mhurhangee/ep-ind-claims huggingface dataset:
A keyless coupling for a tool shaft and a handpiece of a surgical instrument, comprising a first coupling portion provided at a proximal portion of the tool shaft, a second coupling portion provided at a distal portion of a shaft receptacle of the handpiece, and a locking/unlocking element, characterised in that - the locking/unlocking element is arranged on the tool shaft and forms a latch portion and the shaft receptacle comprises at least one recess provided and adapted to receive the latch portion in a locking position of the two coupling portions (6, 8) so that the latch portion and the recess are in latching engagement with each other and secure the two coupling portions (6, 8) against relative axial movement with respect to each other in the pulling direction and in the circumferential direction, wherein - the locking/unlocking element is preloaded in the locking position by means of a preloading element in a direction radially outward of the tool shaft, wherein the preloading element is a flexible spring, and - the tool shaft has a groove extending substantially in its longitudinal direction, wherein the groove is provided and adapted to receive the locking/unlocking element along its entire length, and - that the locking/unlocking element is arranged at its distal end to be rotatable about a pivot axis in the groove, so that the locking/unlocking element is pivotable out of and into the groove. - the locking/unlocking element is arranged on the tool shaft and forms a latch portion and the shaft receptacle comprises at least one recess provided and adapted to receive the latch portion in a locking position of the two coupling portions (6, 8) so that the latch portion and the recess are in latching engagement with each other and secure the two coupling portions (6, 8) against relative axial movement with respect to each other in the pulling direction and in the circumferential direction, wherein - the locking/unlocking element is preloaded in the locking position by means of a preloading element in a direction radially outward of the tool shaft, wherein the preloading element is a flexible spring, and - the tool shaft has a groove extending substantially in its longitudinal direction, wherein the groove is provided and adapted to receive the locking/unlocking element along its entire length, and - that the locking/unlocking element is arranged at its distal end to be rotatable about a pivot axis in the groove, so that the locking/unlocking element is pivotable out of and into the groove.
Sepiapterin, or a pharmaceutically acceptable salt or co-crystal thereof, for use in a method of treating a subject exposed to radiation, the method comprising administering an effective amount of said sepiapterin, salt, or co-crystal to the subject, wherein: (a) the administering reduces or inhibits tissue and/or organ damage in the subject; (b) the administering reduces or inhibits cardiac and/or lung toxicity in the subject; (c) the administering decreases gastrointestinal, cardiac, and/or lung endothelial cell death in the subject; or (d) the administering reduces radiation-induced inflammation in gastrointestinal, cardiac, and/or lung epithelial cells in the subject. the method comprising administering an effective amount of said sepiapterin, salt, or co-crystal to the subject, wherein: (a) the administering reduces or inhibits tissue and/or organ damage in the subject; (b) the administering reduces or inhibits cardiac and/or lung toxicity in the subject; (c) the administering decreases gastrointestinal, cardiac, and/or lung endothelial cell death in the subject; or (d) the administering reduces radiation-induced inflammation in gastrointestinal, cardiac, and/or lung epithelial cells in the subject. (a) the administering reduces or inhibits tissue and/or organ damage in the subject; (b) the administering reduces or inhibits cardiac and/or lung toxicity in the subject; (c) the administering decreases gastrointestinal, cardiac, and/or lung endothelial cell death in the subject; or (d) the administering reduces radiation-induced inflammation in gastrointestinal, cardiac, and/or lung epithelial cells in the subject.
A method for self-optimized handover of a user equipment, between a first radio access network of a first type of radio access technology and a second radio access network of a second type of radio access technology, wherein the first radio access network comprises a first base station and the second radio access network comprises a second base station, the method comprising • measuring by a user equipment, which is served by the first base station, signals indicative for availability characteristics of the second base station, • transmitting the signals indicative for the availability characteristics of the second base station from the user equipment to the first base station, • generating a map of the coverage of the first radio access network and the second radio access network based on the signals indicative for the availability characteristics of the first base station and the second base station, wherein the map comprises the information about the availability characteristics of the first base station and the second base station for interworking and a blind handover flag for each base station, wherein the blind handover flag is indicative for the availability of the first base station and the second base station, and • self-optimized handover of a user equipment between the first base station and the second base station based on the map of coverage. • measuring by a user equipment, which is served by the first base station, signals indicative for availability characteristics of the second base station, • transmitting the signals indicative for the availability characteristics of the second base station from the user equipment to the first base station, • generating a map of the coverage of the first radio access network and the second radio access network based on the signals indicative for the availability characteristics of the first base station and the second base station, wherein the map comprises the information about the availability characteristics of the first base station and the second base station for interworking and a blind handover flag for each base station, wherein the blind handover flag is indicative for the availability of the first base station and the second base station, and • self-optimized handover of a user equipment between the first base station and the second base station based on the map of coverage.
A microorganism for use in producing at least one free fatty acid and/or fatty acid derivative, wherein the microorganism comprises a recombinant nucleic acid molecule encoding a 4-hydroxybenzoyl-CoA thioesterase, wherein the 4-hydroxybenzoyl-CoA thioesterase has at least 70% amino acid sequence identity to SEQ ID NO:1 or SEQ ID NO:2.
Method for detecting curing in a mineral fibre product, comprising mineral fibres bonded together with a cured or partly cured thermoset binder, wherein the method comprises the step of bringing the mineral fibre product into contact with a liquid mixture comprising a fluorescent compound and detecting the intensity of fluorescence and/or the pattern of fluorescence or absence of fluorescence on one or more surfaces of the mineral fibre product and/or detecting a color change on one or more surfaces of the mineral fibre product.
A method of displaying information from a mobile device, the method comprising: detecting a wireless connection between a mobile device and an external display device; and adjusting an amount of power used by a display of the mobile device based on at least the detection of the wireless connection. detecting a wireless connection between a mobile device and an external display device; and adjusting an amount of power used by a display of the mobile device based on at least the detection of the wireless connection.
A process comprising the steps of: a) heating fresh tea leaves; and b) expressing juice from the fresh tea leaves whilst the temperature of the fresh tea leaves is greater than 40 °C and less than 77 °C, thereby to produce leaf residue and tea juice. a) heating fresh tea leaves; and b) expressing juice from the fresh tea leaves whilst the temperature of the fresh tea leaves is greater than 40 °C and less than 77 °C, thereby to produce leaf residue and tea juice.
A refrigerator, comprising: a main body including a refrigerating compartment; a door (11, 11a) configured to open and close the refrigerating compartment; and an ice-making compartment disposed in the refrigerating compartment, characterised in that: the ice-making compartment includes: an ice-making housing (no) disposed in the refrigerating compartment; an ice maker configured to produce ice; and an ice bucket configured to store the ice produced by the ice maker, wherein the ice-making housing includes an ice bucket mounting hole formed to allow the ice bucket to be introduced or withdrawn; wherein the door (11, 11a) includes a space configured to store food or an article, recessed in a rear surface of the door (11, 11a) and formed at a position corresponding to the ice-making compartment; a sealing member disposed at an outer edge of the space, and a cool air outlet formed between the ice bucket and the ice-making housing, wherein when the door (11, 11a) is closed, the sealing member is configured to surround an outer side of the ice bucket mounting hole to prevent cool air from escaping from the ice-making compartment and the space of the door (11, 11a), and cool air of the ice-making compartment is moved to the space through the cool air outlet so that a temperature of the space is lower than a temperature of the refrigerating compartment. a main body including a refrigerating compartment; a door (11, 11a) configured to open and close the refrigerating compartment; and an ice-making compartment disposed in the refrigerating compartment, characterised in that: the ice-making compartment includes: an ice-making housing (no) disposed in the refrigerating compartment; an ice maker configured to produce ice; and an ice bucket configured to store the ice produced by the ice maker, an ice-making housing (no) disposed in the refrigerating compartment; an ice maker configured to produce ice; and an ice bucket configured to store the ice produced by the ice maker, wherein the ice-making housing includes an ice bucket mounting hole formed to allow the ice bucket to be introduced or withdrawn; wherein the door (11, 11a) includes a space configured to store food or an article, recessed in a rear surface of the door (11, 11a) and formed at a position corresponding to the ice-making compartment; a sealing member disposed at an outer edge of the space, and a cool air outlet formed between the ice bucket and the ice-making housing, wherein when the door (11, 11a) is closed, the sealing member is configured to surround an outer side of the ice bucket mounting hole to prevent cool air from escaping from the ice-making compartment and the space of the door (11, 11a), and cool air of the ice-making compartment is moved to the space through the cool air outlet so that a temperature of the space is lower than a temperature of the refrigerating compartment.
A display device having a plurality of display elements (102; 202; 402; 502; 602; 802), which are arranged movably in order to perform a write procedure, and having means (112, 120; 212; 412; 512, 520, 522, 524; 612; 812; 1046; 1246) for fixing the display elements in their respective positions assumed after the write procedure has been performed, a. characterised in that the means for fixing the display elements are designed to fix the display elements by forming chemical bonds, specifically by polymerisation, or b. characterised in that the means for fixing the display elements are formed on the basis of intermolecular interaction, wherein catcher molecules in the form of oligonucleotides, oligomers and/or heterooligomers are fastened to the display elements, wherein the catcher molecules are a molecule pairing that can form a bond in accordance with the key-and-lock principle, and/or c. characterised in that the means for fixing the display elements are formed on the basis of a hybridisation of at least partially complementary molecules. a. characterised in that the means for fixing the display elements are designed to fix the display elements by forming chemical bonds, specifically by polymerisation, or b. characterised in that the means for fixing the display elements are formed on the basis of intermolecular interaction, wherein catcher molecules in the form of oligonucleotides, oligomers and/or heterooligomers are fastened to the display elements, wherein the catcher molecules are a molecule pairing that can form a bond in accordance with the key-and-lock principle, and/or c. characterised in that the means for fixing the display elements are formed on the basis of a hybridisation of at least partially complementary molecules.
A vehicle occupant restraint system comprising an airbag module, wherein the airbag module is arranged beneath a roof liner of the vehicle in the area of a sun visor, wherein the airbag module includes an airbag and an inflator which upon activation supplies filling gas for the airbag, wherein prior to activation the airbag is folded to form an airbag package so that a main package which includes a restraint part of the airbag constituting a major part of the airbag volume as well as a connecting portion is formed comprising a neck of the airbag which connects the restraint part to the inflator, wherein the restraint part is folded differently from the neck, wherein the folded connecting portion is arranged between the inflator and the main package, so that the inflator, the connecting portion and the main package are located linearly in series in the longitudinal module direction, wherein in the longitudinal direction of the inflator the main package of the airbag package is wider than the connecting portion, wherein the stretched connecting portion has a length of from about 5 cm to 50 cm, especially from 15 cm to 50 cm, and the airbag includes a first free end delimiting the restraint part, wherein prior to activation the first free end is fixed in the area of the inflator via a tether having a weakened zone, and the tether is at least intact at least until the neck is completely filled with gas.
A stainless steel sheet for parts, which consists essentially of: 0.01-0.08 mass % of C, 0.1-2.0 mass % of Si, 3.0 mass % or less of Mn, 10.0-20.0 mass % of Cr, 3.0-12.0 mass % of Ni, 0.02-0.24 mass % of N, as well as 0.5 mass % or less of one or more selected from Nb, Ti, and V, and optionally Ca, Al, REM and B in a total amount of 0.3 mass % or less, Cu 0.4% or less, Mo 0.4% or less, to total mass of the stainless steel as 100 mass %, the remainder being Fe and inevitable impurities, Md value derived from the formula: Md = 500 − 458 C + N − 9 Si + Mn − 14 Cr − 20 Ni − 65 Nb − 27 Ti − 61 V by substituting values in mass % of the above respective components to be contained in the stainless steel sheet satisfying within the range of 0 to 80, among compounds formed by the above components, the number of compounds whose maximum diameter is 20 μm or more being 30 or less per 5 g (mass) of the stainless steel the number being measured by taking a 5g test piece and corroding and removing the parent material by 10% bromine-methanol solution and extracting residue products through a filter and observing the residue products by using a scanning electron microscope to count the total number of the compounds having a maximum size of 20 μm or more, and the metallographic structure of the entire stainless steel being a mixed structure of recrystallized grain and unrecrystallized portion. among compounds formed by the above components, the number of compounds whose maximum diameter is 20 μm or more being 30 or less per 5 g (mass) of the stainless steel the number being measured by taking a 5g test piece and corroding and removing the parent material by 10% bromine-methanol solution and extracting residue products through a filter and observing the residue products by using a scanning electron microscope to count the total number of the compounds having a maximum size of 20 μm or more, and the metallographic structure of the entire stainless steel being a mixed structure of recrystallized grain and unrecrystallized portion.
A secure card printing ribbon removal system, comprising: a shredding unit (106, 405) configured to shred card printing ribbon and generate ribbon waste; a collection unit (108, 407, 510) removably attached to the shredding unit (106, 405) and configured to receive ribbon waste from the shredding unit (106, 405), wherein the collection unit (407, 510) comprises: a transparent material, a visual fill line, and a sensor configured to determine the amount of ribbon waste contained in the collection unit (108, 407, 510) and, upon determination that the amount of ribbon waste exceeds a threshold, generate a signal; and a processor that is configured to: operate the shredding unit (106, 405) and the collection unit (407, 510), receive the signal generated by the collection unit (108, 407, 510), and generate, based on the signal, a prediction of a remaining capacity of the collection unit (108, 407, 510), wherein the ribbon comprises material containing sensitive information. a shredding unit (106, 405) configured to shred card printing ribbon and generate ribbon waste; a collection unit (108, 407, 510) removably attached to the shredding unit (106, 405) and configured to receive ribbon waste from the shredding unit (106, 405), wherein the collection unit (407, 510) comprises: a transparent material, a visual fill line, and a sensor configured to determine the amount of ribbon waste contained in the collection unit (108, 407, 510) and, upon determination that the amount of ribbon waste exceeds a threshold, generate a signal; and a transparent material, a visual fill line, and a sensor configured to determine the amount of ribbon waste contained in the collection unit (108, 407, 510) and, upon determination that the amount of ribbon waste exceeds a threshold, generate a signal; and a processor that is configured to: operate the shredding unit (106, 405) and the collection unit (407, 510), receive the signal generated by the collection unit (108, 407, 510), and generate, based on the signal, a prediction of a remaining capacity of the collection unit (108, 407, 510), operate the shredding unit (106, 405) and the collection unit (407, 510), receive the signal generated by the collection unit (108, 407, 510), and generate, based on the signal, a prediction of a remaining capacity of the collection unit (108, 407, 510), wherein the ribbon comprises material containing sensitive information.
A physical broadcast channel sending method, comprising: sending, by a base station, at least two physical broadcast channels on at least two time-frequency resource locations in a radio frame, wherein one time-frequency resource location is corresponding to one physical broadcast channel, the physical broadcast channel carries broadcast information, the broadcast information comprises a time offset of a time-frequency resource location corresponding to the physical broadcast channel, the time offset of the time-frequency resource location corresponding to the physical broadcast channel is information about a time interval between a time-domain location of the time-frequency resource location corresponding to the physical broadcast channel and a frame header location of the radio frame, and time offsets of the time-frequency resource locations comprised in broadcast information carried on the at least two physical broadcast channels are different; and sending, by the base station, indication information for the at least two physical broadcast channels, wherein the indication information is used to notify a terminal device that information other than the time offsets of the time-frequency resource locations is the same in the broadcast information carried on the at least two physical broadcast channels. sending, by a base station, at least two physical broadcast channels on at least two time-frequency resource locations in a radio frame, wherein one time-frequency resource location is corresponding to one physical broadcast channel, the physical broadcast channel carries broadcast information, the broadcast information comprises a time offset of a time-frequency resource location corresponding to the physical broadcast channel, the time offset of the time-frequency resource location corresponding to the physical broadcast channel is information about a time interval between a time-domain location of the time-frequency resource location corresponding to the physical broadcast channel and a frame header location of the radio frame, and time offsets of the time-frequency resource locations comprised in broadcast information carried on the at least two physical broadcast channels are different; and sending, by the base station, indication information for the at least two physical broadcast channels, wherein the indication information is used to notify a terminal device that information other than the time offsets of the time-frequency resource locations is the same in the broadcast information carried on the at least two physical broadcast channels.
Apparatus for refilling an implantable device having a drug chamber, the apparatus comprising: a plurality of reservoirs (215, 217, 220); a plurality of reservoir fluid channels each associated with one of the reservoirs; an outlet fluid channel fluidically connected to the reservoir fluid channels; a plurality of valves (110, 112), each having a cracking pressure, for fluidically sealing the reservoir fluid channels and the outlet fluid channel; at least one sensor for monitoring pressure in the reservoir fluid channels and the outlet fluid channel; at least one actuation mechanism; a needle having a lumen in fluid communication with the outlet fluid channel, the needle being configured for insertion into a drug-delivery port of an implantable medical device; characterised in that, it further comprises a controller configured to actuate at least one pump and various ones of the valves (110, 112) in accordance with a protocol comprising a sequence of steps whereby fluidic pathways are opened between different ones of the reservoirs and the needle in a washing and filling sequence, each of the steps being associated with an expected pressure level. a plurality of reservoirs (215, 217, 220); a plurality of reservoir fluid channels each associated with one of the reservoirs; an outlet fluid channel fluidically connected to the reservoir fluid channels; a plurality of valves (110, 112), each having a cracking pressure, for fluidically sealing the reservoir fluid channels and the outlet fluid channel; at least one sensor for monitoring pressure in the reservoir fluid channels and the outlet fluid channel; at least one actuation mechanism; a needle having a lumen in fluid communication with the outlet fluid channel, the needle being configured for insertion into a drug-delivery port of an implantable medical device; characterised in that, it further comprises a controller configured to actuate at least one pump and various ones of the valves (110, 112) in accordance with a protocol comprising a sequence of steps whereby fluidic pathways are opened between different ones of the reservoirs and the needle in a washing and filling sequence, each of the steps being associated with an expected pressure level.