller is configured to make, for each comment of the at least one comment, a display range of the comment frame (Cr) transparent and vary a shape of an area of the display range to a displayable range, and the display controller is configured to display, for each comment of the at least one comment, the comment composed of the comment characters (Cf) and the comment frame (Cr) within the shape, wherein the displayable range is a range within which the comment frame (Cr) does not overlap with other icons,
A dispensing mechanism, comprising: a connector for receiving electrical signals from a cabinet in which the dispensing mechanism is installed; an actuator that operates in response to the electrical signals; a sprocket driven by the actuator, wherein the sprocket is square in cross section; a belt driven by the sprocket, the belt comprising a plurality of links, and the belt configured to circulate within a chamber when driven by the actuator; a plurality of paddles integrally formed with the links of the belt for receiving between pairs of the paddles items to be dispensed, the paddles extending from the belt, wherein each of the paddles is L-shaped in cross section, and wherein the paddles are pinned together in alternating orientations such that each paddle is joined to one adjacent paddle at the corners of the joined L shapes, and each paddle joined to one adjacent paddle at tips of the joined L shapes; and a housing defining the chamber and defining an opening at the bottom of the chamber, such that a single item drops from between its respective paddles and through the opening when the segmented belt is incrementally advanced and the paddle supporting the item approaches a vertical orientation due to the advancement of the belt. a connector for receiving electrical signals from a cabinet in which the dispensing mechanism is installed; an actuator that operates in response to the electrical signals; a sprocket driven by the actuator, wherein the sprocket is square in cross section; a belt driven by the sprocket, the belt comprising a plurality of links, and the belt configured to circulate within a chamber when driven by the actuator; a plurality of paddles integrally formed with the links of the belt for receiving between pairs of the paddles items to be dispensed, the paddles extending from the belt, wherein each of the paddles is L-shaped in cross section, and wherein the paddles are pinned together in alternating orientations such that each paddle is joined to one adjacent paddle at the corners of the joined L shapes, and each paddle joined to one adjacent paddle at tips of the joined L shapes; and a housing defining the chamber and defining an opening at the bottom of the chamber, such that a single item drops from between its respective paddles and through the opening when the segmented belt is incrementally advanced and the paddle supporting the item approaches a vertical orientation due to the advancement of the belt.
Structural system having a set section, obtained from the combination, in sliding engagement form, of generically elongated elements; said system comprising: - a first element A having a generically elongated shape and having a generically quadrangular section whose perimeter is provided with protrusions and recesses which, in the spatial development of element A, form sliding channels or tracks for mutual sliding of the elements which form the structural system,; - second elements B having a section whose perimeter is provided with protrusions and recesses which, in the spatial development of element B, form sliding channels or tracks for mutual sliding of the elements which form the structural system; characterized in that - the external perimeter of said element A being surrounded substantially completely by perimeter portions of four complementary and adjacent elements B; - the perimeter of each of said elements B being such that part of it is inserted in portions of the perimeter of A with mutual male/female engagement on two consecutive sides of said element A, other parts of it are in contact with perimeter portions of two of said four elements B, while the remaining perimeter of B either defines perimeter portions of the section of the structural element or constitutes an element for insertion into perimeter portions of further third and/or fourth elements by means of mutual male/female engagement. - a first element A having a generically elongated shape and having a generically quadrangular section whose perimeter is provided with protrusions and recesses which, in the spatial development of element A, form sliding channels or tracks for mutual sliding of the elements which form the structural system,; - second elements B having a section whose perimeter is provided with protrusions and recesses which, in the spatial development of element B, form sliding channels or tracks for mutual sliding of the elements which form the structural system; characterized in that - the external perimeter of said element A being surrounded substantially completely by perimeter portions of four complementary and adjacent elements B; - the perimeter of each of said elements B being such that part of it is inserted in portions of the perimeter of A with mutual male/female engagement on two consecutive sides of said element A, other parts of it are in contact with perimeter portions of two of said four elements B, while the remaining perimeter of B either defines perimeter portions of the section of the structural element or constitutes an element for insertion into perimeter portions of further third and/or fourth elements by means of mutual male/female engagement.
An electric power conversion device in which semiconductor element groups constituting an electric power conversion part are formed as one unit; a main circuit of the electric power conversion part is such that four semiconductor elements of a first semiconductor element to a fourth semiconductor element (Q 1, Q 2, Q 3, Q 4) are connected in series between a dc positive terminal and a dc negative terminal, and a first diode (D 5) and a second diode (D 6) are connected in series; an ac terminal is connected to a connection point (a) /of a second semiconductor element and a third semiconductor element and a neutral terminal is connected to a connection point (b) of the first diode and the second diode; the first diode (D 5) is connected to a connection point of the first semiconductor element and the second semiconductor element and the second diode is connected to a connection point of the third semiconductor element and the fourth semiconductor element; characterised in that the semiconductor element groups constituting the one unit are mounted on a cooler heat receiving part on the same plane and are adapted to radiate heat bv self-cooling or forced cooling by wind, the first semiconductor element (Q 1) and the fourth semiconductor (Q 4) element are arranged on the windward side of the cooler heat receiving part, the second semiconductor element (Q 2) and the third semiconductor element (Q 3) are arranged in the middle of the cooling wind direction of the cooler heat receiving part, the first diode (D 5) and the second diode (D 6) are arranged on the leeward side of the cooler heat receiving part, the first semiconductor element (Q 1) and the second semiconductor element (Q 2) as well as the third semiconductor element (Q 3) and the fourth semiconductor element (Q 4) are each arranged in positions opposite to each other in a horizontal direction with respect to a centerline of the cooler heat receiving part in the cooling wind direction, the first diode (D 5) is arranged on the same side as the second semiconductor element (Q 2) in a horizontal direction with respect to the centerline, and the second diode (D 2) is arranged on the same side as the third semiconductor element (Q 3) in a horizontal direction with respect to the centerline.
A polycarbonate composite material, characterized in that, it comprises the following components: 30-80 parts by weight of a polycarbonate; 5-40 parts by weight of an ABS; 5-80 parts by weight of a filler; wherein, based on a total weight of the polycarbonate composite material, a weight content of iron element is 5 ppm-40 ppm, and a weight content of copper element is 0.1 ppm-10 ppm; the polycarbonate has a PDI coefficient ranging from 2.0 to 4.0; a melt flow rate of the polycarbonate measured according to ASTM D1238 at 300°C under a load of 1.2 kg is 3g/10min-30g/10min; the ABS copolymer has an average particle size ranging from 500 nm to 2000 nm; a glass transition temperature of the ABS copolymer is greater than 25°C; and the filler is a mineral filler. 30-80 parts by weight of a polycarbonate; 5-40 parts by weight of an ABS; 5-80 parts by weight of a filler; wherein, based on a total weight of the polycarbonate composite material, a weight content of iron element is 5 ppm-40 ppm, and a weight content of copper element is 0.1 ppm-10 ppm; the polycarbonate has a PDI coefficient ranging from 2.0 to 4.0; a melt flow rate of the polycarbonate measured according to ASTM D1238 at 300°C under a load of 1.2 kg is 3g/10min-30g/10min; the ABS copolymer has an average particle size ranging from 500 nm to 2000 nm; a glass transition temperature of the ABS copolymer is greater than 25°C; and the filler is a mineral filler.
A compound having Formula: or a stereoisomer, a tautomer, an N-oxide, a solvate, or a pharmaceutically acceptable salt thereof, wherein: Z is wherein X and X' are O, Z is substituted by 1 or 2 R 2 groups; Z 1 is H, methyl, ethyl, n -propyl, isopropyl or cyclopropyl; A is pyrazolyl optionally substituted by 1, 2 or 3 R 4 groups; R 1 is H, F, Cl, N 3, or CN; each R 2 is independently NH 2 or -N(R c)S(=O) m R 5 each R 4 is independently H or methyl; each R 5 is independently H, C 1 -C 6 alkyl, C 1 -C 6 haloalkyl,C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, C 3 -C 6 cycloalkyl, phenyl, 3-6 membered heterocyclyl or 5-6 membered heteroaryl; each R c is independently H or C 1 -C 6 alkyl; and each m is independently 1 or 2. Z is wherein X and X' are O, Z is substituted by 1 or 2 R 2 groups; Z 1 is H, methyl, ethyl, n -propyl, isopropyl or cyclopropyl; A is pyrazolyl optionally substituted by 1, 2 or 3 R 4 groups; R 1 is H, F, Cl, N 3, or CN; each R 2 is independently NH 2 or -N(R c)S(=O) m R 5 each R 4 is independently H or methyl; each R 5 is independently H, C 1 -C 6 alkyl, C 1 -C 6 haloalkyl,C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, C 3 -C 6 cycloalkyl, phenyl, 3-6 membered heterocyclyl or 5-6 membered heteroaryl; each R c is independently H or C 1 -C 6 alkyl; and each m is independently 1 or 2.
An oral cleaning system which provides feedback to a user, the oral cleaning system comprising: a power toothbrush; one or more sensors on or within the toothbrush; a processor within the toothbrush configured to process sensor information obtained from the one or more sensors during a first brushing session of a user; and a feedback system on or within the toothbrush responsive to the processor and configured to communicate brushing information to the user at a time subsequent to the first brushing session but before a second brushing session of the user; characterized in that the feedback system includes a sensor configured to detect that the user has picked up the toothbrush or removed it from a cradle, to activate the feedback system to communicate the brushing information to the user when the sensor has detected that the user has picked up the toothbrush or removed it from a cradle. a power toothbrush; one or more sensors on or within the toothbrush; a processor within the toothbrush configured to process sensor information obtained from the one or more sensors during a first brushing session of a user; and a feedback system on or within the toothbrush responsive to the processor and configured to communicate brushing information to the user at a time subsequent to the first brushing session but before a second brushing session of the user;
A sensor for examining a value document in a detection range of the sensor having at least one electrical component (46; 46') for converting electrical energy into sound waves for exami ni ng the value document and/or for detecti ng sound waves from the value document, so as to generate detection signals, which comprises an ultrasonic converter, and a holder (42;...; 42) for the component (46; 46') having a hole (60; 60') for accommodating at least partially the component (46; 46') in which the electrical component (46; 46') is held, characterized in that the holder (42;...; 42) is formed as a single piece, that the hole (60; 60') forms a channel extending through the holder (42;...; 42), and on or in the holder (42;...; 42) there extends at least one conductor path (74, 76) with which at least one electrical contact (68; 98) of the electrical component (46; 46') is contacted.