mhurhangee/patent-ind-claim-en huggingface dataset:
An agricultural device for semi-automatic movement of a holding tool , for holding an object , between two positions, said two positions being at different heights, the device comprising; said holding tool for holding the object , load sensing means for determining if the holding tool holds an object , driving means for moving the holding tool up and down between a lowest point and a highest point, a control unit for controlling the driving means , and a user interface for user input to the control unit , the device can be used in two modes of operations, wherein the holding tool in a first mode of operation is freely movably between the lowest point and the highest point by means of user input via the user interface , and in a second mode of operation is semi-automatically movable between a plurality of determined positions within a range between the lowest and highest point, wherein in the second mode of operation the control unit is arranged to control the driving means for moving the holding tool in accordance with a predetermined scheme comprising four determined positions, wherein said predetermined scheme comprises; - moving the holding tool to an upper retrieval position (URP), when an up command is received by means of the user interface and the holding tool is not holding an object , - moving the holding tool to an upper placing position (UPP), when an up command is received by means of the user interface and the holding tool holds an object , - moving the holding tool to a lower retrieval positon (LRP), when a down command is received by means of the user interface and the holding tool is not holding an object , and - moving the holding tool to a lower placing positon (LPP), when a down command is received by means of the user interface and the holding tool holds an object , characterized in that when a down command is received by means of the user interface and the holding tool holds an object , the load sensing means is during the movement arranged to detect if the holding tool is no longer supporting the same amount of load, wherein upon such a detection the control unit is arranged to automatically stop the driving means . - moving the holding tool to an upper retrieval position (URP), when an up command is received by means of the user interface and the holding tool is not holding an object , - moving the holding tool to an upper placing position (UPP), when an up command is received by means of the user interface and the holding tool holds an object , - moving the holding tool to a lower retrieval positon (LRP), when a down command is received by means of the user interface and the holding tool is not holding an object , and - moving the holding tool to a lower placing positon (LPP), when a down command is received by means of the user interface and the holding tool holds an object ,
Fluid transport circuit element, comprising a body provided with a channel having an end portion and a tubular connection insert which is received in said end portion and which is provided internally with means for sealingly retaining a tube and externally with anchoring teeth , characterized in that the end portion of the channel has a central axis (X) and is delimited by a wall including at least a first axial portion (12; 22) relatively close to the central axis and a second axial portion relatively distant from the central axis so that the teeth exert an anchoring force on the first portion and do not exert any anchoring force on the second axial portion.
An uplink transmission resource determining method, comprising: receiving a first physical uplink shared channel PUSCH resource configuration and a second PUSCH resource configuration sent by a network device , wherein the first PUSCH resource configuration is to configure one or more first PUSCH resource, wherein the second PUSCH resource configuration is to configure one or more second PUSCH resource, wherein the first PUSCH resource configuration comprises value of a first parameter and value of at least one second parameter, wherein the second PUSCH resource configuration comprises value of a first parameter and does not comprise value of the at least one second parameter; determining the one or more second PUSCH resource based on the second PUSCH resource configuration and the value of at least one second parameter in the first PUSCH resource configuration. receiving a first physical uplink shared channel PUSCH resource configuration and a second PUSCH resource configuration sent by a network device , wherein the first PUSCH resource configuration is to configure one or more first PUSCH resource, wherein the second PUSCH resource configuration is to configure one or more second PUSCH resource, wherein the first PUSCH resource configuration comprises value of a first parameter and value of at least one second parameter, wherein the second PUSCH resource configuration comprises value of a first parameter and does not comprise value of the at least one second parameter; determining the one or more second PUSCH resource based on the second PUSCH resource configuration and the value of at least one second parameter in the first PUSCH resource configuration.
An antisense oligonucleotide wherein the oligonucleotide is the oligonucleotide compound TTAcActtaattatactTCC (CMP ID NO: 626_7) wherein capital letters represent beta-D-oxy LNA nucleosides, lowercase letters represent DNA nucleosides, all LNA C are 5-methyl cytosine, and all internucleoside linkages are phosphorothioate internucleoside linkages.
A security implant for a voice over IP, VoIP, phone device for arrangement between non-secure hardware of the VoIP phone comprising a local area network, LAN, interface and at least one processor and secure inputs and outputs of the VoIP phone comprising at least one microphone at least one indicator and an off-on hook switch ; said security implant being a dedicated device not programmable via the non-secure hardware and comprising: at least one audio switch for connecting said at least one microphone to said non-secure hardware ; a microcontroller for connection to the off-on hook switch , said microcontroller being coupled to said at least one audio switch to enable synchronization between the state of the off-on hook switch and switching functions of said at least one audio switch ; and at least one tampering switch , said security implant being configured to allow normal VoIP call only if said at least one tampering switch has not been activated by connecting said at least one microphone to said non-secure hardware via said at least one audio switch and activating said at least one indicator to indicate active audio channel only during active VoIP phone call, the microcontroller configured to cause irreversible change upon releasing tampering switch . at least one audio switch for connecting said at least one microphone to said non-secure hardware ; a microcontroller for connection to the off-on hook switch , said microcontroller being coupled to said at least one audio switch to enable synchronization between the state of the off-on hook switch and switching functions of said at least one audio switch ; and at least one tampering switch , said security implant being configured to allow normal VoIP call only if said at least one tampering switch has not been activated by connecting said at least one microphone to said non-secure hardware via said at least one audio switch and activating said at least one indicator to indicate active audio channel only during active VoIP phone call, the microcontroller configured to cause irreversible change upon releasing tampering switch .
A method for providing media content in a computer network, the method comprising: storing the media content, the media content including a segment comprising a group of frames; determining a transmission rate for traffic between an apparatus and a client device ; selecting a subset of frames to drop from the group of frames based on (i) the transmission rate and (ii) a frame difference distortion, FDIFF, metric, of each frame in the group of frames; shaping the segment by dropping the selected subset of frames from the group of frames, wherein the shaped segment has a lower bit rate than the segment; and transmitting the shaped segment to the client device , characterized in that the FDIFF metric is calculated according to a math figure: d f j f k = S ⋅ f j − S ⋅ f k T A T A S ⋅ f j − S ⋅ f k , where f j denotes a frame actually being displayed, f k denotes a frame scheduled to be displayed, S denotes a bi-cubicle filtering and down-sampling function that scales the frames to a thumbnail of a predetermined height and width, and A denotes a distance metric, wherein the distance metric is an Eigen appearance space metric. storing the media content, the media content including a segment comprising a group of frames; determining a transmission rate for traffic between an apparatus and a client device ; selecting a subset of frames to drop from the group of frames based on (i) the transmission rate and (ii) a frame difference distortion, FDIFF, metric, of each frame in the group of frames; shaping the segment by dropping the selected subset of frames from the group of frames, wherein the shaped segment has a lower bit rate than the segment; and transmitting the shaped segment to the client device , characterized in that the FDIFF metric is calculated according to a math figure: d f j f k = S ⋅ f j − S ⋅ f k T A T A S ⋅ f j − S ⋅ f k , where f j denotes a frame actually being displayed, f k denotes a frame scheduled to be displayed, S denotes a bi-cubicle filtering and down-sampling function that scales the frames to a thumbnail of a predetermined height and width, and A denotes a distance metric, wherein the distance metric is an Eigen appearance space metric.
A rubber composition comprising: from 75 to 85 phr of a styrene-butadiene rubber having a bound styrene content of from 30 to 50 percent by weight, a vinyl 1,2 content of from 10 to 30 percent by weight based on the rubber weight, and a Tg (ASTM D3418) in a range of from -40oC to - 20oC; from 0 to 25 phr, alternatively from 5 phr to 15 phr, of natural rubber or synthetic polyisoprene; from 0 to 20 phr, alternatively from 5 phr to 15 phr, of cis-1,4 polybutadiene having a Tg (ASTM D3418) in a range of from -110oC to -90oC; from 100 to 150 phr of silica; from 20 to 40 phr of a combination resin comprising a polyterpene resin, an alkylphenol formaldehyde resin, and a rosin acid; from 30 to 60 phr of oil; and from 5 to 25 phr of a sulfur containing organosilicon compound. from 75 to 85 phr of a styrene-butadiene rubber having a bound styrene content of from 30 to 50 percent by weight, a vinyl 1,2 content of from 10 to 30 percent by weight based on the rubber weight, and a Tg (ASTM D3418) in a range of from -40oC to - 20oC; from 0 to 25 phr, alternatively from 5 phr to 15 phr, of natural rubber or synthetic polyisoprene; from 0 to 20 phr, alternatively from 5 phr to 15 phr, of cis-1,4 polybutadiene having a Tg (ASTM D3418) in a range of from -110oC to -90oC; from 100 to 150 phr of silica; from 20 to 40 phr of a combination resin comprising a polyterpene resin, an alkylphenol formaldehyde resin, and a rosin acid; from 30 to 60 phr of oil; and from 5 to 25 phr of a sulfur containing organosilicon compound.
An assay system comprising: (a) a library of bioactive agents, each of which is tethered to a fluorophore; (b) a cellular target fused to a bioluminescent reporter, wherein the cellular target is a binding partner of at least one of the bioactive agents; and (c) a substrate for the bioluminescent reporter wherein the emission spectrum of the bioluminescent reporter overlaps with the absorption spectrum of the fluorophores; and wherein the bioactive agent is a small molecule. (a) a library of bioactive agents, each of which is tethered to a fluorophore; (b) a cellular target fused to a bioluminescent reporter, wherein the cellular target is a binding partner of at least one of the bioactive agents; and (c) a substrate for the bioluminescent reporter
A box made of cardboard for presenting a consumer product, in particular cosmetics, watches, mobile phones, or the like, comprising a receptacle , a positioning structure of the product movable relative to the receptacle and a cover closing the receptacle , the receptacle being formed by a bottom wall and a plurality of lateral walls defining an internal volume of the box , and having an opening selectively sealed by the cover , the movable positioning structure comprising clipping tabs , lateral walls of the receptacle opposite each other each comprising a notch for receiving the clipping tabs of the positioning structure , the box being characterized in that the movable positioning structure comprises a central wall , the clipping tabs extending from the central wall . the receptacle being formed by a bottom wall and a plurality of lateral walls defining an internal volume of the box , and having an opening selectively sealed by the cover , the movable positioning structure comprising clipping tabs , lateral walls of the receptacle opposite each other each comprising a notch for receiving the clipping tabs of the positioning structure , the box being characterized in that the movable positioning structure comprises a central wall , the clipping tabs extending from the central wall .
A disc-type air ecosystem box comprising a housing , characterized in that the housing accommodates a power module, a health processing module, a summer load module, a winter comfort module, a safety module, and an air supply module; the health processing module, the summer load module, the Winter comfort module, and the safety module are located on the periphery of the power module, the air supply module is located behind the power module; the power module comprises a flange of air inlet , placed on the housing ; the power module comprises a casing placed behind the flange of air inlet ; and the casing accommodates an unhoused fan driven by a frequency conversion motor ; a plate-type pre-filter is placed in front of the unhoused fan ; the casing defines a first air dissipation vent , a second air dissipation vent , a third air dissipation vent , and a fourth air dissipation vent ; the health processing module defines a first connecting air vent and a fourth connecting air vent , on opposite sides of the first air dissipation vent respectively; a first through vent is disposed between the first connecting air vent and the fourth connecting air vent ; the health processing module further comprises an ultraviolet sterilizing device and a middle-effect electrostatic filter ; the summer load module defines a first connecting air vent and a second connecting air vent , on opposite sides of the second air dissipation vent respectively; a second through vent is disposed between the first connecting air vent and the second connecting air vent ; the summer load module further comprises a surface cooling coil and a thermotube reheat coil ; the safety module defines a second connecting air vent and a third connecting air vent , on opposite sides of the third air dissipation vent respectively; a third through vent is disposed between the second connecting air vent and the third connecting air vent ; the safety module defines further comprises PM2.5 filtering and detecting device . the winter comfort module defines a fourth connecting air vent and a third connecting air vent , on opposite sides of the fourth air dissipation vent respectively; a fourth through vent is disposed between the fourth connecting air vent and the third connecting air vent ; the winter comfort module further comprises a heating coil and a humidifier ; the air supply module defines an air supply vent behind the housing , communicating with the first through vent , the second through vent , the third through vent , and the fourth through vent ; the air supply module further comprises an ecological monitor in front of the air supply Vent, for detecting the change of the environment climate and the air quality.
B-pillar construction for a motor vehicle having a driver's cab and a body which is arranged behind the driver's cab, in particular for a motor home or a motor car with a box body or a camper shell, the B-pillar construction being configured to connect the driver's cab to the body , characterized in that the B-pillar construction has a structural part which is configured as a shaped part and an outer B-pillar trim panel .
A table frame having a table leg with a housing part , a longitudinal beam and a transverse beam with two mutually opposite edge portions , which define a recess in the transverse beam , wherein a longitudinal beam protrusion of the longitudinal beam can be brought into contact with one of the edge portions under preload and a housing protrusion of the housing part can be brought into contact with the other edge portion under preload, wherein the longitudinal beam protrusion and the housing protrusion engage in the recess .
A method for capturing network traffic in a virtualized computing environment comprising at least one or more computing devices and one or more network devices , the one or more computing devices including one or more virtual machines , the method comprising: receiving a request to capture data packets associated with the one or more virtual machines of the virtualized computing environment ; in response to the request, generating rules for hosts that are hosting the one or more virtual machines , the rules usable to enable tagging of the requested data packets ; based on the rules, tagging, by the hosts that are hosting the one or more virtual machines associated with the request, packets identified by the rules using a pattern of one or more bits in a reserved field of a header of the packet , wherein the pattern indicates that the packet is to be traced; propagating the pattern to an outer layer during encapsulation of the packet , wherein a header of the encapsulated packet includes the pattern of one or more bits; causing at least one network device to trace identified packets based on the pattern in the header of the encapsulated packet ; and collecting the tagged packets for network traffic analysis of the virtualized computing environment . receiving a request to capture data packets associated with the one or more virtual machines of the virtualized computing environment ; in response to the request, generating rules for hosts that are hosting the one or more virtual machines , the rules usable to enable tagging of the requested data packets ; based on the rules, tagging, by the hosts that are hosting the one or more virtual machines associated with the request, packets identified by the rules using a pattern of one or more bits in a reserved field of a header of the packet , wherein the pattern indicates that the packet is to be traced; propagating the pattern to an outer layer during encapsulation of the packet , wherein a header of the encapsulated packet includes the pattern of one or more bits; causing at least one network device to trace identified packets based on the pattern in the header of the encapsulated packet ; and collecting the tagged packets for network traffic analysis of the virtualized computing environment .
An apparatus for the thermal treatment of mineral materials, wherein the apparatus comprises a first combustion chamber , a second combustion chamber and a reactor for the thermal treatment of mineral materials, wherein the first combustion chamber is configured for burning a first fuel, wherein the first combustion chamber and the second combustion chamber are connected via a first conduit for transferring hot gases from the first combustion chamber into the second combustion chamber , wherein the second combustion chamber is configured for burning a second fuel, wherein the second combustion chamber and the reactor are connected via a second conduit for transferring hot gases from the second combustion chamber into the reactor, wherein the first combustion chamber has a first fuel feed device for introducing the first fuel, wherein the second combustion chamber has a second fuel feed device for introducing the second fuel, wherein the reactor has a third fuel feed conduit for introducing a third fuel, characterized in that the first combustion chamber has a first oxygen feed device, the second combustion chamber has a second oxygen feed device , wherein the first fuel and the second fuel are different, and wherein the second combustion chamber , the second connection and/or the reactor has a sensor for measuring the oxygen content.
A method of wireless communication, comprising: generating an information block comprising dedicated control information for each of a plurality of user equipments, UEs, wherein each of the dedicated control information comprises a same size; generating individual cyclic redundancy check, CRC, information for each of the respective dedicated control information; generating group CRC information for the information block; encoding the information block, including the individual CRC information and the group CRC information, utilizing polar coding to generate a polar code block; and transmitting the polar code block over a wireless air interface. generating an information block comprising dedicated control information for each of a plurality of user equipments, UEs, wherein each of the dedicated control information comprises a same size; generating individual cyclic redundancy check, CRC, information for each of the respective dedicated control information; generating group CRC information for the information block; encoding the information block, including the individual CRC information and the group CRC information, utilizing polar coding to generate a polar code block; and transmitting the polar code block over a wireless air interface.
A trailer body structure defined by dished heads and a rear body sheet metal which surrounds said dished heads and a front conical section with a middle conical body sheet metal there between, characterized in that said trailer body structure comprises at least one inclined welding line (B) configured in a manner to provide joining said middle conical body with the rear body sheet metal and said front cone sheet metal , whereby said front conical section comprises at least one inclined welding line (B) and is configured with a welding line angle (x) towards the body and less than 90°, the inclined welding line (B) being configured in a manner to provide an incline in the middle conical body sheet metal with respect to the rear body sheet metal and to the front conical section .