mhurhangee/patent-ind-claim-en huggingface dataset:
Hybrid elastography method (P) comprising the following steps: - application, using a first vibrator (VIB1) comprised in a probe (PR) in contact with a viscoelastic medium, of a continuous low frequency vibration and generation (CW), using an ultrasonic transducer (TUS) in contact with the viscoelastic medium, of a first series of ultrasonic acquisitions, said first series of ultrasonic acquisitions including groups of ultrasonic acquisitions, the groups of ultrasonic acquisitions being generated with a first repetition rate, each group of ultrasonic acquisitions including at least one acquisition, the continuous low frequency vibration generating an elastic wave within the viscoelastic medium; - determination (CW_P), from the first series of ultrasonic acquisitions, of at least one property of the elastic wave within the viscoelastic medium, the property of the elastic wave within the viscoelastic medium being used to compute a real time positioning indicator (RT_IP) of the probe (PR) with respect to the viscoelastic medium to be studied; - application, using a second vibrator (VIB2) comprised in the probe (PR) in contact with the viscoelastic medium, of a low frequency pulse and generation (TI), using the ultrasonic transducer (TUS), of a second series of ultrasonic acquisitions, the ultrasonic acquisitions composing the second series being generated with a second repetition rate, the low frequency pulse generating a transient shear wave propagating within the viscoelastic medium. - application, using a first vibrator (VIB1) comprised in a probe (PR) in contact with a viscoelastic medium, of a continuous low frequency vibration and generation (CW), using an ultrasonic transducer (TUS) in contact with the viscoelastic medium, of a first series of ultrasonic acquisitions, said first series of ultrasonic acquisitions including groups of ultrasonic acquisitions, the groups of ultrasonic acquisitions being generated with a first repetition rate, each group of ultrasonic acquisitions including at least one acquisition, the continuous low frequency vibration generating an elastic wave within the viscoelastic medium; - determination (CW_P), from the first series of ultrasonic acquisitions, of at least one property of the elastic wave within the viscoelastic medium, the property of the elastic wave within the viscoelastic medium being used to compute a real time positioning indicator (RT_IP) of the probe (PR) with respect to the viscoelastic medium to be studied; - application, using a second vibrator (VIB2) comprised in the probe (PR) in contact with the viscoelastic medium, of a low frequency pulse and generation (TI), using the ultrasonic transducer (TUS), of a second series of ultrasonic acquisitions, the ultrasonic acquisitions composing the second series being generated with a second repetition rate, the low frequency pulse generating a transient shear wave propagating within the viscoelastic medium.
A polylactic acid 3D printing material, characterized in that , the polylactic acid 3D printing material comprises the following preparation raw materials in parts by weight: (a) 40-95 parts of crystalline or semi-crystalline polylactic acid, (b) 5-60 parts of noncrystalline polylactic acid, and (c) 0-1.0 parts of a processing aid; in the polylactic acid 3D printing material, a weight of dextral polylactic acid represents 0.5%-8% of a total weight of the polylactic acid. (a) 40-95 parts of crystalline or semi-crystalline polylactic acid, (b) 5-60 parts of noncrystalline polylactic acid, and (c) 0-1.0 parts of a processing aid;
A friction force sensing system comprising: a rotary plate configured to rotate with a constant radial velocity and to be covered with a second test specimen lies on a horizontal surface, and configured to receive a first test specimen on top of it; one flexible assembly having a fixed end and a free end , longitudinal flexures extending between said fixed end and free end , with a mounting element at the free end of said flexible assembly , said friction force sensing system further comprising a sensor unit in connection with the said flexible assembly in the manner that a free end of said mounting element provides a force application point for the measurement of friction forces between the touching surfaces of the first test specimen and said rotary plate with second test specimen when the first test specimen is in contact with the force application point , said system further comprising two symmetrical flexures extending between said fixed end and free end of the flexible assembly , the flexures separated by a gap characterized in that ; a photointerrupter sensor is attached on the fixed end of the flexible assembly and, an interrupter with a blocking extension in a structural relation with the flexible assembly is provided such that said blocking extension extends into the gap portion of said flexible assembly such that deflection of the said interrupter within the photointerrupter sensor enables the measurement of friction forces. a rotary plate configured to rotate with a constant radial velocity and to be covered with a second test specimen lies on a horizontal surface, and configured to receive a first test specimen on top of it; one flexible assembly having a fixed end and a free end , longitudinal flexures extending between said fixed end and free end , with a mounting element at the free end of said flexible assembly , said friction force sensing system further comprising a sensor unit in connection with the said flexible assembly in the manner that a free end of said mounting element provides a force application point for the measurement of friction forces between the touching surfaces of the first test specimen and said rotary plate with second test specimen when the first test specimen is in contact with the force application point , said system further comprising two symmetrical flexures extending between said fixed end and free end of the flexible assembly , the flexures separated by a gap characterized in that ; a photointerrupter sensor is attached on the fixed end of the flexible assembly and, an interrupter with a blocking extension in a structural relation with the flexible assembly is provided such that said blocking extension extends into the gap portion of said flexible assembly such that deflection of the said interrupter within the photointerrupter sensor enables the measurement of friction forces.
An apparatus for insertion into a patient for use with a probe configured to perform diagnostic and/or therapeutic interventions, said apparatus comprising: an internal buttress configured to inhibit removal of the internal buttress from a body cavity through a body aperture of said patient's body; an external buttress coupled to the internal buttress , the external buttress configured to inhibit entry of the external buttress into the body cavity through the body aperture ; a passageway extending through the internal buttress and the external buttress that is configured for passage of said probe into contacting engagement with the body cavity ; and a gap that runs the length of the apparatus and which allows the apparatus to be opened and wrapped around said probe ; wherein said internal buttress has an expanded configuration and an unexpanded configuration, and wherein said internal buttress is configured to be increased in size to the expanded configuration through introduction of an expansion material into an internal cavity of the internal buttress. an internal buttress configured to inhibit removal of the internal buttress from a body cavity through a body aperture of said patient's body; an external buttress coupled to the internal buttress , the external buttress configured to inhibit entry of the external buttress into the body cavity through the body aperture ; a passageway extending through the internal buttress and the external buttress that is configured for passage of said probe into contacting engagement with the body cavity ; and a gap that runs the length of the apparatus and which allows the apparatus to be opened and wrapped around said probe ; wherein said internal buttress has an expanded configuration and an unexpanded configuration, and wherein said internal buttress is configured to be increased in size to the expanded configuration through introduction of an expansion material into an internal cavity of the internal buttress.
A compound of formula (I) a stereo-isomeric form, a pharmaceutically acceptable salt, solvate or polymorph thereof, wherein X is N and Y is N; or X is C substituted by -F and Y is C substituted by -F, -CI, -CH 3 , or -CN; Z is N, Q is selected from -C-CH 3 , -C-COOH or -C-CF 3 , and M is CF wherein R 1 is independently selected from hydrogen, halogen, cyano, oxo, alkyl, hydroxyl, amino; or Z is N, Q is N and M is CH; or Z is C, Q is N and M is CH; and R is C 3-8 cycloalkyl substituted by carboxylic acid, or -NH-C(O)-C 3-6 heterocycle optionally substituted by C 1-6 alkyl or -COOH. X is N and Y is N; or X is C substituted by -F and Y is C substituted by -F, -CI, -CH 3 , or -CN; Z is N, Q is selected from -C-CH 3 , -C-COOH or -C-CF 3 , and M is CF wherein R 1 is independently selected from hydrogen, halogen, cyano, oxo, alkyl, hydroxyl, amino; or Z is N, Q is N and M is CH; or Z is C, Q is N and M is CH; and R is C 3-8 cycloalkyl substituted by carboxylic acid, or -NH-C(O)-C 3-6 heterocycle optionally substituted by C 1-6 alkyl or -COOH.
A modular connector for cables or pipes, having at least one compressible body with an axial groove provided therein for arrangement of a shielded or armored cable or a pipe extending from a first end to a second end, wherein the groove is dimensioned or dimensionable to sealingly fit around a circumference of the shielded or armored cable, or pipe, wherein the at least one compressible body comprises a flexible conductor arrangement which conductor arrangement comprises at least two conductors arranged to follow a non-linear path, arranged between the first end and the second end, and wherein the conductor arrangement is also arranged to be sandwiched between the compressible body and a cable screen or armor of the cable, or the pipe, and the conductor arrangement further extends to an outside of the modular connector for cables or pipes characterized in that the conductor arrangement having at least two conductors arranged to follow a non-linear path is selected from the group comprising: a braided wire, a knitted wire, woven wire, a wire mesh, and a wire cloth, that at least one peelable sheets of material are arranged in the axial groove , for adjusting the diameter to the dimensions of the shielded or armored cable or the pipe, and that at least one peelable sheet of material is arranged in two or more sections (305, 305', 405, 405', 405", 805, 805', 805") along the axial extension of the modular connector, adjacent sections being separated from each other.
A method for preparing a restart of a loom including a main shaft and a warp shedding device, the warp shedding device being driven by the main shaft so as to move following a rotation of the main shaft , the warp shedding device having a leveling function with which the warp shedding device brings warps (T) into a leveled state concurrently with a reverse rotation of the main shaft , the loom allowing an operator to remove a defective weft pick (Y) at an occurrence of a weft insertion defect in the loom , the method being performed when a warp breakage and a weft insertion defect, which are causes of stoppage of the loom , occur concurrently during weaving, characterised by the method comprising: automatically reversing the main shaft from an initial stop time point after a stop command signal (Ss) is issued in response to a detection of the causes of stoppage, the main shaft being reversed, while the leveling function of the warp shedding device is disabled, up to a weaving cycle in which the causes of stoppage have occurred and in which the loom is in a stand-by state; bringing the loom into a pick-found state, in which the defective weft pick (Y) is pickfound, by reversing the main shaft in response to an operator operating a reverse button after the loom is brought into the stand-by state by the automatic reversing; reversing the main shaft in response to the operator operating a button after the operator has removed the defective weft pick (Y) from the loom in the pick-found state, the reversing of the main shaft after the pick-found state being performed while the leveling function of the warp shedding device is enabled; and correcting the warp breakage after the warps (T) are brought into the leveled state by the reversing of the main shaft from the pick-found state. automatically reversing the main shaft from an initial stop time point after a stop command signal (Ss) is issued in response to a detection of the causes of stoppage, the main shaft being reversed, while the leveling function of the warp shedding device is disabled, up to a weaving cycle in which the causes of stoppage have occurred and in which the loom is in a stand-by state; bringing the loom into a pick-found state, in which the defective weft pick (Y) is pickfound, by reversing the main shaft in response to an operator operating a reverse button after the loom is brought into the stand-by state by the automatic reversing; reversing the main shaft in response to the operator operating a button after the operator has removed the defective weft pick (Y) from the loom in the pick-found state, the reversing of the main shaft after the pick-found state being performed while the leveling function of the warp shedding device is enabled; and correcting the warp breakage after the warps (T) are brought into the leveled state by the reversing of the main shaft from the pick-found state.
A display device comprising: a pixel (PXL) disposed in a display area (DA), wherein the pixel comprises: a first electrode (ELT1) and a second electrode (ELT2) spaced apart from each other; a light emitting element (LD) disposed between the first electrode and the second electrode; a first insulating pattern (INP1) disposed on an area of the light emitting element such that a first end (EP1) and a second end (EP2) of the light emitting element are exposed; a first contact electrode (CNE1) disposed on the first end of the light emitting element, and electrically connecting the first end to the first electrode; and a second contact electrode (CNE2) disposed on the second end of the light emitting element, and electrically connecting the second end to the second electrode, characterised by a second insulating pattern (INP2) having a width (W2) less than a width (W1) of the first insulating pattern, and disposed on an area of the first insulating pattern such that opposite ends of the first insulating pattern are exposed; a third insulating pattern (INP3) having a width (W3) greater than the width of the second insulating pattern (W2), and disposed on the second insulating pattern to cover opposite ends of the second insulating pattern in a plan view. a pixel (PXL) disposed in a display area (DA), wherein the pixel comprises: a first electrode (ELT1) and a second electrode (ELT2) spaced apart from each other; a light emitting element (LD) disposed between the first electrode and the second electrode; a first insulating pattern (INP1) disposed on an area of the light emitting element such that a first end (EP1) and a second end (EP2) of the light emitting element are exposed; a first contact electrode (CNE1) disposed on the first end of the light emitting element, and electrically connecting the first end to the first electrode; and a second contact electrode (CNE2) disposed on the second end of the light emitting element, and electrically connecting the second end to the second electrode, a first electrode (ELT1) and a second electrode (ELT2) spaced apart from each other; a light emitting element (LD) disposed between the first electrode and the second electrode; a first insulating pattern (INP1) disposed on an area of the light emitting element such that a first end (EP1) and a second end (EP2) of the light emitting element are exposed; a first contact electrode (CNE1) disposed on the first end of the light emitting element, and electrically connecting the first end to the first electrode; and a second contact electrode (CNE2) disposed on the second end of the light emitting element, and electrically connecting the second end to the second electrode, characterised by a second insulating pattern (INP2) having a width (W2) less than a width (W1) of the first insulating pattern, and disposed on an area of the first insulating pattern such that opposite ends of the first insulating pattern are exposed; a third insulating pattern (INP3) having a width (W3) greater than the width of the second insulating pattern (W2), and disposed on the second insulating pattern to cover opposite ends of the second insulating pattern in a plan view.
A scroll compressor, comprising: a housing having an inlet port and an outlet port , the housing having a sidewall with an internal surface surrounding an internal chamber with an oil sump at a bottom of the internal chamber ; scroll compressor bodies in the housing , the scroll compressor bodies having respective bases and respective scroll ribs that project from the respective bases and which mutually engage, the scroll compressor bodies operative to compress fluid entering from the inlet port and discharge compressed fluid toward the outlet port ; a motor providing a rotational output operatively driving one of the scroll compressor bodies to facilitate relative movement for the compression of fluid; an oil equalization fitting mounted through the sidewall arranged below the inlet port to communicate oil to and from the oil sump , the oil equalization fitting provided with an extension projecting inwardly from the internal surface and into the internal chamber , characterized in that the extension projects inwardly from the internal surface a sufficient distance so oil returning through the inlet port and down the sidewall substantially does not interfere with oil equalization. a housing having an inlet port and an outlet port , the housing having a sidewall with an internal surface surrounding an internal chamber with an oil sump at a bottom of the internal chamber ; scroll compressor bodies in the housing , the scroll compressor bodies having respective bases and respective scroll ribs that project from the respective bases and which mutually engage, the scroll compressor bodies operative to compress fluid entering from the inlet port and discharge compressed fluid toward the outlet port ; a motor providing a rotational output operatively driving one of the scroll compressor bodies to facilitate relative movement for the compression of fluid; an oil equalization fitting mounted through the sidewall arranged below the inlet port to communicate oil to and from the oil sump , the oil equalization fitting provided with an extension projecting inwardly from the internal surface and into the internal chamber , characterized in that the extension projects inwardly from the internal surface a sufficient distance so oil returning through the inlet port and down the sidewall substantially does not interfere with oil equalization.
An independent tank comprising: at least one curvature change portion in which a curvature along an axial direction of plate members that form the tank changes along the axial direction, wherein the plate members include a first plate member that has a transition portion where the plate thickness increases or decreases from a portion of the first plate member that has a constant thickness and which transition portion is adjacent to the curvature change portion , and a second plate member that has a larger curvature along the axial direction than the first plate member , wherein axial end portions of the first and second plate members are joined together through welding at a boundary portion , wherein both an inner peripheral surface and an outer peripheral surface of the first plate member are not flush with an inner peripheral surface and an outer peripheral surface of the second plate member , respectively, at the boundary portion , and a plate thickness center of the portion of the first plate member that has the constant thickness is offset toward a radial outer side with respect to a plate thickness center of the second plate member in the curvature change portion , and wherein the boundary portion coincides with the curvature change portion . at least one curvature change portion in which a curvature along an axial direction of plate members that form the tank changes along the axial direction, wherein the plate members include a first plate member that has a transition portion where the plate thickness increases or decreases from a portion of the first plate member that has a constant thickness and which transition portion is adjacent to the curvature change portion , and a second plate member that has a larger curvature along the axial direction than the first plate member , wherein axial end portions of the first and second plate members are joined together through welding at a boundary portion , wherein both an inner peripheral surface and an outer peripheral surface of the first plate member are not flush with an inner peripheral surface and an outer peripheral surface of the second plate member , respectively, at the boundary portion , and a plate thickness center of the portion of the first plate member that has the constant thickness is offset toward a radial outer side with respect to a plate thickness center of the second plate member in the curvature change portion , and wherein the boundary portion coincides with the curvature change portion .
A water purification device using a bacterium, comprising: a low-water-permeable biological filtration layer configured to purify water; and a pump unit configured to generate a water flow in the biological filtration layer , wherein the biological filtration layer includes a useful purification bacterial group having grown aerobic bacteria and anaerobic bacteria for performing purification in the form of activated sludge, and the useful purification bacterial group is fixed in a bulk state and there exists a dissolved oxygen concentration gradient produced by the pump unit during use in the useful purification bacterial group. a low-water-permeable biological filtration layer configured to purify water; and a pump unit configured to generate a water flow in the biological filtration layer , wherein the biological filtration layer includes a useful purification bacterial group having grown aerobic bacteria and anaerobic bacteria for performing purification in the form of activated sludge, and the useful purification bacterial group is fixed in a bulk state and there exists a dissolved oxygen concentration gradient produced by the pump unit during use in the useful purification bacterial group.