mhurhangee/patent-ind-claim-en huggingface dataset:
A table frame, comprising: an upright , and a base stand mounted to a bottom of the upright and a connecting member , wherein one of the base stand or the upright is securely coupled with the connecting member , and the other thereof is provided with a locking bump ; the connecting member includes an insert-fitting rail and a locking slot provided in the insert-fitting rail ; the locking bump is sequentially inserted into the insert rail and slid to be snapped into the locking slot ; wherein the table frame further comprises an ejector member configured to eject the locking bump out of the locking slot , wherein the insert-fitting rail includes an insert rail and a detachment-proof rail , wherein the insert rail and the detachment-proof rail are intersected and communicated, and the locking slot is provided inside the detachment-proof rail , wherein the connecting member includes a cylindrical member, the insert rail and the detachment-proof rail are disposed at the circumferential side surface of the cylindrical member, the insert rail is arranged along the axial direction of the cylindrical member, the detachment-proof rail is arranged along the circumferential direction of the cylindrical member, and the locking bump is inserted into the insert rail along the axial direction of the connecting member and then circumferentially rotated to enter the detachment-proof rail .
Control apparatus for a wind power installation , designed to control the components (8-14) of the wind power installation during normal operation on the basis of input signals and to shut down the wind power installation when a stop signal is received from a shadow-casting module as an input signal, wherein periods of time in which inadmissible shadow-casting is possible are stored in the control apparatus directly and the control apparatus is designed to shut down the wind power installation in the periods of time stored in the control apparatus if the shadow-casting module fails or malfunctions, characterized in that the control apparatus is designed to receive a malfunction signal from the shadow-casting module so as, on receiving a corresponding signal, to shut down the wind power installation in the periods of time stored in the control apparatus .
Item , in particular for domestic and/or furnishing use, particularly a worktop or furniture unit , made up of at least one glass ceramic sheet and elements for its operation, at least one of said elements being positioned on a two-dimensional or three-dimensional mobile support coupled to a safety device, so that, when the support is in a first position, said element lies facing one face of the sheet at a distance of at most 10 cm from the sheet and can be activated, and, when the support is in a second position, obtained by a movement thereof, in which position at least one of the ends of the support is moved by, or lies at, a distance of at least 2 mm with respect to the sheet and perpendicular thereto and is moved by, or lies at, a distance of at least 5 cm with respect to its first position, said element is deactivated.
An apparatus for drilling curved and straight sections of a wellbore , comprising: a drilling assembly comprising a lower section and an upper section, the drilling assembly including a drill bit at an end of the lower section that is rotatable by a drive arranged in the upper section of the drilling assembly , the drilling assembly being connected with its upper section to a drill pipe that is rotatable from a surface location, wherein the drilling assembly further includes: a transmission configured to transmit a rotational movement of the drive to the drill bit ; and a deflection device between the upper section and the lower section that couples the upper section to the lower section , wherein the deflection device comprises a pivot member having a pivot member axis perpendicular to a longitudinal axis of the drilling assembly , the pivot member enabling a tilt of the lower section relative to the upper section about the pivot member axis when the drill pipe is rotationally stationary so that a curved section of the wellbore can be drilled through rotation of the drill bit by the drive; wherein rotating the drill pipe causes a reduction of the tilt between the upper section and the lower section to allow drilling of a straighter section of the wellbore . a transmission configured to transmit a rotational movement of the drive to the drill bit ; and a deflection device between the upper section and the lower section that couples the upper section to the lower section , wherein the deflection device comprises a pivot member having a pivot member axis perpendicular to a longitudinal axis of the drilling assembly , the pivot member enabling a tilt of the lower section relative to the upper section about the pivot member axis when the drill pipe is rotationally stationary so that a curved section of the wellbore can be drilled through rotation of the drill bit by the drive; wherein rotating the drill pipe causes a reduction of the tilt between the upper section and the lower section to allow drilling of a straighter section of the wellbore .
Detection system for detecting bottles and similar containers with the direct light method, wherein the bottles or similar containers exhibit container seams and/or embossings arranged on a container wall, wherein the detection system comprises a control unit , at least one illuminating unit , and at least one optical assembly with at least one camera , wherein the illuminating unit comprises a plurality of light sources arranged on several conductor paths , which are arranged above one another seen in a vertical direction of the illuminating unit, such that, by means of the light sources arranged in vertically aligned columns, in each case a stripe-shaped light beam can be projected as direct light onto a container wall region , wherein the light beams projected onto a container wall region in each case are spaced at a distance from one another, seen in an axial direction of the illuminating unit , wherein the light sources of each conductor path arranged in a vertical direction, seen in the axial direction are arranged one above the other without offset on this conductor path, wherein each vertical arranged column of light sources of the respective conductor path can be controlled by the control unit independently of the other columns in such a way that a light pattern can be projected from the vertically arranged columns onto the container wall region of an individual container , which is variably adjusted as a function of the surface properties, and with which adjacent columns of light sources are connected together to form light blocks, wherein the light blocks of the light pattern exhibit a greater axial distance from one another in comparison with a light pattern with all the actuated columns , wherein the vertically directed columns of light sources of each conductor path are actuated in such a way that a stripe pattern exhibiting an offset, seen in the axial direction, is projected from the light blocks onto the container wall region , in that individual light sources or a group of adjacent light sources of a vertically directed column can be switched on or off simultaneously with individual light sources , or with a group of light sources, horizontally adjacent to one another, of at least one adjacent column , wherein the control unit is further configured such that, by means of the stripe pattern and the at least one camera , first, independently of the contents and container colour, an absolutely exact position of the container seam and/or the embossing is determined, and, following this, an alignment of the bottle or of the container is made possible, such that a label can be applied at locations at which there is no container seam and no embossing present, and that the labelling of the aligned bottles and similar containers in a labelling machine is made possible, such that the label is arranged in a predetermined and repeatable position which is always oriented in the same way in respect of the container seams and/or embossings .
Lifting machine for tube bundles for heat exchangers, where each tube bundle comprises a plurality of parallel tubes whose ends are blocked by at least one tube plate and a plurality of diaphragms parallel to one another, where said lifting machine comprises: - a supporting frame with two ends and a central body having a main direction of development (x) parallel to the tubes of said tube bundle ; - first caliper type gripping means for said tube bundle , associated with the central body of said supporting frame , adapted to embrace said plurality of tubes in the area of said diaphragms ; - second filiform type gripping means for said tube bundle , associated with the two ends of said supporting frame (T), adapted to act on said tube bundle near the ends thereof, wherein said second filiform type gripping means comprise at least a first and a second inextensible cable ending with hooks , characterized in that it comprises: - motor means (M) adapted to feed a utility hydraulic circuit; - a hydraulic control unit (C), and in that said two ends of said supporting frame comprise a first and a second pair of beams and that said second filiform type gripping means comprise a first and a second pair of cables associated with said first and second pair of beams. - a supporting frame with two ends and a central body having a main direction of development (x) parallel to the tubes of said tube bundle ; - first caliper type gripping means for said tube bundle , associated with the central body of said supporting frame , adapted to embrace said plurality of tubes in the area of said diaphragms ; - second filiform type gripping means for said tube bundle , associated with the two ends of said supporting frame (T), adapted to act on said tube bundle near the ends thereof, wherein said second filiform type gripping means comprise at least a first and a second inextensible cable ending with hooks , characterized in that it comprises: - motor means (M) adapted to feed a utility hydraulic circuit; - a hydraulic control unit (C), - motor means (M) adapted to feed a utility hydraulic circuit; - a hydraulic control unit (C), and in that said two ends of said supporting frame comprise a first and a second pair of beams and that said second filiform type gripping means comprise a first and a second pair of cables associated with said first and second pair of beams.
A route attribute update method, wherein the method comprises: receiving , by a first network device, a message used for route policy distribution, RPD, from a second network device, wherein the message comprises a route policy, the route policy comprises a match condition field and an action field, the match condition field carries one or more target features, and the action field carries one or more route attributes; obtaining , by the first network device, a border gateway protocol, BGP, route; and updating , by the first network device, a route attribute of the BGP route based on the one or more route attributes if route information of the BGP route matches the one or more target features, wherein the action field carries one or more of the following route attributes: a community attribute, an extended community attribute, a large community attribute, a next-hop address, a local preference, a peer identifier, and an accumulative interior gateway protocol metric value, characterized in that the action field carries at least the accumulative interior gateway protocol metric value. receiving , by a first network device, a message used for route policy distribution, RPD, from a second network device, wherein the message comprises a route policy, the route policy comprises a match condition field and an action field, the match condition field carries one or more target features, and the action field carries one or more route attributes; obtaining , by the first network device, a border gateway protocol, BGP, route; and updating , by the first network device, a route attribute of the BGP route based on the one or more route attributes if route information of the BGP route matches the one or more target features, wherein the action field carries one or more of the following route attributes: a community attribute, an extended community attribute, a large community attribute, a next-hop address, a local preference, a peer identifier, and an accumulative interior gateway protocol metric value, characterized in that the action field carries at least the accumulative interior gateway protocol metric value. a community attribute, an extended community attribute, a large community attribute, a next-hop address, a local preference, a peer identifier, and an accumulative interior gateway protocol metric value, characterized in that the action field carries at least the accumulative interior gateway protocol metric value.
A method for controlling a lighting system using a lighting control console, digital adjusting commands being generated in the lighting control console, said digital adjusting commands being transmitted to lighting devices of the lighting system via data links, one light effect in each case being able to be generated by actuating the lighting devices, and at least one adjustable lighting device being able to be adjusted using at least one actuator in order to be able to move towards different predefined positions of the adjustable lighting device, and the lighting control console comprising a pre-programmed lighting programme having several programme steps which are to be executed consecutively, comprising the following move in black steps: a) switching off the adjustable lighting device under programme control such that the adjustable lighting device generates no light effect; b) driving the actuator of the adjustable lighting device under programme control for adjusting the adjustable lighting device and for moving towards the next predefined position of the adjustable lighting device; c) switching on the adjustable lighting device under programme control for generating the light effect in the position to which it has been moved, characterised in that an acoustic parameter is assigned to each of the several programme steps which are to be executed consecutively, said acoustic parameter characterising the noise sensitivity of the respectively assigned programme step; and step b) is carried out as a function of a result of a comparison of the compared acoustic parameters, the respective acoustic parameters of all programme steps lying between method step a) and method step c) being compared with each other, and a preferred programme step being determined, the preferred programme step having the acoustic parameter with the lowest noise sensitivity and the adjustment of the lighting device being carried out in the preferred programme step. a) switching off the adjustable lighting device under programme control such that the adjustable lighting device generates no light effect; b) driving the actuator of the adjustable lighting device under programme control for adjusting the adjustable lighting device and for moving towards the next predefined position of the adjustable lighting device; c) switching on the adjustable lighting device under programme control for generating the light effect in the position to which it has been moved,
Compressor unit for a refrigeration system using a refrigerant, wherein the compressor unit comprises a centrifugal compressor for compressing the refrigerant, wherein the compressor has a discharge outlet for discharging the compressed refrigerant; and a check valve (1; 100; 301a), wherein an inlet of the check valve (1; 100; 301a) is in fluid connection with the discharge outlet of the compressor ; characterized in that the check valve (1; 100; 301a) is a nozzle check valve including a damping mechanism (41, 50; 50, 141), wherein a closing parameter of the check valve (1; 100; 301a) is between 50 s/m 2 and 2000 s/m 2 , wherein the closing parameter is a closing time of the check valve (1; 100; 301a) divided by a port area of the check valve (1; 100; 301a). a centrifugal compressor for compressing the refrigerant, wherein the compressor has a discharge outlet for discharging the compressed refrigerant; and a check valve (1; 100; 301a), wherein an inlet of the check valve (1; 100; 301a) is in fluid connection with the discharge outlet of the compressor ; characterized in that the check valve (1; 100; 301a) is a nozzle check valve including a damping mechanism (41, 50; 50, 141), wherein a closing parameter of the check valve (1; 100; 301a) is between 50 s/m 2 and 2000 s/m 2 , wherein the closing parameter is a closing time of the check valve (1; 100; 301a) divided by a port area of the check valve (1; 100; 301a).
An indoor unit for an air conditioner, comprising: a housing comprising an upper base plate provided with an air inlet , a lower base plate detachably mounted to the upper base plate and provided with an air outlet, and a front cover detachably mounted to the upper base plate; a heat exchanger mounted to the upper base plate; a fan detachably mounted to the lower base plate; and a guide assembly (a14) configured to guide the lower base plate when mounting and dismounting the lower base plate, characterized in that the indoor unit further comprises a middle supporter having a first end mounted to the upper base plate and a second end mounted to the lower base plate . a housing comprising an upper base plate provided with an air inlet , a lower base plate detachably mounted to the upper base plate and provided with an air outlet, and a front cover detachably mounted to the upper base plate; a heat exchanger mounted to the upper base plate; a fan detachably mounted to the lower base plate; and a guide assembly (a14) configured to guide the lower base plate when mounting and dismounting the lower base plate, characterized in that the indoor unit further comprises a middle supporter having a first end mounted to the upper base plate and a second end mounted to the lower base plate .
An image forming apparatus comprising: at least one latent image carrier ; an image forming unit to form a toner image on the at least one latent image carrier based on image data; a transfer body onto which the toner image formed on the at least one latent image carrier is transferred in one or more valid image ranges; a non-image range determiner to determine a non-image range on a surface of the transfer body onto which the toner image is not transferred; a surface detector to detect the surface of the transfer body in the non-image range; and a toner determiner to determine whether or not toner is present in the non-image range based on a result detected by the surface detector , wherein the surface detector is a density detector to detect a toner density on the surface of the transfer body , wherein the toner determiner is configured to compare a value detected in the non-image range by the surface detector to a reference value to determine whether or not toner is present in the non-image range wherein the reference value is a preset toner density value stored in a reference value storage in the image forming apparatus , wherein multiple detection ranges of the surface detector are provided on the transfer body in a direction perpendicular to a direction of rotation of the transfer body , characterized in that the image forming apparatus further comprises a malfunction determiner to identify a type of malfunction based on the number of the detection ranges in which presence of toner is determined. at least one latent image carrier ; an image forming unit to form a toner image on the at least one latent image carrier based on image data; a transfer body onto which the toner image formed on the at least one latent image carrier is transferred in one or more valid image ranges; a non-image range determiner to determine a non-image range on a surface of the transfer body onto which the toner image is not transferred; a surface detector to detect the surface of the transfer body in the non-image range; and a toner determiner to determine whether or not toner is present in the non-image range based on a result detected by the surface detector , wherein the surface detector is a density detector to detect a toner density on the surface of the transfer body , wherein the toner determiner is configured to compare a value detected in the non-image range by the surface detector to a reference value to determine whether or not toner is present in the non-image range wherein the reference value is a preset toner density value stored in a reference value storage in the image forming apparatus , wherein multiple detection ranges of the surface detector are provided on the transfer body in a direction perpendicular to a direction of rotation of the transfer body , characterized in that the image forming apparatus further comprises a malfunction determiner to identify a type of malfunction based on the number of the detection ranges in which presence of toner is determined.
A method for data encapsulation, characterized by comprising: encapsulating, according to a common public radio interface, CPRI, line bit rate at a receiving end, a frame corresponding to the CPRI into a blocky frame combination in a front-haul transport network, FTN, encapsulation mode, wherein the blocky frame combination comprises at least one blocky frame, each blocky frame has a fixed frame length of 256 words, and each word comprises a frame overhead byte and a frame payload byte, and wherein data content in each blocky frame is data content of the frame corresponding to the CPRI, transmitted by a CPRI rate corresponding to the CPRI line bit rate of Option 1.