mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting DNA having a microsatellite region, comprising: contacting a probe, which does not have a nucleotide sequence complementary to said microsatellite region and hybridizes with nucleotide sequences on both sides of said microsatellite region and does not bind to said microsatellite region, with DNA having the microsatellite region, to form a hybrid of the above-mentioned DNA and the above-mentioned probe, which has a loop structure including said microsatellite region; separating the obtained hybrid based on the difference of molecular weight, molecular structure and/or charge; detecting said hybrid, wherein the number of repetitions of a unit as a standard of iteration in the microsatellite region is 5 to 100. contacting a probe, which does not have a nucleotide sequence complementary to said microsatellite region and hybridizes with nucleotide sequences on both sides of said microsatellite region and does not bind to said microsatellite region, with DNA having the microsatellite region, to form a hybrid of the above-mentioned DNA and the above-mentioned probe, which has a loop structure including said microsatellite region; separating the obtained hybrid based on the difference of molecular weight, molecular structure and/or charge; detecting said hybrid,
Strip seal made of an elastic foam material, - comprising a head portion designed for sealing and a foot portion, adjoining the head portion, for anchoring the strip seal in a retaining groove of a window frame or casement, - wherein the head portion (2; 28) and the foot portion are connected to one another via a spine, with the result that the strip seal has a closed cross section, and - the head portion (2; 28) is designed to make contact with the casement side of the window, - a strip made of a harder material than the foam material surrounding the strip is formed within the cross section of the strip seal, wherein the strip, as seen in the cross section of the strip seal, has the appearance of a web and is tilted away from the head portion (2; 28) at the end of the web that is opposite the foot portion, and - the cross section is completely filled with the surrounding foam material at least underneath a web top edge on that side of the web that faces the head portion (2; 28), characterized in that, when the strip seal is deflected around a corner in such a way that the head portion (2; 28) lies on the outer radius, the strip tilts towards the head portion (2; 28) in the corner region and the strip is tilted away from the head region (2; 28) by a tilting angle (α) between 2° and 45° with respect to a perpendicular extending parallel to a depth direction along which the foot portion extends. - comprising a head portion designed for sealing and a foot portion, adjoining the head portion, for anchoring the strip seal in a retaining groove of a window frame or casement, - wherein the head portion (2; 28) and the foot portion are connected to one another via a spine, with the result that the strip seal has a closed cross section, and - the head portion (2; 28) is designed to make contact with the casement side of the window, - a strip made of a harder material than the foam material surrounding the strip is formed within the cross section of the strip seal, wherein the strip, as seen in the cross section of the strip seal, has the appearance of a web and is tilted away from the head portion (2; 28) at the end of the web that is opposite the foot portion, and - the cross section is completely filled with the surrounding foam material at least underneath a web top edge on that side of the web that faces the head portion (2; 28),
A harvesting device with an agricultural harvesting machine discharging harvested material with a transfer device swivellable by a swivel angle (φ soll) for transferring the harvested material, wherein a target swivel angle (φ soll) for discharging the harvested material (φ soll) can be set, and a transport vehicle receiving the harvested material, wherein the harvested material discharged by the agricultural harvesting machine impacts the transport vehicle at a settable impact point (38,40), characterized in that in the case of a deflection, deviating from the target swivel angle (φ soll), of the transfer device a return of the transfer device to the target swivel angle (φ soll) can be regulated by means of a change in the speed (V E) of the agricultural harvesting machine and/or in the speed (V T) of the transport vehicle, wherein the position of the impact point (38,40) remains substantially unchanged and wherein at least one evaluation and control device is provided for controlling the transfer device and the speed (V E) of the harvesting machine and/or the speed (V T) of the transport vehicle, wherein the speed (V E) of the harvesting machine and/or the speed (V T) of the transport vehicle can be controlled by the at least one evaluation and control device depending on the deflection of the transfer device and in that a sensor device is provided for determining the swivel angle (φ) and/or the deflection of the transfer device, and in that the impact point (38,40) of the harvested material can be set automatically.
A pharmaceutical capsule composition comprising fingolimod or its pharmaceutically acceptable salts thereof, cellulose derivatives excipient, a binder and at least one pharmaceutically acceptable excipient; wherein said binder is polyethylene glycol 6000 P.
A method of stitching printed products using a stitching machine, which has at least one stitching head travelling along with a printed product conveyed in a product feed direction and at least one travelling bending device, said method comprising the following steps: • positioning the bending device in a first position corresponding to the thickness of the printed products to be stitched, said first position being at a distance from the stitching head in a direction perpendicular to the product feed direction and, • inserting a printed product in product feed direction between the stitching head and the bending device, • securing the inserted printed product by moving the stitching head perpendicular to the product feed direction so that it draws close to the bending device, • driving a wire stitch into the secured printed product by means of the stitching head, • closing the driven-in wire stitch by a closing movement of the bending device, • releasing the stitched printed product after closing of the wire stitch, characterized in that • before inserting the printed product to be stitched, its thickness is determined, the determined value is compared with a given threshold value and, if this threshold value is exceeded, the bending device is brought into a predetermined second position which is further away than the first position from the stitching head in the direction perpendicular to the product feed direction, • after insertion of the printed product, the bending device is moved perpendicular to the product feed direction back into the first position, • and in that the bending device remains in the first position if the predetermined threshold value is not exceeded. • positioning the bending device in a first position corresponding to the thickness of the printed products to be stitched, said first position being at a distance from the stitching head in a direction perpendicular to the product feed direction and, • inserting a printed product in product feed direction between the stitching head and the bending device, • securing the inserted printed product by moving the stitching head perpendicular to the product feed direction so that it draws close to the bending device, • driving a wire stitch into the secured printed product by means of the stitching head, • closing the driven-in wire stitch by a closing movement of the bending device, • releasing the stitched printed product after closing of the wire stitch, • before inserting the printed product to be stitched, its thickness is determined, the determined value is compared with a given threshold value and, if this threshold value is exceeded, the bending device is brought into a predetermined second position which is further away than the first position from the stitching head in the direction perpendicular to the product feed direction, • after insertion of the printed product, the bending device is moved perpendicular to the product feed direction back into the first position, • and in that the bending device remains in the first position if the predetermined threshold value is not exceeded.
Adjusting means for adjusting the position of a first part, more specifically a viewing means holder part for a viewing means, relative to a second part, more specifically a base part, comprising at least one adjusting element via which the first part can be moved relative to the second part, wherein the adjusting element has at least a first toothed ring segment and at least one second toothed ring segment, wherein the second toothed ring segment is force-coupled to at least one actuator, more specifically an adjustment drive, in such a way that the first part can be moved relative to the second part by means of the adjustment drive, characterised in that the first toothed ring segment of the adjustment element is force-coupled to at least one sensor, more specifically a position sensor, wherein the first toothed ring segment is force-coupled to a first pinion, wherein this pinion drives the position sensor, in which, via the applied movement, a sensor signal is initiated, by means of which a position detection of the first part relative to the second part is made possible. the adjusting element has at least a first toothed ring segment and at least one second toothed ring segment, wherein the second toothed ring segment is force-coupled to at least one actuator, more specifically an adjustment drive, in such a way that the first part can be moved relative to the second part by means of the adjustment drive, characterised in that the first toothed ring segment of the adjustment element is force-coupled to at least one sensor, more specifically a position sensor, wherein the first toothed ring segment is force-coupled to a first pinion, wherein this pinion drives the position sensor, in which, via the applied movement, a sensor signal is initiated, by means of which a position detection of the first part relative to the second part is made possible.
Method for preparing data for loading from a first data processing device (2, 6) into a second data processing device via a first data connection (4, 7), in which - in at least one packetizing step (5.5; 105.5) a plurality of transmission data packets which are ready for transmission are generated from the first data which is to be loaded into the second data processing device, wherein - in a determination step (5.4; 105.4) preceding the packetizing step (5.5; 105.5), at least one first load parameter is determined which influences the total load time up to complete loading of the first data into the second data processing device and - the transmission data packets are generated in the at least one packetizing step (5.5; 105.5) as a function of the first load parameter, characterised in that - a load parameter of the second data processing device is determined as the first load parameter. - in at least one packetizing step (5.5; 105.5) a plurality of transmission data packets which are ready for transmission are generated from the first data which is to be loaded into the second data processing device, wherein - in a determination step (5.4; 105.4) preceding the packetizing step (5.5; 105.5), at least one first load parameter is determined which influences the total load time up to complete loading of the first data into the second data processing device and - the transmission data packets are generated in the at least one packetizing step (5.5; 105.5) as a function of the first load parameter, - a load parameter of the second data processing device is determined as the first load parameter.
A neural interface array, comprising: an optical waveguide having one or more optical apertures; a thin film electrode array associated with the optical waveguide, the thin film electrode array comprising a plurality of electrodes, one or more optical ports and one or more fluidic ports; and a fluid delivery channel attached to at least one of the optical waveguide and the thin film electrode array having one or more fluidic apertures; wherein the optical waveguide, the fluid delivery channel, and the thin film electrode array are combined such that the one or more optical apertures are optically coupled with the one or more optical ports, and the one or more fluidic apertures are fluidically coupled with the one or more fluidic ports. an optical waveguide having one or more optical apertures; a thin film electrode array associated with the optical waveguide, the thin film electrode array comprising a plurality of electrodes, one or more optical ports and one or more fluidic ports; and a fluid delivery channel attached to at least one of the optical waveguide and the thin film electrode array having one or more fluidic apertures; wherein the optical waveguide, the fluid delivery channel, and the thin film electrode array are combined such that the one or more optical apertures are optically coupled with the one or more optical ports, and the one or more fluidic apertures are fluidically coupled with the one or more fluidic ports.
A substrate for use in an electronic skin, said substrate comprising: a base polymer layer; a first intermediate polymer layer attached to the base polymer layer by a first adhesive layer, the first intermediate polymer layer comprising a first intermediate polymer in which electron-rich groups are linked directly to one another or by an optionally substituted C 1-4 alkanediyl groups; and a first conductive layer attached to the first intermediate polymer layer by a second adhesive layer or by multiple second adhesive layers between which a second intermediate polymer layer or a second conductive layer is disposed; wherein nanowires are present on the first conductive layer. a base polymer layer; a first intermediate polymer layer attached to the base polymer layer by a first adhesive layer, the first intermediate polymer layer comprising a first intermediate polymer in which electron-rich groups are linked directly to one another or by an optionally substituted C 1-4 alkanediyl groups; and a first conductive layer attached to the first intermediate polymer layer by a second adhesive layer or by multiple second adhesive layers between which a second intermediate polymer layer or a second conductive layer is disposed;
A composition comprising beta-hydroxy-beta-methylbutyric acid or its salts for use in the prevention or treatment of a chronic inflammatory disease or a disease selected from the group consisting of cancer, human immunodeficiency virus/acquired immodeficiency syndrome (HIV/AIDS), arthritis, trauma, liver disease, Crohn's disease, inflammatory bowel diseases, renal insufficiency and chronic obstructive pulmonary disease (COPD) in a patient by downregulating the expression and/or activity of components selected from the group consisting of protein kinase C, nuclear factor kappa-B, ubiquitin-conjugating enzymes and components of 26S proteasome.
Tempering device for dermal application, having: a skin contact surface; at least one Peltier element which is connected to the skin contact surface and has two parallel insulation plates (24, 25) spaced apart from one another, between which doped semi-conductor elements are inserted, through which electric current can be conducted; and a temperature sensor, which is integrated in a recess of the Peltier element between the insulation plates (24, 25) and is connected to a temperature measuring circuit outside of the Peltier element, and which has a printed circuit board and a negative temperature coefficient sensor, NTC sensor, fitted to one side of the printed circuit board, characterised in that the temperature sensor further has a clasp spring device, which is attached to one side of the printed circuit board facing away from the NTC sensor. a skin contact surface; at least one Peltier element which is connected to the skin contact surface and has two parallel insulation plates (24, 25) spaced apart from one another, between which doped semi-conductor elements are inserted, through which electric current can be conducted; and a temperature sensor, which is integrated in a recess of the Peltier element between the insulation plates (24, 25) and is connected to a temperature measuring circuit outside of the Peltier element, and which has a printed circuit board and a negative temperature coefficient sensor, NTC sensor, fitted to one side of the printed circuit board, characterised in that the temperature sensor further has a clasp spring device, which is attached to one side of the printed circuit board facing away from the NTC sensor.
A battery pack, comprising: a plurality of batteries; and a case including a case body that houses the plurality of batteries and a case lid that closes an opening of the case body, wherein the case is configured to satisfy that when an internal pressure in the case increases due to generation of gas, the case body and the case lid are relatively displaced in directions away from each other, and a gas exhaust opening is formed in a state that a coupling between the case body and the case lid is maintained characterized in that one of the case body and the case lid includes an extension portion to be inserted into an other one of the case body and the case lid, and the extension part includes a plurality of exhaust holes, and is exposed to an outside of the case when the case body and the case lid are relatively displaced in directions away from each other. a plurality of batteries; and a case including a case body that houses the plurality of batteries and a case lid that closes an opening of the case body, wherein the case is configured to satisfy that when an internal pressure in the case increases due to generation of gas, the case body and the case lid are relatively displaced in directions away from each other, and a gas exhaust opening is formed in a state that a coupling between the case body and the case lid is maintained characterized in that one of the case body and the case lid includes an extension portion to be inserted into an other one of the case body and the case lid, and the extension part includes a plurality of exhaust holes, and is exposed to an outside of the case when the case body and the case lid are relatively displaced in directions away from each other.
A method for forming a plurality of divided droplets, comprising: providing a plurality of droplets, each droplet comprising a first fluid surrounded by a second fluid, wherein different droplets containing various species are used; and passing at least some of the droplets through a microfluidic channel and using flow-focusing such that each of the droplets passing through the microfluidic channel are divided to form a plurality of smaller droplets, wherein the resulting collection comprises a plurality of groups of divided droplets, where the divided droplets within each group are substantially indistinguishable but each group of divided droplets is distinguishable from the other groups of divided droplets. providing a plurality of droplets, each droplet comprising a first fluid surrounded by a second fluid, wherein different droplets containing various species are used; and passing at least some of the droplets through a microfluidic channel and using flow-focusing such that each of the droplets passing through the microfluidic channel are divided to form a plurality of smaller droplets, wherein the resulting collection comprises a plurality of groups of divided droplets, where the divided droplets within each group are substantially indistinguishable but each group of divided droplets is distinguishable from the other groups of divided droplets.
An intelligent toilet control system, comprising: an intelligent toilet including a spraying rod configured to be stretched or extended out to spray water; and an intelligent toilet remote controller, comprising: a remote controller body; and a processor accommodated in the remote controller body and configured to be communicatively connected with the intelligent toilet, wherein the remote controller body comprises a cleaning timing display, wherein the cleaning timing display is communicatively connected with the processor, and wherein a host of the intelligent toilet is configured to be communicatively connected with the processor of the intelligent toilet remote controller; wherein a user operates the intelligent toilet remote controller to send a cleaning command, and after the intelligent toilet receives the cleaning command, the spraying rod is stretched or extended out to spray water; wherein when water is sprayed out of the spraying rod, the intelligent toilet is configured to send a response back to the intelligent toilet remote controller, and the intelligent toilet remote controller is configured to start to count a cleaning time; wherein the processor of the intelligent toilet remote controller is configured to control the cleaning timing display to display the cleaning time; wherein the counting of the cleaning time is stopped when a predetermined condition is satisfied and the processor of the intelligent toilet remote controller is configured to control the cleaning timing display to stop displaying the cleaning time when the predetermined condition is satisfied. an intelligent toilet including a spraying rod configured to be stretched or extended out to spray water; and an intelligent toilet remote controller, comprising: a remote controller body; and a processor accommodated in the remote controller body and configured to be communicatively connected with the intelligent toilet, wherein the remote controller body comprises a cleaning timing display, wherein the cleaning timing display is communicatively connected with the processor, and wherein a host of the intelligent toilet is configured to be communicatively connected with the processor of the intelligent toilet remote controller; wherein a user operates the intelligent toilet remote controller to send a cleaning command, and after the intelligent toilet receives the cleaning command, the spraying rod is stretched or extended out to spray water; wherein when water is sprayed out of the spraying rod, the intelligent toilet is configured to send a response back to the intelligent toilet remote controller, and the intelligent toilet remote controller is configured to start to count a cleaning time; wherein the processor of the intelligent toilet remote controller is configured to control the cleaning timing display to display the cleaning time; wherein the counting of the cleaning time is stopped when a predetermined condition is satisfied and the processor of the intelligent toilet remote controller is configured to control the cleaning timing display to stop displaying the cleaning time when the predetermined condition is satisfied.