mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting a one-time password in an electronic message, the method at least comprising: putting the one-time password in an electronic message (103, 104, 105, 106; 201); and characterized in : identifying a type of mobile electronic device (107, 109, 111, 113; 202, 204; 301a, 301b) of an intended recipient of the one-time password; optimizing a display format (108, 110, 112, 114; 203, 205) of the electronic message to the type of mobile electronic device; transmitting the electronic message to the mobile electronic device; and displaying at least a part of the electronic message in the optimized display format on a screen of the mobile electronic device in a standby or locked mode of the screen. putting the one-time password in an electronic message (103, 104, 105, 106; 201); and characterized in : identifying a type of mobile electronic device (107, 109, 111, 113; 202, 204; 301a, 301b) of an intended recipient of the one-time password; optimizing a display format (108, 110, 112, 114; 203, 205) of the electronic message to the type of mobile electronic device; transmitting the electronic message to the mobile electronic device; and displaying at least a part of the electronic message in the optimized display format on a screen of the mobile electronic device in a standby or locked mode of the screen. identifying a type of mobile electronic device (107, 109, 111, 113; 202, 204; 301a, 301b) of an intended recipient of the one-time password; optimizing a display format (108, 110, 112, 114; 203, 205) of the electronic message to the type of mobile electronic device; transmitting the electronic message to the mobile electronic device; and displaying at least a part of the electronic message in the optimized display format on a screen of the mobile electronic device in a standby or locked mode of the screen.
A pneumatic tire comprising: a tread portion ; a pair of sidewall portions ; a pair of bead portions ; and a carcass extending from one of the bead portions to the other one of the bead portions , wherein at least one of the sidewall portions includes a first sidewall rubber arranged outside the carcass in a tire axial direction, the first sidewall rubber includes a base rubber layer , a different color rubber layer , and a barrier rubber layer , the base rubber layer is in contact with the carcass , the different color rubber layer has a color different from a basic color of an outer surface of the at least one of the sidewall portions , at least a part of the different color rubber layer is exposed in the outer surface of the at least one of the sidewall portions , the barrier rubber layer is arranged between the different color rubber layer and the base rubber layer , the barrier rubber layer has a rubber compounding to suppress migration of rubber compounding agents on the base rubber layer side to the different color rubber layer , and the barrier rubber layer has a thickness of 1.0 mm or less, characterized in that the different color rubber layer includes an exposed portion exposed in the outer surface of the at least one of the sidewall portions , and the different color rubber layer has a thickness (t2) of 1.0 mm or more and 2.0 mm or less at a position away from the exposed portion by 10 mm outward in a tire radial direction. a tread portion ; a pair of sidewall portions ; a pair of bead portions ; and a carcass extending from one of the bead portions to the other one of the bead portions , wherein at least one of the sidewall portions includes a first sidewall rubber arranged outside the carcass in a tire axial direction, the first sidewall rubber includes a base rubber layer , a different color rubber layer , and a barrier rubber layer , the base rubber layer is in contact with the carcass , the different color rubber layer has a color different from a basic color of an outer surface of the at least one of the sidewall portions , at least a part of the different color rubber layer is exposed in the outer surface of the at least one of the sidewall portions , the barrier rubber layer is arranged between the different color rubber layer and the base rubber layer , the barrier rubber layer has a rubber compounding to suppress migration of rubber compounding agents on the base rubber layer side to the different color rubber layer , and the barrier rubber layer has a thickness of 1.0 mm or less, characterized in that the different color rubber layer includes an exposed portion exposed in the outer surface of the at least one of the sidewall portions , and the different color rubber layer has a thickness (t2) of 1.0 mm or more and 2.0 mm or less at a position away from the exposed portion by 10 mm outward in a tire radial direction.
An intracerebral current simulation method comprising: a first step of providing head image data including at least a portion of a brain out of tomographic image data of a patient ; a second step of forming a three-dimensional brain model composed of respective minute polyhedral units acquired by dividing at least one region making up the brain of the head image data provided at the first step into minute elements; and a third step of providing first information including, out of conditions when a coil is placed on the head of the patient to apply a current to the coil to provide a magnetic stimulation to the brain of the patient and a patient's reaction to the magnetic stimulation is observed, at least conditions of a position and a direction of the coil , a condition of the current applied to the coil , and a condition of structure related to a formed magnetic field of the coil ; and a fourth step of calculating eddy currents or electric fields induced in the respective minute polyhedral units of the three-dimensional brain model based on the first information provided at the third step and second information including an electric conductivity assigned to each of the minute polyhedral units; characterized in that the three-dimensional brain model has a model composed of at least one of cerebrospinal fluid, grey matter, and white matter, except for skins and muscles. a first step of providing head image data including at least a portion of a brain out of tomographic image data of a patient ; a second step of forming a three-dimensional brain model composed of respective minute polyhedral units acquired by dividing at least one region making up the brain of the head image data provided at the first step into minute elements; and a third step of providing first information including, out of conditions when a coil is placed on the head of the patient to apply a current to the coil to provide a magnetic stimulation to the brain of the patient and a patient's reaction to the magnetic stimulation is observed, at least conditions of a position and a direction of the coil , a condition of the current applied to the coil , and a condition of structure related to a formed magnetic field of the coil ; and a fourth step of calculating eddy currents or electric fields induced in the respective minute polyhedral units of the three-dimensional brain model based on the first information provided at the third step and second information including an electric conductivity assigned to each of the minute polyhedral units; characterized in that the three-dimensional brain model has a model composed of at least one of cerebrospinal fluid, grey matter, and white matter, except for skins and muscles.
A back panel device for installation in a vehicle used for public transportation, comprising: - a back panel including a front side for supporting a wheelchair user ; - a securing device for securing the back panel device in the passenger compartment of a vehicle ; and - a pivot arm by way of which the back panel is pivotably hinged on the securing device , the back panel being pivotable about a horizontal pivot axis (A) in the installation position of the back panel device , characterized in that the back panel can be pivoted with the front side in the direction of travel (F, F') or with the front side counter to the direction of travel (F, F'). - a back panel including a front side for supporting a wheelchair user ; - a securing device for securing the back panel device in the passenger compartment of a vehicle ; and - a pivot arm by way of which the back panel is pivotably hinged on the securing device , the back panel being pivotable about a horizontal pivot axis (A) in the installation position of the back panel device ,
A honeycomb sandwich structure comprising: - a honeycomb core which includes a first carbon fiber fabric woven in two or more mutually different fiber directions, the honeycomb core having a first recess at a mesh of the first carbon fiber fabric; and - a pair of face plates each of which includes a second carbon fiber fabric woven in two or more mutually different fiber directions, the face plates being adhered to the honeycomb core in such a way that the honeycomb core is sandwiched therebetween; characterised by further comprising: - a first resin layer which fills a part of the first recess ; and - a first diamond-like carbon film which covers an exposed area including surfaces of the first resin layer and the honeycomb core , wherein the first recess includes a first unfilled part , the first unfilled part being a part of the first recess that is closer to the first recess's opening than the first resin layer , the first unfilled part being not filled with the first resin layer . - a honeycomb core which includes a first carbon fiber fabric woven in two or more mutually different fiber directions, the honeycomb core having a first recess at a mesh of the first carbon fiber fabric; and - a pair of face plates each of which includes a second carbon fiber fabric woven in two or more mutually different fiber directions, the face plates being adhered to the honeycomb core in such a way that the honeycomb core is sandwiched therebetween; - a first resin layer which fills a part of the first recess ; and - a first diamond-like carbon film which covers an exposed area including surfaces of the first resin layer and the honeycomb core ,
Manually guided garden care machine, in particular push lawnmower, comprising at least one base unit (12a; 12c), at least one guide unit (14a; 14b; 14c), which has at least one handle (16a; 16b; 16c, 16c'), and at least one sensing unit (18a; 18b; 18c), which is designed to sense an operator's wish for assistance in propelling the base unit (12a; 12c), characterized in that the at least one sensing unit (18a; 18b; 18c) is designed to sense a relative movement of two interconnected points of at least one sub-region (20a, 20a'; 20b; 20c, 20c') of the guide unit (14a; 14b; 14c) through a deformation of the sub-region (20a, 20a'; 20b; 20c, 20c'), wherein the points of the sub-region (20a, 20a'; 20b; 20c, 20c') are fixedly interconnected, preferably integrally interconnected.
An active energy ray curable resin composition comprising: (A) 100 parts by mass of a UV-absorbing polymer; and (B) 20-600 parts by mass of a polyfunctional (meth)acrylate, wherein the UV-absorbing polymer (A) is comprised of: (a1) 10-60 mol% of a structural unit derived from a (meth)acrylate having one or more of one or more types of structures selected from the group consisting of a structure of the formula , a structure of the formula , and a structure of the formula per molecule: (a2) 10-50 mol% of a structural unit derived from an alkyl (meth)acrylate; and (a3) 10-70 mol% of a structural unit derived from a compound containing one or more isocyanate groups per molecule; and the sum of the structural unit derived from a (meth)acrylate as component (a1), the structural unit derived from an alkyl (meth)acrylate as component (a2), and the structural unit derived from an isocyanate group-containing compound as component (a3) is 100 mol%. (A) 100 parts by mass of a UV-absorbing polymer; and (B) 20-600 parts by mass of a polyfunctional (meth)acrylate, wherein the UV-absorbing polymer (A) is comprised of: (a1) 10-60 mol% of a structural unit derived from a (meth)acrylate having one or more of one or more types of structures selected from the group consisting of a structure of the formula , a structure of the formula , and a structure of the formula per molecule: (a2) 10-50 mol% of a structural unit derived from an alkyl (meth)acrylate; and (a3) 10-70 mol% of a structural unit derived from a compound containing one or more isocyanate groups per molecule; and (a1) 10-60 mol% of a structural unit derived from a (meth)acrylate having one or more of one or more types of structures selected from the group consisting of a structure of the formula , a structure of the formula , and a structure of the formula per molecule: (a2) 10-50 mol% of a structural unit derived from an alkyl (meth)acrylate; and (a3) 10-70 mol% of a structural unit derived from a compound containing one or more isocyanate groups per molecule; and the sum of the structural unit derived from a (meth)acrylate as component (a1), the structural unit derived from an alkyl (meth)acrylate as component (a2), and the structural unit derived from an isocyanate group-containing compound as component (a3) is 100 mol%.
A head up display, comprising: an image-light source , configured to provide an image light; at least one reflector , configured to transmit the image light to leave the head up display; and a light modulation device , disposed in the head up display, and disposed on a transmission path of the image light, wherein an ambient light enters the image-light source after passing through the light modulation device , and a light energy of the ambient light entering the image-light source is less than or equal to 25% of a light energy of the ambient light entering the head up display, wherein the light modulation device comprises a first linear polarizer , a phase modulator , and a second linear polarizer , wherein the first linear polarizer , the phase modulator , and the second linear polarizer are sequentially disposed on a transmission path of the ambient light entering the image-light source , and wherein the phase modulator is a depolarizer. an image-light source , configured to provide an image light; at least one reflector , configured to transmit the image light to leave the head up display; and a light modulation device , disposed in the head up display, and disposed on a transmission path of the image light, wherein an ambient light enters the image-light source after passing through the light modulation device , and a light energy of the ambient light entering the image-light source is less than or equal to 25% of a light energy of the ambient light entering the head up display, wherein the light modulation device comprises a first linear polarizer , a phase modulator , and a second linear polarizer , wherein the first linear polarizer , the phase modulator , and the second linear polarizer are sequentially disposed on a transmission path of the ambient light entering the image-light source , and wherein the phase modulator is a depolarizer.
A wind power generation system , comprising: an airflow generation device comprising: a main body having a base formed of an insulating material, the base provided with a first electrode and a second electrode ; and a voltage application unit generating an airflow on a surface of the main body by applying voltage between the first electrode and the second electrode , wherein, in the main body , a connection conducting wire is provided inside the base, to enclose a bare wire as the connection conducting wire; and windmill blades on which the main body of the airflow generation device is disposed, wherein a plurality of main bodies are provided as the main body of the airflow generation device , the plurality of main bodies being laid side by side in a blade span direction of the windmill blades ; wherein a plurality of connection conducting wires are provided inside the base in one main body among the plurality of main bodies; and wherein the first electrode and the second electrode provided in another main body among the plurality of main bodies are electrically connected respectively to the plurality of connection conducting wires provided in the one main body . an airflow generation device comprising: a main body having a base formed of an insulating material, the base provided with a first electrode and a second electrode ; and a voltage application unit generating an airflow on a surface of the main body by applying voltage between the first electrode and the second electrode , wherein, in the main body , a connection conducting wire is provided inside the base, to enclose a bare wire as the connection conducting wire; and windmill blades on which the main body of the airflow generation device is disposed, wherein a plurality of main bodies are provided as the main body of the airflow generation device , the plurality of main bodies being laid side by side in a blade span direction of the windmill blades ; wherein a plurality of connection conducting wires are provided inside the base in one main body among the plurality of main bodies; and wherein the first electrode and the second electrode provided in another main body among the plurality of main bodies are electrically connected respectively to the plurality of connection conducting wires provided in the one main body .
A circuit assembly for operating lighting means , in particular one or more LEDs, comprising: • a circuit which can be supplied with voltage and clocked by means of at least one switch (LS, HS), which circuit feeds a resonant circuit having LLC topology, • a transformer (T), following the resonant circuit , for transmitting electrical energy from a primary winding (L1) to a secondary winding (L2), wherein the resonant circuit is coupled to the primary winding (L1), and the lighting means can be supplied with current emanating from the secondary winding (L2), • a control unit , characterized in that an actual current signal representing the current (I prim ) through the resonant circuit , as well as an actual voltage signal representing the magnetizing current (I Lm ) of the transformer (T), are supplied to said control unit , wherein the control unit is designed to: • determine, on the basis of the actual current signal and the actual voltage signal, the secondary-side current (I sec ), and to control the clocked circuit based thereon; • clock at least one of the at least one switch (LS, HS) of the clocked circuit , depending on the determined secondary-side current (I sec ), in order to regulate the current through the lighting means , wherein the manipulated variable for the regulation is, for example, the frequency and/or the duty cycle; and • perform the regulation only at dimming levels that are above a predetermined minimum value, preferably above 1% of the maximum brightness; wherein a measuring inductance (L3) is provided, which is coupled to the primary winding (L1) of the transformer (T), for detecting the actual voltage signal which represents the magnetizing current (I Lm ). • a circuit which can be supplied with voltage and clocked by means of at least one switch (LS, HS), which circuit feeds a resonant circuit having LLC topology, • a transformer (T), following the resonant circuit , for transmitting electrical energy from a primary winding (L1) to a secondary winding (L2), wherein the resonant circuit is coupled to the primary winding (L1), and the lighting means can be supplied with current emanating from the secondary winding (L2), • a control unit , characterized in that an actual current signal representing the current (I prim ) through the resonant circuit , as well as an actual voltage signal representing the magnetizing current (I Lm ) of the transformer (T), are supplied to said control unit , • determine, on the basis of the actual current signal and the actual voltage signal, the secondary-side current (I sec ), and to control the clocked circuit based thereon; • clock at least one of the at least one switch (LS, HS) of the clocked circuit , depending on the determined secondary-side current (I sec ), in order to regulate the current through the lighting means , wherein the manipulated variable for the regulation is, for example, the frequency and/or the duty cycle; and • perform the regulation only at dimming levels that are above a predetermined minimum value, preferably above 1% of the maximum brightness;
Crawler track, in particular for military vehicles, having a vehicle crawler which extends about a track space comprising multiple track rollers (3.1, 3.2, 3.3) and a dirt guard arranged at least partially within the track space for expelling dirt from the track space , wherein the dirt guard is arranged in the rear region (H) of the track space , above a horizontal longitudinal median plane (L) of the track space and at least partially in throw-over region (Ü) of a rear track roller (3.1) designed as a deflection roller, and wherein the dirt guard has a deflector surface (5.1) arranged tilted obliquely to the outside of the track which is oriented in such a manner that dirt which encounters said deflector surface is deflected laterally from the track space , characterized in that the dirt guard is arranged in a horizontal direction between the rotational axes (D1, D2) of the two rear track rollers .