mhurhangee/ep-ind-claims huggingface dataset:
A method of imaging an object comprising: providing a light source for providing a beam; splitting the light source beam into, a beam on a first optical path including an object to be imaged, and a beam on a second optical path; providing an imaging device; positioning the imaging device relative to the first optical beam path and the second optical beam path; orienting the first optical beam path such that the first optical beam path is tilted relative to the second optical beam path; combining the beam on the first optical path with the beam on the second optical path so as to form a fringe structure at the imaging device; obtaining an image of the fringe structure; and processing the image data with a Hilbert transform to obtain quantitative phase image data. providing a light source for providing a beam; splitting the light source beam into, a beam on a first optical path including an object to be imaged, and a beam on a second optical path; providing an imaging device; positioning the imaging device relative to the first optical beam path and the second optical beam path; orienting the first optical beam path such that the first optical beam path is tilted relative to the second optical beam path; combining the beam on the first optical path with the beam on the second optical path so as to form a fringe structure at the imaging device; obtaining an image of the fringe structure; and processing the image data with a Hilbert transform to obtain quantitative phase image data.
A system for use in a well, comprising: a well string sized for deployment along a borehole, the well string having a tubular section with an interior surface defining an internal flow passage; and a ball seat mounted in the well string along the internal flow passage, the ball seat comprising: a ball entrance (48, 50) sloping radially inwardly from the interior surface; a base; and a throat section characterised in that the throat section has an interior throat surface which tapers to a smaller diameter in a downhole direction, the throat section extending between the ball entrance (48, 50) and the base to form a space between the interior surface and the throat section, the throat section being formed of a ductile material which is plastically deformable such that the throat section expands radially outwardly when receiving a ball with a larger diameter than the throat section, the ductile material having sufficient spring back to capture the ball on both an uphole and a downhole side. a well string sized for deployment along a borehole, the well string having a tubular section with an interior surface defining an internal flow passage; and a ball seat mounted in the well string along the internal flow passage, the ball seat comprising: a ball entrance (48, 50) sloping radially inwardly from the interior surface; a base; and a throat section a ball entrance (48, 50) sloping radially inwardly from the interior surface; a base; and a throat section
A flexible retroreflective sheeting comprising: an emboss layer having a front surface and an opposite back surface comprising a plurality of retroreflective elements; a flexible backing layer in contact with the emboss layer back surface; a first adhesive layer connected to the flexible backing layer opposite the emboss layer; an interleaf layer having an opacity greater than 40% and connected to the first adhesive layer opposite the flexible backing layer; and a second adhesive layer connected to the interleaf layer opposite the first adhesive layer wherein the emboss layer has an emboss color, and wherein the interleaf layer has an interleaf color with a CIEDE2000 color difference from the emboss color of less than 20, or wherein the emboss layer is transparent and wherein the flexible backing layer has a backing color, and wherein the interleaf layer has an interleaf color with a CIEDE2000 color difference from the backing color of less than 20. an emboss layer having a front surface and an opposite back surface comprising a plurality of retroreflective elements; a flexible backing layer in contact with the emboss layer back surface; a first adhesive layer connected to the flexible backing layer opposite the emboss layer; an interleaf layer having an opacity greater than 40% and connected to the first adhesive layer opposite the flexible backing layer; and a second adhesive layer connected to the interleaf layer opposite the first adhesive layer wherein the emboss layer has an emboss color, and wherein the interleaf layer has an interleaf color with a CIEDE2000 color difference from the emboss color of less than 20, or wherein the emboss layer is transparent and wherein the flexible backing layer has a backing color, and wherein the interleaf layer has an interleaf color with a CIEDE2000 color difference from the backing color of less than 20.
A catheter hub made of a non-elastomeric thermoplastic material comprising homogeneously molecularly dispersed polychlorinated phenoxyphenol (PCPP), especially 5-chloro-2-(2,4-dichlorophenoxy)phenol (Irgasan).
An ignition system (20;120;220) comprising: a wire having an outer jacket encasing an inner core, the outer jacket including palladium and ruthenium, and the inner core including aluminum; and a fluorine-containing polymer coating on the wire, characterised in that the fluorine-containing polymer coating is selected from a group consisting of polytetrafluoroethylene (PTFE), fluorinated ethylene propylene, polyvinylidene fluoride, hexafluoropropylene, polyvinylfluoride, polyethylenetetrafluoroethylene (ETFE), and combinations thereof. a wire having an outer jacket encasing an inner core, the outer jacket including palladium and ruthenium, and the inner core including aluminum; and a fluorine-containing polymer coating on the wire, characterised in that the fluorine-containing polymer coating is selected from a group consisting of polytetrafluoroethylene (PTFE), fluorinated ethylene propylene, polyvinylidene fluoride, hexafluoropropylene, polyvinylfluoride, polyethylenetetrafluoroethylene (ETFE), and combinations thereof.
A semiconductor laser element (1; 201) comprising a window region including a disordered portion formed by diffusion of a group-III vacancy, and a non-window region including an active layer of a quantum well structure, the disordered portion being formed by providing on the window region a promoting film that absorbs a predetermined atom and promotes the diffusion of the group-III vacancy, characterized in that C or Se as an impurity that preferentially substitutes a group-V site is doped by 0.1 ∼ 1x10 17 cm -3 at least into an active layer side of a guide layer formed above the active layer.
A ligand defined by the formula: wherein Ar1 is selected from the group consisting of aromatic hydrocarbyl and aromatic heterohydrocarbyl; Ar F is an aromatic fluorocarbyl oxide; Ar 3 and Ar 4 are independently selected from the group consisting of aromatic hydrocarbyl; aromatic heterohydrocarbyl and aromatic fluorocarbyl oxide; and R 1 is selected from the group consisting of hydrocarbyl and heterohydrocarbyl.
A gluing device, comprising: a support structure; a gluing apparatus mounted on the support structure, the gluing apparatus having a glue dispensing nozzle and a glue supply, wherein the gluing apparatus is adapted to apply glue to a first surface of a packaging material, wherein the first surface is disposed adjacent an edge of the packaging material; a support plate upon which the packaging material can move; a guide rail including a vertical portion and an angled ceiling portion, the support plate, the vertical portion, and the angled ceiling portion forming a channel configured to facilitate proper positioning of the packaging material, the angled ceiling portion holding a second surface of the packaging material at a predetermined acute angle relative to the first surface of the packaging material; and a roller assembly adapted to press together the first surface and the second surface of the packaging material after glue has been applied to the first surface of the packaging material. a support structure; a gluing apparatus mounted on the support structure, the gluing apparatus having a glue dispensing nozzle and a glue supply, wherein the gluing apparatus is adapted to apply glue to a first surface of a packaging material, wherein the first surface is disposed adjacent an edge of the packaging material; a support plate upon which the packaging material can move; a guide rail including a vertical portion and an angled ceiling portion, the support plate, the vertical portion, and the angled ceiling portion forming a channel configured to facilitate proper positioning of the packaging material, the angled ceiling portion holding a second surface of the packaging material at a predetermined acute angle relative to the first surface of the packaging material; and a roller assembly adapted to press together the first surface and the second surface of the packaging material after glue has been applied to the first surface of the packaging material.
Door frame module for fitting to a carcass module defining a railing line when a vehicle door is complete, wherein the door frame module comprises a frame part that forms a window frame above the railing line and a support frame below the railing line, via which the door frame module is fitted to the inside of the carcass module for the further completion of the vehicle door as intended, wherein the door frame module is designed to be fitted to the final sprayed carcass module as a component that is separate from the carcass module, and the support frame is designed to support a functional module that is separate from the door frame module and serves as a component support, characterised in that the door frame module is made of plastic and the areas of the support frame or the window frame which are subject to great loads are reinforced with reinforcement elements.
A vehicle interior structure comprising: an instrumental panel support member to which an instrumental panel is fixed, the instrumental panel support member extending in a vehicle width direction; a pedal-backward-preventive bracket against which a supporting portion of a control pedal abuts when the control pedal controlled by a foot of a driver moves backward, the pedal-backward-preventive bracket being fixed to the instrumental panel support member; characterized by: a mount bracket on which a head-up display is mounted, the mount bracket being fixed to the instrumental panel support member; and a load transfer portion (11b,30b,32) that is provided between the pedal-backward-preventive bracket and the mount bracket to transfer a rearward load input to the pedal-backward-preventive bracket to the mount bracket via the supporting portion. an instrumental panel support member to which an instrumental panel is fixed, the instrumental panel support member extending in a vehicle width direction; a pedal-backward-preventive bracket against which a supporting portion of a control pedal abuts when the control pedal controlled by a foot of a driver moves backward, the pedal-backward-preventive bracket being fixed to the instrumental panel support member; characterized by: a mount bracket on which a head-up display is mounted, the mount bracket being fixed to the instrumental panel support member; and a load transfer portion (11b,30b,32) that is provided between the pedal-backward-preventive bracket and the mount bracket to transfer a rearward load input to the pedal-backward-preventive bracket to the mount bracket via the supporting portion. a mount bracket on which a head-up display is mounted, the mount bracket being fixed to the instrumental panel support member; and a load transfer portion (11b,30b,32) that is provided between the pedal-backward-preventive bracket and the mount bracket to transfer a rearward load input to the pedal-backward-preventive bracket to the mount bracket via the supporting portion.
A method comprising: receiving, by a wireless device in a radio resource control, RRC, connected state from a base station, at least one first message including information on at least one cell supporting at least one service configured for the wireless device; receiving, by the wireless device in the RRC connected state from the base station, a second message indicating an RRC state transition of the wireless device from the RRC connected state to an RRC inactive state; performing, by the wireless device in the RRC connected state, the RRC state transition from the RRC connected state to the RRC inactive state in response to receiving the second message; identifying, by the wireless device in the RRC inactive state, at least one uplink packet associated with the at least one service configured for the wireless device in an uplink buffer; selecting, by the wireless device in the RRC inactive state, a first cell for transmission of the identified at least one uplink packet among the at least one cell based on the information on the at least one cell; and transmitting, by the wireless device in the RRC inactive state to the base station, a random access preamble via the first cell. receiving, by a wireless device in a radio resource control, RRC, connected state from a base station, at least one first message including information on at least one cell supporting at least one service configured for the wireless device; receiving, by the wireless device in the RRC connected state from the base station, a second message indicating an RRC state transition of the wireless device from the RRC connected state to an RRC inactive state; performing, by the wireless device in the RRC connected state, the RRC state transition from the RRC connected state to the RRC inactive state in response to receiving the second message; identifying, by the wireless device in the RRC inactive state, at least one uplink packet associated with the at least one service configured for the wireless device in an uplink buffer; selecting, by the wireless device in the RRC inactive state, a first cell for transmission of the identified at least one uplink packet among the at least one cell based on the information on the at least one cell; and transmitting, by the wireless device in the RRC inactive state to the base station, a random access preamble via the first cell.
A mixture comprising: (i) -1-(4-Chlorophenoxy)-1-imidazol-1-yl-3,3-dimethylbutan-2-one (climbazole), (ii) a mixture of two 1,2-alkane diols selected from the following combinations (a) to (d): (a) 1,2-pentanediol and 1,2- octanediol, (b) 1,2-pentanediol and 1,2- decanediol, (c) 1,2-hexanediol and 1,2- octanediol, (d) 1,2-hexanediol and 1,2- decanediol, and (iii) 2-phenoxyethanol. (i) -1-(4-Chlorophenoxy)-1-imidazol-1-yl-3,3-dimethylbutan-2-one (climbazole), (ii) a mixture of two 1,2-alkane diols selected from the following combinations (a) to (d): (a) 1,2-pentanediol and 1,2- octanediol, (b) 1,2-pentanediol and 1,2- decanediol, (c) 1,2-hexanediol and 1,2- octanediol, (d) 1,2-hexanediol and 1,2- decanediol, and (a) 1,2-pentanediol and 1,2- octanediol, (b) 1,2-pentanediol and 1,2- decanediol, (c) 1,2-hexanediol and 1,2- octanediol, (d) 1,2-hexanediol and 1,2- decanediol, and (iii) 2-phenoxyethanol.
A method for producing a film comprising nanocellulose, wherein the method comprises the steps of: - providing a suspension comprising between 50 weight-% to 100 weight-% of nanocellulose based on total dry weight, - forming a fibrous web of said suspension on a non-porous support, wherein said formed fibrous web has a dry content of 1-25% by weight, - providing a press fabric having a web-side first surface and an opposite second surface, wherein said press fabric comprises at least a woven first fabric layer, wherein said woven first fabric layer is woven of a plurality of yarns, and wherein said woven first fabric layer is arranged in the press fabric as a layer providing said web-side first surface such that said press fabric has a woven surface structure at said web-side first surface, - applying said web-side first surface of said press fabric into direct contact with said fibrous web, - wet-pressing said fibrous web by conducting said fibrous web, arranged between said press fabric and said non-porous support, through a pressing equipment, so as to form a dewatered web, and - drying the dewatered web so as to form said film. - providing a suspension comprising between 50 weight-% to 100 weight-% of nanocellulose based on total dry weight, - forming a fibrous web of said suspension on a non-porous support, wherein said formed fibrous web has a dry content of 1-25% by weight, - providing a press fabric having a web-side first surface and an opposite second surface, wherein said press fabric comprises at least a woven first fabric layer, wherein said woven first fabric layer is woven of a plurality of yarns, and wherein said woven first fabric layer is arranged in the press fabric as a layer providing said web-side first surface such that said press fabric has a woven surface structure at said web-side first surface, - applying said web-side first surface of said press fabric into direct contact with said fibrous web, - wet-pressing said fibrous web by conducting said fibrous web, arranged between said press fabric and said non-porous support, through a pressing equipment, so as to form a dewatered web, and - drying the dewatered web so as to form said film.
A processing method for a wide-bandgap semiconductor substrate in which a single crystal, which is SiC, GaN, AlGaN, or AIN, is a work piece, and a surface of the work piece is planarized or processed into an arbitrary curved surface using no abrasive grain or no abrasive, the method comprising: using a catalytic substance having a function of promoting direct hydrolysis of the work piece or promoting hydrolysis of an oxide film on the surface of the work piece as a processing reference plane, wherein the catalytic substance is a conductive substance; in presence of water, disposing the work piece and the processing reference plane so that the work piece is brought into contact with or extremely close to the processing reference plane at a predetermined pressure; setting a potential of the processing reference plane in a range of ±1 V relative to an oxygen production potential to form a state in which oxygen is adsorbed to a catalyst surface; relatively moving the work piece and processing reference plane to each other; by a catalyst function of the processing reference plane, advancing a process of direct hydrolysis of the surface of the work piece or a process of oxidation of the surface of the work piece and hydrolysis of the oxide film in priority from a projection on the surface close to the processing reference plane; and removing a decomposition product. using a catalytic substance having a function of promoting direct hydrolysis of the work piece or promoting hydrolysis of an oxide film on the surface of the work piece as a processing reference plane, wherein the catalytic substance is a conductive substance; in presence of water, disposing the work piece and the processing reference plane so that the work piece is brought into contact with or extremely close to the processing reference plane at a predetermined pressure; setting a potential of the processing reference plane in a range of ±1 V relative to an oxygen production potential to form a state in which oxygen is adsorbed to a catalyst surface; relatively moving the work piece and processing reference plane to each other; by a catalyst function of the processing reference plane, advancing a process of direct hydrolysis of the surface of the work piece or a process of oxidation of the surface of the work piece and hydrolysis of the oxide film in priority from a projection on the surface close to the processing reference plane; and removing a decomposition product.
A phase changing device (100A, 100B, 100C, 100D) of a dual structure camshaft which is rotated by a driving force input thereto and which includes an inner shaft and an outer shaft, the phase changing device comprising a phase changing portion (1A, 1B) comprising a single housing defining: an advance hydraulic chamber advancing wholly a phase of the dual structure camshaft by a hydraulic pressure; a retard hydraulic chamber retarding wholly the phase of the dual structure camshaft by a hydraulic pressure; and a phase difference hydraulic chamber changing a difference between a phase of the inner shaft and a phase of the outer shaft by a hydraulic pressure; wherein the advance hydraulic chamber, the retard hydraulic chamber, and the phase difference hydraulic chamber are arranged in a circumferential direction of the dual structure camshaft, and define a pair of the hydraulic chambers acting on one another; and wherein the phase changing portion comprises: a housing (2, 2') as the housing into which a driving force for driving the dual structure camshaft is input; a first rotor (3, 3') driving the inner shaft; and a second rotor (4, 4') driving the outer shaft, and the housing (2, 2') is sandwiched between the first and second rotors; characterized in that the inner shaft comprises a flange portion sandwiched between the second rotor and the outer shaft in an axial direction with the phase changing portion provided to the dual structure camshaft. an advance hydraulic chamber advancing wholly a phase of the dual structure camshaft by a hydraulic pressure; a retard hydraulic chamber retarding wholly the phase of the dual structure camshaft by a hydraulic pressure; and a phase difference hydraulic chamber changing a difference between a phase of the inner shaft and a phase of the outer shaft by a hydraulic pressure; a housing (2, 2') as the housing into which a driving force for driving the dual structure camshaft is input; a first rotor (3, 3') driving the inner shaft; and a second rotor (4, 4') driving the outer shaft, and characterized in that the inner shaft comprises a flange portion sandwiched between the second rotor and the outer shaft in an axial direction with the phase changing portion provided to the dual structure camshaft.
A belt tensioning device for a belt drive, wherein the belt drive comprises at least one apparatus with a housing, a driveshaft and a belt pulley, as well as an infinite belt for driving the belt pulley, comprising: a base member, exactly one tensioning arm which is pivotably supported relative to the base member around a pivot axis and which is supported in circumferential direction against the base member, via exactly one torsion spring, wherein the torsion spring is formed as a helical spring, and a tensioning roller which is rotatably supported at the tensioning arm around an axis of rotation and serves to tension the belt, wherein the belt tensioning device is designed such that, in the mounted condition of the belt tensioning device on the apparatus, the pivot axis of the tensioning arm is arranged inside the outer diameter of the belt pulley of the apparatus, characterised in that the base member is firmly connected or connectable to the apparatus, and that the helical spring comprises a maximum of three full windings, wherein the ratio of the nominal diameter of the helical spring relative to the axial length of the helical spring, in the mounted condition, is greater than 4.0. a base member, exactly one tensioning arm which is pivotably supported relative to the base member around a pivot axis and which is supported in circumferential direction against the base member, via exactly one torsion spring, wherein the torsion spring is formed as a helical spring, and a tensioning roller which is rotatably supported at the tensioning arm around an axis of rotation and serves to tension the belt, wherein the belt tensioning device is designed such that, in the mounted condition of the belt tensioning device on the apparatus, the pivot axis of the tensioning arm is arranged inside the outer diameter of the belt pulley of the apparatus, characterised in that the base member is firmly connected or connectable to the apparatus, and that the helical spring comprises a maximum of three full windings, wherein the ratio of the nominal diameter of the helical spring relative to the axial length of the helical spring, in the mounted condition, is greater than 4.0.