mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a display panel ; a heat source that generates heat owing to operation of the display device; a heat sink part provided on a lower edge side or an upper edge side of a display panel , a heat radiation surface of the heat sink part being located on the display surface side of the display panel , the heat source being mounted on a surface of the heat sink part different from the heat radiation surface; and a cover provided on the display surface side of the display panel to cover the heat sink part , the cover having a top face and a bottom face opposed to the top face each having air holes located on the display surface side of the display panel , wherein the air holes are arranged such that heat dissipation takes place on the display surface side of the display panel by air convection through the air holes . a display panel ; a heat source that generates heat owing to operation of the display device; a heat sink part provided on a lower edge side or an upper edge side of a display panel , a heat radiation surface of the heat sink part being located on the display surface side of the display panel , the heat source being mounted on a surface of the heat sink part different from the heat radiation surface; and a cover provided on the display surface side of the display panel to cover the heat sink part , the cover having a top face and a bottom face opposed to the top face each having air holes located on the display surface side of the display panel , wherein the air holes are arranged such that heat dissipation takes place on the display surface side of the display panel by air convection through the air holes .
A plate for use in a transmission member which provides movement transfer between the motor and the gear box in motorized vehicles, the subject matter plate comprising an annular body with a rotation axis (X) delimited by a cylindrical inner wall and an cylindrical outer wall , and a friction surface and at least one ventilation channel extending radially from said cylindrical inner wall towards the cylindrical outer wall , wherein a channel height (H) in the axial direction, defined between a first wall of said ventilation channel and a second wall of the ventilation channel arranged axially opposite to the first wall , is provided in a form which firstly widens and afterwards narrows from the cylindrical inner wall towards the cylindrical outer wall , wherein said second wall is provided in the vicinity of said friction face where friction occurs on the plate (10, characterized in that at least one of the first wall and the second wall is provided in arc shape. wherein said second wall is provided in the vicinity of said friction face where friction occurs on the plate (10, characterized in that at least one of the first wall and the second wall is provided in arc shape.
Organopolysiloxane containing at least one structural unit (i) and/or (vi): wherein R 6 independently of one another contains at least one C 8-28 -alkyl group, preferably C 14-20 -alkyl group, more preferably C 16-18 -alkyl group, and at least one urea group, and R 7 is selected independently of one another from -CH 3 , -OH and a -C 1-5 -alkoxy group. R 6 independently of one another contains at least one C 8-28 -alkyl group, preferably C 14-20 -alkyl group, more preferably C 16-18 -alkyl group, and at least one urea group, and R 7 is selected independently of one another from -CH 3 , -OH and a -C 1-5 -alkoxy group.
A system for monitoring presence or absence of a liquid product in a cavity , wherein said liquid product preferably is a rinse aid agent, a detergent, a softener and/or a conditioner and wherein said cavity preferably is a tubing, further preferred a suction lance; said system comprises: at least a first electrode , a second electrode and a third electrode a control unit connected to said electrodes ; and means for measuring the complex conductivity between said first electrode and said second electrode and comparing the result to the measured complex conductivity between said third electrode and said second electrode; wherein said cavity is defined by a wall with an inner wall and an outer wall ; wherein said first electrode , said second electrode and said third electrode are located on the outer wall or on the inner wall of said cavity ; wherein the distance between said first electrode and said second electrode along the inner wall of said cavity equals the distance between said third electrode and said second electrode along the inner wall of said cavity ; and the distance between said first electrode and said second electrode through said cavity is shorter than said distance between said third electrode and said second electrode through said cavity ; characterized in that , said first electrode , said second electrode and/or said third electrode are radially or radially and longitudinally spaced from each other. at least a first electrode , a second electrode and a third electrode a control unit connected to said electrodes ; and means for measuring the complex conductivity between said first electrode and said second electrode and comparing the result to the measured complex conductivity between said third electrode and said second electrode; wherein said cavity is defined by a wall with an inner wall and an outer wall ; wherein said first electrode , said second electrode and said third electrode are located on the outer wall or on the inner wall of said cavity ; wherein the distance between said first electrode and said second electrode along the inner wall of said cavity equals the distance between said third electrode and said second electrode along the inner wall of said cavity ; and the distance between said first electrode and said second electrode through said cavity is shorter than said distance between said third electrode and said second electrode through said cavity ; characterized in that , said first electrode , said second electrode and/or said third electrode are radially or radially and longitudinally spaced from each other.
A gateway comprising: an information acquisition unit configured to acquire a data unit from a Packet Data Convergence Protocol, PDCP, layer of a base station ; a communication processing unit configured to transmit the data unit to a terminal apparatus via an access point of a wireless local area network, using a packet of a transport layer protocol enabling delivery confirmation; and an information provision unit configured to provide a result of the delivery confirmation of the transport layer protocol to the PDCP layer of the base station ; characterised in that : the delivery confirmation is performed based on a sequence number included in the packet; and the information provision unit is configured to provide the result to the PDCP layer of the base station based on the sequence number included in the packet and correspondence relationship, managed by the gateway , between the sequence number and a PDCP sequence number. an information acquisition unit configured to acquire a data unit from a Packet Data Convergence Protocol, PDCP, layer of a base station ; a communication processing unit configured to transmit the data unit to a terminal apparatus via an access point of a wireless local area network, using a packet of a transport layer protocol enabling delivery confirmation; and an information provision unit configured to provide a result of the delivery confirmation of the transport layer protocol to the PDCP layer of the base station ; characterised in that : the delivery confirmation is performed based on a sequence number included in the packet; and the information provision unit is configured to provide the result to the PDCP layer of the base station based on the sequence number included in the packet and correspondence relationship, managed by the gateway , between the sequence number and a PDCP sequence number. the delivery confirmation is performed based on a sequence number included in the packet; and the information provision unit is configured to provide the result to the PDCP layer of the base station based on the sequence number included in the packet and correspondence relationship, managed by the gateway , between the sequence number and a PDCP sequence number.
An arrangement for handling screening material , e.g. aggregate, ore or similar, said arrangement comprising a screening deck and/or a screening duct on or in relation to which screening material is traveling, the arrangement further comprising an ultrasonic detection system comprising an ultrasonic transmitter arranged at the arrangement , and adapted to send out an ultrasonic signal towards a surface , an ultrasonic receiver adapted to receive the ultrasonic signal , and a control unit connected to the ultrasonic transmitter and the ultrasonic receiver , the control unit being adapted to detect at least one parameter of the ultrasonic signal , wherein the control unit further is adapted to detect a difference in the at least one parameter based on a comparison between the ultrasonic signal and a reference signal, characterised in that the arrangement further comprises: cleaning means connected to the control unit and arranged at the ultrasonic transmitter and the ultrasonic receiver , wherein the control unit is adapted to control a cleaning process of the ultrasonic transmitter and/or the ultrasonic receiver using the cleaning means , wherein the cleaning means comprises air blowing means, and a protective case at least partly housing the ultrasonic transmitter and the ultrasonic receiver . an ultrasonic transmitter arranged at the arrangement , and adapted to send out an ultrasonic signal towards a surface , an ultrasonic receiver adapted to receive the ultrasonic signal , and a control unit connected to the ultrasonic transmitter and the ultrasonic receiver , the control unit being adapted to detect at least one parameter of the ultrasonic signal , wherein the control unit further is adapted to detect a difference in the at least one parameter based on a comparison between the ultrasonic signal and a reference signal, characterised in that the arrangement further comprises: cleaning means connected to the control unit and arranged at the ultrasonic transmitter and the ultrasonic receiver , wherein the control unit is adapted to control a cleaning process of the ultrasonic transmitter and/or the ultrasonic receiver using the cleaning means , wherein the cleaning means comprises air blowing means, and a protective case at least partly housing the ultrasonic transmitter and the ultrasonic receiver . cleaning means connected to the control unit and arranged at the ultrasonic transmitter and the ultrasonic receiver , wherein the control unit is adapted to control a cleaning process of the ultrasonic transmitter and/or the ultrasonic receiver using the cleaning means , wherein the cleaning means comprises air blowing means, and a protective case at least partly housing the ultrasonic transmitter and the ultrasonic receiver .
A three-dimensional memory device , comprising: a first page buffer and a second page buffer , respectively configured to temporarily store a first write-in data (WD1) and a second write-in data (WD2); a sense amplifier ; a first path selector , coupled between a first global bit line (GBL1), the sense amplifier , and the first page buffer , and coupling the sense amplifier or the first page buffer to the first global bit line (GBL1) according to a first control signal (CT1); and a second path selector , coupled between a second global bit line (GBL2), the sense amplifier , and the second page buffer , and coupling the sense amplifier or the second page buffer to the second global bit line (GBL2) according to a second control signal (CT2) wherein the first path selector comprises: a first switch, coupled between the first global bit line (GBL1, GBL(n)) and the first page buffer ; and a second switch, coupled between the first global bit line (GBL1, GBL(n)) and the sense amplifier ; and wherein the second path selector comprises: a third switch, coupled between the second global bit line (GBL2, GBL(n+1)) and the second page buffer ; and a fourth switch, coupled between the second global bit line (GBL2, GBL(n+1)) and the sense amplifier . a first page buffer and a second page buffer , respectively configured to temporarily store a first write-in data (WD1) and a second write-in data (WD2); a sense amplifier ; a first path selector , coupled between a first global bit line (GBL1), the sense amplifier , and the first page buffer , and coupling the sense amplifier or the first page buffer to the first global bit line (GBL1) according to a first control signal (CT1); and a second path selector , coupled between a second global bit line (GBL2), the sense amplifier , and the second page buffer , and coupling the sense amplifier or the second page buffer to the second global bit line (GBL2) according to a second control signal (CT2) wherein the first path selector comprises: a first switch, coupled between the first global bit line (GBL1, GBL(n)) and the first page buffer ; and a second switch, coupled between the first global bit line (GBL1, GBL(n)) and the sense amplifier ; and wherein the second path selector comprises: a third switch, coupled between the second global bit line (GBL2, GBL(n+1)) and the second page buffer ; and a fourth switch, coupled between the second global bit line (GBL2, GBL(n+1)) and the sense amplifier . a first switch, coupled between the first global bit line (GBL1, GBL(n)) and the first page buffer ; and a second switch, coupled between the first global bit line (GBL1, GBL(n)) and the sense amplifier ; and wherein the second path selector comprises: a third switch, coupled between the second global bit line (GBL2, GBL(n+1)) and the second page buffer ; and a fourth switch, coupled between the second global bit line (GBL2, GBL(n+1)) and the sense amplifier . a third switch, coupled between the second global bit line (GBL2, GBL(n+1)) and the second page buffer ; and a fourth switch, coupled between the second global bit line (GBL2, GBL(n+1)) and the sense amplifier .
A tomato-derived composition comprising lycopene crystals at a concentration of at least 70% (w/w) and methylene chloride-insoluble material at a concentration of 10% (w/w) or less, wherein the size of said lycopene crystals is less than 1 micron.
Controller cluster for controlling a technical device comprising - a bus system , - a first automation device and - a second automation device , wherein the - first automation device has a first control program and the - second automation device has a second control program for controlling the technical device, wherein - the first and the second control program are embodied in such a way that they each carry out the same control tasks for the technical device, wherein the - first automation device has a first network interface controller (NIC1) with a first standard hardware address (S-MAC1), which is connected to the bus system and the second automation device has a second network interface controller (NIC2) with a second standard hardware address (S-MAC2), which is connected to the bus system , characterised in that a first virtual network interface controller (swNIC1) is arranged between the first network interface controller (NIC1) and a first protocol stack (NW-S1) of the first automation device and a second virtual network interface controller (swNIC2) is arranged between the second network interface controller (NIC2) and a second protocol stack (NW-S2) of the second automation device , wherein furthermore both the first and also the second network interface controller (NIC1, NIC2) are also embodied to administer a cluster hardware address (C-MAC), wherein the first protocol stack (NW-S1) can be accessed via the first standard hardware address (S-MAC1) and the first protocol stack (NW-S1) can only be accessed via the first virtual network interface controller (swNIC1) via the cluster hardware address (C-MAC) when said controller is switched to active and the second protocol stack (NW-S2) can be accessed via the second standard hardware address (S-MAC2) and the second protocol stack (NW-S2) can only be accessed via the second virtual network interface controller (swNIC2) via the cluster hardware address (C-MAC) when said controller is switched to active. - a bus system , - a first automation device and - a second automation device , wherein the - first automation device has a first control program and the - second automation device has a second control program for controlling the technical device, wherein - the first and the second control program are embodied in such a way that they each carry out the same control tasks for the technical device, wherein the - first automation device has a first network interface controller (NIC1) with a first standard hardware address (S-MAC1), which is connected to the bus system and the second automation device has a second network interface controller (NIC2) with a second standard hardware address (S-MAC2), which is connected to the bus system ,
Rocker saw with at least one sawing element and a rocker which is mounted pivotably about an axis of rotation relative to the sawing element relative to a base frame with a channel-like receptacle for the material to be cut, wherein the rocker is pivotable between a resting position away from the sawing element and a cutting position in which the sawing element cuts the material to be cut which lies in the channel-like receptacle , wherein a movable safety cover is provided on the rocker saw , which safety cover closes the loading opening of the channel-like receptacle in its closed position, and releases the loading opening for loading in its open position, wherein a safety lock (SP) is provided, characterized in that the safety lock (SP) comprises a movable bolt separated from the safety cover , which bolt blocks the rocker when the safety cover is fully or partially open, and releases the rocker when the safety cover is at least substantially closed, wherein the safety lock (SP) preferably comprises a sensing element which scans whether the safety cover is closed and only releases the rocker when the safety cover is closed.
A method of detecting and filtering illegitimate communication streams in a satellite communication network, comprising a plurality of terminals (TER, AER) able to communicate with an access network through a satellite link, the network comprising several gateway satellite stations (GW) ensuring the interface between the satellite link and the access network and an interconnection equipment (PoP) positioned between the gateway stations (GW) and the access network to centralise the communication streams and to interconnect several networks belonging to different satellite operators, the method being executed by said gateway satellite stations and comprising the steps of: - receiving a communication stream originating from the satellite, - determining a set of characteristics of the communication stream forming a signature of the stream, - applying at least one classification algorithm so as to class the signature into a set of legitimate signatures or into a set of illegitimate signatures, - if the signature is classed into the set of illegitimate signatures, filtering the communication stream, otherwise transmitting the communication stream to the access network through the interconnection equipment (PoP). - receiving a communication stream originating from the satellite, - determining a set of characteristics of the communication stream forming a signature of the stream, - applying at least one classification algorithm so as to class the signature into a set of legitimate signatures or into a set of illegitimate signatures, - if the signature is classed into the set of illegitimate signatures, filtering the communication stream, otherwise transmitting the communication stream to the access network through the interconnection equipment (PoP).
A method for controlling a washing machine having a tub for containing water, a drum rotatably provided in the tub , at least one nozzle for spraying water into the drum , a washing motor configured to rotate the drum , and a circulation pump configured to pump water discharged from the tub to the at least one nozzle , the method comprising: a step (a) of alternatively repeating acceleration and deceleration of the washing motor such that the washing motor is accelerated to make laundry in the drum rotate along with the drum while stuck to the drum owing to a centrifugal force, and the washing motor is decelerated to make the laundry separated from the drum ; and a step (b) of operating a circulation pump motor included in the circulation pump to spray water through the at least one nozzle , wherein the circulation pump motor is accelerated and decelerated, characterized in that the acceleration and deceleration of the circulation pump motor in step (b) is performed in response to the acceleration of the washing motor and the braking of the washing motor , respectively, and wherein the circulation pump motor is a variable speed motor whose rotation speed is controllable, and the respective acceleration and deceleration of the circulation pump motor in step (b) is performed with a certain gradient. a step (a) of alternatively repeating acceleration and deceleration of the washing motor such that the washing motor is accelerated to make laundry in the drum rotate along with the drum while stuck to the drum owing to a centrifugal force, and the washing motor is decelerated to make the laundry separated from the drum ; and a step (b) of operating a circulation pump motor included in the circulation pump to spray water through the at least one nozzle , wherein the circulation pump motor is accelerated and decelerated, characterized in that the acceleration and deceleration of the circulation pump motor in step (b) is performed in response to the acceleration of the washing motor and the braking of the washing motor , respectively, and wherein the circulation pump motor is a variable speed motor whose rotation speed is controllable, and the respective acceleration and deceleration of the circulation pump motor in step (b) is performed with a certain gradient.