mhurhangee/ep-ind-claims huggingface dataset:
Injection-moulding method for producing at least one fan having a fan hub and having a fan belt which is connected to the fan hub by way of at least two fan blades, wherein - an injection mould having at least one cavity for a fan hub, having at least one cavity for a fan belt and having at least two cavities for at least two fan blades is provided, - an at least one-phase material is provided, - the at least one-phase material is liquefied and - the at least one-phase material is injected into the injection mould by way of at least one nozzle, wherein at least one weld line arranged in a region of the at least one cavity for the fan belt is avoided in the region between adjoining fan blades, wherein the at least one-phase material is injected into the injection mould by way of at least one nozzle arranged in a region of the at least one cavity for the fan belt, such that at least one weld line is produced in the region of the fan blades or of the fan hub. - an injection mould having at least one cavity for a fan hub, having at least one cavity for a fan belt and having at least two cavities for at least two fan blades is provided, - an at least one-phase material is provided, - the at least one-phase material is liquefied and - the at least one-phase material is injected into the injection mould by way of at least one nozzle, wherein at least one weld line arranged in a region of the at least one cavity for the fan belt is avoided in the region between adjoining fan blades, wherein the at least one-phase material is injected into the injection mould by way of at least one nozzle arranged in a region of the at least one cavity for the fan belt, such that at least one weld line is produced in the region of the fan blades or of the fan hub.
A device for loading and unloading ships, in particular car ferries, comprising a foundation structure and a loading platform which is pivotably held in the foundation structure via at least one actuating device and which is supported on at least one underwater buoyancy body via a supporting structure, wherein the actuating device has at least two electrical lifting cylinders, the lifting rods (6, 7) of which each form a traction mechanism, characterized in that the foundation structure has at least two driven piles (10, 11) each of which accommodates at least one of said electrical lifting cylinders, and that the lifting rods (6, 7) of the actuating device and the underwater buoyancy body are connected to one another via push rods (8, 9).
Front-end module, which is configured for a carrier aggregation operation, the front-end module comprising: - a first diplexer or a higher multiplexer, - a first antenna terminal, - a first signal path connecting the first antenna terminal to the first diplexer or the higher multiplexer, respectively, - a notch filter coupled between the first antenna terminal and the first diplexer or higher multiplexer in the first signal path, wherein the notch filter comprises a first stopband, - a first extractor path coupled to a node arranged in the signal path between antenna terminal and the first notch filter, - a bandpass filter for a first extractor band arranged in the first extractor path, wherein the notch filter and the bandpass filter form an extractor arrangement, - wherein the diplexer or the higher multiplexer, respectively, separates a first and a second frequency band, which are spaced by a first diplexer spacing or multiplexer spacing, respectively, and respectively assigns them to a first partial path or a second partial path, - wherein the stopband of the notch filter and the first extractor band overlap at least partially, - wherein the stopband of the notch filter is arranged between the first and the second frequency band such that it does not overlap with any of the frequency bands. - a first diplexer or a higher multiplexer, - a first antenna terminal, - a first signal path connecting the first antenna terminal to the first diplexer or the higher multiplexer, respectively, - a notch filter coupled between the first antenna terminal and the first diplexer or higher multiplexer in the first signal path, wherein the notch filter comprises a first stopband, - a first extractor path coupled to a node arranged in the signal path between antenna terminal and the first notch filter, - a bandpass filter for a first extractor band arranged in the first extractor path, wherein the notch filter and the bandpass filter form an extractor arrangement, - wherein the diplexer or the higher multiplexer, respectively, separates a first and a second frequency band, which are spaced by a first diplexer spacing or multiplexer spacing, respectively, and respectively assigns them to a first partial path or a second partial path, - wherein the stopband of the notch filter and the first extractor band overlap at least partially, - wherein the stopband of the notch filter is arranged between the first and the second frequency band such that it does not overlap with any of the frequency bands.
Valve cage for a control valve, comprising a plurality of throttle channels which extend from an inner contour of the valve cage to its outer contour and penetrate the valve cage, each throttle channel having, as viewed in the flow direction, an inlet opening on its inner contour side and an outlet opening on its outer contour side characterized in that, as viewed in the circumferential direction (u), the valve cage has a plurality of arcuate outer contour sections that are each separated from one another by a step which is aligned in the radial direction (r) with respect to the lateral surface of the outer contour sections and which acts as a tear-off edge, and in that the throttle channels are arranged to extend in such a way that the outlet openings of the throttle channels located on the outer contour side are arranged in the step between two outer contour sections.
A terminal device comprising: a reception unit configured to monitor a machine type communication physical downlink control channel, MPDCCH, in a set of MPDCCH candidates; and a medium access control layer processing unit configured to perform a discontinuous reception, DRX, functionality for controlling monitoring of the MPDCCH, wherein the set includes a first MPDCCH candidate and a second MPDCCH candidate, the first MPDCCH candidate is a MPDCCH candidate during a time period from a first subframe to a second subframe, the second MPDCCH candidate is a MPDCCH candidate during a time period from the first subframe to a third subframe, a repetition level of the first MPDCCH candidate is lower than a repetition level of the second MPDCCH candidate, and in a case that the MPDCCH is detected in the first MPDCCH candidate, and the detected MPDCCH indicates a new transmission, the medium access control layer processing unit starts or restarts a drx-InactivityTimer in a subframe following a last subframe among subframes including the MPDCCH. a reception unit configured to monitor a machine type communication physical downlink control channel, MPDCCH, in a set of MPDCCH candidates; and a medium access control layer processing unit configured to perform a discontinuous reception, DRX, functionality for controlling monitoring of the MPDCCH, wherein the set includes a first MPDCCH candidate and a second MPDCCH candidate, the first MPDCCH candidate is a MPDCCH candidate during a time period from a first subframe to a second subframe, the second MPDCCH candidate is a MPDCCH candidate during a time period from the first subframe to a third subframe, a repetition level of the first MPDCCH candidate is lower than a repetition level of the second MPDCCH candidate, and in a case that the MPDCCH is detected in the first MPDCCH candidate, and the detected MPDCCH indicates a new transmission, the medium access control layer processing unit starts or restarts a drx-InactivityTimer in a subframe following a last subframe among subframes including the MPDCCH.
A speech enhancing device, comprising an acoustic speech enhancing unit and an electronic speech enhancing unit, wherein, the acoustic speech enhancing unit comprises a primary vibration pickup microphone and a secondary vibration pickup microphone that have a specific relative positional relationship there between, the specific relative positional relationship refers to that the primary vibration pickup microphone and the secondary vibration pickup microphone are similar in structure and are disposed close to each other in the space, wherein the primary vibration pickup microphone makes direct contact with a user and the secondary vibration pickup microphone does not make direct contact with the user, the specific relative positional relationship allows the primary vibration pickup microphone to pick up a user's speech signal transmitted through the user's head (301, 302, 303, 304, 305, 306, 307) coupling vibration and pick up an ambient noise signal transmitted through the air and allows the secondary vibration pickup microphone to mainly pick up an ambient noise signal transmitted through the air, and the ambient noise signals transmitted through the air that are picked up by the primary vibration pickup microphone and by the secondary vibration pickup microphone are correlated with each other; the electronic speech enhancing unit comprises a speech detecting module, an adaptive filtering module and a post-processing module; wherein, the speech detecting module is configured to determine an updating speed of the adaptive filtering module and output a control parameter (α) by calculating a statistic energy ratio of the sound signal output by the primary vibration pickup microphone to the sound signal output by the secondary vibration pickup microphone within a low-frequency range, wherein the larger the statistic energy ratio is, the smaller the value of the control parameter (α) will be, and the control parameter ranges between 0 and 1; the low-frequency range refers to a frequency range below 500Hz; the adaptive filtering module is configured to denoise and filter the sound signal output by the primary vibration pickup microphone according to the sound signal output by the secondary vibration pickup microphone and the control parameter (α) output by the speech detecting module, and output the denoised and filtered speech signal; and the post-processing module is configured to further denoise and perform speech high-frequency enhancement on the denoised and filtered speech signal output by the adaptive filtering module.
Control circuit for a pneumatically controlled vehicle door comprising a double-acting pneumatic cylinder operable to open and close said door and having a first chamber and a second chamber, a main pneumatic control block having a first working port and a second working port, a fist line connected to the first chamber of the cylinder and constituting a release line in a given movement direction of the cylinder corresponding to a first movement direction of the door, a second line connected to the second chamber of the cylinder and constituting a filling line in said movement direction, and a safety device configured to connect the first line to the first working port in normal operation and to connect the first line to the second line in response to a control signal identifying that the door is blocked by an obstacle in said first direction of movement of the door, characterized in that said safety device includes a pressure switch sensing pressure level in said first line and a three-way valve that is spring biased to connect said first line to said first port and solenoid-controllable through said control signal to connect said first line to said second line so as to balance air pressure in the two chambers of said cylinder, said control signal being enabled or disabled by said pressure switch in response to the pressure level in said first line.
A vapor generating system for an electronic cigarette, the vapor generating system comprising: a main liquid store configured to contain a liquid to be vaporised; a dosing chamber configured to receive liquid from the main liquid store; a liquid regulating arrangement, wherein the liquid regulating arrangement is configured to transfer a metered dose of liquid from the main liquid store to the dosing chamber; a vaporizing unit configured to transform said metered dose of liquid into a vapor; and a controller; wherein: the main liquid store and the dosing chamber are arranged in a replaceable cartridge, the cartridge is connectable to a cartridge seating of the electronic cigarette, and a fluidic connection between the main liquid store and the dosing chamber is only established when the cartridge is connected to the cartridge seating; and the controller is configured to activate the liquid regulating arrangement in response to an activation of the electronic cigarette; characterized in that the controller is configured, upon detecting a first activation of the electronic cigarette, to provide a delay between the supply of a first metered dose of said liquid and activation of the vaporizing unit. a main liquid store configured to contain a liquid to be vaporised; a dosing chamber configured to receive liquid from the main liquid store; a liquid regulating arrangement, wherein the liquid regulating arrangement is configured to transfer a metered dose of liquid from the main liquid store to the dosing chamber; a vaporizing unit configured to transform said metered dose of liquid into a vapor; and a controller; wherein: the main liquid store and the dosing chamber are arranged in a replaceable cartridge, the cartridge is connectable to a cartridge seating of the electronic cigarette, and a fluidic connection between the main liquid store and the dosing chamber is only established when the cartridge is connected to the cartridge seating; and the controller is configured to activate the liquid regulating arrangement in response to an activation of the electronic cigarette; characterized in that the controller is configured, upon detecting a first activation of the electronic cigarette, to provide a delay between the supply of a first metered dose of said liquid and activation of the vaporizing unit. the main liquid store and the dosing chamber are arranged in a replaceable cartridge, the cartridge is connectable to a cartridge seating of the electronic cigarette, and a fluidic connection between the main liquid store and the dosing chamber is only established when the cartridge is connected to the cartridge seating; and the controller is configured to activate the liquid regulating arrangement in response to an activation of the electronic cigarette; characterized in that the controller is configured, upon detecting a first activation of the electronic cigarette, to provide a delay between the supply of a first metered dose of said liquid and activation of the vaporizing unit.
A method for the generation of an elevated pH-tolerant lepidopteran insect cells comprising: (a) culturing a population of cells from a lepidopteran insect cell line in a standard culture medium that supports the growth of insect cells and has a pH of from 6.0 to 6.4; (b) culturing the cells in elevated pH culture medium that has a pH that is greater than the pH of the standard culture medium in step (a); and (c) allowing the cells to adapt to the elevated pH culture medium, wherein the adapted cells exhibit similar growth characteristics in the elevated pH culture medium to a population of cells of the insect cell line cultured in the standard culture medium; wherein the pH of the elevated pH culture medium in step (b) is from 7.0 to 7.4 and wherein steps (b) and (c) are repeated one or more times, using an elevated pH culture medium with a pH that is progressively higher each time. (a) culturing a population of cells from a lepidopteran insect cell line in a standard culture medium that supports the growth of insect cells and has a pH of from 6.0 to 6.4; (b) culturing the cells in elevated pH culture medium that has a pH that is greater than the pH of the standard culture medium in step (a); and (c) allowing the cells to adapt to the elevated pH culture medium, wherein the adapted cells exhibit similar growth characteristics in the elevated pH culture medium to a population of cells of the insect cell line cultured in the standard culture medium; wherein the pH of the elevated pH culture medium in step (b) is from 7.0 to 7.4 and wherein steps (b) and (c) are repeated one or more times, using an elevated pH culture medium with a pH that is progressively higher each time.
Use of the peptide having the following general Formula 1: X − Xaa n K * TFK * − Xaa m − Z for a non-therapeutic cosmetic treatment to preserve or improve the condition of the epidermis, with in the general Formula 1: • K* being selected in group comprising lysine K, omithine, diaminobutyric acid or diaminopropionic acid, or a hydroxylated derivative thereof, the two K* being identical or different; • (Xaa) n and (Xaa) m independently of each other corresponding to a sequence of n or m amino acids Xaa chosen independently of one another from Gly, Ala, Pro, Val, Leu, Ile and Phe, with n and m being integers which may be equal or different between 0 and 5; • At the N-terminal end X being chosen from H, -CO-R 1, -SO 2 -R 1 or a biotinoyl group; • At the C-terminal end Z being chosen from OH, OR 1, NH 2, NHR 1 or NR 1 R 2; and • Wherein R 1 and R 2 being, independently of one another, selected from an alkyl, aryl, aralkyl, alkylaryl, alkoxy, saccharide and aryloxy group, which may be linear, branched, cyclic, polycyclic, unsaturated, hydroxylated, carbonylated, phosphorylated, and/or sulfur, said group having 1 to 24 carbon atoms and may have in its backbone one or more O, S and/or N heteroatoms. • K* being selected in group comprising lysine K, omithine, diaminobutyric acid or diaminopropionic acid, or a hydroxylated derivative thereof, the two K* being identical or different; • (Xaa) n and (Xaa) m independently of each other corresponding to a sequence of n or m amino acids Xaa chosen independently of one another from Gly, Ala, Pro, Val, Leu, Ile and Phe, with n and m being integers which may be equal or different between 0 and 5; • At the N-terminal end X being chosen from H, -CO-R 1, -SO 2 -R 1 or a biotinoyl group; • At the C-terminal end Z being chosen from OH, OR 1, NH 2, NHR 1 or NR 1 R 2; and • Wherein R 1 and R 2 being, independently of one another, selected from an alkyl, aryl, aralkyl, alkylaryl, alkoxy, saccharide and aryloxy group, which may be linear, branched, cyclic, polycyclic, unsaturated, hydroxylated, carbonylated, phosphorylated, and/or sulfur, said group having 1 to 24 carbon atoms and may have in its backbone one or more O, S and/or N heteroatoms.
A heavy lubricating base oil derived from a Fischer-Tropsch synthesis process and having an initial boiling point T 5 in the range of 454 to 538°C with an end boiling point T 95 above 566°C, said temperature obtained by gas chromatograph distillation, the base oil characterized by at least greater than 50 wt % iso-paraffinic molecules, a distribution of molecules wherein at least 75 wt % of the molecules have a carbon number greater than C 25, at least 10 wt % of the total base oil boiling above 537°C (1,000 °F); a kinematic viscosity at 100°C of at least 8 mm 2 /s (8 cSt); and, a haze disappearance temperature of 20°C (68°F) or less, determined as set out in the present description by measuring the intensity of the light transmitted through a sample standing at 90°C for 20 minutes before being cooled at a constant rate of 0.5 °C/minute to a temperature at or below the cloud point and heated at the same constant rate.
A dental implant with a first implant part provided for the introduction into a jaw bone and with a second implant part which is associated with said first implant part and provided for the attachment of a dental prosthesis piece, wherein the implant parts (1, 2) can be mechanically connected to one another via a connecting pin which is formed on one of the implant parts and which can be inserted into a receiving channel provided in the other implant part, wherein the connecting pin and, adapted thereto, the receiving channel associated with said connecting pin, in a first indexing region, in each case comprise a plurality of contact surfaces inclined toward the longitudinal axis of the first implant part, wherein the first implant part provided for the introduction into the jaw bone, in the connection region, comprises a second indexing region in the form of a rotation locking mechanism with functional surfaces which are parallel with respect to the longitudinal axis of the connecting pin, characterized in that the two indexing regions are designed for the same number of positioning possibilities.
Method for generating a tripping signal for a DC circuit breaker, which is connected between a high-voltage DC source and a high-voltage DC transmission line, wherein in the method - a voltage present on the high-voltage DC transmission line at a voltage measuring point is measured with DC voltage measurement values (Um) being obtained, - a current flowing through the high-voltage DC transmission line at a current measuring point is measured with DC measurement values (Im) being obtained, and - by evaluating the DC voltage measurement values (Um) and the DC measurement values (Im) a fault present on the high-voltage DC transmission line is identified and thereupon the tripping signal for the DC circuit breaker is generated, characterized in that the tripping signal for the DC circuit breaker is generated - if within a predetermined second period of time the DC voltage measurement values (Um) fall below a predetermined second voltage threshold value and the DC measurement values (Im) change their sign or - if within the predetermined second period of time the DC voltage measurement values (Um) fall below the predetermined second voltage threshold value, the DC measurement values (Im) change their sign and the absolute value of the temporal change in the DC measurement values (Im) exceeds a predetermined first current change threshold value. - a voltage present on the high-voltage DC transmission line at a voltage measuring point is measured with DC voltage measurement values (Um) being obtained, - a current flowing through the high-voltage DC transmission line at a current measuring point is measured with DC measurement values (Im) being obtained, and - by evaluating the DC voltage measurement values (Um) and the DC measurement values (Im) a fault present on the high-voltage DC transmission line is identified and thereupon the tripping signal for the DC circuit breaker is generated, characterized in that the tripping signal for the DC circuit breaker is generated - if within a predetermined second period of time the DC voltage measurement values (Um) fall below a predetermined second voltage threshold value and the DC measurement values (Im) change their sign or - if within the predetermined second period of time the DC voltage measurement values (Um) fall below the predetermined second voltage threshold value, the DC measurement values (Im) change their sign and the absolute value of the temporal change in the DC measurement values (Im) exceeds a predetermined first current change threshold value.