mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing game apparatus having a wireless communication function, comprising: operation information acquisition means for acquiring operation information of a user; application process means for processing an application based on the operation information acquired by the operation information acquisition means; search means for repeatedly searching, while the application process means is processing the application, for other information processing apparatuses of the same type of the information game apparatus by using the wireless communication function; connection means for establishing a connection between the information processing apparatus and one or more of the other information processing apparatuses of the same type of the information game apparatus searched for by the search means, the connection means being adapted to establish, upon reception of connection information, a connection with other information processing apparatus without permission of a user of the information processing apparatus; and communication application execution means for executing a communication application to communicate with the one or more of the other information processing apparatuses connected by the connection means, based on the operation information acquired by the operation information acquisition means and on operation information relating to the one or more of the other information processing apparatuses. operation information acquisition means for acquiring operation information of a user; application process means for processing an application based on the operation information acquired by the operation information acquisition means; search means for repeatedly searching, while the application process means is processing the application, for other information processing apparatuses of the same type of the information game apparatus by using the wireless communication function; connection means for establishing a connection between the information processing apparatus and one or more of the other information processing apparatuses of the same type of the information game apparatus searched for by the search means, the connection means being adapted to establish, upon reception of connection information, a connection with other information processing apparatus without permission of a user of the information processing apparatus; and communication application execution means for executing a communication application to communicate with the one or more of the other information processing apparatuses connected by the connection means, based on the operation information acquired by the operation information acquisition means and on operation information relating to the one or more of the other information processing apparatuses.
An oil separation structure, comprising a housing and a filtering screen ; characterized in that , a core is provided in a center of the housing , and multiple guiding members are provided along a circumferential direction of the core to guide a gas flow; the filtering screen is provided on an outer periphery of the housing , and a cavity is formed between the filtering screen and the core ; the housing is provided with a gas inlet and a gas outlet that are in communication with the cavity ; the gas inlet is configured to introduce the gas flow into the cavity ; the guiding members are configured to guide the gas flow in the cavity to rotationally flow around the core ; and the gas outlet is configured to discharge the gas flow out of the cavity . the filtering screen is provided on an outer periphery of the housing , and a cavity is formed between the filtering screen and the core ; the housing is provided with a gas inlet and a gas outlet that are in communication with the cavity ; the gas inlet is configured to introduce the gas flow into the cavity ; the guiding members are configured to guide the gas flow in the cavity to rotationally flow around the core ; and the gas outlet is configured to discharge the gas flow out of the cavity .
A system for applying paint to a substrate using a masking material , the system comprising: ∘ a spray unit moveable relative to the substrate and defined at least in part by: ∘ a source feed for delivering a quantity of masking material to the substrate; ∘ a waste deposit for receiving the masking material when removed from the substrate; and ∘ a spray nozzle ; the system further comprising: ∘ a controller configured to control movement of the spray unit relative to the substrate and the speed of delivery of the masking material from the source feed, such that the speed of movement of the spray unit relative to the substrate is substantially equal to the speed of delivery of the masking material from the source feed. ∘ a source feed for delivering a quantity of masking material to the substrate; ∘ a waste deposit for receiving the masking material when removed from the substrate; and ∘ a spray nozzle ;
Tarpaulin-closure element for a tarpaulin of a vehicle body , having - a retaining element (6.1), which, on a first portion (6.1.1) is designed for fastening on the tarpaulin , - a tensioning element (6.3), which is connected to the retaining element (6.1), - a frame-fastening element (6.5), and - a height-adjustment arrangement (6.6), which is designed to fasten the tensioning element (6.3) in a variable manner, at different distances from the first portion (6.1.1) of the retaining element (6.1), at least indirectly on the tarpaulin , characterized in that - the tarpaulin-closure element has a belt, which is coupled in a tensionable manner to the tensioning element (6.3), and - the frame-fastening element (6.5) is fastened on a portion (6.4.1) of the belt (6.4), said portion being directed away from the tensioning element (6.3), and is designed for fastening on a frame portion of the vehicle body , and - the retaining element (6.1) is designed in the form of a belt. - a retaining element (6.1), which, on a first portion (6.1.1) is designed for fastening on the tarpaulin , - a tensioning element (6.3), which is connected to the retaining element (6.1), - a frame-fastening element (6.5), and - a height-adjustment arrangement (6.6), which is designed to fasten the tensioning element (6.3) in a variable manner, at different distances from the first portion (6.1.1) of the retaining element (6.1), at least indirectly on the tarpaulin , characterized in that - a frame-fastening element (6.5), and - a height-adjustment arrangement (6.6), which is designed to fasten the tensioning element (6.3) in a variable manner, at different distances from the first portion (6.1.1) of the retaining element (6.1), at least indirectly on the tarpaulin , characterized in that - the tarpaulin-closure element has a belt, which is coupled in a tensionable manner to the tensioning element (6.3), and - the frame-fastening element (6.5) is fastened on a portion (6.4.1) of the belt (6.4), said portion being directed away from the tensioning element (6.3), and is designed for fastening on a frame portion of the vehicle body , and - the retaining element (6.1) is designed in the form of a belt.
A measurement apparatus for measuring an electronic device that vibrates a touch surface to present a tactile sensation, the measurement apparatus comprising: a vibration detector configured to detect vibration of a touch surface , the vibration being produced in response to pressure applied to the touch surface ; a pressure detector to detect the pressure applied to the touch surface ; and a controller ; wherein the controller is configured to evaluate the electronic device based on pressure detected by the pressure detector when a predetermined vibration is detected by the vibration detector and/or based on vibration detected by the vibration detector when a predetermined pressure is detected by the pressure detector ; characterized in that the pressure detector is configured to be disposed on the touch surface . a vibration detector configured to detect vibration of a touch surface , the vibration being produced in response to pressure applied to the touch surface ; a pressure detector to detect the pressure applied to the touch surface ; and a controller ; wherein the controller is configured to evaluate the electronic device based on pressure detected by the pressure detector when a predetermined vibration is detected by the vibration detector and/or based on vibration detected by the vibration detector when a predetermined pressure is detected by the pressure detector ; characterized in that the pressure detector is configured to be disposed on the touch surface .
A pole chain saw , comprising: a connecting rod ; and a front end assembly disposed at a front end of the connecting rod; wherein the front end assembly comprises: an electric motor ; an output device comprising a guide plate and a chain wound around the guide plate; a transmission assembly connecting the electric motor to the output device, wherein the transmission assembly comprises an output shaft and a chainwheel , wherein a motor shaft of the electric motor drives the output shaft to rotate, and wherein the output shaft drives the chainwheel to rotate to drive the chain to rotate; and a gearbox supporting and accommodating at least part of the transmission assembly, characterized in that, at least part of the gearbox is made of metal, and an oil fill hole is formed on the gearbox. a connecting rod ; and a front end assembly disposed at a front end of the connecting rod; wherein the front end assembly comprises: an electric motor ; an output device comprising a guide plate and a chain wound around the guide plate; a transmission assembly connecting the electric motor to the output device, wherein the transmission assembly comprises an output shaft and a chainwheel , wherein a motor shaft of the electric motor drives the output shaft to rotate, and wherein the output shaft drives the chainwheel to rotate to drive the chain to rotate; and a gearbox supporting and accommodating at least part of the transmission assembly, characterized in that, at least part of the gearbox is made of metal, and an oil fill hole is formed on the gearbox. an electric motor ; an output device comprising a guide plate and a chain wound around the guide plate; a transmission assembly connecting the electric motor to the output device, wherein the transmission assembly comprises an output shaft and a chainwheel , wherein a motor shaft of the electric motor drives the output shaft to rotate, and wherein the output shaft drives the chainwheel to rotate to drive the chain to rotate; and a gearbox supporting and accommodating at least part of the transmission assembly, characterized in that, at least part of the gearbox is made of metal, and an oil fill hole is formed on the gearbox.
An apparatus for transmitting a synchronization signal, comprising: a radio resource configuring unit adapted to configure a plurality of radio resource blocks, each of the plurality of radio resource blocks including two or more neighboring radio resource elements of radio resource elements included in a radio resource for synchronization, wherein the radio resource for synchronization is a symbol among a plurality of symbols included in a downlink synchronization channel subframe periodically allocated; wherein the radio resource for synchronization includes a first synchronization signal, a second synchronization signal and a third synchronization signal; a timing synchronization performing unit configured to transmit, to a terminal, the first synchronization signal for frequency synchronization and the second synchronization signal for frame synchronization in order to perform timing synchronization; and a beamforming synchronization performing unit configured to transmit a beam synchronization signal as the third synchronization signal in different directions through a plurality of antennas, through antenna beams formed for each of the plurality of radio resource blocks, to the terminal in order to perform beamforming synchronization based on the beam synchronization signal; wherein each of the two or more neighboring radio resource elements occupies a minimum frequency element required for generating one antenna beam by the receiving device, and wherein the two or more neighboring radio resource elements are neighboring in frequency direction. a radio resource configuring unit adapted to configure a plurality of radio resource blocks, each of the plurality of radio resource blocks including two or more neighboring radio resource elements of radio resource elements included in a radio resource for synchronization, wherein the radio resource for synchronization is a symbol among a plurality of symbols included in a downlink synchronization channel subframe periodically allocated; wherein the radio resource for synchronization includes a first synchronization signal, a second synchronization signal and a third synchronization signal; a timing synchronization performing unit configured to transmit, to a terminal, the first synchronization signal for frequency synchronization and the second synchronization signal for frame synchronization in order to perform timing synchronization; and a beamforming synchronization performing unit configured to transmit a beam synchronization signal as the third synchronization signal in different directions through a plurality of antennas, through antenna beams formed for each of the plurality of radio resource blocks, to the terminal in order to perform beamforming synchronization based on the beam synchronization signal; wherein each of the two or more neighboring radio resource elements occupies a minimum frequency element required for generating one antenna beam by the receiving device, and wherein the two or more neighboring radio resource elements are neighboring in frequency direction.
Three point power lift for an agricultural tractor, with a lifting arm , a lower link and a lifting spindle , which is arranged in between, for transmitting a pivoting movement exerted on the lifting arm to the lower link , wherein the lifting spindle has a first fastening portion coupled to the lifting arm and a second fastening portion coupled to the lower link , wherein the second fastening portion has an elongated hole which runs in the longitudinal direction of the lifting spindle and in which a mounting pin extending through a fastening opening in the lower link is mounted, wherein at least two spaced-apart locking regions for the form-fitting receiving of a shaped feature provided on the mounting pin are formed along the elongated hole , wherein a movement of the lower link along the elongated hole is in each case blocked for the situation in which the mounting pin by means of the shaped feature is received by one of the locking regions , characterized in that the at least two locking regions are oriented running differently from one another along the elongated hole .
Method for determining control parameters for controlling an electric drive by means of a vector control, wherein the electric drive has at least one electric machine , wherein a current indicator is applied as a signal at three-phase winding connections (U,V,W) of the electric machine , wherein in each case a d-component and a q-component of a stator voltage and of a stator current is measured at the winding connections (U,V,W), wherein in a first measurement step , a rotating current indicator is applied to the three-phase winding connections (U,V,W) and the electric machine is oriented such that an exciter current in the q-axis assumes a minimum, wherein in a second measurement step, when the rotor of the electric machine is stationary, a field winding of the electric machine is short circuited and a current indicator in the form of a binary noise signal is applied to the three-phase winding connections (U,V,W), wherein a stator impedance (Zd) is determined from the measured d-component and the q-component of the stator voltage and of the stator current as a first control parameter, characterised in that the binary noise signal is generated by a pseudo random number sequence with a feedback shift register, wherein the shift register has a shift clock, wherein a predeterminable frequency spectrum is generated by means of the shift clock, wherein different frequency spectra are generated by means of various shift clocks.
A central unit operable in a communication system, comprising: means for receiving a neighbor relation message from a base station , the neighbor relation message comprising information being based on the neighbor relation table of the base station, and the neighbor relation message including a rank indicating neighbor eNBs of the base station that are preferable for cooperation; means for generating cluster information based on the neighbor relation message, wherein the cluster information indicates a sub-cluster within a top cluster, wherein the sub-cluster indicate cells within the top cluster that cooperate with each other to perform Cooperative Multipoint CoMP communications; and means for transmitting the cluster information to the base station . means for receiving a neighbor relation message from a base station , the neighbor relation message comprising information being based on the neighbor relation table of the base station, and the neighbor relation message including a rank indicating neighbor eNBs of the base station that are preferable for cooperation; means for generating cluster information based on the neighbor relation message, wherein the cluster information indicates a sub-cluster within a top cluster, wherein the sub-cluster indicate cells within the top cluster that cooperate with each other to perform Cooperative Multipoint CoMP communications; and means for transmitting the cluster information to the base station .
Device for unloading ballast from a railway vehicle for ballasting, comprising a hopper closed at the bottom by means of a hatch, including furthermore, below said hopper , a turret made steerable by being mounted pivoting about a vertical axis (XX'), wherein this turret is equipped with a hatch and a chute for unloading the ballast (B), said chute being articulated on said turret so as to permit to bring its free end as close as possible to the ground and, hence, to the site of unloading.
A load/unload control method for a compressor system comprising a compressor connected to a pressure vessel, a frequency converter controlling an electric motor of the compressor, and means for setting the compressor to either a load mode or an unload mode, wherein the method comprises an identification phase and an operational phase, and wherein the identification phase comprises: operating the compressor at a known rotational speed of the electric motor to increase pressure inside the pressure vessel while monitoring the pressure and at least one electrical quantity of the compressor system, determining a first level for the at least one electrical quantity on the basis of the monitored pressure and the at least one electrical quantity, wherein the first level represents a first pressure limit of the pressure inside the pressure vessel, determining a second level for the at least one electrical quantity on the basis of the monitored pressure and the at least one electrical quantity, wherein the second level represents a second pressure limit of the pressure inside the pressure vessel, and storing the first level and the second level, and wherein the operational phase comprises: operating the compressor at the known rotational speed, monitoring a present value of the at least one electrical quantity, and if the present value falls to the first level, setting the compressor to the load mode or, if the present value rises to the second level, setting the compressor to the unload mode. operating the compressor at a known rotational speed of the electric motor to increase pressure inside the pressure vessel while monitoring the pressure and at least one electrical quantity of the compressor system, determining a first level for the at least one electrical quantity on the basis of the monitored pressure and the at least one electrical quantity, wherein the first level represents a first pressure limit of the pressure inside the pressure vessel, determining a second level for the at least one electrical quantity on the basis of the monitored pressure and the at least one electrical quantity, wherein the second level represents a second pressure limit of the pressure inside the pressure vessel, and storing the first level and the second level, operating the compressor at the known rotational speed, monitoring a present value of the at least one electrical quantity, and if the present value falls to the first level, setting the compressor to the load mode or, if the present value rises to the second level, setting the compressor to the unload mode.
A method, in a wireless device, for detecting time and frequency offsets for a synchronization signal in a received signal, the method comprising: obtaining , from the received signal, a sequence of samples for a first time interval; calculating a differentially decoded sequence from the obtained sequence of samples, each element of the differentially decoded sequence representing a phase shift between a pair of samples from the obtained sequence of samples; correlating the calculated differentially decoded sequence with a first reference sequence corresponding to the synchronization signal, at each of a plurality of time offsets, to generate a corresponding plurality of first correlation results, and identifying which of the plurality of time offsets results in a largest one of the first correlation results; determining that the largest one of the first correlation results does not meet a predetermined reliability criterion; and in response to said determining, coherently detecting the synchronization signal by correlating the obtained sequence of samples with a second reference sequence, at each of a plurality of time offsets and at each of a plurality of frequency offsets, to generate a corresponding plurality of second correlation results, and identifying which combination of time offset and frequency offset results in a largest one of the second correlation results; wherein the first reference sequence comprises a differentially decoded version of the second reference sequence. obtaining , from the received signal, a sequence of samples for a first time interval; calculating a differentially decoded sequence from the obtained sequence of samples, each element of the differentially decoded sequence representing a phase shift between a pair of samples from the obtained sequence of samples; correlating the calculated differentially decoded sequence with a first reference sequence corresponding to the synchronization signal, at each of a plurality of time offsets, to generate a corresponding plurality of first correlation results, and identifying which of the plurality of time offsets results in a largest one of the first correlation results; determining that the largest one of the first correlation results does not meet a predetermined reliability criterion; and in response to said determining, coherently detecting the synchronization signal by correlating the obtained sequence of samples with a second reference sequence, at each of a plurality of time offsets and at each of a plurality of frequency offsets, to generate a corresponding plurality of second correlation results, and identifying which combination of time offset and frequency offset results in a largest one of the second correlation results;