mhurhangee/ep-ind-claims huggingface dataset:
A Client Unit, CU, login method, for use in a multi-platform interconnection and intercommunication Video Surveillance System, VSS, based on a structure of a Wireless Mesh Network, comprising: configuring, in an access platform, management information of a docking platform, and configuring, in the docking platform, a shared channel for the access platform; and after receiving a request of logging in the docking platform from a CU, the access platform acquiring the management information of the docking platform, and initiating a CU login process to the docking platform according to the management information, wherein said configuring, in the docking platform, the shared channel for the access platform comprises: configuring, by said VSS, in a web portal of the docking platform, the shared channel for the access platform, performing right control on the shared channel, renumbering the shared channel according to a requirement of the docking platform, and mapping a Global Unique Identifier, GUID, number of the access platform into a number required by the docking platform. configuring, in an access platform, management information of a docking platform, and configuring, in the docking platform, a shared channel for the access platform; and after receiving a request of logging in the docking platform from a CU, the access platform acquiring the management information of the docking platform, and initiating a CU login process to the docking platform according to the management information, wherein said configuring, in the docking platform, the shared channel for the access platform comprises: configuring, by said VSS, in a web portal of the docking platform, the shared channel for the access platform, performing right control on the shared channel, renumbering the shared channel according to a requirement of the docking platform, and mapping a Global Unique Identifier, GUID, number of the access platform into a number required by the docking platform.
A method used to arrange articles that are being moved in a transport direction on at least one transport path, wherein a defined space between successive articles is formed within the at least one transport path, wherein the at least one transport path comprises a first transport unit, a second transport unit that is adjacent in transport direction of the articles to the first transport unit, and a control unit, wherein the control unit holds information on a master axis, which information is information on the planned interval between articles comprising the space after the article and the article size in transport direction, wherein the master axis defines the arrangement of the articles in a section of the second transport unit, wherein at least one actual position (P IST) of at least one article on the transport path is detected and compared with a target position (P SOLL) specified on the master axis, wherein a change of the speed and/or of the acceleration of the first transport unit of the at least one transport path is calculated by the control unit from a deviation of the actual position (P IST) of article from the target position (P SOLL) specified by the master axis, and wherein the speed and/or acceleration of the first transport unit is thereupon regulated by the control unit, characterised in that a planned space between the articles on the separation belt is indicated on the master axis by means of position marks, which are arranged on the master axis spaced apart by a space that corresponds to a sum of a planned distance between the articles on the second transport unit and an article length.
Water pipe with a washing vessel which can be filled with a washing liquid, a smoke column and a pipe bowl for receiving tobacco or tobacco substitutes, wherein the smoke column and/or the washing vessel has at least one mouthpiece connection and wherein, in the ready-to-use state, i.e. when the washing vessel is at least partially filled with a washing liquid and when a negative pressure is applied to the mouthpiece connection, a gas flow is effected from the pipe bowl via the smoke column into the washing vessel, into the washing liquid, into an unfilled volume of the washing vessel and through the mouthpiece connection, wherein a receptacle for a fuel is implemented in the immediate vicinity of the pipe bowl and wherein the fuel, in the ignited state, heats the tobacco or the tobacco substitute and thus generates smoke which is suitable for consumption, characterized in that a catalyst unit having a catalyst for catalyzing the oxidation of carbon monoxide to carbon dioxide with oxygen is arranged above the receptacle for the fuel in such a way that the fuel exhaust gases produced in the ignited state of the fuel are passed at least partially through the catalyst unit and at least some of the carbon monoxide present in the fuel exhaust gases is oxidized to carbon dioxide.
Water-bound facility having a power supply system, wherein the water-bound facility comprises a first zone and a second zone, having a first DC voltage bus for a first DC voltage and having a second DC voltage bus for a second DC voltage, having a first energy source and having a second energy source, wherein the first energy source is provided in the first zone to feed at least one DC voltage bus (11, 12) of the at least two DC voltage buses (11, 12) and wherein the second energy source is provided in the second zone to feed at least one DC voltage bus (11, 12) of the at least two DC voltage buses (11, 12), wherein the power supply system is at least partly subdivided in a zone-dependent manner, wherein the first DC voltage bus is suitable or provided for a first DC voltage level and the second DC voltage bus is suitable or provided for a second DC voltage level, characterized in that the first DC voltage level is higher than the second DC voltage level, wherein at least one of the DC voltage buses (11, 12) comprises a switching device (80, 81), wherein the switching device (80, 81) in the DC voltage bus (11, 12) is a fault isolator (80, 81), the fault isolator (80, 81) disconnecting the bus (11, 12) in particular in the event of a short-circuit fault. having a first DC voltage bus for a first DC voltage and having a second DC voltage bus for a second DC voltage, having a first energy source and having a second energy source, wherein the first energy source is provided in the first zone to feed at least one DC voltage bus (11, 12) of the at least two DC voltage buses (11, 12) and wherein the second energy source is provided in the second zone to feed at least one DC voltage bus (11, 12) of the at least two DC voltage buses (11, 12), wherein the power supply system is at least partly subdivided in a zone-dependent manner, wherein the first DC voltage bus is suitable or provided for a first DC voltage level and the second DC voltage bus is suitable or provided for a second DC voltage level, characterized in that the first DC voltage level is higher than the second DC voltage level, wherein at least one of the DC voltage buses (11, 12) comprises a switching device (80, 81), wherein the switching device (80, 81) in the DC voltage bus (11, 12) is a fault isolator (80, 81), the fault isolator (80, 81) disconnecting the bus (11, 12) in particular in the event of a short-circuit fault.
Method for identifying a reagent during a process in an analysis system, wherein the analysis system comprises a liquid chromatograph comprising a liquid chromatography separation station comprising a plurality of chromatographic columns and a mass spectrometer, the method comprising: - providing a reagent, i.e. a substance used for treatment of a sample in order to prepare it for analysis in said analysis system, - adding at least one chemical substance, assigned to one of the liquid chromatography channels, to the reagent with a concentration being below a detection level of the mass spectrometer, - adding the reagent together with the chemical substance to the sample, - enriching the chemical substance within the liquid chromatograph to a concentration above the detection level of the mass spectrometer, - processing the sample together with the reagent and with the enriched chemical substance by means of the analysis system, and - identifying the reagent based on a detection of a substance detection signal of the mass spectrometer representing the chemical substance, wherein the reagent is continuously identified by the chemical substance during the process to detect whether the reagent has passed a target or correct liquid chromatography channel of the liquid chromatograph. - providing a reagent, i.e. a substance used for treatment of a sample in order to prepare it for analysis in said analysis system, - adding at least one chemical substance, assigned to one of the liquid chromatography channels, to the reagent with a concentration being below a detection level of the mass spectrometer, - adding the reagent together with the chemical substance to the sample, - enriching the chemical substance within the liquid chromatograph to a concentration above the detection level of the mass spectrometer, - processing the sample together with the reagent and with the enriched chemical substance by means of the analysis system, and - identifying the reagent based on a detection of a substance detection signal of the mass spectrometer representing the chemical substance, wherein the reagent is continuously identified by the chemical substance during the process to detect whether the reagent has passed a target or correct liquid chromatography channel of the liquid chromatograph.
Method for continuously producing ammonia from a solution of an ammonia precursor substance by means of an ammonia gas generator comprising a catalyst unit which comprises a catalyst for decomposing and/or hydrolysing ammonia precursor substances in ammonia and a mixing chamber arranged upstream of the catalyst in the flow direction, the catalyst having a catalyst volume V CAT and the mixing chamber having a mixing chamber volume V MIX, characterised in that the solution of ammonia precursor substance is introduced into the mixing chamber in such a way that the end-face loading on the catalyst is 3.0 to 15 g / (h*cm 2).
A strap comprising a propylene and 1-hexene copolymer containing from 0.25 wt% to less than 5wt% of 1-hexene derived units said copolymer having a melt flow rate determined according to ISO method 1133 (230° C, 2.16 kg ranging from 0.3 to less than 11 g/10min.
Process for converting cellulosic biomass or cellulose into lactic acid, comprising bringing said biomass or cellulose into contact, in the presence of water, with a non-zeolitic heterogeneous catalyst based on tin and/or antimony, said catalyst having Lewis-type acid sites.
Disc brake for a commercial vehicle, comprising - a brake calliper encompassing a brake disc, - in which is located at least one brake pad, which can be pressed against the brake disc and is located in a pad shaft of a stationary adapter - wherein the pad shaft is bounded laterally by adapter horns for supporting the installed brake pad, - further comprising an application device having at least one application plunger, which can be pressed against the brake pad, - wherein the side faces of the brake pad which face the adapter horns and the adapter horns adjacent to these lateral surfaces are connected to one another by an elastically deformable elastomer component, the elastomer components being positioned such that an application movement of the brake pad towards the brake disc increases the elastic deformation and thus a restoring force (F R) of the elastomer components against the application direction, characterised in that - the lateral surfaces of the brake pad which face the adapter horns have grooves in which the elastomer components are held. - a brake calliper encompassing a brake disc, - in which is located at least one brake pad, which can be pressed against the brake disc and is located in a pad shaft of a stationary adapter - wherein the pad shaft is bounded laterally by adapter horns for supporting the installed brake pad, - further comprising an application device having at least one application plunger, which can be pressed against the brake pad, - wherein the side faces of the brake pad which face the adapter horns and the adapter horns adjacent to these lateral surfaces are connected to one another by an elastically deformable elastomer component, the elastomer components being positioned such that an application movement of the brake pad towards the brake disc increases the elastic deformation and thus a restoring force (F R) of the elastomer components against the application direction, - the lateral surfaces of the brake pad which face the adapter horns have grooves in which the elastomer components are held.
A refrigeration system, comprising: a cooling unit configured to cool a heat transfer fluid; and a thermal energy storage assembly (130; 220; 403) configured to circulate the heat transfer fluid from the cooling unit and back to the cooling unit, the thermal energy storage assembly configured to refrigerate a compartment, the thermal energy storage assembly comprising: a first pipe configured to have the heat transfer fluid flow through a bore of the first pipe; a second pipe surrounding the first pipe; and a phase change material filling the space between the first pipe and the second pipe, the phase change material storing thermal energy from the heat transfer fluid, characterized in that the phase change material acts as a robust refrigeration material that is able to absorb heat from an atmosphere that is being cooled. a cooling unit configured to cool a heat transfer fluid; and a thermal energy storage assembly (130; 220; 403) configured to circulate the heat transfer fluid from the cooling unit and back to the cooling unit, the thermal energy storage assembly configured to refrigerate a compartment, the thermal energy storage assembly comprising: a first pipe configured to have the heat transfer fluid flow through a bore of the first pipe; a second pipe surrounding the first pipe; and a phase change material filling the space between the first pipe and the second pipe, the phase change material storing thermal energy from the heat transfer fluid, characterized in that the phase change material acts as a robust refrigeration material that is able to absorb heat from an atmosphere that is being cooled. a first pipe configured to have the heat transfer fluid flow through a bore of the first pipe; a second pipe surrounding the first pipe; and a phase change material filling the space between the first pipe and the second pipe, the phase change material storing thermal energy from the heat transfer fluid, characterized in that the phase change material acts as a robust refrigeration material that is able to absorb heat from an atmosphere that is being cooled.
Mould for producing a shoe by direct injection onto an upper of a sole, comprising a tread and a midsole, wherein the midsole is composed of a first layer and a second layer; the mould comprising a base, a pair of first half-rings, a lid, a pair of second half-rings and a mould last, wherein the first half-rings are designed to be arranged close together such that they abut against the base and against the lid, so as to define a first mould cavity for moulding the first layer of the midsole, and wherein, while the first half-rings are abutting against the base, the second half-rings are designed to be arranged close together, such that they lie over the first half-rings and abut against the upper, fitted onto the mould last, so as to define a second mould cavity for moulding the second layer of the midsole; the mould being characterized in that the first half-rings are provided with guiding means, designed to slidably engage with corresponding guiding means provided in the base, so as to allow the first half-rings to be moved away from and towards each other, the first half-rings being hinged at the bottom with said guiding means so as to be able to rotate about an axis of rotation.
A composition, comprising: a solvent; a polymer having a plurality of pendant groups comprising, a first pendant group comprising a first quaternary ammonium component, a second pendant group comprising a nonpolar component, and a third pendant group comprising a first organosilane component; and an adhesion-promoting reagent. a solvent; a polymer having a plurality of pendant groups comprising, a first pendant group comprising a first quaternary ammonium component, a second pendant group comprising a nonpolar component, and a third pendant group comprising a first organosilane component; and an adhesion-promoting reagent. a first pendant group comprising a first quaternary ammonium component, a second pendant group comprising a nonpolar component, and a third pendant group comprising a first organosilane component; and an adhesion-promoting reagent.
A fuel maintenance guide system in a hybrid vehicle in which a shift to a fuel maintenance mode prioritizing consumption of fuel is automatically performed regardless of a driver's intention, the fuel maintenance guide system comprising: an information notification unit configured to perform notification of information urging consumption of the fuel; a first control unit configured to cause the vehicle to shift automatically to the fuel maintenance mode at a time when a predetermined number of days has elapsed since at least a predetermined amount of fuel is supplied to the vehicle; characterized by further comprising: a second control unit configured to begin to perform notifying actuation of the information notification unit a predetermined period of time before the time when the shift to the fuel maintenance mode is automatically performed; wherein the second control unit is configured to calculate the predetermined period of time based on an average traveling distance of the vehicle and fuel economy of the vehicle. an information notification unit configured to perform notification of information urging consumption of the fuel; a first control unit configured to cause the vehicle to shift automatically to the fuel maintenance mode at a time when a predetermined number of days has elapsed since at least a predetermined amount of fuel is supplied to the vehicle; a second control unit configured to begin to perform notifying actuation of the information notification unit a predetermined period of time before the time when the shift to the fuel maintenance mode is automatically performed; wherein the second control unit is configured to calculate the predetermined period of time based on an average traveling distance of the vehicle and fuel economy of the vehicle.
A reinforced composite structure for an aircraft, the reinforced composite structure comprising: a fiber reinforced composite stringer comprising a beam body portion and a runout portion that extends from the beam body portion in a first direction, wherein the beam body and runout portions (16, 18) are defined by projection of a variable I-shaped cross-section in the first direction along at least a portion of an entire combined length of the beam body and runout portions (16, 18), wherein the variable I-shaped cross-section has a cap section, a foot section, and a web section that extends between the cap and foot sections (22, 24), and wherein the variable I-shaped cross-section is configured such that a height of the web section tapers in the first direction along at least a portion of an entire length of the runout portion, characterized in that the variable I-shaped cross-section is configured such that a width of the web section flares in the first direction along the at least the portion of the entire length of the runout portion.
A method for precoding a transmission from an antenna array including antenna elements arranged along at least two axes at a transmitting radio node, the method comprising precoding the transmission using a main codebook which is representable as a Kronecker product of a first codebook and a second codebook, wherein the first codebook comprises predetermined sub-precoders and in that the second codebook comprises configurable sub-precoders, initially obtaining a precoded signal, which has been precoded using a codebook representable as a Kronecker product of the first codebook and a third codebook, which comprises sub-precoders; and transforming the precoded signal by a linear transformation representable as a Kronecker product including a factor representing a linear mapping from at least a subset of the sub-precoders of the third codebook to the sub-precoders of the second codebook.
A mixing device comprising a mixing container rotatable about a first axis of rotation for receiving mixing material, which has a mixer opening and a mixer cover which can be reciprocated between an opened position and a closed position, wherein the mixer cover in the closed position closes the mixer opening and in the opened position exposes the mixer opening, wherein there is provided a machine stand in which the mixing container is rotatably mounted and to which the mixer cover is so fixed that the mixing container in the closed position of the mixer cover is rotatable relative to the mixer cover about the first axis of rotation, wherein preferably arranged on the machine stand is a drive intended to drive a rotary movement of the mixing container about the first axis of rotation, wherein the machine stand has a stationary element and a pivotal element, wherein the pivotal element is mounted pivotably about a pivot axis relative to the stationary element, wherein the mixing container is mounted rotatably to the pivotal element and the mixer cover is fixed to the pivotal element, characterised in that the mixer cover has a mixing element, preferably a mixer shaft, which is mounted rotatably with respect to the mixer cover in relation to a second axis of rotation and which is of such a configuration and arrangement that in the closed position of the mixer cover it is within the mixing container, wherein the second axis of rotation is preferably parallel and particularly preferably parallel but not identical to the first axis of rotation.
A well comprising: (a) a valve on a drill string, the valve comprising: (i) an obstructing member moveable between a first position where fluid flow is permitted, and a second position where fluid flow is restricted through the drill string in order to shut the well downhole; (ii) a movement mechanism; (iii) and a wireless receiver, adapted to receive a wireless signal; wherein the movement mechanism is operable to move the obstructing member from one of the first and second positions to the other of the first and second positions in response to a change in the signal being received by the wireless receiver; (b) sensors to detect a parameter in the well, in the vicinity of the valve; wherein a sensor is provided above and a sensor is provided below the valve. (a) a valve on a drill string, the valve comprising: (i) an obstructing member moveable between a first position where fluid flow is permitted, and a second position where fluid flow is restricted through the drill string in order to shut the well downhole; (ii) a movement mechanism; (iii) and a wireless receiver, adapted to receive a wireless signal; wherein the movement mechanism is operable to move the obstructing member from one of the first and second positions to the other of the first and second positions in response to a change in the signal being received by the wireless receiver; (i) an obstructing member moveable between a first position where fluid flow is permitted, and a second position where fluid flow is restricted through the drill string in order to shut the well downhole; (ii) a movement mechanism; (iii) and a wireless receiver, adapted to receive a wireless signal; (b) sensors to detect a parameter in the well, in the vicinity of the valve; wherein a sensor is provided above and a sensor is provided below the valve.