mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor wafer evaluation method comprising: acquiring a differential interference image at an evaluation position on an outer peripheral portion of a semiconductor wafer to be evaluated with a reflection type differential interference microscope that is set so that a main surface of the semiconductor wafer is imaged as a gray band and a chamfered surface thereof is imaged as a black band, the differential interference image comprising the gray band and the black band, and further comprising a white band between the gray band and the black band; and characterised by evaluating a shape of a boundary portion between the main surface of the semiconductor wafer and the chamfered surface adjacent to the main surface at the evaluation position by using a width W of the white band as an indicator. acquiring a differential interference image at an evaluation position on an outer peripheral portion of a semiconductor wafer to be evaluated with a reflection type differential interference microscope that is set so that a main surface of the semiconductor wafer is imaged as a gray band and a chamfered surface thereof is imaged as a black band, the differential interference image comprising the gray band and the black band, and further comprising a white band between the gray band and the black band; and characterised by evaluating a shape of a boundary portion between the main surface of the semiconductor wafer and the chamfered surface adjacent to the main surface at the evaluation position by using a width W of the white band as an indicator.
An aft aerodynamic fairing for a pylon for attaching an aircraft propelling assembly, including a caisson structure (44, 46), a heat-shield floor provided with an external surface such that a combustion gas flow from a turbine engine of said propelling assembly conforms to the shape thereof, as well as means for supporting this floor comprising linking means (60, 66, 70) for linking two side edges of this floor to the caisson structure, said fairing being characterised in that said linking means of each side edge of the floor are configured so as to allow travelling motion of said side edge of the floor relative to the caisson structure (44, 46) in a corresponding direction included in a plane orthogonal to a longitudinal direction of the fairing.
Glass component having a light-permeable carrier plate and having a coating on the carrier plate and having at least one covering plate that covers the coating, characterised in that the coating is a cured layer of glass pieces, in particular glass fragments, and is bound by means of a fixing agent.
Stopper for bottles of cava and the like, of the variety which has an especially rounded thickened mouth and, relatively far away from said mouth, a rib with thickening perimeter of almost rectangular section, characterised in that it is formed from a silicone single piece body by way of a pot, of external configuration with conical trunk shape converging towards its mouth of low height, while internally the body tends towards cylindrical configuration, with a circumferential channel of a rounded profile in its upper region, and a circumferential and of rectangular section channel in its lower middle region, formally and positionally coinciding with the ribs and of the neck of the bottle, while a protuberance also emerges from the inside and centre of its closed base, configured as a banked semi-sphere with an axial disposition, whose cylindrical sector fits into the neck of the bottle, with the particularity that the banked semi-sphere protuberance on its cylindrical sector has its diameter slightly larger in dimension relative to the internal diameter of the neck of the bottle, while the pot side wall has an internal diameter smaller in dimension with respect to the neck of the bottle, in order to strengthen the closure pressure, while the mouth of said pot has a bevel diverging outwards and the external side surface of the body of the pot has rounded faces and ridges.
An shRNA that targets Salvador (Savl) for use in a method of treating a cardiac condition in an individual, comprising the step of providing to the individual a therapeutically effective amount of the shRNA that targets Salvador.
A recombinant production host cell for the production of docosahexaenoic acid wherein said host cell is capable of producing at least 5% DHA in the total lipids of the host cell and wherein said host cell is an oleaginous Yarrowia lipolytica which accumulates in excess of 25% of its dry cell weight as oil and into which the following genes of a ω-3/ω-6 fatty acid biosynthetic pathway have been introduced: a) either (i) at least one gene encoding Δ9 elongase and at least one gene encoding Δ8 desaturase; or (ii) at least one gene encoding Δ6 desaturase and at least one gene encoding C 18/20 elongase; b) at least one gene encoding Δ5 desaturase; c) at least one gene encoding Δ17 desaturase; d) at least one gene encoding C 20/22 elongase; e) at least one gene encoding Δ4 desaturase; f) at least one gene encoding Δ12 desaturase; and g) at least one gene encoding C 16/18 elongase. a) either (i) at least one gene encoding Δ9 elongase and at least one gene encoding Δ8 desaturase; or (ii) at least one gene encoding Δ6 desaturase and at least one gene encoding C 18/20 elongase; (i) at least one gene encoding Δ9 elongase and at least one gene encoding Δ8 desaturase; or (ii) at least one gene encoding Δ6 desaturase and at least one gene encoding C 18/20 elongase; b) at least one gene encoding Δ5 desaturase; c) at least one gene encoding Δ17 desaturase; d) at least one gene encoding C 20/22 elongase; e) at least one gene encoding Δ4 desaturase; f) at least one gene encoding Δ12 desaturase; and g) at least one gene encoding C 16/18 elongase.
A galvanic cell, comprising a transition metal-free, nitrogen-containing hydride anode, a transition metal-containing cathode and an aprotic lithium electrolyte, wherein the nitrogen-containing hydride anode in the discharged state contains lithium amide or lithium amide and lithium imide, and that in the charged state the anode contains lithium hydride, wherein the anode containing a transition metal-free, nitrogen-containing substance has the general formula Li o NH 3- o, wherein o = 1, 2 or 3, and in the charged state, mixed with lithium hydride, is brought into contact with a partly or completely lithiated lithium insertion material via a separator/electrolyte composite, and the molar ratios of LiNH 2, Li 3 N and LiH are in the range between 1: 0: 0 and 1: 0.1 - 2: 0.1 - 12.
A method for scheduling wake/sleep cycles by a central device in a wireless network comprising at least one mobile device (MS1,...,MS4), characterized in that said method comprises: attributing a wake/sleep cycle length to each mobile device (MS1,...,MS4), wherein the wake/sleep cycle length is an integer multiple of a system schedule cycle (T S); assigning a sleep period and a wake period within the wake/sleep cycle of each mobile device (MS1,...,MS4); arranging the wake/sleep cycle of each mobile device (MS1,...,MS4) to avoid collision of the wake period with those of other mobile devices, and wherein the minimum value of delay constraint on real-time service among all the mobile devices(MS1,...,MS4) having real-time service is set as the system reference cycle. attributing a wake/sleep cycle length to each mobile device (MS1,...,MS4), wherein the wake/sleep cycle length is an integer multiple of a system schedule cycle (T S); assigning a sleep period and a wake period within the wake/sleep cycle of each mobile device (MS1,...,MS4); arranging the wake/sleep cycle of each mobile device (MS1,...,MS4) to avoid collision of the wake period with those of other mobile devices, and wherein the minimum value of delay constraint on real-time service among all the mobile devices(MS1,...,MS4) having real-time service is set as the system reference cycle.
Inhalation therapy apparatus having an aerosol generator, comprising - an oscillatable membrane for nebulising a liquid, - an oscillation generating device (6, 7) having at least one connecting element (8, 9) for supplying an activation signal and by which said membrane is caused to oscillate when the activation signal is supplied such that a liquid disposed on one side of said membrane is nebulised through the membrane and is present on the other side of said membrane as an aerosol, - a control unit, from which the activation signal can be supplied to the at least one connecting element (8, 9) of the oscillation generating device (6, 7) so that said oscillation generating device (6, 7) causes the membrane to oscillate, and - a processing unit configured to clamp an output signal caused by the respiration of a patient at the at least one connecting element (8, 9) of the oscillation generating device (6, 7). - an oscillatable membrane for nebulising a liquid, - an oscillation generating device (6, 7) having at least one connecting element (8, 9) for supplying an activation signal and by which said membrane is caused to oscillate when the activation signal is supplied such that a liquid disposed on one side of said membrane is nebulised through the membrane and is present on the other side of said membrane as an aerosol, - a control unit, from which the activation signal can be supplied to the at least one connecting element (8, 9) of the oscillation generating device (6, 7) so that said oscillation generating device (6, 7) causes the membrane to oscillate, and - a processing unit configured to clamp an output signal caused by the respiration of a patient at the at least one connecting element (8, 9) of the oscillation generating device (6, 7).
A compound for use in the treatment of a proliferative disorder, wherein the compound is represented by formula: or the compound is represented by formula (XIII): wherein R 9 is selected from the group consisting of or the compound is represented by formula (XXII): wherein R 10 is selected from the group consisting of H, NH 2, I, and CO 2 Me, or the compound is represented by formula (XXII): wherein R 10 is selected from the group consisting of and Cl, or the compound is represented by a formula selected from the group consisting of (LVII), (LVIII),, and: or a pharmaceutically acceptable salt thereof.
A method for manufacturing an electrode, the method comprising: a first cutting step of cutting a portion of an electrode sheet along a first cutting line comprising a closed curve to form an electrode having a shape corresponding to the closed curve of the first cutting line; and a second cutting step of additionally cutting a portion of the electrode sheet along a second cutting line comprising a closed curve to form an electrode having a shape corresponding to the closed curve of the second cutting line, which is separated from the electrode formed in the first cutting step, after the first cutting step, wherein the first cutting line and the second cutting line cross each other to form a crossing area on the electrode sheet, and characterized in that, in the crossing area: the first cutting line is formed as a straight line, and one end of the straight line is connected to a curved line constituting a portion of the first cutting line, wherein the straight line is connected the curved line by a tangent line; and the second cutting line is formed as a straight line crossing the straight line of the first cutting line. a first cutting step of cutting a portion of an electrode sheet along a first cutting line comprising a closed curve to form an electrode having a shape corresponding to the closed curve of the first cutting line; and a second cutting step of additionally cutting a portion of the electrode sheet along a second cutting line comprising a closed curve to form an electrode having a shape corresponding to the closed curve of the second cutting line, which is separated from the electrode formed in the first cutting step, after the first cutting step, wherein the first cutting line and the second cutting line cross each other to form a crossing area on the electrode sheet, and characterized in that, in the crossing area: the first cutting line is formed as a straight line, and one end of the straight line is connected to a curved line constituting a portion of the first cutting line, wherein the straight line is connected the curved line by a tangent line; and the second cutting line is formed as a straight line crossing the straight line of the first cutting line. the first cutting line is formed as a straight line, and one end of the straight line is connected to a curved line constituting a portion of the first cutting line, wherein the straight line is connected the curved line by a tangent line; and the second cutting line is formed as a straight line crossing the straight line of the first cutting line.
A method comprising: receiving at a first host device (102, 104, 106, 202, 204), from a second host device (102, 104, 106, 202, 204) different than the first host device, a target device identifier of a target device (108, 110, 112) previously paired to the second host device; adding the target device identifier for the target device to a target device table (114, 116, 118) of known target devices maintained in the first host device; detecting a communication signal from the target device; and responsive to detecting the communication signal: determining to initiate pairing between the first host device and the target device if the target device is represented in the target device table of known target devices; characterized by receiving an indication of a signal quality for the target device with respect to the second host device; determining a current signal quality for the target device with respect to the first host device; and determining (608, 710) to initiate the pairing between the first host device and the target device if additionally the current signal quality for the target device with respect to the first host device meets a connection criterion and is larger than the indicated signal quality of the signal quality for the target device with respect to the second host device. receiving at a first host device (102, 104, 106, 202, 204), from a second host device (102, 104, 106, 202, 204) different than the first host device, a target device identifier of a target device (108, 110, 112) previously paired to the second host device; adding the target device identifier for the target device to a target device table (114, 116, 118) of known target devices maintained in the first host device; detecting a communication signal from the target device; and responsive to detecting the communication signal: determining to initiate pairing between the first host device and the target device if the target device is represented in the target device table of known target devices; characterized by receiving an indication of a signal quality for the target device with respect to the second host device; determining a current signal quality for the target device with respect to the first host device; and determining (608, 710) to initiate the pairing between the first host device and the target device if additionally the current signal quality for the target device with respect to the first host device meets a connection criterion and is larger than the indicated signal quality of the signal quality for the target device with respect to the second host device.
Metal complex comprising at least one ligand having the general formula wherein the symbols have the following meanings: Y 5, Z 4 independently from each other CD, CR 1, CH, N; X 1 N; X 2, X 3, Y 1, Y 2, Y 3 independently from each other N or C; X 5 CD; X4 CD or CR 1; Y 4, Y 6 independently from each other CD, CR 1, CH, N; wherein Y 4 or Y 6 in case of m = 0 further can mean S, O or NR 1; Z 1, Z 2, Z 3 independently from each other CD, CR 1, CH, N; wherein Z 1, Z 2 or Z 3 in case of n = 0 further can mean S, O or NR 1; R 1 independently from each other unsubstituted or substituted alkyl, unsubstituted or substituted cycloalkyl, unsubstituted or substituted heterocycloalkyl, unsubstituted or substituted aryl, unsubstituted or substituted heteroaryl, unsubstituted or substituted alkenyl, unsubstituted or substituted cycloalkenyl, unsubstituted or substituted alkinyl, SiR 2 3, halogen, a substituent with donor or acceptor effect, wherein in the case that R 1 is bound to an N atom, R 1 independently from each other means unsubstituted or substituted alkyl or unsubstituted or substituted aryl or unsubstituted or substituted heteroaryl, wherein two arbitrary substituents R 1 can further together form an alkylene or arylene bridge; R 2 independently from each other unsubstituted or substituted alkyl or unsubstituted or substituted aryl or unsubstituted or substituted heteroaryl; m, n independently from each other 0 or 1, wherein the groups Z 4 resp. Y 5 are absent for n resp. m = 0. Y 5, Z 4 independently from each other CD, CR 1, CH, N; X 1 N; X 2, X 3, Y 1, Y 2, Y 3 independently from each other N or C; X 5 CD; X4 CD or CR 1; Y 4, Y 6 independently from each other CD, CR 1, CH, N; wherein Y 4 or Y 6 in case of m = 0 further can mean S, O or NR 1; Z 1, Z 2, Z 3 independently from each other CD, CR 1, CH, N; wherein Z 1, Z 2 or Z 3 in case of n = 0 further can mean S, O or NR 1; R 1 independently from each other unsubstituted or substituted alkyl, unsubstituted or substituted cycloalkyl, unsubstituted or substituted heterocycloalkyl, unsubstituted or substituted aryl, unsubstituted or substituted heteroaryl, unsubstituted or substituted alkenyl, unsubstituted or substituted cycloalkenyl, unsubstituted or substituted alkinyl, SiR 2 3, halogen, a substituent with donor or acceptor effect, wherein in the case that R 1 is bound to an N atom, R 1 independently from each other means unsubstituted or substituted alkyl or unsubstituted or substituted aryl or unsubstituted or substituted heteroaryl, wherein two arbitrary substituents R 1 can further together form an alkylene or arylene bridge; R 2 independently from each other unsubstituted or substituted alkyl or unsubstituted or substituted aryl or unsubstituted or substituted heteroaryl; m, n independently from each other 0 or 1, wherein the groups Z 4 resp. Y 5 are absent for n resp. m = 0.
An image forming apparatus comprising: a body frame; a door to open or close the body frame, the door rotatable, relative to the body frame, about a first rotation axis; a roller frame rotatably provided at the body frame, the roller frame rotatable relative to the body frame about a second rotation axis; and a link member to link the door and the roller frame to each other, wherein the link member restricts rotation of the roller frame when the door is closed, and allows the roller frame to be rotated about the second rotation axis when the door is opened; wherein: one side of the link member is coupled to the roller frame so as to be rotatable about a third rotation axis relative to the roller frame by a predetermined angle and the other side of the link member is coupled to the door, wherein the link member is movable along the third rotation axis when the door is open or closed by a predetermined angle about the first rotation axis; and wherein: the link member includes a plurality of rotating-direction guide bars extending toward the roller frame; and the roller frame includes a plurality of rotating-direction guide slots to accommodate the plurality of rotating-direction guide bars so as to guide rotation of the link member about the third rotation axis. a body frame; a door to open or close the body frame, the door rotatable, relative to the body frame, about a first rotation axis; a roller frame rotatably provided at the body frame, the roller frame rotatable relative to the body frame about a second rotation axis; and a link member to link the door and the roller frame to each other, wherein the link member restricts rotation of the roller frame when the door is closed, and allows the roller frame to be rotated about the second rotation axis when the door is opened; wherein: one side of the link member is coupled to the roller frame so as to be rotatable about a third rotation axis relative to the roller frame by a predetermined angle and the other side of the link member is coupled to the door, wherein the link member is movable along the third rotation axis when the door is open or closed by a predetermined angle about the first rotation axis; and wherein: the link member includes a plurality of rotating-direction guide bars extending toward the roller frame; and the roller frame includes a plurality of rotating-direction guide slots to accommodate the plurality of rotating-direction guide bars so as to guide rotation of the link member about the third rotation axis. the link member includes a plurality of rotating-direction guide bars extending toward the roller frame; and the roller frame includes a plurality of rotating-direction guide slots to accommodate the plurality of rotating-direction guide bars so as to guide rotation of the link member about the third rotation axis.
A robot (100; 500) comprising: an arm (101; 501, 502); an arm coupling section (104; 505, 508) connected to the arm (101; 501, 502) and including a driving source (103; 504, 507) that pivots or translates the arm (101; 501, 502); a base (105; 509) connected to the arm coupling section (104; 505, 508); an angle sensor (106; 510, 511) that detects a pivoting angle of the driving source (103; 504, 507); an inertia sensor (107; 512, 513) that is attached to the arm (101; 501, 502) and detects inertial force acting on the arm (101; 501, 502); a noise filter (111; 519, 520) that removes noise from an output of the inertia sensor (107; 512, 513); and a control unit (108; 514) that controls a pivoting action of the arm (101; 501, 502); characterized by a noise detecting unit (109; 515, 516) that detects a noise frequency (115b; 525c) of the inertia sensor (107; 512, 513) from an output of the angle sensor (106; 510, 511) and the output of the inertia sensor (107; 512, 513); and a filter-constant determining unit (110; 517, 518) that determines, using the noise frequency (115b; 525c), a noise filter characteristic of the noise filter (111; 519, 520) for removing noise. an arm (101; 501, 502); an arm coupling section (104; 505, 508) connected to the arm (101; 501, 502) and including a driving source (103; 504, 507) that pivots or translates the arm (101; 501, 502); a base (105; 509) connected to the arm coupling section (104; 505, 508); an angle sensor (106; 510, 511) that detects a pivoting angle of the driving source (103; 504, 507); an inertia sensor (107; 512, 513) that is attached to the arm (101; 501, 502) and detects inertial force acting on the arm (101; 501, 502); a noise filter (111; 519, 520) that removes noise from an output of the inertia sensor (107; 512, 513); and a control unit (108; 514) that controls a pivoting action of the arm (101; 501, 502); characterized by a noise detecting unit (109; 515, 516) that detects a noise frequency (115b; 525c) of the inertia sensor (107; 512, 513) from an output of the angle sensor (106; 510, 511) and the output of the inertia sensor (107; 512, 513); and a filter-constant determining unit (110; 517, 518) that determines, using the noise frequency (115b; 525c), a noise filter characteristic of the noise filter (111; 519, 520) for removing noise.