mhurhangee/ep-ind-claims huggingface dataset:
Sprinkler for a fire-extinguishing system, having a sprinkler body, in which an extinguishing-agent channel is formed, having a spray plate, having a first web and a second web, which extend between the sprinkler body and the spray plate, having a plug, which in a standby state of the sprinkler closes off an outlet of the extinguishing-agent channel, wherein the plug defines a plane which includes a right angle with the extinguishing-agent channel, and having an expulsion element, wherein the expulsion element engages at a first end with the plug and at a second end with a counterbearing, which is formed on the sprinkler body, so as to direct the expulsion movement of the plug by way of a pivoting action, wherein the expulsion element is in the form of a spring element which, in a standby state of the sprinkler, is subjected to load and which is formed from a bent spring wire, wherein the second end of the expulsion element abuts against the counterbearing and has a bent portion which is guided over the counterbearing, wherein the counterbearing is separate from the webs (18, 19) and defines a pivot axis for the pivoting action, wherein the pivot axis includes an angle with the plane of the plug, wherein the counterbearing is arranged on the sprinkler body adjacent to the second web, wherein, between the counterbearing and the first web, there is kept free a region which is available for the expulsion movement of the plug, and wherein, in relation to the axis of the extinguishing-agent channel, the angular position of the second web in the plane of the plug differs by less than 60° from the angular position of the pivot axis in the plane of the plug.
A device for detecting a specific analyte in a liquid sample via enzyme-catalyzed and/or acid-mediated conversion of the analyte to at least one gas, comprising a) at least one fluid line; b) at least one receiving region for receiving a liquid sample; c) i) at least one enzyme region comprising at least one specific enzyme capable of catalyzing the conversion of the analyte to be determined to at least one gas, said at least one enzyme region comprising biological cells and/or cell lysate, said biological cells and/or cell lysate comprising said at least one enzyme capable of catalyzing the conversion of the analyte to be determined to at least one gas; and/or ii) at least one acidification region comprising at least one acid selected from the group consisting of acids solid at room temperature and normal pressure; and d) at least one reaction region for forming gas bubbles, the reaction region comprising or consisting of a chamber fluidically connected to the at least one fluid line and having liquid-tight walls; characterized in that the at least one fluid line is suitable for transporting the liquid sample from the receiving region via the at least one enzyme region and/or the at least one acidification region to the reaction region via capillary forces and/or at least one micropump in the fluid line. a) at least one fluid line; b) at least one receiving region for receiving a liquid sample; c) i) at least one enzyme region comprising at least one specific enzyme capable of catalyzing the conversion of the analyte to be determined to at least one gas, said at least one enzyme region comprising biological cells and/or cell lysate, said biological cells and/or cell lysate comprising said at least one enzyme capable of catalyzing the conversion of the analyte to be determined to at least one gas; and/or ii) at least one acidification region comprising at least one acid selected from the group consisting of acids solid at room temperature and normal pressure; and i) at least one enzyme region comprising at least one specific enzyme capable of catalyzing the conversion of the analyte to be determined to at least one gas, said at least one enzyme region comprising biological cells and/or cell lysate, said biological cells and/or cell lysate comprising said at least one enzyme capable of catalyzing the conversion of the analyte to be determined to at least one gas; and/or ii) at least one acidification region comprising at least one acid selected from the group consisting of acids solid at room temperature and normal pressure; and d) at least one reaction region for forming gas bubbles, the reaction region comprising or consisting of a chamber fluidically connected to the at least one fluid line and having liquid-tight walls; characterized in that the at least one fluid line is suitable for transporting the liquid sample from the receiving region via the at least one enzyme region and/or the at least one acidification region to the reaction region via capillary forces and/or at least one micropump in the fluid line.
A piezoelectric material comprising: a perovskite-type metal oxide represented by Formula: (Na x Ba 1-y)(Nb y Ti 1-y)O 3, where x is 0.83 or more and 0.95 or less, y is 0.85 or more and 0.95 or less, and x/y is 0.95 or more and 1.05 or less; Mn; and Mg, wherein the content of Mn is 0.005 mol or less based on 1 mol of the perovskite-type metal oxide; and the content of Mg is 0.001 mol or more and 0.020 mol or less based on 1 mol of the perovskite-type metal oxide. where x is 0.83 or more and 0.95 or less, y is 0.85 or more and 0.95 or less, and x/y is 0.95 or more and 1.05 or less; Mn; and Mg, wherein the content of Mn is 0.005 mol or less based on 1 mol of the perovskite-type metal oxide; and the content of Mg is 0.001 mol or more and 0.020 mol or less based on 1 mol of the perovskite-type metal oxide.
An apparatus for function monitoring of a safety switching means, which may be used in particular for switching of an actuator, wherein the safety switching means comprises an actuation input and a switching output, the apparatus comprising: an actuation means with a control input, a test input, a feedback input and an actuation output for connection with the actuation input of the safety switching means, wherein, by ease of a signal at the control input, the safety switching means is switched into an operation mode and, by ease of a signal at the test input a function test is initiated; and an analysis means with a monitoring input for connection with the switching output of the safety switching means, a function report output and a feedback output, wherein the actuation means is configured to change a signal at the actuation output in dependency on a signal at the test input and the control input for a function test of the safety switching means, wherein the analysis means is configured to recognize a signal chance at the switching output of the safety switching means, to forward a signal with an information about the change via the feedback output of the analysis means to the feedback input of the actuation means and to provide a signal with an information about the change to the function report output, and wherein the actuation means is further configured, during a function test, to immediately reverse the signal change at the actuation output in the case of obtaining a signal with an information about the change of the signal at the switching output of the safety switching means. an actuation means with a control input, a test input, a feedback input and an actuation output for connection with the actuation input of the safety switching means, wherein, by ease of a signal at the control input, the safety switching means is switched into an operation mode and, by ease of a signal at the test input a function test is initiated; and an analysis means with a monitoring input for connection with the switching output of the safety switching means, a function report output and a feedback output, wherein the actuation means is configured to change a signal at the actuation output in dependency on a signal at the test input and the control input for a function test of the safety switching means, wherein the analysis means is configured to recognize a signal chance at the switching output of the safety switching means, to forward a signal with an information about the change via the feedback output of the analysis means to the feedback input of the actuation means and to provide a signal with an information about the change to the function report output, and wherein the actuation means is further configured, during a function test, to immediately reverse the signal change at the actuation output in the case of obtaining a signal with an information about the change of the signal at the switching output of the safety switching means.
A semiconductor package (100; 100'; 200) mounted with a semiconductor component comprising: - a package upper surface and a package lower surface, and a package front surface and a package back surface, facing each other respectively, wherein the package front surface and the package back surface are adjacent to the package upper surface and the package lower surface respectively, wherein the package upper surface and the package lower surface are disposed so that the thickness of the package decreases from the thickness at the package front surface toward the thickness at the package back surface, - a recess step formed approximately in the center of the package back surface, and - a protrusion (17, 17', 17B) protruding from the bottom surface of the recess step, wherein the top of the protrusion (17, 17', 17B) is fit within the recess step, wherein the thickness of the protrusion (17, 17', 17B) at the package back surface is the same as or smaller than the thickness of the package at the package front surface, characterised in that the protrusion (17, 17', 17B) is extended on at least either the package upper surface or the package lower surface so as to be continuous to the package back surface, and the thickness of the protrusion (17, 17', 17B) at the package back surface is larger than the thickness of the package at the package back surface. - a package upper surface and a package lower surface, and a package front surface and a package back surface, facing each other respectively, wherein the package front surface and the package back surface are adjacent to the package upper surface and the package lower surface respectively, wherein the package upper surface and the package lower surface are disposed so that the thickness of the package decreases from the thickness at the package front surface toward the thickness at the package back surface, - a recess step formed approximately in the center of the package back surface, and - a protrusion (17, 17', 17B) protruding from the bottom surface of the recess step, wherein the top of the protrusion (17, 17', 17B) is fit within the recess step, wherein the thickness of the protrusion (17, 17', 17B) at the package back surface is the same as or smaller than the thickness of the package at the package front surface, characterised in that the protrusion (17, 17', 17B) is extended on at least either the package upper surface or the package lower surface so as to be continuous to the package back surface, and the thickness of the protrusion (17, 17', 17B) at the package back surface is larger than the thickness of the package at the package back surface.
A method in a network node (130A; 140) for supporting reduction of interference from at least one interfering cell (110A-E) in a wireless communications system, in order to assist a user equipment in performing positioning measurements, the method comprising: - receiving, from a user equipment being served by the network node (130A; 140) being a radio network node, information comprising a set of signal quality measurements related to at least one signal of at least one interfering cell (110A-E), or receiving, from another radio network node serving a user equipment, a message comprising information relating to a level of interference of at least one interfering cell (110A-E); - selecting, from said at least one interfering cell (110A-E), a set of most interfering cells; - rating, based on said set of signal quality measurements or on said message, the interfering cells of the selected set by their importance with respect to accuracy of positioning measurements performed by the user equipment; and - determining, for each interfering cell in the set of most interfering cells and based on said rating, a level of reduction of transmission activity of downlink signals, to be executed at a specific time and for a determined duration by a radio network node (130A-E) serving the interfering cell (110A-E). - receiving, from a user equipment being served by the network node (130A; 140) being a radio network node, information comprising a set of signal quality measurements related to at least one signal of at least one interfering cell (110A-E), or receiving, from another radio network node serving a user equipment, a message comprising information relating to a level of interference of at least one interfering cell (110A-E); - selecting, from said at least one interfering cell (110A-E), a set of most interfering cells; - rating, based on said set of signal quality measurements or on said message, the interfering cells of the selected set by their importance with respect to accuracy of positioning measurements performed by the user equipment; and - determining, for each interfering cell in the set of most interfering cells and based on said rating, a level of reduction of transmission activity of downlink signals, to be executed at a specific time and for a determined duration by a radio network node (130A-E) serving the interfering cell (110A-E).
A secondary battery, comprising: an electrode assembly including a first electrode, a second electrode, and a separator interposed between the first and second electrodes (11, 12),; a first lead tab electrically connected to the first electrode; a second lead tab electrically connected to the second electrode; a case configured to accommodate the electrode assembly, the first lead tab and the second lead tab therein, with an opening formed in a top of the case;and a cap plate configured to close the opening of the case; wherein the first electrode, the second electrode, and the separator are wound together to have a jelly-roll shape; and characterized in that the secondary battery comprises a plate-shaped bottom retainer disposed on a bottom in the case, wherein the bottom retainer comprises a plate shaped body portion and a groove shaped non-contact portion, wherein the non-contact portion is formed at a middle region of the body portion in a longitudinal direction of the body portion, wherein the bottom retainer has a smaller width at the non-contact portion than at other parts of the bottom retainer. an electrode assembly including a first electrode, a second electrode, and a separator interposed between the first and second electrodes (11, 12),; a first lead tab electrically connected to the first electrode; a second lead tab electrically connected to the second electrode; a case configured to accommodate the electrode assembly, the first lead tab and the second lead tab therein, with an opening formed in a top of the case;and a cap plate configured to close the opening of the case; wherein the first electrode, the second electrode, and the separator are wound together to have a jelly-roll shape; and characterized in that the secondary battery comprises a plate-shaped bottom retainer disposed on a bottom in the case, wherein the bottom retainer comprises a plate shaped body portion and a groove shaped non-contact portion, wherein the non-contact portion is formed at a middle region of the body portion in a longitudinal direction of the body portion, wherein the bottom retainer has a smaller width at the non-contact portion than at other parts of the bottom retainer.
A plasma excitation device, for use in depositing a film on a substrate from a plasma formed by distributed electron cyclotron resonance, the device comprising a microwave antenna (4,100) having an end from which microwaves are emitted, a magnet (5,110) disposed in the region of the said antenna end and defining therewith an electron cyclotron resonance region in which a plasma can be generated, and a gas entry element having an outlet for a film precursor gas or a plasma gas, wherein said outlet is in the vicinity of said magnet (5,110) and characterised in that the outlet is arranged with a direction of flow of gas introduced from the outlet to direct the flow of gas past the magnet after the gas has left the outlet, towards a film deposition area situated beyond the magnet, as considered from the microwave antenna (4,100).
An under window profile of adjustable width that provides support for the joinery product, especially windows or doors joinery, which under window profile has vertical walls and which on horizontal parts which protrude from the vertical walls can have latches (6,6.1), that during the assembly mesh with latches located on the bottom side of the window frame; and wherein the vertical walls are parallel to each other, and said horizontal parts are equipped with elements limiting the movement of the vertical walls, whereas the space between the walls is filled with a flexible expanding material such that the vertical walls are elastically movable in relation to each other.
Integrated imaging and medical device delivery apparatus comprising; retaining means for retaining a deployable medical device; and an imaging probe lumen defining a navigation pathway through the apparatus, the navigation pathway allowing an imaging probe to be reciprocally axially movable through the apparatus, the apparatus further comprising one or more reference points along the navigation pathway, providing positional information relative to a retained deployable medical device, wherein the imaging probe lumen extends within the apparatus and externally of a deployable medical device when being retained; wherein the apparatus further comprises inner and outer sheaths, the inner sheath for retaining a medical device against deployment and the outer sheath encapsulating the said imaging probe lumen between the inner sheath and the exterior of the apparatus. retaining means for retaining a deployable medical device; and an imaging probe lumen defining a navigation pathway through the apparatus, the navigation pathway allowing an imaging probe to be reciprocally axially movable through the apparatus, the apparatus further comprising one or more reference points along the navigation pathway, providing positional information relative to a retained deployable medical device, wherein the imaging probe lumen extends within the apparatus and externally of a deployable medical device when being retained; wherein the apparatus further comprises inner and outer sheaths, the inner sheath for retaining a medical device against deployment and the outer sheath encapsulating the said imaging probe lumen between the inner sheath and the exterior of the apparatus.
A method of controlling a microscope system comprising an imaging unit configured to image a sample, and a display unit comprising a first display region and a second display region, the method comprising: sequentially displaying, in the first display region, first images sequentially captured by the imaging unit; and displaying, in the second display region, a second image generated based on information extracted from the sequentially captured first images, the method further comprising: sequentially capturing, by the imaging unit, third images to construct a super-resolution image; wherein the second image is a preview image schematically reproducing the super-resolution image. sequentially displaying, in the first display region, first images sequentially captured by the imaging unit; and displaying, in the second display region, a second image generated based on information extracted from the sequentially captured first images, the method further comprising: sequentially capturing, by the imaging unit, third images to construct a super-resolution image; wherein the second image is a preview image schematically reproducing the super-resolution image. sequentially capturing, by the imaging unit, third images to construct a super-resolution image; wherein the second image is a preview image schematically reproducing the super-resolution image.
A transmitter for musical instrument, the transmitter being configured to transmit a sound signal emitted from a musical instrument to an outside using a battery arranged inside a main body of the transmitter, wherein the transmitter for musical instrument has a first mode and a second mode in which power consumption of the battery is smaller than the first mode, and the transmitter for musical instrument comprises a detection part for detecting an acceleration of the main body, a release part for releasing the second mode to transition to the first mode when the detection value of the detection part exceeds a release threshold value in the second mode, and characterised by a release threshold value setting part for setting the release threshold value based on the detection value of the detection part at a time of transition from the first mode to the second mode. the transmitter for musical instrument has a first mode and a second mode in which power consumption of the battery is smaller than the first mode, and the transmitter for musical instrument comprises a detection part for detecting an acceleration of the main body, a release part for releasing the second mode to transition to the first mode when the detection value of the detection part exceeds a release threshold value in the second mode, and characterised by a release threshold value setting part for setting the release threshold value based on the detection value of the detection part at a time of transition from the first mode to the second mode.
A pipe cleaner for applying to a to-be-cleaned pipeline, comprising: a body, the surface of the body being provided with a cleaning portion; wherein the cleaning portion is configured as a conductive structure, when the body moves along the pipeline, the cleaning portion is capable of pushing out dust particles in the pipeline to a tail end of the pipeline, and guiding out static electricity generated by friction with the pipeline; wherein the cleaning portion is a plurality of conductive brushes arranged on the surface of the body; characterized in that an area occupied by the cleaning portion on the surface of the body is 65% to 80% of the surface area of the body; wherein the area occupied by the cleaning portion on the surface of the body is a sum of contact areas between the cleaning portion and the surface of the body. a body, the surface of the body being provided with a cleaning portion; wherein the cleaning portion is configured as a conductive structure, when the body moves along the pipeline, the cleaning portion is capable of pushing out dust particles in the pipeline to a tail end of the pipeline, and guiding out static electricity generated by friction with the pipeline; wherein the cleaning portion is a plurality of conductive brushes arranged on the surface of the body; characterized in that an area occupied by the cleaning portion on the surface of the body is 65% to 80% of the surface area of the body; wherein the area occupied by the cleaning portion on the surface of the body is a sum of contact areas between the cleaning portion and the surface of the body.