mhurhangee/patent-ind-claim-en huggingface dataset:
Modular carpet system having at least two carpet elements in sheet form and at least one connecting element for connecting two of the carpet elements to form a general carpet arrangement in sheet form having mutually adjacent carpet elements , wherein the connecting element is in the form of a thin surface element with two surface sides which has on a first of its surface sides a floor contact region and on the opposite, second surface side two coupling regions which are each provided with a coupling device for coupling to one of the two carpet elements , wherein the individual coupling device is designed with a plurality of pins which are formed on the associated coupling region to protrude therefrom, and wherein the two coupling regions are connected together by means of a textile strip and between the two coupling regions there is formed a spacer region , so that the textile strip allows the two coupling regions to be movable at least slightly relative to one another.
Process for producing amorphous polyesters, where, in a first step, in a tank, di- and/or polycarboxylic acids are reacted with mono- or polyhydric alcohols, and/or lactones are reacted and, in a second step, a polycondensation is carried out, where the second step takes place in a kneader, characterized in that the di- and/or polycarboxylic acids are those selected from adipic acid, dimethyl adipate, sebacic acid, dimethyl sebacate, phthalic acid, isophthalic acid, terephthalic acid, 2,6-naphthalenedicarboxylic acid, trimellitic acid, ester derivatives thereof and anhydrides thereof, and the mono- or polyhydric alcohols are those selected from ethylene glycol, 1,2-propanediol, 1,3-propanediol, 1,4-butanediol, 1,5-pentanediol, 1,6-hexanediol, neopentyl glycol, butylethyl-1,3-propanediol, methyl-1,3-propanediol, methylpentanediols, cyclohexanedimethanols, tricyclo[2.2.1]decanedimethanol, isomers of limonenedimethanol, trimethylolpropane and mixtures thereof, the number-average molar mass (M N ) of the polyesters is in the range from 9000 to 35 000 g/mol, determined by gel permeation chromatography (GPC), and the mass-average molar mass (M W ) of the polyesters is in the range from 30 000 to 100 000 g/mol, determined by gel permeation chromatography (GPC), where kneaders used comprise single- or twin-shaft kneaders, rotating-disc reactors, or single- or twinscrew extruders, and where, in the second step, the temperatures of the polymer melts are 220°C-245°C.
A light emitting element-mounting substrate , comprising: a base body formed of ceramics; a metal layer disposed on the base body , and containing copper as a main component; and a glass layer disposed on the metal layer , having a white color tone, and containing a compound comprising titanium and oxygen, wherein the glass layer contains at least one of copper and zinc, and a total content of copper and zinc in the glass layer is larger in a metal layer side region, being 1/3 of the thickness of the glass layer including the interface between the metal layer and the glass layer , than in a surface side region being 1/3 of the thickness of the glass layer including the surface . a base body formed of ceramics; a metal layer disposed on the base body , and containing copper as a main component; and a glass layer disposed on the metal layer , having a white color tone, and containing a compound comprising titanium and oxygen, wherein the glass layer contains at least one of copper and zinc, and a total content of copper and zinc in the glass layer is larger in a metal layer side region, being 1/3 of the thickness of the glass layer including the interface between the metal layer and the glass layer , than in a surface side region being 1/3 of the thickness of the glass layer including the surface .
an agricultural vehicle comprising: - a vehicle body comprising a front portion , according to a normal advancing direction of the agricultural vehicle , and defining an interior and an exterior of the agricultural vehicle ; - a hitch relatively movable to the front portion between at least a first and a second configuration different to each other; - an axle relatively movable to the front portion , such that the axle and the front portion themselves can be relatively arranged according to at least a third and a fourth configuration, in which the front portion is respectively closer to and farther from the axle ; - a first actuator controllable to bring the hitch in the first and the second configuration; - a second actuator controllable to bring the axle and the front portion in the third and the fourth configuration; and - a control system comprising a single command adapted to be operable by a user and a control unit coupled to the command ; characterized in that the control unit is configured to control the first and the second actuator contemporary or at different times in reply to one or more actions performed on the command . - a vehicle body comprising a front portion , according to a normal advancing direction of the agricultural vehicle , and defining an interior and an exterior of the agricultural vehicle ; - a hitch relatively movable to the front portion between at least a first and a second configuration different to each other; - an axle relatively movable to the front portion , such that the axle and the front portion themselves can be relatively arranged according to at least a third and a fourth configuration, in which the front portion is respectively closer to and farther from the axle ; - a first actuator controllable to bring the hitch in the first and the second configuration; - a second actuator controllable to bring the axle and the front portion in the third and the fourth configuration; and - a control system comprising a single command adapted to be operable by a user and a control unit coupled to the command ;
Method for operating a pneumatic actuator , which comprises a first piston surface which acts against a gaseous working medium in a first volume , wherein a pressure in the first volume causes an actuator force on the first piston surface in a first direction; a second piston surface which acts against the working medium in a second volume , wherein a pressure in the second volume on the second piston surface causes an actuator force in a second direction opposite to the first direction; with the following steps: • Filling the first volume with a pressurized gaseous working medium; • Pressure equalization between the first volume and the second volume by a choke and thereby, due to a surface difference of the first piston surface and the second piston surface , moving the actuator in the first direction; and • Draining at least a portion of the working medium from the first volume ; characterized in that the method has the following step: • moving the actuator in the second direction by a faster pressure drop in the first volume than in the second volume . a first piston surface which acts against a gaseous working medium in a first volume , wherein a pressure in the first volume causes an actuator force on the first piston surface in a first direction; a second piston surface which acts against the working medium in a second volume , wherein a pressure in the second volume on the second piston surface causes an actuator force in a second direction opposite to the first direction; with the following steps: • Filling the first volume with a pressurized gaseous working medium; • Pressure equalization between the first volume and the second volume by a choke and thereby, due to a surface difference of the first piston surface and the second piston surface , moving the actuator in the first direction; and • Draining at least a portion of the working medium from the first volume ; characterized in that the method has the following step: • moving the actuator in the second direction by a faster pressure drop in the first volume than in the second volume . • Filling the first volume with a pressurized gaseous working medium; • Pressure equalization between the first volume and the second volume by a choke and thereby, due to a surface difference of the first piston surface and the second piston surface , moving the actuator in the first direction; and • Draining at least a portion of the working medium from the first volume ; • moving the actuator in the second direction by a faster pressure drop in the first volume than in the second volume .
An interactive method for providing a visual diagnostics graph processed by a quantiles brush, the method comprising the steps: receiving, from a user, a selection of a pair of values p0, p1 from a range , wherein p0 < p1; calculating, by a computer module, corresponding quantiles (q(p0), q(p1)) for cycle times on each station of a plurality of stations (S1-S10); identifying processes with cycle times lying outside a range of the calculated quantiles on any stations (S1-S10) as outlier processes ; and providing a visual diagnostics graph including the identified outlier processes; wherein the visual diagnostics graph comprises a quantile range selector , wherein the quantile range selector comprises a distribution of the cycle times on each station; wherein the identified outlier processes are displayed as individual polylines in an aggregated graph of the visual diagnostics graph ; and wherein, when a new set of outliers is detected, the aggregated graph and the quantile range selector are updated accordingly. receiving, from a user, a selection of a pair of values p0, p1 from a range , wherein p0 < p1; calculating, by a computer module, corresponding quantiles (q(p0), q(p1)) for cycle times on each station of a plurality of stations (S1-S10); identifying processes with cycle times lying outside a range of the calculated quantiles on any stations (S1-S10) as outlier processes ; and providing a visual diagnostics graph including the identified outlier processes; wherein the visual diagnostics graph comprises a quantile range selector , wherein the quantile range selector comprises a distribution of the cycle times on each station; wherein the identified outlier processes are displayed as individual polylines in an aggregated graph of the visual diagnostics graph ; and wherein, when a new set of outliers is detected, the aggregated graph and the quantile range selector are updated accordingly.
Draining porcelain stoneware tile , comprising • a tile of rectangular quadrilateral shape and edges of thickness (S), • a planar outer surface of said tile, and • a series of grooves with variable geometry according to a drainage direction parallel to a pair of edges made on said outer surface; • the geometry of said groove is of a triangular section, said triangular section has a base and a vertex , the base is placed on said planar surface , the vertex forms the bottom of said groove, oblique sides (18, 18 ') of connection between base and vertex forming angles (α) and (β) with respect to said base and a height h between said base and said vertex, characterized in that said height h increases according to said direction of drainage generating an inclined drainage plane of said groove. • a tile of rectangular quadrilateral shape and edges of thickness (S), • a planar outer surface of said tile, and • a series of grooves with variable geometry according to a drainage direction parallel to a pair of edges made on said outer surface; • the geometry of said groove is of a triangular section, said triangular section has a base and a vertex , the base is placed on said planar surface , the vertex forms the bottom of said groove, oblique sides (18, 18 ') of connection between base and vertex forming angles (α) and (β) with respect to said base and a height h between said base and said vertex, characterized in that said height h increases according to said direction of drainage generating an inclined drainage plane of said groove. • the geometry of said groove is of a triangular section, said triangular section has a base and a vertex , the base is placed on said planar surface , the vertex forms the bottom of said groove, oblique sides (18, 18 ') of connection between base and vertex forming angles (α) and (β) with respect to said base and a height h between said base and said vertex, characterized in that said height h increases according to said direction of drainage generating an inclined drainage plane of said groove.
A bi-directional resonant DC to DC power converter comprising: a bridge circuit comprising a first transistor having a gate, a collector, and an emitter, and a second transistor having a gate, a collector, and an emitter, the collector of the second transistor being coupled to the emitter of the first transistor ; a resonant circuit coupled to a node between the first transistor and the second transistor , the resonant circuit having a first inductor and a first capacitor , characterized in that the first inductor is coupled to the node between the first transistor and the second transistor ; and a filtering circuit is coupled to a node between the first inductor and the first capacitor , the filtering circuit comprising a second inductor and a second capacitor , wherein the first transistor is coupled in parallel with a first diode and the second transistor is coupled in parallel with a second diode. a bridge circuit comprising a first transistor having a gate, a collector, and an emitter, and a second transistor having a gate, a collector, and an emitter, the collector of the second transistor being coupled to the emitter of the first transistor ; a resonant circuit coupled to a node between the first transistor and the second transistor , the resonant circuit having a first inductor and a first capacitor , characterized in that the first inductor is coupled to the node between the first transistor and the second transistor ; and
A control system for a work machine having an upper frame rotatably mounted to a lower frame , the upper frame including an arm assembly , the control system comprising: a controller ; characterised in that the controller is responsive to a first user command to send appropriate control signals to lock or substantially restrict movement of the upper frame relative to the lower frame while allowing user control of the arm assembly ; said controller further being responsive to a second user command to send appropriate control signals to lock or substantially restrict movement of the upper frame relative to the lower frame and to send appropriate control signals to lock or substantially restrict movement of the arm assembly ; wherein the first user command is generated by activation of a swing lock button for less than a pre-determined time interval and the second user command is generated by activation of the swing lock button for greater than the pre-determined time interval. a controller ; characterised in that the controller is responsive to a first user command to send appropriate control signals to lock or substantially restrict movement of the upper frame relative to the lower frame while allowing user control of the arm assembly ; said controller further being responsive to a second user command to send appropriate control signals to lock or substantially restrict movement of the upper frame relative to the lower frame and to send appropriate control signals to lock or substantially restrict movement of the arm assembly ; wherein the first user command is generated by activation of a swing lock button for less than a pre-determined time interval and the second user command is generated by activation of the swing lock button for greater than the pre-determined time interval.
A modified conjugated diene-based polymer, comprising: a derived unit from a modifier, wherein the modifier comprising three or more alkoxy groups bonded to silicon; a non-functional chain forming a silicon-carbon bond at one side of the derived unit from a modifier, wherein the non-functional chain comprising a repeating unit derived from a conjugated diene-based monomer; and a functional chain forming a silicon-carbon bond at the other side of the derived unit from a modifier, wherein the functional chain comprising two or more derived units from an N-functional group-containing monomer. a derived unit from a modifier, wherein the modifier comprising three or more alkoxy groups bonded to silicon; a non-functional chain forming a silicon-carbon bond at one side of the derived unit from a modifier, wherein the non-functional chain comprising a repeating unit derived from a conjugated diene-based monomer; and a functional chain forming a silicon-carbon bond at the other side of the derived unit from a modifier, wherein the functional chain comprising two or more derived units from an N-functional group-containing monomer.
A method for communicating for a mobile telecommunications network , the network comprising at least a base station configured to provide a wireless interface for one or more terminals to communicate with the base station, wherein the wireless interface comprises a first frequency band in which access to resources in the frequency band is a contention-based access, the method comprising: determining an operating mode of a first terminal of the one or more terminals; selecting, based on the operating mode, a first frame configuration from a plurality of frame configurations for the first terminal, each of the plurality of frame configurations configuring one or more of: an offset parameter determining the start of a frame, a Channel Occupancy Time "COT" duration in a frame, an idle duration in a frame, a frame duration, a frame period and a gap duration between two subsequent frames; and communicating between the first terminal and the base station and via the first frequency band, using contention-based access and based on the first frame configuration. determining an operating mode of a first terminal of the one or more terminals; selecting, based on the operating mode, a first frame configuration from a plurality of frame configurations for the first terminal, each of the plurality of frame configurations configuring one or more of: an offset parameter determining the start of a frame, a Channel Occupancy Time "COT" duration in a frame, an idle duration in a frame, a frame duration, a frame period and a gap duration between two subsequent frames; and communicating between the first terminal and the base station and via the first frequency band, using contention-based access and based on the first frame configuration.
A charger , comprising a power conversion circuit , a charging interface , and an overcurrent protection circuit , wherein the power conversion circuit comprises a transformer and a rectifier (C1), an alternating current is input from a primary side of the transformer , and is induced to a secondary side of the transformer by the primary side of the transformer , and a direct current is output from the secondary side of the transformer after the alternating current is rectified by the rectifier (C1); the charging interface comprises a power cable (Vbus), a ground cable (GND), and a signal cable , wherein a positive electrode of the rectifier (C1) is connected to the power cable (Vbus), and a negative electrode of the rectifier (C1) is connected to the ground cable (GND); the overcurrent protection circuit comprises an overcurrent detection circuit and a pulse width modulation, PWM, control chip , wherein the overcurrent detection circuit is configured to: in a case in which it is detected that a current of the secondary side of the transformer is greater than or equal to a first current threshold that is preset, enable the PWM control chip to control the primary side of the transformer to stop inducing the alternating current to the secondary side of the transformer , wherein the first current threshold is greater than a rated output current value of the charger ; and the charger further comprises a resistor and a switch device (P1), wherein a first end of the resistor is connected to the power cable (Vbus), and a second end of the resistor is connected to the signal cable ; a first end of the switch device (P1) is connected to the signal cable , a second end of the switch device (P1) is connected to the power cable (Vbus), a third end of the switch device (P1) is connected to the ground cable (GND), and in a case in which a difference obtained by subtracting a voltage of the first end of the switch device (P1) from a voltage of the second end of the switch device (P1) is greater than or equal to a preset first voltage threshold, the second end of the switch device (P1) and the third end of the switch (P1) device are connected; and in a process in which the charger charges a terminal device, in a case in which the difference obtained by subtracting the voltage of the first end of the switch device (P1) from the voltage of the second end of the switch device (P1) is greater than or equal to the first voltage threshold, the second end of the switch device (P1) and the third end of the switch device (P1) are connected, so that the power cable (Vbus) and the ground cable (GND) are connected; the current, detected by the overcurrent detection circuit , of the secondary side of the transformer is greater than or equal to the first current threshold, so that the PWM control chip controls the primary side of the transformer to stop inducing the alternating current to the secondary side of the transformer , wherein the first voltage threshold is greater than 0 V and is less than an output voltage value of the power cable (Vbus).
Method for redirecting a communication request sent by a terminal referred to as the caller terminal (T1) to a terminal referred to as the called terminal (T21), an identifier of the caller terminal being absent from a list of identifiers of caller terminals for which the establishment of a communication with the called terminal is authorized or blocked, referred to as a white list or black list, respectively, the method being implemented by a redirection platform (PF) and comprising: • redirecting the communication request to a user terminal, distinct from the called terminal, referred to as the redirection terminal (T22), the redirection terminal (T22) being a terminal chosen in advance by the user of the called terminal (T21), distinct from the called terminal (T21), • receiving from the redirection terminal an instruction message, comprising the identifier of the caller terminal and an instruction relating to the white list or to the black list, • depending on the instruction received, adding the identifier of the caller terminal to the white list or to the black list. • redirecting the communication request to a user terminal, distinct from the called terminal, referred to as the redirection terminal (T22), the redirection terminal (T22) being a terminal chosen in advance by the user of the called terminal (T21), distinct from the called terminal (T21), • receiving from the redirection terminal an instruction message, comprising the identifier of the caller terminal and an instruction relating to the white list or to the black list, • depending on the instruction received, adding the identifier of the caller terminal to the white list or to the black list.
Insert ring for a road surface , wherein the insert ring is a prefabricated insert ring which - comprises, at least on its upper side, a covering material that is matched to a material of the road surface , and - comprises an inner diameter or an inner contour that corresponds substantially to an outer diameter or an outer contour of a well element that is to be bordered by a road surface , characterised in that the covering material corresponds to the material of the road surface , and in that the covering material comprises a fine asphalt which is applied to an asphalt layer . - comprises, at least on its upper side, a covering material that is matched to a material of the road surface , and - comprises an inner diameter or an inner contour that corresponds substantially to an outer diameter or an outer contour of a well element that is to be bordered by a road surface ,