mhurhangee/ep-ind-claims huggingface dataset:
A transmission mode switching method for transmission mode switching in a combined cell, comprising: monitoring, by user equipment, UE, pilot signals sent by at least two nodes, wherein the pilot signals sent by the different nodes are different, and the pilot signals are used for differentiating the at least two nodes; and sending, by the UE, a physical layer measurement result report to a base station, NodeB, if the UE determines, according to the detected pilot signals, that measurement results of the pilot signals of the at least two nodes meet a preset trigger condition, so that the NodeB performs downlink transmission mode switching, wherein the preset trigger condition is: the UE detects that a parameter value of the pilot signals sent by the at least two nodes falls within a preset threshold range; or the UE detects that a parameter value of the pilot signals sent by the at least two nodes falls beyond a preset threshold range; wherein the parameter value of the pilot signals is any one of the following: a strength difference of the pilot signals, a channel quality difference, and a path gain difference. monitoring, by user equipment, UE, pilot signals sent by at least two nodes, wherein the pilot signals sent by the different nodes are different, and the pilot signals are used for differentiating the at least two nodes; and sending, by the UE, a physical layer measurement result report to a base station, NodeB, if the UE determines, according to the detected pilot signals, that measurement results of the pilot signals of the at least two nodes meet a preset trigger condition, so that the NodeB performs downlink transmission mode switching, wherein the preset trigger condition is: the UE detects that a parameter value of the pilot signals sent by the at least two nodes falls within a preset threshold range; or the UE detects that a parameter value of the pilot signals sent by the at least two nodes falls beyond a preset threshold range; wherein the parameter value of the pilot signals is any one of the following: a strength difference of the pilot signals, a channel quality difference, and a path gain difference.
Device for manually closing packaging units with one another along a predefined contour by means of sealing, having a region which can be loaded by the operator of the device and is intended for the insertion of a container, in particular a shell, filled with food or other goods, and having a manually operable upper part which presses a closure film onto the contour during a closing operation, characterized in that the device: has a sensor device which has one or more sensors (50, 60, 70) and is configured to sense the performance of a closing operation and generates a set of sensor signals for this, has an evaluation unit which is configured to use the sensor signals to obtain data representing the number of closing operations which have actually been carried out, and has a transmitting unit which is configured to transmit the number of closing operations, as determined by the evaluation, to a predefined receiver (110, 120) according to a predefinable control scheme, has a receiving unit which is configured to receive control data for the device from the predefined receiver (100, 120), wherein an electronic control circuit is provided in the device and is configured to process the control data further and to control the device according to the control data, wherein technical means are provided on the device and can be controlled by the control circuit to carry out at least one of the following steps when a predefined number of sealing operations is reached: 1) outputting a predefined warning signal at the sealing device, 2) slowing down or preventing a heating phase of the sealing device, 3) interrupting the operational readiness of the sealing device. has a sensor device which has one or more sensors (50, 60, 70) and is configured to sense the performance of a closing operation and generates a set of sensor signals for this, has an evaluation unit which is configured to use the sensor signals to obtain data representing the number of closing operations which have actually been carried out, and has a transmitting unit which is configured to transmit the number of closing operations, as determined by the evaluation, to a predefined receiver (110, 120) according to a predefinable control scheme, has a receiving unit which is configured to receive control data for the device from the predefined receiver (100, 120), wherein an electronic control circuit is provided in the device and is configured to process the control data further and to control the device according to the control data, wherein technical means are provided on the device and can be controlled by the control circuit to carry out at least one of the following steps when a predefined number of sealing operations is reached: 1) outputting a predefined warning signal at the sealing device, 2) slowing down or preventing a heating phase of the sealing device, 3) interrupting the operational readiness of the sealing device. 1) outputting a predefined warning signal at the sealing device, 2) slowing down or preventing a heating phase of the sealing device, 3) interrupting the operational readiness of the sealing device.
A track drive for outdoor power equipment characterized by: a support frame, wherein said support frame defines an aperture, said aperture being located substantially on a center line of said support frame with respect to a forward end and a rear end of said support frame; a drive axle configured to attach to an associated drive hub on said outdoor power equipment, wherein said drive axle passes through said aperture; a hub bearing mounted on said drive axle and said support frame, said hub bearing enables said drive axle to rotate relative to said support frame; a drive sprocket attached to said drive axle, wherein said drive sprocket comprises an interior half sprocket and an exterior half sprocket, said half sprockets (68, 70) are located on either side of said support frame, wherein said drive sprocket comprises drive teeth spaced radially about said drive sprocket; and an endless track, wherein said drive sprocket is movably engaged with said endless track to transmit force to rotate said endless track and propel said outdoor power equipment. a support frame, wherein said support frame defines an aperture, said aperture being located substantially on a center line of said support frame with respect to a forward end and a rear end of said support frame; a drive axle configured to attach to an associated drive hub on said outdoor power equipment, wherein said drive axle passes through said aperture; a hub bearing mounted on said drive axle and said support frame, said hub bearing enables said drive axle to rotate relative to said support frame; a drive sprocket attached to said drive axle, wherein said drive sprocket comprises an interior half sprocket and an exterior half sprocket, said half sprockets (68, 70) are located on either side of said support frame, wherein said drive sprocket comprises drive teeth spaced radially about said drive sprocket; and an endless track, wherein said drive sprocket is movably engaged with said endless track to transmit force to rotate said endless track and propel said outdoor power equipment.
A computing system to assist vehicle driving assistance service in a multi-access edge computing service, the computing system comprising: a proxy entity communicatively coupled to, associated with, or a part of an MEC node of a cellular network, the proxy entity arranged to register one or more wireless local access networks (LANs) to provide the vehicle DA service, wherein each wireless LAN of the one or more wireless LANs corresponds to a wireless LAN service provider; and a MEC DA application operated by the MEC node, the MEC DA application arranged to determine a connectivity-considered route to route a user equipment with selected one or more subscribed wireless LANs and the CN from a first geographic location to a second geographic location, wherein the determined connectivity-considered route is a route determined based at least in part on the accessibility of WLANs, and wherein the one or more subscribed wireless LANs are subscribed by the UE to corresponding one or more wireless LAN service providers. a proxy entity communicatively coupled to, associated with, or a part of an MEC node of a cellular network, the proxy entity arranged to register one or more wireless local access networks (LANs) to provide the vehicle DA service, wherein each wireless LAN of the one or more wireless LANs corresponds to a wireless LAN service provider; and a MEC DA application operated by the MEC node, the MEC DA application arranged to determine a connectivity-considered route to route a user equipment with selected one or more subscribed wireless LANs and the CN from a first geographic location to a second geographic location, wherein the determined connectivity-considered route is a route determined based at least in part on the accessibility of WLANs, and wherein the one or more subscribed wireless LANs are subscribed by the UE to corresponding one or more wireless LAN service providers.
An ester containing benzoxazine monomer of formula wherein, independently, at least one R* group is present in the benzoxazine cycle, and is selected from the group consisting of H, an aliphatic C 1 -C 6 alkyl group, OH, an aliphatic C 1 -C 6 alkoxy group, an aliphatic C 2 -C 6 alkenyl group, an aliphatic C 1 -C 6 alkyl or alkoxy substituted or unsubstituted phenyl group, and R is either selected from the group consisting of an aliphatic C 1 -C 6 alkyl group, an aliphatic C 1 -C 6 alkyl or alkoxy substituted or unsubstituted phenyl group, a C 2 -C 6 alkenyl group, -(CH 2) n3 - wherein n 3 is an integer from 1 to 10, -CH(aliphatic C 1 -C 6 alkyl group), -CH(aliphatic C 1 -C 6 alkyl or alkoxy substituted or unsubstituted phenyl group), or R is omitted; R' is selected from the group consisting of H, -(CH 2) n3 -OH, and wherein n = n 1 = n 2 and are, independently, an integer of from 1 to 3, and R, R* and n 3 are as defined above; R" is an aliphatic C 1 -C 6 alkyl group; and p is an integer of from 1 to 50. at least one R* group is present in the benzoxazine cycle, and is selected from the group consisting of H, an aliphatic C 1 -C 6 alkyl group, OH, an aliphatic C 1 -C 6 alkoxy group, an aliphatic C 2 -C 6 alkenyl group, an aliphatic C 1 -C 6 alkyl or alkoxy substituted or unsubstituted phenyl group, and R is either selected from the group consisting of an aliphatic C 1 -C 6 alkyl group, an aliphatic C 1 -C 6 alkyl or alkoxy substituted or unsubstituted phenyl group, a C 2 -C 6 alkenyl group, -(CH 2) n3 - wherein n 3 is an integer from 1 to 10, -CH(aliphatic C 1 -C 6 alkyl group), -CH(aliphatic C 1 -C 6 alkyl or alkoxy substituted or unsubstituted phenyl group), or R is omitted; R' is selected from the group consisting of H, -(CH 2) n3 -OH, and wherein n = n 1 = n 2 and are, independently, an integer of from 1 to 3, and R, R* and n 3 are as defined above; R" is an aliphatic C 1 -C 6 alkyl group; and p is an integer of from 1 to 50.
Method for operating a contact-sensitive control device of a motor vehicle, in which the control device provides at least one virtual control element (20, 21) to which at least one specific, activatable function is assigned, at least one acceleration (a) acting on the motor vehicle and/or the control device is detected, and a detection region (20', 21') assigned to the control element (20, 21) is changed in its position relative to the control device, in its orientation relative to the control device, in its shape and/or in its size depending on the detected acceleration (a), and at least one actuation parameter for the detection region (20', 21') assigned to the control element (20, 21) for activating the at least one function is additionally changed in its value depending on the detected acceleration (a), characterized in that a necessary dwell time (t V) of a human actuation tool on the detection region (20', 21') assigned to the control element (20, 21) and/or a necessary actuating force (F B) of a human actuation tool for the detection region (20', 21') assigned to the control element (20, 21) are additionally changed depending on the number of virtual control elements.
A microphone capable of canceling vibration noise caused by mechanical vibration, comprising in a capsule (18, 19): a pair of diaphragms (11, 12); a pair of back plates (13, 14) opposite to the respective diaphragms (11, 12); and a printed circuit board being disposed at the middle of the capsule (18, 19), wherein the pair of diaphragms (11, 12) are disposed close and opposite to the surfaces of the printed circuit board, respectively, with the printed circuit board disposed therebetween, and wherein the printed circuit board has a protruding part outside the capsule (18, 19), characterized in that the printed circuit board has an opening, a part of which is located in the protruding part; and sound waves are input to the capsule (18, 19) through the opening. a pair of diaphragms (11, 12); a pair of back plates (13, 14) opposite to the respective diaphragms (11, 12); and a printed circuit board being disposed at the middle of the capsule (18, 19), wherein the pair of diaphragms (11, 12) are disposed close and opposite to the surfaces of the printed circuit board, respectively, with the printed circuit board disposed therebetween, and wherein the printed circuit board has a protruding part outside the capsule (18, 19), characterized in that the printed circuit board has an opening, a part of which is located in the protruding part; and sound waves are input to the capsule (18, 19) through the opening.
A method for blockchain-based recordkeeping, implementable by a terminal device, the method comprising: storing, in a secure operation environment of the terminal device, device authentication information that is signed based on a private key associated with a manufacturer of the terminal device to generate a first signature; obtaining target data; computing a data digest of the target data, and extracting a key segment from the target data; verifying the first signature of the device authentication information based on the public key corresponding to the private key associated with the manufacturer of the terminal device; in response to verifying the first signature, determining that the terminal device is a valid terminal device and signing, in the secure operation environment of the terminal device, the data digest and/or the key segment based on a private key associated with the terminal device to generate a second signature; and submitting to a blockchain the data digest, the key segment, and the second signature, for one or more nodes in the blockchain to verify the second signature based on a public key corresponding to the private key associated with the terminal device, and to record the data digest and the key segment in the blockchain in response to the second signature being verified to be valid. storing, in a secure operation environment of the terminal device, device authentication information that is signed based on a private key associated with a manufacturer of the terminal device to generate a first signature; obtaining target data; computing a data digest of the target data, and extracting a key segment from the target data; verifying the first signature of the device authentication information based on the public key corresponding to the private key associated with the manufacturer of the terminal device; in response to verifying the first signature, determining that the terminal device is a valid terminal device and signing, in the secure operation environment of the terminal device, the data digest and/or the key segment based on a private key associated with the terminal device to generate a second signature; and submitting to a blockchain the data digest, the key segment, and the second signature, for one or more nodes in the blockchain to verify the second signature based on a public key corresponding to the private key associated with the terminal device, and to record the data digest and the key segment in the blockchain in response to the second signature being verified to be valid.
A method for producing vinyl sulfonic acid, comprising: conducting demetallation of vinyl sulfonate salt, wherein a demetallation rate is not less than 95% according to the following formula: Demetallation rate % = acid value after demetallation / acid value before demetallation × 100, and wherein the demetallation is carried out using a strongly acidic ion exchange resin.
A thermal cycler designed to subject a plurality of samples to a temperature cycling regime, said cycler comprising - a sample holder (10, 20) having an upper side and a lower side, the lower side comprising a heat transfer surface and the upper side comprising a sample-receiving surface; wherein • said sample-receiving surface comprises a plurality of sample recesses arrayed in a grid; • said grid has a pitch of 9 mm, 4.5 mm or 2.25 mm for holding a plurality of samples, the number of sample recesses in a first dimension of the sample holder (10, 20) being 8 for 9 mm pitch, 16 for 4.5 mm pitch and 32 for 2.25 mm pitch, and; - means for automated, controlled heating and cooling of the sample holder, said means comprising a peltier module thermally coupled to the heat transfer surface of the sample holder, and - the sample holder being shaped such that the area of the heat transfer surface is larger than the area of the sample-receiving surface, characterized in that - the sample holder (10, 20) narrows from the heat transfer surface towards the sample-receiving surface, and - the number of sample recesses in a second dimension perpendicular to said first dimension of the sample holder corresponds to a fraction of 12 for 9 mm pitch, 24 for 4.5 mm pitch and 48 for 2.25 mm pitch. - a sample holder (10, 20) having an upper side and a lower side, the lower side comprising a heat transfer surface and the upper side comprising a sample-receiving surface; wherein • said sample-receiving surface comprises a plurality of sample recesses arrayed in a grid; • said grid has a pitch of 9 mm, 4.5 mm or 2.25 mm for holding a plurality of samples, the number of sample recesses in a first dimension of the sample holder (10, 20) being 8 for 9 mm pitch, 16 for 4.5 mm pitch and 32 for 2.25 mm pitch, and; • said sample-receiving surface comprises a plurality of sample recesses arrayed in a grid; • said grid has a pitch of 9 mm, 4.5 mm or 2.25 mm for holding a plurality of samples, the number of sample recesses in a first dimension of the sample holder (10, 20) being 8 for 9 mm pitch, 16 for 4.5 mm pitch and 32 for 2.25 mm pitch, and; - means for automated, controlled heating and cooling of the sample holder, said means comprising a peltier module thermally coupled to the heat transfer surface of the sample holder, and - the sample holder being shaped such that the area of the heat transfer surface is larger than the area of the sample-receiving surface, - the sample holder (10, 20) narrows from the heat transfer surface towards the sample-receiving surface, and - the number of sample recesses in a second dimension perpendicular to said first dimension of the sample holder corresponds to a fraction of 12 for 9 mm pitch, 24 for 4.5 mm pitch and 48 for 2.25 mm pitch.
A piezoelectric actuator for deforming a diaphragm provided on a pressure chamber formed in a substrate toward the pressure chamber, wherein, in a state where the diaphragm is located on the pressure chamber, a lower electrode, a piezoelectric member and an upper electrode are sequentially stacked on the diaphragm, on a part of the piezoelectric member above a side wall of the pressure chamber, an upper electrode drawing portion drawn out from the upper electrode above the pressure chamber is formed and under the upper electrode drawing portion, the piezoelectric member is separated by a gap portion above a boundary surface between the side wall of the pressure chamber and the pressure chamber in the substrate, characterized in that the upper electrode drawing portion on the gap portion is formed to be bent within a plane parallel to a stacking surface of the upper electrode. a lower electrode, a piezoelectric member and an upper electrode are sequentially stacked on the diaphragm, on a part of the piezoelectric member above a side wall of the pressure chamber, an upper electrode drawing portion drawn out from the upper electrode above the pressure chamber is formed and under the upper electrode drawing portion, the piezoelectric member is separated by a gap portion above a boundary surface between the side wall of the pressure chamber and the pressure chamber in the substrate,
Measuring apparatus (1; 19) for measuring a force to act on an edge of an opening of a target vial, comprising a body (11; 119) with an interior and an opening configured to access the interior from outside the body (11; 119), a rigid plunger (12; 129) having an edge being equivalently shaped as the edge of the opening of the target vial, and a force sensor (13; 139), wherein the rigid plunger (12; 129) extends through the opening of the body (11; 119) into the interior of the body (11; 119), the edge of the rigid plunger (12; 129) is arranged outside the body (11; 119), the force sensor (13; 139) is arranged in the interior of the body (11; 119), and the rigid plunger (12; 129) is movable relative to the body (11; 119) and is coupled to the force sensor (13; 139). a body (11; 119) with an interior and an opening configured to access the interior from outside the body (11; 119), a rigid plunger (12; 129) having an edge being equivalently shaped as the edge of the opening of the target vial, and a force sensor (13; 139), wherein the rigid plunger (12; 129) extends through the opening of the body (11; 119) into the interior of the body (11; 119), the edge of the rigid plunger (12; 129) is arranged outside the body (11; 119), the force sensor (13; 139) is arranged in the interior of the body (11; 119), and the rigid plunger (12; 129) is movable relative to the body (11; 119) and is coupled to the force sensor (13; 139).