mhurhangee/patent-ind-claim-en huggingface dataset:
A friction material used for a disc brake pad, which is manufactured by forming a non-asbestos organic (NAO) friction material composition that is free of a copper component, characterized in that the friction material composition does not include an iron component but includes 15 - 25 weight % of a non-whisker-like titanate, relative to the total amount of the friction material composition, as the titanate, 15 - 25 weight % of zirconium oxide with the average particle diameter of 1.0 - 4.0 μm, relative to the total amount of the friction material composition, as an inorganic friction modifier, and 4 - 6 weight % of mica and/or vermiculite with the average particle diameter of 50 - 700 μm, relative to the total amount of the friction material composition, as an inorganic friction modifier.
A wheeled transportation device comprising a base part , where the base part comprises a front end , a rear end , an upper part and a lower part, said lower part comprising a number of wheels and said upper part comprising at least one substantially horizontal and plane surface , said wheeled transportation device comprising at least one movable first engagement member adapted to engage a frame part of a bed , characterized in that said movable first engagement member being movable between a resting engagement position and an activated engagement member position, said movable first engagement member extending above said substantially horizontal and plane surface in the activated engagement member position, wherein said upper part comprises a further engagement member located above said at least one substantially horizontal and plane surface , said resting engagement position is located at or below said at least one substantially horizontal and plane surface , such that said substantially horizontal surface is free of obstacles, whereby the transportation device can serve as a transportation device for other objects than beds, such as personnel.
A mounting structure of a vehicle periphery monitoring device , comprising: a front bumper reinforcement that extends along a vehicle width direction and is disposed in a frontward end section at a vehicle body of a vehicle; a headlamp having a lamp housing , a light source being housed in the lamp housing, the headlamp being disposed further in a vehicle body upward direction than the front bumper reinforcement and at an outward end section in the vehicle width direction of the vehicle; a vehicle component disposed further in a vehicle body downward direction than the headlamp;; characterized by a vehicle periphery monitoring device disposed further in a vehicle body downward direction than a lower surface of the lamp housing, the vehicle periphery monitoring device being separated by a first gap (S1) in the vehicle width direction from an outward end surface in the vehicle width direction of the front bumper reinforcement, and being separated by a second gap (S2) in a vehicle body vertical direction from an upward end surface of the vehicle component, the vehicle periphery monitoring device detecting an object frontwards and outwards in the vehicle width direction of the vehicle, wherein the vehicle periphery monitoring device is attached to a bracket , the bracket suspends downwardly in the vehicle vertical direction from the lower surface of the lamp housing . a front bumper reinforcement that extends along a vehicle width direction and is disposed in a frontward end section at a vehicle body of a vehicle; a headlamp having a lamp housing , a light source being housed in the lamp housing, the headlamp being disposed further in a vehicle body upward direction than the front bumper reinforcement and at an outward end section in the vehicle width direction of the vehicle; a vehicle component disposed further in a vehicle body downward direction than the headlamp;; characterized by a vehicle periphery monitoring device disposed further in a vehicle body downward direction than a lower surface of the lamp housing, the vehicle periphery monitoring device being separated by a first gap (S1) in the vehicle width direction from an outward end surface in the vehicle width direction of the front bumper reinforcement, and being separated by a second gap (S2) in a vehicle body vertical direction from an upward end surface of the vehicle component, the vehicle periphery monitoring device detecting an object frontwards and outwards in the vehicle width direction of the vehicle, wherein the vehicle periphery monitoring device is attached to a bracket , the bracket suspends downwardly in the vehicle vertical direction from the lower surface of the lamp housing .
A simulation method for estimating dispersion of filler contained in a high-polymer material by the use of a computer, comprising: a process for defining filler models of the filler, wherein each filler model is a numerical model made up of a plurality of F-particles, a process for defining polymer models of the high-polymer material, wherein each polymer models is a numerical model made up of a plurality of P-particles, and a simulation process for executing a molecular dynamics calculation by the use of the filler models and the polymer models disposed in a predetermined virtual space, the simulation process including a bonding process for binding bonding-target P-particles selected from the P-particles with bonding-target F-particles selected from the F-particles, wherein the number of the bonding-target P-particle(s) to be bound with each bonding-target F-particle satisfies a predetermined upper limit value Su, wherein the upper limit value Su, the total number Na of the bonding-target P-particles existing in the virtual space, and the total number Nb of the bonding-target F-particles existing in the virtual space satisfy the following expression: Na / Nb − 1 = < Su = < Na / Nb + 1 . a process for defining filler models of the filler, wherein each filler model is a numerical model made up of a plurality of F-particles, a process for defining polymer models of the high-polymer material, wherein each polymer models is a numerical model made up of a plurality of P-particles, and a simulation process for executing a molecular dynamics calculation by the use of the filler models and the polymer models disposed in a predetermined virtual space, the simulation process including a bonding process for binding bonding-target P-particles selected from the P-particles with bonding-target F-particles selected from the F-particles, wherein
Aircraft comprising: a fuselage comprising a plurality of panels adapted to define an aerodynamic shape for a cockpit or a cargo hold of said aircraft ; at least one wing structurally connected to said fuselage and adapted to allow flying of said aircraft , said at least one wing comprising a plurality of wing surfaces and at least a frame configured to support said wing surfaces; a propulsion system for said aircraft , said propulsion system comprising: at least one electric motor, and batteries adapted to store electrical energy to supply said at least electric motor, wherein said batteries comprise first structural batteries which constitute at least one surface of said wing surfaces; characterised in that said batteries further comprise second structural batteries which constitute at least one panel of said plurality of panels of said fuselage . a fuselage comprising a plurality of panels adapted to define an aerodynamic shape for a cockpit or a cargo hold of said aircraft ; at least one wing structurally connected to said fuselage and adapted to allow flying of said aircraft , said at least one wing comprising a plurality of wing surfaces and at least a frame configured to support said wing surfaces; a propulsion system for said aircraft , said propulsion system comprising: at least one electric motor, and batteries adapted to store electrical energy to supply said at least electric motor, at least one electric motor, and batteries adapted to store electrical energy to supply said at least electric motor, wherein said batteries comprise first structural batteries which constitute at least one surface of said wing surfaces; characterised in that said batteries further comprise second structural batteries which constitute at least one panel of said plurality of panels of said fuselage .
Vacuum cleaner nozzle, comprising: - at least one first suction mouth arranged to face a floor to be cleaned and to be connected to a suction circuit of the vacuum cleaner, - at least one second suction mouth , distinct from the first suction mouth , arranged to face a floor to be cleaned and to be connected to a suction circuit of the vacuum cleaner, the vacuum cleaner nozzle comprising at least one access cover , arranged between the first suction mouth and the second suction mouth and removably mounted on the vacuum cleaner nozzle to enable a user to access an internal conduit of the vacuum cleaner nozzle, characterized in that it comprises means for distributing a suction flow between the first suction mouth and the second suction mouth , and in that at least some of the distribution means are embedded on the access cover . - at least one first suction mouth arranged to face a floor to be cleaned and to be connected to a suction circuit of the vacuum cleaner, - at least one second suction mouth , distinct from the first suction mouth , arranged to face a floor to be cleaned and to be connected to a suction circuit of the vacuum cleaner,
A computer-implemented method for detecting and interpreting a visual indicator appearing in an image captured by an image capture device, comprising: capturing image data using the image capture device associated with a user profile, the image data representing an object with an illuminated visual indicator; sending the image data from the image capture device to at least one remote device; identifying, by the at least one remote device, the object represented in the image data; determining, by the at least one remote device, a meaning of the illuminated visual indicator; identifying, by the at least one remote device, information corresponding to the meaning; and sending a message from the at least one remote device to the user device associated with the user profile, the message containing the identification information corresponding to the meaning. capturing image data using the image capture device associated with a user profile, the image data representing an object with an illuminated visual indicator; sending the image data from the image capture device to at least one remote device; identifying, by the at least one remote device, the object represented in the image data; determining, by the at least one remote device, a meaning of the illuminated visual indicator; identifying, by the at least one remote device, information corresponding to the meaning; and sending a message from the at least one remote device to the user device associated with the user profile, the message containing the identification information corresponding to the meaning.
Method for detecting vulva cancer and vulvar HPV-induced precursor lesions with invasive potential, said method comprising detection of a methylation classifier consisting of ASCL1 and one or more of ZIC1, ZNF-582 and LHX8 sequences in a cell whereby such hypermethylation indicates the presence of vulva cancer and vulvar HPV-induced precursor lesions with invasive potential.
A line card chassis which is applicable to a multi-chassis cluster router, wherein, the line card chassis comprising line card units , switch fabric units and optical fiber interface units ; the switch fabric unit comprises a switch fabric chip module and an onboard optical assembly module , wherein the onboard optical assembly module is used for mutual conversion between an optical signal and an electrical signal; an electrical signal interface of the onboard optical assembly module is connected to the switch fabric chip module which has a switching and route-selecting function, and the switch fabric chip module is connected to a line card unit through an electrical connector; and an optical signal interface of the onboard optical assembly module is connected to an optical fiber interface unit through an optical connector ; and the optical fiber interface unit is to couple the optical signal to a cluster interface on a panel of the router through an optical fiber; and the cluster interface is to concatenate different chassis of the router; wherein the line card unit and the switch fabric unit are connected using an orthogonal electrical connection without a back board.
Fluid connector , comprising: a sleeve-shaped connection piece comprising a socket inner wall and a ring-shaped stop collar , which is formed in the interior of the sleeve-shaped connection piece and which comprises an axially directed stop surface ; and a plastic pipe , which comprises a pipe inner wall , a pipe outer wall and a pipe end face , wherein the pipe end face of the plastic pipe contacts the axially directed stop face , and wherein the pipe outer wall of the plastic pipe is connected to the socket inner wall of the sleeve-shaped connecting piece by means of a friction welding connection, characterized in that a circumferential groove or pocket for receiving friction melt is formed between the ring-shaped stop collar and the socket inner wall of the sleeve-shaped connecting piece . a sleeve-shaped connection piece comprising a socket inner wall and a ring-shaped stop collar , which is formed in the interior of the sleeve-shaped connection piece and which comprises an axially directed stop surface ; and a plastic pipe , which comprises a pipe inner wall , a pipe outer wall and a pipe end face , wherein the pipe end face of the plastic pipe contacts the axially directed stop face , and wherein the pipe outer wall of the plastic pipe is connected to the socket inner wall of the sleeve-shaped connecting piece by means of a friction welding connection, characterized in that a circumferential groove or pocket for receiving friction melt is formed between the ring-shaped stop collar and the socket inner wall of the sleeve-shaped connecting piece .
An aerosol generating apparatus including a body and a consumable , wherein one of the body or a second member includes a push-push insertion member and the other of the body or second member includes a push-push receiving member , wherein the second member is the consumable or a carrier member that receives and moves with the consumable , wherein the push-push insertion member is receivable by the push-push receiving member to engage the consumable with the body by pushing the consumable toward the body in a first direction, wherein the consumable is disengaged from the body by subsequently pushing the consumable in the same first direction; and wherein the receiving member and insertion member comprise cooperating electrical contacts which electrically connect the consumable to the body when the consumable is engaged with the body , characterised in that : the insertion member comprises a follower, the follower being configured to move relative to the receiving member to move along a first path, a second path, a third path, and a fourth path, the first path being arranged at least partially in the first direction, the second path being arranged at least partially in a second direction that is opposed to the first direction, the first and second paths being different, the third path being arranged at least partially in the first direction, the fourth path being arranged at least partially in the second direction, the third and fourth paths being different, such that at an end of the second path, the follower is prevented from moving further in the second direction, and at the end of the fourth path, the follower is released from the receiving member . wherein the second member is the consumable or a carrier member that receives and moves with the consumable , wherein the push-push insertion member is receivable by the push-push receiving member to engage the consumable with the body by pushing the consumable toward the body in a first direction, wherein the consumable is disengaged from the body by subsequently pushing the consumable in the same first direction; and wherein the receiving member and insertion member comprise cooperating electrical contacts which electrically connect the consumable to the body when the consumable is engaged with the body , characterised in that : the insertion member comprises a follower, the follower being configured to move relative to the receiving member to move along a first path, a second path, a third path, and a fourth path, the first path being arranged at least partially in the first direction, the second path being arranged at least partially in a second direction that is opposed to the first direction, the first and second paths being different, the third path being arranged at least partially in the first direction, the fourth path being arranged at least partially in the second direction, the third and fourth paths being different, such that at an end of the second path, the follower is prevented from moving further in the second direction, and at the end of the fourth path, the follower is released from the receiving member .
A positive active material satisfying the chemical formula of Na 0.67 Mn x A y B z O 2±δ , in which A is selected from one or more of Co, Ni and Cr, B is selected from one or more of Mg, Al, Ca, Ti, Cu, Zn and Ba, 0.6 <x <1, 0 <y <0.1, 0.6 <x + y <0.8, z> 0, x + y + z =1, 0 ≤ δ ≤ 0.1, and 3.33 + 2 δ − y − z 4 < x < 3.33 + 2 δ − y − z 3 .
A pressure control method for a high-pressure regulator to minimize an internal leak, the pressure control method comprising: measuring pressure of a front end portion and a rear end portion of a high-pressure regulator by a pressure sensor in a state in which high pressure is maintained at the front end portion of the high-pressure regulator , the high-pressure regulator including the pressure sensor for measuring pressure and a control unit for controlling the pressure measured by the pressure sensor, and low pressure is maintained at the rear end portion of the high-pressure regulator ; calculating, by the control unit, creep pressure by dividing a sum of a product of the pressure of the front end portion and a volume of the front end portion and a product of the pressure of the rear end portion and a volume of the rear end portion by a sum of the volume of the front end portion and the volume of the rear end portion ; and regulating, by the control unit, the volume of the front end portion after comparing the creep pressure with a preset pressure of a relief valve , wherein the regulating the volume of the front end portion includes controlling, by the control unit, a ratio of the volume of the front end portion to the volume of the rear end portion to be small by limiting the volume of the front end portion , when the creep pressure is greater than the preset pressure of the relief valve , wherein the volume of the front end portion is regulated by a shut-off valve provided in an inlet port , which is the front end portion of the high-pressure regulator , and connected to a high-pressure fuel line of a gas storage tank . measuring pressure of a front end portion and a rear end portion of a high-pressure regulator by a pressure sensor in a state in which high pressure is maintained at the front end portion of the high-pressure regulator , the high-pressure regulator including the pressure sensor for measuring pressure and a control unit for controlling the pressure measured by the pressure sensor, and low pressure is maintained at the rear end portion of the high-pressure regulator ; calculating, by the control unit, creep pressure by dividing a sum of a product of the pressure of the front end portion and a volume of the front end portion and a product of the pressure of the rear end portion and a volume of the rear end portion by a sum of the volume of the front end portion and the volume of the rear end portion ; and regulating, by the control unit, the volume of the front end portion after comparing the creep pressure with a preset pressure of a relief valve , wherein the regulating the volume of the front end portion includes controlling, by the control unit, a ratio of the volume of the front end portion to the volume of the rear end portion to be small by limiting the volume of the front end portion , when the creep pressure is greater than the preset pressure of the relief valve , wherein the volume of the front end portion is regulated by a shut-off valve provided in an inlet port , which is the front end portion of the high-pressure regulator , and connected to a high-pressure fuel line of a gas storage tank .
Animal cage with a) four extruded profiles (2-5) on a cage wall, wherein a1) the extruded profiles (2-5) form a rectangle, and a2) the extruded profiles (2-5) each have a longitudinal groove, b) a rectangular wall for the improvement of crash safety, wherein b1) the wall element is fitted between the four extruded profiles (2-5), and b2) the wall element with each of its side edges forms a tongue which forms a tongue-and-groove connection with the longitudinal grooves in the extruded profiles (2-5), characterized in c) that a metal insert is arranged at the end of a horizontal extruded profile for connection to an upright extruded profile, wherein this upright extruded profile comprises two opposing longitudinal grooves , d) that the metal insert has three tines (14-16) which project substantially parallel to one another from the metal insert , e) that the central tine of the metal insert engages axially in a cavity of the horizontal extruded profile, f) that the two outer tines of the metal insert engage axially in the two opposite longitudinal grooves of the horizontal extruded profile , and g) the metal insert is connected to the adjacent upright extruded profile by a tongue-and-groove connection. a) four extruded profiles (2-5) on a cage wall, wherein a1) the extruded profiles (2-5) form a rectangle, and a2) the extruded profiles (2-5) each have a longitudinal groove, a1) the extruded profiles (2-5) form a rectangle, and a2) the extruded profiles (2-5) each have a longitudinal groove, b) a rectangular wall for the improvement of crash safety, wherein b1) the wall element is fitted between the four extruded profiles (2-5), and b2) the wall element with each of its side edges forms a tongue which forms a tongue-and-groove connection with the longitudinal grooves in the extruded profiles (2-5), characterized in b1) the wall element is fitted between the four extruded profiles (2-5), and b2) the wall element with each of its side edges forms a tongue which forms a tongue-and-groove connection with the longitudinal grooves in the extruded profiles (2-5), characterized in c) that a metal insert is arranged at the end of a horizontal extruded profile for connection to an upright extruded profile, wherein this upright extruded profile comprises two opposing longitudinal grooves , d) that the metal insert has three tines (14-16) which project substantially parallel to one another from the metal insert , e) that the central tine of the metal insert engages axially in a cavity of the horizontal extruded profile, f) that the two outer tines of the metal insert engage axially in the two opposite longitudinal grooves of the horizontal extruded profile , and g) the metal insert is connected to the adjacent upright extruded profile by a tongue-and-groove connection.