mhurhangee/ep-ind-claims huggingface dataset:
A positioning system comprising: an articulated supporting arm comprising a plurality of jointedly interconnected support arm segments moveable about a plurality of axes; a plurality of compliant members positioned on said supporting arm; an articulated measuring arm comprising a plurality of jointedly interconnected measuring arm segments capable of a plurality of degrees of freedom of movement and supported by said compliant members wherein said compliant members provide a yielding characteristic between the articulated supporting arm and the articulated measuring arm; and at least one alignment detection means configured to detect the alignment between the articulated supporting arm and the articulated measuring arm to measure deformation in the compliant members indicative of the relative alignment between the articulated supporting arm and the articulated measuring arm. an articulated supporting arm comprising a plurality of jointedly interconnected support arm segments moveable about a plurality of axes; a plurality of compliant members positioned on said supporting arm; an articulated measuring arm comprising a plurality of jointedly interconnected measuring arm segments capable of a plurality of degrees of freedom of movement and supported by said compliant members wherein said compliant members provide a yielding characteristic between the articulated supporting arm and the articulated measuring arm; and at least one alignment detection means configured to detect the alignment between the articulated supporting arm and the articulated measuring arm to measure deformation in the compliant members indicative of the relative alignment between the articulated supporting arm and the articulated measuring arm.
An apparatus comprising: processing circuitry to perform data processing in one of a plurality of security domains including at least a secure domain and a less secure domain; memory access checking circuitry to check whether a memory access is allowed depending on security attribute data indicative of which of the plurality of security domains is associated with a target address of the memory access; and at least one stack pointer register to store a stack pointer indicative of a stack data structure in memory; in which: in response to a given change of program flow from processing in the less secure domain to a target instruction having an instruction address associated with the secure domain: when the target instruction is an instruction other than a gateway instruction indicative of a valid entry point to the secure domain, the processing circuitry configured to trigger a fault; and when the target instruction is said gateway instruction, the processing circuitry is configured to trigger, in response to the gateway instruction, a stack pointer verifying action to verify whether it is safe to use a selected stack pointer stored in a selected stack pointer register. processing circuitry to perform data processing in one of a plurality of security domains including at least a secure domain and a less secure domain; memory access checking circuitry to check whether a memory access is allowed depending on security attribute data indicative of which of the plurality of security domains is associated with a target address of the memory access; and at least one stack pointer register to store a stack pointer indicative of a stack data structure in memory; in which: in response to a given change of program flow from processing in the less secure domain to a target instruction having an instruction address associated with the secure domain: when the target instruction is an instruction other than a gateway instruction indicative of a valid entry point to the secure domain, the processing circuitry configured to trigger a fault; and when the target instruction is said gateway instruction, the processing circuitry is configured to trigger, in response to the gateway instruction, a stack pointer verifying action to verify whether it is safe to use a selected stack pointer stored in a selected stack pointer register. when the target instruction is an instruction other than a gateway instruction indicative of a valid entry point to the secure domain, the processing circuitry configured to trigger a fault; and when the target instruction is said gateway instruction, the processing circuitry is configured to trigger, in response to the gateway instruction, a stack pointer verifying action to verify whether it is safe to use a selected stack pointer stored in a selected stack pointer register.
A rotary type solid culture apparatus provided with a discharger discharging a raw material outside the apparatus, the discharger comprising; a discharging screw; a swing shaft making the discharging screw swing; and an arm supporting the discharging screw, and rotating integrally with the swing shaft: wherein the discharging screw swings and displaces between a state in which the discharging screw is lowered on a raw material side and a state in which the discharging screw is lifted above the raw material by a swing of the arm: the discharger further comprising; a back board covering one side of the discharging screw along an axial direction of the discharging screw; and a linkage connecting between the swing shaft and the back board; wherein a positional relationship in which the back board is vertical with respect to the raw material is maintained by the linkage when the discharging screw swings and displaces. a discharging screw; a swing shaft making the discharging screw swing; and an arm supporting the discharging screw, and rotating integrally with the swing shaft: wherein the discharging screw swings and displaces between a state in which the discharging screw is lowered on a raw material side and a state in which the discharging screw is lifted above the raw material by a swing of the arm: the discharger further comprising; a back board covering one side of the discharging screw along an axial direction of the discharging screw; and a linkage connecting between the swing shaft and the back board; wherein a positional relationship in which the back board is vertical with respect to the raw material is maintained by the linkage when the discharging screw swings and displaces. the discharger further comprising; a back board covering one side of the discharging screw along an axial direction of the discharging screw; and a linkage connecting between the swing shaft and the back board; wherein a positional relationship in which the back board is vertical with respect to the raw material is maintained by the linkage when the discharging screw swings and displaces.
An electric work machine comprising: a power supply that converts an alternating-current power supply voltage of an external power supply into a direct-current power supply voltage; a battery that charges or discharges electric power from the power supply; an inverter that converts the direct-current power supply voltage into the alternating-current power supply voltage; an electric motor that is supplied with the electric power from the inverter and is controlled; a first electrical circuit that supplies the electric power from the power supply to the inverter; a second electrical circuit that joins the first electrical circuit from the battery; an inverter relay that is arranged between the inverter and a junction point between the first electrical circuit and the second electrical circuit; a battery relay that is arranged between the junction point and the battery; and a power supply relay that is arranged between the junction point and the power supply, wherein the electric work machine further comprises: a first power supply mode configured by contacting contacts of the inverter relay and the power supply relay and separating contacts of the battery relay; and a second power supply mode configured by contacting the contacts of the inverter relay, the power supply relay, and the battery relay. a power supply that converts an alternating-current power supply voltage of an external power supply into a direct-current power supply voltage; a battery that charges or discharges electric power from the power supply; an inverter that converts the direct-current power supply voltage into the alternating-current power supply voltage; an electric motor that is supplied with the electric power from the inverter and is controlled; a first electrical circuit that supplies the electric power from the power supply to the inverter; a second electrical circuit that joins the first electrical circuit from the battery; an inverter relay that is arranged between the inverter and a junction point between the first electrical circuit and the second electrical circuit; a battery relay that is arranged between the junction point and the battery; and a power supply relay that is arranged between the junction point and the power supply, wherein the electric work machine further comprises: a first power supply mode configured by contacting contacts of the inverter relay and the power supply relay and separating contacts of the battery relay; and a second power supply mode configured by contacting the contacts of the inverter relay, the power supply relay, and the battery relay. a first power supply mode configured by contacting contacts of the inverter relay and the power supply relay and separating contacts of the battery relay; and a second power supply mode configured by contacting the contacts of the inverter relay, the power supply relay, and the battery relay.
A computer-implemented method, comprising: determining, by a first computing device, that a second computing device, associated with the first computing device, has moved away from an area associated with the first computing device; and in response to the determining, the first computing device configuring itself to limit user interaction with one or more applications currently operating on the first computing device by selecting one of a plurality of predetermined feature sets for each application based on application activity of the application for a period of time, each of the plurality of predetermined feature sets is setting an allowed user interaction with the application while the second device has moved away from the first computing device, wherein no user interaction is allowed with respect to background processes, and wherein user interaction is allowed for manipulation of features by way of a user interface; locking a currently displayed one of the one or more applications into a current state based on the selected feature set for the currently displayed application such that user interaction is limited only to content currently provided by respective currently displayed user interfaces of the application. determining, by a first computing device, that a second computing device, associated with the first computing device, has moved away from an area associated with the first computing device; and in response to the determining, the first computing device configuring itself to limit user interaction with one or more applications currently operating on the first computing device by selecting one of a plurality of predetermined feature sets for each application based on application activity of the application for a period of time, each of the plurality of predetermined feature sets is setting an allowed user interaction with the application while the second device has moved away from the first computing device, wherein no user interaction is allowed with respect to background processes, and wherein user interaction is allowed for manipulation of features by way of a user interface; locking a currently displayed one of the one or more applications into a current state based on the selected feature set for the currently displayed application such that user interaction is limited only to content currently provided by respective currently displayed user interfaces of the application.
Method for bonding components by welding, wherein one of the components (3, 5; 2) to be welded is an external skin of an aircraft fuselage and the other component to be welded is at least a stringer or a clip, characterized in that a welding additive material is used that has a U-shaped profile that is adapted to conform to the form of the at least one stringer or clip, which welding additive material is disposed before the welding at a position, at which the components are to be bonded, and which by use of a heat source is treated such that the components (3, 5; 2) are welded with each other.
An air conditioner comprising: an ionizer to generate ions mounted on a vicinity of an air outlet; a carrier (51, 52) to move the ionizer; a vane driver to drive a vane which controls a direction of air being discharged; an input unit to set an operation mode among a plurality of operation modes; and a controller to control a position of the ionizer through the carrier, characterized in that the air conditioner further comprises a sensor to sense a position of a person; and the controller is configured to control the position of the ionizer interlocked with a direction of the vane, strength of the air being discharged by the air conditioner, or an ion generation rate of the ionizer, or is configured to control the position of the ionizer according to a mode select signal inputted through the input unit. an ionizer to generate ions mounted on a vicinity of an air outlet; a carrier (51, 52) to move the ionizer; a vane driver to drive a vane which controls a direction of air being discharged; an input unit to set an operation mode among a plurality of operation modes; and a controller to control a position of the ionizer through the carrier, characterized in that the air conditioner further comprises a sensor to sense a position of a person; and the controller is configured to control the position of the ionizer interlocked with a direction of the vane, strength of the air being discharged by the air conditioner, or an ion generation rate of the ionizer, or is configured to control the position of the ionizer according to a mode select signal inputted through the input unit.
Motorized rotary pump having a split cage or split can which surrounds the motor rotor and in which a bearing carrier is arranged on the motor shaft between the motor rotor and the pump impeller, which bearing carrier comprises a radial bearing which guides the motor shaft, the single-piece bearing carrier supporting an annular disc-shaped shaft seal on the side which faces the pump impeller, which shaft seal is overmoulded by the material of the bearing carrier, characterized in that the disc-shaped shaft seal consists of a woven fabric, nonwoven or felt.
A micro-transfer printable electronic component, comprising: a dielectric layer; one or more electronic devices disposed in contact with the dielectric layer, each electronic device having an individual substrate and device electrical contacts for providing electrical power to the electronic device, the electronic device having a post side and an opposing stamp side; a plurality of electrical conductors, at least one electrical conductor electrically connected to each of the device electrical contacts; and one or more electrically conductive connection posts that protrude from the dielectric layer in a direction from the stamp side to the post side, each connection post electrically connected to at least one of the electrical conductors, characterized in that the one or more connection posts each comprise an electrically conductive layer formed over a core of a different material. a dielectric layer; one or more electronic devices disposed in contact with the dielectric layer, each electronic device having an individual substrate and device electrical contacts for providing electrical power to the electronic device, the electronic device having a post side and an opposing stamp side; a plurality of electrical conductors, at least one electrical conductor electrically connected to each of the device electrical contacts; and one or more electrically conductive connection posts that protrude from the dielectric layer in a direction from the stamp side to the post side, each connection post electrically connected to at least one of the electrical conductors,
Bottle comprising a tubular body, equipped with a first free end from which, formed in one piece, a neck extends, the neck defining a mouth of the bottle, the neck having connection means with a hermetic closure of the bottle, a second free end of the tubular body defining a support surface of the bottle, configured so that when the bottle is placed on a horizontal plane through said support surface, the bottle assumes a substantially vertical position, wherein the second free end has an axial channel which divides the support surface into two semi-supporting surfaces (6A, 6B) substantially symmetrical with respect to said axial channel, the axial channel defining a preferential folding line configured to flatten the second free end and favor a winding of the bottle on itself, starting from said end free, in order to completely squeeze a fluid substance that can be housed in the bottle, characterized in that, in a section taken along said axial channel, a bottom wall of the container has a concave conformation towards the inside of the bottle, defined by two segments (E, F) substantially rectilinear that join, respectively angled, at the center, the segments (E, F) forming an angle (α) comprised between 170 and 160°, preferably of 164°.
A wireless communication system comprising a base station apparatus that transmits a reference signal for measuring a channel state and a user terminal that connects with the base station apparatus, wherein: a transmission mode is coordinated multiple-point transmission, the base station apparatus comprises: a determining section that determines information about a resource for the reference signal and a resource for interference measurements; and a reporting section that reports the information to the user terminal; and the user terminal comprises: a measurement section that uses the information as a basis to derive channel measurements using the resource for the reference signal and derive interference measurements using the resource for interference measurements; and a calculation section that calculates a channel quality using the channel measurements and the interference measurements, the information is signaled by higher layers, and the resource for the reference signal includes a non-zero power channel state information reference signal, non-zero power CSI-RS, and the resource for interference measurements includes a zero power channel state information reference signal, zero power CSI-RS, for use for interference measurement alone. a transmission mode is coordinated multiple-point transmission, the base station apparatus comprises: a determining section that determines information about a resource for the reference signal and a resource for interference measurements; and a reporting section that reports the information to the user terminal; and a determining section that determines information about a resource for the reference signal and a resource for interference measurements; and a reporting section that reports the information to the user terminal; and the user terminal comprises: a measurement section that uses the information as a basis to derive channel measurements using the resource for the reference signal and derive interference measurements using the resource for interference measurements; and a calculation section that calculates a channel quality using the channel measurements and the interference measurements, a measurement section that uses the information as a basis to derive channel measurements using the resource for the reference signal and derive interference measurements using the resource for interference measurements; and a calculation section that calculates a channel quality using the channel measurements and the interference measurements, the information is signaled by higher layers, and the resource for the reference signal includes a non-zero power channel state information reference signal, non-zero power CSI-RS, and the resource for interference measurements includes a zero power channel state information reference signal, zero power CSI-RS, for use for interference measurement alone.
Use of a compound having the general formula (Ia): or (Ib): wherein X is O, NH or S R1, R2, R3, R4, R5, R6, R7, R8, R9, R10 and R11 are independently selected from the group consisting of hydrogen; C1-4 alkyl; C1-4 alkoxy; fused or linearly connected aryl; fused or linearly connected heteroaryl; halogen; cyano; nitro; formyl and optionally substituted amino, carboxy, carbonyl, hydroxyl and sulfonyl as a dye in a low-polarity host with a room temperature dielectric constant ε ≤ 10.0. X is O, NH or S R1, R2, R3, R4, R5, R6, R7, R8, R9, R10 and R11 are independently selected from the group consisting of hydrogen; C1-4 alkyl; C1-4 alkoxy; fused or linearly connected aryl; fused or linearly connected heteroaryl; halogen; cyano; nitro; formyl and optionally substituted amino, carboxy, carbonyl, hydroxyl and sulfonyl as a dye in a low-polarity host with a room temperature dielectric constant ε ≤ 10.0.
An electrochemical cell comprising: a pair of bipolar plates (150, 160) and a membrane electrode assembly located between the pair of bipolar plates, wherein the membrane electrode assembly comprises an anode, a cathode, and a proton exchange membrane disposed therebetween; a first seal defining a high pressure zone, wherein the first seal is located between the bipolar plates and configured to contain a first fluid within the high pressure zone; a second seal defining an intermediate pressure zone, wherein the second seal is located between the bipolar plates and configured to contain a second fluid within the intermediate pressure zone; and a pair of flow structures having gas diffusion layers, wherein the flow structures are positioned between the bipolar plates on each side of the membrane electrode assembly; wherein the first seal is configured to leak the first fluid into the intermediate pressure zone when the first seal unseats; and wherein at least one of the bipolar plates includes a first component and a second component and has a cascade seal configuration arranged between the first component and the second component, and the first component and the second component define a void that houses a portion of one of the flow structures. a pair of bipolar plates (150, 160) and a membrane electrode assembly located between the pair of bipolar plates, wherein the membrane electrode assembly comprises an anode, a cathode, and a proton exchange membrane disposed therebetween; a first seal defining a high pressure zone, wherein the first seal is located between the bipolar plates and configured to contain a first fluid within the high pressure zone; a second seal defining an intermediate pressure zone, wherein the second seal is located between the bipolar plates and configured to contain a second fluid within the intermediate pressure zone; and a pair of flow structures having gas diffusion layers, wherein the flow structures are positioned between the bipolar plates on each side of the membrane electrode assembly; wherein the first seal is configured to leak the first fluid into the intermediate pressure zone when the first seal unseats; and wherein at least one of the bipolar plates includes a first component and a second component and has a cascade seal configuration arranged between the first component and the second component, and the first component and the second component define a void that houses a portion of one of the flow structures.
A delayed fluorescence compound of Formula 1 or Formula 2: wherein each of m and n is 1 or 0, and X1 is selected from Formula 3, wherein each of L1 and L2 is independently selected from Formula 4, and X2 and Y are respectively selected from Formulas 5 and 6: wherein each of R1 and R2 in the Formula 3 is independently selected from substituted or non-substituted aryl, and each of R5 and R6 in the Formula 4 is independently selected from hydrogen or C1 to C10 alkyl.