mhurhangee/patent-ind-claim-en huggingface dataset:
A battery-fixing device, arranged in an electronic device, comprising: a casing battery chamber , and a container fixedly arranged in the casing battery chamber and matched with the casing battery chamber to wrap and fix a battery ; characterized in that the container comprises: a substrate film, a plurality of fixing films each extending from the substrate film, and a containing chamber formed by a surround of the substrate film and the fixing films and configured to contain the battery , and the fixing films are configured to fix a top of the battery ; when fixing the battery , the battery is put into the containing chamber , and then the fixing films are affixed to the top of the battery ; and when taking out the battery , the fixing films are split from the top of the battery to detach the battery from the containing chamber ; wherein, each of the fixing films comprises a splitting handle configured to split the fixing film from the top of the battery ; a lower fixing film of the fixing films is larger than an upper fixing film of the fixing films ; the splitting handle of the lower fixing film is arranged at a middle of the lower fixing film; the splitting handle of each of the other fixing films is arranged at a side of the fixing film . characterized in that the container comprises: a substrate film, a plurality of fixing films each extending from the substrate film, and a containing chamber formed by a surround of the substrate film and the fixing films and configured to contain the battery , and the fixing films are configured to fix a top of the battery ; when fixing the battery , the battery is put into the containing chamber , and then the fixing films are affixed to the top of the battery ; and when taking out the battery , the fixing films are split from the top of the battery to detach the battery from the containing chamber ; wherein, each of the fixing films comprises a splitting handle configured to split the fixing film from the top of the battery ; a lower fixing film of the fixing films is larger than an upper fixing film of the fixing films ; the splitting handle of the lower fixing film is arranged at a middle of the lower fixing film; the splitting handle of each of the other fixing films is arranged at a side of the fixing film .
A method for determining mobile network class of service, implemented by a hardware processor , the method comprising: receiving, from a mobility management entity, MME, a request from a mobile cellular device that requested access to a network operated by the MME, whereby the network operated by the MME is a cellular communications network, the request specifying an account identifier and location data that each correspond to the device; based on the account identifier and location data, determining that the device is roaming; based on the account identifier and in response to the determination that the device is roaming, identifying a class of service, CoS, for the mobile cellular device from a plurality of classes of service; and providing the MME with response data including the identified CoS; the method being characterized in that providing the MME with response data comprises causing the MME to override a default CoS with the identified CoS. receiving, from a mobility management entity, MME, a request from a mobile cellular device that requested access to a network operated by the MME, whereby the network operated by the MME is a cellular communications network, the request specifying an account identifier and location data that each correspond to the device; based on the account identifier and location data, determining that the device is roaming; based on the account identifier and in response to the determination that the device is roaming, identifying a class of service, CoS, for the mobile cellular device from a plurality of classes of service; and providing the MME with response data including the identified CoS;
Alpha-nucleated polypropylene composition (n-PP) comprising (a) a first polypropylene (PP1) having a melt flow rate MFR 2 (230 °C; 2.16 kg), measured according to ISO 1133, in the range of 10 to 100 g/10min, (b) a second polypropylene (PP2), and (c) an alpha-nucleating agent, wherein - the weight ratio between the first polypropylene (PP1) and the second polypropylene (PP2) [(PP1)/(PP2)] is in the range of 75/25 to 55/45, and - the total amount of the first polypropylene (PP1) and the second polypropylene (PP2) together, based on the alpha-nucleated polypropylene composition (n-PP), is at least 94 wt.-%; wherein further the alpha-nucleated polypropylene composition (n-PP) has (i) a melt flow rate MFR 2 (230 °C; 2.16 kg), measured according to ISO 1133, in the range of 40 to 190 g/10min; (ii) a molecular weight distribution (MWD) determined by Gel Permeation Chromatography (GPC) in the range of 3.5 to 6.5; (iii) 2,1 erythro regio-defects in the range of >0.35 to 0.85 mol-% measured by 13 C NMR; and (iv) a comonomer content of not more than 0.75 mol-%, wherein the comonomer is selected from the group consisting of ethylene, 1-butene and 1-hexene. (a) a first polypropylene (PP1) having a melt flow rate MFR 2 (230 °C; 2.16 kg), measured according to ISO 1133, in the range of 10 to 100 g/10min, (b) a second polypropylene (PP2), and (c) an alpha-nucleating agent, - the weight ratio between the first polypropylene (PP1) and the second polypropylene (PP2) [(PP1)/(PP2)] is in the range of 75/25 to 55/45, and - the total amount of the first polypropylene (PP1) and the second polypropylene (PP2) together, based on the alpha-nucleated polypropylene composition (n-PP), is at least 94 wt.-%; (i) a melt flow rate MFR 2 (230 °C; 2.16 kg), measured according to ISO 1133, in the range of 40 to 190 g/10min; (ii) a molecular weight distribution (MWD) determined by Gel Permeation Chromatography (GPC) in the range of 3.5 to 6.5; (iii) 2,1 erythro regio-defects in the range of >0.35 to 0.85 mol-% measured by 13 C NMR; and (iv) a comonomer content of not more than 0.75 mol-%, wherein the comonomer is selected from the group consisting of ethylene, 1-butene and 1-hexene.
An annular element for a turbomachine casing, the element having at least: - an inside face , defining a flow passage for a working fluid of the turbomachine; - an outside face ; and - a damper ; said annular element being characterized in that the damper comprises a plurality of touching resilient coil turns fitted tightly around a surface of revolution of the outside face , in such a manner as to exert pressure on said surface of revolution and between adjacent coil turns. - an inside face , defining a flow passage for a working fluid of the turbomachine; - an outside face ; and - a damper ;
A vitreous silica crucible for pulling of silicon single crystal, comprising: a substantially cylindrical straight body portion having an opening on the top end and extending in a vertical direction, a curved bottom portion, and a corner portion connecting the straight body portion with the bottom portion and a curvature of which is greater than that of the bottom portion, wherein the vitreous silica crucible comprises a transparent layer on the inside and a bubble layer on the outside thereof, wherein the transparent layer, consisting of silica, comprises a compressive stress layer in which compressive stress remains and that is adjacent to the inner surface side of the transparent layer, and further comprises a tensile stress layer in which tensile stress remains that is adjacent to the compressive stress layer, and wherein the transition from the compressive stress layer to the tensile stress layer occurs with a rate of change of stress of 0.17 MPa/mm or more and 1.5 MPa/mm or less.
A vehicle , comprising: - a chassis ; - a gas storage tank for a gas; and - a first weighing device arranged between the chassis and the gas storage tank and connected to the chassis and the gas storage tank , the first weighing device being configured to measure a force exerted by the gas storage tank on the first weighing device ; and - a bearing arrangement for the gas storage tank which is connected to the chassis and can be temporarily fixed and/or stiffened. - a chassis ; - a gas storage tank for a gas; and - a first weighing device arranged between the chassis and the gas storage tank and connected to the chassis and the gas storage tank , the first weighing device being configured to measure a force exerted by the gas storage tank on the first weighing device ; and - a bearing arrangement for the gas storage tank which is connected to the chassis and can be temporarily fixed and/or stiffened.
An injection mould comprising a first half and a second half , the second half comprising cooling channels configured around a mould cavity with a coolant being circulated through the cooling channels , the injection mould further comprising a heat transfer device for increasing cooling rate of the injection mould , wherein the heat transfer device is disposed inside the cooling channel at predefined portion, the heat transfer device partially covers the portion of the cooling channel for increasing heat transfer rate from the portion of the cooling channel to the coolant circulating therein thereby increases cooling rate of the injection mould wherein the heat transfer device further comprises: a first surface having configuration consistent with the cooling channel , the first surface rests against an inner surface of the portion the channel covering the portion partially; a second surface facing opposite to the first surface and toward inner portion of the cooling channel , the second surface is an uneven surface for increasing surface contact with the coolant and also creates turbulence in flowing coolant, wherein upon passing the coolant through the channels , the heat from the injection mould is transferred to the first surface of the heat transfer device through the inner surface of the channels and then to the coolant through the second surface , as the contact area and the turbulence in flow of the coolant is increased, heat transfer rate is also increases therebetween, wherein cross section of the first surface is consistent with the cross section of the channel , characterized in that cross section of the first surface is semicircular, wherein the uneven second surface provides flexibility along the width of the heat transfer device facilitating in positioning the heat transfer device in the channel . a first surface having configuration consistent with the cooling channel , the first surface rests against an inner surface of the portion the channel covering the portion partially; a second surface facing opposite to the first surface and toward inner portion of the cooling channel , the second surface is an uneven surface for increasing surface contact with the coolant and also creates turbulence in flowing coolant,
A composition comprising a mussel adhesive protein (MAP) as an active ingredient for use in the treatment of inflammation of the mucosa selected from oral mucositis, rhinitis, pharyngitis, laryngitis, tracheitis, gastritis and enterocolitis, wherein the MAP is selected from mefp-1, mefp-2, mefp-3, mefp-4, mefp-5, mefp-6.
A stop device with an adjustable stop of a processing machine, in particular a moulding machine, for guiding workpieces through the processing machine, and comprising a clamping device which has at least one clamping part , by means of which the stop can be clamped against at least one counter stop , characterized in that the clamping part is provided on a transmission element , upon which a spring force (F 1 ) acts, which spring force is converted into a clamping force (F 2 ) acting upon the clamping part , and in that a release unit is provided as part of the stop device for releasing the clamping action.
Arrangement for treating diesel engine exhaust gases containing nitrogen oxides (NO x ) and hydrocarbons (HC), wherein an SCR system comprising an SCR catalyst and an injection device for reducing agents is arranged upstream of an oxidation catalyst and a particulate filter, wherein the SCR catalyst contains a zeolite exchanged with copper (Cu) and/or iron (Fe) and the zeolite is provided such that the hydrocarbons contained in the exhaust gas are kept away by the molecular sieving effect of the zeolite from the active centers in the catalyst at which the reactions take place, wherein the zeolite has a largest lower channel width of 2.6 Å - 4.2 Å.
A capacitive touchscreen, comprising: a touch control panel and a drive chip connected with the touch control panel , wherein, the touch control panel comprises a substrate layer, a thin-film conductor layer and a protective layer covering the thin-film conductor layer; the thin-film conductor layer comprises a plurality of thin-film conductors, and the plurality of thin-film conductors are arranged on the substrate layer in a horizontal/vertical direction by taking a horizontal/vertical resolution of the touchscreen as a reference; the drive chip comprises a transmission unit and a receiving unit , wherein, the transmission unit is arranged to: generate a high-frequency excitation signal and load the high-frequency excitation signal onto each thin-film conductor; and the receiving unit is arranged to: receive a frequency signal one by one, in a wireless receiving manner, which is output after the high-frequency excitation signal passes through each thin-film conductor, and determine a touch position according to a change of the frequency signal before and after the touch, characterized in that , the receiving unit is arranged to determine the touch position according to the change of the frequency signal before and after the touch by the following manner: for each thin-film conductor, comparing a received frequency signal with a reference frequency without a touch, determining that there is a touch operation when the received frequency signal and the reference frequency without a touch are inconsistent, and determining the touch position on the thin-film conductor according to a difference between the received frequency signal and the reference frequency without a touch.
Neck ring holder device intended to be used at a mould for forming glass containers having a mouth , wherein the neck ring for realizing the mouth can be opened and consists of a plurality of circumferential sectors that can be moved away from each other starting from a closed position of the neck ring , in which the circumferential sectors are coplanar and form a continuous annular element provided with a central axis , up to an open position of the neck ring , in which the circumferential sectors are rotated out of said coplanar configuration, moving away from each other, around axes directed perpendicular to the direction of the axis of said annular element, characterised in that the circumferential sectors are movable from the closed position to the open position according to a sequential movement consisting of the composition of a first radial translation movement, in said coplanar configuration, of each circumferential sector moving away from the axis of said annular element, and of a second rotation movement of each circumferential sector around a respective axis directed perpendicular to the direction of the axis of said annular element, an intermediate position of the neck ring being identified between the translation movement and the rotation movement, in which the circumferential sectors are in the coplanar configuration, in that the neck ring holder comprises a body having a lateral surface extending around the axis of said annular element, the neck ring being arranged at an end of the body around said axis of the annular element, and the device further comprising a cam-operated lever system for the sequential actuation of said translation and rotation movements of the circumferential sectors , and in that the lever system comprises, for each circumferential sector , a first class lever arranged laterally with respect to the lateral surface of the body and pivoted, at an intermediate fulcrum position , to the body itself, and having, at an end furthest away from the respective circumferential sector , a cam follower and, at the opposite end , closest to the circumferential sector , a pin for hinging to a protrusion integral with the circumferential sector , the straight line joining said end pin with the fulcrum of the lever being perpendicular to the plane of the annular element so as to achieve, upon rotation of the lever , said first radial translation movement of the respective circumferential sector , the lever also having, at the portion thereof comprised between the fulcrum and said opposite end , an abutment surface intended to abut against a corresponding abutment surface of said protrusion integral with the circumferential sector , at the end of a first rotation step of the lever corresponding to said first radial translation movement of the circumferential sector , to integrally move in rotation, in a second rotation step of the lever , said protrusion as well and the corresponding circumferential sector , thus achieving said second rotation movement of the circumferential sector .
A method for determining a flow rate indicator relating to the output flow rate of one or more activated pumps of a pumping station , the pumping station including a well to be at least partially emptied by the pumps and an inlet through which inflow can be supplied into the well , the method including the steps of: - determining, using a computational device , an operating condition relating to the activated pumps ; - temporarily deactivating the pumps , in response to the determination of the operating condition; - determining an inflow rate indicator relating to the inflow using the computational device ; and - determining, using the computational device , the flow rate indicator using the determined inflow rate indicator; characterized in that the operating condition is (i) the flow rate indicator being less than a predetermined flow rate threshold; or (ii) the pumps have been activated for a period more than a predetermined time threshold. - determining, using a computational device , an operating condition relating to the activated pumps ; - temporarily deactivating the pumps , in response to the determination of the operating condition; - determining an inflow rate indicator relating to the inflow using the computational device ; and - determining, using the computational device , the flow rate indicator using the determined inflow rate indicator; characterized in that the operating condition is (i) the flow rate indicator being less than a predetermined flow rate threshold; or (ii) the pumps have been activated for a period more than a predetermined time threshold. (i) the flow rate indicator being less than a predetermined flow rate threshold; or (ii) the pumps have been activated for a period more than a predetermined time threshold.
A method for sanitizing the sand of a beach or strand , characterized in that it comprises the steps of: - scattering on the sand to be treated at least one first layer of lime; - mechanically mixing said sand treated with said lime; - optionally repeating the two preceding steps; - mechanically ventilating said sand treated with said lime. - scattering on the sand to be treated at least one first layer of lime; - mechanically mixing said sand treated with said lime; - optionally repeating the two preceding steps; - mechanically ventilating said sand treated with said lime.
A vibrating screen comprising: a base positioned in a lower part; a vibrating structure positioned in an upper part; a plurality of elastic elements interposed between the base and the vibrating structure for connecting them and allowing the vibrating structure to elastically oscillate relative to the base ; and at least one vibrating unit mounted on the vibrating structure ; wherein: the vibrating structure in turn comprises a supporting frame on which a plurality of screening elements is mounted, the screening elements being arranged on multiple levels one above another and vertically spaced, a screening element positioned at one level comprising screening openings having a size smaller than those of the screening elements positioned at higher levels; the supporting frame comprises two lateral walls and, for each lateral wall , at least one reinforcing structure applied to that lateral wall; and the lateral walls each comprising an inner main surface facing towards the other lateral wall and an outer main surface positioned on the opposite side to the inner main surface , the screening elements being positioned between the inner main surfaces ; and characterized in that each reinforcing structure considered per se, is box-shaped, is hollow inside and comprises a wall applied to the outer main surface of the related lateral wall . a base positioned in a lower part; a vibrating structure positioned in an upper part; a plurality of elastic elements interposed between the base and the vibrating structure for connecting them and allowing the vibrating structure to elastically oscillate relative to the base ; and at least one vibrating unit mounted on the vibrating structure ; the vibrating structure in turn comprises a supporting frame on which a plurality of screening elements is mounted, the screening elements being arranged on multiple levels one above another and vertically spaced, a screening element positioned at one level comprising screening openings having a size smaller than those of the screening elements positioned at higher levels; the supporting frame comprises two lateral walls and, for each lateral wall , at least one reinforcing structure applied to that lateral wall; and the lateral walls each comprising an inner main surface facing towards the other lateral wall and an outer main surface positioned on the opposite side to the inner main surface , the screening elements being positioned between the inner main surfaces ; and characterized in that each reinforcing structure considered per se, is box-shaped, is hollow inside and comprises a wall applied to the outer main surface of the related lateral wall .
A method for manufacturing a piezoelectric element , comprising: an electrode forming step of forming an electrode on a base body including at least a substrate ; a film forming step of forming a piezoelectric thin film on the electrode ; a patterning step of patterning the piezoelectric thin film by removing a part of the piezoelectric thin film ; and a polishing step of polishing the substrate , wherein the polishing step is performed before the patterning step, characterized in that , in the film forming step, the piezoelectric thin film is formed such that a ratio of a peak intensity of a pyrochlore phase to a sum of peak intensities of orientation, orientation, and orientation of a perovskite phase, obtained by 2θ/θ measurement of X-ray diffraction, is 100 ppm or less. an electrode forming step of forming an electrode on a base body including at least a substrate ; a film forming step of forming a piezoelectric thin film on the electrode ; a patterning step of patterning the piezoelectric thin film by removing a part of the piezoelectric thin film ; and a polishing step of polishing the substrate , wherein the polishing step is performed before the patterning step, characterized in that , in the film forming step, the piezoelectric thin film is formed such that a ratio of a peak intensity of a pyrochlore phase to a sum of peak intensities of orientation, orientation, and orientation of a perovskite phase, obtained by 2θ/θ measurement of X-ray diffraction, is 100 ppm or less.
A member for a patient interface , said member comprising: - at least one functional material having a predefined functionality, and - at least one indicator , wherein concentration of said at least one indicator in said member correlates with the predefined functionality of said at least one functional material , wherein said at least one functional material and said at least one indicator are arranged in a skin contacting material (SCM) ; characterized in that said at least one functional material comprises a moisture uptake means and/or an anti microbial agent. - at least one functional material having a predefined functionality, and - at least one indicator ,