mhurhangee/patent-ind-claim-en huggingface dataset:
Device holder , preferably for a monitor to be held, with - a base part for arrangement on a reference object , - a coupling part for coupling a device to be held, - a joint arrangement coupling the base part and the coupling part , which comprises at least one height-adjustable first member , a first pivot bearing , in which the first member is mounted rotatably about a pivot bearing axis (D1), and a stroke mechanism (HM), which causes a stroke (h) parallel to the pivot bearing axis (D1) during a rotary movement of the first member about the pivot bearing axis (D1) in a predetermined angular range of the first pivot bearing , at least when the first member is located in a safety range around a potential collision range (K). - a base part for arrangement on a reference object , - a coupling part for coupling a device to be held, - a joint arrangement coupling the base part and the coupling part , which comprises at least one height-adjustable first member , a first pivot bearing , in which the first member is mounted rotatably about a pivot bearing axis (D1), and a stroke mechanism (HM), which causes a stroke (h) parallel to the pivot bearing axis (D1) during a rotary movement of the first member about the pivot bearing axis (D1) in a predetermined angular range of the first pivot bearing , at least when the first member is located in a safety range around a potential collision range (K).
A method to measure exposure to streaming media, the method comprising: accessing, with a browser of a client device, a website including a monitoring instruction, the monitoring instruction integrated into the website, the monitoring instruction to cause the transmission of a first request by the client device; extracting, with a processor of the client device, data from a first field of an ID3 tag, the ID3 tag located in streaming media accessed by the browser of the client device via the website; processing, with the processor, the data from the first field of the ID3 tag to generate the first request directed to a first internet domain, the location of the first internet domain identified based on the data, the first request including a media identifier from a second field of the ID3 tag, the second field of the ID3 tag separate from the first field of the ID3 tag, the media identifier identifying the streaming media; sending, in response to detection of the ID3 tag, the first request from the client device to the first internet domain; receiving a redirection message from the first internet domain; and sending, in response to the redirection message, a second request to a second internet domain specified by the redirection message, the second internet domain different from the first internet domain, the second request including the media identifier and a cookie, the cookie identifying at least one of a user of the client device or the client device. accessing, with a browser of a client device, a website including a monitoring instruction, the monitoring instruction integrated into the website, the monitoring instruction to cause the transmission of a first request by the client device; extracting, with a processor of the client device, data from a first field of an ID3 tag, the ID3 tag located in streaming media accessed by the browser of the client device via the website; processing, with the processor, the data from the first field of the ID3 tag to generate the first request directed to a first internet domain, the location of the first internet domain identified based on the data, the first request including a media identifier from a second field of the ID3 tag, the second field of the ID3 tag separate from the first field of the ID3 tag, the media identifier identifying the streaming media; sending, in response to detection of the ID3 tag, the first request from the client device to the first internet domain; receiving a redirection message from the first internet domain; and sending, in response to the redirection message, a second request to a second internet domain specified by the redirection message, the second internet domain different from the first internet domain, the second request including the media identifier and a cookie, the cookie identifying at least one of a user of the client device or the client device.
A metallocene-supported catalyst comprising: a metallocene compound represented by the following Chemical Formula 1, and a support. wherein, in Chemical Formula 1, n is an integer from 4 to 10, R 1 and R 2 are the same as or different from each other, and each independently, an aryl having 6 to 20 carbon atoms or an aryl having 6 to 20 carbon atoms substituted with an alkyl having 1 to 20 carbon atoms; R 3 is an alkyl group having 1 to 20 carbon atoms; R 4 is a tertiary amine having an alkyl group having 1 to 10 carbon atoms; A is carbon, silicon or germanium; and each X is the same as or different from each other, and each independently, a halogen or an alkyl group having 1 to 20 carbon atoms. a metallocene compound represented by the following Chemical Formula 1, and a support. wherein, in Chemical Formula 1, n is an integer from 4 to 10, R 1 and R 2 are the same as or different from each other, and each independently, an aryl having 6 to 20 carbon atoms or an aryl having 6 to 20 carbon atoms substituted with an alkyl having 1 to 20 carbon atoms; R 3 is an alkyl group having 1 to 20 carbon atoms; R 4 is a tertiary amine having an alkyl group having 1 to 10 carbon atoms; A is carbon, silicon or germanium; and each X is the same as or different from each other, and each independently, a halogen or an alkyl group having 1 to 20 carbon atoms. n is an integer from 4 to 10, R 1 and R 2 are the same as or different from each other, and each independently, an aryl having 6 to 20 carbon atoms or an aryl having 6 to 20 carbon atoms substituted with an alkyl having 1 to 20 carbon atoms; R 3 is an alkyl group having 1 to 20 carbon atoms; R 4 is a tertiary amine having an alkyl group having 1 to 10 carbon atoms; A is carbon, silicon or germanium; and each X is the same as or different from each other, and each independently, a halogen or an alkyl group having 1 to 20 carbon atoms.
An apparatus suitable for abatement of vapors for a washing machine of the type comprising at least one washing chamber , to which vapor aspiration means are connected, and further comprising washing means and rinsing means configured to distribute a washing fluid and a rinsing fluid, respectively, the apparatus comprising a hydraulic circuit comprising heat exchange means configured to transfer heat from said vapors to a working fluid, and an outflow line adapted to discharge said working fluid to said rinsing means , wherein said rinsing means comprise a basin provided with heating means commonly called boiler, said hydraulic circuit being adapted to recirculate said working fluid between said heat exchange means and said outflow line by means of means for moving said fluid comprising a centrifugal pump; said hydraulic circuit further comprising at least one connection point to the water mains for letting water from the mains into said circuit and accumulation means of said working fluid disposed downstream of said heat exchange means with respect to the advancing direction of said working fluid in said hydraulic circuit , characterized in that said hydraulic circuit further comprises first on-off means of said working fluid disposed downstream of said accumulation means with respect to the advancing direction of said working fluid in said hydraulic circuit and second on-off means arranged along said outflow line , so that with said first on-off means open and said second on-off means closed said working fluid is circulated in said hydraulic circuit , whilst with said first on-off means closed and said second on-off means open said working fluid is delivered to said outflow line , and in that said accumulation means of said working fluid comprise at least one cylindrical container dimensioned to avoid the mixing phenomenon of the working fluid when said second on-off means are opened and the mains water enters into said hydraulic circuit and causes the outflow of said working fluid to said outflow line .
A device for surface finishing of parts, comprising - an annular container configured to receive a plurality of working media and at least one part to be treated, said container having a center axis (A) and a bottom surface ; - vibratory means associated with said container for causing said container to oscillate, said vibratory means being configured to cause said part to circulate in said container along a feeding path (P); - at least one projection placed on said bottom surface and having a crest extending along a respective radial direction (R), an ascending lateral surface extending from the bottom surface up to said crest and a descending lateral surface extending from the crest to the bottom surface ; characterized in comprising a plurality of said projections , said projections being configured to change the spatial orientation of said part as it moves on said projections . - an annular container configured to receive a plurality of working media and at least one part to be treated, said container having a center axis (A) and a bottom surface ; - vibratory means associated with said container for causing said container to oscillate, said vibratory means being configured to cause said part to circulate in said container along a feeding path (P); - at least one projection placed on said bottom surface and having a crest extending along a respective radial direction (R), an ascending lateral surface extending from the bottom surface up to said crest and a descending lateral surface extending from the crest to the bottom surface ;
Multi-mirror array for an illumination optical unit of a projection exposure apparatus for microlithography comprising 1.1 a multiplicity of displaceable mirror elements having reflection areas , 1.2 a multiplicity of actuators for displacing the mirror elements , and 1.3 a multiplicity of passive electrical damping means for damping disturbances of the displacement positions of the mirror elements , 1.4 wherein the actuators have for displacing one of the mirror elements in each case at least one actuator electrode , to which an actuation signal can be applied by means of a signal line , 1.5 wherein the damping means for damping disturbances of the displacement positions of the mirror elements are arranged in each case in a manner connected in series with one of the actuator electrodes , 1.6 characterized in that the damping means comprise at least one means selected from the group of antiparallel-connected diodes, switched capacitor structures and transistor circuits. 1.1 a multiplicity of displaceable mirror elements having reflection areas , 1.2 a multiplicity of actuators for displacing the mirror elements , and 1.3 a multiplicity of passive electrical damping means for damping disturbances of the displacement positions of the mirror elements , 1.4 wherein the actuators have for displacing one of the mirror elements in each case at least one actuator electrode , to which an actuation signal can be applied by means of a signal line , 1.5 wherein the damping means for damping disturbances of the displacement positions of the mirror elements are arranged in each case in a manner connected in series with one of the actuator electrodes , 1.6 characterized in that the damping means comprise at least one means selected from the group of antiparallel-connected diodes, switched capacitor structures and transistor circuits.
A large scale automated test system comprising: a relay board ; a first connector on the relay board ; a second connector on the relay board ; a third connector on the relay board ; a fourth connector on the relay board ; a fifth connector on the relay board ; a sixth connector on the relay board ; and, a bank switching apparatus on the relay board, the bank switching apparatus being operable to switch to a first switched state or a second switched state, wherein with the first connector communicating with a first electrical component , with the second connector communicating with the first electrical component , with the third connector communicating with a test article (TA, 16), with the fourth connector communicating with the test article, with the fifth connector communicating with a second electrical component and with the sixth connector communicating with the second electrical component , switching the bank switching apparatus to the first switched state communicates the first electrical component with the test article (TA, 16) and prevents communication of the second electrical component with the test article (TA, 16), and switching the bank switching apparatus to the second switched state communicates the second electrical component with the test article (TA, 16) and prevents communication of the first electrical component with the test article (TA, 16). a relay board ; a first connector on the relay board ; a second connector on the relay board ; a third connector on the relay board ; a fourth connector on the relay board ; a fifth connector on the relay board ; a sixth connector on the relay board ; and, a bank switching apparatus on the relay board, the bank switching apparatus being operable to switch to a first switched state or a second switched state, wherein with the first connector communicating with a first electrical component , with the second connector communicating with the first electrical component , with the third connector communicating with a test article (TA, 16), with the fourth connector communicating with the test article, with the fifth connector communicating with a second electrical component and with the sixth connector communicating with the second electrical component , switching the bank switching apparatus to the first switched state communicates the first electrical component with the test article (TA, 16) and prevents communication of the second electrical component with the test article (TA, 16), and switching the bank switching apparatus to the second switched state communicates the second electrical component with the test article (TA, 16) and prevents communication of the first electrical component with the test article (TA, 16).
An apparatus for maintaining trivalent chromium plating bath efficiency, the apparatus comprising: an aqueous electroplating bath that includes trivalent chromium ions and a sulfur compound selected from sulfurous acid, sulfite, disulfurous acid disulfite, organic or inorganic compounds containing a -SH (mercapto group), -S- (thioether group), >C=S (thioaldehyde group, thioketone group), -COSH (thiocarboxy group), - CSSH (dithiocarboxy group), -CSNH 2 (thioamide group), -SSO 3 (thiosulfate) and - SCN (thiocyanate group); and wherein the apparatus further includes a cathode workpiece in the bath and an anode contacting the bath , a UV treatment assembly including an ultraviolet (UV) radiation source that provides UV radiation to the bath effective to inhibit a reduction in plating efficiency of the bath during electroplating the workpiece , wherein the UV treatment assembly is in fluid communication with a filter , which can remove impurities in the bath , as well as a pump , which can provide constant, continuous, or intermittent flow or circulation of the electroplating bath , and the UV radiation is provided at a wavelength of 300 nm to 100 nm. an aqueous electroplating bath that includes trivalent chromium ions and a sulfur compound selected from sulfurous acid, sulfite, disulfurous acid disulfite, organic or inorganic compounds containing a -SH (mercapto group), -S- (thioether group), >C=S (thioaldehyde group, thioketone group), -COSH (thiocarboxy group), - CSSH (dithiocarboxy group), -CSNH 2 (thioamide group), -SSO 3 (thiosulfate) and - SCN (thiocyanate group); and wherein the apparatus further includes a cathode workpiece in the bath and an anode contacting the bath , a UV treatment assembly including an ultraviolet (UV) radiation source that provides UV radiation to the bath effective to inhibit a reduction in plating efficiency of the bath during electroplating the workpiece , wherein the UV treatment assembly is in fluid communication with a filter , which can remove impurities in the bath , as well as a pump , which can provide constant, continuous, or intermittent flow or circulation of the electroplating bath , and the UV radiation is provided at a wavelength of 300 nm to 100 nm.
A radiation curable composition comprising a hydroxyl functional urethane (meth)acrylate compound (A) having an hydroxyl value between 10 and 80 mg KOH/g and which is the reaction product of a hydroxyl functional (meth)acrylate compound (A1) obtained from the reaction a or b: a. at least one diepoxy functional compound (A11a) with a (meth)acrylate compound (A11b) comprising at least one (meth)acrylate group and one carboxylic acid functional group or b. a carboxylic acid functional compound (A12a) comprising two carboxylic acid groups with an epoxy (meth)acrylate compound (A12b) comprising one glycidyl group and at least one (meth)acrylate group, with a diisocyanate functional compound (A3), and optionally a compound (A2) different of compound (A1) comprising two hydroxyl groups. a. at least one diepoxy functional compound (A11a) with a (meth)acrylate compound (A11b) comprising at least one (meth)acrylate group and one carboxylic acid functional group or b. a carboxylic acid functional compound (A12a) comprising two carboxylic acid groups with an epoxy (meth)acrylate compound (A12b) comprising one glycidyl group and at least one (meth)acrylate group, with a diisocyanate functional compound (A3), and optionally a compound (A2) different of compound (A1) comprising two hydroxyl groups.
A container-closure system comprising: a container that comprises a screw threads , and one or more ferromagnetic elements located in the area below the threads of the container; a closure that comprises: a threaded inner cap that has screw threads for mounting to the container , an overshell that has an opened end , and that houses the threaded inner cap , wherein the overshell is able to slide up or down so that the inner cap is closer to or further away from the opened end of the overshell. a spring that tends to bias the overshell upward relative to the inner cap , so that the inner cap is urged closer to the opened end of the overshell, one or more magnets firmly connected to the overshell , that tend to bias the overshell downward relative to the inner cap , and toward the ferromagnetic elements . a container that comprises a screw threads , and one or more ferromagnetic elements located in the area below the threads of the container; a closure that comprises: a threaded inner cap that has screw threads for mounting to the container , an overshell that has an opened end , and that houses the threaded inner cap , wherein the overshell is able to slide up or down so that the inner cap is closer to or further away from the opened end of the overshell. a spring that tends to bias the overshell upward relative to the inner cap , so that the inner cap is urged closer to the opened end of the overshell, one or more magnets firmly connected to the overshell , that tend to bias the overshell downward relative to the inner cap , and toward the ferromagnetic elements . a threaded inner cap that has screw threads for mounting to the container , an overshell that has an opened end , and that houses the threaded inner cap , wherein the overshell is able to slide up or down so that the inner cap is closer to or further away from the opened end of the overshell. a spring that tends to bias the overshell upward relative to the inner cap , so that the inner cap is urged closer to the opened end of the overshell, one or more magnets firmly connected to the overshell , that tend to bias the overshell downward relative to the inner cap , and toward the ferromagnetic elements .
Method for telegram-based data transmission via a fieldbus (FB) used in process automation engineering, wherein information is transmitted from a first user (FG) to a second user (BG) via the fieldbus in the form of data by means of at least a telegram (T), wherein the at least one telegram features a payload data block, which serves to transmit information, and wherein the same information is transmitted in the payload data block (NB) by means of the at least one telegram, preferably exactly one telegram, in a first data format (ND) and in a second data format (SD), wherein the information concerns at least a measured value of a process variable or a parameter of a field device, wherein the data in the first data format are payload data, said payload data being present in the first data format (ND), and wherein said payload data are called from a data memory of the first user (FG) and are transferred to a data link layer (SS), for example a program, which serves to ensure the consistency of the payload data, wherein the data link layer (SS) determines corresponding backup data (SD) from the payload data (ND), wherein said backup data (SD) contain the same information as the payload data (ND), wherein the backup data are transmitted in the second data format (SD), wherein the first data format (ND) differs from the second data format (SD), and wherein the data particularly contained in a payload data block (NB) of the at least one telegram (T), which are available in the first and second data format (ND, SF), are compared with one another by a recipient of the at least one telegram (T).
A spectrometer, comprising: a first base substrate ; a second base substrate opposite to the first base substrate ; a third substrate; a detection channel in which fluid to be investigated is located; a quantum dot light emitting layer on a side of the first base substrate that is facing the second base substrate , the layer including a plurality of quantum dot light emitting units emitting a plurality of different wavelengths; a black matrix on the side of the first base substrate that is facing the second base substrate , and configured to separate the plurality of quantum dot light emitting units emitting a plurality of different wavelengths; and a sensor layer , including a plurality of sensors in one-to-one correspondence with the plurality of quantum dot light emitting units emitting a plurality of different wavelengths; wherein the quantum dot light emitting layer protrudes from a surface of the first base substrate , and protrudes toward the second base substrate , whereby the detection channel in which fluid to be investigated is located is in the second base substrate , the sensor layer including the plurality of sensors is located between the second base substrate and a third base substrate , and the third base substrate is opposite to the second base substrate and located on a side of the second base substrate away from the first base substrate . a first base substrate ; a second base substrate opposite to the first base substrate ; a third substrate; a detection channel in which fluid to be investigated is located; a quantum dot light emitting layer on a side of the first base substrate that is facing the second base substrate , the layer including a plurality of quantum dot light emitting units emitting a plurality of different wavelengths; a black matrix on the side of the first base substrate that is facing the second base substrate , and configured to separate the plurality of quantum dot light emitting units emitting a plurality of different wavelengths; and a sensor layer , including a plurality of sensors in one-to-one correspondence with the plurality of quantum dot light emitting units emitting a plurality of different wavelengths; wherein the quantum dot light emitting layer protrudes from a surface of the first base substrate , and protrudes toward the second base substrate , whereby the detection channel in which fluid to be investigated is located is in the second base substrate , the sensor layer including the plurality of sensors is located between the second base substrate and a third base substrate , and the third base substrate is opposite to the second base substrate and located on a side of the second base substrate away from the first base substrate .