mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented on a computer having at least one processor, a storage, and a communication platform for real-time surgical procedure assistance, comprising: receiving a first set of three-dimensional poses representing positions and orientations of corresponding 3D points tracked in real-time via a plurality of sensors placed with respect to an organ to which a surgical procedure is applied, wherein the first set of 3D poses can change over time during the surgical procedure; retrieving an electronic organ map built for the organ via pre-surgical medical information; obtaining a tissue parameter of the organ based on the first set of 3D poses and their corresponding 3D poses from the electronic organ map; computing a deformation transformation of the electronic organ map based on the obtained tissue parameter and the first set of 3D poses of the plurality of sensors during the surgical procedure; and projecting the deformed electronic organ map onto the organ with respect to the first set of 3D poses during the surgical procedure. receiving a first set of three-dimensional poses representing positions and orientations of corresponding 3D points tracked in real-time via a plurality of sensors placed with respect to an organ to which a surgical procedure is applied, wherein the first set of 3D poses can change over time during the surgical procedure; retrieving an electronic organ map built for the organ via pre-surgical medical information; obtaining a tissue parameter of the organ based on the first set of 3D poses and their corresponding 3D poses from the electronic organ map; computing a deformation transformation of the electronic organ map based on the obtained tissue parameter and the first set of 3D poses of the plurality of sensors during the surgical procedure; and projecting the deformed electronic organ map onto the organ with respect to the first set of 3D poses during the surgical procedure.
A gas turbine engine front architecture comprising: an inlet case including first and second inlet flanges integrally joined by inlet vanes ; outer and inner fairings respectively fastened to the first and second inlet flanges , and respectively including first and second walls having first and second slots respectively; and multiple stator vanes upstream from the inlet vanes and circumferentially spaced from one another, each of the stator vanes extending radially between the outer and inner fairings and including outer and inner perimeters respectively within the first and second slots , wherein there is no direct mechanical connection between the stator vanes and the inner and outer fairings , characterised in that : the gas turbine engine front architecture further comprises sealant provided about the inner and the outer perimeters at the inner and the outer fairings bonding the stator vanes to the inner and outer fairings and separating the stator vanes mechanically from the inner and outer fairings , and providing the only mechanical connection and support of the vanes relative to the fairings. an inlet case including first and second inlet flanges integrally joined by inlet vanes ; outer and inner fairings respectively fastened to the first and second inlet flanges , and respectively including first and second walls having first and second slots respectively; and multiple stator vanes upstream from the inlet vanes and circumferentially spaced from one another, each of the stator vanes extending radially between the outer and inner fairings and including outer and inner perimeters respectively within the first and second slots , wherein there is no direct mechanical connection between the stator vanes and the inner and outer fairings , characterised in that : the gas turbine engine front architecture further comprises sealant provided about the inner and the outer perimeters at the inner and the outer fairings bonding the stator vanes to the inner and outer fairings and separating the stator vanes mechanically from the inner and outer fairings , and providing the only mechanical connection and support of the vanes relative to the fairings.
A roof box comprising: - a housing with a main cavity for housing sheet material, said housing having front and rear end walls , and opposing side walls , connection means for connecting the housing to a vehicle, and an opening through which sheet material can be introduced into the main cavity ; the roof box further comprising a pair of elongate secondary side cavities and a front wall member provided on top of the main cavity to create a loading space therebetween, the front wall member having one or more drainage openings for draining any water from said loading space, characterised in that two drainage openings are provided. a housing with a main cavity for housing sheet material, said housing having front and rear end walls , and opposing side walls , connection means for connecting the housing to a vehicle, and an opening through which sheet material can be introduced into the main cavity ; the roof box further comprising a pair of elongate secondary side cavities and a front wall member provided on top of the main cavity to create a loading space therebetween, the front wall member having one or more drainage openings for draining any water from said loading space, characterised in that two drainage openings are provided.
A method of separating excess resin from at least one object , comprising: (a) stereolithographically producing at least one object on at least one carrier platform using an elevator mechanism to advance each carrier platform away from a window for projecting light into resin onto a growing object , each said carrier platform having a planar build surface to which at least one object is connected, each said object carrying excess resin on a surface thereof; then (b) mounting each said carrier platform to a rotor ; (c) centrifugally separating excess resin from each said object by spinning said rotor with each said carrier platform connected thereto while each said object remains connected to each said carrier platform ; and then (d) removing each said carrier platform from said rotor with each said object thereon, with excess resin separated therefrom, wherein said centrifugally separating step is carried out with each said carrier platform mounted to said rotor with said build surface oriented parallel to an axis of rotation of said rotor . (a) stereolithographically producing at least one object on at least one carrier platform using an elevator mechanism to advance each carrier platform away from a window for projecting light into resin onto a growing object , each said carrier platform having a planar build surface to which at least one object is connected, each said object carrying excess resin on a surface thereof; then (b) mounting each said carrier platform to a rotor ; (c) centrifugally separating excess resin from each said object by spinning said rotor with each said carrier platform connected thereto while each said object remains connected to each said carrier platform ; and then (d) removing each said carrier platform from said rotor with each said object thereon, with excess resin separated therefrom, wherein said centrifugally separating step is carried out with each said carrier platform mounted to said rotor with said build surface oriented parallel to an axis of rotation of said rotor .
A multi-link wheel base, comprising a main body and wheels provided on the main body , wherein the main body is composed of a link assembly composed of links that are rotationally coupled together, and the wheels are provided on the link assembly; the link assembly includes an intermediate link and two end links , wherein both sides of the intermediate link are provided with a rotational connection position, one side of the end link is provided with a rotational connection position, wherein the rotational connection position includes a plug-in connection position as an insertion portion and a window connection position for receiving the plug-in connection position; the plug-in connection position and the window connection position are provided with a first through hole and a second through hole that are aligned with each other and the rotational connection positions on the adjacent links are rotationally connected by means of a connecting device, and the connecting device is assembled in the first through hole and the second through hole to achieve a rotational connection of the adjacent links, and the connecting device includes an assembly body provided in the second through hole and a connecting shaft provided in the assembly body , characterized in that the connecting device further includes a spherical rotating body provided in the first through hole , the connecting shaft penetrating the spherical rotating body.
A refrigerant compressor comprising: an electromotive element ; and a compression element that is driven by the electromotive element , includes a slider, and compresses a refrigerant, wherein a freezer oil that lubricates the slider is added with a fullerene having a diameter that ranges from 100 pm to 10 nm, wherein the refrigerant compressed by the compression element is a hydrofluorocarbon (HFC) refrigerant or a mixed refrigerant including the HFC refrigerant; or one natural refrigerant of R600a, R290, and R744; or a mixed refrigerant that includes at least one of the R600a, the R290, and the R744, or a hydrofluoroolefin (HFO) refrigerant or a mixed refrigerant including the HFO refrigerant, and the freezer oil is: one of ester oil, alkylbenzene oil, polyvinyl ether, and polyalkylene glycol; or mixed oil of at least two of the ester oil, the alkylbenzene oil, the polyvinyl ether, and the polyalkylene glycol, and a state is maintained where the fullerene is uniformly dispersed in the freezer oil by an additive amount of the fullerene being less than or equal to a saturating amount of dissolution with respect to the freezer oil in a room temperature atmosphere. an electromotive element ; and a compression element that is driven by the electromotive element , includes a slider, and compresses a refrigerant, wherein a freezer oil that lubricates the slider is added with a fullerene having a diameter that ranges from 100 pm to 10 nm, wherein the refrigerant compressed by the compression element is a hydrofluorocarbon (HFC) refrigerant or a mixed refrigerant including the HFC refrigerant; or one natural refrigerant of R600a, R290, and R744; or a mixed refrigerant that includes at least one of the R600a, the R290, and the R744, or a hydrofluoroolefin (HFO) refrigerant or a mixed refrigerant including the HFO refrigerant, and a hydrofluorocarbon (HFC) refrigerant or a mixed refrigerant including the HFC refrigerant; or one natural refrigerant of R600a, R290, and R744; or a mixed refrigerant that includes at least one of the R600a, the R290, and the R744, or a hydrofluoroolefin (HFO) refrigerant or a mixed refrigerant including the HFO refrigerant, and the freezer oil is: one of ester oil, alkylbenzene oil, polyvinyl ether, and polyalkylene glycol; or mixed oil of at least two of the ester oil, the alkylbenzene oil, the polyvinyl ether, and the polyalkylene glycol, and one of ester oil, alkylbenzene oil, polyvinyl ether, and polyalkylene glycol; or mixed oil of at least two of the ester oil, the alkylbenzene oil, the polyvinyl ether, and the polyalkylene glycol, and a state is maintained where the fullerene is uniformly dispersed in the freezer oil by an additive amount of the fullerene being less than or equal to a saturating amount of dissolution with respect to the freezer oil in a room temperature atmosphere.
A polypeptide comprising four or five p19 polypeptides, preferably all, from the group comprising p19 from P. falciparum according to SEQ ID NO2, p19 from P . vivax according to SEQ ID NO3, p19 from P . ovale according to SEQ ID NO4, p19 from P. malariae according to SEQ ID NO5 and p19 from P . knowlesi according to SEQ ID NO6 and further comprises a p33 polypeptide from a Plasmodium strain according to SEQ ID NO7, wherein all comprised polypeptides are covalently linked in said polypeptide that comprises the entirety of the polypeptides. p19 from P. falciparum according to SEQ ID NO2, p19 from P . vivax according to SEQ ID NO3, p19 from P . ovale according to SEQ ID NO4, p19 from P. malariae according to SEQ ID NO5 and p19 from P . knowlesi according to SEQ ID NO6 and further comprises a p33 polypeptide from a Plasmodium strain according to SEQ ID NO7, wherein all comprised polypeptides are covalently linked in said polypeptide that comprises the entirety of the polypeptides.
A chocolate matrix comprising cocoa, ethanol, maltitol and at least one plant derivative selected from the group consisting of: curcumin and resveratrol.
A method for making a textile having more than one cross-sectional shape comprising: providing a textile having a first cross-sectional shape , a longitudinal length and opposed side portions, the longitudinal length defining a longitudinal axis; characterized by selecting a portion of the textile to define a selected portion distinct from a non-selected portion ; applying a first tensile force to the selected portion of the textile; moving the opposed side portions of the selected portion of the textile in a radial direction which is circumferential to the longitudinal axis to form a second cross-sectional shape which is different from the first cross-sectional shape; setting the second cross-sectional shape; and applying a second tensile force to the selected portion of the textile; wherein the selected portion of the textile has the second cross-sectional shape and the non-selected portion of the textile has the first cross-sectional shape. providing a textile having a first cross-sectional shape , a longitudinal length and opposed side portions, the longitudinal length defining a longitudinal axis; characterized by selecting a portion of the textile to define a selected portion distinct from a non-selected portion ; applying a first tensile force to the selected portion of the textile; moving the opposed side portions of the selected portion of the textile in a radial direction which is circumferential to the longitudinal axis to form a second cross-sectional shape which is different from the first cross-sectional shape; setting the second cross-sectional shape; and applying a second tensile force to the selected portion of the textile; wherein the selected portion of the textile has the second cross-sectional shape and the non-selected portion of the textile has the first cross-sectional shape.
A device for measuring depth of chest compressions to a patient , said device comprising: an accelerometer capable of being disposed on the patient and producing an acceleration signal corresponding to an acceleration of chest compressions; a reference accelerometer capable of being disposed elsewhere on the patient relative to the accelerometer to experience the same external accelerations as the patient experiences, and producing a reference acceleration signal; a signal processor configured to combine the reference acceleration signal with the acceleration signal to produce an estimated actual acceleration signal; and a means for double integrating the estimated actual acceleration signal, said means for double integrating operably connected to the signal processor, and said means for double integrating capable of producing an estimated actual depth of chest compressions; a means for user feedback configured to provide information corresponding to the estimated actual depth of current compressions to a rescuer. an accelerometer capable of being disposed on the patient and producing an acceleration signal corresponding to an acceleration of chest compressions; a reference accelerometer capable of being disposed elsewhere on the patient relative to the accelerometer to experience the same external accelerations as the patient experiences, and producing a reference acceleration signal; a signal processor configured to combine the reference acceleration signal with the acceleration signal to produce an estimated actual acceleration signal; and a means for double integrating the estimated actual acceleration signal, said means for double integrating operably connected to the signal processor, and said means for double integrating capable of producing an estimated actual depth of chest compressions; a means for user feedback configured to provide information corresponding to the estimated actual depth of current compressions to a rescuer.
An oligonucleotide amplification primer comprising: (a) a 3' segment comprising a target-specific nucleotide sequence; (b) a 5' segment comprising a non-target-specific universal sequencing tag comprising at least three contiguous non-natural nucleobase isoforms capable of hybridizing to complementary non-natural nucleobases and capable of being replicated during amplification, wherein the contiguous non-natural nucleobase isoforms are contiguous to the target-specific nucleotide sequence, wherein at least one non-natural nucleobase isoform is isocytosine and at least one non-natural nucleobase isoform is isoguanine. (a) a 3' segment comprising a target-specific nucleotide sequence; (b) a 5' segment comprising a non-target-specific universal sequencing tag comprising at least three contiguous non-natural nucleobase isoforms capable of hybridizing to complementary non-natural nucleobases and capable of being replicated during amplification, wherein the contiguous non-natural nucleobase isoforms are contiguous to the target-specific nucleotide sequence, wherein at least one non-natural nucleobase isoform is isocytosine and at least one non-natural nucleobase isoform is isoguanine.
A harvesting machine, preferably a loader wagon , for harvesting stalk and leaf material, comprising at least: - a crop pick-up device , - a loading space for storing the harvested material, - a position-determining system, for example a GPS system or an interface to a position-determining system of a towing vehicle pulling the loader wagon, - a weighing system , - a first sensor system for determining at least one crop property or crop characteristic, and - a data processor configured to perform position-based yield recording, - a second sensor system for determining an operating characteristic of a harvesting operating state, so that the position-based yield recording can be activated depending on the operating characteristic determined by the second sensor system , wherein the second sensor system comprises an optical sensor (22.3), such that the operating characteristic for determining a harvesting operation state, which is determined by the second sensor system , is an image or a series of images, characterized in that that the harvesting machine comprises a pressing device and a detection field monitored by the optical sensor (22.3) and/or a light barrier sensor (22.4) and/or a light barrier sensor (22.4) is arranged between the pick-up and the pressing device . - a crop pick-up device , - a loading space for storing the harvested material, - a position-determining system, for example a GPS system or an interface to a position-determining system of a towing vehicle pulling the loader wagon, - a weighing system , - a first sensor system for determining at least one crop property or crop characteristic, and - a data processor configured to perform position-based yield recording, - a second sensor system for determining an operating characteristic of a harvesting operating state, so that the position-based yield recording can be activated depending on the operating characteristic determined by the second sensor system , wherein the second sensor system comprises an optical sensor (22.3), such that the operating characteristic for determining a harvesting operation state, which is determined by the second sensor system , is an image or a series of images,
An assembly for rotational equipment, comprising: a plurality of seal shoes arranged circumferentially around an axial centerline , the plurality of seal shoes comprising a first seal shoe that includes a seal shoe base extending axially along the axial centerline between a high pressure end and a low pressure end , and one or more inner projections extending radially out from the seal shoe base in an inward direction towards the axial centerline ; a seal base circumscribing the annular array; and a plurality of spring elements comprising a first spring element , the first spring element including a first mount , a second mount and a spring beam , the first mount projecting out from the first seal shoe , the second mount projecting out from the seal base , and the spring beam extending laterally between and connected to the first mount and the second mount ; characterised in that the first seal shoe includes one or more apertures extending radially through the seal shoe base , wherein the one or more apertures are arranged axially between the high pressure end and the first spring element . a plurality of seal shoes arranged circumferentially around an axial centerline , the plurality of seal shoes comprising a first seal shoe that includes a seal shoe base extending axially along the axial centerline between a high pressure end and a low pressure end , and one or more inner projections extending radially out from the seal shoe base in an inward direction towards the axial centerline ; a seal shoe base extending axially along the axial centerline between a high pressure end and a low pressure end , and one or more inner projections extending radially out from the seal shoe base in an inward direction towards the axial centerline ; a seal base circumscribing the annular array; and a plurality of spring elements comprising a first spring element , the first spring element including a first mount , a second mount and a spring beam , the first mount projecting out from the first seal shoe , the second mount projecting out from the seal base , and the spring beam extending laterally between and connected to the first mount and the second mount ; characterised in that the first seal shoe includes one or more apertures extending radially through the seal shoe base , wherein the one or more apertures are arranged axially between the high pressure end and the first spring element .
A method for treating textile articles comprising the steps of: (a) providing a laundry care composition comprising a leuco composition; (b) adding the laundry care composition to a liquid medium comprising an converting agent; (c) placing the textile articles in contact with the liquid medium; (d) converting at least some portion of the leuco composition to form an oxidized leuco composition; (e) depositing at least a portion of the oxidized leuco composition onto the textile; (f) optionally, rinsing the textile; and (g) drying the textile articles, wherein the textile article has a Leuco Whiteness Improvement Number (LWIN) of at least 5% after drying.