mhurhangee/ep-ind-claims huggingface dataset:
A coaxial loudspeaker apparatus comprising: a first unit, comprising a sound reproducing diaphragm, being arranged to propagate sound in a first frequency range; a second unit, comprising a driver unit that is arranged upstream of said sound reproducing diaphragm, being arranged to propagate sound in a second frequency range that is higher than the first frequency range, further comprising a first waveguide; a second waveguide arranged to extend substantially in prolongation of the first waveguide; and a third waveguide arranged to extend substantially in prolongation of the second waveguide; wherein the second waveguide is arranged to move relative to the first waveguide and relative to the third waveguide; and wherein the second waveguide is arranged to move in unison with the sound reproducing diaphragm of the first unit in operation. a first unit, comprising a sound reproducing diaphragm, being arranged to propagate sound in a first frequency range; a second unit, comprising a driver unit that is arranged upstream of said sound reproducing diaphragm, being arranged to propagate sound in a second frequency range that is higher than the first frequency range, further comprising a first waveguide; a second waveguide arranged to extend substantially in prolongation of the first waveguide; and a third waveguide arranged to extend substantially in prolongation of the second waveguide; wherein the second waveguide is arranged to move relative to the first waveguide and relative to the third waveguide; and wherein the second waveguide is arranged to move in unison with the sound reproducing diaphragm of the first unit in operation.
A terminal apparatus, comprising: a carrier sense unit equipped with a function of performing carrier sense for checking a situation of a channel using a threshold of carrier sense, and a function of changing the threshold of carrier sense from a predetermined value of a threshold of the carrier sense, a reception unit equipped with a function of receiving a frame from another terminal apparatus, wherein the frame comprises at least information relating to how a transmit power can be changed from a predetermined transmit power value, a transmit power control unit equipped with a function of changing the transmit power from the predetermined transmit power value based on at least the information included in the frame when the threshold of carrier sense is changed from the predetermined value of the threshold of the carrier sense, and setting the transmit power to the predetermined transmit power value when the threshold of carrier sense is identical to the predetermined value of the threshold of the carrier sense, and a transmission unit equipped with a function of transmitting a transmit frame based on the transmit power determined by the transmit power control unit. a carrier sense unit equipped with a function of performing carrier sense for checking a situation of a channel using a threshold of carrier sense, and a function of changing the threshold of carrier sense from a predetermined value of a threshold of the carrier sense, a reception unit equipped with a function of receiving a frame from another terminal apparatus, wherein the frame comprises at least information relating to how a transmit power can be changed from a predetermined transmit power value, a transmit power control unit equipped with a function of changing the transmit power from the predetermined transmit power value based on at least the information included in the frame when the threshold of carrier sense is changed from the predetermined value of the threshold of the carrier sense, and setting the transmit power to the predetermined transmit power value when the threshold of carrier sense is identical to the predetermined value of the threshold of the carrier sense, and a transmission unit equipped with a function of transmitting a transmit frame based on the transmit power determined by the transmit power control unit.
A system for creating advanced mappings in a cloud-based integration service, comprising: a computer including one or more microprocessors; a cloud service, executing on the computer, wherein the cloud service includes a web interface application for creating an integration flow between a source application (1053, 105, 119) and a target application (103, 105, 119), and a runtime for executing the integration flow; a mapping area displayed in the web interface application for a target element of the target application, wherein the mapping area includes a plurality of target items, including a mapping expression that defines a mapping between a source element of the source application and the target element of the target application; a plurality of mapping components displayed in the web interface application, wherein each mapping component is configured to be dragged and dropped onto one or more of the plurality of target items; an application programming interface that defines a plurality of rules, wherein each rule specifies one or more actions for a combination of a dragged and dropped mapping component and a target item; wherein one or more of the plurality of mapping components are dragged and dropped onto the mapping area to trigger one or more of the plurality of rules to generate one or more mapping statements, which modify the mapping expression to create an advanced mapping between the source element and the target element. a computer including one or more microprocessors; a cloud service, executing on the computer, wherein the cloud service includes a web interface application for creating an integration flow between a source application (1053, 105, 119) and a target application (103, 105, 119), and a runtime for executing the integration flow; a mapping area displayed in the web interface application for a target element of the target application, wherein the mapping area includes a plurality of target items, including a mapping expression that defines a mapping between a source element of the source application and the target element of the target application; a plurality of mapping components displayed in the web interface application, wherein each mapping component is configured to be dragged and dropped onto one or more of the plurality of target items; an application programming interface that defines a plurality of rules, wherein each rule specifies one or more actions for a combination of a dragged and dropped mapping component and a target item; wherein one or more of the plurality of mapping components are dragged and dropped onto the mapping area to trigger one or more of the plurality of rules to generate one or more mapping statements, which modify the mapping expression to create an advanced mapping between the source element and the target element.
A blood flow determination apparatus comprising: - a speckle density determination unit for determining a speckle density value being indicative of a level of a speckle density in an ultrasound image of an inner lumen of a blood vessel, which has been generated at an imaging location being behind an introduction location with respect to a flow direction of blood within the blood vessel, wherein at the introduction location a fluid has been introduced into the blood vessel with a known volumetric fluid flow rate, - a blood flow rate determination unit for determining a blood flow value being indicative of a volumetric blood flow rate based on the determined speckle density value and the volumetric fluid flow rate. - a speckle density determination unit for determining a speckle density value being indicative of a level of a speckle density in an ultrasound image of an inner lumen of a blood vessel, which has been generated at an imaging location being behind an introduction location with respect to a flow direction of blood within the blood vessel, wherein at the introduction location a fluid has been introduced into the blood vessel with a known volumetric fluid flow rate, - a blood flow rate determination unit for determining a blood flow value being indicative of a volumetric blood flow rate based on the determined speckle density value and the volumetric fluid flow rate.
A method for changing over from a first adaptive speech recognition software version on a data processor using at least one first data model (dm) which is continuously adapted on the basis of data processing results to a second adaptive speech recognition software version also using at least one second data model to be continuously adapted; characterized in that, prior to installation of the second adaptive speech recognition software version the first adaptive speech recognition software version has undergone a period of adaptive speech recognition training during which the at least one first data model is adapted, and subsequently, in a first phase, the first adaptive speech recognition software version is used to process one or more sound files and in parallel the second adaptive speech recognition software version is used to process said one or more sound files, thereby continuously adapting the at least one first data model (dm) related to the first version as well as the at least second data model related to the second version, and in that the performance of data processing by means of the second version is checked to comply with a quality criterion, whereafter in a second phase, when said quality criterion is met, results of the data processing by means of the second version are delivered to the user, but until that time results based on data processing by means of the first version are delivered to the user. characterized in that, prior to installation of the second adaptive speech recognition software version the first adaptive speech recognition software version has undergone a period of adaptive speech recognition training during which the at least one first data model is adapted, and subsequently, in a first phase, the first adaptive speech recognition software version is used to process one or more sound files and in parallel the second adaptive speech recognition software version is used to process said one or more sound files, thereby continuously adapting the at least one first data model (dm) related to the first version as well as the at least second data model related to the second version, and in that the performance of data processing by means of the second version is checked to comply with a quality criterion, whereafter in a second phase, when said quality criterion is met, results of the data processing by means of the second version are delivered to the user, but until that time results based on data processing by means of the first version are delivered to the user.
A driving device for a movable structure, comprising a wheel, a motor and a transmission assembly, the transmission assembly comprising an input shaft to which the motor is coupled, an output shaft, and two output gears (41, 41') fixedly mounted to the output shaft, the device being characterised in that it further comprises two gears (49, 49') fixedly mounted to the wheel and arranged on either side of the wheel, and in that each gear (49, 49') fixedly mounted to the wheel is able to be rotationally driven by a respective output gear (41, 41').
A space filling material comprising: reinforcing fibers as an expansion material, the reinforcing fibers forming a plurality of intersections, and, a resin bonding at least one of the intersections; and the space filling material generating an expansion stress upon heating in at least a thickness direction such that the space filling material fills a predetermined space, wherein the resin is a thermoplastic resin having a glass transition temperature of 100°C or higher. reinforcing fibers as an expansion material, the reinforcing fibers forming a plurality of intersections, and, a resin bonding at least one of the intersections; and the space filling material generating an expansion stress upon heating in at least a thickness direction such that the space filling material fills a predetermined space, wherein the resin is a thermoplastic resin having a glass transition temperature of 100°C or higher.
Method for the production of a semi-finished valve product, comprising partially folding a sheet, wherein the folded part of the sheet being forge-welded in forging or drop-welding, forging, deep-drawing, pressing and/or drop-forging of said folded over sheet into a semi-finished valve product that corresponds to a circle segment of a valve cut open in the axial direction, wherein the folded part forming a segment of a valve head after forming.
A tracheostomy tube including a shaft with a patient end adapted to locate in the trachea and a flange (3, 3') at the machine end of the shaft for securing the tube with a patient's neck, the flange (3, 3') extending outwardly of the shaft and having an opening (35, 80) towards each end, characterised in that the opening (35, 80) has a radially-enlarged recess around it on at least that side of the flange facing the patient, that the tube also includes a hollow insert (38, 70, 71) of a plastics material harder than that of the flange (3, 3') received in both openings (35, 80) of the flange, each insert (38, 70, 71) having an enlarged head (41, 72) at its patient end received in the recess in the flange and having a thickness equal to the depth of the recess so as to form a smooth patient-facing surface of the flange, that the machine end of each insert (38, 70, 71) is retained with the flange (3, 3') by a radially-extending head (42, 71) overlapping the flange around the opening, and that the hollow insert (38, 80) has a passage (39, 74) along its length through which a neck tie or suture can be extended to secure the tube with the patient's neck.
A flower pot comprising - an inner element comprising a cover, on which a plurality of liquid passage openings are formed, wherein a first number of openings and a second number of openings are provided as liquid passage openings of the inner element, - an outer element surrounding the inner element, comprising a base, a lateral wall protruding from the base, and comprising a liquid storage chamber, wherein the lateral wall of the outer element comprises a smaller height than the cover of the inner element and at least one filling and viewing opening is formed between the outer side of the cover of the inner element and the inner side of the lateral wall of the outer element for filling liquid into the liquid storage chamber and for visually inspecting a level of the liquid in the liquid storage chamber of the outer element, characterized in that the first number of openings comprises a larger extension in the longitudinal direction of the inner element than the second number of openings in such a way that the liquid passage openings of different lengths, namely the first number of openings and the second number of openings, can be used to control the liquid level in the liquid storage chamber. - an inner element comprising a cover, on which a plurality of liquid passage openings are formed, wherein a first number of openings and a second number of openings are provided as liquid passage openings of the inner element, - an outer element surrounding the inner element, comprising a base, a lateral wall protruding from the base, and comprising a liquid storage chamber, wherein the lateral wall of the outer element comprises a smaller height than the cover of the inner element and at least one filling and viewing opening is formed between the outer side of the cover of the inner element and the inner side of the lateral wall of the outer element for filling liquid into the liquid storage chamber and for visually inspecting a level of the liquid in the liquid storage chamber of the outer element, characterized in that the first number of openings comprises a larger extension in the longitudinal direction of the inner element than the second number of openings in such a way that the liquid passage openings of different lengths, namely the first number of openings and the second number of openings, can be used to control the liquid level in the liquid storage chamber.
A method for producing modified nanofibrillated cellulose, characterized by the steps of - preparing a suspension containing fibers from cellulosic material; - adsorbing a cellulose derivative or polysaccharide or polysaccharide derivative onto the fibers in said suspension in the presence of monovalent or polyvalent cations; and - subjecting the fiber suspension comprising said cellulose derivative or polysaccharide or polysaccharide derivative to mechanical disintegration; to obtain modified nanofibrillated cellulose modified with said cellulose derivative or polysaccharide or polysaccharide derivative, wherein the fiber suspension is passed through mechanical disintegration at least 2 times and the step of absorbing occurs by adding cellulose derivative or polysaccharide or polysaccharide derivative during the mechanical disintegration or both before and during the mechanical disintegration. - preparing a suspension containing fibers from cellulosic material; - adsorbing a cellulose derivative or polysaccharide or polysaccharide derivative onto the fibers in said suspension in the presence of monovalent or polyvalent cations; and - subjecting the fiber suspension comprising said cellulose derivative or polysaccharide or polysaccharide derivative to mechanical disintegration; to obtain modified nanofibrillated cellulose modified with said cellulose derivative or polysaccharide or polysaccharide derivative, wherein the fiber suspension is passed through mechanical disintegration at least 2 times and the step of absorbing occurs by adding cellulose derivative or polysaccharide or polysaccharide derivative during the mechanical disintegration or both before and during the mechanical disintegration.
A fluid dispensing cartridge for a personal care appliance comprising: a fluid applicator having a guard and a baffle extending transverse to the guard, characterized in that the baffle having a rear wall and an opposing resilient front flap, the baffle defining at least one outlet port, wherein the resilient front flap contacts a portion of the rear wall covering the outlet port in a first position and is spaced apart from the portion in a second position to facilitate fluid to flow from the outlet port toward the guard of the fluid applicator.
A method for printing a desired pattern of periodic features, which includes: a) providing a mask bearing a mask pattern of periodic features having an array type and a period; b) providing a substrate bearing a photosensitive layer; c) arranging the substrate substantially parallel to and with a separation from the mask; d) generating substantially collimated light with a wavelength and an intensity, at least the former of which may be temporally varied to deliver a spectral distribution of energy density; e) illuminating the mask pattern with said light whilst varying at least its wavelength so as to deliver a spectral distribution of energy density, such that the light-field transmitted by the mask is instantaneously composed of a range of transversal intensity distributions between Talbot planes, and whereby the photosensitive layer is exposed to a time-integrated intensity distribution that prints the desired pattern; wherein the separation and spectral distribution are arranged in relation to the period and array type so that the time-integrated intensity distribution corresponds substantially to an average of the range of transversal intensity distributions. a) providing a mask bearing a mask pattern of periodic features having an array type and a period; b) providing a substrate bearing a photosensitive layer; c) arranging the substrate substantially parallel to and with a separation from the mask; d) generating substantially collimated light with a wavelength and an intensity, at least the former of which may be temporally varied to deliver a spectral distribution of energy density; e) illuminating the mask pattern with said light whilst varying at least its wavelength so as to deliver a spectral distribution of energy density, such that the light-field transmitted by the mask is instantaneously composed of a range of transversal intensity distributions between Talbot planes, and whereby the photosensitive layer is exposed to a time-integrated intensity distribution that prints the desired pattern; wherein the separation and spectral distribution are arranged in relation to the period and array type so that the time-integrated intensity distribution corresponds substantially to an average of the range of transversal intensity distributions.
A Black box with Satellite Transmitter (BSAT) for an underwater vehicle, the BSAT comprising: a sealed enclosure, having a top cover mounted on a bottom base, to receive and transmit at least one of infrared and electromagnetic signals, the sealed enclosure comprises a housing mechanism connectable to the underwater vehicle; a Global Positioning System with an patch antenna configured inside the enclosure, to provide plurality of GPS parameters of the BSAT; a transmit antenna configured inside the enclosure, to transmit the GPS parameters associated with the BSAT and plurality of parameters associated with the underwater vehicle; an electronic controller configured to perform at least one of sending control signal to the IR transceiver, communicating through the IR transceiver to acquire and store underwater vehicle parameters, identifying of ejection instant, acquiring and storing of data from the GPS, scheduling data transmission through satellite after ejection of the BSAT from the underwater vehicle, wherein the data transmission indicates transmission of data comprising GPS parameters associated with the BSAT, the plurality of parameters, critical data, and GPS information associated with the underwater vehicle; a memory to store the data associated with the GPS and plurality of parameters associated with the underwater vehicle; and an ejection mechanism configured in communication with the electronic controller to eject the BSAT from the vehicle on detecting a pre-defined condition by the electronic controller. a sealed enclosure, having a top cover mounted on a bottom base, to receive and transmit at least one of infrared and electromagnetic signals, the sealed enclosure comprises a housing mechanism connectable to the underwater vehicle; a Global Positioning System with an patch antenna configured inside the enclosure, to provide plurality of GPS parameters of the BSAT; a transmit antenna configured inside the enclosure, to transmit the GPS parameters associated with the BSAT and plurality of parameters associated with the underwater vehicle; an electronic controller configured to perform at least one of sending control signal to the IR transceiver, communicating through the IR transceiver to acquire and store underwater vehicle parameters, identifying of ejection instant, acquiring and storing of data from the GPS, scheduling data transmission through satellite after ejection of the BSAT from the underwater vehicle, wherein the data transmission indicates transmission of data comprising GPS parameters associated with the BSAT, the plurality of parameters, critical data, and GPS information associated with the underwater vehicle; a memory to store the data associated with the GPS and plurality of parameters associated with the underwater vehicle; and an ejection mechanism configured in communication with the electronic controller to eject the BSAT from the vehicle on detecting a pre-defined condition by the electronic controller.