mhurhangee/ep-ind-claims huggingface dataset:
An insulator for use with a vibration generating musical instrument and a first flat surface, wherein the insulator is configured to be disposed between the vibration generating musical instrument and the first flat surface, and configured to inhibit transmission of vibration between the vibration generating musical instrument and the first flat surface, the insulator comprising: - a lower structure member to be brought into contact with the first flat surface; - a cantilever spring member formed from a bent plate member, the cantilever spring member having one end attached to the lower structure member; - a first wire having an upper end attached to the other end of the cantilever spring member; - an upper structure member having an upper surface on which the vibration generating musical instrument is placeable, the upper structure member attached to a lower end of the first wire, the upper structure member suspended from the lower structure member through the cantilever spring member and the first wire; and characterized in that the insulator comprises: - three or more second wires connecting the upper structure member and the lower structure member to each other in a horizontal direction, the three or more second wires being radially disposed so as to be equally spaced from each other in a circumferential direction such that a load point set at a center position of each of the upper structure member and the lower structure member is an axial center. - a lower structure member to be brought into contact with the first flat surface; - a cantilever spring member formed from a bent plate member, the cantilever spring member having one end attached to the lower structure member; - a first wire having an upper end attached to the other end of the cantilever spring member; - an upper structure member having an upper surface on which the vibration generating musical instrument is placeable, the upper structure member attached to a lower end of the first wire, the upper structure member suspended from the lower structure member through the cantilever spring member and the first wire; and characterized in that the insulator comprises: - three or more second wires connecting the upper structure member and the lower structure member to each other in a horizontal direction, the three or more second wires being radially disposed so as to be equally spaced from each other in a circumferential direction such that a load point set at a center position of each of the upper structure member and the lower structure member is an axial center. - three or more second wires connecting the upper structure member and the lower structure member to each other in a horizontal direction, the three or more second wires being radially disposed so as to be equally spaced from each other in a circumferential direction such that a load point set at a center position of each of the upper structure member and the lower structure member is an axial center.
A pipeline comprising a plurality of weld zones where ends of a plurality of steel pipes are joined by welding, wherein the plurality of the steel pipes are produced from a plurality of charges of molten steel having one or more steel compositions; a yield point elongation is not present on a stress-strain curve that is obtained when stress is applied in a longitudinal direction of each of the steel pipes; t which is a thickness of each of the steel pipes in units of mm and D which is an average pipe outside-diameter in units of mm satisfy a following Expression; in the plurality of the weld zones, ΔYS which is a yield strength difference between one steel pipe and the other steel pipe that are welded to each other in units of MPa, and YR which represents a yield ratio that is a ratio of the yield strength to a tensile strength of a pipe having a low yield strength out of the one steel pipe and the other steel pipe, satisfy a following Expression; t / D × 100 ≤ 6 ΔYS ≤ − 1.75 × YR + 230 the steel compositions includes, by mass%, C: 0.04% or more and 0.15% or less, Mn: 1.0% or more and 1.75% or less, Nb: 0.005% or more and 0.10% or less, Ti: 0.005% or more and 0.02% or less, Al: 0.001% or more and 0.06% or less, Si: limited to 0.4% or less, P: limited to 0.015% or less, S: limited to 0.005% or less, N: limited to 0.007% or less, optionally one or more of Cu: 0.1 % or more and 1.0% or less, Ni: 0.1 % or more and 1.0% or less, Cr: 0.1% or more and 1.0% or less, Mo: 0.05% or more and 0.3% or less and V: 0.01 % or more and 0.1 % or less, and a balance consisting of Fe and unavoidable impurities; a ΔCeq value which is an absolute value of a difference of Ceq values expressed by a following Expression between the one steel pipe and the other steel pipe is 0.045% or less; Ceq = C + Mn / 6 + Ni + Cu / 15 + Cr + Mo + V / 5 where, [Mn], [Ni], [Cu], [Cr], [Mo], and represent amounts of C, Mn, Ni, Cu, Cr, Mo, and V by mass%; and the tensile strength of the plurality of the steel pipes is 450 MPa to 850 MPa or less. C: 0.04% or more and 0.15% or less, Mn: 1.0% or more and 1.75% or less, Nb: 0.005% or more and 0.10% or less, Ti: 0.005% or more and 0.02% or less, Al: 0.001% or more and 0.06% or less, Si: limited to 0.4% or less, P: limited to 0.015% or less, S: limited to 0.005% or less, N: limited to 0.007% or less, optionally one or more of Cu: 0.1 % or more and 1.0% or less, Ni: 0.1 % or more and 1.0% or less, Cr: 0.1% or more and 1.0% or less, Mo: 0.05% or more and 0.3% or less and V: 0.01 % or more and 0.1 % or less, and a balance consisting of Fe and unavoidable impurities;
Device for gassing a liquid, comprising a rotor driven in rotation about a vertical axis of rotation with multiple vanes for conveying the liquid, and a stator surrounding the rotor with a plurality of flow channels, which each extend from a radial inner inlet opening adjacent to the rotor through the stator to a radially outer outlet opening and are delimited along their course by side walls, bottom and top surfaces and can be supplied with liquid by the rotor in the region of the inlet opening, wherein the flow channels between the inlet opening and the outlet opening have a plurality of gassing openings, which can be supplied with pressurized gas from a pressurized gas source in order to introduce this into the flow channels, characterized in that a wedge-shaped dividing element with side surfaces is arranged between adjacent flow channels, which side surfaces each form at least a portion of a side wall of one or both adjacent flow channels and the gassing openings are formed in the side surface and wherein the tips of the wedge-shaped dividing elements each point in the direction of the rotor.
A method for monitoring a status of a service, the method being executed by a monitoring agent of a server computing device, the method comprising: collecting, during a tracking window, statistics associated with at least one service dependency of the service, wherein the at least one service dependency comprises one or more first downstream services on which the service depends, and wherein each of the one or more first downstream services comprises a respective second downstream service on which it depends; for each of the one or more first downstream services: counting a number of successful responses received from the one or more first downstream service, wherein the one or more first downstream service issues a successful response to the service only when the respective second downstream service associated with the one or more first downstream service issues a successful response to the one or more first downstream service, and counting a number of failed responses associated with the one or more first downstream service; calculating at least one ratio, wherein the ratio is the number of successful responses to the number of failed responses; generating a status of the service by comparing the at least one ratio to a threshold value; and transmitting the generated status of the service to a health check engine in a domain name server- DNS- in order to update a classification of an association between a host name and a network address in a data structure maintained by the DNS server. collecting, during a tracking window, statistics associated with at least one service dependency of the service, wherein the at least one service dependency comprises one or more first downstream services on which the service depends, and wherein each of the one or more first downstream services comprises a respective second downstream service on which it depends; for each of the one or more first downstream services: counting a number of successful responses received from the one or more first downstream service, wherein the one or more first downstream service issues a successful response to the service only when the respective second downstream service associated with the one or more first downstream service issues a successful response to the one or more first downstream service, and counting a number of failed responses associated with the one or more first downstream service; calculating at least one ratio, wherein the ratio is the number of successful responses to the number of failed responses; generating a status of the service by comparing the at least one ratio to a threshold value; and transmitting the generated status of the service to a health check engine in a domain name server- DNS- in order to update a classification of an association between a host name and a network address in a data structure maintained by the DNS server.
A handle (100, 200, 300), comprising: a grip (102, 202) to attach to a computing device; an attachment post (104, 204) disposed on a first end of the grip; a slot interface (106, 206, 306) disposed on a second end of the grip; and a supplemental interface (108, 208, 308) disposed in between the attachment post and the slot interface, wherein the attachment post, the slot interface, and the supplemental interface extend radially out from the grip and are to attach the grip to the computing device, and characterized in that the device further comprises a barrel (210, 310) to rigidly attach the grip (102, 202) to a side of the computing device, the barrel extending axially along the grip and spaced away from the grip, the attachment post (104, 204), the slot interface (106, 206, 306), and the supplemental interface (108, 208, 308) disposed on the barrel and extending from the barrel. a grip (102, 202) to attach to a computing device; an attachment post (104, 204) disposed on a first end of the grip; a slot interface (106, 206, 306) disposed on a second end of the grip; and a supplemental interface (108, 208, 308) disposed in between the attachment post and the slot interface, wherein the attachment post, the slot interface, and the supplemental interface extend radially out from the grip and are to attach the grip to the computing device, and characterized in that the device further comprises a barrel (210, 310) to rigidly attach the grip (102, 202) to a side of the computing device, the barrel extending axially along the grip and spaced away from the grip, the attachment post (104, 204), the slot interface (106, 206, 306), and the supplemental interface (108, 208, 308) disposed on the barrel and extending from the barrel.
A method of performing web browsing in a video display device, the method comprising: displaying a web browsing icon corresponding to a web browsing application on a screen; receiving a user input to select the web browsing icon; displaying a plurality of web page thumbnail images (900 to 909), respectively, corresponding to a plurality of web pages on the screen, wherein the plurality of web page thumbnail images (900 to 909) was previously captured at a time when a user's capture request was made, wherein the plurality of web page thumbnail images (900 to 906) comprises a first web page thumbnail image corresponding to a first web page and a second web page thumbnail image corresponding to a second web page; receiving a user input to drag the first web page thumbnail image and drop it at the position where the second web page thumbnail image is displayed; creating and displaying a mixed thumbnail image corresponding to a first web page and a second web page; and displaying the first web page and the second web page simultaneously in accordance with a second user input to select the mixed thumbnail image being received. displaying a web browsing icon corresponding to a web browsing application on a screen; receiving a user input to select the web browsing icon; displaying a plurality of web page thumbnail images (900 to 909), respectively, corresponding to a plurality of web pages on the screen, wherein the plurality of web page thumbnail images (900 to 909) was previously captured at a time when a user's capture request was made, wherein the plurality of web page thumbnail images (900 to 906) comprises a first web page thumbnail image corresponding to a first web page and a second web page thumbnail image corresponding to a second web page; receiving a user input to drag the first web page thumbnail image and drop it at the position where the second web page thumbnail image is displayed; creating and displaying a mixed thumbnail image corresponding to a first web page and a second web page; and displaying the first web page and the second web page simultaneously in accordance with a second user input to select the mixed thumbnail image being received.
A vector having a benzene ring and 4 or 6 straight-chain cationic polymer chains bonded to the benzene ring, each chain being a homopolymer of 3-N,N-dimethylaminopropyl acrylamide.
A damper assembly comprising a piston and cylinder type damper with a piston (14, 30) mounted for reciprocal axial movement in a cylinder (10, 33) containing damping fluid, with the piston being acted upon by a piston rod (11, 29), wherein the piston rod comprises, as a reaction surface, a collar attached to or formed on the piston rod, for engaging the piston to spread the load exerted on the piston, wherein the piston engages the piston rod at an inner end thereof in a manner to provide lateral guidance for the inner end of the piston rod in its movement in the cylinder, wherein the piston has a hole (17, 18, 34, 35) therethrough for passage of damping fluid, wherein the hole includes a counterbore (18, 35), and wherein said counterbore (18, 35) receives the inner end of the piston rod or a part connected thereto with a gap therebetween, with said gap defining a pathway for said passage of damping fluid, wherein the collar is spaced apart axially from the inner end of the piston rod, characterised in that the cross sectional area of the reaction surface is at least twice as great as the cross-sectional area of the piston rod, and in that the piston (14, 30) is made of plastics material and the collar is made of metal.
An image processing method of performing an image restoration processing of an image captured by an image pickup optical system, comprising the steps of: reconstructing a plurality of image pixel position dependent optical transfer functions using coefficient data depending on an image pickup condition of the image in a frequency space (S14, S24), each of said plurality of optical transfer functions being arrayed at a different distance from a center of the image or from an optical axis of the image pickup optical system; expanding the plurality of optical transfer functions by rotating the optical transfer functions around the center of the image or around the optical axis of the image pickup optical system (S15, S25); generating a plurality of image restoration filters using the expanded plurality of optical transfer functions (S16, S27); and performing the image restoration processing of the image using the image restoration filters (S17, S28). reconstructing a plurality of image pixel position dependent optical transfer functions using coefficient data depending on an image pickup condition of the image in a frequency space (S14, S24), each of said plurality of optical transfer functions being arrayed at a different distance from a center of the image or from an optical axis of the image pickup optical system; expanding the plurality of optical transfer functions by rotating the optical transfer functions around the center of the image or around the optical axis of the image pickup optical system (S15, S25); generating a plurality of image restoration filters using the expanded plurality of optical transfer functions (S16, S27); and performing the image restoration processing of the image using the image restoration filters (S17, S28).
A bipolar electrode for radio frequency ablation, the electrode comprising: a cylindrical body provided with first and second coupling grooves (1a, 1b) formed on an outer circumferential surface of the cylindrical body; an active electrode body inserted in the first coupling groove of the cylindrical body and connected to a first terminal of a radiofrequency generator; and a passive electrode body inserted in the second coupling groove of the cylindrical body and connected to a second terminal of the radiofrequency generator wherein the first and second coupling grooves (1a, 1b) are formed on an outer circumferential surface of the cylindrical body in a screw thread shape and spaced apart from each other at a predetermined interval, the active electrode body being wound on the first coupling groove a plurality of times and the passive electrode body being wound on the second coupling groove a plurality of times, or wherein the first and second coupling grooves (1a, 1b) are formed by extending in a lengthwise direction of the cylindrical body, wherein the cylindrical body is made of an insulating material and characterised in that the cylindrical body is provided with a cooling water circulation channel in which cooling water supplied from a cooling pipe circulates, the cooling water circulation channel including a cylindrical inflow channel into which cooling water supplied from the cooling pipe flows, and a cylindrical outflow channel (1c") provided outside the inflow channel and discharging the cooling water flowing in from the inflow channel to the cooling pipe. a cylindrical body provided with first and second coupling grooves (1a, 1b) formed on an outer circumferential surface of the cylindrical body; an active electrode body inserted in the first coupling groove of the cylindrical body and connected to a first terminal of a radiofrequency generator; and a passive electrode body inserted in the second coupling groove of the cylindrical body and connected to a second terminal of the radiofrequency generator wherein the first and second coupling grooves (1a, 1b) are formed on an outer circumferential surface of the cylindrical body in a screw thread shape and spaced apart from each other at a predetermined interval, the active electrode body being wound on the first coupling groove a plurality of times and the passive electrode body being wound on the second coupling groove a plurality of times, or wherein the first and second coupling grooves (1a, 1b) are formed by extending in a lengthwise direction of the cylindrical body, wherein the cylindrical body is made of an insulating material and characterised in that the cylindrical body is provided with a cooling water circulation channel in which cooling water supplied from a cooling pipe circulates, the cooling water circulation channel including a cylindrical inflow channel into which cooling water supplied from the cooling pipe flows, and a cylindrical outflow channel (1c") provided outside the inflow channel and discharging the cooling water flowing in from the inflow channel to the cooling pipe.
A method, performed by a wireless base station, for transmitting data over a wireless network using white spaces, the method comprising: determining a first white space transmission channel for communicating with a first mobile client device and a second mobile client device; communicating with the first mobile client device and the second mobile client device on the first white space transmission channel; determining a second white space transmission channel, different from the first white space transmission channel, for communicating with the second mobile client device when the first white space transmission channel becomes unavailable to the second mobile client device because of the presence of a primary user on the first white space transmission channel, the second mobile client device being affected by the presence of the primary user on the first white space transmission channel and the first mobile client device being unaffected by the presence of the primary user on the first white space transmission channel; communicating with the second mobile client device on the second white space transmission channel while continuing to communicate with the first mobile client device on the first white space transmission channel; the method further comprising assigning the first white space transmission channel to be a Very High Frequency, VHF, channel when the first mobile client device is in motion. determining a first white space transmission channel for communicating with a first mobile client device and a second mobile client device; communicating with the first mobile client device and the second mobile client device on the first white space transmission channel; determining a second white space transmission channel, different from the first white space transmission channel, for communicating with the second mobile client device when the first white space transmission channel becomes unavailable to the second mobile client device because of the presence of a primary user on the first white space transmission channel, the second mobile client device being affected by the presence of the primary user on the first white space transmission channel and the first mobile client device being unaffected by the presence of the primary user on the first white space transmission channel; communicating with the second mobile client device on the second white space transmission channel while continuing to communicate with the first mobile client device on the first white space transmission channel; the method further comprising assigning the first white space transmission channel to be a Very High Frequency, VHF, channel when the first mobile client device is in motion.
A hinge for connecting two sub- flaps (11, 12) of a folding flap, comprising a first and a second articulated part (30, 40), which are connected to one another in an articulated manner, wherein an articulation axis connected to the first articulated part is rotatably mounted in a guide arranged on the second articulated part in a latching position (42.1) and is displaceably guided along a guide region (42.2) of the guide in a non-latched position, and wherein the first articulated part and the second articulated part can be connected to a respective sub-flap (11, 12) via a first mounting element and via a second mounting element respectively, wherein starting from the latching position (42.1), the guiding direction of the guide, changes continuously or discontinuously counter to the direction of rotation of the second articulated part when the hinge moves, characterised in that the change in the guide direction of the guide during a closing movement of the hinge results when the folding flap is closed, and the cross-section of the guide is tapered between the latching position (42.1) and the guide region (42.2).