mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a controller configured to be coupled to an audio speaker , wherein the controller is configured to: receive an audio input signal; based on a linear displacement transfer function (h(t)) associated with the audio speaker , process the audio input signal (x(t)) to generate a modeled linear displacement (y l (t)) of the audio speaker , wherein the linear displacement transfer function (h(t)) has a response that models linear displacement of the audio speaker as a linear function of the audio input signal (x(t)), characterized in that the controller is further configured to: based on an excursion linearity function associated with the audio speaker , process the modeled linear displacement (y l (t)) to generate a predicted actual displacement (y(t)) of the audio speaker , wherein the excursion linearity function: is a function of the modeled linear displacement (y l (t)); and has a response modeling non-linearities of the displacement of the audio speaker as a function of the audio input signal (x(t)). receive an audio input signal; based on a linear displacement transfer function (h(t)) associated with the audio speaker , process the audio input signal (x(t)) to generate a modeled linear displacement (y l (t)) of the audio speaker , wherein the linear displacement transfer function (h(t)) has a response that models linear displacement of the audio speaker as a linear function of the audio input signal (x(t)), characterized in that the controller is further configured to: based on an excursion linearity function associated with the audio speaker , process the modeled linear displacement (y l (t)) to generate a predicted actual displacement (y(t)) of the audio speaker , wherein the excursion linearity function: is a function of the modeled linear displacement (y l (t)); and has a response modeling non-linearities of the displacement of the audio speaker as a function of the audio input signal (x(t)). is a function of the modeled linear displacement (y l (t)); and has a response modeling non-linearities of the displacement of the audio speaker as a function of the audio input signal (x(t)).
A battery module, comprising: two or more battery cells ; a module frame, comprising an end plate and a side plate , wherein the end plate and the side plate enclose the module frame for fixing the battery cells ; and a cell management unit , disposed on the end plate and connected to a sampling line of the battery cells ; wherein the sampling line of the battery cells is a flexible circuit board. two or more battery cells ; a module frame, comprising an end plate and a side plate , wherein the end plate and the side plate enclose the module frame for fixing the battery cells ; and a cell management unit , disposed on the end plate and connected to a sampling line of the battery cells ; wherein the sampling line of the battery cells is a flexible circuit board.
Method for lift height pre-selection in an industrial truck having a controller, a lift mast on which a load handling means is guided in a vertically movable fashion, and optical sensor means for sensing a region in front of the load handling means as well as image processing means for the data of the optical sensor means , characterized in that the sensor means sense a shelf which is located in front of the industrial truck , and the image processing means determine a structure of the shelf with respect to compartment levels and resulting lift heights which are to be moved to.
A method for purifying N-substituted maleimide, comprising: 1) performing a primary purification by introducing an N-substituted maleimide solution into a first distillation column and removing an organic solvent by distilling; and 2) performing a secondary purification by introducing, into an evaporation apparatus, an N-substituted maleimide residue from which the organic solvent is removed, and removing impurities which have higher boiling points than the N-substituted maleimides; wherein an operating pressure of the evaporation apparatus in the secondary purification is from 666.612 to 1333.22 Pa (5 to 10 torr). 1) performing a primary purification by introducing an N-substituted maleimide solution into a first distillation column and removing an organic solvent by distilling; and 2) performing a secondary purification by introducing, into an evaporation apparatus, an N-substituted maleimide residue from which the organic solvent is removed, and removing impurities which have higher boiling points than the N-substituted maleimides;
A blood separation medium comprising - a fibrous web formed by first fibers at least a part of which are selected from glass microfibers, non-fibrillated fibers having an affinity for red blood cells and combinations thereof, and second fibers selected from fibrillated fibers; - said fibrous web containing a polymeric, hydrophilic binder, a wetting agent and a salt, said salt being an ionic compound that dissociates in water which is selected from the group of salts capable of increasing the tonicity of blood plasma; and wherein said fibrous web has a mean flow pore size smaller than the average size of red blood cells. - a fibrous web formed by first fibers at least a part of which are selected from glass microfibers, non-fibrillated fibers having an affinity for red blood cells and combinations thereof, and second fibers selected from fibrillated fibers; - said fibrous web containing a polymeric, hydrophilic binder, a wetting agent and a salt, said salt being an ionic compound that dissociates in water which is selected from the group of salts capable of increasing the tonicity of blood plasma; and
Packaged explosive-agent-containing molded body , comprising i) a molded body having an explosive agent and an outgassing additive, in particular a marking agent, and ii) a package comprising a film bag made of a composite film comprising at least a diffusion barrier layer and a sealable material , characterized in that the film bag has an opening through which the molded body can be introduced into the film bag , and wherein this opening is welded by at least one first line weld at a distance of less than 2 cm from an inner surface of the film bag which is in contact with the molded body. i) a molded body having an explosive agent and an outgassing additive, in particular a marking agent, and ii) a package comprising a film bag made of a composite film comprising at least a diffusion barrier layer and a sealable material ,
A method for producing a component of a rotary machine which extends in an axial direction (A) and in a radial direction (R) perpendicular thereto and which has at least one inner channel which extends from a first end in a center of the component to a second end at a radial limiting surface of the component and is at least partially closed, characterized in that a blank is provided which comprises the center of the component and which is delimited by an outer surface in the radial direction (R), wherein the maximum dimension (D1) of the outer surface in the radial direction (R) is smaller than the dimension (D2) of the limiting surface in the radial direction, in that a first subtractive machining step is further carried out in which a part of the channel is produced by means of machining, which part extends from the first end of the channel into the outer surface of the blank , and in that the channel is subsequently completed by means of a build-up manufacturing on the blank , in which the production is carried out directly from a shapeless or shape-neutral material.
Method for securely transmitting time-critical data within a communication system, in which - the communication system comprises a plurality of local area networks , each comprising at least one switch and a plurality of terminals (102-105), a control unit which controls functions of a plurality of switches and terminals, and a control network which is assigned to the control unit and is separated from the local area networks, - communication within the local area networks is implicitly authorized on the basis of an assignment of the respective terminals to the same local area network, - each terminal is assigned a zero trust adapter which captures status information relating to the terminal, forwards the status information via the control network to the control unit for evaluation and authenticates the terminal with respect to the control unit and/or communication partners, characterized in that : - the control unit respectively determines a trust code for the terminals on the basis of the status information and applies rules for configuring and/or for permissible communication relationships between the terminals, which rules are dependent on the trust code. - the communication system comprises a plurality of local area networks , each comprising at least one switch and a plurality of terminals (102-105), a control unit which controls functions of a plurality of switches and terminals, and a control network which is assigned to the control unit and is separated from the local area networks, - communication within the local area networks is implicitly authorized on the basis of an assignment of the respective terminals to the same local area network, - each terminal is assigned a zero trust adapter which captures status information relating to the terminal, forwards the status information via the control network to the control unit for evaluation and authenticates the terminal with respect to the control unit and/or communication partners, characterized in that : - the control unit respectively determines a trust code for the terminals on the basis of the status information and applies rules for configuring and/or for permissible communication relationships between the terminals, which rules are dependent on the trust code. - the control unit respectively determines a trust code for the terminals on the basis of the status information and applies rules for configuring and/or for permissible communication relationships between the terminals, which rules are dependent on the trust code.
Drive system with an electric motor , a converter associated therewith and a hydraulic actuator actuable by way of an hydraulic pump , which is controlled by the electric motor , and a hydraulic fluid conducted in a hydraulic line , wherein exactly one hydraulic actuator is associated with the converter and wherein the converter forms a monitoring unit by means of which monitoring of the state of components of the drive system can be performed, characterised in that when the electric motor is running without load and the hydraulic actuator is executing work processes, friction forces are detected by means of the converter in that a characteristic variable of the electric motor is measured, or that the rotational speed of the electric motor is modulated by means of the converter and state variables of hydraulic components of the drive system are detectable through detection of the influence of the rotational speed modulation on the torque of the electric motor , wherein the compressibility, viscosity and/or friction of the hydraulic fluid in the hydraulic lines is or are determined as state variables.
A cleaning device, comprising: a cleaning cloth ; a handle ; and a cleaning implement depending from the handle , characterized in that the cleaning implement comprises a wiper in the form of a hollow member that terminates at a flexible region at one end and has an open end at an end opposite the handle , the flexible region flexibly securing the wiper to the handle , and wherein the cleaning cloth is removably disposed on the wiper so that the cleaning cloth covers an external region of the wiper and so that a region of the cleaning cloth extends into the open end to an internal region of the hollow member. a cleaning cloth ; a handle ; and a cleaning implement depending from the handle , characterized in that the cleaning implement comprises a wiper in the form of a hollow member that terminates at a flexible region at one end and has an open end at an end opposite the handle , the flexible region flexibly securing the wiper to the handle , and wherein the cleaning cloth is removably disposed on the wiper so that the cleaning cloth covers an external region of the wiper and so that a region of the cleaning cloth extends into the open end to an internal region of the hollow member.
A method , performed by one or more processors, of adjusting a three-dimensional representation of an object to be manufactured in an additive manufacturing process, the method comprising: determining a processing operation to be applied to the object; and adjusting the three-dimensional representation of the object based on adjustment parameters associated with the processing operation; wherein adjusting the three-dimensional representation of the object comprises applying a thinning operation to the three-dimensional representation of the object or wherein adjusting the three-dimensional representation of the object comprises applying a surface texture to a surface of the three-dimensional representation of the object, or wherein adjusting the three-dimensional representation of the object is based on an operation to apply a coating, plating, paint or dye to the object. determining a processing operation to be applied to the object; and adjusting the three-dimensional representation of the object based on adjustment parameters associated with the processing operation; wherein adjusting the three-dimensional representation of the object comprises applying a thinning operation to the three-dimensional representation of the object or wherein adjusting the three-dimensional representation of the object comprises applying a surface texture to a surface of the three-dimensional representation of the object, or wherein adjusting the three-dimensional representation of the object is based on an operation to apply a coating, plating, paint or dye to the object.
A method for wireless communication at a user equipment, UE , comprising: receiving , from a base station , configuration information for a control channel search space set in a first transmission time interval, TTI, characterised in that : the received configuration information comprises an indication of an absence of a physical downlink control channel, PDCCH, transmission in the control channel search space set, and a set of time and frequency resources for the control channel search space set; identifying time and frequency resources allocated for a physical downlink shared channel, PDSCH, in a second TTI based at least in part on the set of time and frequency resources for the control channel search space set in the first TTI and the indication of the absence of a PDCCH transmission in the control channel search space set; and receiving a PDSCH transmission in the second TTI using the identified time and frequency resources. the received configuration information comprises an indication of an absence of a physical downlink control channel, PDCCH, transmission in the control channel search space set, and a set of time and frequency resources for the control channel search space set; identifying time and frequency resources allocated for a physical downlink shared channel, PDSCH, in a second TTI based at least in part on the set of time and frequency resources for the control channel search space set in the first TTI and the indication of the absence of a PDCCH transmission in the control channel search space set; and receiving a PDSCH transmission in the second TTI using the identified time and frequency resources.
Radially expandable building drum intended for the manufacture of an adapter for mounting a tyre on a rim, comprising an interior bead and an exterior bead connected by a reinforcement , the said drum comprising a central shaft , a first set of segments and a second set of segments , all the segments being arranged circumferentially around the shaft to form a generally cylindrically shaped external face of the drum, characterized in that the segments of the first set and the segments of the second set face one another axially and in that the said drum is designed to allow different radial expansion of the segments of the first set in relation to the segments of the second set of segments between two working positions.
Rubber composition comprising at least one diene elastomer, a reinforcing filler and a crosslinking system, characterized in that the reinforcing filler comprises a carbon black having the following characteristics: - STSA of 140 to 180 m 2 /g - COAN of 0.90 to 1.30 ml/g - Dst of 40 to 80 nm - ΔD50/Dst less than or equal to 0.7 - ΔD10/Dst less than or equal to 1.4 - (D90-D10)/D50 less than or equal to 0.8, the STSA specific surface area being determined according to standard ASTM D-6556, the COAN number being determined according to standard ISO 4656/2012 and Dst, ΔD50, ΔD10, D90, D10 and D50 characteristics being determined according to page 3, line 30 to page 6, line 20. - STSA of 140 to 180 m 2 /g - COAN of 0.90 to 1.30 ml/g - Dst of 40 to 80 nm - ΔD50/Dst less than or equal to 0.7 - ΔD10/Dst less than or equal to 1.4 - (D90-D10)/D50 less than or equal to 0.8,
A continuous process for indigo dyeing of textile products comprising the steps of: (a) introducing an undyed textile product into an oxygen purge chamber having an inert atmosphere, the purge chamber comprising a purification system in fluid communication with the inert atmosphere therein; (b) transferring the undyed textile product from the purge chamber to a dye application chamber having an anaerobic atmosphere; (c) applying a leuco-indigo dye solution onto the undyed textile product within the anaerobic dye application chamber to form a leuco-indigo dyed textile product; (d) transitioning the leuco-indigo dyed textile product from the dye application chamber into anaerobic dwell chamber to complete diffusion of the leuco-indigo dye within fibers of the textile product; and (e) discharging the leuco-indigo dyed textile product into an oxygen-containing atmosphere to oxidize the leuco-indigo dye applied to the textile product and thereby form an indigo-dyed textile product. (a) introducing an undyed textile product into an oxygen purge chamber having an inert atmosphere, the purge chamber comprising a purification system in fluid communication with the inert atmosphere therein; (b) transferring the undyed textile product from the purge chamber to a dye application chamber having an anaerobic atmosphere; (c) applying a leuco-indigo dye solution onto the undyed textile product within the anaerobic dye application chamber to form a leuco-indigo dyed textile product; (d) transitioning the leuco-indigo dyed textile product from the dye application chamber into anaerobic dwell chamber to complete diffusion of the leuco-indigo dye within fibers of the textile product; and (e) discharging the leuco-indigo dyed textile product into an oxygen-containing atmosphere to oxidize the leuco-indigo dye applied to the textile product and thereby form an indigo-dyed textile product.
A circuit arrangement for actuating a bistable relay, wherein a relay coil of the bistable relay being arranged in a series circuit with a capacitor , wherein the series circuit is connected to a supply voltage (V+) via a first semiconductor switch for switching on the bistable relay and is short-circuited through a second semiconductor switch for switching off the bistable relay, characterized in that at least one voltage regulator is configured to regulate the voltage present at the relay coil of the bistable relay such that a preset voltage is not exceeded, wherein a first voltage regulator is provided comprising an input , an output and a control terminal , wherein a voltage is generated at the voltage-regulated output relative to the control terminal , whose absolute value does not exceed a preset voltage, and wherein the input is connected to the first semiconductor switch and the output and the control terminal are each connected to an output terminal of the relay coil .
Pipe wrench comprising a moving jaw and a fixed jaw , said moving jaw being attached to a handle having a U-shaped section and pivotably connected to a first end of a stop element also having a U-shaped section, where an upper part of the fixed jaw is movable within the handle , where a second end of the stop element circumferentially surrounds a lever arm of the fixed jaw , where the position of the moving jaw with respect to the fixed jaw is adjustable by means of the stop element coming into contact with a control element the position of which can be adjusted and fixed with respect to a threaded segment of the lever arm , characterized in that the control element comprises a nut having a threaded zone and at least partially housing a pushing element that can occupy a first position, in which an elastic element pushes the pushing element against the lever arm , preventing relative movement of said lever arm with respect to the control element , and a second position in which the pushing element is actuated against the elastic element such that the pushing element does not come into contact with the lever arm , allowing relative movement of said lever arm with respect to the control element , the pushing element further surrounding the lever arm and fitting by means of a side opening in a nut having a cylindrical configuration likewise surrounding the lever arm , such that the elastic element acts internally between an inner surface of said body and an outer surface of said pushing element .
A method in a network node , the method comprising: determining one or more control resource regions for a carrier, wherein each control resource region of the one or more control resource regions comprises a set of time and frequency resources; determining a data transmission region in at least one control resource region of the one or more control resource regions; and signaling the determined data transmission region to a wireless device , comprising signaling an identifier of at least one control resource region, wherein the identifier of the at least one control resource region indicates a control resource region excluded from the data transmission region. determining one or more control resource regions for a carrier, wherein each control resource region of the one or more control resource regions comprises a set of time and frequency resources; determining a data transmission region in at least one control resource region of the one or more control resource regions; and signaling the determined data transmission region to a wireless device , comprising signaling an identifier of at least one control resource region, wherein the identifier of the at least one control resource region indicates a control resource region excluded from the data transmission region.