mhurhangee/ep-ind-claims huggingface dataset:
Ship with an elevator, in particular a freight elevator, such as an ammunition elevator or supplies elevator, and/or a passenger elevator, for ships, comprising: a load carrier for receiving conveyed material, such as ammunition; a support column to which the load carrier is longitudinally movably attached; and a drive unit for driving the load carrier via a traction device extending along the support column; characterized in that the traction device is of belt-like design, wherein the traction device comprises at least two belt-like traction means, wherein the belt-like traction means are elastic in at least one direction, wherein the at least two belt-like traction means are each connected to the load carrier by one end via a common rocker. a load carrier for receiving conveyed material, such as ammunition; a support column to which the load carrier is longitudinally movably attached; and a drive unit for driving the load carrier via a traction device extending along the support column; characterized in that the traction device is of belt-like design, wherein the traction device comprises at least two belt-like traction means, wherein the belt-like traction means are elastic in at least one direction, wherein the at least two belt-like traction means are each connected to the load carrier by one end via a common rocker.
Method for folding laundry items, wherein, in a longitudinal-folding station, folding means are used to fold, one after the other, a first longitudinal-periphery strip of the laundry item, around at least one folding template, against a central and/or inner longitudinal strip of the laundry item, then to fold an opposite longitudinal-periphery strip of the laundry item against the longitudinal-periphery strip previously folded under the longitudinal strip, and, thereafter, to fold the longitudinally folded laundry item transversely, if appropriate, at least once, characterized in that upstream of the longitudinal-folding operation, with the laundry items as yet not folded, it is established whether at least one emblem is present on an adjacent side of the laundry item and, depending on whether an emblem or no emblem has been established on the visible side of the laundry item, the two longitudinal-periphery strips (16, 17) are folded against the one side or the other side of the longitudinal strip and/or the longitudinal-periphery strips (16, 17) already previously laid against the longitudinal strip.
Screw with at least one thread, which is produced through a rolling process, particularly a flat die rolling process, in which the thread is made up of two bulges of material (28a, 28b), which are formed from the basic body in the rolling process by cold forming, in such a way that the thread has a closure fold, at which the bulges of material (28a, 28b) meet each other, characterised in that the closure fold is arranged in the area of a thread flank (30a, 30b) of the thread.
A position determining system for determining a car position of an elevator car movable in an elevator shaft, including - position markers situated in the elevator shaft, wherein each position marker is assigned to a discrete car position, - a first detection device (32, 132) attached to the elevator car for detecting a first position marker, - a second detection device (33, 133) attached to the elevator car for detecting a second position marker, - at least one evaluation unit (30, 31, 130, 131) for determining - a first discrete car position based on the first position marker detected by the first detection device (32, 132) and - a second discrete car position based on the second position marker detected by the second detection device (33, 133), - an interpolation device (40, 140) for determining an interpolated car position, wherein the evaluation unit (30, 31, 130, 131) is provided for determining a first car position based on the first discrete car position and a first interpolated car position, and a second car position based on the second discrete car position and a second interpolated car position, characterized in that the position determining system includes a single interpolation device (40, 140), which is provided - for generating an interpolation parameter, which characterizes a position of the first detection device (32, 132) relative to the first position marker and - to determine the first and second interpolated car position based on the same interpolation parameter. - position markers situated in the elevator shaft, wherein each position marker is assigned to a discrete car position, - a first detection device (32, 132) attached to the elevator car for detecting a first position marker, - a second detection device (33, 133) attached to the elevator car for detecting a second position marker, - at least one evaluation unit (30, 31, 130, 131) for determining - a first discrete car position based on the first position marker detected by the first detection device (32, 132) and - a second discrete car position based on the second position marker detected by the second detection device (33, 133), - a first discrete car position based on the first position marker detected by the first detection device (32, 132) and - a second discrete car position based on the second position marker detected by the second detection device (33, 133), - an interpolation device (40, 140) for determining an interpolated car position, - for generating an interpolation parameter, which characterizes a position of the first detection device (32, 132) relative to the first position marker and - to determine the first and second interpolated car position based on the same interpolation parameter.
Metering device for the metered dispensing of flowable media, with at least one discharge device which can be connected fluidically to at least one container containing a flowable medium to be dispensed, and which has an outlet channel for the flowable medium, said outlet channel having an outlet opening, wherein the metering device is assigned a cooling device by means of which a residue of the flowable medium remaining in the outlet channel of the discharge device can be cooled to a predetermined and/or defined temperature, wherein the cooling device comprises a cooling element which is in cooling contact with at least one subregion of the at least one discharge device, characterized in that - the cooling element is formed from a heat-conducting material, by means of which at least one defined subregion of an outlet channel of the at least one discharge device can be cooled to a defined temperature, - the cooling device has an open-loop and/or closed-loop control device, at least one measuring device for detecting a reference temperature, and at least one measuring device for detecting a reference moisture, which are arranged and/or designed such that the residue of the flowable medium remaining in the outlet channel is cooled to a predetermined setpoint temperature, - the cooling device has at least one cold generator, which is in heat-dissipating cooling contact with the cooling element. - the cooling element is formed from a heat-conducting material, by means of which at least one defined subregion of an outlet channel of the at least one discharge device can be cooled to a defined temperature, - the cooling device has an open-loop and/or closed-loop control device, at least one measuring device for detecting a reference temperature, and at least one measuring device for detecting a reference moisture, which are arranged and/or designed such that the residue of the flowable medium remaining in the outlet channel is cooled to a predetermined setpoint temperature, - the cooling device has at least one cold generator, which is in heat-dissipating cooling contact with the cooling element.
A measurement report reception method is carried out by a base station in a mobile communication system, the measurement report reception method comprising: identifying a discovery signal configuration of a neighbor cell, the discovery signal configuration including information on a period and an offset for measuring a discovery signal of the neighbor cell; transmitting the discovery signal configuration to a terminal; and receiving, from the terminal, the measurement report including a result of measurement on the discovery signal according to the discovery signal configuration, wherein the period is defined as a multiple of a radio frame of the mobile communication system and the offset is a relative timing for measuring the discovery signal in a serving cell of the terminal, and wherein the period and the offset indicates a radio frame of system frame number, SFN, n of the serving cell on which the terminal measures the discovery signal based on a formula SFN n mod the period = the offset to support cell search for the neighbor cell. identifying a discovery signal configuration of a neighbor cell, the discovery signal configuration including information on a period and an offset for measuring a discovery signal of the neighbor cell; transmitting the discovery signal configuration to a terminal; and receiving, from the terminal, the measurement report including a result of measurement on the discovery signal according to the discovery signal configuration, wherein the period is defined as a multiple of a radio frame of the mobile communication system and the offset is a relative timing for measuring the discovery signal in a serving cell of the terminal, and wherein the period and the offset indicates a radio frame of system frame number, SFN, n of the serving cell on which the terminal measures the discovery signal based on a formula SFN n mod the period = the offset to support cell search for the neighbor cell.
A method for detecting a fusion of a relay of a battery, the method comprising, when an ignition of a vehicle has been adjusted to an off position: adjusting, by a controller, a first relay to an off position; determining, by the controller, whether the first relay is fused based on measuring a voltage of a first interval between after the first relay is in the off position and before a second relay is in an off position (S13, S14); and adjusting, by the controller, the second relay to the off position, and the method further comprising, when the ignition is engaged after being in the off position: adjusting, by the controller, the second relay to an on position, if it has been determined that the first relay is fused based on measuring the voltage of the first interval, and determining, by the controller, the fusion of the first relay and adjusting the second relay to the off position (S27, S29) when a measured voltage is greater than 0V by measuring a voltage of a second interval (c) until a precharge relay is turned on, and determining, by the controller, that the first relay is not fused and adjusting the second relay to the off position when the measured voltage is 0V. the method comprising, when an ignition of a vehicle has been adjusted to an off position: adjusting, by a controller, a first relay to an off position; determining, by the controller, whether the first relay is fused based on measuring a voltage of a first interval between after the first relay is in the off position and before a second relay is in an off position (S13, S14); and adjusting, by the controller, the second relay to the off position, and adjusting, by a controller, a first relay to an off position; determining, by the controller, whether the first relay is fused based on measuring a voltage of a first interval between after the first relay is in the off position and before a second relay is in an off position (S13, S14); and adjusting, by the controller, the second relay to the off position, and the method further comprising, when the ignition is engaged after being in the off position: adjusting, by the controller, the second relay to an on position, if it has been determined that the first relay is fused based on measuring the voltage of the first interval, and determining, by the controller, the fusion of the first relay and adjusting the second relay to the off position (S27, S29) when a measured voltage is greater than 0V by measuring a voltage of a second interval (c) until a precharge relay is turned on, and adjusting, by the controller, the second relay to an on position, if it has been determined that the first relay is fused based on measuring the voltage of the first interval, and determining, by the controller, the fusion of the first relay and adjusting the second relay to the off position (S27, S29) when a measured voltage is greater than 0V by measuring a voltage of a second interval (c) until a precharge relay is turned on, and determining, by the controller, that the first relay is not fused and adjusting the second relay to the off position when the measured voltage is 0V.
A computer-implemented method for configuring a computer graphical user interface, GUI, for a requesting entity to authorize hybrid operations, wherein the hybrid operation comprises a plurality of sub-operations, each sub-operation having associated at least one type of operation, and wherein each hybrid operation is a software module that returns a list of the types of the sub-operations comprised in that hybrid operation, and wherein each requesting entity is associated in an authorization database with authorization rights specifying whether the requesting entity is authorized or not authorized to execute the type of sub-operation, the method comprising: - associating a GUI functional element with the hybrid operation, wherein the functional element can be in active or inactive mode; - resolving the hybrid operation to the plurality of sub-operations and determining the at least one type for the sub-operations; - determining, in the authorization database, whether the type of each of the sub-operations is authorized for execution by the requesting entity; - if all of the sub operation types are authorized for execution by the requesting entity, setting the functional element in the active mode and otherwise setting the GUI functional element in the inactive mode. - associating a GUI functional element with the hybrid operation, wherein the functional element can be in active or inactive mode; - resolving the hybrid operation to the plurality of sub-operations and determining the at least one type for the sub-operations; - determining, in the authorization database, whether the type of each of the sub-operations is authorized for execution by the requesting entity; - if all of the sub operation types are authorized for execution by the requesting entity, setting the functional element in the active mode and otherwise setting the GUI functional element in the inactive mode.
A method of compensating for signal error, comprising: receiving a first signal from a first sensor, said first signal indicative of a movement characteristic; applying an error compensation to said first signal to produce an output signal; applying a variable gain factor to said error compensation; receiving a second signal from a second sensor indicative of said movement characteristic; wherein said error compensation is calculated using the difference between said output signal and said second signal, and said variable gain factor is calculated using said first signal, characterised in that said second sensor exhibits better bias, scale factor or long-term stability than said first sensor. receiving a first signal from a first sensor, said first signal indicative of a movement characteristic; applying an error compensation to said first signal to produce an output signal; applying a variable gain factor to said error compensation; receiving a second signal from a second sensor indicative of said movement characteristic; wherein said error compensation is calculated using the difference between said output signal and said second signal, and said variable gain factor is calculated using said first signal, characterised in that said second sensor exhibits better bias, scale factor or long-term stability than said first sensor.
A method for manufacturing a tower structure of a wind turbine, the method comprising: printing, via an additive printing device, the tower structure of the wind turbine of a cementitious material; printing, via the additive printing device, one or more additional airflow modifying features, namely a plurality of dimples or a plurality of scallops, on an outer surface of the tower structure of the wind turbine so as to reduce and/or prevent vortex shedding, excitation, and/or drag of the tower structure of the wind turbine during installation, idling, service, or operation of the wind turbine; and curing the cementitious material so as to form the tower structure of the wind turbine. printing, via an additive printing device, the tower structure of the wind turbine of a cementitious material; printing, via the additive printing device, one or more additional airflow modifying features, namely a plurality of dimples or a plurality of scallops, on an outer surface of the tower structure of the wind turbine so as to reduce and/or prevent vortex shedding, excitation, and/or drag of the tower structure of the wind turbine during installation, idling, service, or operation of the wind turbine; and curing the cementitious material so as to form the tower structure of the wind turbine.
A surgical system, comprising: an elongate pin having an indicator mark thereon at a predetermined location; an elongate pusher shaft having a bore formed therein; and an elongate gauge member having a passageway formed therein, having a window formed therein that exposes at least a portion of the passageway, and having indicia formed thereon; characterized in that when the pin is positioned through a bone tunnel formed in a bone with a first portion of the pin extending out from a first end of the bone tunnel and a second portion of the pin extending out from a second end of the bone tunnel, when the pusher shaft is disposed over the first portion of the pin and abuts a surface of the bone adjacent the first end of the bone tunnel, and when the gauge member is disposed over the second portion of the pin and abuts a surface of the bone adjacent the second end of the bone tunnel, a position of the indicator mark within the window relative to the indicia indicates a characteristic of the bone tunnel. an elongate pin having an indicator mark thereon at a predetermined location; an elongate pusher shaft having a bore formed therein; and an elongate gauge member having a passageway formed therein, having a window formed therein that exposes at least a portion of the passageway, and having indicia formed thereon;
Pneumatic vehicle tyre having a tread with profile positives (1, 1', 1") with sipes (3, 3', 3") which in plan view run parallel to one another and at an angle of 0° to 50° with respect to the axial direction and have a width (b 1) of 0.4 to 0.8 mm, in plan view a central sipe portion which runs in the form of a harmonic wave and has a wave centreline (l W) corresponding to the propagation direction of the wave, and two edge sipe portions, the course of which defines a sipe base line (l EB) running parallel to the wave centreline (l W), wherein the wave centreline (l W) of the central sipe portion runs parallel to and offset with respect to the sipe base line (l B) of the sipe and an offset (a 1) determined as a mutual clear spacing between the wave centreline (l W) and the sipe base line (l EB) amounts to 75% to 400% of the amplitude of the harmonic wave of the central sipe portion, wherein, in plan view, the central sipe portion is composed of straight subportions, which each cross the wave centreline (l W), and curved subportions, wherein a straight subportion alternately follows a curved subportion, characterized in that the straight subportions each have a length (l) of 0.5 mm to 0.9 mm.
A drying machine comprising: a condensation duct (200, 500) for accommodating a condenser; a first drying duct connected to a rear end of the condensation duct (200, 500) and to a drying fan housing accommodating a drying fan; a second drying duct connected to the drying fan housing and to a drum; a first drying duct drain outlet formed in a lower portion of the first drying duct; and an outer rib, which is provided at a side edge of the first drying duct drain outlet that is close to the drying fan housing; characterized in that the outer rib extends upward, so as to prevent condensed water, introduced through the condensation duct (200, 500), from flowing over the first drying duct drain outlet. a condensation duct (200, 500) for accommodating a condenser; a first drying duct connected to a rear end of the condensation duct (200, 500) and to a drying fan housing accommodating a drying fan; a second drying duct connected to the drying fan housing and to a drum; a first drying duct drain outlet formed in a lower portion of the first drying duct; and an outer rib, which is provided at a side edge of the first drying duct drain outlet that is close to the drying fan housing; characterized in that the outer rib extends upward, so as to prevent condensed water, introduced through the condensation duct (200, 500), from flowing over the first drying duct drain outlet.
A method for hybrid automatic repeat request HARQ multi-process data management in a high speed uplink packet access HSUPA terminal device, characterized by, comprising: a physical layer L1 of the HSUPA terminal device maintaining each process which is used for sending HSUPA uplink process transmission data, that is, MAC-e data; when the L1 receives a negative acknowledgement NACK information corresponding to one process, the L1 autonomously selecting the MAC-e data of the process from a cache without notifying a medium access control MAC layer to retransmit the MAC-e data; and when the L1 receives an acknowledgement ACK information corresponding to one process, the L1 notifying the MAC layer to assemble new MAC-e data, and the L1 obtaining the new MAC-e data from the MAC layer and sending the new MAC-e data. a physical layer L1 of the HSUPA terminal device maintaining each process which is used for sending HSUPA uplink process transmission data, that is, MAC-e data; when the L1 receives a negative acknowledgement NACK information corresponding to one process, the L1 autonomously selecting the MAC-e data of the process from a cache without notifying a medium access control MAC layer to retransmit the MAC-e data; and when the L1 receives an acknowledgement ACK information corresponding to one process, the L1 notifying the MAC layer to assemble new MAC-e data, and the L1 obtaining the new MAC-e data from the MAC layer and sending the new MAC-e data.
Centrifugal separator comprising a dip tube and an inlet channel, characterized in that on the exterior of the immersion tube a flow guiding element is provided which is designed as an eccentric, shell-shaped baffle plate, narrows a flow channel of the centrifugal separator and is arranged approximately opposite the gas inlet, the baffle plate being drawn down to below a lower edge of the inlet channel and then tapering again toward the lower immersion tube end of the tube shape.