mhurhangee/patent-ind-claim-en huggingface dataset:
Coating method for coating components with a nozzle applicator (2; 14, 15) having a plurality of nozzles , in particular for applying a paint, an adhesive, an insulating agent, a sealing agent or a primer, characterized in that the nozzle applicator (2; 14, 15) is selectively operated a) with a large area coating performance, in particular for area coating, wherein the nozzle applicator (2; 14, 15) operates in a jet mode for coating with the large area coating performance, with a coating agent jet which is connected in the longitudinal direction of the coating agent jet , in contrast to a droplet jet which consists of droplets which are separated from one another in the longitudinal direction of the droplet jet , or b) with a small area coating performance, especially for detail coating, wherein the nozzle applicator (2; 14, 15) operates in a droplet mode for coating with the small area coating performance, with a droplet jet , which consists of droplets which are separated from one another in the longitudinal direction of the droplet jet , in contrast to the coating agent jet , which is connected in the longitudinal direction of the coating agent jet . a) with a large area coating performance, in particular for area coating, wherein the nozzle applicator (2; 14, 15) operates in a jet mode for coating with the large area coating performance, with a coating agent jet which is connected in the longitudinal direction of the coating agent jet , in contrast to a droplet jet which consists of droplets which are separated from one another in the longitudinal direction of the droplet jet , or b) with a small area coating performance, especially for detail coating, wherein the nozzle applicator (2; 14, 15) operates in a droplet mode for coating with the small area coating performance, with a droplet jet , which consists of droplets which are separated from one another in the longitudinal direction of the droplet jet , in contrast to the coating agent jet , which is connected in the longitudinal direction of the coating agent jet .
A curtain , comprising: a screen ; one or more fasteners arranged along the screen, wherein the one or more fasteners are configured for attaching the curtain to an object and wherein an upper edge of the screen extends to an elevation above the one or more fasteners; and multiple struts arranged along the screen, wherein each of the multiple struts extends along less than an entire length of the screen but at least between a point approximately level with at least one of the one or more fasteners to an elevation at least 61 cm (24 inches) below the one or more fasteners; characterized in that : (i) the multiple struts extend to an elevation above the one or more fasteners; or (ii) the curtain further comprises one or more additional struts arranged along the screen that are distinct from the multiple struts , wherein longitudinal dimensions of the one or more additional struts extend longitudinally to one or more elevations above the one or more fasteners. a screen ; one or more fasteners arranged along the screen, wherein the one or more fasteners are configured for attaching the curtain to an object and wherein an upper edge of the screen extends to an elevation above the one or more fasteners; and multiple struts arranged along the screen, wherein each of the multiple struts extends along less than an entire length of the screen but at least between a point approximately level with at least one of the one or more fasteners to an elevation at least 61 cm (24 inches) below the one or more fasteners; characterized in that : (i) the multiple struts extend to an elevation above the one or more fasteners; or (ii) the curtain further comprises one or more additional struts arranged along the screen that are distinct from the multiple struts , wherein longitudinal dimensions of the one or more additional struts extend longitudinally to one or more elevations above the one or more fasteners. (i) the multiple struts extend to an elevation above the one or more fasteners; or (ii) the curtain further comprises one or more additional struts arranged along the screen that are distinct from the multiple struts , wherein longitudinal dimensions of the one or more additional struts extend longitudinally to one or more elevations above the one or more fasteners.
A cooked caramel-coated food piece composition comprising about 40 to about 95 weight percent food piece, and about 5 to about 60 weight percent cooked caramel coating over at least a portion of the food piece, wherein the cooked caramel coating has sucrose crystallinity of greater than 40 percent, and comprises a sweet oil coating.
Shelf for mounting of an electrical device within a rack , comprising a bottom portion , a left and a right attachment portion connected to the bottom portion and adapted for mounting the shelf on vertical posts of the rack, further comprising a right and a left guide portion on opposite sides of the bottom portion , characterized in that the bottom portion has at a rear side two ground lugs that are configured so as to form a rear stop which prevents the electrical device from being excessively pushed into the shelf wherein each ground lug is provided with a ground screw that is captively held in the ground lug and wherein each ground screw is configured so that a ground connection is established between the electrical device and the shelf when the electrical device is placed in its position on the shelf and when the ground screw is tightened.
A radio key for an entry system for a motor vehicle, with a receiving circuit having at least three LF receiver coils for receiving low frequency signals, wherein the LF receiver coils are trained in different spatial directions, a central control circuit with a microcontroller, which control circuit is coupled to the receiver circuit , wherein the control circuit is able to assume various operating states, of which at least one operating state is a reduced energy idle state and one operating state is an active operating state, wherein the receiver circuit is designed to wake the control circuit from the reduced energy idle state when a signal is received via the LF receiver coils, characterized in that the receiver circuit is designed to perform a decoding of the signals only until the central control circuit with the microcontroller has been woken, and the central control circuit with the microcontroller is designed in such manner that after waking from the idle state it actuates the receiver circuit to forward the received data stream which is not decoded, wherein the microcontroller decodes the data stream which has not been decoded by executing a program externally to the receiver circuit.
A conveyor for aligning rod-shaped articles (A), each rod-shaped article (A) comprising a plurality of particles or fibres having a given transverse size or a filling material, wherein the conveyor comprises a succession of flutes moved along a feed path (P) and configured to hold respective rod-shaped articles or groups of rod-shaped articles (A), wherein the flutes are oriented perpendicularly to the feed path (P), and wherein the conveyor has, at least for each flute , at least one abutment portion , disposed at a respective end of the flute to define an abutment surface for one end of the rod-shaped article or group of rod-shaped articles (A) housed in the flute , the abutment portion being provided with at least one suction zone to hold the end of the rod-shaped article or group of rod-shaped articles (A) by suction against the abutment portion ; characterized in that the suction zone is defined by a plurality of suction perforations , connected or connectable to a negative pressure source and whose transverse size is smaller than 1 mm.
A sample imaging apparatus comprising: a housing that forms a closed space; a sample loading door that is capable of being opened and closed; a transparent tray on which a sample is placed in the housing ; a plane light source , which propagates light emitted by a light emitting element in a plane direction, so as to illuminate the sample with illumination light through the tray in the housing ; a lens that is disposed in the housing so as to face the plane light source with the tray interposed between the lens and the plane light source and is used for imaging the sample; an imaging control unit that is adapted to adjust a focal length of the lens and to perform imaging in a case of imaging the single sample; and a control unit configured to integrally control each part of the sample imaging apparatus , wherein the control unit is configured to provide a live view mode, in which the plane light source is turned off and a moving image of the sample placed on the tray is captured, wherein, in a case where the sample loading door is opened and the tray is set, the control unit is configured to execute the live view mode until the sample loading door is closed, wherein the plane light source is formed by using a flat light guide plate , wherein the housing includes a filter turret that has a plurality of filters (61-68) for limiting a wavelength used for imaging by being inserted between the sample and the lens , and wherein the control unit is configured to stop driving of the filter turret in a case where the sample loading door is opened. a housing that forms a closed space; a sample loading door that is capable of being opened and closed; a transparent tray on which a sample is placed in the housing ; a plane light source , which propagates light emitted by a light emitting element in a plane direction, so as to illuminate the sample with illumination light through the tray in the housing ; a lens that is disposed in the housing so as to face the plane light source with the tray interposed between the lens and the plane light source and is used for imaging the sample; an imaging control unit that is adapted to adjust a focal length of the lens and to perform imaging in a case of imaging the single sample; and a control unit configured to integrally control each part of the sample imaging apparatus , wherein the control unit is configured to provide a live view mode, in which the plane light source is turned off and a moving image of the sample placed on the tray is captured, wherein, in a case where the sample loading door is opened and the tray is set, the control unit is configured to execute the live view mode until the sample loading door is closed, wherein the plane light source is formed by using a flat light guide plate , wherein the housing includes a filter turret that has a plurality of filters (61-68) for limiting a wavelength used for imaging by being inserted between the sample and the lens , and wherein the control unit is configured to stop driving of the filter turret in a case where the sample loading door is opened.
A blank for producing a three-dimensional structure of paper, cardboard or plastic, in particular a package or the like, including at least three lateral surfaces as well as at least one bottom and/or cover tab for forming the three-dimensional structure in a folded state of the blank , wherein at least two of the lateral surfaces and/or at least one of the lateral surfaces having the bottom and/or cover tab are connected to each other by means of at least one mechanically produced creasing line , wherein the mechanically produced creasing line is produced without ablation or other removal of material of the blank , characterized in that at least one groove produced by means of a laser is formed within at least one of the lateral surfaces connected by means of the creasing line , wherein the groove is formed extending at an angle to the creasing line and impinges on or intersects it. wherein the mechanically produced creasing line is produced without ablation or other removal of material of the blank , characterized in that at least one groove produced by means of a laser is formed within at least one of the lateral surfaces connected by means of the creasing line , wherein the groove is formed extending at an angle to the creasing line and impinges on or intersects it.
Powder application unit for a powder bed-based laser melting system , PBLM system, wherein the powder application unit comprises an application medium which is mounted to be movable in parallel with a working plane of the PBLM system in order to be able to move powder along the working plane, wherein a distance of the application medium to the working plane can be changed in that the application medium is mounted to be pivotable about a pivot axis (S) in order to be able to pivot the application medium away from the working plane, characterised in that the powder application unit comprises a means for pivoting the application medium which is configured and able to co-operate with the application medium such that the application medium is initially not pivoted in a working position during forward travel so that during forward travel powder arranged upstream of the application medium in the direction of travel (F) can be moved in the direction of travel (F) in order to apply a first powder layer to a construction platform arranged beneath the working plane, is then pivotable with respect to the working position during the continued forward travel along a predetermined path so that excess powder which is arranged upstream of the application medium in the direction of travel (F) after applying the first powder layer can be travelled over, and is not pivoted in the working position during an opposite return travel along the predetermined path so that during the return travel the excess powder arranged upstream of the application medium in a direction of travel (F) opposite the forward travel can be moved in the opposite direction of travel (F) in order to apply a second powder layer to the construction platform.
A spindle motor, comprising an electric motor with a rotor which is connected to a threaded spindle whose thread engages a thread of a spindle nut connected to a piston rod , wherein the spindle nut with piston rod is axially guided in a first housing part , wherein a guide part is connected to the spindle nut and the piston rod for the purpose of axial guiding, wherein the threaded spindle is mounted, via a bearing , in a second housing part connected to the first housing part , characterized in that a cooling channel , running in a circumferential direction, is formed in the second housing part , wherein the cooling channel is axially bounded toward the electric motor by means of a cover , wherein a first seal is provided between the spatial region of the electric motor and the spatial region in which the spindle nut is arranged, wherein the first seal is in the form of a shaft sealing ring having its seat in the cover , wherein the housing part has a seat for receiving the bearing of the threaded spindle , wherein the running surface of the shaft sealing ring is provided at the threaded spindle , wherein the cover is screwed to the housing part , wherein the screws are arranged on a hole circle with a first diameter or on a hole circle with a second diameter, wherein a further seal is arranged between the second housing part and the cover . comprising an electric motor with a rotor which is connected to a threaded spindle whose thread engages a thread of a spindle nut connected to a piston rod , wherein the spindle nut with piston rod is axially guided in a first housing part , wherein a guide part is connected to the spindle nut and the piston rod for the purpose of axial guiding, wherein the threaded spindle is mounted, via a bearing , in a second housing part connected to the first housing part , characterized in that a cooling channel , running in a circumferential direction, is formed in the second housing part , wherein the cooling channel is axially bounded toward the electric motor by means of a cover , wherein a first seal is provided between the spatial region of the electric motor and the spatial region in which the spindle nut is arranged, wherein the first seal is in the form of a shaft sealing ring having its seat in the cover , wherein the housing part has a seat for receiving the bearing of the threaded spindle , wherein the running surface of the shaft sealing ring is provided at the threaded spindle , wherein the cover is screwed to the housing part , wherein the screws are arranged on a hole circle with a first diameter or on a hole circle with a second diameter, wherein a further seal is arranged between the second housing part and the cover .
An indication information receiving method, performed by a second station equipped with a wake-up receiver, wherein the method comprises: receiving indication information from a first station, wherein the indication information is used to indicate any one of an operating channel, an operating band, or an operating channel and an operating band of the wake-up receiver; and changing an operating channel or an operating band of the wake-up receiver according to content of the indication information, so that the wake-up receiver works on the indicated operating channel or the indicated operating band; wherein before receiving the indication information, the method further comprises: receiving from the first station a request message for requesting the second station to provide a channel information; measuring channels according to the request message; and sending to the first station the measured channel information responding to the request message; wherein the channel information comprises at least one of the following information: channel state information CSI of the operating channels or the operating bands that are selectable by the wake-up receiver; a channel quality sequence of the operating channels or the operating bands that are selectable by the wake-up receiver; or a number of one or more operating channels or operating bands that the wake-up receiver recommends a first station to change to. receiving indication information from a first station, wherein the indication information is used to indicate any one of an operating channel, an operating band, or an operating channel and an operating band of the wake-up receiver; and changing an operating channel or an operating band of the wake-up receiver according to content of the indication information, so that the wake-up receiver works on the indicated operating channel or the indicated operating band; wherein before receiving the indication information, the method further comprises: receiving from the first station a request message for requesting the second station to provide a channel information; measuring channels according to the request message; and sending to the first station the measured channel information responding to the request message; wherein the channel information comprises at least one of the following information: receiving from the first station a request message for requesting the second station to provide a channel information; measuring channels according to the request message; and sending to the first station the measured channel information responding to the request message; wherein the channel information comprises at least one of the following information: channel state information CSI of the operating channels or the operating bands that are selectable by the wake-up receiver; a channel quality sequence of the operating channels or the operating bands that are selectable by the wake-up receiver; or a number of one or more operating channels or operating bands that the wake-up receiver recommends a first station to change to.
A spray nozzle assembly for producing an oscillating spray discharge, the spray nozzle assembly comprising: a nozzle body ; a liquid inlet passage in the nozzle body that converges via an inwardly converging conical section that defines a liquid inlet orifice ; an expansion chamber in the nozzle body that communicates in a downstream direction with the liquid inlet orifice ; an exit orifice in the nozzle body that communicates in the downstream direction with the expansion chamber ; a pair of longitudinal veins (28 a , 28 b ) and a pair of outwardly disposed feedback passages (30 a , 30 b ) in the expansion chamber , each vein (28 a , 28 b ) defining a respective downstream orifice (31 a , 31 b ) to a respective one of the feedback passages (30 a , 30 b ) adjacent the exit orifice and a respective upstream orifice (32 a , 32 b ) adjacent said liquid inlet orifice characterized by ; said nozzle body comprising first and second nozzle parts that are supported in opposed relation to each other and which each has a plurality of planar separating surfaces ; said planar separating surfaces of said first and second nozzle parts each including a raised planar separating surface and a recessed planar separating surface with the raised planar separating surface being raised relative to the recessed planar separating surface and said recessed planar separating surface of each of the first and second nozzle parts supporting a respective one of said longitudinal veins (28 a , 28 b ). a nozzle body ; a liquid inlet passage in the nozzle body that converges via an inwardly converging conical section that defines a liquid inlet orifice ; an expansion chamber in the nozzle body that communicates in a downstream direction with the liquid inlet orifice ; an exit orifice in the nozzle body that communicates in the downstream direction with the expansion chamber ; a pair of longitudinal veins (28 a , 28 b ) and a pair of outwardly disposed feedback passages (30 a , 30 b ) in the expansion chamber , each vein (28 a , 28 b ) defining a respective downstream orifice (31 a , 31 b ) to a respective one of the feedback passages (30 a , 30 b ) adjacent the exit orifice and a respective upstream orifice (32 a , 32 b ) adjacent said liquid inlet orifice characterized by ; said nozzle body comprising first and second nozzle parts that are supported in opposed relation to each other and which each has a plurality of planar separating surfaces ; said planar separating surfaces of said first and second nozzle parts each including a raised planar separating surface and a recessed planar separating surface with the raised planar separating surface being raised relative to the recessed planar separating surface and said recessed planar separating surface of each of the first and second nozzle parts supporting a respective one of said longitudinal veins (28 a , 28 b ).