mhurhangee/patent-ind-claim-en huggingface dataset:
Boiler for generating steam and/or for heating water, comprising a metal container provided at least with a feed aperture to introduce water inside it and with a heating element , wherein said container comprises a lower wall , an upper wall and a lateral wall , wherein inside said container there is at least one fixed limescale collector device at least partly immersed in the water during use, said collector device having a three-dimensional geometry that develops inside the container so as to be clamped and pressed against, and in contact with, at least a portion of an internal lower wall and an internal upper wall of said container , said collector device comprising at least one filtering element made of metal or with a ceramic based material, with a reticular or pleated or spiral structure to aggregate and retain the limescale.
An image forming apparatus comprising: a human sensor that detects a human; and a controller that performs a predetermined process when a warming-up process for increasing a temperature of a fixing device is started in a state where the human sensor does not detect the human, characterized in that the controller counts up a counter when new warming-up process is started before the warming-up process is terminated, and performs the predetermined process when the counter reaches a threshold. a human sensor that detects a human; and a controller that performs a predetermined process when a warming-up process for increasing a temperature of a fixing device is started in a state where the human sensor does not detect the human, characterized in that the controller counts up a counter when new warming-up process is started before the warming-up process is terminated, and performs the predetermined process when the counter reaches a threshold.
A folded camera module, comprising: a) a lens module having a lens optical axis; b) an optical path folding element, OPFE, for folding light from a first optical path to a second optical path towards an image sensor, the second optical path being along the lens optical axis; c) a lens actuation sub-assembly configured to actuate the lens module to be moved for auto-focus, AF, along a first direction substantially parallel to the second optical path and to be moved for optical image stabilization, OIS, along a second direction substantially orthogonal to both the first and second optical paths to compensate for tilt of the folded camera module around the first direction; wherein the lens actuation sub-assembly is characterized in that it comprises a lens support plate carrying the lens module and a plurality of springs mechanically coupled to the lens support plate , wherein the plurality of springs provides overall low stiffness to movement of the lens module in the first and second directions and high stiffness of the lens module to torsion, such that a ratio between natural frequencies arising from the high stiffness to torsion and the low stiffness to movement in each of the first and second directions is greater than 2. a) a lens module having a lens optical axis; b) an optical path folding element, OPFE, for folding light from a first optical path to a second optical path towards an image sensor, the second optical path being along the lens optical axis; c) a lens actuation sub-assembly configured to actuate the lens module to be moved for auto-focus, AF, along a first direction substantially parallel to the second optical path and to be moved for optical image stabilization, OIS, along a second direction substantially orthogonal to both the first and second optical paths to compensate for tilt of the folded camera module around the first direction;
A cover for covering an opening of a jar , said cover comprising a cover body and a sealing plug set , said cover body comprising a top surface , a bottom surface , a connection channel and a locking system , said connection channel being cut through said top surface to said bottom surface respectively defining an inlet and an outlet, said locking system being formed on said cover body within said connection channel and extending from the inlet said sealing plug set is detachably connectable to said cover body , said sealing plug set being connectable by said locking system of said cover body to cover said connection channel of said cover body , said sealing plug set comprising at least one air hole and an air valve , said air valve being adapted for blocking said air hole , wherein said sealing plug set further comprises an adapter comprising a hollow annular wall , a partition wall , an upper flange and two lower protruding blocks , said hollow annular wall being configured to receive a vacuum pump, said upper flange being adapted for pressing on said cover body , said lower protruding blocks being disposed below the elevation of said upper flange and adapted for abutting against said locking system tightly, wherein said sealing plug set further comprises a sealing device , said sealing device being connected to said adapter at said upper flange and disposed between said upper flange and said two lower protruding blocks and abutted against a top surface of said cover body when the sealing plus is connected to the locking system; said at least one air hole is located in said partition wall ; said air valve is connected to said adapter .
A method for producing elasticized composite panels and non-elasticized panels for an absorbent sanitary article comprising: - feeding a sheet having side edges along a feed direction, - forming controlled activation zones in said sheet within said side edges spaced apart along said feed direction, wherein each of said controlled activation zones comprises activation elements selected in a group consisting of: cuts , holes , mechanical deformation , and combinations thereof, - forming discrete elastic elements from an elastic web , - attaching said discrete elastic elements onto said sheet at respective controlled activation zones to form a composite web , - making transverse cuts at predetermined intervals on said composite web each crossing at least part of one of said controlled activation zones to form elasticized composite panels comprising at least part of said elastic element and non-elasticized panels free of said elastic elements . - feeding a sheet having side edges along a feed direction, - forming controlled activation zones in said sheet within said side edges spaced apart along said feed direction, wherein each of said controlled activation zones comprises activation elements selected in a group consisting of: cuts , holes , mechanical deformation , and combinations thereof, - forming discrete elastic elements from an elastic web , - attaching said discrete elastic elements onto said sheet at respective controlled activation zones to form a composite web , - making transverse cuts at predetermined intervals on said composite web each crossing at least part of one of said controlled activation zones to form elasticized composite panels comprising at least part of said elastic element and non-elasticized panels free of said elastic elements .
Assembly for a turbomachine , comprising: - an annular channel intended to form a flow path for a gas stream between two turbine stages of the turbomachine , said channel being delimited by a radially inner annular wall and a radially outer annular wall , said walls being connected by radially extending hollow arms , - a support having a radially outer annular portion , located radially outside the outer annular wall of the annular channel , and a radially inner annular portion , located radially inside the inner annular wall of the annular channel , the outer and inner portions of the support being connected by radially extending connecting portions , each connecting portion passing through a hollow arm of the annular channel , characterised in that at least one of the connecting parts of the support and the corresponding hollow arm are connected to each other by at least one connecting partition , said connecting partition having a breakable part capable of breaking when the mechanical stresses in said connecting partition are greater than a predetermined value. - an annular channel intended to form a flow path for a gas stream between two turbine stages of the turbomachine , said channel being delimited by a radially inner annular wall and a radially outer annular wall , said walls being connected by radially extending hollow arms , - a support having a radially outer annular portion , located radially outside the outer annular wall of the annular channel , and a radially inner annular portion , located radially inside the inner annular wall of the annular channel , the outer and inner portions of the support being connected by radially extending connecting portions , each connecting portion passing through a hollow arm of the annular channel ,
Localized cooling device comprising an expandable element intended to occupy the volume of an excision cavity following the surgical ablation of a tumour performed on a living being, said expandable element having an outer wall intended to come into contact at least partially with the walls of the cavity, the device being characterized in that it comprises: - a cooling unit comprising a fluidic circuit in which a coolant can circulate, a cooling module cooperating with said fluidic circuit and at least one pumping assembly connected to said fluidic circuit to make the fluid circulate in said fluidic circuit , - a control and electrical power supply unit for controlling and powering said cooling unit , - said expandable element comprising an internal cavity delimited by a wall , - a coiled duct , belonging to the fluidic circuit and added onto said wall , forming said wall of the expandable element, or housed in the internal cavity of the expandable element. - a cooling unit comprising a fluidic circuit in which a coolant can circulate, a cooling module cooperating with said fluidic circuit and at least one pumping assembly connected to said fluidic circuit to make the fluid circulate in said fluidic circuit , - a control and electrical power supply unit for controlling and powering said cooling unit , - said expandable element comprising an internal cavity delimited by a wall , - a coiled duct , belonging to the fluidic circuit and added onto said wall , forming said wall of the expandable element, or housed in the internal cavity of the expandable element.
An axial flow turbomachine for producing thrust to propel an aircraft, comprising: an inner duct and an outer duct , both of which are annular and concentric with one another; an inner fan located in the inner duct, the inner fan being configured to produce a primary pressurised flow; an outer fan located in the outer duct, the outer fan being configured to produce a secondary pressurised flow and having a hollow hub through which the inner duct passes; wherein a swept area of the outer fan is from 2 to 20 times greater than a swept area of the inner fan and wherein a trailing edge of the outer duct is located axially downstream of the inner duct for mixing of the first and secondary pressurised flows. an inner duct and an outer duct , both of which are annular and concentric with one another; an inner fan located in the inner duct, the inner fan being configured to produce a primary pressurised flow; an outer fan located in the outer duct, the outer fan being configured to produce a secondary pressurised flow and having a hollow hub through which the inner duct passes; wherein a swept area of the outer fan is from 2 to 20 times greater than a swept area of the inner fan and wherein a trailing edge of the outer duct is located axially downstream of the inner duct for mixing of the first and secondary pressurised flows.
A surgical visualization system, comprising: a structured light emitter configured to emit a structured pattern of electromagnetic radiation onto an anatomical structure; a spectral light emitter configured to emit electromagnetic radiation comprising a plurality of wavelengths, wherein at least one wavelength of the plurality of wavelengths is selected to penetrate a portion of the anatomical structure and reflect off a subject tissue; an image sensor configured to detect the structured pattern of electromagnetic radiation reflected off the anatomical structure, and the at least one wavelength reflected off the subject tissue; and a control circuit configured to: receive a first signal and a second signal from the image sensor; construct, based on the first signal, a model of the anatomical structure; detect, based on the second signal, a location of the subject tissue relative to the model of the anatomical structure; and determine, based at least in part on the location of the subject tissue, a margin about the subject tissue. a structured light emitter configured to emit a structured pattern of electromagnetic radiation onto an anatomical structure; a spectral light emitter configured to emit electromagnetic radiation comprising a plurality of wavelengths, wherein at least one wavelength of the plurality of wavelengths is selected to penetrate a portion of the anatomical structure and reflect off a subject tissue; an image sensor configured to detect the structured pattern of electromagnetic radiation reflected off the anatomical structure, and the at least one wavelength reflected off the subject tissue; and a control circuit configured to: receive a first signal and a second signal from the image sensor; construct, based on the first signal, a model of the anatomical structure; detect, based on the second signal, a location of the subject tissue relative to the model of the anatomical structure; and determine, based at least in part on the location of the subject tissue, a margin about the subject tissue. receive a first signal and a second signal from the image sensor; construct, based on the first signal, a model of the anatomical structure; detect, based on the second signal, a location of the subject tissue relative to the model of the anatomical structure; and determine, based at least in part on the location of the subject tissue, a margin about the subject tissue.
An apparatus comprising: an aircraft power plant having a first work producing device and a second work producing device ; a first unducted air moving device in serial flow communication with a second unducted air moving device , the first unducted air moving device powered by the first work producing device and the second unducted air moving device powered by the second work producing device ; characterised in having a controller configured to command the first unducted air moving device to rotate at a different speed with respect to the second unducted air moving device , wherein the controller includes a module configured to provide the command based upon a function of airspeed. an aircraft power plant having a first work producing device and a second work producing device ; a first unducted air moving device in serial flow communication with a second unducted air moving device , the first unducted air moving device powered by the first work producing device and the second unducted air moving device powered by the second work producing device ; characterised in having a controller configured to command the first unducted air moving device to rotate at a different speed with respect to the second unducted air moving device , wherein the controller includes a module configured to provide the command based upon a function of airspeed.
Navigation method by means of a satellite signal receiver embedded in a vehicle comprising an electronic navigation unit connected to the satellite signal receiver and to an inertial positioning unit for computing an operational navigation that is hybridised on the basis of inertial positioning data and satellite positioning data by applying an innovation test, the method comprising the following steps of: computing a first reference navigation that is hybridised on the basis of inertial positioning data with positional corrections determined on the basis of satellite positioning data; computing a second reference navigation on the basis of non-satellite positioning data; performing a cumulation of the positional corrections provided by the first reference navigation; detecting a deception operation of the satellite signal receiver and using as emergency navigation the second reference navigation after having reset the position provided by the second reference navigation during the detection of the deception operation to the position provided by the operational navigation and then having corrected this position according to the cumulation of the positional corrections to obtain a starting position of the emergency navigation. computing a first reference navigation that is hybridised on the basis of inertial positioning data with positional corrections determined on the basis of satellite positioning data; computing a second reference navigation on the basis of non-satellite positioning data; performing a cumulation of the positional corrections provided by the first reference navigation; detecting a deception operation of the satellite signal receiver and using as emergency navigation the second reference navigation after having reset the position provided by the second reference navigation during the detection of the deception operation to the position provided by the operational navigation and then having corrected this position according to the cumulation of the positional corrections to obtain a starting position of the emergency navigation.
A method for forming a memory device, comprising: forming a first conductive material on an interior sidewall of a via ; forming a first ferroelectric material on the interior sidewall of the via; removing a dielectric material to expose an exterior sidewall of the via ; forming a second ferroelectric material on the exterior sidewall of the via, wherein the second ferroelectric material is a different type of ferroelectric material than the first ferroelectric material; and forming a second conductive material in the via. forming a first conductive material on an interior sidewall of a via ; forming a first ferroelectric material on the interior sidewall of the via; removing a dielectric material to expose an exterior sidewall of the via ; forming a second ferroelectric material on the exterior sidewall of the via, wherein the second ferroelectric material is a different type of ferroelectric material than the first ferroelectric material; and forming a second conductive material in the via.
A method for providing information on a status of a broadcasting network from a base station (40; 140) to a mobile station (10; 110) in a mobile communication system providing at least one broadcast/multicast service, BCMCS, the method comprising the steps of: recognizing, by the base station (40; 140), the status of the broadcasting network; and transmitting, by the base station (40; 140), a message including status information related to the status of the broadcasting network, the status information indicating a reason for the at least one BCMCS not being received by the mobile station (10; 110), wherein the status information represents one of a BCMCS parameter reset status, a BCMCS stop status, a BCMCS unavailable status, and a BCMCS protocol update status in the broadcasting network. recognizing, by the base station (40; 140), the status of the broadcasting network; and transmitting, by the base station (40; 140), a message including status information related to the status of the broadcasting network, the status information indicating a reason for the at least one BCMCS not being received by the mobile station (10; 110), wherein the status information represents one of a BCMCS parameter reset status, a BCMCS stop status, a BCMCS unavailable status, and a BCMCS protocol update status in the broadcasting network.
An object detection device comprising: a plurality of transmitting units , wherein each of the plurality of transmitting units simultaneously transmits a transmitting wave toward a road surface; a receiving unit that receives a reflected wave of the transmitting waves reflected by an object as a receiving wave; a Constant False Alarm Rate, CFAR, processing unit that acquires a CFAR signal at a predetermined detection timing by CFAR processing for each of a plurality of the transmitting waves, based on a value of a first processing target signal based on the receiving wave received at the detection timing and an average value of a value of a second processing target signal based on the receiving wave received in a predetermined section before and after the detection timing; the object detection device being characterized by further comprising an estimating unit that estimates a road surface type based on an average signal level (A) and a variation degree (B) of a plurality of the CFAR signals, wherein the variation degree (B) and the average signal level (A) differ depending on the road surface type. a plurality of transmitting units , wherein each of the plurality of transmitting units simultaneously transmits a transmitting wave toward a road surface; a receiving unit that receives a reflected wave of the transmitting waves reflected by an object as a receiving wave; a Constant False Alarm Rate, CFAR, processing unit that acquires a CFAR signal at a predetermined detection timing by CFAR processing for each of a plurality of the transmitting waves, based on a value of a first processing target signal based on the receiving wave received at the detection timing and an average value of a value of a second processing target signal based on the receiving wave received in a predetermined section before and after the detection timing; the object detection device being characterized by further comprising an estimating unit that estimates a road surface type based on an average signal level (A) and a variation degree (B) of a plurality of the CFAR signals, wherein the variation degree (B) and the average signal level (A) differ depending on the road surface type.