mhurhangee/patent-ind-claim-en huggingface dataset:
HVAC/sanitary device having a fluid-conveying device (14a; 14b) and having a mounting device which has at least one accommodating unit (16a; 16b), in particular a carrier frame, for accommodating the fluid-conveying device (14a; 14b), wherein the accommodating unit (16a; 16b) comprises at least one mounting point (18a; 18b) which is intended for fixing of the fluid-conveying device (14a; 14b) to the accommodating unit (16a; 16b), characterized in that the accommodating unit (16a; 16b) comprises a narrowing pedestal section (20a; 20b) for erection or mounting of the accommodating unit (16a; 16b) on a substrate, in particular floor or roof (24a; 26a; 24b), wherein the pedestal section (20a; 20b) forms the mounting point (18a; 18b), wherein the mounting device has a compensating foot unit (32a; 32b) which is pivotably arranged on the pedestal section (20a; 20b) for orientation of the accommodation unit (16a; 16b) relative to the substrate, wherein the compensating foot unit (32a; 32b) comprises a pivoting carrier which is intended for rotationally fixed arrangement on the accommodating unit (16a; 16b), and wherein the compensating foot unit (32a; 32b) comprises at least one mounting foot (64a; 64b) which is intended for rotationally fixed arrangement on the substrate, wherein the compensating foot unit (32a; 32b) comprises a pivot axle , wherein the pivoting carrier (56a; 56b) is mounted on the pivot axle (54a; 54b) so as to be pivotable relative to the mounting foot (64a; 64b), wherein the mounting foot (64a; 64b) is intended for fixing to an inclined substrate, in particular a roof .
Separator plate with a receptacle for a drive shaft, which defines an axis of rotation , and with - a first ring area adjoining radially to the receptacle , - a second ring area adjoining radially to the first ring area and - a third ring area adjoining radially to the second ring area , wherein the second ring area has multiple spokes which connect the first and the third ring areas to one another and that flow channels extending in axial direction are between the spokes , characterized in that those spokes which are adjacent to or which comprise a sprue location, have at least one section with a tapered cross-sectional area, wherein the cross-sectional area is a circular-cylindrical area around the axis of rotation and wherein the section with the tapered cross-sectional area is more distant from the axis of rotation than the respective closest sprue location. - a first ring area adjoining radially to the receptacle , - a second ring area adjoining radially to the first ring area and - a third ring area adjoining radially to the second ring area , wherein the second ring area has multiple spokes which connect the first and the third ring areas to one another and that flow channels extending in axial direction are between the spokes , characterized in that those spokes which are adjacent to or which comprise a sprue location, have at least one section with a tapered cross-sectional area, wherein the cross-sectional area is a circular-cylindrical area around the axis of rotation and wherein the section with the tapered cross-sectional area is more distant from the axis of rotation than the respective closest sprue location.
Neutral electrode device for application of an RF current to a biological tissue, comprising: - a supporting structure having a first and a second side; - at least one electrode , which is arranged on the first side of the supporting structure ; - a phase change material (PCM) for absorbing heat, which is arranged on the second side of the supporting structure , characterized in that the phase change material is formed at least in part as blocks and the blocks are arranged at least partially spaced apart from one another to form spacing gaps and wherein the blocks comprise a polymer structure and the polymer structure is formed in a sponge-like manner, the phase change material being worked into the polymer structure. - a supporting structure having a first and a second side; - at least one electrode , which is arranged on the first side of the supporting structure ; - a phase change material (PCM) for absorbing heat, which is arranged on the second side of the supporting structure ,
A catheter delivery system, comprising: a guidewire ; a catheter comprising a lumen, a distal end , and a proximal end; a self-expanding sheath slidably disposed in the lumen, the self-expanding sheath comprising a distal end and a proximal end , the self-expanding sheath being capable of moving from a collapsed state within the catheter to an expanded state outside the catheter during deployment with an outer diameter greater than an inner diameter of the catheter ; wherein the self-expanding sheath and the catheter are advanceable in tandem over the guidewire such that as the distal end of the self-expanding sheath is moved distally relative to the catheter , the self-expanding sheath expands to the expanded state, further comprising a snug fit between the self-expanding sheath and the catheter , characterised by : the distal end of the self-expanding sheath comprising a tapered tip , and a snug fit between an inner diameter of the distal end of the self-expanding sheath and the guidewire . a guidewire ; a catheter comprising a lumen, a distal end , and a proximal end; a self-expanding sheath slidably disposed in the lumen, the self-expanding sheath comprising a distal end and a proximal end , the self-expanding sheath being capable of moving from a collapsed state within the catheter to an expanded state outside the catheter during deployment with an outer diameter greater than an inner diameter of the catheter ; wherein the self-expanding sheath and the catheter are advanceable in tandem over the guidewire such that as the distal end of the self-expanding sheath is moved distally relative to the catheter , the self-expanding sheath expands to the expanded state, further comprising a snug fit between the self-expanding sheath and the catheter , characterised by : the distal end of the self-expanding sheath comprising a tapered tip , and a snug fit between an inner diameter of the distal end of the self-expanding sheath and the guidewire . the distal end of the self-expanding sheath comprising a tapered tip , and a snug fit between an inner diameter of the distal end of the self-expanding sheath and the guidewire .
A method performed by a user equipment , UE, the method comprising: transmitting , to a network entity , an area update request message; receiving , from the network entity , an area update reject message including information associated with congestion of the network entity ; and transmitting , in case that the UE is in an ATTEMPTING TO UPDATE state in response to the area update reject message including the information, a detach indication to the network entity based on a T3246 timer running and a location area of a current cell being the same as a stored location area. transmitting , to a network entity , an area update request message; receiving , from the network entity , an area update reject message including information associated with congestion of the network entity ; and transmitting , in case that the UE is in an ATTEMPTING TO UPDATE state in response to the area update reject message including the information, a detach indication to the network entity based on a T3246 timer running and a location area of a current cell being the same as a stored location area.
Arrangement for closing an opening in a vehicle roof, the arrangement having a transparent pane , characterized in that arranged on the pane , on an underside of the pane that is facing the passenger compartment , is a light guide film , into which light from a light source of the arrangement can be coupled, and which is formed in such a way that it emits the incoupled light into the passenger compartment , the light guide film being part of a film assembly , which is adhesively attached on or laminated to the underside of the pane .
Method for providing a drug delivery system comprising a virus-like particle (VLP) derived from John Cunningham virus (JCV) comprising the following steps: a) providing a composition comprising VP1 proteins, b) exposing the VP1 proteins of the composition of a) to conditions inducing the VP1 to assemble into VLP, c) exposing the VLP of the composition of b) to conditions disassembling the VLP into pentamers, d) exposing the pentamers of the composition of c) to conditions inducing the pentamers to reassemble into VLP e) exposing the VLP of the composition of d) to conditions disassembling the VLP into pentamers, f) exposing the pentamers of the composition of e) to a cargo and conditions inducing the pentamers to assemble into a VLP associated with the cargo, whereas the VP1 comprises an amino acid sequence which is at least 80 %, more preferably at least 90 % identical to the amino acid sequence according to SEQ ID NO: 1 over its entire length, preferably has the amino acid sequence of SEQ ID NO: 1 and/or whereas a nucleotide sequence of the VP1 protein is at least 70 %, more preferably at least 80 %, more preferably at least 90 % identical to the nucleotide sequence of SEQ ID NO: 2 over its entire length, preferably is the nucleotide sequence of SEQ ID NO: 2. a) providing a composition comprising VP1 proteins, b) exposing the VP1 proteins of the composition of a) to conditions inducing the VP1 to assemble into VLP, c) exposing the VLP of the composition of b) to conditions disassembling the VLP into pentamers, d) exposing the pentamers of the composition of c) to conditions inducing the pentamers to reassemble into VLP e) exposing the VLP of the composition of d) to conditions disassembling the VLP into pentamers, f) exposing the pentamers of the composition of e) to a cargo and conditions inducing the pentamers to assemble into a VLP associated with the cargo, whereas the VP1 comprises an amino acid sequence which is at least 80 %, more preferably at least 90 % identical to the amino acid sequence according to SEQ ID NO: 1 over its entire length, preferably has the amino acid sequence of SEQ ID NO: 1 and/or whereas a nucleotide sequence of the VP1 protein is at least 70 %, more preferably at least 80 %, more preferably at least 90 % identical to the nucleotide sequence of SEQ ID NO: 2 over its entire length, preferably is the nucleotide sequence of SEQ ID NO: 2.
A battery charging apparatus comprising: a memory configured to store instructions; and a processor configured to execute the instructions wherein, when the instructions are executed, the processor is configured to: determine, in an initial charging step, a battery overpotential based on a battery voltage (S(C)), the battery voltage (S(C)) corresponding to a charging capacity (C) of the battery, and a reference battery voltage (R(C)), the reference battery voltage (R(C)) being determined based on the charging capacity (C), wherein the battery overpotential is a difference between the battery voltage (S(C)) and the reference battery voltage (R(C)), determine whether a condition for changing a battery charging step is satisfied based on the battery overpotential, and change the battery charging step from the initial charging step to the adjusted charging step in response to the condition being satisfied, wherein the condition comprises a first condition defined as a case in which the battery overpotential is greater than or equal to a threshold voltage (A(C)). a memory configured to store instructions; and a processor configured to execute the instructions wherein, when the instructions are executed, the processor is configured to: determine, in an initial charging step, a battery overpotential based on a battery voltage (S(C)), the battery voltage (S(C)) corresponding to a charging capacity (C) of the battery, and a reference battery voltage (R(C)), the reference battery voltage (R(C)) being determined based on the charging capacity (C), wherein the battery overpotential is a difference between the battery voltage (S(C)) and the reference battery voltage (R(C)), determine whether a condition for changing a battery charging step is satisfied based on the battery overpotential, and change the battery charging step from the initial charging step to the adjusted charging step in response to the condition being satisfied, wherein the condition comprises a first condition defined as a case in which the battery overpotential is greater than or equal to a threshold voltage (A(C)). determine, in an initial charging step, a battery overpotential based on a battery voltage (S(C)), the battery voltage (S(C)) corresponding to a charging capacity (C) of the battery, and a reference battery voltage (R(C)), the reference battery voltage (R(C)) being determined based on the charging capacity (C), wherein the battery overpotential is a difference between the battery voltage (S(C)) and the reference battery voltage (R(C)), determine whether a condition for changing a battery charging step is satisfied based on the battery overpotential, and change the battery charging step from the initial charging step to the adjusted charging step in response to the condition being satisfied, wherein the condition comprises a first condition defined as a case in which the battery overpotential is greater than or equal to a threshold voltage (A(C)).
A flap folding unit , comprising at least one flap folding device (110a-b) having a disc-like member being configured to be arranged in a first position to urge passing front flaps of an associated cardboard case to fold, and in a second position to allow unfolded rear flaps of the associated cardboard case to pass the disc-like member wherein the disc-like member comprises a convex portion and a recessed portion , the disc-like member is connected to a link arm , and the link arm extends substantially parallel with a cardboard case feeder . such that when the cardboard advances in its feeding direction, the link arm is keeping the already folded flaps maintained folded. the disc-like member comprises a convex portion and a recessed portion , the disc-like member is connected to a link arm , and the link arm extends substantially parallel with a cardboard case feeder . such that when the cardboard advances in its feeding direction, the link arm is keeping the already folded flaps maintained folded.
A vehicle control method for autonomous vehicles , the method comprising: detecting characteristics of a driving environment of an advance traveling vehicle to generate driving environment information, wherein the characteristics of the driving environment includes at least one of a landmark, lane width, speed limit information, or a road surface marker; identifying, by one or more servers , differences between the driving environment information of the driving environment and a map data (DE1) stored in the one or more servers ; updating, at the one or more servers , the map data based on the identified differences to generate an updated map data (DE1', DE2); transmitting the updated map data (DE1', DE2) from the one or more servers to a following vehicle that travels after the advance traveling vehicle ; and controlling a driving system of the following vehicle based on the updated map data (DE1', DE2). detecting characteristics of a driving environment of an advance traveling vehicle to generate driving environment information, wherein the characteristics of the driving environment includes at least one of a landmark, lane width, speed limit information, or a road surface marker; identifying, by one or more servers , differences between the driving environment information of the driving environment and a map data (DE1) stored in the one or more servers ; updating, at the one or more servers , the map data based on the identified differences to generate an updated map data (DE1', DE2); transmitting the updated map data (DE1', DE2) from the one or more servers to a following vehicle that travels after the advance traveling vehicle ; and controlling a driving system of the following vehicle based on the updated map data (DE1', DE2).
A method of removing carbon dioxide from a flue gas, the method comprising: a) introducing a flow of ammonia into a humidified flow of flue gas; and, b) diffusing the gas mixture from step a) into a solution containing calcium nitrate, sodium nitrate or calcium sulphate to produce carbonate and/or bicarbonate precipitates in an ammonium nitrate or ammonium sulphate solution through a gas-liquid contactor , the gas-liquid contactor being disposed in a vessel having a draft tube in the form of a hollow cylinder concentrically aligned along a central longitudinal axis of the vessel , wherein the draft tube is supported within the vessel by supporting brackets laterally extending from side walls of the vessel , and an impellor mounted on a shaft concentrically disposed within the draft tube , wherein the gas mixture inlet 14 is integral with the gas-liquid contactor disposed in an upper portion above the draft tube , the gas-liquid contactor comprising a hollow perforated annulus provided with a sliding skirt with open by-pass slots that fits within the draft tube , the arrangement being such that an outer diameter of the perforated annulus is spaced apart from side walls of the draft tube and the impellor creates a down draft which draws the flow of gas bubbles downward through the draft tube and along a circulatory path to disperse the bubbles of the gas mixture in said solution for a period of time sufficient to produce carbonate and/or bicarbonate precipitates. a) introducing a flow of ammonia into a humidified flow of flue gas; and, b) diffusing the gas mixture from step a) into a solution containing calcium nitrate, sodium nitrate or calcium sulphate to produce carbonate and/or bicarbonate precipitates in an ammonium nitrate or ammonium sulphate solution through a gas-liquid contactor , the gas-liquid contactor being disposed in a vessel having a draft tube in the form of a hollow cylinder concentrically aligned along a central longitudinal axis of the vessel , wherein the draft tube is supported within the vessel by supporting brackets laterally extending from side walls of the vessel , and an impellor mounted on a shaft concentrically disposed within the draft tube , wherein the gas mixture inlet 14 is integral with the gas-liquid contactor disposed in an upper portion above the draft tube , the gas-liquid contactor comprising a hollow perforated annulus provided with a sliding skirt with open by-pass slots that fits within the draft tube , the arrangement being such that an outer diameter of the perforated annulus is spaced apart from side walls of the draft tube and the impellor creates a down draft which draws the flow of gas bubbles downward through the draft tube and along a circulatory path to disperse the bubbles of the gas mixture in said solution for a period of time sufficient to produce carbonate and/or bicarbonate precipitates.
Storage medium for storing hydrogen chloride (HCl) comprising at least one ionic compound of the general formulae (I) [NR 1 a R 2 b R 3 c ][Cl(HCl) n ] (I) Wherein R 1 , R 2 , R 3 being independent from each other an alkyl moiety selected from the group of methyl, ethyl, n-propyl, iso-propyl, n-butyl, iso-butyl and sec-butyl, preferably methyl, ethyl, n-propyl, n-butyl; Wherein at least one of the moieties R 1 , R 2 , R 3 differs from each of the others moieties R 1 , R 2 , R 3 ; Wherein a, b, c are independently from each other 0, 1, 2 or 3, wherein the sum of a+b+c always has to be 4; Wherein n >= 1, preferably n = 1-6, more preferably n = 1, 2, 3, 4, and With a viscosity in a range between 5 and 50 mPas, preferably between 10 and 20 mPas (25°C, 1000 hPa). Wherein R 1 , R 2 , R 3 being independent from each other an alkyl moiety selected from the group of methyl, ethyl, n-propyl, iso-propyl, n-butyl, iso-butyl and sec-butyl, preferably methyl, ethyl, n-propyl, n-butyl; Wherein at least one of the moieties R 1 , R 2 , R 3 differs from each of the others moieties R 1 , R 2 , R 3 ; Wherein a, b, c are independently from each other 0, 1, 2 or 3, wherein the sum of a+b+c always has to be 4; Wherein n >= 1, preferably n = 1-6, more preferably n = 1, 2, 3, 4, and With a viscosity in a range between 5 and 50 mPas, preferably between 10 and 20 mPas (25°C, 1000 hPa).
A security lock for trailer cargo compartment door comprising at least - an electromechanical locking mechanism comprising at least a lock tongue is mounted on the door of the hermetically closeable cargo compartment of the trailer, - wherein said electromechanical locking mechanism has means to interface it to communication means for remote monitoring and locking/unlocking, - a tongue-loop of the lock, characterized in that said electromechanical locking mechanism is fixedly arranged on the external side at the bottom part of the door at the door perimeter, and a tongue-loop of the lock is fixedly arranged on the bottom part of the jamb of the door , in such a way that during locking said tongue of the lock extends from said electromechanical locking mechanism into said tongue-loop , - wherein said electromechanical locking mechanism further provides mechanical key to lock and unlock by mechanical-only means, - the security lock further comprises a protective stainless steel case which is fixedly mounted or welded to the door , by covering the electro-mechanical locking mechanism , and extending over the jamb to cover the tongue-loop when the door is closed. - an electromechanical locking mechanism comprising at least a lock tongue is mounted on the door of the hermetically closeable cargo compartment of the trailer, - wherein said electromechanical locking mechanism has means to interface it to communication means for remote monitoring and locking/unlocking, - a tongue-loop of the lock, - wherein said electromechanical locking mechanism further provides mechanical key to lock and unlock by mechanical-only means, - the security lock further comprises a protective stainless steel case which is fixedly mounted or welded to the door , by covering the electro-mechanical locking mechanism , and extending over the jamb to cover the tongue-loop when the door is closed.
A sub-band processing method, comprising: transforming an audio signal into a plurality of frequency bins each having a phase value; partitioning the plurality of frequency bins into a smaller number of bands; defining a first band to include multiple bins of the plurality of frequency bins; determining a representative phase value for the first band by a processor programmed to determine the representative phase value based on the phase value of at least one of the multiple bins within the first band; determining a representative magnitude for the first band; and processing the first band using the representative phase and magnitude value, based on original spectral relationships between the representative phase and magnitude value and the bins in the first band. transforming an audio signal into a plurality of frequency bins each having a phase value; partitioning the plurality of frequency bins into a smaller number of bands; defining a first band to include multiple bins of the plurality of frequency bins; determining a representative phase value for the first band by a processor programmed to determine the representative phase value based on the phase value of at least one of the multiple bins within the first band; determining a representative magnitude for the first band; and processing the first band using the representative phase and magnitude value, based on original spectral relationships between the representative phase and magnitude value and the bins in the first band.