mhurhangee/ep-ind-claims huggingface dataset:
A measurement system for use with a powered surgical instrument for sensing a position of a leading edge of a tool relative to anatomic structures of a patient, the measurement system comprising: a first sensor disposed with respect to the powered surgical instrument to measure a tool drive parameter that is characteristic of the tool portion acting on the patient and output a tool drive signal representative the tool drive parameter as the tool portion is advanced relative to anatomy of the patient; a displacement sensor disposed with respect to the powered surgical instrument to measure an axial displacement of the leading edge of the tool portion relative to a reference point and output a displacement signal representative of the axial displacement; and a controller in operative communication with the first sensor to receive the tool drive signal and in operative communication with the displacement sensor to receive the displacement signal, wherein the controller is operative to identify a change in the tool drive parameter over a given amount of axial displacement of the leading edge of the tool portion that is indicative of the leading edge of the tool portion moving through an interface between anatomic structures of the patient, wherein the controller is operative to determine a moving average for the tool drive parameter with respect to the axial displacement of the leading edge of the tool portion relative to the anatomy of the patient, and wherein the controller is operative to identify the change in the tool drive parameter relative to a given amount of axial displacement of the leading edge of the tool portion based on an inflection of the moving average. a first sensor disposed with respect to the powered surgical instrument to measure a tool drive parameter that is characteristic of the tool portion acting on the patient and output a tool drive signal representative the tool drive parameter as the tool portion is advanced relative to anatomy of the patient; a displacement sensor disposed with respect to the powered surgical instrument to measure an axial displacement of the leading edge of the tool portion relative to a reference point and output a displacement signal representative of the axial displacement; and a controller in operative communication with the first sensor to receive the tool drive signal and in operative communication with the displacement sensor to receive the displacement signal, wherein the controller is operative to identify a change in the tool drive parameter over a given amount of axial displacement of the leading edge of the tool portion that is indicative of the leading edge of the tool portion moving through an interface between anatomic structures of the patient, wherein the controller is operative to determine a moving average for the tool drive parameter with respect to the axial displacement of the leading edge of the tool portion relative to the anatomy of the patient, and wherein the controller is operative to identify the change in the tool drive parameter relative to a given amount of axial displacement of the leading edge of the tool portion based on an inflection of the moving average.
An absorbent article selected from a sanitary napkin, an incontinence pad, and a pantyliner, having a body-facing surface and a garment-facing surface, said absorbent article also having a longitudinal axis and a transversal axis and said article also having a front end portion (i), a rear portion (ii) and a central portion (iii), said absorbent article comprising: a topsheet layer; a backsheet layer; a fastening adhesive applied on said backsheet garment facing surface; said absorbent article being characterized in that at least a portion of said PFA is applied in a pattern where PFA is applied in a discontinuous application such that any portion of the application is greater than 1mm and no more than 10 mm distant from another portion of the application where PFA is not applied, and said backsheet layer is a plastic film having a basis weight of less than 22 gsm. a topsheet layer; a backsheet layer; a fastening adhesive applied on said backsheet garment facing surface; said absorbent article being characterized in that at least a portion of said PFA is applied in a pattern where PFA is applied in a discontinuous application such that any portion of the application is greater than 1mm and no more than 10 mm distant from another portion of the application where PFA is not applied, and said backsheet layer is a plastic film having a basis weight of less than 22 gsm.
Mixing device for mixing one or multiple preparations (5, 6) in a dispenser with a discharge opening, characterized in that the mixing device comprises at least two mixer plates which each have one or multiple passages, the diameters of which passages narrow in the direction of the discharge opening, and the mixer plates are arranged one after the other in the direction of the discharge opening, characterized in that the diameters of the passages at the flow exit of the mixer plates become ever smaller in diameter toward the outlet.
A demodulation reference signal, DMRS, port configuration information obtaining method, comprising: receiving, by user equipment, UE, indication information sent by a base station, wherein the indication information comprises overview information of DMRS ports of all UEs scheduled by the base station; obtaining, by the UE, DMRS port configuration information of all the UEs according to a preset rule and the indication information; wherein the overview information comprises at least one of the following information: a total quantity of transport layers of all the UEs, a total quantity of DMRS ports occupied by all the UEs, and a total quantity of DMRS ports not occupied by all the UEs; and wherein the DMRS ports of all the UEs are classified into at least two DMRS port groups, quasi co-locations, QCLs, of DMRS ports in different DMRS port groups are different, the overview information comprises overview information of each DMRS port group, and overview information of a DMRS port group comprises at least one of the following information: a total quantity of transport layers of all UEs corresponding to the DMRS port group, a total quantity of DMRS ports occupied by all the UEs corresponding to the DMRS port group, and a total quantity of DMRS ports not occupied by all the UEs corresponding to the DMRS port group. receiving, by user equipment, UE, indication information sent by a base station, wherein the indication information comprises overview information of DMRS ports of all UEs scheduled by the base station; obtaining, by the UE, DMRS port configuration information of all the UEs according to a preset rule and the indication information; wherein the overview information comprises at least one of the following information: a total quantity of transport layers of all the UEs, a total quantity of DMRS ports occupied by all the UEs, and a total quantity of DMRS ports not occupied by all the UEs; and wherein the DMRS ports of all the UEs are classified into at least two DMRS port groups, quasi co-locations, QCLs, of DMRS ports in different DMRS port groups are different, the overview information comprises overview information of each DMRS port group, and overview information of a DMRS port group comprises at least one of the following information: a total quantity of transport layers of all UEs corresponding to the DMRS port group, a total quantity of DMRS ports occupied by all the UEs corresponding to the DMRS port group, and a total quantity of DMRS ports not occupied by all the UEs corresponding to the DMRS port group.
A method for safely mixing H 2 -rich fuels with air in a gas turbine combustion system (10, 20) comprising a combustion chamber, at least one burner arranged upstream of the combustion chamber, at least one pre-premixer (11, 12, 16) arranged upstream of the burner, and comprising the steps of: - Providing a first stream of a burner air and a second stream of a H 2 -rich fuel; - Premixing the stream of H 2 -rich fuel with said first stream of burner air within the pre-premixer (11, 12, 16) to produce a pre-premixed fuel/air mixture; - Injecting the pre-premixed fuel/air mixture and a stream of burner main air Into the burner; - Resulting fully premixed fuel/air mixture exits the burner to enter the subsequent combustion chamber. - Providing a first stream of a burner air and a second stream of a H 2 -rich fuel; - Premixing the stream of H 2 -rich fuel with said first stream of burner air within the pre-premixer (11, 12, 16) to produce a pre-premixed fuel/air mixture; - Injecting the pre-premixed fuel/air mixture and a stream of burner main air Into the burner; - Resulting fully premixed fuel/air mixture exits the burner to enter the subsequent combustion chamber.
A method for separating metal ions from a liquid, which method comprises contacting liquid comprising metal ions with non-functionalized cellulose, adsorbing metal ions to the cellulose, and separating the liquid from the cellulose, wherein the liquid comprises an essential oil.
Connecting device adapted for electrically connecting two or more coaxial cables together, each coaxial cable comprising a central conductor and a metallic shield around said conductor, said device being a unitary piece of non-conducting structure presenting: - an equal number of conductor receiving areas (112A, 112B) as there are cables to be connected, said conductor receiving areas (112A, 112B) being connected electrically with one another, - an equal number of shield receiving areas (116A, 116B) as there are cables to be connected, said shield receiving areas (116A, 116B) being connected electrically with one another, wherein the conductor receiving areas (112A, 112B) are electrically isolated from said shield receiving areas (116A, 116B), characterized in that - said device further comprises at least two cable clip structures longitudinally aligned along an axis A-A, said cable clip structures being sized at an appropriate dimension to receive and secure said cables, - said conductor receiving areas (112A, 112B) and said shield receiving areas (116A, 116B) are disposed along an axis A-A between said cable clip structures, - each of said conductor receiving areas (112A, 112B) and said shield receiving areas (116A, 116B) are formed as semi-cylindrical concave hollows adapted for receiving the respective part of said cables of the appropriate gauge, - the mating surfaces of the conductor receiving areas (112A, 112B) and the shield receiving areas (116A, 116B) are coated in an electrical conducting surface layer, and each of the conductor receiving areas (112A, 112B) and the shield receiving areas (116A, 116B) are adapted for mating with the corresponding portion of the cable. - an equal number of conductor receiving areas (112A, 112B) as there are cables to be connected, said conductor receiving areas (112A, 112B) being connected electrically with one another, - an equal number of shield receiving areas (116A, 116B) as there are cables to be connected, said shield receiving areas (116A, 116B) being connected electrically with one another, - said device further comprises at least two cable clip structures longitudinally aligned along an axis A-A, said cable clip structures being sized at an appropriate dimension to receive and secure said cables, - said conductor receiving areas (112A, 112B) and said shield receiving areas (116A, 116B) are disposed along an axis A-A between said cable clip structures, - each of said conductor receiving areas (112A, 112B) and said shield receiving areas (116A, 116B) are formed as semi-cylindrical concave hollows adapted for receiving the respective part of said cables of the appropriate gauge, - the mating surfaces of the conductor receiving areas (112A, 112B) and the shield receiving areas (116A, 116B) are coated in an electrical conducting surface layer, and each of the conductor receiving areas (112A, 112B) and the shield receiving areas (116A, 116B) are adapted for mating with the corresponding portion of the cable.
A device for analyzing a polymer, said device comprising (a) a first and second electrode that form a tunnel gap through which said polymer can pass, wherein the tunnel gap has a width that is adjustable; and (b) a first reagent attached to the first electrode and a second reagent attached to the second electrode wherein the first and second reagents (105, 106) are each capable of forming a transient bond to a unit of the polymer, wherein a detectable signal is produced when the transient bond forms and characterized in that the first and second reagent are independently selected from the group consisting of mercaptobenzoic acid, 4-mercaptobenzcarbamide, imidazole-2- carboxide, and 4-carbamoylphenyldithiocarbamate. (a) a first and second electrode that form a tunnel gap through which said polymer can pass, wherein the tunnel gap has a width that is adjustable; and (b) a first reagent attached to the first electrode and a second reagent attached to the second electrode wherein the first and second reagents (105, 106) are each capable of forming a transient bond to a unit of the polymer,
A method of preparing a catalytic article including a zeolite, refractory metal oxide support particles, and a platinum group metal supported on the refractory metal oxide support particles, wherein greater than 90% of the refractory metal oxide particles supporting PGM have a particle size greater than 1 μm and a d 50 less than 40 microns, wherein particle size measurements are performed using the laser light scattering technique, the method comprising impregnating refractory metal oxide support particles with a platinum group metal, spray drying the refractory metal oxide particles supporting PGM to increase the particle size, creating a slurry of the spray dried refractory metal oxide particles supporting PGM, adding the zeolite to the slurry to form a washcoat, and coating the washcoat on a substrate.
A location signaling device comprising; a wing balloon for signaling a location, a tether line, having a distal end and a proximal end, wherein said tether line is in use fixed at said proximal end to said location; said wing balloon comprising an inflatable aerodynamically shaped hollow body adapted to be at least partly filled with a lighter than air gas, said distal end of said tether line being directly connected to said body, and said body comprises a wing attack surface for directing air flowing relative to said wing balloon such that floating aloft of said wing balloon is supported by said air flow, characterized in that when said body is inflated, said wing balloon comprises two flexible wing portions (113, 114) resiliently bendable towards each other and comprising said attack surface of said wing balloon, and which attack surface is passively variable such that an increasing wind velocity is compensated for by an inward bending of said flexible wing portions, and wherein the inward bending of said flexible wing portions (113, 114) passively decreases an aerodynamic lift force generated for achieving a generally constant dragging force on the tether-line.
A radio receiver which in cooperation with a radio transmitter switches electrical devices, wherein the switching pulses are transmitted to a relay via an integrated switching circuit cooperating with at least one code switch, the output of said relay being connected to the electrical device, wherein the integrated switching circuit is programmed to switch off after a predetermined time interval and the excitation of the relay is switched by two separate outputs (8, 9) of the integrated switching circuit and the contacts thereof lead to two different outputs (2, 3) of the radio receiver, characterised in that different time intervals may be set via a rotary switch.
A liquid discharge device comprising: a liquid discharge unit configured to discharge a liquid, the liquid discharge unit having a first end, a second end, and a third end extending in a direction intersecting the first end and the second end; and a cleaner configured to move relative to the liquid discharge unit in a movement direction from the first end toward the second end while contacting the liquid discharge unit with a contact force and a contact pressure, the contact force of the cleaner contacting one of the first end and the second end being smaller than the contact force of the cleaner contacting a portion of the liquid discharge unit other than the first end and the second end; wherein the first end is an end of the liquid discharge unit that the cleaner starts contacting when the cleaner moves relative to the liquid discharge unit while contacting the liquid discharge unit, wherein the second end is an end of the liquid discharge unit that the cleaner finishes contacting when the cleaner moves relative to the liquid discharge unit while contacting the liquid discharge unit, wherein the third end being a long side of the liquid discharge unit is oblique with the movement direction of the cleaner, characterized in that the contact force of the cleaner with the liquid discharge unit progressively decreases before the cleaner contacts the second end. a liquid discharge unit configured to discharge a liquid, the liquid discharge unit having a first end, a second end, and a third end extending in a direction intersecting the first end and the second end; and a cleaner configured to move relative to the liquid discharge unit in a movement direction from the first end toward the second end while contacting the liquid discharge unit with a contact force and a contact pressure, the contact force of the cleaner contacting one of the first end and the second end being smaller than the contact force of the cleaner contacting a portion of the liquid discharge unit other than the first end and the second end; wherein the first end is an end of the liquid discharge unit that the cleaner starts contacting when the cleaner moves relative to the liquid discharge unit while contacting the liquid discharge unit, wherein the second end is an end of the liquid discharge unit that the cleaner finishes contacting when the cleaner moves relative to the liquid discharge unit while contacting the liquid discharge unit, wherein the third end being a long side of the liquid discharge unit is oblique with the movement direction of the cleaner, characterized in that the contact force of the cleaner with the liquid discharge unit progressively decreases before the cleaner contacts the second end.
Form-fitting overrunning clutch with an outer ring which has a latching contour and with an inner ring which is arranged concentrically with respect to the outer ring, the inner ring having a pawl which is provided for engagement into the latching contour, the pawl being connected movably to the inner ring and being configured in one piece with the inner ring, characterized in that the inner ring has a reinforcing profile for increasing a torque which can be transmitted, the reinforcing profile being supported against a counter-profile configured on the pawl when the overrunning clutch is actuated on the outer ring in the locking direction.
A powertrain mechanism suitable for transferring the power, received from the engine, to the gearbox in vehicles having internal combustion engine, the power mechanism comprising at least one drive plate and at least one connection hub having an assembly section located on one axial side of the connection hub facing the drive plate, wherein the assembly section is placed into at least one assembly opening provided in vicinity of the center of said drive plate, the drive plate is positioned between a holder plate on the one axial side, and a fixation plate on the other axial side and wherein at least one inertia plate is provided between said holder plate and the fixation plates, characterized in that at least one movement gap provided between at least one protrusion upper section defined at the uppermost section of at least one protrusion provided mutually on inner wall of said assembly opening and on outer wall of the assembly section, and at least one recess base defined at the lowermost section of at least one recess wherein said protrusion is at least partially placed, wherein at least one channel is provided on the connecting hub in vicinity of the assembly section, and at least one snap ring is placed into said channel, wherein said powertrain mechanism comprises at least one friction element positioned between the holder plate and the connection hub, and at least one chamfered section is provided on a side of the connection hub facing the friction element.
An automatic analyzer, comprising: an aspiration nozzle whose position is fixed and that is configured to aspirate reaction liquid or a reagent; a holding unit that is configured to hold a plurality of containers (205 - 209) accommodating the reaction liquid or the reagent, and that is configured to rotate and move up and down, the containers (205 - 209) including a reagent container (206 - 208) accommodating the reagent, wherein the holding unit is configured to hold at least three of the containers (205 - 209), and an angle between adjacent containers is an integer multiple of a predetermined angle (θa), the angle between adjacent containers being an angle between adjacent containers in a circumferential direction and an angle around a rotation center of the holding unit; and a reagent nozzle (202, 203) whose position is fixed and that supplies the reagent, characterised in that an inter-nozzle angle is set such that: - the reagent nozzle (202, 203) is positioned between the containers when any one of the containers accesses to the aspiration nozzle, or - the aspiration nozzle is positioned between the containers when the reagent is supplied from the reagent nozzle (202, 203) to the reagent container, the inter-nozzle angle being an angle between the reagent nozzle (202, 203) and the aspiration nozzle and an angle around the rotation center of the holding unit. an aspiration nozzle whose position is fixed and that is configured to aspirate reaction liquid or a reagent; a holding unit that is configured to hold a plurality of containers (205 - 209) accommodating the reaction liquid or the reagent, and that is configured to rotate and move up and down, the containers (205 - 209) including a reagent container (206 - 208) accommodating the reagent, wherein the holding unit is configured to hold at least three of the containers (205 - 209), and an angle between adjacent containers is an integer multiple of a predetermined angle (θa), the angle between adjacent containers being an angle between adjacent containers in a circumferential direction and an angle around a rotation center of the holding unit; and a reagent nozzle (202, 203) whose position is fixed and that supplies the reagent, characterised in that an inter-nozzle angle is set such that: - the reagent nozzle (202, 203) is positioned between the containers when any one of the containers accesses to the aspiration nozzle, or - the aspiration nozzle is positioned between the containers when the reagent is supplied from the reagent nozzle (202, 203) to the reagent container, - the reagent nozzle (202, 203) is positioned between the containers when any one of the containers accesses to the aspiration nozzle, or - the aspiration nozzle is positioned between the containers when the reagent is supplied from the reagent nozzle (202, 203) to the reagent container,