mhurhangee/ep-ind-claims huggingface dataset:
A drive for a tubular member made of an elongated curling strip (la) partly wound on a drum rotatable on the first axis, and partly curling around the second axis into the tubular member, wherein the first axis is perpendicular to the second axis, the tubular member being extendable and retractable with rotation of the drum, the strip being provided with a number of protrusions distributed on its surface along its length, characterized in that said drive comprising a threaded element (3,7) rotatable around the second axis and an abutment element (4,5) forming between each other a space adapted to accommodate a wall of the tubular member in such a manner that the first side of the wall is in contact with the threaded element (3,7) and the second side of the wall is in contact with the abutment element (4,5), wherein the thread of the threaded element (3,7) corresponds to the protrusions of the strip curled into the tubular member in such a manner that the protrusions fit into the thread and cooperate with said thread during rotational movement of the threaded element (3,7) so that rotational movement of the threaded element (3,7) is transformed into axial movement of the tubular member, said drive further comprising a rotation blocking means (2,8) engaged with the tubular member and blocking rotation of the tubular member around the second axis with respect to the drum.
A balancing assembly for a rotating component of a gas turbine engine, comprising: a balance pin configured for insertion into an opening in the rotating component; and a balance clip configured for installation to the rotating component over the balance pin to retain the balance pin in the opening via exertion of a retention force on the balance pin; characterized in that the balance pin includes a pin protrusion receivable into a clip opening in the balance clip. a balance pin configured for insertion into an opening in the rotating component; and a balance clip configured for installation to the rotating component over the balance pin to retain the balance pin in the opening via exertion of a retention force on the balance pin; characterized in that the balance pin includes a pin protrusion receivable into a clip opening in the balance clip.
A battery module, comprising: at least two batteries arranged side by side, and each battery comprising a top cover and an electrode terminal arranged on the top cover; a bus bar, connecting electrode terminals of adjacent batteries; a circuit board, arranged above the at least two batteries; and at least one temperature collection unit, comprising a temperature collection structure and a bearing structure; characterized in that, the temperature collection structure comprises a temperature sensor and a thermal conducting pad, the temperature sensor collect temperature of the top cover and is arranged on the bearing structure, the thermal conducting pad is arranged between the temperature sensor and the top cover, and the bearing structure electrically connects the temperature sensor and the circuit board, and presses, under an effect of at least one of the circuit board and the bus bar, the temperature collection structure to be abutted against the top cover. at least two batteries arranged side by side, and each battery comprising a top cover and an electrode terminal arranged on the top cover; a bus bar, connecting electrode terminals of adjacent batteries; a circuit board, arranged above the at least two batteries; and at least one temperature collection unit, comprising a temperature collection structure and a bearing structure; characterized in that, the temperature collection structure comprises a temperature sensor and a thermal conducting pad, the temperature sensor collect temperature of the top cover and is arranged on the bearing structure, the thermal conducting pad is arranged between the temperature sensor and the top cover, and the bearing structure electrically connects the temperature sensor and the circuit board, and presses, under an effect of at least one of the circuit board and the bus bar, the temperature collection structure to be abutted against the top cover.
An airfield light comprising: a light assembly mounted on a base of the airfield light; and a transparent cover disposed over the light assembly and secured to the base, wherein the light assembly comprises a curved light emitting diode, in short LED, assembly, the curved LED assembly including a circuit board having at least a portion that is curved along its length, and a plurality of LEDs spaced apart along the length of the circuit board and configured to emit light through the transparent cover, wherein the light assembly further includes a first directional illuminator separate from the curved LED assembly, the first directional illuminator configured to emit light in a first direction, wherein a portion of the LEDs on the curved LED assembly emit light in generally the first direction. a light assembly mounted on a base of the airfield light; and a transparent cover disposed over the light assembly and secured to the base, wherein the light assembly comprises a curved light emitting diode, in short LED, assembly, the curved LED assembly including a circuit board having at least a portion that is curved along its length, and a plurality of LEDs spaced apart along the length of the circuit board and configured to emit light through the transparent cover, wherein the light assembly further includes a first directional illuminator separate from the curved LED assembly, the first directional illuminator configured to emit light in a first direction, wherein a portion of the LEDs on the curved LED assembly emit light in generally the first direction.
A realization method for a low-insertion-loss piezoelectric acoustic wave band-pass filter, comprising following steps: using one of a first kind of piezoelectric acoustic wave resonators to constitute a series branch; using one of a second kind of piezoelectric acoustic wave resonators to constitute a parallel branch with a ground terminal; connecting any end of the series branch with a non-ground terminal of the parallel branch to form an acoustic wave band-pass filter unit; and cascading a plurality of the acoustic wave band-pass filter units; wherein an impedance value at a series resonant frequency of the first kind of piezoelectric acoustic wave resonators is less than an impedance value at a series resonant frequency of the second kind of piezoelectric acoustic wave resonators; an impedance value at a parallel resonant frequency of the first kind of piezoelectric acoustic wave resonators is less than an impedance value at a parallel resonant frequency of the second kind of piezoelectric acoustic wave resonators, the series resonant frequency of the first kind of piezoelectric acoustic wave resonators is equal to the parallel resonant frequency of the second kind of piezoelectric acoustic wave resonators, or a difference absolute value between the series resonant frequency of the first kind of piezoelectric acoustic wave resonators and the parallel resonant frequency of the second kind of piezoelectric acoustic wave resonators is less than or equal to a threshold value, characterized in that the first kind of piezoelectric acoustic wave resonators have an I-type acoustic dispersion characteristic and the second kind of piezoelectric acoustic wave resonators have an II-type acoustic dispersion characteristic. using one of a first kind of piezoelectric acoustic wave resonators to constitute a series branch; using one of a second kind of piezoelectric acoustic wave resonators to constitute a parallel branch with a ground terminal; connecting any end of the series branch with a non-ground terminal of the parallel branch to form an acoustic wave band-pass filter unit; and cascading a plurality of the acoustic wave band-pass filter units; wherein an impedance value at a series resonant frequency of the first kind of piezoelectric acoustic wave resonators is less than an impedance value at a series resonant frequency of the second kind of piezoelectric acoustic wave resonators; an impedance value at a parallel resonant frequency of the first kind of piezoelectric acoustic wave resonators is less than an impedance value at a parallel resonant frequency of the second kind of piezoelectric acoustic wave resonators, the series resonant frequency of the first kind of piezoelectric acoustic wave resonators is equal to the parallel resonant frequency of the second kind of piezoelectric acoustic wave resonators, or a difference absolute value between the series resonant frequency of the first kind of piezoelectric acoustic wave resonators and the parallel resonant frequency of the second kind of piezoelectric acoustic wave resonators is less than or equal to a threshold value,
Illumination device for a vehicle, comprising a sliding guide connectable to the vehicle and a plurality of illumination modules, characterized in that the illumination modules are connectable to one another flexibly in the form of a chain and are each equipped with at least one guide pin that is embodied both for the form-fitting engagement in the sliding guide and for the chain-type flexible connection of the illumination modules to one another, and wherein the illumination device is closed by a fixedly arranged light-transmissive covering through which the light emitted by the light-emitting means passes.
A communication device, comprising: a parameterized scheduling module configured to receive a plurality of packets and comprising a packet inspection module, wherein the packet inspection module comprise: a traffic monitoring module configured to filter the plurality of packets according to a packet feature to output a plurality of first filtered packets and a plurality of second filtered packets, wherein the packet feature is associated with packet size; a connection detection module configured to receive the plurality of first filtered packets; a stream and session detection module configured to detect information about streams, sessions, and application associated with the filtered packets; and a status module configured to store the information, wherein the traffic monitoring module filters the plurality of first filtered packets according to the information and transmits the plurality of second filtered packets to a server, wherein the traffic monitoring module, the connection detection module, and the stream and session detection module operate at a plurality of protocol levels used in communicating the data packets, wherein the traffic monitoring module is further configured to analyze the data packets at a first one of the protocol levels to filter which of the data packets will be analyzed by the connection detection module and the stream and session detection module. a traffic monitoring module configured to filter the plurality of packets according to a packet feature to output a plurality of first filtered packets and a plurality of second filtered packets, wherein the packet feature is associated with packet size; a connection detection module configured to receive the plurality of first filtered packets; a stream and session detection module configured to detect information about streams, sessions, and application associated with the filtered packets; and a status module configured to store the information, wherein the traffic monitoring module filters the plurality of first filtered packets according to the information and transmits the plurality of second filtered packets to a server, wherein the traffic monitoring module, the connection detection module, and the stream and session detection module operate at a plurality of protocol levels used in communicating the data packets, wherein the traffic monitoring module is further configured to analyze the data packets at a first one of the protocol levels to filter which of the data packets will be analyzed by the connection detection module and the stream and session detection module.
A method for determination of remaining volumes of liquid reducing agent in a container pertaining to an SCR system for exhaust cleaning, comprising the steps of - continuously determining remaining volumes of reducing agent in the form of discrete volume indications, - continuously determining reducing agent volumes dosed by existing dosing configurations, characterised by the steps of - setting a period of time on the basis of said volumes dosed since the time of a latest discrete volume indication determined, - continuously deciding whether a discrete volume indication thus determined is within a specific portion of said period of time and, if such is the case, - setting remaining volumes to a lower discrete volume indication. - continuously determining remaining volumes of reducing agent in the form of discrete volume indications, - continuously determining reducing agent volumes dosed by existing dosing configurations, - setting a period of time on the basis of said volumes dosed since the time of a latest discrete volume indication determined, - continuously deciding whether a discrete volume indication thus determined is within a specific portion of said period of time and, if such is the case, - setting remaining volumes to a lower discrete volume indication.
In vitro method for determining the alleles of immunoglobulins G3 (IgG3s) of an individual, the method comprising steps of: isolating the IgG3s present in the blood sample from the individual; submitting the isolated IgG3s to an enzymatic digestion in the presence of the endoproteinase AspN and of trypsin in order to obtain a mixture of proteotypic peptides of IgG3; and detecting, by mass spectrometry, among the mixture of proteotypic peptides of IgG3, the presence of at least one peptide distinctive of G3m and/or IGHG3 alleles in order to determine the alleles of the IgG3s present in the blood sample from the individual, wherein the at least one peptide distinctive of G3m and/or IGHG3 alleles is the peptide distinctive of G3m and/or IGHG3 alleles consisting of SEQ ID NO: 2. isolating the IgG3s present in the blood sample from the individual; submitting the isolated IgG3s to an enzymatic digestion in the presence of the endoproteinase AspN and of trypsin in order to obtain a mixture of proteotypic peptides of IgG3; and detecting, by mass spectrometry, among the mixture of proteotypic peptides of IgG3, the presence of at least one peptide distinctive of G3m and/or IGHG3 alleles in order to determine the alleles of the IgG3s present in the blood sample from the individual, wherein the at least one peptide distinctive of G3m and/or IGHG3 alleles is the peptide distinctive of G3m and/or IGHG3 alleles consisting of SEQ ID NO: 2.
A sending method, comprising: acquiring one or more time-domain signals corresponding to one or more frequency-domain signals except primary synchronization frequency-domain signals, said acquiring comprises: generating the one or more frequency-domain signals except the primary synchronization frequency-domain signals, and acquiring the one or more time-domain signals by converting the generated one or more frequency-domain signals; determining one primary synchronization time-domain signal in at least two pre-stored primary synchronization time-domain signals and performing weighted processing on the determined primary synchronization time-domain signal, said determining comprises: selecting one primary synchronization time-domain signal from the at least two pre-stored primary synchronization time-domain signals according to a cell Identifier, ID, and performing power and phase weighted processing on the selected primary synchronization time-domain signal; and sending a signal which is obtained by adding the weighted primary synchronization time-domain signal and the one or more time-domain signals. acquiring one or more time-domain signals corresponding to one or more frequency-domain signals except primary synchronization frequency-domain signals, said acquiring comprises: generating the one or more frequency-domain signals except the primary synchronization frequency-domain signals, and acquiring the one or more time-domain signals by converting the generated one or more frequency-domain signals; determining one primary synchronization time-domain signal in at least two pre-stored primary synchronization time-domain signals and performing weighted processing on the determined primary synchronization time-domain signal, said determining comprises: selecting one primary synchronization time-domain signal from the at least two pre-stored primary synchronization time-domain signals according to a cell Identifier, ID, and performing power and phase weighted processing on the selected primary synchronization time-domain signal; and sending a signal which is obtained by adding the weighted primary synchronization time-domain signal and the one or more time-domain signals.
Household refrigeration device, having a storage space for refrigerated items, a thermally insulated inner container which delimits the storage space and has two opposing side walls (3a, 3b) that laterally delimit the storage space, and at least one glass shelf arranged in the storage space between the two opposing side walls (3a, 3b) which has a storage area, wherein the storage area of the glass shelf is provided with a shock-absorbing layer which has a smooth surface, characterised in that the shock-absorbing layer is formed by a support mat at least partially covering the storage area of the glass shelf, and that the support mat has a flat central section which at least partially covers the storage area of the glass shelf and has at least one end section which engages around at least one lateral edge of the glass shelf, or that the layer is formed by a dimensionally stable plastic body with an essentially rectangular level central area section and two opposing end sections (11a, 11b) that are U-shaped in cross-section, wherein the one end section engages around the front edge and the other end section engages around the rear edge of the glass shelf in a form-fit manner.
Apparatus designed to determine and/or monitor a predefined level of a medium in a vessel with a sensor unit and an electronics unit, wherein the apparatus is a two-wire measuring device, wherein the electronics unit is designed to apply an excitation signal to the sensor unit and to receive a reception signal from the sensor unit, wherein the electronics unit comprises at least - an interface designed according to the NAMUR standard, - a first calculation unit, which is designed - in a normal operating mode - to determine whether a predefined level is reached on the basis of the reception signal, and to output this information in the form of an output current signal via the interface, - a second calculation unit, which is designed - in a diagnostic operating mode - to provide a statement about the state of the sensor unit, - at least one intermediate memory (9, 9a, 9b,...), which is designed to save the at least one statement about the state of the sensor unit, and which is electrically connected to the first calculation unit and to the second calculation unit, and - at least a switch element (10a, 10b), which makes it possible to switch between the normal operating mode and the diagnostic operating mode and vice versa, wherein the switch element (10a, 10b) is arranged and designed in such a way that the first calculation unit is operated in the normal operating mode while the second calculation unit is switched off, and in such a way that the second calculation unit is operated in the diagnostic operating mode when the first calculation unit is switched off. - an interface designed according to the NAMUR standard, - a first calculation unit, which is designed - in a normal operating mode - to determine whether a predefined level is reached on the basis of the reception signal, and to output this information in the form of an output current signal via the interface, - a second calculation unit, which is designed - in a diagnostic operating mode - to provide a statement about the state of the sensor unit, - at least one intermediate memory (9, 9a, 9b,...), which is designed to save the at least one statement about the state of the sensor unit, and which is electrically connected to the first calculation unit and to the second calculation unit, and - at least a switch element (10a, 10b), which makes it possible to switch between the normal operating mode and the diagnostic operating mode and vice versa, wherein the switch element (10a, 10b) is arranged and designed in such a way that the first calculation unit is operated in the normal operating mode while the second calculation unit is switched off, and in such a way that the second calculation unit is operated in the diagnostic operating mode when the first calculation unit is switched off.
A silver mirror having enhanced galvanic corrosion resistance, said mirror consisting essentially of an aluminum substrate having an in-situ formed chromium nitride layer having a thickness in the range of 50-150 nm on the aluminum substrate, a silver layer having a thickness in the range of 75-150 nm on the chromium nitride layer, a formed chromium oxide layer having a thickness in the range of 0.1 - 0.6 nm on the top of the silver layer, and one or a plurality of enhancing layers formed on the chromium oxide layer; wherein when a plurality of enhancing layers is used, different materials are used in alternating adjacent enhancing layers and each individual enhancing layer has a thickness in the range of 10-100 nm.
A helmet for protecting a wearer's head comprising: a protective layer configured to, when the helmet is impacted by a force, absorb the normal component thereof by compression and rupture (211, 212, 510, 601) when the tangential component of the force exceeds a predefined threshold, wherein the protective layer comprises closed-cell foam configured to perform said absorbing and said rupturing, characterized in that the closed-cell foam comprises expanded beads, and wherein the protective layer comprises a mixture of the beads and second granules, or a mixture of beads with different densities wherein the beads have a first density between 50 and 70m -3.kg, preferably 60m -3.kg; and a second density between 90 and 110m -3.kg, preferably 100m -3.kg.
A lift unit for ascending and descending in a shaft formed by a scaffold column (L0,L1,L2) of a scaffold, the scaffold column comprising at least one scaffold section, (L0,L1,L2) each scaffold section being defined as comprising two sets of four ledgers which form equal rectangles which lie substantially in horizontal planes and which are connected to each other by means of uprights at their corresponding corners, the lift unit comprising a first part adapted so that it can be fixed at different heights to the scaffold by means of a first set of fixing means; a second part adapted so that it can be fixed at different heights to the scaffold by means of a second set of fixing means; a distance control means adapted to drive a variation in the distance between the first set of fixing means and the second set of fixing means.