mhurhangee/patent-ind-claim-en huggingface dataset:
A control method for information display, comprising: adjusting an information structure of display information on a display unit in response to a shift of a user's line of sight (A) on the display unit while driving a vehicle , characterized in that : information is displayed in an area on the display unit via a multi-level interface, the multi-level interface comprises an upper-level interface for displaying a first portion of the information by default and a lower-level interface for displaying a second portion of the information; and said adjusting the information structure of display information on the display unit in response to a shift of a user's line of sight (A) on the display unit comprises: opening the lower-level interface of the multi-level interface and displaying the second portion of the information when a retention time of the user's line of sight (A) in the area exceeds a preset length of time. adjusting an information structure of display information on a display unit in response to a shift of a user's line of sight (A) on the display unit while driving a vehicle , characterized in that : information is displayed in an area on the display unit via a multi-level interface, the multi-level interface comprises an upper-level interface for displaying a first portion of the information by default and a lower-level interface for displaying a second portion of the information; and said adjusting the information structure of display information on the display unit in response to a shift of a user's line of sight (A) on the display unit comprises: opening the lower-level interface of the multi-level interface and displaying the second portion of the information when a retention time of the user's line of sight (A) in the area exceeds a preset length of time. information is displayed in an area on the display unit via a multi-level interface, the multi-level interface comprises an upper-level interface for displaying a first portion of the information by default and a lower-level interface for displaying a second portion of the information; and said adjusting the information structure of display information on the display unit in response to a shift of a user's line of sight (A) on the display unit comprises: opening the lower-level interface of the multi-level interface and displaying the second portion of the information when a retention time of the user's line of sight (A) in the area exceeds a preset length of time.
A variable orifice fluid flow sensor comprising: a) a housing having a fluid flow passage therethrough, said fluid flow passage being formed with a first port portion adjacent to one end of said passage and a second port portion adjacent to the other end of said passage; b) a bending member mounted in the fluid flow passage between the first and second port portions and having a fluid flow limiting flapper extending across the fluid flow passage for creating a fluid flow opening in the passage, the size of the opening being variable responsive to fluid flow in said fluid flow passage ; and c) a biasing member mounted between the first and second port portions , the biasing member including at least one biasing element extending outwardly from the biasing member into contact with the bending member to exert a contact force on the bending member , wherein the at least one biasing element extends into contact with an outer peripheral member of the bending member that surrounds the flapper . a) a housing having a fluid flow passage therethrough, said fluid flow passage being formed with a first port portion adjacent to one end of said passage and a second port portion adjacent to the other end of said passage; b) a bending member mounted in the fluid flow passage between the first and second port portions and having a fluid flow limiting flapper extending across the fluid flow passage for creating a fluid flow opening in the passage, the size of the opening being variable responsive to fluid flow in said fluid flow passage ; and c) a biasing member mounted between the first and second port portions , the biasing member including at least one biasing element extending outwardly from the biasing member into contact with the bending member to exert a contact force on the bending member , wherein the at least one biasing element extends into contact with an outer peripheral member of the bending member that surrounds the flapper .
A power supply for a lighting control bus , comprising an isolated power converter configured to inductively supply power from a primary side of the converter to a secondary side of the converter ; the secondary side comprising output terminals connectable to the lighting control bus ; the primary side comprising a switch ; and a control circuit configured to control, in a first conduction mode of the switch , a duty cycle of the switch in dependence of a variation of an output voltage of the power supply measured on the primary side , and configured to adjust, in a second conduction mode of the switch , a duration of a switching cycle of the switch in dependence of a variation of an average output current of the power supply measured on the primary side . an isolated power converter configured to inductively supply power from a primary side of the converter to a secondary side of the converter ; the secondary side comprising output terminals connectable to the lighting control bus ; the primary side comprising a switch ; and a control circuit configured to control, in a first conduction mode of the switch , a duty cycle of the switch in dependence of a variation of an output voltage of the power supply measured on the primary side , and configured to adjust, in a second conduction mode of the switch , a duration of a switching cycle of the switch in dependence of a variation of an average output current of the power supply measured on the primary side . a switch ; and a control circuit configured to control, in a first conduction mode of the switch , a duty cycle of the switch in dependence of a variation of an output voltage of the power supply measured on the primary side , and configured to adjust, in a second conduction mode of the switch , a duration of a switching cycle of the switch in dependence of a variation of an average output current of the power supply measured on the primary side . configured to control, in a first conduction mode of the switch , a duty cycle of the switch in dependence of a variation of an output voltage of the power supply measured on the primary side , and configured to adjust, in a second conduction mode of the switch , a duration of a switching cycle of the switch in dependence of a variation of an average output current of the power supply measured on the primary side .
A gemstone sample comprising: a first mark disposed at a first depth below a surface of the gemstone sample; and characterized by : a second mark disposed at a second depth below the surface of the gemstone sample, wherein the first mark is visible under a 10x magnification loupe, and wherein the second mark is not visible under a 10x magnification loupe but which is visible under higher magnification. a second mark disposed at a second depth below the surface of the gemstone sample, wherein the first mark is visible under a 10x magnification loupe, and wherein the second mark is not visible under a 10x magnification loupe but which is visible under higher magnification.
An apparatus, comprising: a manager configured to manage access to at least one server based on authentication keys, said authentication keys being utilized between a first managed host having a client and a second managed host having a server, and said authentication keys being stored on said managed hosts ; wherein said manager is external to said first managed host and second managed host , the manager comprises a discoverer configured to collect information about the authentication keys stored on said managed hosts, and the manager is further configured to automatically manage said authentication keys stored on said managed hosts based on the collected information, the manager comprising at least one of: a trust relationship installer configured to install a trust relationship between the managed hosts, a trust relationship remover configured to remove a trust relationship from between the managed hosts, a trust relationship converter configured to convert an existing trust relationship of a first type to a trust relationship of a second type, and a command restriction enforcer configured to add a command restriction to an existing trust relationship between the managed hosts. a manager configured to manage access to at least one server based on authentication keys, said authentication keys being utilized between a first managed host having a client and a second managed host having a server, and said authentication keys being stored on said managed hosts ; wherein said manager is external to said first managed host and second managed host , the manager comprises a discoverer configured to collect information about the authentication keys stored on said managed hosts, and the manager is further configured to automatically manage said authentication keys stored on said managed hosts based on the collected information, the manager comprising at least one of: a trust relationship installer configured to install a trust relationship between the managed hosts, a trust relationship remover configured to remove a trust relationship from between the managed hosts, a trust relationship converter configured to convert an existing trust relationship of a first type to a trust relationship of a second type, and a command restriction enforcer configured to add a command restriction to an existing trust relationship between the managed hosts. a trust relationship installer configured to install a trust relationship between the managed hosts, a trust relationship remover configured to remove a trust relationship from between the managed hosts, a trust relationship converter configured to convert an existing trust relationship of a first type to a trust relationship of a second type, and a command restriction enforcer configured to add a command restriction to an existing trust relationship between the managed hosts.
An aerosol-generating system comprising: a liquid storage portion for holding a liquid aerosol-forming substrate, the liquid storage portion comprising a first portion in fluid communication with a second portion ; a first pair of electrodes arranged adjacent to or in the first portion of the liquid storage portion ; a second pair of electrodes arranged adjacent to or in the second portion of the liquid storage portion ; and control system configured to: measure an electrical quantity between the first pair of electrodes ; measure an electrical quantity between the second pair of electrodes ; and determine the orientation of the liquid storage portion based on measurements of the electrical quantity between the first pair of electrodes and measurements of the electrical quantity between the second pair of electrodes . a liquid storage portion for holding a liquid aerosol-forming substrate, the liquid storage portion comprising a first portion in fluid communication with a second portion ; a first pair of electrodes arranged adjacent to or in the first portion of the liquid storage portion ; a second pair of electrodes arranged adjacent to or in the second portion of the liquid storage portion ; and control system configured to: measure an electrical quantity between the first pair of electrodes ; measure an electrical quantity between the second pair of electrodes ; and determine the orientation of the liquid storage portion based on measurements of the electrical quantity between the first pair of electrodes and measurements of the electrical quantity between the second pair of electrodes . measure an electrical quantity between the first pair of electrodes ; measure an electrical quantity between the second pair of electrodes ; and determine the orientation of the liquid storage portion based on measurements of the electrical quantity between the first pair of electrodes and measurements of the electrical quantity between the second pair of electrodes .
A positive active material, comprising a first particle and a second particle, wherein the first particle has a chemical formula of Li e Co g M 1-g O 2-i , and the second particle has a chemical formula of Li f Co h N 1-h O 2-j , the element M is at least two selected from a group consisting of Ni, Mn, Al, Mg, Ti, La, Y and Zr, the element N is at least one selected from a group consisting of Ni, Mn, Al, Mg, Ti, La, Y and Zr, and 0.8≤e≤1.2, 0<g<1, -0.1<i<0.2, 0.8≤f≤1.2, 0<h<1, -0.1≤j≤0.2, the number of types of the element M in the first particle is greater than the number of types of the element N in the second particles, characterized in that the positive active material meets the following formula : a/b / c/d > 1 a represents the total mass of the element M in the first particle; b represents the mass of the element Co in the first particle; c represents the total mass of the element N in the second particle; d represents the mass of the element Co in the second particle. a represents the total mass of the element M in the first particle; b represents the mass of the element Co in the first particle; c represents the total mass of the element N in the second particle; d represents the mass of the element Co in the second particle.
A gas detection apparatus comprising: a first electrolyte-based electrochemical gas sensor (10; 210) configured to measure an electrolyte concentration within the first electrochemical gas sensor (10; 210); a temperature sensor configured to measure a temperature of an ambient environment surrounding the first electrolyte-based electrochemical gas sensor (10; 210); and a controller in communication with the first electrolyte-based electrochemical gas sensor (10; 210) and the temperature sensor, wherein the controller is configured to (i) determine an average ambient temperature of the ambient environment over a first period of time, (ii) determine an average rate of change of electrolyte concentration within the first electrochemical gas sensor (10; 210) over the first period of time, and (iii) determine, based on the average ambient temperature and the average rate of change of electrolyte concentration, an average humidity value of the ambient environment over the first period of time. a first electrolyte-based electrochemical gas sensor (10; 210) configured to measure an electrolyte concentration within the first electrochemical gas sensor (10; 210); a temperature sensor configured to measure a temperature of an ambient environment surrounding the first electrolyte-based electrochemical gas sensor (10; 210); and a controller in communication with the first electrolyte-based electrochemical gas sensor (10; 210) and the temperature sensor, wherein the controller is configured to (i) determine an average ambient temperature of the ambient environment over a first period of time, (ii) determine an average rate of change of electrolyte concentration within the first electrochemical gas sensor (10; 210) over the first period of time, and (iii) determine, based on the average ambient temperature and the average rate of change of electrolyte concentration, an average humidity value of the ambient environment over the first period of time.
A method of forming a dental appliance, comprising: forming, in a processor of a computing device, a virtual arch element using physical data of a palate and a number of teeth of a patient, wherein the virtual arch element is wider than an arch width of the number of teeth of a first jaw of the patient, specific to a stage of a treatment plan, wherein the physical data of the palate defines palatal contours, and wherein the virtual arch element is offset in the vertical dimension from the palatal contours to form a gap between the palate and the virtual arch element so that any appliance which is formed over the model is slightly raised in comparison to the actual contours of the palate; forming, in a processor of a computing device, one or more virtual tooth engagement structures connected to the virtual arch element, and wherein each virtual tooth engagement structure contacts a surface of a virtual tooth and imparts a virtual force thereto; and forming by thermoforming or by direct fabrication, a physical arch element based on the virtual arch element and one or more physical tooth engagement structures connected to the physical arch element. forming, in a processor of a computing device, a virtual arch element using physical data of a palate and a number of teeth of a patient, wherein the virtual arch element is wider than an arch width of the number of teeth of a first jaw of the patient, specific to a stage of a treatment plan, wherein the physical data of the palate defines palatal contours, and wherein the virtual arch element is offset in the vertical dimension from the palatal contours to form a gap between the palate and the virtual arch element so that any appliance which is formed over the model is slightly raised in comparison to the actual contours of the palate; forming, in a processor of a computing device, one or more virtual tooth engagement structures connected to the virtual arch element, and wherein each virtual tooth engagement structure contacts a surface of a virtual tooth and imparts a virtual force thereto; and forming by thermoforming or by direct fabrication, a physical arch element based on the virtual arch element and one or more physical tooth engagement structures connected to the physical arch element.
Vehicle restraint system with at least one guard rail , with at least one post and with at least one fastening element , wherein the guard rail is fastened by the fastening element directly on the post , wherein the fastening element has a head and a shank and wherein the guide rail has an elongated hole with a longitudinal extension (L1), which elongated hole is protruded through by the fastening element , whose head is arranged on the longitudinal side of the guide rail facing away from the post and abuts on the guide rail , wherein the maximum head width of the head being less than or equal to the elongated hole length of the elongated hole and the minimum head width of the head is greater than the elongated hole width of the elongated hole , wherein the head at least in sections has a head width progression , which in longitudinal extent (L2) of the fastening element increases continuously in relation to the shaft in the direction of the head and which has a head width progression running transversely to the longitudinal extension (L1) of the elongated hole , characterized in that the vehicle restraint system has a second enclosure which is arranged between guide rail and post and is protruded through by the fastening element .
Motor vehicle comprising a front bonnet having an inner wall and an outer wall which are connected to one another, connection means for connection to the body of the vehicle , and a reinforcing means arranged between the inner and outer walls and able to deform and absorb the forces in the event of impact with an element external to the vehicle , said reinforcing means being arranged at a hard point zone of the front bonnet , corresponding to a specific maximum distance (H) between the inner wall and the outer wall of the front bonnet , with regard to the general length (L) of the front bonnet , said reinforcement means comprising a plurality of fastening portions intended to be fastened to the outer wall of the bonnet , and a connection portion connecting the various fastening portions and intended to be fastened to the inner wall of the bonnet , which vehicle is characterized in that said reinforcing means comprises a first fastening portion, forming a solid wall, and second and third fastening portions forming two substantially parallel branches separated by an empty space and connected at their base by a transverse branch arranged as an extension of said connection portion of the reinforcing means .
A system for aligning components of an imaging device, the system comprising: an imaging device including a lens and a focal plane array , FPA, wherein the FPA defines an optical axis (A) and includes at least two test elements (112a-112d) configured and adapted to emit a light through the lens; and characterized in that the system further comprises a test camera configured and adapted to be mounted to and pre-aligned with the lens of the imaging device to receive the light from the at least two test elements. an imaging device including a lens and a focal plane array , FPA, wherein the FPA defines an optical axis (A) and includes at least two test elements (112a-112d) configured and adapted to emit a light through the lens; and characterized in that the system further comprises a test camera configured and adapted to be mounted to and pre-aligned with the lens of the imaging device to receive the light from the at least two test elements.
An attenuated viral strain derived from human metapneumovirus strain rC-85473 comprising the genomic sequence represented by the sequence SEQ ID NO. 1, said attenuated strain having been genetically modified exclusively to attenuate its virulence, characterized in that the modifications of the sequence SEQ ID NO.1 consist of the inactivation of the coding gene for the SH protein and/or the inactivation of the coding gene for G protein.
A composition for forming a coating film, comprising: a silicon compound represented by the following formula : wherein R 1 s are monovalent groups independently selected from the group consisting of hydrogen, halogen atom, hydrocarbyl group, hydroxy group, hydroxy hydrocarbyl group, acyl group, acyloxy group, amino group, hydrocarbylamino group, hydrocarbyloxy group, silyl group, hydrocarbylsilyl group, imino group-containing hydrocarbyl group and imino group-containing hydrocarbylamino group, or a divalent hydrocarbon chain or a single bond which is unsubstituted or substituted by a halogen atom, hydroxy group or amino group, where different silicon atoms are unbound or bound to form a cyclic structure, L 1 is a hydrocarbon chain that contains an oxy group, where said connecting group may contain an alicycle, an aromatic ring, or a hetero ring, n1 is the number indicating degree of polymerization and exceeding 0, a polysilazane and an organic solvent. a silicon compound represented by the following formula : wherein R 1 s are monovalent groups independently selected from the group consisting of hydrogen, halogen atom, hydrocarbyl group, hydroxy group, hydroxy hydrocarbyl group, acyl group, acyloxy group, amino group, hydrocarbylamino group, hydrocarbyloxy group, silyl group, hydrocarbylsilyl group, imino group-containing hydrocarbyl group and imino group-containing hydrocarbylamino group, or a divalent hydrocarbon chain or a single bond which is unsubstituted or substituted by a halogen atom, hydroxy group or amino group, where different silicon atoms are unbound or bound to form a cyclic structure, L 1 is a hydrocarbon chain that contains an oxy group, where said connecting group may contain an alicycle, an aromatic ring, or a hetero ring, n1 is the number indicating degree of polymerization and exceeding 0, a polysilazane and an organic solvent.