mhurhangee/ep-ind-claims huggingface dataset:
A coating film (1, 23), suitable for a sliding member, coated on a substrate surface, wherein a hard carbon layer comprising a non-columnar hard carbon layer on top of the substrate and a columnar hard carbon layer on top of the non-columnar hard carbon layer, wherein the columnar hard carbon layer (la) is formed to extend continuously in a columnar shape perpendicular to the substrate and has a structure in which the crystallographic C axis is perpendicular to the substrate when observed in a cross-sectional bright-field TEM image, and the ID/IG ratio is 1-6 when the columnar hard carbon layer is measured using Raman spectroscopy, said ratio being the ratio of the Raman spectrum D band peak area intensity and G band peak area intensity, wherein the nano indentation hardness of the columnar hard carbon layer is 10 GPa to 35 GPa, the columnar hard carbon layer consists of amorphous hard carbon, or consists of amorphous hard carbon and graphite crystals, and the nano indentation hardness is measured using a Nanoindenter ENT1100a manufactured by Elionix Company under a condition of a load of 300 mgf, the load partition number of 500, and a load loading time of 1 s. a hard carbon layer comprising a non-columnar hard carbon layer on top of the substrate and a columnar hard carbon layer on top of the non-columnar hard carbon layer, wherein the columnar hard carbon layer (la) is formed to extend continuously in a columnar shape perpendicular to the substrate and has a structure in which the crystallographic C axis is perpendicular to the substrate when observed in a cross-sectional bright-field TEM image, and the ID/IG ratio is 1-6 when the columnar hard carbon layer is measured using Raman spectroscopy, said ratio being the ratio of the Raman spectrum D band peak area intensity and G band peak area intensity, wherein the nano indentation hardness of the columnar hard carbon layer is 10 GPa to 35 GPa, the columnar hard carbon layer consists of amorphous hard carbon, or consists of amorphous hard carbon and graphite crystals, and the nano indentation hardness is measured using a Nanoindenter ENT1100a manufactured by Elionix Company under a condition of a load of 300 mgf, the load partition number of 500, and a load loading time of 1 s.
An active beam-steering device comprising: - a dielectric substrate and a dielectric cover window, transparent at one optical wavelength λ, defining a space between them; - a plurality of conducting rails (V 0 - V N), transparent at said optical wavelength, extending parallel to each other between said dielectric surfaces, so as to divide said space into a plurality of elongated cells; - a nematic liquid crystal filling said elongated cells; and - a plurality of electrical interconnections suitable to apply an electric potential (V 0 - V N) to each one of said conducting rails; wherein: - the pitch P of said conducting rails is smaller than said optical wavelength λ; and - the height H of said conducting rails is at least equal to λ/Δn, Δn being the birefringence of the liquid crystal at said optical wavelength. - a dielectric substrate and a dielectric cover window, transparent at one optical wavelength λ, defining a space between them; - a plurality of conducting rails (V 0 - V N), transparent at said optical wavelength, extending parallel to each other between said dielectric surfaces, so as to divide said space into a plurality of elongated cells; - a nematic liquid crystal filling said elongated cells; and - a plurality of electrical interconnections suitable to apply an electric potential (V 0 - V N) to each one of said conducting rails; - the pitch P of said conducting rails is smaller than said optical wavelength λ; and - the height H of said conducting rails is at least equal to λ/Δn, Δn being the birefringence of the liquid crystal at said optical wavelength.
A sizing composition comprising: water; a film former; a silane coupling agent; and a weakly-coordinating anion salt; wherein the weakly-coordinating anion salt comprises hexafluorophosphate and a counter-cation selected from the group consisting of an alkali metal, ammonium, and an alkaline earth metal. water; a film former; a silane coupling agent; and a weakly-coordinating anion salt; wherein the weakly-coordinating anion salt comprises hexafluorophosphate and a counter-cation selected from the group consisting of an alkali metal, ammonium, and an alkaline earth metal.
Autonomous working device, in particular autonomous lawnmower, comprising at least one orientation apparatus which is different from a perimeter wire orientation apparatus and is provided for orientation within a processing region, and comprising at least one open-loop and/or closed-loop control unit for determining a travel strategy, wherein the at least one open-loop and/or closed loop control unit is provided at least for determining an alignment relative to a base station for targeted docking to an interface, in particular a charging interface, of the base station depending on at least one orientation characteristic variable which is detected by means of the at least one orientation apparatus, characterized in that the at least one open-loop and/or closed-loop control unit is provided at least for determining an offset (d) relative to a main axis of the base station, wherein the main axis of the base station is arranged parallel to a main entry direction of the autonomous working device for docking to the interface of the base station, wherein the orientation apparatus comprises a transmitting and/or receiving unit which is provided for communicating at least with the base station in the vicinity of the base station, wherein the at least one open-loop and/or closed-loop control unit is provided for determining the offset (d) relative to the main axis of the base station at least partially with reference to at least one item of information which is detected by the transmitting and/or receiving unit.
A heart pump assembly (100, 200, 400, 700) comprising: an elongate catheter (105, 205) having a proximal portion and a distal portion; a rotor (104, 204) disposed at the distal portion of the elongate catheter (105, 205), the rotor (104, 204) having an impeller blade (106, 206), wherein the impeller blade (106, 206) is shaped to induce fluid flow in a first axial direction; a drive shaft (110, 210, 410) coupled to a proximal end of the rotor (104, 204), the drive shaft (110, 210, 410) including a pump element (112, 212, 312, 412) formed on a surface (114, 214, 414) of the drive shaft (110, 210, 410); a distal bearing (118, 218) having a bore (120, 220) into which the drive shaft (110, 210, 410) extends; characterized in that the pump element (112, 212, 412) is shaped to induce fluid flow through the bore of the distal bearing (118, 218) in a second axial direction so as to provide a barrier against blood ingress into the bore in which the drive shaft (110, 210, 410) rotates. an elongate catheter (105, 205) having a proximal portion and a distal portion; a rotor (104, 204) disposed at the distal portion of the elongate catheter (105, 205), the rotor (104, 204) having an impeller blade (106, 206), wherein the impeller blade (106, 206) is shaped to induce fluid flow in a first axial direction; a drive shaft (110, 210, 410) coupled to a proximal end of the rotor (104, 204), the drive shaft (110, 210, 410) including a pump element (112, 212, 312, 412) formed on a surface (114, 214, 414) of the drive shaft (110, 210, 410); a distal bearing (118, 218) having a bore (120, 220) into which the drive shaft (110, 210, 410) extends; characterized in that the pump element (112, 212, 412) is shaped to induce fluid flow through the bore of the distal bearing (118, 218) in a second axial direction so as to provide a barrier against blood ingress into the bore in which the drive shaft (110, 210, 410) rotates.
Pyrimido-isoquinoline-quinones derived compounds WHEREIN said compound is selected from formula I, its tautomers, or its pharmaceutically acceptable salts. where: R 1 is -S-R 6; R 2 is -H; where R 5 and R 4 are -CH3; where R 3 is -CH2-CH3; where R 6 is phenyl, phenyl-substituted; where the substitutions of phenyl are: -H, -CH3,-O-CH3, halogen of the group of Cl, Br, F. R 1 is -S-R 6; R 2 is -H; where R 5 and R 4 are -CH3; where R 3 is -CH2-CH3; where R 6 is phenyl, phenyl-substituted; where the substitutions of phenyl are: -H, -CH3,-O-CH3, halogen of the group of Cl, Br, F.
A construction machine that includes a prime mover, a hydraulic pump driven by the prime mover, a hydraulic actuator, a control valve that controls flow of hydraulic fluid from the hydraulic pump to the hydraulic actuator, an operation device that generates a pilot pressure corresponding to an operation amount of an operation lever and switches the control valve with the generated pilot pressure, and a controller that controls, when a no-operation state of the operation device continues, a rotation speed of the prime mover to an idle rotation speed set in advance, the construction machine comprising: a pilot pump that is driven by the prime mover and whose discharge pressure is used as a source pressure of the pilot pressure; a pilot relief valve provided on a discharge side of the pilot pump; a hydraulic pressure signal line that is connected between the discharge side of the pilot pump and a tank and in which the control valve is interposed such that the hydraulic pressure signal line is interrupted when the control valve is switched from a neutral position; a fixed restrictor provided between the discharge side of the pilot pump and the control valve in the hydraulic pressure signal line; a first pressure sensor that detects a hydraulic pressure on an upstream side of the fixed restrictor; and a second pressure sensor that detects a hydraulic pressure on a downstream side of the fixed restrictor, wherein the controller is configured to detect an operation state of the operation device based on results of detection of the first pressure sensor and the second pressure sensor. a pilot pump that is driven by the prime mover and whose discharge pressure is used as a source pressure of the pilot pressure; a pilot relief valve provided on a discharge side of the pilot pump; a hydraulic pressure signal line that is connected between the discharge side of the pilot pump and a tank and in which the control valve is interposed such that the hydraulic pressure signal line is interrupted when the control valve is switched from a neutral position; a fixed restrictor provided between the discharge side of the pilot pump and the control valve in the hydraulic pressure signal line; a first pressure sensor that detects a hydraulic pressure on an upstream side of the fixed restrictor; and a second pressure sensor that detects a hydraulic pressure on a downstream side of the fixed restrictor, wherein the controller is configured to detect an operation state of the operation device based on results of detection of the first pressure sensor and the second pressure sensor.
A process for production of fried noodles having a length of 1 to 7 cm, comprising: a step of preparing raw noodles; a step of gelatinizing the raw noodles; a step of cutting the gelatinized raw noodles into noodles having a length of 1 to 7 cm; a step of frying the cut noodles by allowing the same to float on the surface of the frying oil; and a step of frying the noodles, which are fried while floating on the surface of the frying oil, by forcibly immersing the same in the frying oil. a step of preparing raw noodles; a step of gelatinizing the raw noodles; a step of cutting the gelatinized raw noodles into noodles having a length of 1 to 7 cm; a step of frying the cut noodles by allowing the same to float on the surface of the frying oil; and a step of frying the noodles, which are fried while floating on the surface of the frying oil, by forcibly immersing the same in the frying oil.
Dental assembly comprising a dental implant and at least one abutment (20,20'), wherein the dental implant consists of a screw suitable for being inserted in bone tissue and also suitable for coupling the abutment (20,20') at its upper end, wherein said implant has at its upper end a hole for receiving said abutment (20,20'), characterized in that said hole having a first upper conical housing followed by a sector having a polygonal cross-section and finally by a second lower conical housing, and in that the abutment (20,20') is selected from the group consisting of: o a rotary abutment the lower end of which is conical-shaped, corresponding to the first upper conical housing of the dental implant, such that the first upper conical housing provides a rotary connection for the abutment when the abutment is received by the implant; and o a non-rotary abutment the lower end of which has a sector having a polygonal cross-section, corresponding to the sector having a polygonal cross-section of the dental implant, followed by a conical-shaped lower end corresponding to the second lower conical housing of the dental implant, such that the second lower conical housing provides a non-rotary connection for the abutment when the abutment is received by the implant; and where each of the first housing and the second housing has a step to prevent the involuntary extraction of the abutment (20, 20' once inserted. o a rotary abutment the lower end of which is conical-shaped, corresponding to the first upper conical housing of the dental implant, such that the first upper conical housing provides a rotary connection for the abutment when the abutment is received by the implant; and o a non-rotary abutment the lower end of which has a sector having a polygonal cross-section, corresponding to the sector having a polygonal cross-section of the dental implant, followed by a conical-shaped lower end corresponding to the second lower conical housing of the dental implant, such that the second lower conical housing provides a non-rotary connection for the abutment when the abutment is received by the implant;
A coil for magnetic stimulation of a head, the coil comprising: a base portion including multiple adjacent stimulating elements, said base portion configured to encircle at least a portion of a first section of the head and to provide electrical flow in a substantially clockwise or counter-clockwise path; a protruding return portion including multiple adjacent protruding return elements, said protruding return portion configured to encircle and protrude from the head, and to provide electrical flow in a continuation of the clockwise or counter-clockwise circular path of said base portion, wherein all of said multiple stimulating elements of said base portion are configured to contact the head and wherein all of said multiple protruding return elements are configured to protrude from the head; and a contacting return portion including multiple contacting return elements, said contacting return portion is configured to encircle and contact at least a portion of a second section of the head and to provide electrical flow in a continuation of the clockwise or counter-clockwise path of said base portion, characterised in that said first section is a frontal section of the head, and said second section is an occipital section of the head. a base portion including multiple adjacent stimulating elements, said base portion configured to encircle at least a portion of a first section of the head and to provide electrical flow in a substantially clockwise or counter-clockwise path; a protruding return portion including multiple adjacent protruding return elements, said protruding return portion configured to encircle and protrude from the head, and to provide electrical flow in a continuation of the clockwise or counter-clockwise circular path of said base portion, wherein all of said multiple stimulating elements of said base portion are configured to contact the head and wherein all of said multiple protruding return elements are configured to protrude from the head; and a contacting return portion including multiple contacting return elements, said contacting return portion is configured to encircle and contact at least a portion of a second section of the head and to provide electrical flow in a continuation of the clockwise or counter-clockwise path of said base portion, characterised in that said first section is a frontal section of the head, and said second section is an occipital section of the head.
A stable liquid eutectic system consisting of: - an active ingredient chosen from catechins, anthocyanins, and procyanidins, - a choline salt, - a polar protic solvent or aprotic polar solvent which is pharmaceutically, dermo-cosmetically or nutraceutically acceptable, wherein the molar ratio between the active ingredient, the choline salt, and the solvent is 0.25-1.5:1:5-50, wherein the concentration of the active ingredient is at least 100 mg/mL. - an active ingredient chosen from catechins, anthocyanins, and procyanidins, - a choline salt, - a polar protic solvent or aprotic polar solvent which is pharmaceutically, dermo-cosmetically or nutraceutically acceptable,
A utility vehicle comprising a device for displaying a portion on a screen, the portion being concealed by an object at least in part, and the object being arranged between the portion and a vehicle driver and the screen being arranged between the vehicle driver and the object, the portion being located in a region that is recorded by a camera setup, characterised in that the device has a determination device, the determination device having a first sensor and a second sensor, the first sensor being provided and set up to determine a position of at least one eye of the vehicle driver relative to a utility vehicle cabin, and the second sensor being provided and set up to determine a position of the screen relative to the utility vehicle cabin, the first sensor and the second sensor being arranged on the screen, and the determination device determining the position of the portion in the recorded region using the position of the eye and the position of the screen, and this portion being represented by the screen.
A self-locking shutter, comprising shutter slats connected at their opposed longitudinal first and second ends (1.4, 1.3) by means of separate coupling elements and comprising a shutter guide in which the lateral sides of the slats and coupling elements are located such that the ends (1.4, 1.3) of the slats can rotate with respect to the ends of the coupling elements, characterized in that each slat comprises a first locking projection (1.1) and a second locking projection (1.2), each projection being arranged at an opposed face of the slat and both being provided for locking with the guide in the rotated position of the slat, wherein the second locking projection (1.2) is placed at the second end (1.3) and on the face opposite to the face providing the first projection (1.1) and the second end (1.3) further comprises a recess for the engagement of an end of the coupling element, wherein the internal face (1.3.1) of the recess, opposite to the face providing the first projection (1.1) is curved along its whole length in order to aid the rotation between slat and coupling element.
An operating method for a vehicle, in which - on a first display panel, which is arranged in the interior of the vehicle in the field of vision of a person sitting on a driving seat of the vehicle, first graphic data are displayed, - on a second display panel, which has a touch-sensitive surface and is arranged separate from the first display panel within the reach of the person sitting on the driving seat, second graphic data are displayed, which show at least one button, and - when the touch-sensitive surface on the second display panel is touched, at the displayed button the first graphic data that are displayed on the first display panel are so changed that additional information (15-1 to 15-4) belonging to the button is displayed on the first display panel, characterized in that the direction of vision of the person is acquired and it is detected whether the person is looking at the first or second display panel (3, 5), and characterized in that the display content of the first and/or the second graphic data depends on whether the person is looking at the first or second display panel (3, 5). - on a first display panel, which is arranged in the interior of the vehicle in the field of vision of a person sitting on a driving seat of the vehicle, first graphic data are displayed, - on a second display panel, which has a touch-sensitive surface and is arranged separate from the first display panel within the reach of the person sitting on the driving seat, second graphic data are displayed, which show at least one button, and - when the touch-sensitive surface on the second display panel is touched, at the displayed button the first graphic data that are displayed on the first display panel are so changed that additional information (15-1 to 15-4) belonging to the button is displayed on the first display panel,
A device that effects mitral valve annulus geometry of a heart, comprising: a distal expandable anchor configured to be anchored within the coronary sinus of the heart; a proximal expandable anchor configured to be positioned within the coronary sinus of the heart proximal to the distal anchor; and a connecting member predisposed to have an arcuate configuration, and a fixed length between the distal and proximal anchor. a distal expandable anchor configured to be anchored within the coronary sinus of the heart; a proximal expandable anchor configured to be positioned within the coronary sinus of the heart proximal to the distal anchor; and a connecting member predisposed to have an arcuate configuration, and a fixed length between the distal and proximal anchor.
Human machine interface, HMI unit for a communication device in a vehicle, comprising a controller means, a memory means, an API interface means in communication with a communication application means APP and at least one I/O interface means I/O-IM in communication with at least one physical I/O unit PHE x (26, 36, 38) for physically communicating with an HMI endpoint user HE x (28, 40, 42, 44, 46), wherein said I/O interface means I/O-IM being also in communication with at least one vehicle state unit VS, one driving state unit DS and/or one environmental condition state unit EC, characterized by said API interface means API providing a standardized set of abstract input and output methods AM x for inputting data into and outputting data out of the communication application means APP; and the controller means selecting at least one physical I/O unit PHEx (26, 36,38) for physically inputting data from or outputting data to said physical I/O unit PHE x (26, 36,38) depending on a set of criteria stored in said memory means, comprising at least one type of a requested abstract I/O method AM x, an addressed HMI endpoint user HE x (28, 40, 42, 44, 46), a vehicle state VS x, a driving state DS x and/or an environmental condition EC x, wherein the human machine interface unit is configured to convert a specific I/O request into a device-independent request and to transmit the request to one or multiple communication devices, whereby each communication device interprets the request independently and performs the request individually and wherein for selecting an appropriate I/O unit PHE x (26, 36, 38) as output unit, data to be output comprises information about an addressed HMI endpoint user HE x (28, 40, 42, 44, 46), the information being one or more of name of user, position of user in vehicle, output to all persons in the vehicle, and whereby regarding a type of the HMI endpoint user HE x (28, 40, 42, 44, 46) it is at least distinguished between driver and passenger.