mhurhangee/patent-ind-claim-en huggingface dataset:
Biological safety cabinet for the preparation of faeces stored in sample holders , characterised by comprising: - a sample holder for storing faeces therein; - a housing delimiting a protected internal work space , - an openable and closable insertion door allowing placement of the sample holder into the work space , the work space being hermetically separated from a space surrounding the biological safety cabinet when the insertion door is closed, - a filter unit suitable for cleaning the air leaving the work space , - a mixing unit for homogenising the faeces stored in the sample holder , - a peristaltic pump for pumping diluent liquid into the sample holder and transporting the prepared diluted and homogenized faeces from the sample holder to a collection bag , and - a programmable control unit for controlling the power supply to the peristaltic pump and the mixing unit . - a sample holder for storing faeces therein; - a housing delimiting a protected internal work space , - an openable and closable insertion door allowing placement of the sample holder into the work space , the work space being hermetically separated from a space surrounding the biological safety cabinet when the insertion door is closed, - a filter unit suitable for cleaning the air leaving the work space , - a mixing unit for homogenising the faeces stored in the sample holder , - a peristaltic pump for pumping diluent liquid into the sample holder and transporting the prepared diluted and homogenized faeces from the sample holder to a collection bag , and - a programmable control unit for controlling the power supply to the peristaltic pump and the mixing unit .
A light generating device configured to generate device light , wherein the light generating device comprises (i) a first light source configured to generate blue first light source light , wherein the first light source is a first laser light source , (ii) a first luminescent material configured to convert part of the blue first light source light into first luminescent material light having an emission band having wavelengths in one or more of the green and yellow, (iii) an optical filter configured to optically filter the first luminescent material light into optically filtered first luminescent material light , whereby the optically filtered first luminescent material light is red-shifted relative to the first luminescent material light , and (iv) a second light source configured to generate red second light source light , wherein the second light source comprises a second laser light source ; wherein in one or more operational modes of the light generating device the light generating device is configured to generate white device light comprising the first light source light , the optically filtered first luminescent material light , and the second light source light .
Coffee machine for the automatic preparation of a coffee beverage and possibly further beverages, comprising a housing , in which the technical means necessary for preparing the coffee beverage, such as for example grinding mechanism, brewing device, boiler, are accommodated, and an outlet unit , via which the desired beverage is dispensed, wherein, in the outlet unit , there is provided an outlet arrangement in which a multiplicity of tubular outlets composed of an elastomer material, in particular silicone rubber or rubber, are arranged adjacent to one another, into which lines for the beverages and/or beverage additives discharge, and which outlets are mounted removably in the outlet unit for the purposes of easy cleaning, characterized in that the outlets are part of an outlet plate (15d; 24) that is at least partially composed of an elastomer material and that extends transversely with respect to the outlet direction.
Control valve device , especially protection valve device, for an air treatment device of a vehicle, especially utility vehicle with at least one working inlet ; with at least one working outlet ; with at least one overflow valve ; with at least one pressure limiting valve , characterised in that the overflow valve and the pressure limiting valve are integrated into at least one common valve unit , wherein the common valve unit is connected with the working inlet and the working outlet ; and with at least one solenoid control valve unit , wherein the solenoid control valve unit is connectable with at least one control chamber of the common valve unit .
A process for obtaining a rare earth phosphate based, non-reactive and non-wettable surface for molten metals for high temperature applications, comprising the steps of: i. adding rare earth phosphate nanorod powders in water and/or solvent to obtain a slurry having solid loading in the range of 1-75 wt%; ii. incorporating binders and plasticizers in to the slurry as obtained in step (i) to prepare a formulation; iii. spraying or dipping the formulation as obtained in step (ii) on a surface to obtain a rare earth phosphate based, non-reactive and non-wettable surface; wherein the binders are selected from the group consisting of polyvinyl alcohol, methyl cellulose, ethyl cellulose, and polyvinyl pyrrolidone, and wherein the plasticizers are selected from the group consisting of polyethylene glycol and dioctyle phthalate. i. adding rare earth phosphate nanorod powders in water and/or solvent to obtain a slurry having solid loading in the range of 1-75 wt%; ii. incorporating binders and plasticizers in to the slurry as obtained in step (i) to prepare a formulation; iii. spraying or dipping the formulation as obtained in step (ii) on a surface to obtain a rare earth phosphate based, non-reactive and non-wettable surface; wherein the binders are selected from the group consisting of polyvinyl alcohol, methyl cellulose, ethyl cellulose, and polyvinyl pyrrolidone, and wherein the plasticizers are selected from the group consisting of polyethylene glycol and dioctyle phthalate.
A system for inspecting oil, which comprises: a cell including a pipe passing through the cell, the pipe being adapted to conduct a flow of oil , and further including the following components disposed inside said cell : a lighting system based on at least one LED diode and configured to supply a beam of white light to the flow of oil ; a diffuser situated between the lighting system and the flow of oil , configured to provide homogeneous lighting to the lit area; an image capture system situated on the opposite side of the pipe through which the oil flows in respect of the lighting system and configured to capture a sequence of images of the oil that flows inside said pipe; a lens situated between the image capture system and the flow of oil , configured to focus the captured images; a calibration device situated between the lens and the flow of oil , said calibration device comprising at least one marking of known dimensions; a processor configured to process said sequence of images and to determine from said processing the presence and size of particles and bubbles. a lighting system based on at least one LED diode and configured to supply a beam of white light to the flow of oil ; a diffuser situated between the lighting system and the flow of oil , configured to provide homogeneous lighting to the lit area; an image capture system situated on the opposite side of the pipe through which the oil flows in respect of the lighting system and configured to capture a sequence of images of the oil that flows inside said pipe; a lens situated between the image capture system and the flow of oil , configured to focus the captured images; a calibration device situated between the lens and the flow of oil , said calibration device comprising at least one marking of known dimensions; a processor configured to process said sequence of images and to determine from said processing the presence and size of particles and bubbles.
Method for determining the position and orientation of the axis of a dental implant located directly in the patient's mouth for a tooth to be replaced, wherein measurement data, obtained by measuring the clinical situation of the implant and the adjacent teeth in the patient's mouth, wherein a measurement geometry is attached to the implant and wherein the measurement geometry is configured such that it allows an inference to made about the position and orientation of a connecting geometry of the implant , is analyzed using suitable procedures and the position and orientation of the measurement geometry is determined, characterized in that the relative position and orientation between the axis of the dental implant and the axis of the measurement is determined using the position determination of the measurement geometry and the position and orientation of the implant itself is determined with the aid of the measurement geometry , and that the clinical situation of the implant and the adjacent teeth in the measurement data is analyzed and that, taking into account the adjacent teeth , an axis is determined as an insertion axis or, using the system of qualities known from a tooth library, as the tooth axis of the tooth to be replaced relative to the axis of the measurement.
Roundbaler having a bale-pressing chamber which is surrounded by a pressing means in the form of a single pressing belt or a plurality of pressing belts arranged next to one another, wherein the pressing means bears on a driveable roller and on freely concomitantly running rollers , of which at least one preloaded roller is acted upon by preloading means for the purpose of tightening the pressing means in such a way that they preload the preloaded roller to an ever more pronounced degree the further the latter moves in a direction leading to the loosening of the pressing means , wherein the two ends of the preloaded roller are each preloaded by associated preloading means, characterized in that the two ends of the preloaded roller are movable independently of one another.
A method for testing the behaviour of bus subscribers on a Controller Area Network with Flexible Data-Rate, CAN-FD bus, in line with specifications, comprising the steps of: - including a function generator and a measuring device in a CAN-FD bus of a network consisting of a CAN-FD controller and a bus subscriber to be tested, which are in communication, - generating a test signal at the function generator comprising a first message and a second message , wherein the first message is transmitted as a message in line with specifications with an arbitration field (A) transmitted at a low bit rate and payload data (N) transmitted at a higher bit rate and the second message is transmitted with a minimum transmission distance (G) as an erroneous message, the error in the second message having been incorporated in the payload data (N) of the second message that are transmitted at the higher bit rate, - recording a bus level of the test signal and a subsequent error message (E) with the measuring device and - measuring the error message (E) of the bus subscriber to be tested, said error message (E) following the test signal , so that it can be determined on the basis of the length of the measured error message (E) whether a switchover from the higher to the lower bit rate has taken place in line with specifications. - including a function generator and a measuring device in a CAN-FD bus of a network consisting of a CAN-FD controller and a bus subscriber to be tested, which are in communication, - generating a test signal at the function generator comprising a first message and a second message , wherein the first message is transmitted as a message in line with specifications with an arbitration field (A) transmitted at a low bit rate and payload data (N) transmitted at a higher bit rate and the second message is transmitted with a minimum transmission distance (G) as an erroneous message, the error in the second message having been incorporated in the payload data (N) of the second message that are transmitted at the higher bit rate, - recording a bus level of the test signal and a subsequent error message (E) with the measuring device and - measuring the error message (E) of the bus subscriber to be tested, said error message (E) following the test signal , so that it can be determined on the basis of the length of the measured error message (E) whether a switchover from the higher to the lower bit rate has taken place in line with specifications.
Pump assembly comprising a pump unit and an electric motor which drives said assembly, comprising a stator and a rotor with a rotor shaft supported in at least one slide bearing , characterised by the slide bearing being mounted in the pump assembly by means of at least one circular wedges connection (21, 41; 29, 31) comprising at least one circular wedge and at least one complementary circular wedge .
Device for descaling a workpiece , preferably hot-rolled material, moved relative to the device in a movement direction, comprising at least one first jet nozzle arrangement (14; 28; 36; 38) with a plurality of jet nozzles , from which a liquid , particularly water, can be issued under high pressure onto a surface of the workpiece , a control device , and a surface inspection device , which is in signal connection (23.2) with the control device and which is arranged downstream from the jet nozzle arrangement (14; 28; 36; 38) with respect to the movement direction (X) of the workpiece , wherein scale on the surface of the workpiece is detectable by means of the surface inspection device and wherein the surface inspection device is arranged directly adjacent to the jet nozzle arrangement, characterised in that the control device has such a program configuration that the specific energy intake by which a surface of the workpiece is acted on by the liquid issued from the jet nozzles can be regulated by means of the control device in dependence on the signals of the surface inspection device and the control device has such a program configuration that on the basis of the signals of the surface inspection device a surface quality for the workpiece is determined and compared with a predetermined target value, wherein regulation of the specific energy intake is carried out in such a way that it is increased if the surface quality of the workpiece falls below the predetermined target value and is decreased if the surface quality of the workpiece exceeds the predetermined target value.
A method for processing codebook information, implemented by a network device, wherein the method comprises: determining , based on a rank index of each of at least one terminal device, a reporting parameter for each respective one of the at least one terminal device, wherein different terminal devices with different User Equipment, LTE, capability information correspond to different reporting parameters, the reporting parameter comprises the number of spatial basis vectors and the number of frequency basis vectors, and a same terminal device corresponds to different numbers of frequency basis vectors under different rank indexes; and configuring the reporting parameter respectively for each of the at least one terminal device and allocating the reporting parameter to a corresponding terminal device respectively. determining , based on a rank index of each of at least one terminal device, a reporting parameter for each respective one of the at least one terminal device, wherein different terminal devices with different User Equipment, LTE, capability information correspond to different reporting parameters, the reporting parameter comprises the number of spatial basis vectors and the number of frequency basis vectors, and a same terminal device corresponds to different numbers of frequency basis vectors under different rank indexes; and configuring the reporting parameter respectively for each of the at least one terminal device and allocating the reporting parameter to a corresponding terminal device respectively.
A method of video coding or decoding in which coding blocks in a current frame are predicted from blocks in previously encoded frames with prediction samples organised in a prediction unit, there being a plurality of prediction unit types, each being a coding block or a different partition of a coding block; wherein a decision on which prediction unit type to consider for coding is made upon analysis of the distribution of a function of a residual signal over a prediction unit; wherein the function of the residual signal is calculated separately over respective candidate partitions and wherein the analysis includes computing a ratio between said calculated functions for two respective candidate partitions.
An impact plate (110, 310, 410, 510. 610, 710, 810, 910) comprising: a moldable plate (110, 310, 410, 510. 610, 710, 810, 910) having a center, a first surface , and a second surface opposite the first surface , the first surface and the second surface defining a thickness therebetween wherein the thickness is between 4.0 mm to 7.0 mm, the moldable plate (110, 310, 410, 510. 610, 710, 810, 910) is defined by a perimeter edge , and the perimeter edge comprises one or more curved corners having a predetermined radius of curvature between 18 mm to 28 mm, wherein the moldable plate (110, 310, 410, 510. 610, 710, 810, 910) comprises a mesh structure having a plurality of openings , wherein the mesh structure is formed by a plurality of first grooves on the first surface intersecting a plurality of second grooves on the second surface , wherein the intersection points of the first grooves and the second grooves have a smooth corner having a radius of curvature from 0.15 mm to 0.5 mm, and wherein the moldable plate (110, 310, 410, 510. 610, 710, 810, 910) comprises a polymeric material having a remoldable quality.
Transformer (100e1) comprising: - a magnetizable core ; - at least one primary coil (120, 120-1..120-3) and at least one secondary coil (130, 130-1..130-3) provided around the magnetizable core ; - a ground terminal (PE) for electrically connecting to an external ground terminal , and - a physical electrical ground node placed at a location within the transformer (100e1), wherein the physical electrical ground node is electrically connected to the ground terminal (PE, 199), characterised in that the transformer (100e1) further comprises: - at least two electrically-conductive loops (CL1..CL6) that are placed at different locations in the transformer (100e1) where a magnetic field may be built up during operational use, and - a switching circuit configured for sequentially, temporarily and selectively electrically coupling subsets (SS) of the electrically-conductive loops (CL1..CL6) with the physical electrical ground node in accordance with a certain sequence and pattern. - a magnetizable core ; - at least one primary coil (120, 120-1..120-3) and at least one secondary coil (130, 130-1..130-3) provided around the magnetizable core ; - a ground terminal (PE) for electrically connecting to an external ground terminal , and - a physical electrical ground node placed at a location within the transformer (100e1), wherein the physical electrical ground node is electrically connected to the ground terminal (PE, 199), - at least two electrically-conductive loops (CL1..CL6) that are placed at different locations in the transformer (100e1) where a magnetic field may be built up during operational use, and - a switching circuit configured for sequentially, temporarily and selectively electrically coupling subsets (SS) of the electrically-conductive loops (CL1..CL6) with the physical electrical ground node in accordance with a certain sequence and pattern.
An apparatus for controlling a user situation awareness modification of a user of a vehicle, comprising: an input module configured to repeatedly receive a first event detection signal comprising information related to a detected event outside a vehicle and to repeatedly receive a first user detection signal comprising information related to a reaction or a missing reaction of a user to the detected event outside the vehicle; and a processing module configured to determine a user situation awareness level based on the information related to the detected event outside the vehicle and the information related to the reaction of the user to the detected event, and to generate a control signal configured to control a user situation awareness modification module based on the determined user situation awareness level, wherein the processing module is configured to generate the control signal to trigger the user situation awareness modification module if the determined user situation awareness level indicates that a predicted time-till-takeover is larger than a desired time-till-takeover. an input module configured to repeatedly receive a first event detection signal comprising information related to a detected event outside a vehicle and to repeatedly receive a first user detection signal comprising information related to a reaction or a missing reaction of a user to the detected event outside the vehicle; and a processing module configured to determine a user situation awareness level based on the information related to the detected event outside the vehicle and the information related to the reaction of the user to the detected event, and to generate a control signal configured to control a user situation awareness modification module based on the determined user situation awareness level, wherein the processing module is configured to generate the control signal to trigger the user situation awareness modification module if the determined user situation awareness level indicates that a predicted time-till-takeover is larger than a desired time-till-takeover.
A microscope comprising: an observation optical system having an objective lens having a predetermined pupil diameter; and an illumination optical system having a fly-eye lens and configured to irradiate light from a light source to a sample through the fly-eye lens and the objective lens, the fly-eye lens has a plurality of lens elements ; in the illumination optical system, images of the plurality of lens elements are projected inside and on an outer perimeter of a pupil of the objective lens; the images of lens elements projected inside the pupil of the objective lens are images which are surrounded by the images of lens elements which are projected on the outer perimeter of the pupil of the objective lens; characterized in that a number (m) of images of the lens elements projected inside the pupil of the objective lens is more than a number (n 2 ) of images of the lens elements projected on the outer perimeter of the pupil of the objective lens, wherein a plurality of objective lenses having respective pupil diameters different from each other are switchable; and the number n 1 is greater than the number n 2 with respect to an objective lens with the smallest pupil diameter among the plurality of objective lenses. an observation optical system having an objective lens having a predetermined pupil diameter; and an illumination optical system having a fly-eye lens and configured to irradiate light from a light source to a sample through the fly-eye lens and the objective lens, the fly-eye lens has a plurality of lens elements ; in the illumination optical system, images of the plurality of lens elements are projected inside and on an outer perimeter of a pupil of the objective lens; the images of lens elements projected inside the pupil of the objective lens are images which are surrounded by the images of lens elements which are projected on the outer perimeter of the pupil of the objective lens; characterized in that a number (m) of images of the lens elements projected inside the pupil of the objective lens is more than a number (n 2 ) of images of the lens elements projected on the outer perimeter of the pupil of the objective lens, wherein a plurality of objective lenses having respective pupil diameters different from each other are switchable; and the number n 1 is greater than the number n 2 with respect to an objective lens with the smallest pupil diameter among the plurality of objective lenses.