mhurhangee/patent-ind-claim-en huggingface dataset:
A microcontroller system (100; 200; 300) comprising: a master microcontroller unit (102; 202; 302); a plurality of slave microcontroller units (104, 106; 204, 206; 304, 306); and a plurality of general purpose inputs/outputs (108; 208, 216; 308), wherein, in a first state, a first general purpose input/output of the plurality of general purpose inputs/outputs is controlled by the master microcontroller unit and, in a second state, the first general purpose input/output is controlled by a first slave microcontroller unit of the plurality of slave microcontroller units; wherein the master microcontroller unit is arranged to transmit a selection signal which changes the state of the first general purpose input/output; and wherein a subset of the plurality of general purpose inputs/outputs are excluded from control by a subset of the plurality of slave microcontroller units. a master microcontroller unit (102; 202; 302); a plurality of slave microcontroller units (104, 106; 204, 206; 304, 306); and a plurality of general purpose inputs/outputs (108; 208, 216; 308), wherein, in a first state, a first general purpose input/output of the plurality of general purpose inputs/outputs is controlled by the master microcontroller unit and, in a second state, the first general purpose input/output is controlled by a first slave microcontroller unit of the plurality of slave microcontroller units;
A vehicle body structure for a railroad vehicle , the vehicle body structure a first end closing plate provided in front of a truck in a traveling direction, a second end closing plate provided behind the truck in the traveling direction, a first underfloor closing plate extending horizontally forward in the traveling direction from a lower edge of the first end closing plate, and a second underfloor closing plate extending horizontally opposite to the traveling direction from a lower edge of the second end closing plate, wherein one of the first underfloor closing plate and the second underfloor closing plate is provided, at its junction with its corresponding end closing plate, with a downwardly directed projection extending in a width direction of the vehicle , and on the opposite side of the downwardly directed projection to the end closing plate, an upwardly directed concavity also extending in the width direction of the vehicle, the cavity being exposed to external vehicle airflow (W); wherein said one of the first underfloor closing plate and the second underfloor closing plate includes a first inclined surface (50; 50a, 50b) and a second inclined surface that form the concavity ; wherein the second inclined surface and an inclined part at a lower end of the respective end closing plate form the projection ; and wherein the other of the first underfloor closing plate and the second underfloor closing plate is free of a corresponding projection and a corresponding cavity exposed to external vehicle airflow (W). wherein one of the first underfloor closing plate and the second underfloor closing plate is provided, at its junction with its corresponding end closing plate, with a downwardly directed projection extending in a width direction of the vehicle , and on the opposite side of the downwardly directed projection to the end closing plate, an upwardly directed concavity also extending in the width direction of the vehicle, the cavity being exposed to external vehicle airflow (W); wherein said one of the first underfloor closing plate and the second underfloor closing plate includes a first inclined surface (50; 50a, 50b) and a second inclined surface that form the concavity ; wherein the second inclined surface and an inclined part at a lower end of the respective end closing plate form the projection ; and wherein the other of the first underfloor closing plate and the second underfloor closing plate is free of a corresponding projection and a corresponding cavity exposed to external vehicle airflow (W).
Apparatus for compensating for an imbalance of a loaded laundry drum of an appliance for the treatment of laundry, having at least one hollow body , which is arranged concentrically in relation to an axis of rotation of the laundry drum and is embodied in an annular manner, and a plurality of compensating spheres , which are accommodated such that they can move and are in series in the hollow body , characterised in that at least one compensating sphere is embodied as a composite body made of a metal sphere , a foam coating surrounding the metal sphere and a plastic coating surrounding the foam coating .
Reinforcement element comprising a proximal end , a distal end , at least one transverse rod , and at least one longitudinal rod , wherein the at least one longitudinal rod comprises a top longitudinal rod , and wherein the at least one transverse rod is connected to the top longitudinal rod ; - wherein the at least one transverse rod comprises at least two slightly slanted legs and at least one greatly slanted leg ; wherein both the slightly slanted legs and the at least one greatly slanted leg run obliquely upwards in the direction of the proximal end ; and wherein the slightly slanted legs form an angle α with the top longitudinal rod which is greater than the angle β which the greatly slanted legs form with the top longitudinal rod ; - and characterized in that the two outer legs at the proximal end of the at least one transverse rod are at least two consecutive slightly slanted legs . - wherein the at least one transverse rod comprises at least two slightly slanted legs and at least one greatly slanted leg ; wherein both the slightly slanted legs and the at least one greatly slanted leg run obliquely upwards in the direction of the proximal end ; and wherein the slightly slanted legs form an angle α with the top longitudinal rod which is greater than the angle β which the greatly slanted legs form with the top longitudinal rod ; - and characterized in that the two outer legs at the proximal end of the at least one transverse rod are at least two consecutive slightly slanted legs .
A non-aqueous electrolyte secondary battery , comprising: a wound electrode assembly in which a band-shaped positive electrode and a band-shaped negative electrode are wound with a separator interposed therebetween; and a metallic exterior housing body that houses the electrode assembly , wherein the positive electrode or the negative electrode is exposed on an outermost circumference surface of the electrode assembly , and a fixing tape having a substrate layer and an adhesive layer is attached to the positive electrode or the negative electrode by means of the adhesive layer ; the fixing tape is attached so as to cover at least a part of a winding terminal end part of the positive electrode or the negative electrode exposed on the outermost circumference surface of the electrode assembly ; and the substrate layer has a surface roughness (Sa) of 40 μm or more on a region having a width of at least 1 mm from the end part, where the surface roughness is defined by ISO25178. a wound electrode assembly in which a band-shaped positive electrode and a band-shaped negative electrode are wound with a separator interposed therebetween; and a metallic exterior housing body that houses the electrode assembly , wherein the positive electrode or the negative electrode is exposed on an outermost circumference surface of the electrode assembly , and a fixing tape having a substrate layer and an adhesive layer is attached to the positive electrode or the negative electrode by means of the adhesive layer ; the fixing tape is attached so as to cover at least a part of a winding terminal end part of the positive electrode or the negative electrode exposed on the outermost circumference surface of the electrode assembly ; and the substrate layer has a surface roughness (Sa) of 40 μm or more on a region having a width of at least 1 mm from the end part, where the surface roughness is defined by ISO25178.
Solid component mixing apparatus for preparing the material used for making sand cores, the apparatus comprising a mixing device and at least a first dosing device for supplying sand and a second dosing device for supplying a solid additive that are communicated with the mixing device, the mixing device comprising a vertical mixing chamber with a rectangular cross-section, the contour of the mixing chamber therefore being formed by four side walls, such that two side walls opposite one another are wider than the other two side walls opposite one another, the mixing chamber having a first inlet (3.1) communicated with the first dosing device , and a second inlet (3.2) communicated with the second dosing device , the second inlet (3.2) being at a lower height than the first inlet (3.1), and said second inlet (3.2) being arranged in one of the wider side walls of the mixing chamber , characterized in that the apparatus comprises a baffle (1.0) that is suitable for directing the sand towards the wall of the mixing chamber comprising the second inlet (3.2).
A method of casing a wellbore of a hydrocarbon well , the method comprising: disposing a casing print head in a wellbore of the hydrocarbon well , the casing print head including multiple nozzles ; and conducting a downhole casing operation comprising: operating the casing print head to eject casing material from a second subset of the nozzles to form a casing tubular in the wellbore ; and operating the casing print head to eject casing liner material from a first subset of the nozzles (904a-904e) into an annular region located between the casing tubular and a wall of the wellbore to form a casing liner in the annular region , the casing tubular and the casing liner forming a casing of the wellbore . disposing a casing print head in a wellbore of the hydrocarbon well , the casing print head including multiple nozzles ; and conducting a downhole casing operation comprising: operating the casing print head to eject casing material from a second subset of the nozzles to form a casing tubular in the wellbore ; and operating the casing print head to eject casing liner material from a first subset of the nozzles (904a-904e) into an annular region located between the casing tubular and a wall of the wellbore to form a casing liner in the annular region , the casing tubular and the casing liner forming a casing of the wellbore . operating the casing print head to eject casing material from a second subset of the nozzles to form a casing tubular in the wellbore ; and operating the casing print head to eject casing liner material from a first subset of the nozzles (904a-904e) into an annular region located between the casing tubular and a wall of the wellbore to form a casing liner in the annular region , the casing tubular and the casing liner forming a casing of the wellbore .
Conductor connection contact having at least one soldering connection area for connection to a printed circuit board and having at least one plug-in contact connection with a spring clamping element, wherein the plug-in contact connection is formed on a connection area of the conductor connection contact , which connection area is at a distance from the plane of the soldering connection area and has a plug-in opening and at least one spring-elastic clamping tongue for forming the spring clamping element, and that the connection area merges with at least two foot sections which are each connected to a soldering connection area or have a soldering connection area on their side which is averted from the connection area , characterized in that the conductor connection contact has a further plug-in contact connection , of which the insertion direction (W) for inserting a conductor into the further plug-in connection runs substantially orthogonally in relation to an insertion direction (S) of the plug-in contact connection which is formed on the connection area .
A polysilicon filament bonding device comprising: a body portion formed like a cylinder; a guide portion disposed in the body portion and configured to guide polysilicon fragments brought into the body portion; and a main light source for heating a bonding surface of the polysilicon fragments; and a plurality of auxiliary light sources for preliminarily heating a polysilicon fragment accommodated in the body portion, wherein the auxiliary light sources are distributed along the longitudinal extension of the body portion and along the length of the polysilicon fragments contained in the body portion. a body portion formed like a cylinder; a guide portion disposed in the body portion and configured to guide polysilicon fragments brought into the body portion; and a main light source for heating a bonding surface of the polysilicon fragments; and a plurality of auxiliary light sources for preliminarily heating a polysilicon fragment accommodated in the body portion, wherein the auxiliary light sources are distributed along the longitudinal extension of the body portion and along the length of the polysilicon fragments contained in the body portion.
A solar tile structure, comprising: a solar cell module and a tile , wherein the tile has a first side surface and a second side surface arranged oppositely in a thickness direction of the tile , the first side surface is provided with an embedding groove , and the solar cell module is embedded in the embedding groove ; and the tile is provided with a disassembly hole , and the disassembly hole is configured to enable the solar cell module to be detached from the embedding groove ; wherein the solar cell module comprises transparent glass , a cell pack and a back panel which are sequentially stacked in a direction from the first side surface to the second side surface, and two side surfaces of the cell pack in a thickness direction of the cell pack are respectively bonded to the transparent glass and the back panel ; the solar tile structure is characterized in that the cell pack has a positive cable and a negative cable , and the positive cable and the negative cable are located at a same end of the cell pack in a length direction of the cell pack ; and the disassembly hole is located at a position where one side wall of the embedding groove contacts the first side surface, said side wall extending along the length direction. the tile is provided with a disassembly hole , and the disassembly hole is configured to enable the solar cell module to be detached from the embedding groove ; wherein the solar cell module comprises transparent glass , a cell pack and a back panel which are sequentially stacked in a direction from the first side surface to the second side surface, and two side surfaces of the cell pack in a thickness direction of the cell pack are respectively bonded to the transparent glass and the back panel ; the solar tile structure is characterized in that the cell pack has a positive cable and a negative cable , and the positive cable and the negative cable are located at a same end of the cell pack in a length direction of the cell pack ; and the disassembly hole is located at a position where one side wall of the embedding groove contacts the first side surface, said side wall extending along the length direction.
An electrode comprising a current collector and a layer bonded to the current collector, the layer comprising solid electrode particles held in an electrode binder, the electrode binder comprising a photoinitiator, the electrode binder further including actinic radiation or electron beam crosslinked oligomeric and/or monomeric polymer precursors bonded to the current collector via actinic or electron beam radiation, the oligomeric and/or monomeric polymer precursors being selected from polyolefin precursors, derivatized cellulose precursors, polysulfide precursors, silicone precursors, or functionalized polyurethane precursors, and the precursors being water dispersible or water dissolvable oligomeric and/or monomeric polymer precursors.
A machine for the separative machining of a plate-shaped workpiece by means of a machining beam , having: a first movement device for moving the workpiece in a first direction (X), a second movement device for moving a machining head , which directs the machining beam onto the workpiece , along a second direction (Y), and two stationary workpiece bearing faces for bearing the workpiece , between which workpiece bearing faces there is formed a gap for the passage of the machining beam , characterized in that at least two movable support carriages are arranged between the two stationary workpiece bearing faces , which support carriages have in each case one workpiece bearing face for supporting workpiece parts which are cut during the cutting machining process, and in that those side edges of the workpiece bearing faces of the support carriages which face toward one another are oriented non-perpendicularly and non-parallel with respect to the first direction (X). a first movement device for moving the workpiece in a first direction (X), a second movement device for moving a machining head , which directs the machining beam onto the workpiece , along a second direction (Y), and two stationary workpiece bearing faces for bearing the workpiece , between which workpiece bearing faces there is formed a gap for the passage of the machining beam , characterized in that at least two movable support carriages are arranged between the two stationary workpiece bearing faces , which support carriages have in each case one workpiece bearing face for supporting workpiece parts which are cut during the cutting machining process, and in that those side edges of the workpiece bearing faces of the support carriages which face toward one another are oriented non-perpendicularly and non-parallel with respect to the first direction (X).
Appliance for processing foodstuffs with: a container which has walls that define a space within which food which is to be processed can be accommodated, and a working part which is located within the space and can be driven to process the food, wherein the space defined by the walls has a form which is, at least in part, substantially a spherical segment, also having ribs which are arranged on the wall of the container in such a way that they extend into the interior space, characterised in that the appliance has one or more inner bulges, the inner bulges extending between the ribs into the interior space of the container, wherein the inner bulges are flatter and less steep compared to the ribs. a container which has walls that define a space within which food which is to be processed can be accommodated, and a working part which is located within the space and can be driven to process the food, wherein the space defined by the walls has a form which is, at least in part, substantially a spherical segment, also having ribs which are arranged on the wall of the container in such a way that they extend into the interior space, characterised in that the appliance has one or more inner bulges, the inner bulges extending between the ribs into the interior space of the container, wherein the inner bulges are flatter and less steep compared to the ribs.
An electronic device comprising: a panel part ; a system control part operable to cause the panel part to display a setting screen (S111a) that is capable of receiving setting information , and operable to conduct a download (S110) of an individual operation history in correlation to a first setting item and an entire operation history in correlation to a second setting item from a management server according to a procedure of a setting assistance application program (S104) which has been downloaded from the management server and which is assigned to each user to assist the setting operation; a setting operation management part operable to manage the setting information included in the downloaded setting history; and a function part operable to execute a processing (S112) based on the setting information managed by the setting operation management part ; wherein said setting screen comprises a plurality of the setting items that correspond to the setting information, and the setting information includes, if being inputted from the setting screen, a content set by the setting assistance application program via the first setting item having an entry field and a content set by the setting assistance application program via the second setting item (losk) having selections. a panel part ; a system control part operable to cause the panel part to display a setting screen (S111a) that is capable of receiving setting information , and operable to conduct a download (S110) of an individual operation history in correlation to a first setting item and an entire operation history in correlation to a second setting item from a management server according to a procedure of a setting assistance application program (S104) which has been downloaded from the management server and which is assigned to each user to assist the setting operation; a setting operation management part operable to manage the setting information included in the downloaded setting history; and a function part operable to execute a processing (S112) based on the setting information managed by the setting operation management part ; wherein said setting screen comprises a plurality of the setting items that correspond to the setting information, and the setting information includes, if being inputted from the setting screen, a content set by the setting assistance application program via the first setting item having an entry field and a content set by the setting assistance application program via the second setting item (losk) having selections.
A method of conditioning mixed liquor in a membrane bioreactor comprising dispersing a treatment additive in the mixed liquor, wherein said treatment additive comprises a water soluble block copolymer, wherein the block copolymer contains two segments as shown in the following formula: - [E]-[D]- wherein E is poly(2-ethylhexyl acrylate) and D is a polymeric segment obtained from the polymerization of one or more water soluble monomers, wherein D has the formula: -[A] x -[J] y - wherein A is a nonionic monomer of the formula: wherein R 1 is hydrogen or a C 1 -C 3 alkyl group, J has the structure: and x is 0 or a positive integer and y is 0 or a positive integer. wherein E is poly(2-ethylhexyl acrylate) and D is a polymeric segment obtained from the polymerization of one or more water soluble monomers, wherein D has the formula: -[A] x -[J] y - wherein R 1 is hydrogen or a C 1 -C 3 alkyl group, J has the structure: and x is 0 or a positive integer and y is 0 or a positive integer.
A superconducting current limiting dipole (L1 to L15), the two terminals of which are formed by a first electrical connection terminal (T1) and a second electrical connection terminal (T2), this current limiting dipole comprising a superconducting conductor (F1 to F15) wound so as to form a two-wire coil extending in a single plane, a layer of insulator (E1 to E11, H1) being arranged between two turns of said coil, said superconducting conductor (F1 to F15) consisting of at least four separate superconducting cables (C1 to C12) wound in parallel and arranged in at least two pairs, each of the pairs being formed of two of said superconducting cables (C1 to C12), the superconducting cables (C1 to C12) being connected to one another so that the superconducting conductor extends in at least two outward and return paths between the periphery and the center of the coil while connecting the first electrical connection terminal (T1) to the second electrical connection terminal (T2).