mhurhangee/patent-ind-claim-en huggingface dataset:
A tool for fixing installation parts, such as sockets (S), switches or dimmers, in flush-mounted or cavity wall sockets (D) with: • a tool body, • a drive shaft which is arranged on the tool body and can be subjected to a drive torque, • two screwing tool elements , each having an axis of rotation, oriented with the axes of rotation parallel to one another and arranged on the tool body with a spacing from one another, and each connected to an output shaft and each having a free end projecting from the tool body, and • a gear connecting the drive shaft to the output shafts and arranged on the tool body, which gear couples the drive shaft to the output shafts in such a way that a torque applied to the drive shaft is transmitted to the output shafts for driving them in rotation in the same direction and, via them, for rotating the screwing tool elements connected to the output shafts in the same direction about their respective axis of rotation, characterised in that the transmission comprises a differential gear. • a tool body, • a drive shaft which is arranged on the tool body and can be subjected to a drive torque, • two screwing tool elements , each having an axis of rotation, oriented with the axes of rotation parallel to one another and arranged on the tool body with a spacing from one another, and each connected to an output shaft and each having a free end projecting from the tool body, and • a gear connecting the drive shaft to the output shafts and arranged on the tool body, which gear couples the drive shaft to the output shafts in such a way that a torque applied to the drive shaft is transmitted to the output shafts for driving them in rotation in the same direction and, via them, for rotating the screwing tool elements connected to the output shafts in the same direction about their respective axis of rotation,
A method for receiving acknowledgement information in a wireless communication system according to the 3GPP LTE standard, the method comprising: transmitting configuration information for communicating with a secondary cell, SCell, on a primary cell, PCell, the PCell using a time division duplexing, TDD, and the SCell using a frequency division duplexing, FDD; transmitting downlink, DL, downlink control information, DCI, comprising 4 bits of an HARQ process number for the SCell; transmitting downlink data scheduled by the DL DCI on the SCell; receiving acknowledgement information for the downlink data, wherein in a case a UL-DL configuration of the PCell is one of 0, 1, 2, 3, 4 and 6 and the acknowledgement information for the PCell and the SCell is multiplexed and received on a physical uplink shared channel, PUSCH, which is scheduled by uplink, UL, DCI, a payload of the acknowledgement information is determined based on a following equation: O TDD ⋅ min W DAI UL M TDD + O FDD ⋅ min W DAI UL M FDD where O TDD ⋅ min W DAI UL M TDD is the acknowledgement information for the PCell and O FDD ⋅ min W DAI UL M FDD is the acknowledgement information for the SCell, O TDD and O FDD are 1 or 2 corresponding to a transmission mode of the PCell and a transmission mode of the SCell, respectively, and W DAI UL is indicated by downlink assignment index, DAI, included in the UL DCI and M TDD and M FDD are numbers of DL subframes for DL transmissions associated with the acknowledgement information for the PCell and for the SCell, respectively. transmitting configuration information for communicating with a secondary cell, SCell, on a primary cell, PCell, the PCell using a time division duplexing, TDD, and the SCell using a frequency division duplexing, FDD; transmitting downlink, DL, downlink control information, DCI, comprising 4 bits of an HARQ process number for the SCell; transmitting downlink data scheduled by the DL DCI on the SCell; receiving acknowledgement information for the downlink data, wherein in a case a UL-DL configuration of the PCell is one of 0, 1, 2, 3, 4 and 6 and the acknowledgement information for the PCell and the SCell is multiplexed and received on a physical uplink shared channel, PUSCH, which is scheduled by uplink, UL, DCI, a payload of the acknowledgement information is determined based on a following equation: O TDD ⋅ min W DAI UL M TDD + O FDD ⋅ min W DAI UL M FDD where O TDD ⋅ min W DAI UL M TDD is the acknowledgement information for the PCell and O FDD ⋅ min W DAI UL M FDD is the acknowledgement information for the SCell, O TDD and O FDD are 1 or 2 corresponding to a transmission mode of the PCell and a transmission mode of the SCell, respectively, and W DAI UL is indicated by downlink assignment index, DAI, included in the UL DCI and M TDD and M FDD are numbers of DL subframes for DL transmissions associated with the acknowledgement information for the PCell and for the SCell, respectively.
A coating composition comprising a hybrid latex emulsion prepared by a method comprising: a) mixing an ethylenically unsaturated monomer component and a stabilizer in a carrier to form a monomer emulsion; and b) reacting the monomer emulsion with an initiator to form the hybrid latex emulsion, wherein the ethylenically unsaturated monomer component comprises an organosilane compound and at least one ethylenically unsaturated monomer which is not an organosilane compound. a) mixing an ethylenically unsaturated monomer component and a stabilizer in a carrier to form a monomer emulsion; and b) reacting the monomer emulsion with an initiator to form the hybrid latex emulsion,
A moving robot comprising: an input unit configured to receive a speech input of a user; an audio output unit configured to output a feedback voice message corresponding to the speech input; characterized by a storage configured to store a usage history of the moving robot ; and a controller configured to control the feedback voice message to be output in different voices according to the stored usage history. an input unit configured to receive a speech input of a user; an audio output unit configured to output a feedback voice message corresponding to the speech input; characterized by a storage configured to store a usage history of the moving robot ; and a controller configured to control the feedback voice message to be output in different voices according to the stored usage history.
A Fifth Generation, 5G, method of securing wireless backhaul for a child base station in a first network provided by a first operator, wherein: any parent base station with wireline backhaul capability and configured to virtualise a core network User Plane Function, UPF, advertises (S10) that it supports a wireless backhaul service; the child base station (gNB-A) in the first network connects (S20) over an air interface (Uu) to one or more parent base stations in a second network provided by a second operator; the child base station sends (S30) a backhaul service request to a connected parent base station; when the backhaul service request is accepted, the connected parent base station uses (S40) a virtualised UPF to enable a direct wireline backhaul link between the parent base station and a data network; and the child base station uses (S50) the air interface as a wireless backhaul link and the wireline backhaul link of the connected parent base station for backhaul. any parent base station with wireline backhaul capability and configured to virtualise a core network User Plane Function, UPF, advertises (S10) that it supports a wireless backhaul service; the child base station (gNB-A) in the first network connects (S20) over an air interface (Uu) to one or more parent base stations in a second network provided by a second operator; the child base station sends (S30) a backhaul service request to a connected parent base station; when the backhaul service request is accepted, the connected parent base station uses (S40) a virtualised UPF to enable a direct wireline backhaul link between the parent base station and a data network; and the child base station uses (S50) the air interface as a wireless backhaul link and the wireline backhaul link of the connected parent base station for backhaul.
A method for wireless communication, comprising: transmitting a scheduling message to a terminal device, the scheduling message including information on hybrid automatic repeat request, HARQ, feedback, the information on HARQ feedback indicating: a processing identification for HARQ feedback and the accumulated number of scheduling messages that have been transmitted for the processing identification; transmitting data to the terminal device according to the scheduling message; receiving HARQ feedback from the terminal device; and controlling following transmission or retransmission based on the received HARQ feedback. transmitting a scheduling message to a terminal device, the scheduling message including information on hybrid automatic repeat request, HARQ, feedback, the information on HARQ feedback indicating: a processing identification for HARQ feedback and the accumulated number of scheduling messages that have been transmitted for the processing identification; transmitting data to the terminal device according to the scheduling message; receiving HARQ feedback from the terminal device; and controlling following transmission or retransmission based on the received HARQ feedback.
A handling system for fetching a substrate out of a substrate container , comprising: - a main assembly , and - a sub assembly , wherein the sub assembly is moveably attached to the main assembly , wherein the sub assembly is moveable relative to the main assembly between a fetch position and a rest position, wherein the sub assembly in the fetch position extends over the main assembly to fetch the substrate out of the substrate container , wherein the sub assembly in the rest position lies on the main assembly to provide a contact between the main assembly and the substrate , and wherein the main assembly comprises suction means to fasten and straighten the substrate characterized in that the suction means are only arranged along edges of the main assembly to contact the substrate only in touching areas along edges of the substrate . - a main assembly , and - a sub assembly , wherein the sub assembly is moveably attached to the main assembly , wherein the sub assembly is moveable relative to the main assembly between a fetch position and a rest position, wherein the sub assembly in the fetch position extends over the main assembly to fetch the substrate out of the substrate container , wherein the sub assembly in the rest position lies on the main assembly to provide a contact between the main assembly and the substrate , and wherein the main assembly comprises suction means to fasten and straighten the substrate characterized in that the suction means are only arranged along edges of the main assembly to contact the substrate only in touching areas along edges of the substrate .
An effective amount of (R)-1-[4-[3-[4-(6-Fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl]propoxy]-3-methoxyphenyl]ethanol (R-P88) or a pharmaceutically acceptable salt thereof, or an ester of R-P88 or a pharmaceutically acceptable salt of such ester, for use in the treatment of a patient suffering from a psychiatric disorder, wherein the R-P88 or the pharmaceutically acceptable salt thereof, or the ester of R-P88 or the pharmaceutically acceptable salt of such ester, is orally administered to a patient once per day at a dose of 1-24 mg per day and wherein the psychiatric disorder is selected from a group consisting of: schizophrenia, schizoaffective disorder, bipolar disorder, (mania and/or depression), depression, major depression, psychotic episodes, autism, autism spectrum disorder, fragile X syndrome, and pervasive developmental disorder.
A switching regulator control circuit (P11) configured to generate a switching signal for controlling the turning on/off of a switching element (Q1, Q2) in a switching regulator , comprising: a) a slope voltage generator configured to generate a slope voltage (V SLP ) based on a clock signal (CLK) of a predetermined frequency, the slope voltage generator being further configured to initialize the slope voltage (V SLP ) each time the clock signal (CLK) is switched from high level to low level and to make the time a timing at which sloping of the slope voltage (V SLP ) starts, so that the switching regulator serves as a current-mode control switching regulator; b) an error amplifier configured to generate an error signal (V C ) corresponding to a difference between a voltage (V FB ) corresponding to an output voltage of the switching regulator and a reference voltage (V REF ); c) a first comparator configured to compare the slope voltage with the error signal; and d) a latch portion configured to be set based on the clock signal and reset by an output signal of the first comparator , wherein e) a timing at which the latch portion is set is delayed with respect to a timing at which sloping of the slope voltage starts; and f1) further comprising a delay portion (5; 8) to which the clock signal (CLK) is fed, wherein an output signal of the delay portion (5; 8) is supplied to a set terminal (S) of the latch portion ; wherein f2) the delay portion (5; 8) is a second comparator configured to compare the clock signal (CLK) with a predetermined voltage; characterized in that : f3) the predetermined voltage is the error signal (V C ). a) a slope voltage generator configured to generate a slope voltage (V SLP ) based on a clock signal (CLK) of a predetermined frequency, the slope voltage generator being further configured to initialize the slope voltage (V SLP ) each time the clock signal (CLK) is switched from high level to low level and to make the time a timing at which sloping of the slope voltage (V SLP ) starts, so that the switching regulator serves as a current-mode control switching regulator; b) an error amplifier configured to generate an error signal (V C ) corresponding to a difference between a voltage (V FB ) corresponding to an output voltage of the switching regulator and a reference voltage (V REF ); c) a first comparator configured to compare the slope voltage with the error signal; and d) a latch portion configured to be set based on the clock signal and reset by an output signal of the first comparator , wherein e) a timing at which the latch portion is set is delayed with respect to a timing at which sloping of the slope voltage starts; and f1) further comprising a delay portion (5; 8) to which the clock signal (CLK) is fed, wherein an output signal of the delay portion (5; 8) is supplied to a set terminal (S) of the latch portion ; wherein f2) the delay portion (5; 8) is a second comparator configured to compare the clock signal (CLK) with a predetermined voltage;
A system for monitoring and controlling braking for an aircraft to reduce brake wear, the aircraft including a plurality of wheel brakes each having a plurality of brake discs which engage to decelerate the aircraft in response to a brake command , the system comprising: a brake actuation controller configured to monitor for a brake command and to actuate one or more of the plurality of wheel brakes in response to the brake command; characterized in that the system comprises a powder dispenser mounted with respect to each of the plurality of wheel brakes and configured to receive particles of carbon or apply carbon powder between the plurality of brake discs . a brake actuation controller configured to monitor for a brake command and to actuate one or more of the plurality of wheel brakes in response to the brake command; characterized in that the system comprises a powder dispenser mounted with respect to each of the plurality of wheel brakes and configured to receive particles of carbon or apply carbon powder between the plurality of brake discs .
A cosmetic container having an identification means, comprising: a container body storing contents; a support body provided with a coupling part for being coupled to an upper portion of the container body and provided with a cylinder supporting a pumping member at a center portion thereof; the pumping member coupled to the support body and discharging contents through pumping operation; and a button member coupled to the support body and performing a pumping operation, and further forming a contents discharge hole for contents to be discharged through, the coupling part is coupled to the upper inner circumferential surface of the container body and fixes the support body to the container body , and at the support body is coupled an identification part which is exposed to the outside through the upper end opening portion of the container body in a state of being secured at the upper end of the coupling part and displays colors which makes it possible to classify cosmetic products , characterized to comprise a fixation tube coupled to the support body to pressurize the upper end of the identification part , thereby blocking the upward movement of the identification part and preventing the identification part from being separated out of the support body . a container body storing contents; a support body provided with a coupling part for being coupled to an upper portion of the container body and provided with a cylinder supporting a pumping member at a center portion thereof; the pumping member coupled to the support body and discharging contents through pumping operation; and a button member coupled to the support body and performing a pumping operation, and further forming a contents discharge hole for contents to be discharged through, the coupling part is coupled to the upper inner circumferential surface of the container body and fixes the support body to the container body , and at the support body is coupled an identification part which is exposed to the outside through the upper end opening portion of the container body in a state of being secured at the upper end of the coupling part and displays colors which makes it possible to classify cosmetic products , characterized to comprise a fixation tube coupled to the support body to pressurize the upper end of the identification part , thereby blocking the upward movement of the identification part and preventing the identification part from being separated out of the support body .
A decorative sheet comprising a base material, a colored ink layer, a primer layer, and a surface-protecting layer in this order, wherein the base material comprises a polyester-based film wherein a thickness of the base material is 30 μm or more but 95 μm or less and wherein the base material comprises biaxially stretched polyethylene terephthalate; the surface-protecting layer comprises a cured product of an ionizing radiation-curable resin composition containing a caprolactone-based urethane (meth)acrylate wherein elongation of the cured product according to JIS K6732 is 1% or more, as measured in accordance with the method specified in the description; and elongation of the decorative sheet according to JIS K6732 is 30% or more but 180% or less, as measured in accordance with the method specified in the description.
An instrument for compression and distraction of vertebrae using screw extenders , comprising: a first receiver including a fixed portion with a first positioner aperture and a first guide aperture ; and a rotatable portion with a first extender aperture for attachment to a first screw extender , wherein the rotatable portion is rotatable relative to the fixed portion in a rotatable configuration and is rotatably fixed relative to the fixed portion in a fixed configuration; a second receiver including a second positioner aperture , a second guide aperture , and a second extender aperture for attachment to a second extender ; a positioner member that translates one of the first and second receivers relative to the other of the first and second receivers ; a guide member that guides the translation of the one of the first and second receivers relative to the other of the first and second receivers ; and a lock member that disengages the rotatable portion from the fixed portion in the rotatable configuration and engages the rotatable portion with the fixed portion in the fixed configuration, wherein the lock member includes a lock shaft extending through a first lock aperture of the fixed portion and pivotally couples with a lock arm at a first end and a lock cap at a second end within a second lock aperture of the rotatable portion . a first receiver including a fixed portion with a first positioner aperture and a first guide aperture ; and a rotatable portion with a first extender aperture for attachment to a first screw extender , wherein the rotatable portion is rotatable relative to the fixed portion in a rotatable configuration and is rotatably fixed relative to the fixed portion in a fixed configuration; a second receiver including a second positioner aperture , a second guide aperture , and a second extender aperture for attachment to a second extender ; a positioner member that translates one of the first and second receivers relative to the other of the first and second receivers ; a guide member that guides the translation of the one of the first and second receivers relative to the other of the first and second receivers ; and a lock member that disengages the rotatable portion from the fixed portion in the rotatable configuration and engages the rotatable portion with the fixed portion in the fixed configuration, wherein the lock member includes a lock shaft extending through a first lock aperture of the fixed portion and pivotally couples with a lock arm at a first end and a lock cap at a second end within a second lock aperture of the rotatable portion .