mhurhangee/patent-ind-claim-en huggingface dataset:
A system consisting of a fume filter device and a cooktop for extracting and filtering cooking fumes underneath a cooktop plane of a piece of kitchen furniture , comprising at least one closable inlet opening for cooking fume in the cooktop plane, wherein said inlet opening is assigned to the close vicinity of the cooktop and communicates with an air conveying unit , wherein the fume filter device comprises a cleaning container , into which the inlet opening leads and in which a grease separating unit is arranged, through which the cooking fume can flow, and wherein the cleaning container has an outlet opening for degreased air and an outlet for separated grease and a cleaning fluid in a bottom region , characterized in that the cleaning container is provided with at least one injection point for the cleaning fluid , and in that the fume filter device comprises a fluid module for a grease-dissolving cleaning fluid , wherein the fluid module comprises a fluid container , a heater for heating the cleaning fluid , a pump and a supply line for cleaning fluid leading to the at least one injection point on the grease separating unit , into which the heated cleaning fluid is injected.
A slide rail assembly , comprising: a rail member having a longitudinal body , the longitudinal body being arranged with an installation hole ; and a mounting structure configured to be inserted into the installation hole of the rail member ; wherein one of the rail member and the mounting structure comprises a first blocking feature, and the other one of the rail member and the mounting structure comprises a second blocking feature and a third blocking feature, the first blocking feature is arranged between the second blocking feature and the third blocking feature; wherein a transverse width is defined between the second blocking feature and the third blocking feature; wherein a thickness of the first blocking feature is smaller than the transverse width, and the rail member and the mounting structure are transversely movable relative to each other within a limited range through arranging the first blocking feature between the second blocking feature and the third blocking feature; wherein the rail member comprises the second blocking feature and the third blocking feature, the mounting structure comprises a supporting part and a connecting part , the supporting part comprises the first blocking feature, and the supporting part has a through hole; wherein the connecting part is configured to be inserted into the installation hole of the rail member and the through hole of the supporting part . a rail member having a longitudinal body , the longitudinal body being arranged with an installation hole ; and a mounting structure configured to be inserted into the installation hole of the rail member ; wherein one of the rail member and the mounting structure comprises a first blocking feature, and the other one of the rail member and the mounting structure comprises a second blocking feature and a third blocking feature, the first blocking feature is arranged between the second blocking feature and the third blocking feature; wherein a transverse width is defined between the second blocking feature and the third blocking feature; wherein a thickness of the first blocking feature is smaller than the transverse width, and the rail member and the mounting structure are transversely movable relative to each other within a limited range through arranging the first blocking feature between the second blocking feature and the third blocking feature; wherein the rail member comprises the second blocking feature and the third blocking feature, the mounting structure comprises a supporting part and a connecting part , the supporting part comprises the first blocking feature, and the supporting part has a through hole; wherein the connecting part is configured to be inserted into the installation hole of the rail member and the through hole of the supporting part .
A dose setting operation member for a mechanism for a drug delivery device, comprising: - a central opening with a periphery , and - at least one protruding element arranged on the periphery and extending into the opening , - wherein the opening is surrounded by a protruding rim arranged on the periphery , characterized in that - the protruding rim is interrupted along the periphery by at least one gap , - the at least one protruding element is arranged opposite the at least one gap , - the at least one protruding element and the protruding rim are arranged on different levels with respect to the periphery of the opening , and - either only one gap is provided or the gaps are arranged such that any rotation of the dose setting operation member that keeps the opening in place and maps each of the gaps on one of the gaps comprises an integer multiple of 360° which means that the pattern of the gaps does not comprise a symmetry that would allow a rotation of the dose setting operation member different from an integer multiple of 360° around a central axis encircled by the periphery of the opening to map the complete pattern of gaps onto itself. - a central opening with a periphery , and - at least one protruding element arranged on the periphery and extending into the opening , - wherein the opening is surrounded by a protruding rim arranged on the periphery , characterized in that - the protruding rim is interrupted along the periphery by at least one gap , - the at least one protruding element is arranged opposite the at least one gap , - the at least one protruding element and the protruding rim are arranged on different levels with respect to the periphery of the opening , and - either only one gap is provided or the gaps are arranged such that any rotation of the dose setting operation member that keeps the opening in place and maps each of the gaps on one of the gaps comprises an integer multiple of 360° which means that the pattern of the gaps does not comprise a symmetry that would allow a rotation of the dose setting operation member different from an integer multiple of 360° around a central axis encircled by the periphery of the opening to map the complete pattern of gaps onto itself.
A lens drive apparatus (10; 10A) for use in a small camera module, which is configured to displace a lens holder (24; 24A) in a direction (Z) of an optical axis (O) and first and second directions (X, Y) orthogonal to the optical axis (O) and to each other, the lens drive apparatus (10; 10A), characterized by comprising: an assembly (24, 28; 24A, 28A), which is formed by assembling the lens holder (24; 24A) together with a plurality of magnets (28; 28A) disposed around the lens holder (24; 24A) and together with a guide member (21, 34; 32A, 34A) configured to guide the lens holder (24; 24A) such that the lens holder (24; 24A) can move with respect to the plurality of magnets (28; 28A) in the direction of the optical axis (O); a drive section which is configured to rock the assembly in the first and second directions (X, Y) by the plurality of magnets (28; 28A) and a plurality of coils (18; 18A) disposed at a position facing the plurality of magnets (28; 28A) in collaboration with each other; a plurality of rocking support members (16; 16A) configured to support the assembly (24, 28; 24A, 28A) such that the assembly (24, 28; 24A, 28A) can rock in the first and second directions (X, Y); a housing (14, 42; 14A, 42A) that has a base (14; 14A) and a cover (42; 42A) that are configured to house the assembly; and a plurality of Hall devices (50; 50A), disposed on the base (14; 14A) at a position shifted in the direction (Z) of the optical axis (O) with respect to the plurality of magnets (28; 28A), configured to detect positions of the plurality of magnets (28; 28A) in the first and second directions (X, Y). an assembly (24, 28; 24A, 28A), which is formed by assembling the lens holder (24; 24A) together with a plurality of magnets (28; 28A) disposed around the lens holder (24; 24A) and together with a guide member (21, 34; 32A, 34A) configured to guide the lens holder (24; 24A) such that the lens holder (24; 24A) can move with respect to the plurality of magnets (28; 28A) in the direction of the optical axis (O); a drive section which is configured to rock the assembly in the first and second directions (X, Y) by the plurality of magnets (28; 28A) and a plurality of coils (18; 18A) disposed at a position facing the plurality of magnets (28; 28A) in collaboration with each other; a plurality of rocking support members (16; 16A) configured to support the assembly (24, 28; 24A, 28A) such that the assembly (24, 28; 24A, 28A) can rock in the first and second directions (X, Y); a housing (14, 42; 14A, 42A) that has a base (14; 14A) and a cover (42; 42A) that are configured to house the assembly; and a plurality of Hall devices (50; 50A), disposed on the base (14; 14A) at a position shifted in the direction (Z) of the optical axis (O) with respect to the plurality of magnets (28; 28A), configured to detect positions of the plurality of magnets (28; 28A) in the first and second directions (X, Y).
A method for producing a terminal-equipped wire in which a crimping portion of a terminal is crimped to an exposed core part of an end part of a wire , comprising: a) a step of arranging the exposed core part in the crimping portion ; and b) a step of sandwiching a part (A) of the crimping portion between a lower die surface of a lower die and an upper die surface of an upper die and crimping the part (A) of the crimping portion to the exposed core part , wherein a length of the upper die surface in a longitudinal direction is shorter than a length of a crimping piece of the crimping portion in the longitudinal direction; characterized by c) a step of pressing, from above, a front end part (P1) of the crimping portion protruding in the longitudinal direction from the upper die surface , by a lower end surface (811; 8110) of a terminal pressing member (81; 810) moved toward the lower die , wherein the lower end surface (811; 8110) of the terminal pressing member (81; 810) is a flat surface perpendicular to the moving direction of the terminal pressing member (81; 810), and the lower end surface (811; 8110) is formed at a position shifted upward from the upper die surface in the moving direction of the terminal pressing member (81; 810). a) a step of arranging the exposed core part in the crimping portion ; and b) a step of sandwiching a part (A) of the crimping portion between a lower die surface of a lower die and an upper die surface of an upper die and crimping the part (A) of the crimping portion to the exposed core part , wherein a length of the upper die surface in a longitudinal direction is shorter than a length of a crimping piece of the crimping portion in the longitudinal direction; characterized by c) a step of pressing, from above, a front end part (P1) of the crimping portion protruding in the longitudinal direction from the upper die surface , by a lower end surface (811; 8110) of a terminal pressing member (81; 810) moved toward the lower die , wherein the lower end surface (811; 8110) of the terminal pressing member (81; 810) is a flat surface perpendicular to the moving direction of the terminal pressing member (81; 810), and the lower end surface (811; 8110) is formed at a position shifted upward from the upper die surface in the moving direction of the terminal pressing member (81; 810).
A female housing comprising: a first holding portion configured to hold first female terminals for power supply; a second holding portion adjacent to the first holding portion , formed as one unitary piece with the first holding portion , and configured to hold second female terminals for communication; characterized in that a conductive shield layer configured to separate the first holding portion from the second holding portion , wherein the female housing includes a main member into which the first female terminals and the second female terminals are inserted, and a holding member configured to be engaged with the main member to hold the first female terminals , the holding member includes a partition wall configured to separate the first holding portion from the second holding portion , and the shield layer is provided on the partition wall . a first holding portion configured to hold first female terminals for power supply; a second holding portion adjacent to the first holding portion , formed as one unitary piece with the first holding portion , and configured to hold second female terminals for communication; characterized in that a conductive shield layer configured to separate the first holding portion from the second holding portion , wherein the female housing includes a main member into which the first female terminals and the second female terminals are inserted, and a holding member configured to be engaged with the main member to hold the first female terminals , the holding member includes a partition wall configured to separate the first holding portion from the second holding portion , and the shield layer is provided on the partition wall .
A damping device for use in an operating nuclear reactor, the device comprising: a piston configured to attach to a first component in the operating nuclear reactor; and a housing capturing the piston and configured to attach to a second component in the operating nuclear reactor, the housing being divided into first and second fluid chambers by a head of the piston , the housing including at least one fluid passage configured to permit a coolant fluid in the operating nuclear reactor to pass into and/or out of the first and second fluid chambers to the environment surrounding the damping device so as to damp movement between the piston and housing , the piston and the housing fabricated of a material substantially maintaining its physical properties in the operating nuclear reactor. a piston configured to attach to a first component in the operating nuclear reactor; and a housing capturing the piston and configured to attach to a second component in the operating nuclear reactor, the housing being divided into first and second fluid chambers by a head of the piston , the housing including at least one fluid passage configured to permit a coolant fluid in the operating nuclear reactor to pass into and/or out of the first and second fluid chambers to the environment surrounding the damping device so as to damp movement between the piston and housing , the piston and the housing fabricated of a material substantially maintaining its physical properties in the operating nuclear reactor.
An apparatus operable for a wireless communication system in which a shared data channel, SDCH, is used for communication to terminals, the apparatus comprising: means configured for increasing orthogonal resources allocated for an acknowledgement channel, ACKCH, for a given user terminal as resources allocated to a shared data channel, SDCH, for the given user terminal increase, the orthogonal resources being orthogonal in frequency, code or time domains; and means configured for capping the number of resources allocated for the ACKCH for the given user to a dynamically determined or predetermined amount of resources such that, whereby multiple users are scheduled to use all the resources of the SDCH, there is still unallocated resources since the resources for the given user are capped. means configured for increasing orthogonal resources allocated for an acknowledgement channel, ACKCH, for a given user terminal as resources allocated to a shared data channel, SDCH, for the given user terminal increase, the orthogonal resources being orthogonal in frequency, code or time domains; and means configured for capping the number of resources allocated for the ACKCH for the given user to a dynamically determined or predetermined amount of resources such that, whereby multiple users are scheduled to use all the resources of the SDCH, there is still unallocated resources since the resources for the given user are capped.
A microcontroller comprising a first integrated circuit configured to receive power from a power supply comprising a second integrated circuit via at least one power input terminal and wherein at least one communication terminal provides for communication between the microcontroller and the power supply, wherein the microcontroller is configured to provide for encrypted communication between the power supply and the microcontroller based on a pre-shared encryption key, the encrypted communication configured to provide for authentication of the identity of the power supply and, if the power supply passes the authentication, the microcontroller is configured to operate in a normal mode and receive said power from the power supply, and if the power supply fails authentication, the microcontroller is configured to enter a tamper mode, wherein said microcontroller is configured to request a change to the power provided by the power supply using said encrypted communication and said authentication of the power supply is based on a determination by the microcontroller that the requested change in power has been received over the power supply line.
Apparatus for moving devices such as lifting tables, roller blinds, awnings or the like, comprising a drive , for producing a rotary movement, an adjusting device , which is to be arranged on a device and has an adjusting element which is rotatable about an adjusting axis and is coupled to the drive, a sensor device with a first sensor, designed as an angle sensor, for receiving sensor data for determining the position of the device , and a control device , which is designed for activating the drive in dependence on the sensor data, wherein the sensor device comprises at least one first indicating element , which is at least pivotably mounted about a first indicating axis , differing from the adjusting axis , and is coupled to the adjusting element , and the first sensor is designed for measuring the angular position of the first indicating element , wherein the sensor device comprises at least one second indicating element , which is at least pivotably mounted about a second indicating axis , differing from the first indicating axis , is coupled to the adjusting element and assigned to which is a second sensor, comprised by the sensor device , for receiving sensor data for determining the position of the device , wherein all of the indicating elements are designed as a gearwheel and have different pitch circle diameters , wherein the ratio of the pitch circle diameter of adjacent indicating elements lies between 1/2 and 2 and the numbers of teeth of the indicating elements have no common prime factors, characterized in that the sensor device comprises at least one third indicating element , which is at least pivotably mounted about a third indicating axis , differing from the first and the second indicating axis , is coupled to the adjusting element and assigned to which is a third sensor, comprised by the sensor device , for receiving sensor data for determining the position of the device .
Labeling device for a stretch-film packaging machine , comprising a robot having delta kinematics, at least two articulated arms (16a-16c) which each have a first and a second arm portion which are mutually interconnected in an articulated manner, the articulated arms in each case being connected in an articulated manner at a first end to a robot base and at a second end to a platform of a receiving device to be moved for receiving a label, and the articulated arms being pivotable on the robot base about a relevant axis of rotation and being driven in each case by a motor (22a-22c) which is fixedly attached to the robot base , characterized in that the receiving device has a base plate and a ram for receiving the label, in that the ram comprises a fixed part which is mounted on the base plate and cannot be displaced with respect to the base plate in the longitudinal direction (LA) of the ram , and a part of the ram that can be moved in the fixed part in the longitudinal direction (LA) of the ram and has a front end for receiving a label, in that the ram has a mechanical pressure controller for interrupting a negative pressure in the ram , which negative pressure is used to receive the label, and in that the movable part of the ram can be displaced in the direction of the longitudinal axis (LA) of the ram through the fixed part of the ram in the direction of the base plate into a retracted position , the movable part of the ram having an opening , the opening being covered in a gas-tight manner by the fixed part of the ram in an extended position of the movable part of the ram for receiving the label, and not being covered by the fixed part of the ram in the retracted position of the movable part of the ram . the receiving device has a base plate and a ram for receiving the label, in that the ram comprises a fixed part which is mounted on the base plate and cannot be displaced with respect to the base plate in the longitudinal direction (LA) of the ram , and a part of the ram that can be moved in the fixed part in the longitudinal direction (LA) of the ram and has a front end for receiving a label, in that the ram has a mechanical pressure controller for interrupting a negative pressure in the ram , which negative pressure is used to receive the label, and in that the movable part of the ram can be displaced in the direction of the longitudinal axis (LA) of the ram through the fixed part of the ram in the direction of the base plate into a retracted position , the movable part of the ram having an opening , the opening being covered in a gas-tight manner by the fixed part of the ram in an extended position of the movable part of the ram for receiving the label, and not being covered by the fixed part of the ram in the retracted position of the movable part of the ram .