mhurhangee/patent-ind-claim-en huggingface dataset:
A depth vibrator for compacting soil, comprising: a rotary drive ; a drive shaft , which is rotatingly drivable about a rotary axis (A) by the rotary drive in a first rotation direction (R1) and in an opposite second rotation direction (R2); a primary mass body , which is connected to the drive shaft in a rotationally fixed manner and rotates together with same about the rotary axis (A); a secondary mass body , which is movable into a first rotation position (P1) relative to the primary mass body by rotation of the drive shaft in the first rotation direction (R1), in which first rotation position a centre of gravity (S6) of the secondary mass body is approximate to a centre of gravity (S5) of the primary mass body , and which secondary mass body is movable into a second rotation position (P2) relative to the primary mass body by rotation of the drive shaft in the second rotation direction (R2), in which second rotation position the centre of gravity (S6) of the secondary mass body is further distanced from the centre of gravity (S5) of the primary mass body , wherein the secondary mass body in the first and second rotation position (P1) is jointly rotatable together with the primary mass body about the rotary axis (A); characterised in that the centre of gravity (S6) of the secondary mass body and the centre of gravity (S5) of the primary mass body have different radial distances from the rotary axis (A). a rotary drive ; a drive shaft , which is rotatingly drivable about a rotary axis (A) by the rotary drive in a first rotation direction (R1) and in an opposite second rotation direction (R2); a primary mass body , which is connected to the drive shaft in a rotationally fixed manner and rotates together with same about the rotary axis (A); a secondary mass body , which is movable into a first rotation position (P1) relative to the primary mass body by rotation of the drive shaft in the first rotation direction (R1), in which first rotation position a centre of gravity (S6) of the secondary mass body is approximate to a centre of gravity (S5) of the primary mass body , and which secondary mass body is movable into a second rotation position (P2) relative to the primary mass body by rotation of the drive shaft in the second rotation direction (R2), in which second rotation position the centre of gravity (S6) of the secondary mass body is further distanced from the centre of gravity (S5) of the primary mass body , wherein the secondary mass body in the first and second rotation position (P1) is jointly rotatable together with the primary mass body about the rotary axis (A); characterised in that the centre of gravity (S6) of the secondary mass body and the centre of gravity (S5) of the primary mass body have different radial distances from the rotary axis (A).
A head-mounted display apparatus comprising: a deformable stepped lens that: provides a first optical power when a shape of the deformable stepped lens comprises a first state; and provides a second optical power different from the first optical power when the shape of the deformable stepped lens comprises a second state different from the first state; and characterised by , an actuator coupled to the deformable stepped lens that is configured to apply an amount of force identified with the second optical power to the deformable stepped lens to alter the shape of the deformable stepped lens from the first state to the second state. provides a first optical power when a shape of the deformable stepped lens comprises a first state; and provides a second optical power different from the first optical power when the shape of the deformable stepped lens comprises a second state different from the first state; and characterised by , an actuator coupled to the deformable stepped lens that is configured to apply an amount of force identified with the second optical power to the deformable stepped lens to alter the shape of the deformable stepped lens from the first state to the second state.
Packaging-container having an inner sterile volume containing: - a flexible trajectory-guide provided as one single integral part comprising at least one pair of force- and/or torque-transmitting coupling-members that act, in an opposed manner, on an instrument-interface adapted to hold a medical instrument , thereby adjustably coupling the instrument-interface to an actuator-interface adapted to be releasably engaged and held by an actuator unit at two or more separate locations which are movable with respect to each other, thereby applying force and/or torque to the at least one pair of coupling-members , wherein the instrument-interface is provided in a sterile section of the trajectory-guide , and the actuator-interface is provided in a non-sterile section of the trajectory-guide , and wherein the trajectory-guide further comprises a baffle-member separating the sterile section from the non-sterile section , and a sterility-sleeve attached to the baffle-member ; - a retainer-receptacle adapted to temporarily accommodate the trajectory-guide , and to restrain flexibility of the trajectory-guide while it is accommodated; wherein the retainer-receptacle is fastened to the trajectory-guide to form a combined fitting that can be one-handedly taken out of the packaging-container as one single part. - a flexible trajectory-guide provided as one single integral part comprising at least one pair of force- and/or torque-transmitting coupling-members that act, in an opposed manner, on an instrument-interface adapted to hold a medical instrument , thereby adjustably coupling the instrument-interface to an actuator-interface adapted to be releasably engaged and held by an actuator unit at two or more separate locations which are movable with respect to each other, thereby applying force and/or torque to the at least one pair of coupling-members , wherein the instrument-interface is provided in a sterile section of the trajectory-guide , and the actuator-interface is provided in a non-sterile section of the trajectory-guide , and wherein the trajectory-guide further comprises a baffle-member separating the sterile section from the non-sterile section , and a sterility-sleeve attached to the baffle-member ; - a retainer-receptacle adapted to temporarily accommodate the trajectory-guide , and to restrain flexibility of the trajectory-guide while it is accommodated;
A single-sided, square-shaped indexable cutting insert comprising: opposing square-shaped upper and lower surfaces and a peripheral side surface extending therebetween, the peripheral side surface having four corner surfaces alternating with four relief surfaces ; a central axis (Al) passing through the upper and lower surfaces , about which central axis the cutting insert is indexable; and a corner cutting edge formed at the intersection of the upper surface with each of the four corner surfaces , the lower surface comprising: a base surface ; and exactly four engagement ridges protruding from the base surface , each engagement ridge intersecting one of the four corner surfaces and extending therefrom towards the central axis (A1) to thereby divide the base surface into at least four base sub-surfaces , each engagement ridge including a pair of parallely extending ridge flank surfaces forming a V-shaped cross-section; the cutting insert being characterised in that the lower surface further comprises a central boss protruding from the base surface and having a raised boss end surface , each engagement ridge intersecting the central boss to thereby separate the base sub-surfaces from one another. opposing square-shaped upper and lower surfaces and a peripheral side surface extending therebetween, the peripheral side surface having four corner surfaces alternating with four relief surfaces ; a central axis (Al) passing through the upper and lower surfaces , about which central axis the cutting insert is indexable; and a corner cutting edge formed at the intersection of the upper surface with each of the four corner surfaces , the lower surface comprising: a base surface ; and exactly four engagement ridges protruding from the base surface , each engagement ridge intersecting one of the four corner surfaces and extending therefrom towards the central axis (A1) to thereby divide the base surface into at least four base sub-surfaces , each engagement ridge including a pair of parallely extending ridge flank surfaces forming a V-shaped cross-section; a base surface ; and exactly four engagement ridges protruding from the base surface , each engagement ridge intersecting one of the four corner surfaces and extending therefrom towards the central axis (A1) to thereby divide the base surface into at least four base sub-surfaces , each engagement ridge including a pair of parallely extending ridge flank surfaces forming a V-shaped cross-section; the cutting insert being characterised in that the lower surface further comprises a central boss protruding from the base surface and having a raised boss end surface , each engagement ridge intersecting the central boss to thereby separate the base sub-surfaces from one another.
An eye drop composition comprising ropinirole or a pharmaceutically acceptable salt thereof as an active ingredient for use in inducing emesis in a dog by administering an effective amount of the eye drop composition to the eye of the dog in need thereof.
A method for transferring and mixing a biomass slurry in a hydrolyser by hydrolysing a biomass and transferring and mixing the hydrolysed slurry in a fermenter or fermenters connected in parallel using anaerobic processing of biomass into biogas, wherein biomass comminuted in a macerator comminuter, mixed with leachates from digested pulp separator, containing appropriate bacterial cultures, and again or repeatedly pumped through the macerator comminuter, characterised in that a biomass comminuted in a macerator comminuter with about 10% of biomass on the dry weight basis is mixed in the comminuter tank with a part of reflux and a slurry is passed again once or more times through the macerator comminuter, and then the comminuted slurry is pumped cyclically to a horizontal hydrolyser tank until it is filled at 50-70%, after which the biomass slurry is subjected to mixing in a single zone or in subsequent zones of the hydrolyser using slurry streams produced by jet nozzles, next, the hydrolysed slurry is pumped in portions to a fermenter whose bottom is sloping at an angle from 0,3% to 0,9% toward the outlet of the slurry, thus causing horizontal movement of the slurry during which it is subjected to periodical mixing in subsequent fermenter zones, counting from the first zone up to the penultimate zone, by slurry streams produces by jet nozzles, whereas in the last fermenter zone in the area of biogas discharge the biomass is continuously introduced in form of a broadening stream, and the fermented biomass after exiting the fermenter is split into two streams, the first one as a reflux is fed to the fermenter tank, the hydrolyser tank and the tank of the macerator comminuter, while the other stream of the fermented biomass is fed to a digested pulp separator from where a part of leachates is recycled back via a pipeline to the tank of the macerator mill and/or the hydrolyser tank, and biogas flowing out from the fermenter is treated and further processed in a known way.
A nonwoven laminate fabric comprising a meltblown nonwoven layer sandwiched between first and second spundbond nonwoven layers, wherein at least one of the spundbond layers is a high loft spunbond nonwoven layer comprising or consisting of crimped multicomponent fibers and having a density of between 0.02 and 0.08 g/cm 3 , and wherein the fabric is calender bonded, characterized in that the basis weight of the meltblown layer is 0.5-3.0 g/m 2 and makes up 5-12% of the overall basis weight of the fabric.
Ophthalmological device for processing ocular tissue of an eye , comprising a laser source configured to generate a pulsed laser beam (L); an application head with focusing optics and a patient interface , wherein the focusing optics has a projection axis (p) and is configured to focus the pulsed laser beam (L) in the ocular tissue onto a processing point, and wherein the patient interface has a centre axis (m) and is configured to fix the application head to the eye; a scanner system configured to direct the pulsed laser beam (L) in the ocular tissue to processing points on a processing path (t) and a circuit configured to control the scanner system for cutting a cut surface (C) in the ocular tissue symmetrical to the centre axis (m) of the patient interface , wherein the pulsed laser beam (L) is directed to processing points on the cut surface (C) on a first processing path (t), and wherein the first processing path (t) is curved around the projection axis (p) of the focusing optics , characterised in that the circuit is further configured to determine a vertex (S') of a tilted cut surface (C') when the eye is tilted relative to the centre axis (m) of the patient interface , which vertex is determined by a co-tilt of the cut surface (C) corresponding to the tilting of the eye , to determine a transformed second curved processing path (t') which runs around the vertex (S') and determines processing points on the tilted cut surface (C'), and to control the scanner system in such a way that the pulsed laser beam (L) is directed onto processing points on the transformed second curved processing path (t').
An insulating mother board comprising a first end insulating board , a middle insulating board and a second end insulating board connected in sequence, wherein a first protrusion is arranged on the left of a bottom of the first end insulating board , and a first groove is arranged on the right of the bottom of the first end insulating board , a second groove is arranged on the left of a top of the second end insulating board, and a second protrusion is arranged on the right of the top of the second end insulating board , a middle first groove is arranged on the left of a top of the middle insulating board , a middle first protrusion is arranged on the right of the top of the middle insulating board , a middle second protrusion is arranged on the left of a bottom of the middle insulating board , and a middle second groove is arranged on the right of the bottom of the middle insulating board , the first protrusion , the second protrusion , the middle first protrusion and the middle second protrusion have a same structure, the first groove , the second groove , the middle first groove and the middle second groove have a same structure, the first protrusion is inserted into the middle first groove , and the middle second protrusion is inserted into the second groove , the second protrusion is inserted into the middle second groove , and the middle first protrusion is inserted into the first groove , the first protrusion is a double layer stepped protrusion, and the first groove is a double layer stepped groove, and a connection hole configured to connect a conductive connection strip and a battery post is arranged on each of the first end insulating board , the second end insulating board and the middle insulating board ; wherein two rows of connection holes are arranged with an interval on each of the first end insulating board , the second end insulating board and the middle insulating board , a first connection board is arranged between the two rows of the connection holes of the first end insulating board , and a first boss and a first recess are arranged at a bottom of the first connection board side by side, a second connection board is arranged between the two rows of the connection holes of the second end insulating board , and a second boss and a second recess are arranged at a top of the second connection board side by side, a middle connection board is arranged between the two rows of the connection holes of the middle insulating board , a first middle boss and a first middle recess are arranged at a top of the middle connection board side by side, and a second middle boss and a second middle recess are arranged at a bottom of the middle connection board side by side, and the first boss is inserted into the first middle recess, the first middle boss is inserted into the first recess, the second boss is inserted into the second middle recess, and the second middle boss is inserted into the second recess.
A system including: a radio-frequency (RF) reader that reads an RF tag attached to a medical electrode to determine a tag identifier (ID) that identifies the medical electrode ; and a medical device including the RF reader that operates with the medical electrode characterized in that the medical device has a device identifier (ID) that identifies the medical device . a radio-frequency (RF) reader that reads an RF tag attached to a medical electrode to determine a tag identifier (ID) that identifies the medical electrode ; and a medical device including the RF reader that operates with the medical electrode characterized in that the medical device has a device identifier (ID) that identifies the medical device .
A photodetector comprising: a substrate ; a photodetection layer formed on the substrate, the photodetection layer comprising a vertical tunneling-junction of p-type graphene and n-type graphene showing rectifying behaviors, and a first electrode and a second electrode formed on the photodetection layer, wherein the photodetection layer comprises first graphene and second graphene that are sequentially stacked on the substrate, wherein the first graphene and the second graphene form the photodetection layer through contact therebetween, wherein the first graphene comprises a high resistive layer formed at the interface between the first graphene and the second graphene, wherein the photodetector is configured to have a driving voltage applied to its electrodes, the driving voltage being a forward voltage in the range of 2V - 5 V to therewith obtain a detectivity of 10E11 (Jones) or more within a wavelength range of light from 350 nm to 1100 nm, wherein the photodetection layer reduces a dark current based on the rectifying behaviors. a substrate ; a photodetection layer formed on the substrate, the photodetection layer comprising a vertical tunneling-junction of p-type graphene and n-type graphene showing rectifying behaviors, and a first electrode and a second electrode formed on the photodetection layer, wherein the photodetection layer comprises first graphene and second graphene that are sequentially stacked on the substrate, wherein the first graphene and the second graphene form the photodetection layer through contact therebetween, wherein the first graphene comprises a high resistive layer formed at the interface between the first graphene and the second graphene, wherein the photodetector is configured to have a driving voltage applied to its electrodes, the driving voltage being a forward voltage in the range of 2V - 5 V to therewith obtain a detectivity of 10E11 (Jones) or more within a wavelength range of light from 350 nm to 1100 nm, wherein the photodetection layer reduces a dark current based on the rectifying behaviors.
Apoptotic leukocytes and immunosuppression agents for use in tolerizing a subject to a cell, organ, or tissue transplant, said apoptotic leukocytes and immunosuppression agents comprising: (a) apoptotic leukocytes fixed in a crosslinking agent; and (b) immunosuppression agents that comprise: (i) an mTOR inhibitor; (ii) an anti-tumor necrosis factor agent or an anti-tumor necrosis factor receptor agent, (iii) an anti-interleukin 6 agent or an anti-interleukin 6 receptor agent; and (iv) an anti-CD40 agent or an anti-CD40 ligand agent, wherein the use comprises the administration of at least one dose of the apoptotic leukocytes and the immunosuppression agents to a subject as a preparatory regimen 7 days prior to transplantation of the cell organ, or tissue transplant to the subject and wherein the use further comprises administration of at least one dose of the apoptotic leukocytes and immunosuppression agents to the subject as a booster at least 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10 days after the transplantation of the cell, organ, or tissue transplant to the subject, thereby tolerizing the subject to the cell, organ, or tissue transplant. (a) apoptotic leukocytes fixed in a crosslinking agent; and (b) immunosuppression agents that comprise: (i) an mTOR inhibitor; (ii) an anti-tumor necrosis factor agent or an anti-tumor necrosis factor receptor agent, (iii) an anti-interleukin 6 agent or an anti-interleukin 6 receptor agent; and (iv) an anti-CD40 agent or an anti-CD40 ligand agent, (i) an mTOR inhibitor; (ii) an anti-tumor necrosis factor agent or an anti-tumor necrosis factor receptor agent, (iii) an anti-interleukin 6 agent or an anti-interleukin 6 receptor agent; and (iv) an anti-CD40 agent or an anti-CD40 ligand agent, wherein the use comprises the administration of at least one dose of the apoptotic leukocytes and the immunosuppression agents to a subject as a preparatory regimen 7 days prior to transplantation of the cell organ, or tissue transplant to the subject and wherein the use further comprises administration of at least one dose of the apoptotic leukocytes and immunosuppression agents to the subject as a booster at least 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10 days after the transplantation of the cell, organ, or tissue transplant to the subject, thereby tolerizing the subject to the cell, organ, or tissue transplant.
A power converter comprising: a DC link including a first power supply line (LH) and a second power supply line (LL); a converter configured receive a single-phase AC voltage (Vin), and to output a pulsating power Pin to said DC link ; an inverter configured to receive a power from said DC link , and to output an AC current (Iu, Iv and Iw); and a power buffer circuit configured to receive a charge power Pl from said DC link , and to output a discharge power Pc to said DC link , wherein said charge power Pl is a power distributed from the pulsating power Pin to the power buffer circuit at a distribution ratio; characterized in that when at least said pulsating power Pin exceeds a predetermined value, said distribution ratio is set as a positive value less than 1/2 and an absolute value of Pc-Pl between said discharge power Pc and said charge power Pl is made smaller than an AC component Pin^ of said pulsating power Pin according to said distribution ratio. a DC link including a first power supply line (LH) and a second power supply line (LL); a converter configured receive a single-phase AC voltage (Vin), and to output a pulsating power Pin to said DC link ; an inverter configured to receive a power from said DC link , and to output an AC current (Iu, Iv and Iw); and a power buffer circuit configured to receive a charge power Pl from said DC link , and to output a discharge power Pc to said DC link , wherein said charge power Pl is a power distributed from the pulsating power Pin to the power buffer circuit at a distribution ratio; characterized in that when at least said pulsating power Pin exceeds a predetermined value, said distribution ratio is set as a positive value less than 1/2 and an absolute value of Pc-Pl between said discharge power Pc and said charge power Pl is made smaller than an AC component Pin^ of said pulsating power Pin according to said distribution ratio.
Structural beam for the construction of building systems or structures (S), having a first and a second end , said structural beam comprising one or more anchoring elements (12, 12', 12", 12''') on at least one of said ends , longitudinally inserted in said structural beam , said structural beam is made of wood and has a cavity on one or both ends , which defines a surface , through which said anchoring elements are inserted, said cavity being able to be filled with concrete, for integrating said structural beam with a concrete beam of said systems or structures (S), characterized in that said anchoring elements (12, 12', 12", 12''') are fixed to said structural beam by an epoxy resin layer , and comprise bars , bent so as to have a "L"-shaped form.