mhurhangee/ep-ind-claims huggingface dataset:
A method for checking the functionality of an antenna coil for a contactlessly communicating portable data carrier, comprising the steps of: - contactlessly checking the functionality of a closed antenna coil; - subsequently interrupting a conductor path of the antenna coil for producing an open antenna coil, prior to the connection of the antenna coil with components of an integrated circuit, in particular with a chip, characterized in that the step of checking the functionality of the closed antenna coil comprises the following steps: - if a, first, open antenna coil is present: - bridging the ends of the open antenna coil for producing the closed antenna coil; - inductively exciting the closed antenna coil into oscillation by a pulsed magnetic field, which is preferably generated by one single direct-current pulse; - detecting the free, damped oscillation of the closed antenna coil in response to the excitation; - evaluating the free damped oscillation of the closed antenna coil. - contactlessly checking the functionality of a closed antenna coil; - subsequently interrupting a conductor path of the antenna coil for producing an open antenna coil, prior to the connection of the antenna coil with components of an integrated circuit, in particular with a chip, - if a, first, open antenna coil is present: - bridging the ends of the open antenna coil for producing the closed antenna coil; - bridging the ends of the open antenna coil for producing the closed antenna coil; - inductively exciting the closed antenna coil into oscillation by a pulsed magnetic field, which is preferably generated by one single direct-current pulse; - detecting the free, damped oscillation of the closed antenna coil in response to the excitation; - evaluating the free damped oscillation of the closed antenna coil.
A process for making cefsulodin sodium comprising: (i) dissolving cefsulodin in a solvent comprising an organic solvent to provide a solution of cefsulodin, (ii) adding about 1 equivalent of a sodium salt of a base to the solution of cefsulodin to provide a solution of cefsulodin sodium, and (iii) separating the cefsulodin sodium from the solution of cefsulodin sodium. (i) dissolving cefsulodin in a solvent comprising an organic solvent to provide a solution of cefsulodin, (ii) adding about 1 equivalent of a sodium salt of a base to the solution of cefsulodin to provide a solution of cefsulodin sodium, and (iii) separating the cefsulodin sodium from the solution of cefsulodin sodium.
A process for producing a flexible pouch (50a, 50b, 50c, 150a, 150b) comprising: placing a capillary precursor element (2, 2a, 102) between two opposing flexible films (22, 24, 122, 124), the flexible films (22,24,122,124) defining a common peripheral edge (26,126), the CPE (2, 2a, 102) comprising an array (6, 6a, 106) of pins (7, 7a, 107) sandwiched between two opposing polymeric strips (4a, 4b, 104a, 104b); positioning a first side (28, 128) of the CPE (2, 2a, 102) at a first side of the common peripheral edge (26, 126) and positioning a second side of the CPE (2, 2a, 102) at a second side of the common peripheral edge (26, 126); first sealing, at a first seal condition, (i) the opposing polymeric strips (4a, 4b, 104a, 104b) to each other to form a matrix (18, 118), and (ii) sealing the matrix (18, 118) to the two opposing flexible films (22, 24, 122, 124); and removing the array (6, 6a, 106) of pins (7, 7a, 107) from the matrix (18, 118) to form an in situ microcapillary strip (10, 10a, 110). placing a capillary precursor element (2, 2a, 102) between two opposing flexible films (22, 24, 122, 124), the flexible films (22,24,122,124) defining a common peripheral edge (26,126), the CPE (2, 2a, 102) comprising an array (6, 6a, 106) of pins (7, 7a, 107) sandwiched between two opposing polymeric strips (4a, 4b, 104a, 104b); positioning a first side (28, 128) of the CPE (2, 2a, 102) at a first side of the common peripheral edge (26, 126) and positioning a second side of the CPE (2, 2a, 102) at a second side of the common peripheral edge (26, 126); first sealing, at a first seal condition, (i) the opposing polymeric strips (4a, 4b, 104a, 104b) to each other to form a matrix (18, 118), and (ii) sealing the matrix (18, 118) to the two opposing flexible films (22, 24, 122, 124); and removing the array (6, 6a, 106) of pins (7, 7a, 107) from the matrix (18, 118) to form an in situ microcapillary strip (10, 10a, 110).
A method for maintaining an Active Coordination Set, ACS, by a user equipment, UE, for joint wireless communication between the user equipment and multiple base stations included in the ACS, the method comprising: receiving, by the UE, a message including a resource configuration for an ACS Disengaged-mode Reference Signal, ADRS, and an ACS Disengaged-mode Update Signal, ADUS; transitioning to a disengaged mode, the disengaged mode being a radio resource control, RRC, idle or inactive mode; receiving the ADRS, using the received ADRS resource configuration and while in the disengaged mode, the ADRS transmitted jointly by the multiple base stations in the ACS; determining that an updated ACS is required based on the received ADRS; based on determining that the updated ACS is required and while in the disengaged mode, signaling a request for the updated ACS; and receiving the updated ACS. receiving, by the UE, a message including a resource configuration for an ACS Disengaged-mode Reference Signal, ADRS, and an ACS Disengaged-mode Update Signal, ADUS; transitioning to a disengaged mode, the disengaged mode being a radio resource control, RRC, idle or inactive mode; receiving the ADRS, using the received ADRS resource configuration and while in the disengaged mode, the ADRS transmitted jointly by the multiple base stations in the ACS; determining that an updated ACS is required based on the received ADRS; based on determining that the updated ACS is required and while in the disengaged mode, signaling a request for the updated ACS; and receiving the updated ACS.
Pneumatic vehicle tyre having a tread with at least one profile rib (1, 8) which is delimited at least on one side by a circumferential channel (2, 9), has a rib flank (1b, 8b) at said circumferential channel, has a rib outer side situated in the tread periphery and is provided with a multiplicity of notches (5, 11), said notches departing from the circumferential channel (2, 9), being open towards the tread periphery, being of shallower form than the circumferential channel (2, 9) and in each case having a base (5b, 11b) and, on their outer side, notch edges (6a, 6b, 6c, 6d), characterized in that the rib flank (1b, 8b) has a transition rounding (1b′′′, 8b′′′) to the rib outer side that is formed in relation to the axial direction of the rib flank, at which transition rounding the notches (5, 11) are formed, wherein in each case two notch edges (6c, 6d) of each notch (5, 11) extend beyond the transition rounding (1b′′′, 8b′′′), and wherein there departs from one of these notch edges an outwardly bent convex oblique surface (5d, 11d) which extends to the base (5b, 11b) of the notch (5, 11) and which is rotated relative to the circumferential direction such that it is oriented in relation to the circumferential direction at an angle (δ, θ) of 40° to 80° at the base (5b, 11b) of the notch (5, 11). in that the rib flank (1b, 8b) has a transition rounding (1b′′′, 8b′′′) to the rib outer side that is formed in relation to the axial direction of the rib flank, at which transition rounding the notches (5, 11) are formed, wherein in each case two notch edges (6c, 6d) of each notch (5, 11) extend beyond the transition rounding (1b′′′, 8b′′′), and wherein there departs from one of these notch edges an outwardly bent convex oblique surface (5d, 11d) which extends to the base (5b, 11b) of the notch (5, 11) and which is rotated relative to the circumferential direction such that it is oriented in relation to the circumferential direction at an angle (δ, θ) of 40° to 80° at the base (5b, 11b) of the notch (5, 11).
Non-electrically conductive imprinted polymer that is obtained by polymerisation of at least one monomer with at least one crosslinking agent in the presence of a target, said polymer having in the structure thereof, at least one cavity having the shape of said target, characterised in that it comprises, in the structure thereof, at least one redox probe having a polymerisable form, the imprinted polymer not comprising any means of transmission, in particular by electrochemistry or fluorescence, other than the redox probe present in the structure of the polymer.
Use of at least one fungicide selected from the following group cyazofamid, famoxadone, fenamidone, Fluoxastrobin and pyribencarb for the production of a composition against mycoses in fish and invertebrates and all their stages of development, caused by fungi of the genera Saprolegnia spp.
A block copolymer comprising a first block represented by Formula 4 and a second block comprising an aromatic structure having at least one halogen atom: wherein R is hydrogen or an alkyl group having 1 to 4 carbon atoms; X is a carbonyl group, - C(=O)-X 1 - or -X 1 -C(=O)-, wherein X 1 is an oxygen atom or a sulfur atom; and Y is a monovalent substituent comprising an aromatic structure having 6 to 13 carbon atoms, wherein a chain having 8 to 20 chain-forming atoms is linked to the aromatic structure and wherein the chain-forming atoms are each independently an oxygen, a nitrogen or a carbon atom.
An apparatus (20; 120), comprising: a support member (22; 122) implantable within a pelvic region; a strap (24; 134, 136, 138) extending from the support member, the strap having a length and being configured to be secured within a pelvic tissue to support the support member within the pelvic region; and a sleeve (26; 126) releasably disposed over at least a portion of the strap, the sleeve having a first wall and a second wall defining an interior space and the sleeve having a length greater than the length of the strap, wherein the strap is coupled to the sleeve at least partially within the interior space via an attachment mechanism, wherein the attachment mechanism includes: a suture disposed at least partially within the interior space of the sleeve and forming two strands of suture within the interior space of the sleeve; characterized in that the sleeve further comprises a separator disposed between the two strands of suture. a support member (22; 122) implantable within a pelvic region; a strap (24; 134, 136, 138) extending from the support member, the strap having a length and being configured to be secured within a pelvic tissue to support the support member within the pelvic region; and a sleeve (26; 126) releasably disposed over at least a portion of the strap, the sleeve having a first wall and a second wall defining an interior space and the sleeve having a length greater than the length of the strap, wherein the strap is coupled to the sleeve at least partially within the interior space via an attachment mechanism, wherein the attachment mechanism includes: a suture disposed at least partially within the interior space of the sleeve and forming two strands of suture within the interior space of the sleeve; characterized in that the sleeve further comprises a separator disposed between the two strands of suture. a suture disposed at least partially within the interior space of the sleeve and forming two strands of suture within the interior space of the sleeve; characterized in that the sleeve further comprises a separator disposed between the two strands of suture.
Device for aligning drilling tools relative to flat bodies, in particular dowel-drilling guides, comprising - a main body that can be brought into contact with at least one flat body, - at least one centring element for aligning the main body relative to the flat body, and - a drilling jig comprising a plurality of guide holes (6, 6') for drilling tools of various diameters, the drilling jig being held so as to be adjustable on the main body, and - a quick-action clamping means for fixing at least the drilling jig relative to the main body, characterised in that the quick-action clamping means comprises an adjusting means for adjusting the magnitude of a clamping force that is generated by means of the clamping means and acts on the drilling jig. - a main body that can be brought into contact with at least one flat body, - at least one centring element for aligning the main body relative to the flat body, and - a drilling jig comprising a plurality of guide holes (6, 6') for drilling tools of various diameters, the drilling jig being held so as to be adjustable on the main body, and - a quick-action clamping means for fixing at least the drilling jig relative to the main body,
An ear cup with a microphone apparatus comprising: a first, inner cup portion for forming a noise damping space, a second, outer cup portion for forming a space for accommodating electronics and/or a current source, a partition separating the two spaces from one another, and a microphone provided with a windshield of porous material for receiving sound from the surroundings, characterised in that the microphone is disposed on the inside of the outer cup portion, which has an opening in front of the microphone, that the outer surface of the windshield is disposed as a continuation of the external surfaces of the outer cup portion, these external surfaces coextending adjacent with the windshield, and that a cavity is disposed between the inside of the windshield and the opening.
An air conditioner comprising: a power source unit configured to supply AC voltage; a second functional component configured to be actuated by DC voltage in cooperation with the air conditioner; a wiring plug-in coupler connected to the power source unit for supply of voltage to the second functional component configured to be actuated by DC voltage in cooperation with the air conditioner; characterized in that: the air conditioner includes a converter configured to convert AC voltage to DC voltage and supply the second functional component with the DC voltage, the wiring plug-in coupler is configured to be connected with an input terminal of the converter, and the wiring plug-in coupler is connected to a portion of the power source unit and is adapted for replacing a first functional component configured to be actuated by AC voltage in cooperation with the air conditioner. a power source unit configured to supply AC voltage; a second functional component configured to be actuated by DC voltage in cooperation with the air conditioner; a wiring plug-in coupler connected to the power source unit for supply of voltage to the second functional component configured to be actuated by DC voltage in cooperation with the air conditioner; the air conditioner includes a converter configured to convert AC voltage to DC voltage and supply the second functional component with the DC voltage, the wiring plug-in coupler is configured to be connected with an input terminal of the converter, and the wiring plug-in coupler is connected to a portion of the power source unit and is adapted for replacing a first functional component configured to be actuated by AC voltage in cooperation with the air conditioner.
A warning device for a vehicle, wherein the warning device comprises: an image acquisition means configured to acquire a first and a second image taken respectively based on a first and a second filter characteristic; a detection means configured to detect a specified object on each of the first and second image and to calculate an index value indicating the level of detection of an object for each of the first and second image; and a warning means configured to issue a specific warning when the object is detected from at least any one of the first and second images by determining whether the index value exceeds a specified value in one image or not, wherein the warning means configured to issue a higher level of warning when the object is detected from all of the first and second image than when the object is detected from only one of the first and second image based on whether the index value exceeds a specified value in both images or not, wherein, when one of the index values of the first and second image exceeds a specified value and the other one of them falls below the specified value, the warning means is configured to display the image, which is the image in which the index value exceeds the specified value, on the screen of a display device, and wherein, when the index value of the first and second exceeds a specified value in both images, the warning means is configures to select the image with the highest index value and to display, on the screen of the display device, the selected image with the object highlighted. an image acquisition means configured to acquire a first and a second image taken respectively based on a first and a second filter characteristic; a detection means configured to detect a specified object on each of the first and second image and to calculate an index value indicating the level of detection of an object for each of the first and second image; and a warning means configured to issue a specific warning when the object is detected from at least any one of the first and second images by determining whether the index value exceeds a specified value in one image or not, wherein the warning means configured to issue a higher level of warning when the object is detected from all of the first and second image than when the object is detected from only one of the first and second image based on whether the index value exceeds a specified value in both images or not, wherein, when one of the index values of the first and second image exceeds a specified value and the other one of them falls below the specified value, the warning means is configured to display the image, which is the image in which the index value exceeds the specified value, on the screen of a display device, and wherein, when the index value of the first and second exceeds a specified value in both images, the warning means is configures to select the image with the highest index value and to display, on the screen of the display device, the selected image with the object highlighted.
Device for conveying rod-shaped articles of the tobacco-processing industry, in particular cigarettes or filter rods, comprising a first conveyor for the transverse axial conveying of articles in a single-layer stream and a second conveyor, arranged downstream in the conveying direction, for the transverse axial conveying of articles in a multilayer stream, wherein a transfer region having a stationary guide wall (14, 16) is formed between the first conveyor and the second conveyor, characterized in that a spring material strip and a counter-bearing for the spring material strip are provided in the transfer region, wherein the spring material strip, in the starting position and in collaboration with the guide wall (14, 16), forms a channel for receiving a single-layer row of articles arranged one behind the other in a transverse axial manner, and the spring material strip, in a working position in contact with the multilayer stream, bears against the counter-bearing.
A radiation detection system suitable for an imaging system, comprising: a radiation sensitive detector array, including: a detector pixel including: an optically transparent encapsulate material with one or more particles supporting one or more different scintillation materials, wherein each scintillation material is in a form of a nanometer to micrometer quantum dot, characterized in that the optically transparent encapsulate material with the one or more particles supporting the one or more different scintillation materials is a direct conversion material which directly converts absorbed radiation into corresponding electrical signals indicative of an energy of the absorbed radiation. a detector pixel including: an optically transparent encapsulate material with one or more particles supporting one or more different scintillation materials, wherein each scintillation material is in a form of a nanometer to micrometer quantum dot, characterized in that the optically transparent encapsulate material with the one or more particles supporting the one or more different scintillation materials is a direct conversion material which directly converts absorbed radiation into corresponding electrical signals indicative of an energy of the absorbed radiation.
A sealing assembly for engaging a number of vanes of a gas turbine engine, the sealing assembly comprising a U-shaped sector (13; 37; 44), which is configured for engaging at least one vane so that the U-shaped sector (13; 37; 44) and the vane enclose a plenum, which communicates to the outside trough at least one through hole (29; 39; 48) for conveying an airstream outside the plenum; wherein the sealing assembly further comprises at least one cover plate (14; 38; 45; 49) configured for being coupled to the U-shaped sector (13; 37; 44) for guiding said airstream in a given direction, the sealing assembly being characterised in that the U-shaped sector (13; 37; 44) is provided with said at least one through hole (29; 39).
A method for determining a remaining capacity state of a power pack, the method comprising: determining a first ratio of a change in voltage of a power pack (102, 202) to a change in remaining capacity of the power pack over a first time duration, the first time duration comprising a first time point; determining a second ratio of a change in voltage of the power pack to a change in remaining capacity of the power pack over a second time duration, the second time duration comprising a second time point, the second time point being subsequent to the first time point; determining a power pack temperature is within a first range at the first time point, the second time point; determining while the power pack temperature is within the first range a third ratio of a change in voltage of the power pack to a change in remaining capacity of the power pack over a third time duration, the third time duration comprising a third time point, the third time point being subsequent to the second time point; and indicating, in response to determining that the second ratio is greater than the first ratio and that the third ratio is less than the second ratio, that a power pack remaining capacity level is a low remaining capacity level. determining a first ratio of a change in voltage of a power pack (102, 202) to a change in remaining capacity of the power pack over a first time duration, the first time duration comprising a first time point; determining a second ratio of a change in voltage of the power pack to a change in remaining capacity of the power pack over a second time duration, the second time duration comprising a second time point, the second time point being subsequent to the first time point; determining a power pack temperature is within a first range at the first time point, the second time point; determining while the power pack temperature is within the first range a third ratio of a change in voltage of the power pack to a change in remaining capacity of the power pack over a third time duration, the third time duration comprising a third time point, the third time point being subsequent to the second time point; and indicating, in response to determining that the second ratio is greater than the first ratio and that the third ratio is less than the second ratio, that a power pack remaining capacity level is a low remaining capacity level.