mhurhangee/ep-ind-claims huggingface dataset:
A cell analysis system comprising: a motion information extracting unit to extract motion information of a cell membrane, arising from a movement of ions or molecules across the cell membrane, out of a cell image obtained from imaging a cell in time series; and a motion characteristics calculating unit to calculate motion characteristics of the motion information, wherein the motion characteristics are one selected from the list consisting of: i. a motion amount of the ions or the molecules across the cell membrane; iii. a motion direction of the ions or the molecules across the cell membrane; iv. a duration time or a spatial distribution of a movement of the ions or the molecules across the cell membrane. a motion information extracting unit to extract motion information of a cell membrane, arising from a movement of ions or molecules across the cell membrane, out of a cell image obtained from imaging a cell in time series; and a motion characteristics calculating unit to calculate motion characteristics of the motion information, wherein the motion characteristics are one selected from the list consisting of: i. a motion amount of the ions or the molecules across the cell membrane; iii. a motion direction of the ions or the molecules across the cell membrane; iv. a duration time or a spatial distribution of a movement of the ions or the molecules across the cell membrane. i. a motion amount of the ions or the molecules across the cell membrane; iii. a motion direction of the ions or the molecules across the cell membrane; iv. a duration time or a spatial distribution of a movement of the ions or the molecules across the cell membrane.
A gas generator for a vehicle safety system, comprising a sleeve positioned inside the gas generator which has first flow orifices and encloses an ignition chamber including a first propellant, wherein at the outside of the sleeve there is connected a combustion chamber filled with a second propellant which is surrounded by a diffusor located inside the gas generator and having second flow orifices, and comprising a baffle plate which has third flow orifices and surrounds the diffusor, wherein the sleeve is in the form of a substantially hollow-cylindrical component having a front-side first opening and an axially opposed second opening, wherein the first opening is closed by the diffusor and the sleeve is closed at its second opening by a holder, characterized in that the sleeve, the diffusor and the baffle plate are adhesively bonded to each other and that the sleeve can be displaced in a displacing direction away from the holder, along the holder such that areas of the diffusor and of the baffle plate can be displaced along with the sleeve as a structural unit in the displacing direction.
A chip resistor, comprising: a rigid insulated substrate having a top surface, a bottom surface, a first and a second opposite ends; a first electrically conductive termination pad and a second electrically conductive termination pad, both termination pads on the top surface of the rigid insulated substrate; a layer of resistive material between the first and second electrically conductive termination pads; a first and a second flexible lead, each made of an electrically conductive metal with a solder enhancing coating; the first flexible lead attached and electrically connected to the first electrically conductive termination pad and the second flexible lead attached and electrically connected to the second electrically conductive termination pad; wherein each of the flexible leads being comprised of a plurality of lead sections for facilitating bending of each of the flexible leads around one of the ends of the chip resistor and each of the flexible leads being bent around one of the ends of the chip resistor wherein the plurality of sections includes a first lead section 12, a second lead section and a third lead section wherein a first groove is formed between the first lead section and the second lead section and wherein a second groove is formed between the second lead section and the third lead section. a rigid insulated substrate having a top surface, a bottom surface, a first and a second opposite ends; a first electrically conductive termination pad and a second electrically conductive termination pad, both termination pads on the top surface of the rigid insulated substrate; a layer of resistive material between the first and second electrically conductive termination pads; a first and a second flexible lead, each made of an electrically conductive metal with a solder enhancing coating; the first flexible lead attached and electrically connected to the first electrically conductive termination pad and the second flexible lead attached and electrically connected to the second electrically conductive termination pad; wherein each of the flexible leads being comprised of a plurality of lead sections for facilitating bending of each of the flexible leads around one of the ends of the chip resistor and each of the flexible leads being bent around one of the ends of the chip resistor wherein the plurality of sections includes a first lead section 12, a second lead section and a third lead section wherein a first groove is formed between the first lead section and the second lead section and wherein a second groove is formed between the second lead section and the third lead section.
A process for producing a thermoplastic polymer powder having an average particle size ranging between 1 to 100 μm, which comprises the steps of: (i) compression-molding a powdery raw material of a thermoplastic polymer to form tablets, by means of a tablet press; (ii) comminuting the tablets to form the thermoplastic polymer powder; (iii) classifying the thermoplastic polymer powder to remove particles with a size in a predetermined range and obtain a classified powder; and (iv) contacting the classified powder with an air stream at a temperature higher than the melting-initiation temperature of the thermoplastic polymer; wherein said process contains an additional step prior to the compression-molding step (i), of providing a powdery raw material of a thermoplastic polymer by drying a thermoplastic resin after polymerization wherein said thermoplastic polymer is a fluoropolymer. (i) compression-molding a powdery raw material of a thermoplastic polymer to form tablets, by means of a tablet press; (ii) comminuting the tablets to form the thermoplastic polymer powder; (iii) classifying the thermoplastic polymer powder to remove particles with a size in a predetermined range and obtain a classified powder; and (iv) contacting the classified powder with an air stream at a temperature higher than the melting-initiation temperature of the thermoplastic polymer;
A noninvasive method for diagnosing dandruff in a subject comprising: a) collecting an epithelial cell /skin cell sample from the subject; b) detecting a level of an antimicrobial peptide biomarker being human beta defensin-2 biomarker in the epithelial cell sample/skin cell sample; c) diagnosing the subject as having dandruff based on the level of human-beta defensin-2, by determining the amount of the human beta defensin-2 biomarker in the epithelial cells as compared to a normal population. a) collecting an epithelial cell /skin cell sample from the subject; b) detecting a level of an antimicrobial peptide biomarker being human beta defensin-2 biomarker in the epithelial cell sample/skin cell sample; c) diagnosing the subject as having dandruff based on the level of human-beta defensin-2, by determining the amount of the human beta defensin-2 biomarker in the epithelial cells as compared to a normal population.
A method comprising: rendering a graphical user interface, GUI, to a display wherein the GUI comprises graphical controls that correspond to windows and objects of a computational framework and a windows builder panel, and a workflow panel for rendering therein a graphical representation of multiple quality control, QC, tasks of a geophysical workflow that pertains to quality control, QC, wherein the objects comprise objects that represent subsurface structures; responsive to receipt of instructions via the graphical controls, generating specifications for the windows and the objects, wherein the specifications for the windows and objects relate to the graphical representation of the workflow rendered in the workflow panel and comprise object parameters for each of a plurality of the objects wherein the object parameters control rendering of a representation of a corresponding one of the plurality of the objects; and storing the specifications for the windows and the objects as a template file. rendering a graphical user interface, GUI, to a display wherein the GUI comprises graphical controls that correspond to windows and objects of a computational framework and a windows builder panel, and a workflow panel for rendering therein a graphical representation of multiple quality control, QC, tasks of a geophysical workflow that pertains to quality control, QC, wherein the objects comprise objects that represent subsurface structures; responsive to receipt of instructions via the graphical controls, generating specifications for the windows and the objects, wherein the specifications for the windows and objects relate to the graphical representation of the workflow rendered in the workflow panel and comprise object parameters for each of a plurality of the objects wherein the object parameters control rendering of a representation of a corresponding one of the plurality of the objects; and storing the specifications for the windows and the objects as a template file.
Method for providing the supply voltage for the loads of a vehicle on-board electrical system using a plurality of generators (2, 5, 8), each of which is assigned a control unit (3, 6, 9) having at least one output stage transistor (14, 19, 24), wherein the output stage transistor (14, 19, 24) is driven in each case by means of a pulse-width-modulated control signal (DF 1, DF 2, DF n), wherein the pulse-width-modulated control signal (DF 1) generated in one of the control units or a control signal which is derived therefrom and describes the duty ratio of the pulse-width-modulated signal is fed to the further control units (6, 9) and used for driving the output stage transistors (19, 24) of said further control units, and the further control units (6, 9) in each case monitor the control signal (DF 1) fed to their output stage transistor (19, 24) and switch over to an autonomous control in the event of a fault situation being identified, wherein a control signal (DF 2, DF n) generated in one of the further control units (6, 9) is forwarded to the respectively associated output stage transistor (19, 24).
Process for the enzymatic synthesis of estolides, comprising the reaction of stearic acid and methyl ricinoleate in a solvent-free medium, using an immobilized lipase as the catalyst, wherein the lipase, which is non-specific for the 1,3-positions of a triglyceride, is a recombinant lipase from Candida antarctica, expressed in Apergillus Niger, and is immobilized on macroporous acrylic resins.
A method for filtering water according to its isotopic forms, the method comprising the steps of: directing a stream comprising at least two distinct isotopic forms of water into a filtration module (110, 120, 130, 140, 210, 220, 310, 320, 330, 340), wherein the filtration module comprises a graphene oxide membrane (112, 122, 132, 142, 212, 222, 312, 322, 332, 342) comprising a plurality of graphene oxide sheets; passing at least a portion of the stream through the graphene oxide membrane; and separating the stream into a permeate and a retentate, wherein the permeate comprises an increased concentration of light water relative to the retentate. directing a stream comprising at least two distinct isotopic forms of water into a filtration module (110, 120, 130, 140, 210, 220, 310, 320, 330, 340), wherein the filtration module comprises a graphene oxide membrane (112, 122, 132, 142, 212, 222, 312, 322, 332, 342) comprising a plurality of graphene oxide sheets; passing at least a portion of the stream through the graphene oxide membrane; and separating the stream into a permeate and a retentate, wherein the permeate comprises an increased concentration of light water relative to the retentate.
Clutch for a rotary shaft, said clutch comprising an annular chamber, a housing and a thin-walled sleeve forming an axially extended thin wall of the annular chamber, which chamber is arranged to be supplied with a pressurized fluid for substantially elastic deformation of the sleeve, so that a surface of the sleeve engages a smooth complementary shaped surface so that the shaft is drivingly connected to the clutch, the clutch further comprising a trigger device and a channel system activatable by said trigger device upon a relative angular movement between the shaft and the housing, the chamber being connected to said channel system and the channel system being arranged to, when it is activated by said trigger device, assume a state in which the pressurized fluid can flow through the channel system away from the chamber, so that the shaft can rotate independently of the housing, characterised in that the trigger device comprises a cam wheel, in that the cam wheel has a substantially constant first radius across a first angular interval and a second radius across a second angular interval, which second radius is smaller than the first radius, in that the cam wheel is arranged to be supported on an envelope surface at a contact point being within the first angular interval, in that the cam wheel is arranged to rotate in relation to the envelope surface as a result of a relative angular movement between the shaft and the housing, in that the trigger device is arranged to, when the cam wheel rotates so that the said contact point becomes located within the second angular interval, displace the cam wheel radially towards the envelope surface and as a result activate said channel system.
Method for monitoring of a quantity related to a particulate mass M in at least one exhaust pipe, arranged downstream of at least one combustion engine, and which is emitted into the atmosphere; characterised by - determination of a reduction Δ of a pressure difference dP at least over one or several particulate filters arranged downstream of said at least one combustion engine, wherein said reduction Δ is related to a pressure difference dP ref over the corresponding at least one or several reference particulate filters; - determination of said quantity related to said particulate mass M, based on said determined reduction Δ of said pressure difference dP, and on a predetermined correlation between said reduction Δ of said pressure difference dP and said quantity related to said particulate mass M; - comparison of said quantity related to said particulate mass M with a defined threshold value M th; and - provision of at least one indication related to the result of said comparison. - determination of a reduction Δ of a pressure difference dP at least over one or several particulate filters arranged downstream of said at least one combustion engine, wherein said reduction Δ is related to a pressure difference dP ref over the corresponding at least one or several reference particulate filters; - determination of said quantity related to said particulate mass M, based on said determined reduction Δ of said pressure difference dP, and on a predetermined correlation between said reduction Δ of said pressure difference dP and said quantity related to said particulate mass M; - comparison of said quantity related to said particulate mass M with a defined threshold value M th; and - provision of at least one indication related to the result of said comparison.
A method of purifying noncultured Wharton's Jelly stem cells, the method consisting of: removing arteries and veins from an umbilical cord comprising Wharton's Jelly; digesting the umbilical cord by mechanically mincing the umbilical cord; washing or diluting the digested umbilical cord before separating it from the undigested umbilical cord; separating digested and undigested umbilical cord; sedimenting the digested umbilical cord by centrifugation; filtering the digested umbilical cord; separating noncultured Wharton's Jelly stem cells from the filtrate; and freezing the noncultured Wharton's Jelly stem cells. removing arteries and veins from an umbilical cord comprising Wharton's Jelly; digesting the umbilical cord by mechanically mincing the umbilical cord; washing or diluting the digested umbilical cord before separating it from the undigested umbilical cord; separating digested and undigested umbilical cord; sedimenting the digested umbilical cord by centrifugation; filtering the digested umbilical cord; separating noncultured Wharton's Jelly stem cells from the filtrate; and freezing the noncultured Wharton's Jelly stem cells.
A method of image conversion for signage, comprising determining a shape model of a three-dimensional object; determining geometric properties of a display surface including a position and orientation of the display surface in a space; determining a viewing position in the space; determining a position and orientation of the shape model in the space; computing an inverse perspective projection onto the display surface based on the viewing position to generate a display image, wherein the display image, when displayed on the display surface and viewed from the viewing position, appears to show the three-dimensional object with a position and orientation according to the position and orientation of the shape model in the space; displaying the display image on the display surface; and capturing an image of the display surface displaying the display image, using a camera at the viewing position used to generate the display image; and computing a two-dimensional view of the three-dimensional object as seen from the viewing position; and determining a shape model of physical objects that are present around the display surface, and wherein the two-dimensional view shows the three-dimensional object in the context of the physical objects; and displaying the two-dimensional view as a preview image of the image that is visible through the camera.
An operating method for a laundry machine which includes a tub for storing washing water, a drum for accommodating laundry, a driving unit for rotating the drum, a steam generator that is supplied with water for generating steam separately from the washing water to supply steam to the laundry, an air supply device for compulsorily supplying air into the drum and a controller for controlling the driving unit, the operating method comprising: allowing a user to select a steam cleaning course among a number of operation courses, wherein the steam cleaning course is for removing dust or smell from dry laundry which has not been washed; supplying hot air into the drum to increase a temperature of laundry and an inner temperature of the drum and remove volatile smell particles contained in the laundry, wherein the controller controls the drum to tumble at the step of supplying hot air in order to shake the laundry; supplying steam into the drum to dissolve non-volatile smell particles and relieve wrinkles of the laundry; and resupplying hot air into the drum to remove moisture and wrinkles and the dissolved non-volatile smell particles from the laundry. allowing a user to select a steam cleaning course among a number of operation courses, wherein the steam cleaning course is for removing dust or smell from dry laundry which has not been washed; supplying hot air into the drum to increase a temperature of laundry and an inner temperature of the drum and remove volatile smell particles contained in the laundry, wherein the controller controls the drum to tumble at the step of supplying hot air in order to shake the laundry; supplying steam into the drum to dissolve non-volatile smell particles and relieve wrinkles of the laundry; and resupplying hot air into the drum to remove moisture and wrinkles and the dissolved non-volatile smell particles from the laundry.
A method for editing a target sequence in the genome of an Escherichia coli cell, the method comprising providing at least one recombinant DNA construct comprising a DNA sequence encoding a guide RNA and a circular polynucleotide modification template to an E.coli cell comprising a Cas9 endonuclease DNA sequence operably linked to an inducible promoter, wherein said Cas9 endonuclease DNA sequence encodes a Cas9 endonuclease, wherein the guide RNA and the Cas9 endonuclease can form a guide RNA/Cas9 endonuclease complex (RGEN) that is capable of mediating cleavage of the target sequence to allow for homologous recombination mediated gene editing at a target site in the genome of said E. coli cell, wherein said polynucleotide modification template comprises at least one nucleotide modification of said target sequence.
A vapor beautifying and hair conditioning machine comprising an ejection gun, the ejection gun being provided with a heating boiler, the heating boiler being provided therein with a heater and a flowing channel configured to allow water to flow, and an entrance of the flowing channel and an exit of the flowing channel disposed at two ends of the heating boiler respectively; wherein, the flowing channel is provided therein with a plurality of linear channels communicating with each other, and each linear channel is provided therein with a damping member, and each damping member includes a spring and at least one retainer disposed at one end of the spring, characterized in that a bent portion is formed at the connection position between every two adjacent linear channels, wherein, in the idle state of the machine, the damping member closest to the exit of the flowing channel extends over the entire length of the linear channel.
Covering arrangement, in particular for affixing a covering material in strip or band form to an edge of a workpiece which is preferably in panel or board form, having a means for applying under pressure, and in particular a roller for applying under pressure, by which the covering material is applied to a workpiece under pressure, a guide, along which the covering material is directed into the region of the means for applying under pressure, and an energy source, by which an activating energy is supplied to activate an adhesive provided on the covering material, before the covering material is applied to a workpiece under pressure, a transfer mechanism (6, 7, 8) being provided by which the covering material is transferred from the guide to the means for applying under pressure, the transfer mechanism having a motion-imparting means to produce a relative movement between the means for applying under pressure and the guide, characterised in that (a) the transfer mechanism is adapted to move the means for applying under pressure parallel to the direction of a relative movement between the means for applying under pressure and the workpiece, and/or (b) the transfer mechanism is adapted to move the guide parallel to the direction of a relative movement between the means for applying under pressure and the workpiece. (a) the transfer mechanism is adapted to move the means for applying under pressure parallel to the direction of a relative movement between the means for applying under pressure and the workpiece, and/or (b) the transfer mechanism is adapted to move the guide parallel to the direction of a relative movement between the means for applying under pressure and the workpiece.