mhurhangee/ep-ind-claims huggingface dataset:
A device for filtering dust particles or other polluting agents in a flow of fumes, said device comprising a spiral duct which extends in the form of superimposed volutes around a vertical generatrix, said spiral duct extending between an inlet mouth and an outlet mouth for said flow, at least one of the radial ends of the spiral duct being provided with a collection chamber; said device being characterized in that: - each volute of said spiral duct has a cross-section with a larger dimension (y), measured along an axis perpendicular to said generatrix, at least five times greater than a smaller dimension (x), measured with respect to said generatrix, so as to obtain, in zones of said spiral duct, a vacuum effect such as to separate and remove the dust particles or other polluting agents from said flow and convey the finer dust particles in the direction of the generatrix; - said collection chamber is defined by a pipe which travels around said spiral duct and is distinct from it. - each volute of said spiral duct has a cross-section with a larger dimension (y), measured along an axis perpendicular to said generatrix, at least five times greater than a smaller dimension (x), measured with respect to said generatrix, so as to obtain, in zones of said spiral duct, a vacuum effect such as to separate and remove the dust particles or other polluting agents from said flow and convey the finer dust particles in the direction of the generatrix; - said collection chamber is defined by a pipe which travels around said spiral duct and is distinct from it.
A computer-implemented method of generating (E1, E2) a training dataset (41, 42) and of using (E3, E31, E32) the training dataset for performing machine learning of a first Small Angle X-ray Scattering, SAXS, measurement data analysis model, wherein generating the training dataset comprises the step of: - calculating 1D SAXS intensity profiles each corresponding to varying parameters of at least one structural model of a sample in a medium; and - based on a first set of SAXS measurement experimental settings which includes a first X-ray beam intensity profile at a 2D detector, estimating a first experimental 1D SAXS intensity profile from each one of the calculated 1D SAXS intensity profiles, wherein said estimating comprises smearing each one of the calculated 1D SAXS intensity profiles through convolution with a point-spread function associated with the first X-ray beam intensity profile. - calculating 1D SAXS intensity profiles each corresponding to varying parameters of at least one structural model of a sample in a medium; and - based on a first set of SAXS measurement experimental settings which includes a first X-ray beam intensity profile at a 2D detector, estimating a first experimental 1D SAXS intensity profile from each one of the calculated 1D SAXS intensity profiles,
A manipulation device for minimally-invasive surgery, comprising at least one grasping device configured for acting upon a tissue, which grasping device comprises a mechanochromic indicator, wherein said mechanochromic indicator has at least one polymeric matrix functionalized with mechanochromic molecules, wherein said mechanochromic indicator is configured to provide the operator with a visual colour feedback when a pre-determined threshold force or pressure (- F c, p c) is applied upon the tissue, wherein said manipulation device further comprises a force transmission mechanism (8, 5) to transfer a reaction force (F c) applied from the tissue upon a proximal jaw of said grasping device to said mechanochromic indicator, characterized in that said manipulation device further comprises pressure means configured to apply a pressure upon said mechanochromic indicator, wherein said force transmission mechanism is configured so that said pressure means apply a pressure upon said mechanochromic indicator which is amplified with respect to the pressure applied from the tissue upon said proximal jaw. which grasping device comprises a mechanochromic indicator, wherein said mechanochromic indicator has at least one polymeric matrix functionalized with mechanochromic molecules, wherein said mechanochromic indicator is configured to provide the operator with a visual colour feedback when a pre-determined threshold force or pressure (- F c, p c) is applied upon the tissue, wherein said manipulation device further comprises a force transmission mechanism (8, 5) to transfer a reaction force (F c) applied from the tissue upon a proximal jaw of said grasping device to said mechanochromic indicator, characterized in that said manipulation device further comprises pressure means configured to apply a pressure upon said mechanochromic indicator, wherein said force transmission mechanism is configured so that said pressure means apply a pressure upon said mechanochromic indicator which is amplified with respect to the pressure applied from the tissue upon said proximal jaw.
Intimate douche for internal use, in particular for irrigation of a pelvic cavity, said intimate douche comprising a bag and a fixed and/or threadable applicator nozzle, wherein the bag is foldable and presents a new practical and anatomic design, resulting in a portable and disposable intimate douche, characterised in that the bag comprises a multilayer polymeric film made of polyethylene terephthalate laminated with low density polyethylene and/ or biaxially oriented nylon films, BOPP films, or PP, sealed along their ends.
Aircraft, comprising a flight deck area, a passenger deck area, a lavatory monument and a flight deck door assembly located in a front of the aircraft and separating the flight deck area from the passenger deck area in the aircraft, wherein the flight deck door assembly comprises: a flight deck bulkhead (9a; 9b) defining an access opening from the passenger deck area to the flight deck area of the aircraft; a lavatory bulkhead spaced apart from the flight deck bulkhead (9a; 9b) and defining the lavatory monument; a first lock containment arranged in a first portion of the flight deck bulkhead opposite to a door jamb formed by a second portion of the flight deck bulkhead; a second lock containment arranged in the lavatory bulkhead; and a flight deck door having a door blade hingedly coupled to the door jamb, wherein the flight deck door is configured to latch to the first lock containment in a first closing position and to latch to the second lock containment in a second closing position, characterized in that the flight deck door is configured to be opened into an opening position with the door blade extending into the flight deck area. a flight deck bulkhead (9a; 9b) defining an access opening from the passenger deck area to the flight deck area of the aircraft; a lavatory bulkhead spaced apart from the flight deck bulkhead (9a; 9b) and defining the lavatory monument; a first lock containment arranged in a first portion of the flight deck bulkhead opposite to a door jamb formed by a second portion of the flight deck bulkhead; a second lock containment arranged in the lavatory bulkhead; and a flight deck door having a door blade hingedly coupled to the door jamb, wherein the flight deck door is configured to latch to the first lock containment in a first closing position and to latch to the second lock containment in a second closing position, characterized in that the flight deck door is configured to be opened into an opening position with the door blade extending into the flight deck area.
A lithographic printing plate precursor comprising: a support; and an image-recording layer containing a binder, a radical polymerizable compound and a radical polymerization initiator, wherein the binder comprises a polymer compound having a nucleus being derived from a multifunctional thiol having from 6 to 10 thiol groups and polymer chains connected to the nucleus through sulfide bonds derived from these thiol groups and the polymer chains have a polymerizable group.
An optical processing apparatus, comprising: at least one optical lens group, light transmittance of which is adjustable; a photodetector configured to detect a light intensity of light emitted to the at least one optical lens group; and a controller configured to adjust the light transmittance of the at least one optical lens group according to the light intensity detected by the photodetector, characterized in that each of the at least one optical lens group comprises a light-transmissive layer, and one convex lens or a plurality of coaxially arranged convex lenses configured to converge light from a light incident side of the optical lens group, the light-transmissive layer covers the one convex lens or the plurality of coaxially arranged convex lenses in a direction of a main optical axis of the one convex lens or the plurality of coaxially arranged convex lenses, and light transmittance of the light-transmissive layer is adjustable; wherein the light-transmissive layer comprises a liquid crystal layer and a transparent driving electrode layer, and the controller is configured to control a power supply to supply a driving voltage to the driving electrode layer, so as to generate an electric field for driving liquid crystals in the liquid crystal layer to deflect; and wherein when the liquid crystals in the liquid crystal layer do not deflect, a long axis of the liquid crystals is perpendicular to the main optical axis of the one convex lens or the plurality of coaxially arranged convex lenses. at least one optical lens group, light transmittance of which is adjustable; a photodetector configured to detect a light intensity of light emitted to the at least one optical lens group; and a controller configured to adjust the light transmittance of the at least one optical lens group according to the light intensity detected by the photodetector, characterized in that each of the at least one optical lens group comprises a light-transmissive layer, and one convex lens or a plurality of coaxially arranged convex lenses configured to converge light from a light incident side of the optical lens group, the light-transmissive layer covers the one convex lens or the plurality of coaxially arranged convex lenses in a direction of a main optical axis of the one convex lens or the plurality of coaxially arranged convex lenses, and light transmittance of the light-transmissive layer is adjustable; wherein the light-transmissive layer comprises a liquid crystal layer and a transparent driving electrode layer, and the controller is configured to control a power supply to supply a driving voltage to the driving electrode layer, so as to generate an electric field for driving liquid crystals in the liquid crystal layer to deflect; and wherein when the liquid crystals in the liquid crystal layer do not deflect, a long axis of the liquid crystals is perpendicular to the main optical axis of the one convex lens or the plurality of coaxially arranged convex lenses.
A multi-segment, heat-shrinkable film, comprising: a. a first segment, comprising 1) a bulk layer, and 2) a microlayer section comprising a plurality of microlayers, wherein each of said microlayers and said bulk layer have a thickness such that the ratio of the thickness of any of said microlayers to the thickness of said bulk layer is at least 1:2, and wherein said microlayer section comprises at least 10 microlayers; and b. a second segment, joined to said first segment, said second segment having an oxygen transmission rate of no more than 100 cc/m 2 -atm.-24 hrs. at 23°C (73°F) and 0% relative humidity, wherein, said multi-segment film has a total free shrink (ASTM D2732-08) of at least 30% at 85°C (185°F). a. a first segment, comprising 1) a bulk layer, and 2) a microlayer section comprising a plurality of microlayers, wherein each of said microlayers and said bulk layer have a thickness such that the ratio of the thickness of any of said microlayers to the thickness of said bulk layer is at least 1:2, and 1) a bulk layer, and 2) a microlayer section comprising a plurality of microlayers, wherein each of said microlayers and said bulk layer have a thickness such that the ratio of the thickness of any of said microlayers to the thickness of said bulk layer is at least 1:2, and b. a second segment, joined to said first segment, said second segment having an oxygen transmission rate of no more than 100 cc/m 2 -atm.-24 hrs. at 23°C (73°F) and 0% relative humidity,
A transmitter, comprising a digital pre-distortion DPD device, an analog transmission module, an analog feedback module, and a DPD feedback updating module, wherein the DPD feedback updating module is connected to the DPD device; the DPD device is configured to send a digital baseband signal to the analog transmission module and the DPD feedback updating module; the analog transmission module is configured to: process the digital baseband signal to obtain an analog signal, and send the analog signal obtained after the processing to an antenna terminal and the analog feedback module that are connected to the analog transmission module; the analog feedback module is configured to: receive an i th frequency control word sent by the DPD feedback updating module; determine, based on the i th frequency control word, a first center frequency of an i th frequency scan and phase information of an i th sub-spectrum corresponding to the analog signal obtained after the processing; perform, based on the first center frequency and the phase information of the i th sub-spectrum corresponding to the analog signal obtained after the processing, the i th frequency scan on the i th sub-spectrum corresponding to the analog signal obtained after the processing, to obtain a corresponding first digital signal; and send the first digital signal to the DPD feedback updating module, wherein the i th frequency scan is a frequency scan performed by the analog feedback module on the i th sub-spectrum corresponding to the analog signal obtained after the processing, i=1, 2,..., and N, and N is a quantity of sub-spectrums comprised in a spectrum of the analog signal obtained after the processing; the DPD feedback updating module is configured to: determine a second center frequency based on the i th frequency control word, so that the first center frequency is aligned with the second center frequency; process the digital baseband signal based on the second center frequency to obtain a corresponding second digital signal; calculate an error value between the first digital signal and the corresponding second digital signal; determine a DPD coefficient based on the error values corresponding to N frequency scans; and send the DPD coefficient to the DPD device; and the DPD device is further configured to: calibrate the digital baseband signal based on the DPD coefficient, and send the calibrated signal to the analog transmission module and the DPD feedback updating module as a new digital baseband signal.
An insulated wire, comprising: - a conductor and, formed around the periphery of the conductor - an insulation layer formed from a resin composition comprising an aromatic polyether ketone resin having a melt viscosity of 0.25 to 1.50 kNsm -2 at 60 sec -1 and 390°C and a fluororesin which is a copolymer of tetrafluoroethylene and a perfluoroethylenic unsaturated compound of the formula CF 2 =CF-Rf 1 wherein Rf 1 is - CF 3 or ORf 2, and Rf 2 is C 1 -C 5 -perfluoroalkyl, comprises 80 to 99 mol% of tetrafluoroethylene and 1 to 20 mol% of the perfluoroethylenic unsaturated compound represented by the formula, has a melt viscosity of 0.3 to 3.0 kNsm -2 at 60 sec -1 and 390°C, and wherein the fluororesin is dispersed as particles in the aromatic polyether ketone resin,and the melt ratio / of the resin and the Fluororesin, determined by measuring the melt viscosities of the resins and at 60 sec -1 and 390 °C in conformity with ASTM D3835, is 0.3-2.5. - a conductor and, formed around the periphery of the conductor - an insulation layer formed from a resin composition comprising an aromatic polyether ketone resin having a melt viscosity of 0.25 to 1.50 kNsm -2 at 60 sec -1 and 390°C and a fluororesin which is a copolymer of tetrafluoroethylene and a perfluoroethylenic unsaturated compound of the formula CF 2 =CF-Rf 1 wherein Rf 1 is - CF 3 or ORf 2, and Rf 2 is C 1 -C 5 -perfluoroalkyl, comprises 80 to 99 mol% of tetrafluoroethylene and 1 to 20 mol% of the perfluoroethylenic unsaturated compound represented by the formula, has a melt viscosity of 0.3 to 3.0 kNsm -2 at 60 sec -1 and 390°C, and wherein the fluororesin is dispersed as particles in the aromatic polyether ketone resin,and the melt ratio / of the resin and the Fluororesin, determined by measuring the melt viscosities of the resins and at 60 sec -1 and 390 °C in conformity with ASTM D3835, is 0.3-2.5. an aromatic polyether ketone resin having a melt viscosity of 0.25 to 1.50 kNsm -2 at 60 sec -1 and 390°C and a fluororesin which is a copolymer of tetrafluoroethylene and a perfluoroethylenic unsaturated compound of the formula CF 2 =CF-Rf 1 wherein Rf 1 is - CF 3 or ORf 2, and Rf 2 is C 1 -C 5 -perfluoroalkyl, comprises 80 to 99 mol% of tetrafluoroethylene and 1 to 20 mol% of the perfluoroethylenic unsaturated compound represented by the formula, has a melt viscosity of 0.3 to 3.0 kNsm -2 at 60 sec -1 and 390°C, and wherein the fluororesin is dispersed as particles in the aromatic polyether ketone resin,and the melt ratio / of the resin and the Fluororesin, determined by measuring the melt viscosities of the resins and at 60 sec -1 and 390 °C in conformity with ASTM D3835, is 0.3-2.5.
Motor vehicle, having: - a control device that has a first driving mode in which the control device independently performs longitudinal guidance and/or transverse guidance of the motor vehicle, and - an operating device that is designed to detect at least one operating action performed by a user of the motor vehicle by way of an operating object on a touch-sensitive input surface, wherein the control device is designed, in the first driving mode, to detect at least one driving situation in which a decision of the user is required for continuation of the first driving mode, and to receive an operating input relating to the decision of the user in each case via the input surface, characterized in that the operating device is designed to determine a size of a surface area of the input surface touched simultaneously by the operating object and, on the basis of the determined size, to deactivate the first driving mode at the control device and to activate a second driving mode in which longitudinal guidance and transverse guidance are to be performed by the user. - a control device that has a first driving mode in which the control device independently performs longitudinal guidance and/or transverse guidance of the motor vehicle, and - an operating device that is designed to detect at least one operating action performed by a user of the motor vehicle by way of an operating object on a touch-sensitive input surface,
A vehicle comprising: a body having a passenger compartment; a seat assembly disposed in the passenger compartment, the seat assembly being coupled to a seat frame; and a side airbag comprising: a chamber coupled to a portion of the seat frame in an unfolded position, the chamber being configured to expand toward the passenger compartment of the vehicle; and an inflator coupled to the chamber, wherein the inflator is configured to receive a signal indicating a side impact with an object and, based at least in part on the signal, cause the chamber to expand toward the passenger compartment and deform at least a portion of the seat assembly toward the centerline of the seat assembly, wherein the chamber is coupled to the seat frame such that the seat assembly is removable from the seat frame without decoupling or disarming the airbag. a body having a passenger compartment; a seat assembly disposed in the passenger compartment, the seat assembly being coupled to a seat frame; and a side airbag comprising: a chamber coupled to a portion of the seat frame in an unfolded position, the chamber being configured to expand toward the passenger compartment of the vehicle; and an inflator coupled to the chamber, wherein the inflator is configured to receive a signal indicating a side impact with an object and, based at least in part on the signal, cause the chamber to expand toward the passenger compartment and deform at least a portion of the seat assembly toward the centerline of the seat assembly, wherein the chamber is coupled to the seat frame such that the seat assembly is removable from the seat frame without decoupling or disarming the airbag. a chamber coupled to a portion of the seat frame in an unfolded position, the chamber being configured to expand toward the passenger compartment of the vehicle; and an inflator coupled to the chamber, wherein the inflator is configured to receive a signal indicating a side impact with an object and, based at least in part on the signal, cause the chamber to expand toward the passenger compartment and deform at least a portion of the seat assembly toward the centerline of the seat assembly, wherein the chamber is coupled to the seat frame such that the seat assembly is removable from the seat frame without decoupling or disarming the airbag.
A composite laundry treating machine comprising: a laundry treating machine for washing or drying laundry held in a body; and a supplementary laundry treating machine located under the laundry treating machine, wherein a body of the supplementary laundry treating machine is secured to one side of the body of the laundry treating machine with joining means, the body of the supplementary laundry treating machine having a volume and a height smaller and lower than a volume and a height of the laundry treating machine respectively, and a space for holding laundry therein having a shape of a drawer which can be drawn forward from the front of the body of the supplementary laundry treating machine, characterized by the body of the supplementary laundry treating machine including an air supply unit provided therein for supplying air to the space for holding laundry; wherein the air supply unit includes a fan for blowing air, and a heater for heating the air being blown by the fan, the fan and the heater being mounted between a rear wall of the drawer and the rear wall of the body of the supplementary laundry treating machine; and wherein the rear wall of the body of the supplementary laundry treating machine is provided with an inlet for introduction of the air into the body and an outlet for discharging the air from the body, and a rear wall of the drawer is in communication with the inlet and the outlet, respectively. a laundry treating machine for washing or drying laundry held in a body; and a supplementary laundry treating machine located under the laundry treating machine, wherein a body of the supplementary laundry treating machine is secured to one side of the body of the laundry treating machine with joining means, the body of the supplementary laundry treating machine having a volume and a height smaller and lower than a volume and a height of the laundry treating machine respectively, and a space for holding laundry therein having a shape of a drawer which can be drawn forward from the front of the body of the supplementary laundry treating machine, characterized by the body of the supplementary laundry treating machine including an air supply unit provided therein for supplying air to the space for holding laundry; wherein the air supply unit includes a fan for blowing air, and a heater for heating the air being blown by the fan, the fan and the heater being mounted between a rear wall of the drawer and the rear wall of the body of the supplementary laundry treating machine; and wherein the rear wall of the body of the supplementary laundry treating machine is provided with an inlet for introduction of the air into the body and an outlet for discharging the air from the body, and a rear wall of the drawer is in communication with the inlet and the outlet, respectively.
Hydroxyapatite based-compound comprising Ca 9 FeH(PO 4) 7 and α-Fe 2 O 3 in hematite form, for use in a method for protecting the skin against UV radiation.