mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fabricating an ultrasound transducer device, comprising: forming a first insulating layer on a first integrated circuit substrate ; forming a second insulating layer on the first insulating layer ; forming a third insulating layer on the second insulating layer , with a first cavity in the third insulating layer , wherein the third insulating layer comprises silicon oxide; and bonding a second substrate to the first integrated circuit substrate to seal the first cavity , wherein: forming the first cavity in the third insulating layer comprises etching the third insulating layer down to the second insulating layer , and wherein the second insulating layer serves as an etch stop layer for the etching, the second substrate comprises a silicon oxide layer , and bonding the second substrate to the first integrated circuit substrate comprises forming a silicon oxide - silicon oxide bond between the silicon oxide layer on the second substrate and the third insulating layer on the first integrated circuit substrate . forming a first insulating layer on a first integrated circuit substrate ; forming a second insulating layer on the first insulating layer ; forming a third insulating layer on the second insulating layer , with a first cavity in the third insulating layer , wherein the third insulating layer comprises silicon oxide; and bonding a second substrate to the first integrated circuit substrate to seal the first cavity , wherein: forming the first cavity in the third insulating layer comprises etching the third insulating layer down to the second insulating layer , and wherein the second insulating layer serves as an etch stop layer for the etching, the second substrate comprises a silicon oxide layer , and bonding the second substrate to the first integrated circuit substrate comprises forming a silicon oxide - silicon oxide bond between the silicon oxide layer on the second substrate and the third insulating layer on the first integrated circuit substrate . forming the first cavity in the third insulating layer comprises etching the third insulating layer down to the second insulating layer , and wherein the second insulating layer serves as an etch stop layer for the etching, the second substrate comprises a silicon oxide layer , and bonding the second substrate to the first integrated circuit substrate comprises forming a silicon oxide - silicon oxide bond between the silicon oxide layer on the second substrate and the third insulating layer on the first integrated circuit substrate .
An article carrier , the carrier comprising a composite wall (12/20) formed from two at least partially overlapping layers of sheet material and including an inner layer and an outer layer , the carrier further comprising a keel structure folded into an interior of the carrier , the keel structure having an inner member formed from the inner layer and an outer member formed from the outer layer , the inner and outer members being hingedly connected to a respective one of the inner and outer layers along inner and outer fold lines respectively, the inner and outer fold lines being generally aligned in the direction of the thickness of the inner and outer layers , the inner and outer members being disposed in an overlapping relationship such that at least part of the free outline of the outer member provides a folding guide to the inner member , the folding guide facilitates folding of an engaging portion of the inner member when the outer member is folded inward of the carrier along the outer fold line against the inner member wherein the outer member comprises a first tab (52/54), the first tab 52/54 comprises a first tab spine portion and a first tab engaging portion hingedly connected to the first tab spine portion .
A super absorbent polymer, comprising: a base resin powder comprising a first cross-linked polymer of a water soluble ethylene-based unsaturated monomer containing acidic groups which are at least partially neutralized; and a surface cross-linked layer comprising a second cross-linked polymer further cross-linked from the first cross-linked polymer and formed on the base resin powder, wherein the first cross-linked polymer is bound to a porous zeolite in which a mesopore having a BET surface area of at least 100 m 2 /g and a porosity of at least 0.2 cm 3 /g is formed. a base resin powder comprising a first cross-linked polymer of a water soluble ethylene-based unsaturated monomer containing acidic groups which are at least partially neutralized; and a surface cross-linked layer comprising a second cross-linked polymer further cross-linked from the first cross-linked polymer and formed on the base resin powder, wherein the first cross-linked polymer is bound to a porous zeolite in which a mesopore having a BET surface area of at least 100 m 2 /g and a porosity of at least 0.2 cm 3 /g is formed.
A system for evaluating heat and humidity comfort level of textiles proximal a subject during sleeping, comprising: a bed-shaped partitioned platform comprising one or more non-temperature and non-humidity-controllable sections and one or more temperature and humidity controllable sections which define a micro environment therein; a controllable temperature and humidity test chamber ; one or more temperature and humidity control machines in communication with the one or more temperature and humidity controllable sections respectively for supplying air with pre-set temperature and humidity via one or more ventilation pipelines , characterized in that air outlets of the one or more ventilation pipelines respectively correspond to and are in communication with one or more lower-layer air inlets arranged at the bottom of the bed-shaped partitioned platform , and the one or more lower-layer air inlets are respectively in communication with one or more section diffusers arranged thereabove; and a heat dissipation polyester layer is arranged close to and above the one or more section diffusers , an upper-layer return air passage is arranged above the heat dissipation polyester layer , and the upper-layer return air passage is in communication with the controllable temperature and humidity test chamber ; and a central controller electrically connected to the one or more temperature and humidity control machines . a bed-shaped partitioned platform comprising one or more non-temperature and non-humidity-controllable sections and one or more temperature and humidity controllable sections which define a micro environment therein; a controllable temperature and humidity test chamber ; one or more temperature and humidity control machines in communication with the one or more temperature and humidity controllable sections respectively for supplying air with pre-set temperature and humidity via one or more ventilation pipelines , characterized in that air outlets of the one or more ventilation pipelines respectively correspond to and are in communication with one or more lower-layer air inlets arranged at the bottom of the bed-shaped partitioned platform , and the one or more lower-layer air inlets are respectively in communication with one or more section diffusers arranged thereabove; and a heat dissipation polyester layer is arranged close to and above the one or more section diffusers , an upper-layer return air passage is arranged above the heat dissipation polyester layer , and the upper-layer return air passage is in communication with the controllable temperature and humidity test chamber ; and a central controller electrically connected to the one or more temperature and humidity control machines .
Distributor tray for a column intended for heat and/or material exchange between a gas (G) and a liquid (L), comprising - at least one casing projecting from the upper part of said tray for the passage of said gas through said tray, - at least one means for the passage of said liquid through said tray , - at least one secondary distribution system projecting from the lower part of said tray for distributing said liquid coming from said liquid passage means, said secondary distribution system being formed by several perforated casings , each casing having substantially the shape of a trough, said liquid passage means comprising at least one chimney projecting from said upper part of said tray , the chimney having at least one radial orifice for inflow of the liquid and an opening for discharging said liquid onto said perforated casing , said perforated casings being disposed opposite said chimneys and not being disposed opposite the gas passage casings . - at least one casing projecting from the upper part of said tray for the passage of said gas through said tray, - at least one means for the passage of said liquid through said tray , - at least one secondary distribution system projecting from the lower part of said tray for distributing said liquid coming from said liquid passage means,
A system for neuromodulation, especially for neurostimulation, for facilitating, enabling or triggering cardiovascular functions of a subject including blood pressure control and/or blood circulation support and/or blood circulation control, comprising - at least a stimulation controller , - at least a stimulation pattern storage means , which is connected to stimulation controller and which comprises stimulation data (SD), - at least an electrical stimulation device , - at least an electrical interface between the electrical stimulation device and the subject, the electrical interface being connectable with at least a bio-interface of or with the nervous system of the subject, wherein the electrical interface and the bio-interface are arranged such that signals and/or data can be exchanged from the electrical interface to the bio-interface , and vice versa, wherein the stimulation data (SD) are pre-programmed patterns, which comprise at least: - a spatial component (SC), which is related to the part of the nervous system being stimulated, and - a temporal component (TC), which is related to the time at which each spatial component mentioned above is applied, and wherein the stimulation controller is capable to send configuration signals on the basis of the stimulation data (SD) to the electrical stimulation device such that via the electrical interface electrical stimulation can be provided to the bio-interface , wherein the electrical stimulation provided is characterized by stimulation parameters that vary over time in a pre-programmed manner. - at least a stimulation controller , - at least a stimulation pattern storage means , which is connected to stimulation controller and which comprises stimulation data (SD), - at least an electrical stimulation device , - at least an electrical interface between the electrical stimulation device and the subject, the electrical interface being connectable with at least a bio-interface of or with the nervous system of the subject, wherein the electrical interface and the bio-interface are arranged such that signals and/or data can be exchanged from the electrical interface to the bio-interface , and vice versa, wherein the stimulation data (SD) are pre-programmed patterns, which comprise at least: - a spatial component (SC), which is related to the part of the nervous system being stimulated, and - a temporal component (TC), which is related to the time at which each spatial component mentioned above is applied, - a spatial component (SC), which is related to the part of the nervous system being stimulated, and - a temporal component (TC), which is related to the time at which each spatial component mentioned above is applied,
A pharmaceutical composition comprising the hemisulfate salt of 5,10-methylene- -tetrahydrofolic acid in the form of a lyophilisate.
An aircraft capable of fixed wing and rotor flight modes, comprising: a fuselage body defining a longitudinal axis (Af), the fuselage body having a nose and a tail , a wing attachment assembly coupled to the fuselage body for rotation about an axis of rotation (Ar) transverse to the longitudinal axis (Af); a plurality of dual-purpose wings , including a first wing and a second wing , rotatably mounted to said wing attachment assembly above the fuselage body for a fixed wing flight mode and for a rotor flight mode, in which the fixed wing flight mode is defined as flight in which said wings are maintained rotationally stationary relative to the axis of rotation (Ar) and the rotor flight mode is defined as flight in which said wings rotate about the axis of rotation (Ar); and a plurality of engines secured to said wings, including a first engine secured to an intermediate region of said first wing and a second engine secured to an intermediate region of said second wing ; wherein the wing attachment assembly comprises a central support to which the plurality of dual-purpose wings attach; wherein the central support includes a hopper tank for providing fuel to the plurality of engines ; wherein the fuselage body includes a fuel tank operatively coupled to the hopper tank to provide fuel thereto; and wherein the aircraft is configured such that the fuel is transferred from the fuel tank to the hopper tank when the wing rotation about the axis of rotation (Ar) is stopped. a fuselage body defining a longitudinal axis (Af), the fuselage body having a nose and a tail , a wing attachment assembly coupled to the fuselage body for rotation about an axis of rotation (Ar) transverse to the longitudinal axis (Af); a plurality of dual-purpose wings , including a first wing and a second wing , rotatably mounted to said wing attachment assembly above the fuselage body for a fixed wing flight mode and for a rotor flight mode, in which the fixed wing flight mode is defined as flight in which said wings are maintained rotationally stationary relative to the axis of rotation (Ar) and the rotor flight mode is defined as flight in which said wings rotate about the axis of rotation (Ar); and a plurality of engines secured to said wings, including a first engine secured to an intermediate region of said first wing and a second engine secured to an intermediate region of said second wing ; wherein the wing attachment assembly comprises a central support to which the plurality of dual-purpose wings attach; wherein the central support includes a hopper tank for providing fuel to the plurality of engines ; wherein the fuselage body includes a fuel tank operatively coupled to the hopper tank to provide fuel thereto; and wherein the aircraft is configured such that the fuel is transferred from the fuel tank to the hopper tank when the wing rotation about the axis of rotation (Ar) is stopped.
A method for digitally designing a denture for a patient, where the denture comprises a plurality of denture teeth , where designing the denture comprises transforming, such as relocating, repositioning and/or rotating, denture teeth of the denture, and where the denture teeth are grouped in at least two blocks where each block comprises at least two denture teeth, wherein the method comprises: - obtaining a 3D scan of the upper jaw and lower jaw of the patient; - obtaining a digital 3D arrangement of the denture teeth , where the denture teeth are pre-set in occlusion; - digitally arranging the 3D scan of the upper jaw and lower jaw relative to the 3D arrangement of the denture teeth ; - digitally transforming at least one denture tooth based on input from a user; where at least one design rule is enforced that affect one or more, but not all of the blocks, when the at least one denture tooth is transformed; wherein the at least one design rule is selected from a group of dependent design rules comprising: - maintain distance between at least one tooth from one block and at least one tooth from another block, - maintain relative position of at least one tooth from one block with respect to a reference plane or reference line and the relative position of at least one tooth from another block with respect to the reference plane or reference line; wherein the reference plane is the midplane or midline. - obtaining a 3D scan of the upper jaw and lower jaw of the patient; - obtaining a digital 3D arrangement of the denture teeth , where the denture teeth are pre-set in occlusion; - digitally arranging the 3D scan of the upper jaw and lower jaw relative to the 3D arrangement of the denture teeth ; - digitally transforming at least one denture tooth based on input from a user; where at least one design rule is enforced that affect one or more, but not all of the blocks, when the at least one denture tooth is transformed; - maintain distance between at least one tooth from one block and at least one tooth from another block, - maintain relative position of at least one tooth from one block with respect to a reference plane or reference line and the relative position of at least one tooth from another block with respect to the reference plane or reference line;
A method, by a telematics device , the method for handling power faults on an input/output expander coupled to the telematics device via an input/output expander interface of the telematics device , the method comprising: detecting, by a power protection module of the input/output expander interface , a power fault condition on the input/output expander interface ; reporting, by the power protection module , the power fault condition to the telematics device ; power-cycling, by the telematics device , the input/output expander interface by a plurality of power cycles having a plurality of progressively increasing power-off durations; after each power cycle of the plurality of power cycles, checking the power fault condition; and permanently powering off the input/output expander interface if the power fault condition is detected and a current power-off duration of the plurality of progressively increasing power-off durations has reached a power-off duration limit. detecting, by a power protection module of the input/output expander interface , a power fault condition on the input/output expander interface ; reporting, by the power protection module , the power fault condition to the telematics device ; power-cycling, by the telematics device , the input/output expander interface by a plurality of power cycles having a plurality of progressively increasing power-off durations; after each power cycle of the plurality of power cycles, checking the power fault condition; and permanently powering off the input/output expander interface if the power fault condition is detected and a current power-off duration of the plurality of progressively increasing power-off durations has reached a power-off duration limit.
Dashboard unit for a motorcycle comprising a dashboard and a support element for the dashboard, which element being securable on a front part of the vehicle so to be fixed to the motorcycle, characterised in that a movable support for the dashboard is placed between the fixed support element for the dashboard and the dashboard , said movable support for the dashboard being secured on the dashboard , a unit being provided for adjustment of the inclination of this movable support for the dashboard, which unit is interposed between said dashboard and the fixed support element for the dashboard, characterised by said adjustment unit comprising a cam unit which cooperates with the movable support for the dashboard, in order to vary the inclination of the dashboard .
A reduced-pressure source for use with a reduced-pressure system to treat a tissue site on a patient, characterised by the reduced-pressure source comprising: a pump housing forming a sealed space within the pump housing having a positive-pressure chamber and a reduced-pressure chamber ; and a vacuum pump disposed within the sealed space , the vacuum pump having a reduced-pressure outlet fluidly coupled to the reduced-pressure chamber and an exhaust outlet fluidly coupled to the positive-pressure chamber; the pump housing is formed in part by an enclosure member , where the enclosure member comprises a polymeric, porous, hydrophobic material for allowing the exhaust gas to exit the positive-pressure chamber through the enclosure member without a vent opening. a pump housing forming a sealed space within the pump housing having a positive-pressure chamber and a reduced-pressure chamber ; and a vacuum pump disposed within the sealed space , the vacuum pump having a reduced-pressure outlet fluidly coupled to the reduced-pressure chamber and an exhaust outlet fluidly coupled to the positive-pressure chamber; the pump housing is formed in part by an enclosure member , where the enclosure member comprises a polymeric, porous, hydrophobic material for allowing the exhaust gas to exit the positive-pressure chamber through the enclosure member without a vent opening.
Photovoltaic panel comprising a plurality of optical concentration systems arranged mutually side-by-side and having a respective optical input and a respective optical output , and a plurality of photovoltaic cells respectively arranged at the optical outputs, wherein a respective portion of space outside the concentration systems is delimited by at least two adjacent optical concentration systems and by a plane passing through said two respective optical outputs, characterized in that the panel comprises, arranged in said portion of space , at least one portion of a storage device of electric energy produced by said photovoltaic cells .
A perfusion imaging system, comprising: an imaging device configured to collect perfusion information from a target area during treatment activities performed on the target area, wherein the target area includes a tumor and healthy tissue, and wherein the treatment activities include fractionated radiation therapy; a processing module configured to determine perfusion levels of the target area based on the perfusion information; and a planning module configured to provide a treatment plan for the target area by correlating the perfusion levels with the treatment activities performed on the target area, characterised in that the treatment activities are adjusted by the planning module by intra-fractionally adapting the radiation therapy administered during a fraction of the fractionated radiation therapy, based upon characteristics of the perfusion levels in the target area determined from the perfusion information collected from the target area during the fraction such that a dosage of the radiation therapy to the tumor is reduced in response to a reduction in perfusion levels in the tumor, or such that a dosage of the radiation therapy to the healthy tissue is reduced in response to an increase in perfusion levels in the healthy tissue. an imaging device configured to collect perfusion information from a target area during treatment activities performed on the target area, wherein the target area includes a tumor and healthy tissue, and wherein the treatment activities include fractionated radiation therapy; a processing module configured to determine perfusion levels of the target area based on the perfusion information; and a planning module configured to provide a treatment plan for the target area by correlating the perfusion levels with the treatment activities performed on the target area, characterised in that the treatment activities are adjusted by the planning module by intra-fractionally adapting the radiation therapy administered during a fraction of the fractionated radiation therapy, based upon characteristics of the perfusion levels in the target area determined from the perfusion information collected from the target area during the fraction such that a dosage of the radiation therapy to the tumor is reduced in response to a reduction in perfusion levels in the tumor, or such that a dosage of the radiation therapy to the healthy tissue is reduced in response to an increase in perfusion levels in the healthy tissue.