mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: an image capture device ; and a controller ; a computer readable storage medium on which is stored instructions that are to cause the controller to: receive, from the image capture device , an image of a testing agent deposited in a testing pattern onto an area of a layer of build materials on which fusing agent has been deposited, wherein the fusing agent has a radiation absorbing property, and in a pattern which is discernable from the deposited fusing agent and the build materials in the captured image, wherein the layer of build materials is to form a section of a three-dimensional printed part; and determine a condition of the deposited testing pattern in the received image, wherein the determined condition is to be used to determine a quality level of the layer of build materials based upon the determined condition. an image capture device ; and a controller ; a computer readable storage medium on which is stored instructions that are to cause the controller to: receive, from the image capture device , an image of a testing agent deposited in a testing pattern onto an area of a layer of build materials on which fusing agent has been deposited, wherein the fusing agent has a radiation absorbing property, and in a pattern which is discernable from the deposited fusing agent and the build materials in the captured image, wherein the layer of build materials is to form a section of a three-dimensional printed part; and determine a condition of the deposited testing pattern in the received image, wherein the determined condition is to be used to determine a quality level of the layer of build materials based upon the determined condition. receive, from the image capture device , an image of a testing agent deposited in a testing pattern onto an area of a layer of build materials on which fusing agent has been deposited, wherein the fusing agent has a radiation absorbing property, and in a pattern which is discernable from the deposited fusing agent and the build materials in the captured image, wherein the layer of build materials is to form a section of a three-dimensional printed part; and determine a condition of the deposited testing pattern in the received image, wherein the determined condition is to be used to determine a quality level of the layer of build materials based upon the determined condition.
A use of a metal complex as an emitter, the metal complex including a ligand L 1 having the formula: wherein R 1 , R 2 , R 3 , and R 4 are independently selected from group consisting of alkyl, cycloalkyl, aryl, and heteroaryl; wherein at least one of R 1 , R 2 , R 3 , and R 4 has at least two C; wherein R 5 is selected from group consisting of hydrogen, deuterium, halide, alkyl, cycloalkyl, heteroalkyl, arylalkyl, alkoxy, aryloxy, amino, silyl, alkenyl, cycloalkenyl, heteroalkenyl, alkynyl, aryl, heteroaryl, acyl, carbonyl, carboxylic acids, ester, nitrile, isonitrile, sulfanyl, sulfinyl, sulfonyl, phosphino, and combinations thereof; wherein the first ligand L 1 is coordinated to a metal M having an atomic number greater than 40. wherein R 1 , R 2 , R 3 , and R 4 are independently selected from group consisting of alkyl, cycloalkyl, aryl, and heteroaryl; wherein at least one of R 1 , R 2 , R 3 , and R 4 has at least two C; wherein R 5 is selected from group consisting of hydrogen, deuterium, halide, alkyl, cycloalkyl, heteroalkyl, arylalkyl, alkoxy, aryloxy, amino, silyl, alkenyl, cycloalkenyl, heteroalkenyl, alkynyl, aryl, heteroaryl, acyl, carbonyl, carboxylic acids, ester, nitrile, isonitrile, sulfanyl, sulfinyl, sulfonyl, phosphino, and combinations thereof; wherein the first ligand L 1 is coordinated to a metal M having an atomic number greater than 40.
A flow-type particle analyzer for measuring the excitation spectrum of fluorescent particles in a fluid stream, comprising: a) an excitation light source that emits a collimated broad-spectrum excitation light beam, b) excitation optics that focuses and directs the excitation light beam onto a detection region in said fluid stream, wherein said excitation optics include a dispersion element that disperses the spectrum of the excitation light beam, and wherein said dispersion element is oriented such that the resulting spectrum of continuously varying wavelengths is dispersed over the detection region of said fluid stream, such that a particle flowing through said detection region will traverse the dispersed spectrum of the excitation light beam through varying wavelengths; and c) detection optics that measure light emitted from particles in the detection region. a) an excitation light source that emits a collimated broad-spectrum excitation light beam, b) excitation optics that focuses and directs the excitation light beam onto a detection region in said fluid stream, wherein said excitation optics include a dispersion element that disperses the spectrum of the excitation light beam, and wherein said dispersion element is oriented such that the resulting spectrum of continuously varying wavelengths is dispersed over the detection region of said fluid stream, such that a particle flowing through said detection region will traverse the dispersed spectrum of the excitation light beam through varying wavelengths; and c) detection optics that measure light emitted from particles in the detection region.
A bogie of a rail vehicle comprising at least two wheelsets mounted in axle boxes and at least one cross beam , the axle boxes of a wheelset being connected in an articulated manner to the cross beam via two axle levers so that the axle levers form an H shape with the axle boxes and the cross beam , that the cross beam has at least two torsion bars arranged parallel to the axles of the wheelsets , characterized in that the torsion bars have at least one area in which they are connected in a rotationally fixed manner to the cross beam , and that the torsion bars have spring levers such that the end portion, not connected to the torsion bar 5, of the spring lever acts on the axle box .
A surface maintenance machine , comprising: a body ; wheels for supporting the body for movement over a surface; a pair of brooms housed in a sweep chamber configured to draw particulate on the surface to the front of the pair of brooms inwardly toward the surface maintenance machine ; and a skirt assembly generally surrounding the pair of brooms to form a vacuum passage to fluidly isolate the sweep chamber from an exterior of the surface maintenance machine , the skirt assembly comprising side skirts and a rear skirt , the rear skirt being positioned to the rear of the pair of brooms when the machine is moving in a generally forward direction, characterized in that the skirt assembly does not surround the pair of brooms on the front of the pair of brooms , and in that the particulate on the surface to the front of the pair of brooms are drawn toward the surface maintenance machine due to air currents generated during the rotation of the pair of brooms . a body ; wheels for supporting the body for movement over a surface; a pair of brooms housed in a sweep chamber configured to draw particulate on the surface to the front of the pair of brooms inwardly toward the surface maintenance machine ; and a skirt assembly generally surrounding the pair of brooms to form a vacuum passage to fluidly isolate the sweep chamber from an exterior of the surface maintenance machine , the skirt assembly comprising side skirts and a rear skirt , the rear skirt being positioned to the rear of the pair of brooms when the machine is moving in a generally forward direction, characterized in that the skirt assembly does not surround the pair of brooms on the front of the pair of brooms , and in that the particulate on the surface to the front of the pair of brooms are drawn toward the surface maintenance machine due to air currents generated during the rotation of the pair of brooms .
Fixing system for screening machines and/or setting machines for fastening exchangeable screen lining segments and/or exchangeable wear protection elements in or on a screening machine or setting machine having exchangeable screen lining segments and/or exchangeable wear protection elements and having at least one frame receiving the screen lining segments and/or supporting the wear protection elements, characterised in that for fixing a screen lining segment and/or a wear protection element at least one adapter is fixed to the frame , wherein the adapter has at least one magnet , wherein the magnet interacts with at least one ferromagnetic coupling element arranged in a vibration-proof manner in the screen lining segment and/or wear protection element and thus creates a magnetic connection between the adapter and the screen lining segment and/or wear protection element and wherein the one or several ferromagnetic coupling elements is/are cast in each screen lining segment and/or each wear protection element.
A method for wireless communication, comprising: receiving at a user equipment, UE, over an unlicensed radio frequency spectrum band an indication of a time window associated with a transmission of a synchronization signal; and monitoring the unlicensed radio frequency spectrum band during a periodic fixed subframe location within the time window to receive the synchronization signal from a base station. receiving at a user equipment, UE, over an unlicensed radio frequency spectrum band an indication of a time window associated with a transmission of a synchronization signal; and monitoring the unlicensed radio frequency spectrum band during a periodic fixed subframe location within the time window to receive the synchronization signal from a base station.
A method of operating a wireless device , wherein the wireless device is operable in either a wideband communication mode or a narrowband communication mode so as to communicate over either wideband channels or narrowband channels, the method comprising: sending , by the wireless device to an access point , an indication to the access point that the wireless device is to transition between the wideband communication mode and the narrowband communication mode; and exchanging, between the wireless device and the access point, first rate sets including a plurality of respectively supported rates for communication over the wideband channel, and second rate sets including a plurality of respectively supported rates for communication over the narrowband channel, and determining, based on the exchanged sets, rates for communicating data that are mutually supported by the wireless device and the access point. sending , by the wireless device to an access point , an indication to the access point that the wireless device is to transition between the wideband communication mode and the narrowband communication mode; and exchanging, between the wireless device and the access point, first rate sets including a plurality of respectively supported rates for communication over the wideband channel, and second rate sets including a plurality of respectively supported rates for communication over the narrowband channel, and determining, based on the exchanged sets, rates for communicating data that are mutually supported by the wireless device and the access point.
A method for manufacturing a housing , characterized by : providing a preformed housing , wherein the preformed housing comprises a body , a sidewall connected to the edge of the body , and a decoration film disposed on the body and a portion of the sidewall , the other portion of the sidewall is exposed from the decoration film , the body comprises a first surface , the sidewall comprises a second surface , the second surface extends from the first surface , the first surface and the second surface are non-coplanar, the second surface comprises an inclined surface and an extending surface , the inclined surface is directly connected to the first surface and tilts away from the first surface , the extending surface is directly connected to the inclined surface and tilt to a bottom of the body , an included angle between the inclined surface and the first surface is less than 90 degrees, an angle of the extending surface and the first surface is larger than an angle of the inclined surface and the first surface , and the exposed portion of the sidewall comprises the extending surface and a portion of the inclined surface ; and forming a decoration layer on the exposed portion of the sidewall by a surface processing treatment, wherein the decoration layer has an appearance matched with the decoration film and is connected to the decoration film smoothly. providing a preformed housing , wherein the preformed housing comprises a body , a sidewall connected to the edge of the body , and a decoration film disposed on the body and a portion of the sidewall , the other portion of the sidewall is exposed from the decoration film , the body comprises a first surface , the sidewall comprises a second surface , the second surface extends from the first surface , the first surface and the second surface are non-coplanar, the second surface comprises an inclined surface and an extending surface , the inclined surface is directly connected to the first surface and tilts away from the first surface , the extending surface is directly connected to the inclined surface and tilt to a bottom of the body , an included angle between the inclined surface and the first surface is less than 90 degrees, an angle of the extending surface and the first surface is larger than an angle of the inclined surface and the first surface , and the exposed portion of the sidewall comprises the extending surface and a portion of the inclined surface ; and forming a decoration layer on the exposed portion of the sidewall by a surface processing treatment, wherein the decoration layer has an appearance matched with the decoration film and is connected to the decoration film smoothly.
Tap for pressurised fluid, with or without integrated pressure regulator, comprising a body housing a fluid circuit having an upstream end intended to be connected to a pressurised fluid reserve and a downstream end intended to be connected to a user device at the level of an outlet connector , the circuit comprising a member for controlling the flow in the circuit such as a valve, the member for controlling the flow being controlled by a control mechanism comprising a mobile control member which can be actuated manually, the control member being and mounted mobile on the body of the tap between an idle position wherein the member for controlling the flow is maintained in a first state corresponding to a first flow value in the circuit and an active position wherein the control member displaces the member for controlling the flow in a second state corresponding to a second flow value in the circuit , the tap comprising a connection detector member situated at the level of the outlet connector or adjacently to the outlet connector and configured to detect a connection at the level of the outlet connector , the tap further comprising a device for neutralising the control mechanism connected to the connection detector member and configured to prevent the passage of the member for controlling the flow from its first state to its second state as long as the connection detector member does not detect a connection at the level of the outlet connector , and in that the neutralisation device comprises an axis for locking the control member mounted mobile in or on the body of the tap between a first position and a second position, in its first position, the locking axis preventing the displacement of the control member from its idle position to its active position, i.e. the control member is blocked in its idle position, in its second position, the locking axis enabling the displacement of the control member from its idle position to its active position, and in that the connection detector member engages with the locking axis to displace the latter from its first position to its second position when a connection is detected at the level of the outlet connector .
A vessel for master alloying, the vessel comprising: a crucible including a composite of at least two materials selected from a group consisting of alumina, calcia, yttria, erbia, gadolinia, magnesia, hafnia, and zirconia in a composition that has better resistance to reaction with hafnium from a molten hafnium-containing alloy than a nominal crucible composition of 70wt% magnesia and 30wt% alumina; wherein the composite is selected from the following: a binary composite of yttria and alumina which includes greater than 10wt% of yttria; a binary composite of yttria and zirconia which includes 6-9wt% of yttria; a ternary composite of yttria, zirconia and one of alumina and magnesia which includes 6-9wt% of yttria.
A shaft assembly of a wind turbine , the shaft assembly comprising: a shaft body defining a cavity therein and a load path for transmitting a load generated by the wind turbine in response to wind; an inner body disposed within the cavity and coupled to the shaft body , the inner body being non-loadbearing with respect to the load, wherein the shaft body and the inner body are concentric and have a synchronized rate of rotation about an axis; and at least one sensor coupled to the inner body and positioned within the cavity for detecting a deflection of the shaft body in response to the load. a shaft body defining a cavity therein and a load path for transmitting a load generated by the wind turbine in response to wind; an inner body disposed within the cavity and coupled to the shaft body , the inner body being non-loadbearing with respect to the load, wherein the shaft body and the inner body are concentric and have a synchronized rate of rotation about an axis; and at least one sensor coupled to the inner body and positioned within the cavity for detecting a deflection of the shaft body in response to the load.
Bottle cap for axially fitting onto a mouth region of a bottle having a mouth opening in a fitting direction (AR), the bottle cap having a lateral region for enclosing the mouth region and a closing region for closing the mouth opening , the lateral region having an inner wall with catching means which are used to catch mating catching means on the mouth region of the bottle , with at least the inner wall being elastically expandable in the radial direction at least partially by means of the mating catching means or the catching means during the fitting of the bottle cap onto the mouth region , the catching means and the mating catching means interacting in such a way that the bottle cap can be pulled off from the mouth region counter to the fitting direction (AR) only by means of a limited rotary movement of the bottle cap relative to the mouth region about an opening angle of rotation, the catching means and/or the mating catching means having an elongate geometry, and the mating catching means being catching projections, characterised in that the catching means are catching depressions and the inner wall has an inner diameter (D i ), the catching projections having apexes that protrude furthest from the mouth region in the radial direction and lie on an apex circle having an outer diameter (D a ) which is greater than the inner diameter (D i ), the catching depressions each having a first end facing the closing region and a second end facing away from the closing region , and at least the second end being closed so that the catching depressions and the catching projections engage in one another in a form-fitting manner and can thus hold the bottle cap on the mouth region .
Sound-absorbing moulded article adapted for attachment to surfaces of ships, wherein - the moulded article consists of a foam which comprises the following components pressed together to form the moulded article: - flakes of foam, - a binder, - non-combustible fillers, characterized in that the non-combustible fillers are fillers according to the non-combustibility test International Maritime Organisation IMO 2010 FTP Code Part 1, Resolution MSC.307 , wherein the mass fraction of the fillers in the moulded article made of composite foam is determined in such a manner that the average loss of mass of the moulded article after performing the non-combustibility test International Maritime Organisation IMO 2010 FTP Code Part 1, Resolution MSC.307 does not exceed 50 %, - wherein the fillers are specifically heavy non-combustible materials having an inherent flame retardancy and the specifically heavy fillers have a density of at least 2000 kg/m 3 . - the moulded article consists of a foam which comprises the following components pressed together to form the moulded article: - flakes of foam, - a binder, - non-combustible fillers, characterized in that the non-combustible fillers are fillers according to the non-combustibility test International Maritime Organisation IMO 2010 FTP Code Part 1, Resolution MSC.307 , wherein the mass fraction of the fillers in the moulded article made of composite foam is determined in such a manner that the average loss of mass of the moulded article after performing the non-combustibility test International Maritime Organisation IMO 2010 FTP Code Part 1, Resolution MSC.307 does not exceed 50 %, - wherein the fillers are specifically heavy non-combustible materials having an inherent flame retardancy and the specifically heavy fillers have a density of at least 2000 kg/m 3 . - flakes of foam, - a binder, - non-combustible fillers, characterized in that the non-combustible fillers are fillers according to the non-combustibility test International Maritime Organisation IMO 2010 FTP Code Part 1, Resolution MSC.307 , wherein the mass fraction of the fillers in the moulded article made of composite foam is determined in such a manner that the average loss of mass of the moulded article after performing the non-combustibility test International Maritime Organisation IMO 2010 FTP Code Part 1, Resolution MSC.307 does not exceed 50 %, - wherein the fillers are specifically heavy non-combustible materials having an inherent flame retardancy and the specifically heavy fillers have a density of at least 2000 kg/m 3 .