mhurhangee/patent-ind-claim-en huggingface dataset:
A filtering element comprising a zigzag-folded filtering web ending at opposite ends thereof with respective end flaps , and opposing side bands (3, 5; 4, 6) joined to the filtering web , characterized by further comprising a sheet element of plastics material superimposed to one of the end flaps , said sheet element comprising a base portion fixed to the particular end flap and a handle portion connected to the base portion by a film hinge extending along a direction parallel to folding lines of the filtering web , said handle portion being thereby foldable from an inactive position, in which the handle portion is substantially coplanar with the base portion , to a use position, in which the handle portion is raised relative to the base portion and to the particular end flap . a zigzag-folded filtering web ending at opposite ends thereof with respective end flaps , and opposing side bands (3, 5; 4, 6) joined to the filtering web , characterized by further comprising a sheet element of plastics material superimposed to one of the end flaps , said sheet element comprising a base portion fixed to the particular end flap and a handle portion connected to the base portion by a film hinge extending along a direction parallel to folding lines of the filtering web , said handle portion being thereby foldable from an inactive position, in which the handle portion is substantially coplanar with the base portion , to a use position, in which the handle portion is raised relative to the base portion and to the particular end flap .
Method for testing an in particular biological sample (P), wherein amplification products (V) are formed from analytes (A) of the sample (P), wherein the amplification products (V) are bonded to corresponding capture molecules (M) of a sensor apparatus comprising a sensor compartment and the bonded amplification products (V) are detected or identified in a detection process, characterised in that a first group of amplification products (V1) of at least one first analyte (A1) and a second group of amplification products (V2) of at least one second analyte (A2) are bonded in the sensor compartment to the corresponding capture molecules (M) at different hybridisation temperatures (TH), and that the first group and the second group are fed to the sensor compartment and bonded to the corresponding capture molecules (M) in succession.
A method performed by a wireless device (700; QQ110, QQ110b, QQ110c) for communication establishment, the method comprising: determining, from information received from a first network based on a 3GPP 5GS, whether an AMF in the first network has an N26 interface to an MME in a second network based on a 3GPP EPS; in response to a request for establishment of a communication with the wireless device using the first network, receiving a redirection instruction to redirect to the second network ; and in response to whether the AMF in the first network has an N26 interface to the MME in the second network, selecting a first procedure or a second procedure for establishing the communication using the second network . determining, from information received from a first network based on a 3GPP 5GS, whether an AMF in the first network has an N26 interface to an MME in a second network based on a 3GPP EPS; in response to a request for establishment of a communication with the wireless device using the first network, receiving a redirection instruction to redirect to the second network ; and in response to whether the AMF in the first network has an N26 interface to the MME in the second network, selecting a first procedure or a second procedure for establishing the communication using the second network .
Device for dispensing liquid in the form of drops comprising a drop dispenser orifice formed on a dispenser end, characterized in that the device comprises locator means for visually locating the orifice, by forming a demarcation zone having a colour that is highly contrasted relative to the other portions of the dispenser end, the device comprising a dispenser end piece having a substantially cylindrical general shape, the dispenser end having a general shape of a disc, the dispenser orifice being located at the center of the disc, the end of the device being in the form of a surface that is relatively large compared to the surface of the dispenser orifice, the surface of the dispenser end having an area that is at least two times greater than the area of the dispenser orifice surface, the dispenser end piece having a relatively short dimension in the longitudinal direction of the device, the disc being of opaque colour.
Pump having a magnetic coupling, comprising a rotor shaft which is mounted rotatably in a pump housing and which bears an impeller or a spindle for delivering a fluid from a suction space into a pressure space and bears a rotor arranged in a containment can through which the fluid flows, said rotor having an inner magnet and being able to be set in rotation via the magnetic field of an outer magnet, wherein the suction space and the containment can are connected to one another via a line through which the fluid is able to flow, wherein a cover having an opening is arranged between the pressure space and the containment can , characterized in that a sealing gap is formed between the cover and the rotor , and the opening is connected to a gap which is formed between the inner side of the containment can and the outer side of the rotor , wherein the rotor shaft has in the region of the cover a shoulder with an enlarged diameter, with the result that the rotor shaft acts as a throttle piston at this location, wherein a ring-shaped opening is formed between the cover and the shoulder , wherein both openings allow the fluid to flow from the pressure space into the containment can , and the line allows the fluid to flow back into the suction space .
A method, comprising: detecting (S21), at a user equipment, establishment of a connection of the user equipment to a cell, determining (S22), at the user equipment, whether the connection is established by a connection re-establishment procedure subsequent to a first radio link failure, detecting (S23), at the user equipment, a second radio link failure after the connection is established by the connection re-establishment procedure, wherein the second radio link failure is a radio link failure of the connection to the cell, and transmitting (S24), by the user equipment, a message to a base station serving another cell after a further re-establishment or setup of the connection, the message including an indication from which it is derivable whether the second radio link failure occurred within a certain time after the establishment of the connection by the connection re-establishment procedure. detecting (S21), at a user equipment, establishment of a connection of the user equipment to a cell, determining (S22), at the user equipment, whether the connection is established by a connection re-establishment procedure subsequent to a first radio link failure, detecting (S23), at the user equipment, a second radio link failure after the connection is established by the connection re-establishment procedure, wherein the second radio link failure is a radio link failure of the connection to the cell, and transmitting (S24), by the user equipment, a message to a base station serving another cell after a further re-establishment or setup of the connection, the message including an indication from which it is derivable whether the second radio link failure occurred within a certain time after the establishment of the connection by the connection re-establishment procedure.
Modular valve cartridge for a sanitary fitting, having a central valve unit , which has a movable valve element that selectively blocks or allows a flow of water and an elongate actuator which acts on the valve element in order to move the latter from a closed position to an open position or vice versa, characterised in that the movable valve element is made from a ceramic material, and the actuator passes through the valve unit in an axial direction and is configured at both of its ends (52, 12") so as to be able to co-operate with further assemblies , the actuator being mounted so as to be free to rotate in a rotation direction relative to the movable valve element and being configured to co-operate with the valve element in such a way that it transmits a linear movement to the movable valve element , while a rotational movement is transmissible to one of the further assemblies .
A method for controlling access to content from a user application executing in an isolated environment on a user device, the method comprising: intercepting, by a security application, data relating to content in a graphical user interface of the user application using an accessibility application programming interface, API, exposed by an operating system of the user device; generating a first template associated with the content based on the intercepted data, wherein the template specifies a pattern of elements of the graphical user interface; determining a category of the content based on a comparison of the pattern of elements of the graphical user interface of the first template with a plurality of patterns of elements of the graphical user interface of previously generated templates, wherein the category of the content is determined as being undesirable when results of the comparison indicate that the first template is similar to at least one of the previously generated templates whose category has been previously identified as being undesirable; and controlling access to the content of the graphical user interface based on the determined category. intercepting, by a security application, data relating to content in a graphical user interface of the user application using an accessibility application programming interface, API, exposed by an operating system of the user device; generating a first template associated with the content based on the intercepted data, wherein the template specifies a pattern of elements of the graphical user interface; determining a category of the content based on a comparison of the pattern of elements of the graphical user interface of the first template with a plurality of patterns of elements of the graphical user interface of previously generated templates, wherein the category of the content is determined as being undesirable when results of the comparison indicate that the first template is similar to at least one of the previously generated templates whose category has been previously identified as being undesirable; and controlling access to the content of the graphical user interface based on the determined category.
A portable device including a proximity sensor, wherein the proximity sensor generates a proximity signal ( U n ) representing the distance between the device and a body part of a user, the portable device being arranged to determine whether the portable device is in a predetermined relationship of proximity with the body part, and including a drift compensation unit comprising a baseline estimation unit and a subtracting unit , wherein the baseline estimation unit is arranged to track and output a drift value (An) and the subtracting unit is arranged to subtract the drift value ( A n ) from the proximity signal (U n ), generating a drift-compensated signal ( D n ), and an output discriminator configured to assert a binary or multi-bit proximity value (Prox) when the drift-compensated signal ( D n ) exceeds a predetermined distance threshold, characterized in that baseline estimation unit is arranged to estimate a variation (Δ var ) of the proximity signal in a determined time interval, the baseline estimation unit being configured to output an updated value of the drift (An) if the variation (Δ var ) is in a predetermined acceptance region, and to freeze the tracking of the drift if the binary or multi-bit proximity value (Prox) is asserted and the variation (Δ var ) is not in a predetermined acceptance region. wherein the baseline estimation unit outputs a previous value (An-1) of the drift.
A positive electrode for a lithium secondary battery , the positive electrode comprising: a positive electrode current collector ; and a positive electrode active material layer formed on one or both surfaces of the positive electrode current collector , wherein the positive electrode active material layer includes a lower positive electrode active material layer formed to contact the positive electrode current collector ; and an upper positive electrode active material layer formed on the lower positive electrode active material layer , wherein the lower positive electrode active material layer has a conductive material content of 0.5% by weight or more with respect to the lower positive electrode active material layer, and wherein the upper positive electrode active material layer includes a conductive material content of 0.15% by weight or less with respect to the upper positive electrode active material layer; wherein the positive electrode active material layer includes an active material component having a structure of following Chemical Formula 1: [Chemical Formula 1] Li x (Ni a Co b Mn c )O 2 0.5 < x < 1.3 , 0 .5 < a < 1 , 0 < b < 0.25 , 0 < c < 0.25 , a + b + c = 1 . a positive electrode current collector ; and a positive electrode active material layer formed on one or both surfaces of the positive electrode current collector , wherein the positive electrode active material layer includes a lower positive electrode active material layer formed to contact the positive electrode current collector ; and an upper positive electrode active material layer formed on the lower positive electrode active material layer , wherein the lower positive electrode active material layer has a conductive material content of 0.5% by weight or more with respect to the lower positive electrode active material layer, and wherein the upper positive electrode active material layer includes a conductive material content of 0.15% by weight or less with respect to the upper positive electrode active material layer; wherein the positive electrode active material layer includes an active material component having a structure of following Chemical Formula 1: [Chemical Formula 1] Li x (Ni a Co b Mn c )O 2 0.5 < x < 1.3 , 0 .5 < a < 1 , 0 < b < 0.25 , 0 < c < 0.25 , a + b + c = 1 .
A machine-processed plastic rattan weaving structure, characterized in that the plastic rattan weaving structure is made by a plurality of first plastic rattans extending in a longitudinal direction of the rattan weaving structure and a plurality of second plastic rattans extending in a transverse direction of the plastic rattan weaving structure, the first and the second plastic rattans being woven according to a plain weave pattern, a convex knot is provided at an edge of the plastic rattan weaving structure, both of two ends of each plastic rattan are provided with convex knots which are formed by: - first pressing and fixing edge of plastic rattan with a mold , - then setting heating elements in a round in periphery of the edge without direct contact with the plastic rattan, - heating the edge of the plastic rattan with the heating elements via thermal radiation to cause shrinkage and accumulation on the mold, to finally form the convex knot, the convex knot having a cross section greater than a middle cross section of the rattan. - first pressing and fixing edge of plastic rattan with a mold , - then setting heating elements in a round in periphery of the edge without direct contact with the plastic rattan, - heating the edge of the plastic rattan with the heating elements via thermal radiation to cause shrinkage and accumulation on the mold, to finally form the convex knot, the convex knot having a cross section greater than a middle cross section of the rattan.
A method of producing a sack paper, comprising drying a paper web in a drying section comprising a Clupak unit and a dryer group arranged downstream the Clupak unit, wherein: - the moisture content of the paper web entering the Clupak unit is 30-40 %; - the line load of the nip bar in the Clupak unit is at least 20 kN/m; and - the speed of the paper web in the dryer group arranged downstream the Clupak unit is 8-14 % lower than the speed of the paper web entering the Clupak unit; and wherein the grammage according to ISO 536 of the sack paper is 50-140 g/m 2 , such as 70-130 g/m 2 ; the Gurley value according to ISO 5636-5 of the sack paper is 15 s or lower, such as 13 s or lower; and the stretchability according to ISO 1924-3 in the machine direction of the sack paper is above 10 %, such as above 11 %, such as above 12 %. - the moisture content of the paper web entering the Clupak unit is 30-40 %; - the line load of the nip bar in the Clupak unit is at least 20 kN/m; and - the speed of the paper web in the dryer group arranged downstream the Clupak unit is 8-14 % lower than the speed of the paper web entering the Clupak unit; and the Gurley value according to ISO 5636-5 of the sack paper is 15 s or lower, such as 13 s or lower; and the stretchability according to ISO 1924-3 in the machine direction of the sack paper is above 10 %, such as above 11 %, such as above 12 %.
A computer-implemented method comprising: receiving , by a mobile device, a user input, wherein the user input comprises query terms; determining , by the mobile device, that the mobile device was oriented in a first orientation when the user input was received; selecting , by the mobile device, a first language associated with the first orientation; providing , for output at the mobile device, based on the user input, a first search results page in the first language; after providing the first search results page in the first language, determining , by the mobile device, that the mobile device has been reoriented in a different, second orientation; selecting , by the mobile device, a second language associated with the different, second orientation; providing , for output at the mobile device, based on the user input, a second search results page in the second language; wherein the second search results page in the second language is obtained before the mobile device has been reoriented in the different, second orientation. receiving , by a mobile device, a user input, wherein the user input comprises query terms; determining , by the mobile device, that the mobile device was oriented in a first orientation when the user input was received; selecting , by the mobile device, a first language associated with the first orientation; providing , for output at the mobile device, based on the user input, a first search results page in the first language; after providing the first search results page in the first language, determining , by the mobile device, that the mobile device has been reoriented in a different, second orientation; selecting , by the mobile device, a second language associated with the different, second orientation; providing , for output at the mobile device, based on the user input, a second search results page in the second language; wherein the second search results page in the second language is obtained before the mobile device has been reoriented in the different, second orientation.
A back pack for an underwater breathing gas tank comprising: a tank mounting structure having a front surface facing away from an underwater breathing gas tank when an underwater breathing gas tank is operably mounted to the tank mounting structure , the tank mounting structure defining a recess , the front surface defining an opening of the recess , the tank mounting structure defining a bottom surface of the recess opposite the opening in the front surface ; a strap ; a buckle having a latched state for securing the strap in a fixed position for securing a underwater breathing gas tank to the tank mounting structure , the buckle , when in a latched state, positioned within the recess , characterized in that the tank mounting structure includes a first mounting plate defining, at least in part, the recess and a second mounting plate defining at least in part, the bottom of the recess opposite the opening in the front surface. a tank mounting structure having a front surface facing away from an underwater breathing gas tank when an underwater breathing gas tank is operably mounted to the tank mounting structure , the tank mounting structure defining a recess , the front surface defining an opening of the recess , the tank mounting structure defining a bottom surface of the recess opposite the opening in the front surface ; a strap ; a buckle having a latched state for securing the strap in a fixed position for securing a underwater breathing gas tank to the tank mounting structure , the buckle , when in a latched state, positioned within the recess , characterized in that the tank mounting structure includes a first mounting plate defining, at least in part, the recess and a second mounting plate defining at least in part, the bottom of the recess opposite the opening in the front surface.
A work vehicle component comprising: a cavity obtained in the component , having an extension axis (A) and delimited radially by at least one side wall ; an opening for the cavity placed at an outer surface of the component ; characterized by a wear sensor housed in the cavity and comprising a first axial end placed at the opening for the cavity ; a support body inserted in the cavity with a first axial end aligned with the first axial end of the wear sensor , wherein the support body is physically connected to the side wall of the cavity and constrained, at least in an axial direction, to the side wall of the cavity , and wherein the wear sensor is physically connected to the support body and is constrained, at least in an axial direction, to the support body . a cavity obtained in the component , having an extension axis (A) and delimited radially by at least one side wall ; an opening for the cavity placed at an outer surface of the component ; characterized by a wear sensor housed in the cavity and comprising a first axial end placed at the opening for the cavity ; a support body inserted in the cavity with a first axial end aligned with the first axial end of the wear sensor , wherein the support body is physically connected to the side wall of the cavity and constrained, at least in an axial direction, to the side wall of the cavity , and wherein the wear sensor is physically connected to the support body and is constrained, at least in an axial direction, to the support body .
Method of inextricably joining at least two steel components having a yield strength of at least 1000 MPa and a hardness of at least 420 HBW by welding to form of at least one join site, with inductive heating of the area around the join site, characterized in that the inductive heating follows after the welding process, where the inductively heated area has a temperature of at least 400°C to 750°C for at least 5 seconds.