mhurhangee/patent-ind-claim-en huggingface dataset:
A control device for causing an output of a predetermined control object to follow a predetermined target command, comprising: a filter unit which performs an attenuation process at a predetermined frequency in response to a control input based on the predetermined target command and forms an extended control object together with the predetermined control object; and a model predictive control unit which has a prediction model defining a correlation between predetermined extended state variables with respect to the extended control object and the control input to the extended control object in the form of a predetermined state equation, performs model predictive control based on the prediction model in response to the predetermined target command according to a predetermined evaluation function in a prediction interval having a predetermined duration, and outputs a value of the control input at at least an initial time of the prediction interval, wherein the prediction model defines a correlation between the control input and the predetermined extended state variables including a state variable related to the predetermined control object and a predetermined filter state variable related to the filter unit , and the predetermined evaluation function is configured to calculate a state quantity cost that is a stage cost with respect to state variables except the predetermined filter state variable among the predetermined extended state variables, and a control input cost that is a stage cost related to the control input. a filter unit which performs an attenuation process at a predetermined frequency in response to a control input based on the predetermined target command and forms an extended control object together with the predetermined control object; and a model predictive control unit which has a prediction model defining a correlation between predetermined extended state variables with respect to the extended control object and the control input to the extended control object in the form of a predetermined state equation, performs model predictive control based on the prediction model in response to the predetermined target command according to a predetermined evaluation function in a prediction interval having a predetermined duration, and outputs a value of the control input at at least an initial time of the prediction interval, wherein the prediction model defines a correlation between the control input and the predetermined extended state variables including a state variable related to the predetermined control object and a predetermined filter state variable related to the filter unit , and the predetermined evaluation function is configured to calculate a state quantity cost that is a stage cost with respect to state variables except the predetermined filter state variable among the predetermined extended state variables, and a control input cost that is a stage cost related to the control input.
An ultrasonic surgical instrument , comprising: a waveguide defining a blade at a distal end thereof and a lumen extending through a portion of the blade, the blade configured to receive ultrasonic energy for treating tissue; and first and second conduits each defining a proximal end and a distal end, , the distal ends of the first and second conduits extending into the lumen, wherein the distal end of the first conduit extends further distally into the lumen than the distal end of the second conduit; wherein the second conduit is coaxially disposed about the first conduit and the proximal ends of the first and second conduits are received within a splitter , the splitter including a first port and a second port , the first port disposed in fluid communication with the first conduit and the second port disposed in fluid communication with the second conduit, wherein the second conduit is coupled to the second port via a chamber characterized in that : the first conduit is directly coupled to the first port and the splitter further including a drain port disposed in fluid communication with the chamber and a stopper closing the drain port. a waveguide defining a blade at a distal end thereof and a lumen extending through a portion of the blade, the blade configured to receive ultrasonic energy for treating tissue; and first and second conduits each defining a proximal end and a distal end, , the distal ends of the first and second conduits extending into the lumen, wherein the distal end of the first conduit extends further distally into the lumen than the distal end of the second conduit; wherein the second conduit is coaxially disposed about the first conduit and the proximal ends of the first and second conduits are received within a splitter , the splitter including a first port and a second port , the first port disposed in fluid communication with the first conduit and the second port disposed in fluid communication with the second conduit, wherein the second conduit is coupled to the second port via a chamber characterized in that : the first conduit is directly coupled to the first port and the splitter further including a drain port disposed in fluid communication with the chamber and a stopper closing the drain port.
An additive for a hydraulic binder, the additive comprising a preblend of a powdered polyurethane flexible foam and a water redispersible polymer powder, said water redispersible polymer powder comprising a water insoluble film-forming polymer, the amount of the powdered polyurethane flexible foam being from 10% by weight to 80% by weight, based upon the total weight of the powdered polyurethane flexible foam and the water redispersible polymer powder, wherein the powdered polyurethane flexible foam has an average particle size of from 5 microns to 500 microns.
A heel retainer , comprising: a) a base structure (2, 2*) for connecting the heel retainer to a ski; b) a housing comprising a first housing part (3, 3*), which is or can be connected to the base structure (2, 2*), and a second housing part which is or can be connected to the first housing part (3, 3*), such that the second housing part can be moved relative to the first housing part (3, 3*), preferably in order to laterally release the heel retainer ; c) a sole retainer which is or can be connected to the second housing part or is formed in part by the second housing part ; and d) a device for predetermining the release characteristics when the heel retainer is laterally released, comprising a linkage or a receptacle for a control body ; e) a separate functional element which includes the device and which cannot be moved relative to the first housing part (3, 3*) when the heel retainer is being used; and f) a pushing spring which allows the sole retainer to yield linearly when the ski flexes, wherein the pushing spring is supported on the first housing part or on the separate functional element , characterised in that g) the separate functional element forms at least one cage in which the pushing spring is arranged. a) a base structure (2, 2*) for connecting the heel retainer to a ski; b) a housing comprising a first housing part (3, 3*), which is or can be connected to the base structure (2, 2*), and a second housing part which is or can be connected to the first housing part (3, 3*), such that the second housing part can be moved relative to the first housing part (3, 3*), preferably in order to laterally release the heel retainer ; c) a sole retainer which is or can be connected to the second housing part or is formed in part by the second housing part ; and d) a device for predetermining the release characteristics when the heel retainer is laterally released, comprising a linkage or a receptacle for a control body ; e) a separate functional element which includes the device and which cannot be moved relative to the first housing part (3, 3*) when the heel retainer is being used; and f) a pushing spring which allows the sole retainer to yield linearly when the ski flexes, wherein the pushing spring is supported on the first housing part or on the separate functional element ,
A synthesis device for synthesis of macromolecules, the device comprising an ion-releaser having a synthesis surface comprising an array of synthesis locations (8a-f) arranged for synthesis of the macromolecules, wherein the ion-releaser comprising an ion-source electrode being an ion intercalation electrode and thereby arranged to comprise releasable ions, and arranged in contact with each of the synthesis locations (8a-f) of the synthesis surface , thereby arranged to release ions to the synthesis locations (8a-f), and activating electrodes (14a,b) arranged in contact with the ion-source electrode , wherein each one of the activating electrodes (14a,b) is arranged in association with one of the synthesis locations (8a-f), respectively, via the ion-source electrode , and wherein the ion-releaser is arranged to release at least a portion of the releasable ions from the ion-source electrode to one of the synthesis locations (8a-f), by activation of the activating electrode (14a,b) associated with said one of the synthesis locations (8a-f). an ion-releaser having a synthesis surface comprising an array of synthesis locations (8a-f) arranged for synthesis of the macromolecules, wherein the ion-releaser comprising
Lighting device for the interior of a piece of furniture or cupboard, the device being designed to extend against a wall of the piece of furniture or the cupboard and having light-emitting diodes therein, said device comprising a first profile bearing therein the light-emitting diodes and being arranged opposite a second profile , characterised in that the first and second profiles interleave between them a transparent element and extend being open towards one another with the light-emitting diodes of the first profile pointing towards the second profile , the first and second profiles and the transparent element delimiting an external contour of the device , the transparent element comprising on the one hand a first face closing on the inside the first profile having an external edge turned towards the light-emitting diodes and an internal edge turned towards an interior of the transparent element and the second profile and on the other hand a second face opposite the first face closing at least partially the second profile , the internal and external edges of the first face of the transparent element having parameters of different form selected in order to diverge light beams coming from the light-emitting diodes , the second face bearing reflecting means of diverging light beams sending them towards the interior of the transparent element .
Semi-automated system for performing maintenance operations of a drawer of a ladle in safety conditions, comprising a robotic device adapted for carrying out a plurality of operations on said drawer through a plurality of instruments housed in a store and able to be picked up by said robotic device , wherein said drawer comprises a fixed portion fixed to said ladle and a mobile portion , able to be opened with respect to said fixed portion , said fixed portion being associated with a fixed refractory plate comprising a fixed hole , whereas said mobile portion is associated with a mobile refractory plate comprising a mobile hole , said fixed portion being also associated with a discharger consisting of a perforated cylinder comprising a tapping hole , which faces inside said ladle , characterised in that said plurality of instruments comprises: - at least one viewing instrument comprising 3D viewing systems adapted for detecting points of interest of said drawer and/or of components of said drawer in order to obtain at least the position of the fixed refractory plate and of the mobile refractory plate of said drawer , and to obtain the shape of said tapping hole ; - at least one maintenance instrument adapted for carrying out the maintenance of said drawer and/or of components of said drawer based on said points of interest detected by said viewing instrument ; - at least one manipulating instrument adapted for manipulating said drawer and/or components of said drawer based on said points of interest detected by said viewing instrument . - at least one viewing instrument comprising 3D viewing systems adapted for detecting points of interest of said drawer and/or of components of said drawer in order to obtain at least the position of the fixed refractory plate and of the mobile refractory plate of said drawer , and to obtain the shape of said tapping hole ; - at least one maintenance instrument adapted for carrying out the maintenance of said drawer and/or of components of said drawer based on said points of interest detected by said viewing instrument ; - at least one manipulating instrument adapted for manipulating said drawer and/or components of said drawer based on said points of interest detected by said viewing instrument .
A method performed by a User Equipment, UE, for enabling mitigation of interference between an External Wireless System, EWS, and a mobile communication system , wherein the EWS is a system that is external with respect to the mobile communication system , wherein the EWS operates at another operating frequency, F EWS , that is adjacent to an operating frequency, F R , of the mobile communication system , said method comprising the steps of: - detecting (S1) an EWS event involving EWS operation interfering with the operation of the mobile communication system , provided interference conditions are fulfilled, wherein said interference conditions include a first condition based on a frequency relation between the operating frequency, F EWS , of the EWS and the operating frequency, F R , of the mobile communication system and a second condition based on information regarding a location of the EWS event, and wherein the frequency relation represents whether the operating frequency, F EWS , of the EWS and the operating frequency, F R , of the mobile communication system are within a pre-defined range; and - reporting (S2-1A) event information including at least one of time, the location, and the operating frequency of said EWS event to a radio network node to enable said mitigation of interference. - detecting (S1) an EWS event involving EWS operation interfering with the operation of the mobile communication system , provided interference conditions are fulfilled, wherein said interference conditions include a first condition based on a frequency relation between the operating frequency, F EWS , of the EWS and the operating frequency, F R , of the mobile communication system and a second condition based on information regarding a location of the EWS event, and wherein the frequency relation represents whether the operating frequency, F EWS , of the EWS and the operating frequency, F R , of the mobile communication system are within a pre-defined range; and - reporting (S2-1A) event information including at least one of time, the location, and the operating frequency of said EWS event to a radio network node to enable said mitigation of interference.
Self-aligning tool guide , with: a holder for securing a portable power tool , a lifting mechanism on which the holder is mounted, and which has a propulsion system for raising the holder parallel to a lifting axis and a control station for operation of the propulsion system by a user, a chassis which has two wheels on a wheel axis , a drive coupled to the wheels , and a steering system for operation of the chassis by an operator, and an arrangement of electric batteries for supplying the propulsion system and the drive with power, characterized in that the chassis is self-balancing, and in that the self-aligning tool guide has an emergency power device which has a charging state sensor for determining a charging state of the arrangement of electric batteries , and a deactivation unit which deactivates the control station in response to the charging state falling below an emergency charge. a holder for securing a portable power tool , a lifting mechanism on which the holder is mounted, and which has a propulsion system for raising the holder parallel to a lifting axis and a control station for operation of the propulsion system by a user, a chassis which has two wheels on a wheel axis , a drive coupled to the wheels , and a steering system for operation of the chassis by an operator, and an arrangement of electric batteries for supplying the propulsion system and the drive with power, characterized in that the chassis is self-balancing, and in that the self-aligning tool guide has an emergency power device which has a charging state sensor for determining a charging state of the arrangement of electric batteries , and a deactivation unit which deactivates the control station in response to the charging state falling below an emergency charge.
A crystalline salt of 5-methyl- -tetrahydrofolic acid comprising (i) 5-methyl- -tetrahydrofolic acid, (ii) sodium and (iii) an organic base having a pKa value from 6 to 11, selected from the group consisting of 4-(2-hydroxyethyl)-morpholine, 1-(2-hydroxyethyl)-pyrrolidine, imidazole, 2-dimethylaminoethanol, and tert-butylamine; and mixtures thereof; wherein the molar ratio of 5-methyl- -tetrahydrofolic acid to the sodium is from 1:0.5 to 1:1.5 and the molar ratio of 5-methyl- -tetrahydrofolic acid to the organic base is from 1:0.5 to 1:1.5; and/or hydrates and/or solvates thereof. (i) 5-methyl- -tetrahydrofolic acid, (ii) sodium and (iii) an organic base having a pKa value from 6 to 11, selected from the group consisting of 4-(2-hydroxyethyl)-morpholine, 1-(2-hydroxyethyl)-pyrrolidine, imidazole, 2-dimethylaminoethanol, and tert-butylamine; and mixtures thereof; wherein the molar ratio of 5-methyl- -tetrahydrofolic acid to the sodium is from 1:0.5 to 1:1.5 and the molar ratio of 5-methyl- -tetrahydrofolic acid to the organic base is from 1:0.5 to 1:1.5; and/or hydrates and/or solvates thereof.
A primary electric circuit interrupting device, in particular for electric vehicles and especially a crash-activated one, which is suitable for integration between an electric driving unit and an electric energy source for energizing said electric driving unit , the primary electric circuit interrupting device comprising two conductors , wherein said electric driving unit and said electric energy source are able to be connected via said two electric conductors with each other into a primary electric circuit, and wherein said device is furnished with at least one fuse (3', 3") comprising an integrated melting member (31', 31") and a varistor (32', 32") which is intended for emergency interruption of said melting member (31', 31"), characterized in that in each of both electric conductors of the primary electric circuit a fuse (3', 3 ") with a melting member (31', 31") and a varistor (32', 32") is integrated, so that said driving unit and said electric energy source are able to be interconnected via the melting members (31', 31") of both fuses (3', 3"), and the varistor (32', 32") in each of said fuses (3', 3") is arranged in a heat-conductive relationship with each belonging melting member (31', 31"), and simultaneously each of said varistors (32', 32") is electrically interconnected with a switch , which is adapted for establishing or interrupting of electric contact between the varistors (32', 32") in both fuses (3', 3") and which is an autonomously energized electromagnetic switch.
Bagless floor-type vacuum cleaner comprising a housing which has a suction inlet in a front region for sucking in suction air, a separator , a drive unit , a cable drum , two wheels and a wheel axle running through the two pivot points of the two wheels , the suction inlet , the drive unit and the cable drum being arranged in a front region in front of the wheel axle and the separator being arranged in a rear region behind the wheel axle , characterised in that the cable roller and the drive unit are arranged next to each other in the front region, so that a centre of gravity (S) of the floor-type vacuum cleaner is located in the front region in front of the wheel axle , position and direction information referring to a working position of the floor-type vacuum cleaner.
Method implemented in a V2X device for exchanging V2X messages comprising data packets with one or more receiving V2X devices connected via a cellular communication network , the method comprising the steps of: - running one or more V2X applications, running a V2X application comprising the generation of V2X message data associated with the V2X application, - transmitting said V2X message data over a feeder interface , at an injection time, and - transmitting the V2X message in a format encoded on the basis of the message data recovered over the feeder interface to said at least one receiving V2X device, via a radio link, by using a radio access technology, at a sending time, characterized in that the injection time (t inj ) is determined on the basis of an initial injection time defined by a predefined period and in that the method comprises a step consisting in calculating the injection time of a current message on the basis of the initial injection time and of time information relating to at least one preceding V2X message sent by the V2X device via the radio link, the time information relating to a preceding message comprising the injection time of the preceding message on the feeder interface and the time of sending of the preceding V2X message by the V2X communication device via the radio link. - running one or more V2X applications, running a V2X application comprising the generation of V2X message data associated with the V2X application, - transmitting said V2X message data over a feeder interface , at an injection time, and - transmitting the V2X message in a format encoded on the basis of the message data recovered over the feeder interface to said at least one receiving V2X device, via a radio link, by using a radio access technology, at a sending time,