mhurhangee/ep-ind-claims huggingface dataset:
Device for guiding a line having a guiding device (24, 28) in which a first section of the line is guided in the longitudinal direction thereof against the elastic force of a restoring device in a linearly movable manner, wherein a second curved section of the line, which forms a longitudinal reserve, adjoins the first section and wherein the restoring device comprises at least one tension spring arranged next to the first section of the line and designed as a coil spring, said tension spring being rigidly connected with a first end to the first section of the line and with a second end to the guiding device (24, 28), characterised in that into the at least one coil spring at at least one of the ends thereof is slid a fastening plate, spanning its cross-section, which comprises a slot, which is open at the edge, through said slot runs a wire section of the coil spring, wherein the fastening plate is provided with fastening means for connecting to the first section of the line or to the guiding device (24, 28).
System for obtaining the external shape of motor vehicles which can be applied to car-washing apparatuses already installed or to be installed, said system being able to reproduce the external shape of said motor vehicles and comprising means for detecting the outer shape of the motor vehicle, a central operating control unit, and software means for handling, processing data loaded on said central unit, and filtering such processed data, wherein the means for detecting the outer shape of the motor vehicles comprise: a top sensor means to take a reading of the motor vehicle from the top thereof, said top sensor being movable with respect to the longitudinal axis of said motor vehicle; and a side sensor means to take a reading of the motor vehicle from the side thereof, said side sensor being movable around the side surface of said motor vehicle, wherein said detection means comprise distance detection laser sensor means, wherein the laser beams emitted by each laser sensor means are impinged onto the surface of the motor vehicle and reflected by said surface; the distance of a given point of the motor vehicle, namely the point which caused the reflection of said laser beam, from the sensor means which emitted the laser beam is determined by calculating the time elapsing between the emission time of the laser beam and the reception time of the reflected pulse, characterized in that said sensor means can swing with respect to a given plane by an angle of about 190° to allow all the data of the shape of the motor vehicle to be obtained.
A method for increasing propylene oxide output of an existing integrated process for making propylene oxide and propylene glycol, said integrated process comprising a step a) of reacting propene with an oxidant to provide propylene oxide, a step b) of reacting a fraction of the propylene oxide provided in step a) with water to provide an aqueous glycol solution comprising monopropylene glycol and dipropylene glycol and a step c) of separating monopropylene glycol and dipropylene glycol from said aqueous glycol solution by a multi-step distillation, said method comprising adding a step d) of reacting propene and hydrogen peroxide in the presence of a catalyst mixture comprising a phase transfer catalyst and a heteropolytungstate in a liquid reaction mixture, comprising an aqueous phase with a maximum apparent pH of 6 and an organic phase, wherein the term "apparent pH" refers to a value determined by measurement with a glass electrode employing a commercial pH meter calibrated with aqueous buffer solution of known pH for measuring dilute aqueous solutions and a step e) of separating the liquid reaction mixture provided by step d) into an organic phase, which is recycled to step d), and an aqueous phase comprising monopropylene glycol and dipropylene glycol, which is passed to step c), said aqueous phase provided by step e) replacing aqueous glycol solution provided by step b) and at the same time reducing the fraction of propylene oxide passed from step a) to step b) to lower the output of aqueous glycol solution from step b). a step b) of reacting a fraction of the propylene oxide provided in step a) with water to provide an aqueous glycol solution comprising monopropylene glycol and dipropylene glycol and a step c) of separating monopropylene glycol and dipropylene glycol from said aqueous glycol solution by a multi-step distillation, said method comprising adding a step d) of reacting propene and hydrogen peroxide in the presence of a catalyst mixture comprising a phase transfer catalyst and a heteropolytungstate in a liquid reaction mixture, comprising an aqueous phase with a maximum apparent pH of 6 and an organic phase, wherein the term "apparent pH" refers to a value determined by measurement with a glass electrode employing a commercial pH meter calibrated with aqueous buffer solution of known pH for measuring dilute aqueous solutions and a step e) of separating the liquid reaction mixture provided by step d) into an organic phase, which is recycled to step d), and an aqueous phase comprising monopropylene glycol and dipropylene glycol, which is passed to step c), said aqueous phase provided by step e) replacing aqueous glycol solution provided by step b) and at the same time reducing the fraction of propylene oxide passed from step a) to step b) to lower the output of aqueous glycol solution from step b).
An optical network element comprising: - optical modules (6, 8) each having multiple fibres; - at least one fibre shuffle interconnector having ports to which said optical modules (6, 8) are connected; and - a configuration unit which performs an automatic configuration of said optical network element by controlling the optical modules (6, 8) connected to said fibre shuffle interconnector to transmit a fibre identifier associated with a fibre of the respective optical module (6, 8) to the respective port of said fibre shuffle interconnector to which said optical module (6, 8) is connected, wherein said fibre shuffle interconnector forwards the received fibre identifier via another port of said fibre shuffle interconnector to another optical module (6, 8) of said optical network element which detects said forwarded fibre identifier being monitored by said configuration unit to generate a connectivity matrix indicating the connection of said optical modules (6, 8) to said fibre shuffle interconnector on the basis of the detected fibre identifiers, wherein said optical modules (6,8) comprise a switch module having an interface for connecting the fibres of said switch module to a port of said fibre shuffle interconnector via a multifibre cable and transponder interfaces for connecting transponders to said switch module; and a fan-out-module having an interface for connecting the fibres of said fan-out-module to a port of said fibre shuffle interconnector via one or more multifibre cables and an inline interface for connecting the fan-out-module to an optical network interface of a line switch. - optical modules (6, 8) each having multiple fibres; - at least one fibre shuffle interconnector having ports to which said optical modules (6, 8) are connected; and - a configuration unit which performs an automatic configuration of said optical network element by controlling the optical modules (6, 8) connected to said fibre shuffle interconnector to transmit a fibre identifier associated with a fibre of the respective optical module (6, 8) to the respective port of said fibre shuffle interconnector to which said optical module (6, 8) is connected,
Agricultural loader having a pick-up device for picking up crop from the ground and having a loading space for storing the picked-up crop, wherein a loading flap is pivoted and/or height-adjustably mounted on an upper front wall section of a front wall of the loading space, wherein an adjustment mechanism for setting different operating positions of the loading flap and a sensor system for detecting crop pressure on the loading flap and/or for detecting a change in position of the loading flap as a result of crop pressure are provided, wherein the adjustment mechanism comprises a manual adjustment lever for tool-free, manual adjustment of various operating positions of the loading flap, which is arranged on an outer side of the loading space below half the height of the loading space and is connected to the loading flap by a transformer gear.
Method of molding containers, in which preforms of a thermoplastic material are heated in the region of a heating device and are then transferred to a molding device, in which the preforms are shaped into the containers by the action of a pressure within molding tools, characterized in that electrical braking energy generated by at least one electric motor of a device in the event of a braking operation is fed partially or completely into the heating device, wherein a brake switch is controllable via a control unit, which brake switch connects the connectors of the electric motor to the heating device when an electrical brake contact is closed.
A method of performing a handover for a terminal from a source base station to a target base station in a wireless communication system, the method comprising transmitting, by the terminal, measurement information to the source base station; comprising: - receiving, by the terminal, and after the source base station has determined that a handover should occur to a target base station, a handover command message from the source base station, wherein the handover command message includes access information, and the access information includes information related to a preamble as identified by the target base station for use by the terminal during a random access procedure with the target base station; - establishing, by the terminal, and in response to the handover command message, a radio connection with the target base station, wherein the terminal connects with the target base station during the random access procedure using the information related to the preamble identified by the target base station; and - transmitting, by the terminal, a handover complete message to the target base station. - receiving, by the terminal, and after the source base station has determined that a handover should occur to a target base station, a handover command message from the source base station, wherein the handover command message includes access information, and the access information includes information related to a preamble as identified by the target base station for use by the terminal during a random access procedure with the target base station; - establishing, by the terminal, and in response to the handover command message, a radio connection with the target base station, wherein the terminal connects with the target base station during the random access procedure using the information related to the preamble identified by the target base station; and - transmitting, by the terminal, a handover complete message to the target base station.
A filling station for containers of the pharmaceutical field, comprising: - a conveyor for conveying containers along a filling path; - a filling head comprising at least a dispensing nozzle; the filling head can assume a filling configuration in which the dispensing nozzle is ready for filling the containers conveyed by the conveyor with a product; and - a washing collector, arranged adjacent to the filling path and comprising an opening for receiving a washing fluid; wherein the dispensing nozzle can be coupled with the opening of the collector for dispensing a washing fluid in the washing collector through the opening; characterized in that the filling head is automatically movable from the filling configuration to a washing configuration, in which the respective dispensing nozzle is at the opening of the washing collector for filling the washing collector with the washing fluid through the opening, and vice versa. - a conveyor for conveying containers along a filling path; - a filling head comprising at least a dispensing nozzle; the filling head can assume a filling configuration in which the dispensing nozzle is ready for filling the containers conveyed by the conveyor with a product; and - a washing collector, arranged adjacent to the filling path and comprising an opening for receiving a washing fluid; wherein the dispensing nozzle can be coupled with the opening of the collector for dispensing a washing fluid in the washing collector through the opening;
A valve assembly (1; 1') having a housing with a chamber that has a first product opening, a second product opening, a first closable ancillary opening that can be connected to a steam line and a second closable ancillary opening, having a first closing element by means of which the first product opening can be closed, having a second closing element by means of which the second product opening can be closed, and having an outlet (33; 33') assigned to the second ancillary opening, characterized in that a switchover valve (18; 18') is arranged between the second ancillary opening and outlet (33; 33') such that a fluidic connection between the outlet (33; 33') and the second ancillary opening can be switched by switching the switchover valve (18; 18') to a fluidic connection of the outlet (33; 33') with an inlet (32; 32') that is provided on the switchover valve (18; 18') and that can be connected to a steam line while simultaneously closing the second ancillary opening, and that the first ancillary opening can be closed by means of a steam valve (10, 10') that can be connected to the steam line.
A method for managing applications configured for execution on a mobile communication device configured to operate in a background mode or a foreground mode; wherein when the mobile communication device in not in the background mode, it is in the foreground mode, and wherein the mobile communication device enters the background mode when it determines that there is no activity at the mobile communication device for a certain period of time; comprising: receiving one or more requests to access a network from one or more applications executing on the mobile communication device; determining whether the mobile communication device is operating in the background mode; suppressing transmission to the network of the one or more network access requests based on the mobile communication device operating in the background mode; and transmitting a subset of the suppressed one or more network access requests upon transition out of the background mode into the foreground mode. receiving one or more requests to access a network from one or more applications executing on the mobile communication device; determining whether the mobile communication device is operating in the background mode; suppressing transmission to the network of the one or more network access requests based on the mobile communication device operating in the background mode; and transmitting a subset of the suppressed one or more network access requests upon transition out of the background mode into the foreground mode.
A table having integrated storage capacity wherein said table comprises a base and a substantially hollow, liquid-tight, load-bearing pedestal on said base, said pedestal having a bearing surface on which a removable top normally rests, said pedestal also having integrated storage capacity for an emergency water store contained within said pedestal, characterized in that said pedestal includes a port for filling and drawing, said port being accessible only by removing said top from said bearing surface, and a removable pump assembly operable to draw from said port when said top is removed from said bearing surface; wherein said table has a decorative outer surface and a design and appearance of common furniture; wherein said base supports said pedestal above a floor.
Cuboid hydraulic block for a hydraulic unit of a brake pressure control system of a hydraulic vehicle brake system, wherein the hydraulic block has a valve side which adjoins an upper side of the hydraulic block and in which receptacles (6', 7', 8', 13', 21', 22') for solenoid valves (6, 7, 8, 13, 21, 22) of the brake pressure control system are arranged, wherein receptacles for inlet valves and/or receptacles for outlet valves of the brake pressure control system are arranged in a longitudinal direction of the upper side of the hydraulic block and transversely with respect to the upper side of the hydraulic block offset in the valve side of the hydraulic block, and wherein the hydraulic block has a brake master cylinder bore with two circumferential seal grooves for piston seals for a brake master cylinder piston, characterized in that that a receptacle for an outlet valve communicates directly through a line with the brake master cylinder bore, which coaxially leads into the brake master cylinder bore through a base of the receptacle radially or in a secant direction between the two seal grooves.
A method for providing specific billing scheme in a packet mode communication network, the method comprising, at an intermediary platform hosted by a server connected to the packet mode communication network: Receiving, via an application programming interface operating as a first brokerage control unit, a charging rule request that defines charging rules to allow one or more communication devices in the communication network to exchange with an application server data charged under an operator specific billing scheme for an application, wherein the operator specific billing scheme is a billing scheme under which data exchanged with the application server is charged to a third-party company providing the application; the method being characterized in that it further comprises the following steps: Determining availability of the operator specific billing scheme, based on network parameters from the packet mode communication network and the charging rule request, updating the database of a Policy and Charging Rules Function, PCRF, entity in the communication network, based on the available operator specific billing scheme and an identifier for the application server, for subsequent charging of data exchanged with the application server under said available operator specific billing scheme. Receiving, via an application programming interface operating as a first brokerage control unit, a charging rule request that defines charging rules to allow one or more communication devices in the communication network to exchange with an application server data charged under an operator specific billing scheme for an application, wherein the operator specific billing scheme is a billing scheme under which data exchanged with the application server is charged to a third-party company providing the application; the method being characterized in that it further comprises the following steps: Determining availability of the operator specific billing scheme, based on network parameters from the packet mode communication network and the charging rule request, updating the database of a Policy and Charging Rules Function, PCRF, entity in the communication network, based on the available operator specific billing scheme and an identifier for the application server, for subsequent charging of data exchanged with the application server under said available operator specific billing scheme.
A method for controlling an electronic device for use in a vehicle, the method comprising: detecting a battery voltage of a vehicle's battery using a battery sensor connected thereto; determining an operational state of the vehicle using the battery voltage, wherein the battery voltage is compared to a predetermined threshold; applying a load to the vehicle's battery if the battery voltage is below the predetermined threshold value; identifying a change in the battery voltage due to the load; determining the operational state of the vehicle based on the change in the battery voltage; and controlling an electronic device coupled to the vehicle's battery in accordance with the operational state of the vehicle. detecting a battery voltage of a vehicle's battery using a battery sensor connected thereto; determining an operational state of the vehicle using the battery voltage, wherein the battery voltage is compared to a predetermined threshold; applying a load to the vehicle's battery if the battery voltage is below the predetermined threshold value; identifying a change in the battery voltage due to the load; determining the operational state of the vehicle based on the change in the battery voltage; and controlling an electronic device coupled to the vehicle's battery in accordance with the operational state of the vehicle.
A method for manufacturing a layered body comprising the successive steps of: (i) arranging a base substrate in a pre-determined position of a device for growing a layer of a second group III-nitride single crystal wherein the base substrate comprises a layer of a first group III-nitride single crystal at least on a surface of the base substrate, and wherein a root mean square roughness of a surface of the layer of the first group III-nitride single crystal on which the layer of the second group III-nitride single crystal is to be grown has been adjusted to no more than 5 nm, and wherein the base substrate is arranged in the device such that the first group III-nitride single crystal layer is exposed; (ii) performing pretreatment of the base substrate; (iii) growing the layer of the second group III nitride single crystal directly on the layer of the first group III nitride single crystal of the base substrate; and (iv) taking the layered body out of the device, the step (ii) comprising the step of: (a) heating the base substrate at a temperature range of 1000 to 1250°C for no less than 5 minutes under a first mixed gas atmosphere, before the layer of the second group III nitride single crystal is grown, wherein the first mixed gas consists of hydrogen gas and nitrogen gas and comprises 30 to 95 volume % of hydrogen gas and 5 to 70 volume % of nitrogen gas; the first group III nitride single crystal is represented by a composition formula of: Al A Ga B In C N wherein A, B, and C satisfy A + B + C = 1.0, 0.5 ≤ A ≤ 1.0, 0 ≤ B ≤ 0.5, and 0 ≤ C ≤ 0.5; and the second group III nitride single crystal is a group III nitride single crystal represented by a composition formula of: Al X Ga Y In Z N wherein X, Y, and Z satisfy X + Y + Z = 1.0, 0.5 ≤ X ≤ 1.0, 0 ≤ Y ≤ 0.5, and 0 ≤ Z ≤ 0.5. (i) arranging a base substrate in a pre-determined position of a device for growing a layer of a second group III-nitride single crystal wherein the base substrate comprises a layer of a first group III-nitride single crystal at least on a surface of the base substrate, and wherein a root mean square roughness of a surface of the layer of the first group III-nitride single crystal on which the layer of the second group III-nitride single crystal is to be grown has been adjusted to no more than 5 nm, and wherein the base substrate is arranged in the device such that the first group III-nitride single crystal layer is exposed; (ii) performing pretreatment of the base substrate; (iii) growing the layer of the second group III nitride single crystal directly on the layer of the first group III nitride single crystal of the base substrate; and (iv) taking the layered body out of the device, (a) heating the base substrate at a temperature range of 1000 to 1250°C for no less than 5 minutes under a first mixed gas atmosphere, before the layer of the second group III nitride single crystal is grown,
Seat for a motor vehicle, having a seat support, having a backrest and having an armrest, wherein the seat support is mounted so as to be rotational about a substantially vertical rotational axis and is able to be brought from a driving position into a resting position by means of a drive apparatus, characterised in that the armrest is rotatably mounted and is able to be moved by means of a drive apparatus such that, in the case of a movement of the seat support from the driving position into the resting position, the armrest executes a rotational movement aligned oppositely to the direction of the rotational movement of the seat support.