mhurhangee/patent-ind-claim-en huggingface dataset:
A mold material mixture for producing casting molds and cores for metal processing, comprising at least a) a refractory mold base material; b) water glass as an inorganic binder; and c) at least one particulate metal oxide, wherein the particulate metal oxide comprises or consists of - at least one aluminum oxide in the alpha phase and/or - at least one aluminum /silicon mixed oxide, other than aluminum /silicon mixed oxides with layered silicate structure. a) a refractory mold base material; b) water glass as an inorganic binder; and c) at least one particulate metal oxide, wherein the particulate metal oxide comprises or consists of - at least one aluminum oxide in the alpha phase and/or - at least one aluminum /silicon mixed oxide, other than aluminum /silicon mixed oxides with layered silicate structure. - at least one aluminum oxide in the alpha phase and/or - at least one aluminum /silicon mixed oxide, other than aluminum /silicon mixed oxides with layered silicate structure.
Connection device for connecting a tubular connector that defines a longitudinal direction and is provided with an annular collar to an apparatus comprising a passage , the connection device comprising: - a connection end fitting connecting to the passage of the apparatus , the connection end fitting being formed of a tubular body and a head mounted thereon provided with an opening leading into the tubular body and comprising a retaining groove , the head comprising at least one notch leading into the retaining groove ; - a flexible ring-shaped lock intended to be partially housed in the retaining groove , the lock being provided with at least one lug extending radially toward the center of the lock and with at least one longitudinal indexing piece connected to the lug and intended to be housed in the notch of the groove , the flexible lock being deformable and the lugs being able to close on the tubular connector after the collar passes through when the tubular connector is inserted longitudinally into the connection end fitting ; - an unlocking ring provided with a collar intended to be inserted into the connection end fitting , the collar being provided with unlocking elements intended to interact with the indexing pieces of the flexible lock to force its opening when the unlocking ring is rotated. - a connection end fitting connecting to the passage of the apparatus , the connection end fitting being formed of a tubular body and a head mounted thereon provided with an opening leading into the tubular body and comprising a retaining groove , the head comprising at least one notch leading into the retaining groove ; - a flexible ring-shaped lock intended to be partially housed in the retaining groove , the lock being provided with at least one lug extending radially toward the center of the lock and with at least one longitudinal indexing piece connected to the lug and intended to be housed in the notch of the groove , the flexible lock being deformable and the lugs being able to close on the tubular connector after the collar passes through when the tubular connector is inserted longitudinally into the connection end fitting ; - an unlocking ring provided with a collar intended to be inserted into the connection end fitting , the collar being provided with unlocking elements intended to interact with the indexing pieces of the flexible lock to force its opening when the unlocking ring is rotated.
A method performed in a processor of a computing device, comprising: receiving an optional command from an optional command request device; determining whether the optional command can be implemented; terminating the optional command in response to determining that the optional command cannot be implemented, wherein terminating the optional command comprises preventing the optional command from being forwarded to a device along an optional command transaction path; and transmitting , to the optional command request device, an optional command no data response in response to determining that the optional command cannot be implemented. receiving an optional command from an optional command request device; determining whether the optional command can be implemented; terminating the optional command in response to determining that the optional command cannot be implemented, wherein terminating the optional command comprises preventing the optional command from being forwarded to a device along an optional command transaction path; and transmitting , to the optional command request device, an optional command no data response in response to determining that the optional command cannot be implemented.
A compound selected from: and or a pharmaceutically acceptable salt or solvate thereof.
Method for testing at least one electronic assembly , comprising: a. Providing: i. at least one electronic assembly , 1. wherein said electronic assembly comprises at least n magnetic storage cells , and 2. wherein n is a natural number starting with 1, corresponding to positive integers, i.e. n = 1, 2, 3, ...; and ii. at least one testing device with n read-write electronics , 1. wherein said read-write electronics are adapted to said at least one said storage cell - ; b. Arranging said testing device above said electronic assembly so that each of said read-write electronics is located without contact on top of one respective storage cell - ; c. Writing at least one of said storage cells by means of said testing device - ; d. Triggering subsequently said electronic assembly to operate for at least one single system clock pulse; and e. Reading out at least said storage cell by means of said testing device - . a. Providing: i. at least one electronic assembly , 1. wherein said electronic assembly comprises at least n magnetic storage cells , and 2. wherein n is a natural number starting with 1, corresponding to positive integers, i.e. n = 1, 2, 3, ...; and ii. at least one testing device with n read-write electronics , 1. wherein said read-write electronics are adapted to said at least one said storage cell - ; i. at least one electronic assembly , 1. wherein said electronic assembly comprises at least n magnetic storage cells , and 2. wherein n is a natural number starting with 1, corresponding to positive integers, i.e. n = 1, 2, 3, ...; and 1. wherein said electronic assembly comprises at least n magnetic storage cells , and 2. wherein n is a natural number starting with 1, corresponding to positive integers, i.e. n = 1, 2, 3, ...; and ii. at least one testing device with n read-write electronics , 1. wherein said read-write electronics are adapted to said at least one said storage cell - ; 1. wherein said read-write electronics are adapted to said at least one said storage cell - ; b. Arranging said testing device above said electronic assembly so that each of said read-write electronics is located without contact on top of one respective storage cell - ; c. Writing at least one of said storage cells by means of said testing device - ; d. Triggering subsequently said electronic assembly to operate for at least one single system clock pulse; and e. Reading out at least said storage cell by means of said testing device - .
A safety stop valve arrangement of a hydraulic blade pitch system of a wind turbine, comprising - an accumulator arrangement connected over a hydraulic line to a piston of the hydraulic blade pitch system ; - a redundant set of safety valves (V1) arranged between the accumulator arrangement and the piston; - a small-orifice restriction nozzle (N1) arranged to determine a first rate of hydraulic fluid flow in response to a safety stop input (STP1); - at least one speed-select valve (V2); and - at least one large-orifice restriction nozzle (N2, N2A, N2B) arranged to determine a second rate of hydraulic fluid flow in response to a rotor acceleration input (STP2), wherein the second rate of fluid flow is faster than the first rate of fluid flow. - an accumulator arrangement connected over a hydraulic line to a piston of the hydraulic blade pitch system ; - a redundant set of safety valves (V1) arranged between the accumulator arrangement and the piston; - a small-orifice restriction nozzle (N1) arranged to determine a first rate of hydraulic fluid flow in response to a safety stop input (STP1); - at least one speed-select valve (V2); and - at least one large-orifice restriction nozzle (N2, N2A, N2B) arranged to determine a second rate of hydraulic fluid flow in response to a rotor acceleration input (STP2), wherein the second rate of fluid flow is faster than the first rate of fluid flow.
A reversible chair, comprising two articulated portions with respect to a support , both articulated portions being able to be placed in a first position, wherein the articulated portion is in a substantially vertical position, and in a second position, wherein the articulated portion is in a substantially horizontal position, said chair further comprising two stop plates , each of which is joined in rotation to one of the two articulated portions , characterized in that said stop plates are separated from each other when the two articulated portions are in the first position and are in contact with each other when one of the articulated portions is in the second position.
A hybrid refrigeration system for a transportation refrigeration vehicle, comprising: a first refrigeration device for regulating a temperature of a cargo box of the transportation refrigeration vehicle, wherein the first refrigeration device is a liquid nitrogen based refrigeration device; and a second refrigeration device for regulating the temperature of the cargo box of the transportation refrigeration vehicle, wherein the second refrigeration device is a mechanical refrigeration device; a controller connected to the first refrigeration device and the second refrigeration device; wherein, the controller is configured to determine whether a difference between the temperature of the cargo box and a set temperature is greater than or equal to a first threshold when receiving a refrigeration demand for the cargo box; if so, start the first refrigeration device alone or start both the first refrigeration device and the second refrigeration device simultaneously; and if not, start the second refrigeration device alone. a first refrigeration device for regulating a temperature of a cargo box of the transportation refrigeration vehicle, wherein the first refrigeration device is a liquid nitrogen based refrigeration device; and a second refrigeration device for regulating the temperature of the cargo box of the transportation refrigeration vehicle, wherein the second refrigeration device is a mechanical refrigeration device; a controller connected to the first refrigeration device and the second refrigeration device; wherein, the controller is configured to determine whether a difference between the temperature of the cargo box and a set temperature is greater than or equal to a first threshold when receiving a refrigeration demand for the cargo box; if so, start the first refrigeration device alone or start both the first refrigeration device and the second refrigeration device simultaneously; and if not, start the second refrigeration device alone.
A machine for dispensing a beverage , such as a beverage prepared from a capsule containing a beverage ingredient, comprising: - an external housing having an external front face and optionally at least one of: one or more external lateral side faces ; an external rear face ; an external top face ; and an external bottom face ; - a beverage outlet located on the external front face ; - a user-receptacle support body movable between a first position for placing on a upper placement surface of the body a short user-receptacle under the outlet and a second position for placing a large user-receptacle under the outlet , optionally said first and second positions being located in front of the external front face ; and - a connection means for connecting the user-receptacle support body to the external front face , the user-receptacle support body having a connector that is connected or connectable to the connection means to maintain the user-receptacle body in the first and second positions, and for instance to guide the user-receptacle body from the first position into the second position and vice versa, characterised in that the connection means has a direction that extends generally along a bottom part of the external front face so that the user-receptacle support body is movable with its connector in connection with the connection means from the first position into the second position and vice versa along said direction extending along the bottom part , optionally the direction of the connection means extending on: - the bottom part of the external front face ; and/or - a front area formed by a machine foot projecting in front of the bottom part of the external front face and extending along the external front face . - an external housing having an external front face and optionally at least one of: one or more external lateral side faces ; an external rear face ; an external top face ; and an external bottom face ; - a beverage outlet located on the external front face ; - a user-receptacle support body movable between a first position for placing on a upper placement surface of the body a short user-receptacle under the outlet and a second position for placing a large user-receptacle under the outlet , optionally said first and second positions being located in front of the external front face ; and - a connection means for connecting the user-receptacle support body to the external front face , - the bottom part of the external front face ; and/or - a front area formed by a machine foot projecting in front of the bottom part of the external front face and extending along the external front face .
Chain wheel comprising a body and protrusions extending outward along the periphery of the body for receiving links of a chain , said protrusions are spring-mounted independently of each other in a peripheral direction relative to the body, characterised in that the protrusions are connected releasably to the body .
A fiber optic panel assembly , comprising: a ceiling , a bottom cover , and two opposing sides defining an interior opening therein; and a sliding tray disposed in the interior opening , and a mounting bracket disposed in the interior opening , wherein selected fiber optic modules are engaged with and vertically disposed in the sliding tray characterized in that non-selected fiber optic modules are engaged with the mounting bracket , wherein the sliding tray is configured to pull out the selected fiber optic modules while maintaining the non-selected fiber optic modules unmoved, wherein every other fiber optic module is staggered in a depth direction with respect to an adjacent fiber optic module disposed in the interior opening . a ceiling , a bottom cover , and two opposing sides defining an interior opening therein; and a sliding tray disposed in the interior opening , and a mounting bracket disposed in the interior opening , wherein selected fiber optic modules are engaged with and vertically disposed in the sliding tray characterized in that non-selected fiber optic modules are engaged with the mounting bracket , wherein the sliding tray is configured to pull out the selected fiber optic modules while maintaining the non-selected fiber optic modules unmoved, wherein every other fiber optic module is staggered in a depth direction with respect to an adjacent fiber optic module disposed in the interior opening .
A three-dimensional 3D, memory device , comprising: a substrate; a plurality of memory strings arranged along a first lateral direction (X) and a second lateral direction (Y) in a plan view, wherein each of the plurality of memory strings extending vertically above the substrate in a memory region ; a plurality of bit lines extending along the second lateral direction over the plurality of memory strings , the plurality of bit lines being parallel with one another; and a cut structure overlapping with at least one of the plurality of memory strings in the plan view and dividing the plurality of memory strings into a first portion (410-1) and a second portion (410-2) along the second lateral direction, wherein a number of bit lines above at least one of the plurality of memory strings is at least three, wherein the first portion (410-1) and the second portion (410-2) of the plurality of memory strings comprise a same number of string rows along the second lateral direction (Y) and a same number of string columns along the first lateral direction (X); and each one of the plurality of bit lines is electrically connected to one memory string in the first portion (410-1) and another memory string in the second portion (410-2); and the first portion (410-1) and the second portion (410-2) of the plurality of memory strings have the same arrangement of memory strings, an upper semiconductor plug formed at an upper portion of memory string as drain of the memory string, wherein the upper semiconductor plug is recessed back into the memory string. a substrate; a plurality of memory strings arranged along a first lateral direction (X) and a second lateral direction (Y) in a plan view, wherein each of the plurality of memory strings extending vertically above the substrate in a memory region ; a plurality of bit lines extending along the second lateral direction over the plurality of memory strings , the plurality of bit lines being parallel with one another; and a cut structure overlapping with at least one of the plurality of memory strings in the plan view and dividing the plurality of memory strings into a first portion (410-1) and a second portion (410-2) along the second lateral direction, wherein a number of bit lines above at least one of the plurality of memory strings is at least three, wherein the first portion (410-1) and the second portion (410-2) of the plurality of memory strings comprise a same number of string rows along the second lateral direction (Y) and a same number of string columns along the first lateral direction (X); and each one of the plurality of bit lines is electrically connected to one memory string in the first portion (410-1) and another memory string in the second portion (410-2); and the first portion (410-1) and the second portion (410-2) of the plurality of memory strings have the same arrangement of memory strings, an upper semiconductor plug formed at an upper portion of memory string as drain of the memory string, wherein the upper semiconductor plug is recessed back into the memory string.
Sealing arrangement for an internal combustion engine for sealing at least one interface of an oil pan assembly , comprising: an O-ring for sealing a first interface between an upper edge portion of the oil pan assembly and a bottom side of an engine casing , wherein the O-ring has the same cross-section over its entire extension and extends in a plane formed by the first interface ; and at least one molded seal for sealing a second interface between two connectable parts of the engine , wherein the molded seal comprises two seal end portions comprising sealing areas to be sealingly connected to the O-ring . an O-ring for sealing a first interface between an upper edge portion of the oil pan assembly and a bottom side of an engine casing , wherein the O-ring has the same cross-section over its entire extension and extends in a plane formed by the first interface ; and at least one molded seal for sealing a second interface between two connectable parts of the engine , wherein the molded seal comprises two seal end portions comprising sealing areas to be sealingly connected to the O-ring .
Electrode device for a capacitive sensor device, comprising - a first electrode structure (ESI) with at least one transmitting electrode (SE) and at least one receiving electrode (EE), and - a second electrode structure with at least one field sensing electrode (FE), wherein: - in a first operation mode (BM1), the at least one transmitting electrode (SE) is configured to receive a first alternating electrical signal (WS1) and a first electric signal (SI) is tapped from the at least one receiving electrode (EE), and - in a second operation mode (BM2), the least one transmitting electrode (SE) is configured to receive a first alternating electrical signal, the at least one receiving electrode (EE) of the first electrode structure is configured to receive a second alternating electrical signal, wherein the first and second alternating signals may be identical, and a second electric signal (S2) is tapped from the at least one field sensing electrode (FE). - a first electrode structure (ESI) with at least one transmitting electrode (SE) and at least one receiving electrode (EE), and - a second electrode structure with at least one field sensing electrode (FE), wherein: - in a first operation mode (BM1), the at least one transmitting electrode (SE) is configured to receive a first alternating electrical signal (WS1) and a first electric signal (SI) is tapped from the at least one receiving electrode (EE), and - in a second operation mode (BM2), the least one transmitting electrode (SE) is configured to receive a first alternating electrical signal, the at least one receiving electrode (EE) of the first electrode structure is configured to receive a second alternating electrical signal, wherein the first and second alternating signals may be identical, and a second electric signal (S2) is tapped from the at least one field sensing electrode (FE).
A base assembly for a dryer, the base assembly comprising: an air duct shell having a cavity , wherein the cavity is suitable for accommodating a heat exchanger; and a connection base having a channel in communication with the cavity , the connection base being detachably disposed at a side of the air duct shell , characterised in that one of the connection base and the air duct shell has a sealing groove , and the other of the connection base and the air duct shell has a sealing rib engaged in the sealing groove to seal a connection between the air duct shell and the connection base ; wherein the one of the connection base and the air duct shell has a first protruding rib and a second protruding rib that are spaced apart from each other in an arrangement direction of the air duct shell and the connection base ; and the sealing groove is located between the first protruding rib and the second protruding rib ; and wherein the other of the connection base and the air duct shell has a positioning groove close to the sealing rib ; and one of the first protruding rib and the second protruding rib is inserted into the positioning groove . characterised in that one of the connection base and the air duct shell has a sealing groove , and the other of the connection base and the air duct shell has a sealing rib engaged in the sealing groove to seal a connection between the air duct shell and the connection base ; wherein the one of the connection base and the air duct shell has a first protruding rib and a second protruding rib that are spaced apart from each other in an arrangement direction of the air duct shell and the connection base ; and the sealing groove is located between the first protruding rib and the second protruding rib ; and wherein the other of the connection base and the air duct shell has a positioning groove close to the sealing rib ; and one of the first protruding rib and the second protruding rib is inserted into the positioning groove .