mhurhangee/ep-ind-claims huggingface dataset:
A method of securing data, the method comprising: sensing multi-dimensional micro-motion of a body part of a first authorized user to generate a first multi-dimensional signal; generating a first neuro-mechanical fingerprint in response to the first multi-dimensional signal and first user calibration parameters; and encrypting data in a storage device with an encryption algorithm using the first neuro-mechanical fingerprint as an encryption key; and accessing the encrypted data in the storage device including sensing multi-dimensional micro-motion of the body part of the first authorized user to generate a second multi-dimensional signal; regenerating the first neuro-mechanical fingerprint as a first regenerated neuro-mechanical fingerprint in response to the second multi-dimensional signal; determining a match percentage in response to the first regenerated neuro-mechanical fingerprint and the first user calibration parameters; and in response to the match percentage being greater than or equal to an access match level, decrypting data with the encryption algorithm using the first regenerated neuro-mechanical fingerprint representing the first encryption key. sensing multi-dimensional micro-motion of a body part of a first authorized user to generate a first multi-dimensional signal; generating a first neuro-mechanical fingerprint in response to the first multi-dimensional signal and first user calibration parameters; and encrypting data in a storage device with an encryption algorithm using the first neuro-mechanical fingerprint as an encryption key; and accessing the encrypted data in the storage device including sensing multi-dimensional micro-motion of the body part of the first authorized user to generate a second multi-dimensional signal; regenerating the first neuro-mechanical fingerprint as a first regenerated neuro-mechanical fingerprint in response to the second multi-dimensional signal; determining a match percentage in response to the first regenerated neuro-mechanical fingerprint and the first user calibration parameters; and in response to the match percentage being greater than or equal to an access match level, decrypting data with the encryption algorithm using the first regenerated neuro-mechanical fingerprint representing the first encryption key. sensing multi-dimensional micro-motion of the body part of the first authorized user to generate a second multi-dimensional signal; regenerating the first neuro-mechanical fingerprint as a first regenerated neuro-mechanical fingerprint in response to the second multi-dimensional signal; determining a match percentage in response to the first regenerated neuro-mechanical fingerprint and the first user calibration parameters; and in response to the match percentage being greater than or equal to an access match level, decrypting data with the encryption algorithm using the first regenerated neuro-mechanical fingerprint representing the first encryption key.
An air date probe, comprising: a base portion; a strut portion extending from the base portion; and a tube assembly secured to an extending from the strut portion; wherein the tube assembly includes: a sleeve member having a sleeve outer surface positioned at a sleeve frustum angle relative to a sleeve member axis; a thin film heater disposed at the sleeve outer surface; and a housing member into which the sleeve member and thin film heater are installed, whereby the housing member has a housing inner surface having a housing frustum angle such that the thin film heater is retained by compression between the housing member inner surface and the sleeve member outer surface; wherein the sleeve member of the tube assembly includes a tube inlet at a first end of the sleeve member of the tube assembly; and wherein the sleeve frustum angle is configured such that the sleeve outer surface has a reducing radial distance from the sleeve axis with reducing distance from the tube inlet, characterized in that the sleeve member of the tube assembly includes a cylindrical surface at or adjacent the tube inlet. a base portion; a strut portion extending from the base portion; and a tube assembly secured to an extending from the strut portion; wherein the tube assembly includes: a sleeve member having a sleeve outer surface positioned at a sleeve frustum angle relative to a sleeve member axis; a thin film heater disposed at the sleeve outer surface; and a housing member into which the sleeve member and thin film heater are installed, whereby the housing member has a housing inner surface having a housing frustum angle such that the thin film heater is retained by compression between the housing member inner surface and the sleeve member outer surface; wherein the sleeve member of the tube assembly includes a tube inlet at a first end of the sleeve member of the tube assembly; and wherein the sleeve frustum angle is configured such that the sleeve outer surface has a reducing radial distance from the sleeve axis with reducing distance from the tube inlet, characterized in that the sleeve member of the tube assembly includes a cylindrical surface at or adjacent the tube inlet. a sleeve member having a sleeve outer surface positioned at a sleeve frustum angle relative to a sleeve member axis; a thin film heater disposed at the sleeve outer surface; and a housing member into which the sleeve member and thin film heater are installed, whereby the housing member has a housing inner surface having a housing frustum angle such that the thin film heater is retained by compression between the housing member inner surface and the sleeve member outer surface; wherein the sleeve member of the tube assembly includes a tube inlet at a first end of the sleeve member of the tube assembly; and wherein the sleeve frustum angle is configured such that the sleeve outer surface has a reducing radial distance from the sleeve axis with reducing distance from the tube inlet, characterized in that the sleeve member of the tube assembly includes a cylindrical surface at or adjacent the tube inlet.
A heat exchange tower, comprising at least one fan having fan blades with outer tips rotating in a circle of rotation and a fan shroud, the fan shroud comprising an outer ring structure wherein a sound absorbing material is mounted to the outer ring structure and disposed radially inside the outer ring structure and outside of the circle of rotation of the tips of the fan blades, wherein the outer ring structure is formed of at least one molded section including at least two axially spaced pockets separated by a rib in between the pockets, with sound absorbing material disposed in each pocket.
A device for converting thermal energy into mechanical energy by means of a cyclic process with a heat exchanger, a storage unit for an operating medium, a supply line, a turbine and a return line with at least one feed-back device, characterized in that the turbine is designed as a disc rotor turbine with complete condensation of the operating medium, thereby eliminating the need for a separate condenser.
An apparatus comprising: a housing comprising a display assembly and a cavity, wherein the cavity is behind the display assembly; a display suspension connected between the display assembly and the housing wherein the display suspension comprises a flexible membrane configured to movably support the display assembly relative to the housing; one or more piezoelectric actuators configured to cause the display assembly to move; a sensor system at the cavity, wherein the sensor system is configured to determine an amount of force exerted on the display assembly in response to a pressure change inside the cavity; wherein the display assembly comprises a touch screen user interface, and wherein the sensor system is configured to determine the amount of force exerted on the display assembly in response to a positional change of the display assembly when the amount of force is exerted on the touch screen user interface. a housing comprising a display assembly and a cavity, wherein the cavity is behind the display assembly; a display suspension connected between the display assembly and the housing wherein the display suspension comprises a flexible membrane configured to movably support the display assembly relative to the housing; one or more piezoelectric actuators configured to cause the display assembly to move; a sensor system at the cavity, wherein the sensor system is configured to determine an amount of force exerted on the display assembly in response to a pressure change inside the cavity; wherein the display assembly comprises a touch screen user interface, and wherein the sensor system is configured to determine the amount of force exerted on the display assembly in response to a positional change of the display assembly when the amount of force is exerted on the touch screen user interface.
A method for wireless network access, executed by a wireless network access device, the method comprising: acquiring identification information of multiple stations STAs requesting access; determining, according to the identification information, whether the multiple STAs are legal STAs, wherein the identification information of legal STAs is pre-stored in the wireless network access device or a storage medium that the wireless network access device can access in real time; in response to determining that multiple STAs are illegal STAs, rejecting access by the multiple STAs; in response to determining that the multiple STAs are legal STAs, searching, according to the identification information, for communication terminals that have respective binding relationships to the multiple STAs;; dynamically generating multiple verification codes for the multiple STAs, and sending the multiple verification codes to the communication terminals, wherein the multiple STAs acquire the multiple verification codes from the communication terminals; receiving a returned code returned by one of the multiple STAs; determining whether the returned code matches one of the multiple verification codes; in response to determining that the returned code matches one of the multiple verification codes, granting access by the one of the multiple STAs; and in response to determining that the returned code matches none of the multiple verification codes sent to the communication terminals, rejecting access by the one of the multiple STAs. acquiring identification information of multiple stations STAs requesting access; determining, according to the identification information, whether the multiple STAs are legal STAs, wherein the identification information of legal STAs is pre-stored in the wireless network access device or a storage medium that the wireless network access device can access in real time; in response to determining that multiple STAs are illegal STAs, rejecting access by the multiple STAs; in response to determining that the multiple STAs are legal STAs, searching, according to the identification information, for communication terminals that have respective binding relationships to the multiple STAs;; dynamically generating multiple verification codes for the multiple STAs, and sending the multiple verification codes to the communication terminals, wherein the multiple STAs acquire the multiple verification codes from the communication terminals; receiving a returned code returned by one of the multiple STAs; determining whether the returned code matches one of the multiple verification codes; in response to determining that the returned code matches one of the multiple verification codes, granting access by the one of the multiple STAs; and in response to determining that the returned code matches none of the multiple verification codes sent to the communication terminals, rejecting access by the one of the multiple STAs.
A washing machine comprising a water tank for receiving water from a public network, a pump circulating water from said water tank to a tub in which laundry is treated, a nanofiltration membrane for softening public network water stored in said water tank before feeding into said tub characterized in that said nanofiltration membrane comprises a first main feed line through which water is fed into said tub and a second feed-back line through which water is returned to said water tank whereby water in said water tank is at least partially treated by said nanofiltration membrane such that a more efficient continuous processing is obtained.
An osteosynthesis device intended for maintaining, distracting or compressing fragments of a fractured bone, comprising: - a threaded pin including, at its distal end, a threaded head, and - a ring suitable for sliding on the threaded pin, wherein - the pin and the ring are made from materials allowing them to be sectioned, - the ring includes, at its distal end, a threaded head whose diameter is at least equal to the diameter of the threaded head of the pin, and - the threaded pin and the threaded ring are cannulated, characterized in that: the threaded pin and the threaded ring are cannulated so as to allow them to be crimped by deformation during sectioning. - a threaded pin including, at its distal end, a threaded head, and - a ring suitable for sliding on the threaded pin, - the pin and the ring are made from materials allowing them to be sectioned, - the ring includes, at its distal end, a threaded head whose diameter is at least equal to the diameter of the threaded head of the pin, and - the threaded pin and the threaded ring are cannulated, the threaded pin and the threaded ring are cannulated so as to allow them to be crimped by deformation during sectioning.
An industrial vehicle comprising industrial vehicle hardware, a user interface, a tag reader, a reader module, and a vehicle controller, wherein the industrial vehicle hardware comprises storage and retrieval hardware and a vehicle drive mechanism; characterized in that: the tag reader and the reader module cooperate to identify individual tags of a tag layout; the reader module discriminates between a plurality of zone identification tags and a plurality of zone tags in the tag layout, correlates an identified zone identification tag with a unique set of zone tags based on the identified zone identification tag occupying a position in the tag layout that corresponds to a unique set of zone tags, and correlates vehicle functionality with an identified zone tag within the unique set of zone tags, tag-dependent positional data derived from the identified zone tag, or both; and the vehicle controller controls operational functions of the industrial vehicle hardware in response to (i) the correlation of vehicle functionality with an identified zone tag, tag-dependent positional data, or both, (ii) user input at a user interface of the industrial vehicle, or (iii) both. the tag reader and the reader module cooperate to identify individual tags of a tag layout; the reader module discriminates between a plurality of zone identification tags and a plurality of zone tags in the tag layout, correlates an identified zone identification tag with a unique set of zone tags based on the identified zone identification tag occupying a position in the tag layout that corresponds to a unique set of zone tags, and correlates vehicle functionality with an identified zone tag within the unique set of zone tags, tag-dependent positional data derived from the identified zone tag, or both; and discriminates between a plurality of zone identification tags and a plurality of zone tags in the tag layout, correlates an identified zone identification tag with a unique set of zone tags based on the identified zone identification tag occupying a position in the tag layout that corresponds to a unique set of zone tags, and correlates vehicle functionality with an identified zone tag within the unique set of zone tags, tag-dependent positional data derived from the identified zone tag, or both; and the vehicle controller controls operational functions of the industrial vehicle hardware in response to (i) the correlation of vehicle functionality with an identified zone tag, tag-dependent positional data, or both, (ii) user input at a user interface of the industrial vehicle, or (iii) both.
A tire (41;51) comprising a tread (42;52) at least one carcass ply (48; 58) placed radially inward of the tread (42; 52) and at least one ply (47;57) placed radially inbetween the tread (42; 52) and the at least one carcass ply (48; 58), the tread (42;52) having a contact face (421;521) of a width TW intended to come into contact with the ground during rolling, the tread (42;52) being provided with at least one groove (43;53) of a depth D extending generally in circumferential orientation and opening to the contact face (421;521), the tread (42;52) comprising a center region (422;522) and a pair of shoulder regions (423;523) being positioned on two axial sides of the center region (422;522), the pair of shoulder regions (423;523) each comprising a shoulder rubber layer (425;525) of a thickness ts made of a shoulder rubber composition different from a rubber composition constituting a rest of the tread (42;52), a shear storage modulus G' of the shoulder rubber composition measured at 23°C, 10Hz and 10% of strain being less than or equal to 1.0 MPa, the tire (41;51) further comprising a cap ply (46;56) whose cable (461;561) extends generally in the circumferential orientation and is positioned radially inbetween the tread (42;52) and the at least one ply (47;57) at least in a region corresponding to the pair of shoulder regions (423;523) of the tread (42;52), the tire being characterized in that a force F 5% of the cap ply (46;56) is greater than 900 N per 10 mm of a cap ply width under 5% strain in a direction, where the cable (461;561) of the cap ply (46;56) is extending, and in that the center region (422;522) comprises a center rubber layer (24;524) of a thickness tf made of a center rubber composition different from both the shoulder rubber composition and the rubber composition constituting a rest of the tread (42;52), and in that a shear storage modulus G' of the center rubber composition measured at 23 °C, 10Hz and 10% of strain is higher than the shear storage modulus G' of the rubber composition constituting the rest of the tread (42;52). a force F 5% of the cap ply (46;56) is greater than 900 N per 10 mm of a cap ply width under 5% strain in a direction, where the cable (461;561) of the cap ply (46;56) is extending, and in that the center region (422;522) comprises a center rubber layer (24;524) of a thickness tf made of a center rubber composition different from both the shoulder rubber composition and the rubber composition constituting a rest of the tread (42;52), and in that a shear storage modulus G' of the center rubber composition measured at 23 °C, 10Hz and 10% of strain is higher than the shear storage modulus G' of the rubber composition constituting the rest of the tread (42;52).
A process for the oxidation of an organic carbonyl compound of formula wherein the ring formed by R 1, R 2, and the carbonyl carbon atom has 6 carbon atoms, said process comprising (i) providing a liquid mixture comprising the compound of formula, hydrogen peroxide, at least one at least partially dissolved potassium salt, and optionally a solvent; (ii) reacting the compound of formula with the hydrogen peroxide in the liquid mixture in the presence of a catalyst comprising a tin-containing zeolitic material, obtaining a compound of formula (i) providing a liquid mixture comprising the compound of formula, hydrogen peroxide, at least one at least partially dissolved potassium salt, and optionally a solvent; (ii) reacting the compound of formula with the hydrogen peroxide in the liquid mixture in the presence of a catalyst comprising a tin-containing zeolitic material, obtaining a compound of formula
A positive electrode composition, comprising: at least one electroactive metal; at least one alkali metal halide; and at least one additive comprising a plurality of nanoparticles, wherein the plurality of nanoparticles comprises tungsten carbide. at least one electroactive metal; at least one alkali metal halide; and at least one additive comprising a plurality of nanoparticles, wherein the plurality of nanoparticles comprises tungsten carbide.
A mask comprising: a mask main body; and a cord that is placed over both ears or the head of a wearer to fix the mask main body at a specific position on the face of the wearer, wherein the mask main body comprises an inner layer that is positioned on a side of a mouth of the wearer when the mask is being worn, an outer layer that is on the outside of the mask when the mask is being worn, and a filter layer that is positioned between the inner layer and the outer layer, the filter layer comprising two or more layers of a melt blown nonwoven fabric layer, wherein the inner layer and the outer layer are formed from a nonwoven fabric, characterized in that the filter layer further comprises an insert layer that is a layer of a nonwoven fabric that differs from the melt blown nonwoven fabric layer in characteristics, or material, or both characteristics and material. a mask main body; and a cord that is placed over both ears or the head of a wearer to fix the mask main body at a specific position on the face of the wearer, wherein the mask main body comprises an inner layer that is positioned on a side of a mouth of the wearer when the mask is being worn, an outer layer that is on the outside of the mask when the mask is being worn, and a filter layer that is positioned between the inner layer and the outer layer, the filter layer comprising two or more layers of a melt blown nonwoven fabric layer, an inner layer that is positioned on a side of a mouth of the wearer when the mask is being worn, an outer layer that is on the outside of the mask when the mask is being worn, and a filter layer that is positioned between the inner layer and the outer layer, the filter layer comprising two or more layers of a melt blown nonwoven fabric layer,
A device for active fire protection in aircraft by means of at least one protective shield, which protective shield is formed with a intumescent material which, in the case of fire is activatable, in particular can be foamed, wherein the fire region is separated from a protective area by a partition wall with at least one connection opening, in which connection opening the protective shield is arranged to close it in case of fire, and wherein, in the non-activated state, the protective shield comprises a plurality of recesses in the connection opening for enabling passage of gases, characterized in that the intumescent material is activatable by means of an electrical heating apparatus. wherein the fire region is separated from a protective area by a partition wall with at least one connection opening, in which connection opening the protective shield is arranged to close it in case of fire, and wherein, in the non-activated state, the protective shield comprises a plurality of recesses in the connection opening for enabling passage of gases, characterized in that the intumescent material is activatable by means of an electrical heating apparatus.