mhurhangee/patent-ind-claim-en huggingface dataset:
A universal surgical handle comprising: a body having a moveable handle , the movable handle transitionable from a home position to a first or second mode of operation; an elongate member extending distally from the body defining a longitudinal axis, the elongate member configured to be coupled to a linear loading unit ; an actuation shaft defining a first lock slot and a second lock slot spaced axially from the first lock slot , the movable handle operatively associated with the actuation shaft to effect longitudinal movement of the actuation shaft ; and a fire lock mechanism having at least one lock pawl , the at least one lock pawl received within the first lock slot in the first mode of operation of the handle to lock the actuation shaft in a first longitudinal position within the body and received within the second lock slot in the second mode of operation of the handle to lock the actuation shaft in a second longitudinal position, characterised in that the elongate member is configured to be coupled to a circular loading unit; wherein the handle is configured to transition from the home position to the first mode of operation in response to a linear loading unit being coupled to the elongate member , and is configured to transition from the home position to the second mode of operation in response to a circular loading unit being coupled to the elongate member. a body having a moveable handle , the movable handle transitionable from a home position to a first or second mode of operation; an elongate member extending distally from the body defining a longitudinal axis, the elongate member configured to be coupled to a linear loading unit ; an actuation shaft defining a first lock slot and a second lock slot spaced axially from the first lock slot , the movable handle operatively associated with the actuation shaft to effect longitudinal movement of the actuation shaft ; and a fire lock mechanism having at least one lock pawl , the at least one lock pawl received within the first lock slot in the first mode of operation of the handle to lock the actuation shaft in a first longitudinal position within the body and received within the second lock slot in the second mode of operation of the handle to lock the actuation shaft in a second longitudinal position, characterised in that the elongate member is configured to be coupled to a circular loading unit; wherein the handle is configured to transition from the home position to the first mode of operation in response to a linear loading unit being coupled to the elongate member , and is configured to transition from the home position to the second mode of operation in response to a circular loading unit being coupled to the elongate member.
A method for pre-optimizing agricultural operational procedures for agricultural combinations , wherein the agricultural combinations have an agricultural working machine and respective different agricultural attachments , wherein a sensor assembly is provided for determining an absolute working height of the agricultural attachments , wherein the agricultural combination has a combination control assembly , wherein the sensor assembly has a sensor for determining the absolute working height of relevant measurement data, a sensor holder and a sensor control assembly , wherein, in a status mounted in a mounting position, the sensor records an absolute working height of the measurement data pertaining to the respective attachment and transmits it to the combination control assembly , wherein, during the operational procedure, the combination control assembly controls and/or regulates machine parameters of the respective agricultural combination on the basis of an optimization data set and the measurement data, wherein an optimization control assembly is provided which determines the optimization data set in an optimization routine prior to executing the operational procedure from competing optimization targets, optimization data which does not concern the combination and optimization data which does concern the combination and makes it available to the combination control assembly , wherein the optimization data set contains proposals for settings of machine parameters of the agricultural combination optimized in terms of the optimization targets as a function of other machine parameters of the agricultural combination and/or measurement data of the agricultural combination , characterized in that the sensor assembly is configured to determine the absolute working height of a plurality of different attachments by means of the same sensor and in that the optimization data set contains a proposal for a working height of the attachment which is optimized in terms of the optimization targets and/or proposals for settings of other machine parameters of the agricultural combination which are dependent on a set working height and which are optimized in terms of the optimization targets. wherein the optimization data set contains proposals for settings of machine parameters of the agricultural combination optimized in terms of the optimization targets as a function of other machine parameters of the agricultural combination and/or measurement data of the agricultural combination , characterized in that the sensor assembly is configured to determine the absolute working height of a plurality of different attachments by means of the same sensor and in that the optimization data set contains a proposal for a working height of the attachment which is optimized in terms of the optimization targets and/or proposals for settings of other machine parameters of the agricultural combination which are dependent on a set working height and which are optimized in terms of the optimization targets.
Rotating floor cleaning device , comprising a plurality of interchangeable work tools which are fastened around the circumference of a rotating body , wherein each of the work tools has a shaped body on the side thereof facing away from the floor, which shaped body projects, at least in a portion that is transverse to the longitudinal axis (L) of the work tool , laterally in its cross-sectional shape beyond the cross-sectional shape of the work tool in a portion of the work tool that adjoins thereto and faces the floor and via which shaped body a work tool is held in a holding device of the floor cleaning device in each case, the holding device has two clamping elements , of which a first clamping element is held in a holding position thereof against the second clamping element by means of a tensioning means, at least one of the clamping elements is movable towards the other clamping element when the tensioning means is released in a lifting direction (H), at least one of the clamping elements has a receiving slot for a shaped body in the holding region of a relevant work body, in which slot a shaped body is held form-fittingly in the holding position of the clamping elements , wherein the receiving slot is closed together by the two clamping elements in the holding position of the clamping elements and the receiving slot has a narrowing on the side facing the floor with respect to the cross-sectional shape of the shaped body in the holding position, wherein a fastening bolt extends from the first clamping element to the second clamping element , which bolt is rigidly connected to the first clamping element and an end of the second clamping element passes through an opening located in the second clamping element in the holding position of the clamping elements , wherein the tensioning means is placed on said end in the holding position, the fastening bolt is placed on the drive shaft of the clamping elements , the first clamping element is guided against the second clamping element by means of guides in the lifting direction (H) in a lifting movement thereof, wherein the guides are rigidly connected to the first clamping element , and the guides have a stop by means of which the lifting movement ability of the second clamping element is limited.
A microneedle patch applicator housing, the housing being formed from a single sheet or film having a top surface and an undersurface, the housing comprising a flat peripheral base part and a raised part surrounded by the peripheral base part and bulging vertically, with respect to the peripheral base part , from the undersurface toward the top surface, an undersurface portion of the raised part forming a surface supporting a microneedle patch, characterized in that the raised part includes a plurality of concavely bent parts , the concavely bent parts each having a concave bottom extending radially, when viewed from above, from corners of the raised part towards corners of a center region of the raised part . the housing being formed from a single sheet or film having a top surface and an undersurface, the housing comprising a flat peripheral base part and a raised part surrounded by the peripheral base part and bulging vertically, with respect to the peripheral base part , from the undersurface toward the top surface, an undersurface portion of the raised part forming a surface supporting a microneedle patch, characterized in that the raised part includes a plurality of concavely bent parts , the concavely bent parts each having a concave bottom extending radially, when viewed from above, from corners of the raised part towards corners of a center region of the raised part .
A method implemented in a first computing device to allow content to be roamed to different devices but wiped from those devices when desired, the method comprising: receiving, from a second computing device, content protected based on a key, the content having been encrypted, and the key being associated with a third computing device that is being managed by a management policy; and determining whether the first computing device is being managed by the management policy, wherein: in response to determining that the first computing device is being managed by the management policy the method further includes associating the key with the first computing device; and in response to determining that the first computing device is being unmanaged by the management policy the method further includes maintaining the association of the key with the third computing device. receiving, from a second computing device, content protected based on a key, the content having been encrypted, and the key being associated with a third computing device that is being managed by a management policy; and determining whether the first computing device is being managed by the management policy, wherein: in response to determining that the first computing device is being managed by the management policy the method further includes associating the key with the first computing device; and in response to determining that the first computing device is being unmanaged by the management policy the method further includes maintaining the association of the key with the third computing device. in response to determining that the first computing device is being managed by the management policy the method further includes associating the key with the first computing device; and in response to determining that the first computing device is being unmanaged by the management policy the method further includes maintaining the association of the key with the third computing device.
An axial flow combine harvester threshing module (D), wherein the threshing module (D) comprises at least a rotor (R) and at least a concave mounted around the rotor (R), characterized in that said threshing module (D) further comprises a cover plate , applied onto the concave side of the concave, that comprises a removable structure which has a material retention surface , in which openings are provided in order to limit the grains and MOG (M) passage.
A liquid detergent composition for textile products comprising the following component (A) in an amount of 10% by mass or more and 60% by mass or less, the following component (B), and water: component (A): an internal olefin sulfonate having 17 or more and 24 or less carbon atoms, wherein a mass ratio of an internal olefin sulfonate having 17 or more and 24 or less carbon atoms with the sulfonate group at position 2 or higher and position 4 or lower (IO-1S) to an internal olefin sulfonate having 17 or more and 24 or less carbon atoms with the sulfonate group at position 5 or higher (IO-2S), (IO-1S)/(IO-2S), is 0.75 or more and 5.5 or less; and component (B): an organic solvent having a hydroxy group. component (A): an internal olefin sulfonate having 17 or more and 24 or less carbon atoms, wherein a mass ratio of an internal olefin sulfonate having 17 or more and 24 or less carbon atoms with the sulfonate group at position 2 or higher and position 4 or lower (IO-1S) to an internal olefin sulfonate having 17 or more and 24 or less carbon atoms with the sulfonate group at position 5 or higher (IO-2S), (IO-1S)/(IO-2S), is 0.75 or more and 5.5 or less; and component (B): an organic solvent having a hydroxy group.
A method of receiving a downlink control information, DCI, by a user equipment, UE, in a Long Term Evolution-Advanced, LTE-A, Release 10 wireless access system, the method comprising: restricting the number of configurable LTE-A Release 10 transmission modes to a restricted transmission mode set based on a performance of the UE defined by a UE category of the UE, where the restricted transmission mode set includes a single antenna port transmission mode, a transmit diversity transmission mode, a closed-loop rank 1 precoding transmission mode and a single layer beam forming transmission mode, performing (S805) a blind decoding of the DCI by using DCI formats associated with the transmission modes included in the restricted transmission mode set in a search space assigned to the user equipment; and receiving (S807) the DCI through a physical downlink control channel, PDCCH, found by the blind decoding. restricting the number of configurable LTE-A Release 10 transmission modes to a restricted transmission mode set based on a performance of the UE defined by a UE category of the UE, where the restricted transmission mode set includes a single antenna port transmission mode, a transmit diversity transmission mode, a closed-loop rank 1 precoding transmission mode and a single layer beam forming transmission mode, performing (S805) a blind decoding of the DCI by using DCI formats associated with the transmission modes included in the restricted transmission mode set in a search space assigned to the user equipment; and receiving (S807) the DCI through a physical downlink control channel, PDCCH, found by the blind decoding.
A voltaic cell comprising: (a) a buffer comprising an ionically conductive medium with an electron donor population provided therein, wherein the electron donor population comprises a first species of microbe having a first primary metabolic pathway and a second species of microbe having a second primary metabolic pathway, which is complementary to the first primary metabolic pathway, wherein neither primary metabolic pathway is primarily glucose fermentative; (b) a vessel at least partially containing the buffer electron donor population; (c) an anode for receiving electrons from the electron donor population and providing electrons to an external circuit or load; and (d) a cathode for donating electrons to a species in the buffer. (a) a buffer comprising an ionically conductive medium with an electron donor population provided therein, wherein the electron donor population comprises a first species of microbe having a first primary metabolic pathway and a second species of microbe having a second primary metabolic pathway, which is complementary to the first primary metabolic pathway, wherein neither primary metabolic pathway is primarily glucose fermentative; (b) a vessel at least partially containing the buffer electron donor population; (c) an anode for receiving electrons from the electron donor population and providing electrons to an external circuit or load; and (d) a cathode for donating electrons to a species in the buffer.
A method comprising: receiving an indication at a radio resource control entity or service data adaptation protocol layer entity in a radio protocol of a receiver from a transmitter, wherein the indication comprises instructions to relocate a quality of service flow from a source data radio bearer to a target data radio bearer; starting a timer associated with the quality of service flow after receiving the indication, wherein the duration of the timer is based on delay characteristics of the source data radio bearer and the target data radio bearer, wherein the timer is configured to allow packets received via the source data radio bearer to be delivered to an upper protocol layer during the duration of the timer and packets received via the target data radio bearer to be delivered to the upper protocol layer after the timer lapses or is stopped; buffering data packets received as part of the quality of service flow from the target data radio bearer during a duration of the timer until the timer lapses or is stopped; allowing for the transmission of data packets of the quality of service flow received from the source data radio bearer during the duration of the timer to the upper protocol layer until the timer lapses or is stopped; and allowing for the transmission of the buffered data packets of the quality of service flow received from the target data radio bearer to an upper protocol layer after the duration of the timer has lapsed or stopped. receiving an indication at a radio resource control entity or service data adaptation protocol layer entity in a radio protocol of a receiver from a transmitter, wherein the indication comprises instructions to relocate a quality of service flow from a source data radio bearer to a target data radio bearer; starting a timer associated with the quality of service flow after receiving the indication, wherein the duration of the timer is based on delay characteristics of the source data radio bearer and the target data radio bearer, wherein the timer is configured to allow packets received via the source data radio bearer to be delivered to an upper protocol layer during the duration of the timer and packets received via the target data radio bearer to be delivered to the upper protocol layer after the timer lapses or is stopped; buffering data packets received as part of the quality of service flow from the target data radio bearer during a duration of the timer until the timer lapses or is stopped; allowing for the transmission of data packets of the quality of service flow received from the source data radio bearer during the duration of the timer to the upper protocol layer until the timer lapses or is stopped; and allowing for the transmission of the buffered data packets of the quality of service flow received from the target data radio bearer to an upper protocol layer after the duration of the timer has lapsed or stopped.
Threaded unit for a sanitary mounting structure , comprising a screw which extends along a central axis (M) and which has a thread portion , a bearing portion and an actuation portion , a bearing element with a bearing opening , in which bearing opening the screw is mounted by way of the bearing portion so as to be rotatable about the central axis (M) and to be displaceable from a first position (A) into a second position (B), and at least one clamping element which is mounted fixedly on the bearing element and which has at least one clamping portion for fastening of the bearing element with clamping action to a mounting structure , wherein the at least one clamping portion is movable radially outwards in relation to the central axis (M) from a mounting position (C), in which the threaded unit is displaceable relative to the mounting structure , into a clamping position (D), in which the threaded unit is able to be clamped fixedly in relation to the mounting structure , by way of displacement of the screw from the first position (A) into the second position (B), and wherein the bearing portion has a conical surface region which acts on the at least one clamping portion in such a way that the at least one clamping portion is movable from the mounting position (C) into the clamping position (D) during displacement of the screw from the first position (A) into the second position (B). a bearing element with a bearing opening , in which bearing opening the screw is mounted by way of the bearing portion so as to be rotatable about the central axis (M) and to be displaceable from a first position (A) into a second position (B), and at least one clamping element which is mounted fixedly on the bearing element and which has at least one clamping portion for fastening of the bearing element with clamping action to a mounting structure , wherein the at least one clamping portion is movable radially outwards in relation to the central axis (M) from a mounting position (C), in which the threaded unit is displaceable relative to the mounting structure , into a clamping position (D), in which the threaded unit is able to be clamped fixedly in relation to the mounting structure , by way of displacement of the screw from the first position (A) into the second position (B), and wherein the bearing portion has a conical surface region which acts on the at least one clamping portion in such a way that the at least one clamping portion is movable from the mounting position (C) into the clamping position (D) during displacement of the screw from the first position (A) into the second position (B).
A battery internal state estimating apparatus that estimates an internal state of a battery based on a simulation model of the battery, comprising: a storing section that stores a plurality of parameters of the simulation model; a detecting section that detects a discharge current flowing from the battery to a load ; a selecting section that selects a parameter to be subjected to adaptive learning based on a value of the discharge current detected by the detecting section ; and an adaptive learning section that performs adaptive learning on a parameter selected by the selecting section, the adaptive learning including creating a model of a target to be learned and optimizing the selected parameter with a result obtained by observation, and the simulation model has, as its constituent element, at least one constant phase element (LPE1, LPE2) which has at least one RC parallel unit, each of the at least one RC parallel unit including a resistance (Ra1, Ra2, Ra3; Rb1, Rb2, Rb3) and a capacitor (Ca1, Ca2, Ca3; Cb1, Cb2, Cb3), an element value of each of the resistance (Ra1, Ra2, Ra3; Rb1, Rb2, Rb3) and the capacitor (Ca1, Ca2, Ca3; Cb1, Cb2, Cb3) constituting each RC parallel unit being taken as the parameter, and the adaptive leaning selection performs adaptive learning of the element value of each of the resistance (Ra1, Ra2, Ra3; Rb1, Rb2, Rb3) and the capacitor (Ca1, Ca2, Ca3; Cb1, Cb2, Cb3). a storing section that stores a plurality of parameters of the simulation model; a detecting section that detects a discharge current flowing from the battery to a load ; a selecting section that selects a parameter to be subjected to adaptive learning based on a value of the discharge current detected by the detecting section ; and an adaptive learning section that performs adaptive learning on a parameter selected by the selecting section, the adaptive learning including creating a model of a target to be learned and optimizing the selected parameter with a result obtained by observation, and the simulation model has, as its constituent element, at least one constant phase element (LPE1, LPE2) which has at least one RC parallel unit, each of the at least one RC parallel unit including a resistance (Ra1, Ra2, Ra3; Rb1, Rb2, Rb3) and a capacitor (Ca1, Ca2, Ca3; Cb1, Cb2, Cb3), an element value of each of the resistance (Ra1, Ra2, Ra3; Rb1, Rb2, Rb3) and the capacitor (Ca1, Ca2, Ca3; Cb1, Cb2, Cb3) constituting each RC parallel unit being taken as the parameter, and the adaptive leaning selection performs adaptive learning of the element value of each of the resistance (Ra1, Ra2, Ra3; Rb1, Rb2, Rb3) and the capacitor (Ca1, Ca2, Ca3; Cb1, Cb2, Cb3).