mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing an oil-less bearing with embedded solid lubricant plugs to improve an oil impregnation property, comprising the steps of: forming apertures in a brass body for receiving solid lubricant plugs therein; mixing a thermally expandable and curable dry resin powder and a dry solid lubricant powder, to make a dry powder mixture ; packing the dry powder mixture into hollows of a mold ; compressing the dry powder mixture , to form dry powder compact plugs to fit into the apertures of the brass body ; inserting each of the dry powder compact plugs into each of the apertures of the brass body ; performing heat treatment to the brass body into which the dry powder compact plugs are inserted, in a vacuum or inert gas atmosphere heat treatment furnace, at or above the temperature for curing the thermally expandable and curable resin, such that the dry powder compact plugs inside the apertures are melted, expanded and sintered and then cooled, to form porous solid lubricant plugs which are firmly attached to the inside of the apertures of the brass body ; and impregnating oil into the porous solid lubricant plugs , wherein the dry powder mixture is composed of the dry solid lubricant powder with crystalline flake graphite of 45∼60wt%, natural graphite of 10∼15wt% and barium sulfate of 10∼15wt% and the thermally expandable and curable dry resin powder of 20∼25wt%. forming apertures in a brass body for receiving solid lubricant plugs therein; mixing a thermally expandable and curable dry resin powder and a dry solid lubricant powder, to make a dry powder mixture ; packing the dry powder mixture into hollows of a mold ; compressing the dry powder mixture , to form dry powder compact plugs to fit into the apertures of the brass body ; inserting each of the dry powder compact plugs into each of the apertures of the brass body ; performing heat treatment to the brass body into which the dry powder compact plugs are inserted, in a vacuum or inert gas atmosphere heat treatment furnace, at or above the temperature for curing the thermally expandable and curable resin, such that the dry powder compact plugs inside the apertures are melted, expanded and sintered and then cooled, to form porous solid lubricant plugs which are firmly attached to the inside of the apertures of the brass body ; and impregnating oil into the porous solid lubricant plugs , wherein the dry powder mixture is composed of the dry solid lubricant powder with crystalline flake graphite of 45∼60wt%, natural graphite of 10∼15wt% and barium sulfate of 10∼15wt% and the thermally expandable and curable dry resin powder of 20∼25wt%.
A method for the production of air-cured fiber cement products, at least comprising the steps of: (a) Providing cured fiber cement powder by comminuting cured fiber cement material; (b) Providing an aqueous fiber cement slurry by mixing at least water, cementitious binder, natural or synthetic fibers and said comminuted cured fiber cement material as raw material and wherein said comminuted cured fiber cement material is present in an amount of 5 to 40M% , the unit M% referring to the mass percentage of the component over the total dry mass of the composition; (c) Forming the slurry into a green fiber cement sheet; (d) Pressing said green fiber cement sheet with a pressure of between 100 kg/cm 2 and 300 kg/cm 2 ; and (e) Air-curing said pressed green fiber cement sheet thereby providing an air-cured fiber cement product. (a) Providing cured fiber cement powder by comminuting cured fiber cement material; (b) Providing an aqueous fiber cement slurry by mixing at least water, cementitious binder, natural or synthetic fibers and said comminuted cured fiber cement material as raw material and wherein said comminuted cured fiber cement material is present in an amount of 5 to 40M% , the unit M% referring to the mass percentage of the component over the total dry mass of the composition; (c) Forming the slurry into a green fiber cement sheet; (d) Pressing said green fiber cement sheet with a pressure of between 100 kg/cm 2 and 300 kg/cm 2 ; and (e) Air-curing said pressed green fiber cement sheet thereby providing an air-cured fiber cement product.
Method for controlling a drive train of a motor vehicle, having an internal combustion engine which drives a crankshaft with a predefined engine torque, the crankshaft being connected to a transmission input shaft of a transmission via a friction clutch in order to drive the drive train , the engine torque of the internal combustion engine being changed in the case of a change in a temperature of the friction clutch , characterized in that the current temperature of the friction clutch is determined from a temperature model which is assigned a friction coefficient from a friction coefficient characteristic diagram which is assigned to a lining of the friction clutch , the friction coefficient corresponding in each case to a maximum engine torque, the maximum engine torque which is assigned to the friction coefficient being compared with the current engine torque of the internal combustion engine and, if the maximum engine torque which is assigned to the friction coefficient is exceeded by the current engine torque, the current engine torque being limited to the maximum engine torque which is assigned to the friction coefficient.
An apparatus for supplying web pages from servers to requesting clients over a network, comprising: a first port to communicate with a plurality of requesting clients (102-106); a second port to communicate with a plurality of servers (109-116); a traffic manager module configured to receive request data from a requesting client and to select a server from said plurality of servers for serving web page data to the requesting client; and a data manipulation module configured to manipulate said request data or said web page data, wherein: said traffic manager module supplies a function call to said data manipulation module that includes request data or web page data; said data manipulation module manipulates said request data or web page data to produce manipulated data; said data manipulation module returns said manipulated data to the traffic manager module; characterised in that : said traffic manager module and said data manipulation module execute in separate processes and communicate with each other via sockets using a text-based protocol. a first port to communicate with a plurality of requesting clients (102-106); a second port to communicate with a plurality of servers (109-116); a traffic manager module configured to receive request data from a requesting client and to select a server from said plurality of servers for serving web page data to the requesting client; and a data manipulation module configured to manipulate said request data or said web page data, wherein: said traffic manager module supplies a function call to said data manipulation module that includes request data or web page data; said data manipulation module manipulates said request data or web page data to produce manipulated data; said data manipulation module returns said manipulated data to the traffic manager module; characterised in that : said traffic manager module and said data manipulation module execute in separate processes and communicate with each other via sockets using a text-based protocol. said traffic manager module supplies a function call to said data manipulation module that includes request data or web page data; said data manipulation module manipulates said request data or web page data to produce manipulated data; said data manipulation module returns said manipulated data to the traffic manager module; characterised in that : said traffic manager module and said data manipulation module execute in separate processes and communicate with each other via sockets using a text-based protocol.
Camera comprising an image sensor and an optical component , wherein the optical component comprises an optical filter , an aperture and a lens , wherein the optical filter , the aperture and the lens interact optically, wherein the optical filter , the aperture and the lens are connected to one another at least indirectly in a planar manner on mutually facing surfaces, wherein an outer shell of the camera has an opening, characterized in that the opening is designed as a holder for the optical component , in that the optical component is arranged in the opening and closes it, in that a surface of the optical component facing the outside of the outer shell is planar, and in that the aperture is arranged in front of the lens in an intended direction of transmission of the light.
A fluid transfer pump, comprising: a housing ; a pump unit , comprising an impeller ; an electric motor assembly configured to drive the impeller to rotate around an axis (L1) of the impeller ; and a power supply mounting base configured to receive a power supply for supplying electricity to the pump unit , characterised in that the fluid transfer pump further comprises: a speed change mechanism arranged between the pump unit and the electric motor assembly , wherein an internal space of the housing is divided into a plurality of areas by at least one separator, the electric motor assembly comprises an electric motor , and a fan driven by the electric motor and adjacent to one end of the electric motor, and the fan and the other end of the electric motor are respectively located in different areas. a housing ; a pump unit , comprising an impeller ; an electric motor assembly configured to drive the impeller to rotate around an axis (L1) of the impeller ; and a power supply mounting base configured to receive a power supply for supplying electricity to the pump unit , characterised in that the fluid transfer pump further comprises: a speed change mechanism arranged between the pump unit and the electric motor assembly , wherein an internal space of the housing is divided into a plurality of areas by at least one separator, the electric motor assembly comprises an electric motor , and a fan driven by the electric motor and adjacent to one end of the electric motor, and the fan and the other end of the electric motor are respectively located in different areas. a speed change mechanism arranged between the pump unit and the electric motor assembly , wherein an internal space of the housing is divided into a plurality of areas by at least one separator, the electric motor assembly comprises an electric motor , and a fan driven by the electric motor and adjacent to one end of the electric motor, and the fan and the other end of the electric motor are respectively located in different areas.
A copper alloy for electronic and electrical equipment comprising: 0.15 mass% or greater and less than 0.35 mass% of Mg; 0.0005 mass% or greater and less than 0.01 mass% of P; and a remainder which is formed of Cu and unavoidable impurities, wherein a conductivity is greater than 75% IACS, and an average number of compounds containing Mg and P with a particle diameter of 0.1 μm or greater is 0.5 pieces/μm 2 or less in observation using a scanning electron microscope. 0.15 mass% or greater and less than 0.35 mass% of Mg; 0.0005 mass% or greater and less than 0.01 mass% of P; and a remainder which is formed of Cu and unavoidable impurities, wherein a conductivity is greater than 75% IACS, and an average number of compounds containing Mg and P with a particle diameter of 0.1 μm or greater is 0.5 pieces/μm 2 or less in observation using a scanning electron microscope.
A capacitive sensor comprising: a first electrode ; a displacement element moveably mounted relative to the first electrode; and a second electrode coupled to the displacement element so that displacement of the displacement element along a displacement direction changes a separation between the first electrode and the second electrode; and a controller element configured to selectively operate in a displacement sensing mode and in a proximity sensing mode, wherein in the proximity sensing mode, the controller element is configured to electrically couple the second electrode to capacitance measurement circuitry to measure a capacitance characteristic associated with the second electrode to detect the presence of an object in proximity to the second electrode; and in the displacement sensing mode, the controller element is configured to electrically couple the second electrode to a reference potential signal, wherein the second electrode comprises a deformable electrode arranged between the displacement element and the first electrode, wherein the deformable electrode has a contact surface facing the first electrode and insulated therefrom by an insulator layer , and wherein at least part of the contact surface is inclined relative to an opposing surface of the first electrode such that when the deformable electrode is compressed along the displacement direction by a displacement of the displacement element relative to the first electrode there is a reduction in separation between the contact surface and the opposing surface of the first electrode. a first electrode ; a displacement element moveably mounted relative to the first electrode; and a second electrode coupled to the displacement element so that displacement of the displacement element along a displacement direction changes a separation between the first electrode and the second electrode; and a controller element configured to selectively operate in a displacement sensing mode and in a proximity sensing mode, wherein in the proximity sensing mode, the controller element is configured to electrically couple the second electrode to capacitance measurement circuitry to measure a capacitance characteristic associated with the second electrode to detect the presence of an object in proximity to the second electrode; and in the displacement sensing mode, the controller element is configured to electrically couple the second electrode to a reference potential signal, wherein the second electrode comprises a deformable electrode arranged between the displacement element and the first electrode, wherein the deformable electrode has a contact surface facing the first electrode and insulated therefrom by an insulator layer , and wherein at least part of the contact surface is inclined relative to an opposing surface of the first electrode such that when the deformable electrode is compressed along the displacement direction by a displacement of the displacement element relative to the first electrode there is a reduction in separation between the contact surface and the opposing surface of the first electrode.
An inflator for a protection device in a vehicle, comprising a combustion chamber sleeve which at least partially encloses a combustion chamber filled with fuel and the combustion chamber sleeve is designed such that it changes its position and/or shape by a pressure formed during combustion of the fuel so as to a combustion gas formed during combustion of the fuel is released through a discharge orifice leading out of the combustion chamber , characterized in that the combustion chamber sleeve is attached to a support component of the inflator, wherein the discharge orifice is formed by the fact that the combustion chamber sleeve detaches at least partially from the support component.
Method for assisting a vehicle occupant located in a vehicle, in the method - user information regarding the behavior and/or state of a vehicle occupant being detected ; - vehicle parameters of the vehicle being detected ; - the detected user information and vehicle parameters being merged and analyzed jointly ; characterized in that - at least one behavior pattern of the vehicle occupant is determined from the analyzed user information and vehicle parameters; - the behavior pattern is stored together with the user information; and - upon subsequent detection of user information, this user information is compared with the user information of the at least one stored behavior pattern and, when the behavior pattern matches, a vehicle function is automatically executed . - user information regarding the behavior and/or state of a vehicle occupant being detected ; - vehicle parameters of the vehicle being detected ; - the detected user information and vehicle parameters being merged and analyzed jointly ; - at least one behavior pattern of the vehicle occupant is determined from the analyzed user information and vehicle parameters; - the behavior pattern is stored together with the user information; and - upon subsequent detection of user information, this user information is compared with the user information of the at least one stored behavior pattern and, when the behavior pattern matches, a vehicle function is automatically executed .
A cone mill comprising a rotating tool for moving friable material across a static conical screen , the tool being driven to rotate by a tool drive shaft (32.13), the mill includes a motor , the motor causing rotation of a motor drive shaft (31.15), the tool drive shaft (32.13) and the motor drive shaft (31.15) being located an angle with respect to each other, characterised in that the mill comprises a universal joint for transferring rotary motion from the motor through the angle to the tool.
An apparatus comprising: at least one non-transitory computer-readable storage medium to store instructions which, in response to being performed by one or more processors, cause the apparatus to: receive first audio data from a user; cause a speech-to-text service to perform speech recognition on the first audio data to identify one or more first words and a plurality of attributes in the first audio data; determine, from the plurality of attributes, a subset of the plurality of attributes identified from the first audio data; cause a text-to-speech service to generate second audio data using the one or more first words and the subset of the plurality of attributes; cause speech recognition to be performed on the second audio data to identify one or more second words; cause the one or more first words to be compared to the one or more second words; and responsive to determining that the one or more first words are the same as the one or more second words, cause the first audio data to be discarded and cause the second audio data to be stored. receive first audio data from a user; cause a speech-to-text service to perform speech recognition on the first audio data to identify one or more first words and a plurality of attributes in the first audio data; determine, from the plurality of attributes, a subset of the plurality of attributes identified from the first audio data; cause a text-to-speech service to generate second audio data using the one or more first words and the subset of the plurality of attributes; cause speech recognition to be performed on the second audio data to identify one or more second words; cause the one or more first words to be compared to the one or more second words; and responsive to determining that the one or more first words are the same as the one or more second words, cause the first audio data to be discarded and cause the second audio data to be stored.
A B7-H3 nanobody, which comprises framework regions (FR) and complementarity determining regions (CDR), the complementarity determining regions comprise a complementarity determining region 1 (CDR1), a complementarity determining region 2 (CDR2) and complementarity determining region 3 (CDR3), wherein, the sequence of the complementarity determining region 1 (CDR1) is SEQ ID NO: 34, the sequence of the complementarity determining region 2 (CDR2) is SEQ ID NO: 35, the sequence of the complementarity determining region 3 (CDR3) is SEQ ID NO:36. the sequence of the complementarity determining region 1 (CDR1) is SEQ ID NO: 34, the sequence of the complementarity determining region 2 (CDR2) is SEQ ID NO: 35, the sequence of the complementarity determining region 3 (CDR3) is SEQ ID NO:36.
A bottle-shaped can manufacturing method, comprising: a cup shaping step of forming a cup by punching out from a metal sheet in which a thermoplastic resin coating layer is formed on at least a surface to be an inner face of the can and a lubricant is applied thereto; a can trunk shaping step of shaping the cup into a diametrically reduced bottomed cylindrical can body; a container mouth shaping step of forming a shoulder portion and a container mouth by diametrically reducing one of the end portions of the bottomed cylindrical can body; and a curling/threading/beading step of forming a curled portion on a leading end of the container mouth , and forming a thread and an annular bead on the container mouth ; an amorphization step following the curling/threading/beading step; the amorphization step being characterized by : amorphizing at least the thermoplastic resin coating layer covering an inner surface of the can body in which the curled portion , the thread and the annular bead are formed on the container mouth situated above the shoulder portion , by heating at least the thermoplastic resin coating layer covering the inner surface of the can body to above a melting point thereof, and immediately cooling the heated thermoplastic resin coating layer. a cup shaping step of forming a cup by punching out from a metal sheet in which a thermoplastic resin coating layer is formed on at least a surface to be an inner face of the can and a lubricant is applied thereto; a can trunk shaping step of shaping the cup into a diametrically reduced bottomed cylindrical can body; a container mouth shaping step of forming a shoulder portion and a container mouth by diametrically reducing one of the end portions of the bottomed cylindrical can body; and a curling/threading/beading step of forming a curled portion on a leading end of the container mouth , and forming a thread and an annular bead on the container mouth ; an amorphization step following the curling/threading/beading step; the amorphization step being characterized by : amorphizing at least the thermoplastic resin coating layer covering an inner surface of the can body in which the curled portion , the thread and the annular bead are formed on the container mouth situated above the shoulder portion , by heating at least the thermoplastic resin coating layer covering the inner surface of the can body to above a melting point thereof, and immediately cooling the heated thermoplastic resin coating layer.