mhurhangee/patent-ind-claim-en huggingface dataset:
An electronics package comprising: a glass substrate having an exterior portion surrounding an interior portion thereof, wherein the interior portion has a first thickness and the exterior portion has a second thickness larger than the first thickness ; an adhesive layer formed on a lower surface of the interior portion of the glass substrate ; a semiconductor device having an upper surface coupled to the adhesive layer , the semiconductor device having at least one contact pad disposed on the upper surface thereof; and a first metallization layer coupled to an upper surface of the glass substrate and extending through a first via formed through the first thickness of the glass substrate to couple with the at least one contact pad of the semiconductor device ; further comprising a second metallization layer coupled to a lower surface of the exterior portion of the glass substrate; wherein the first metallization layer and the second metallization layer electrically connect within a second via formed through the second thickness of the glass substrate. a glass substrate having an exterior portion surrounding an interior portion thereof, wherein the interior portion has a first thickness and the exterior portion has a second thickness larger than the first thickness ; an adhesive layer formed on a lower surface of the interior portion of the glass substrate ; a semiconductor device having an upper surface coupled to the adhesive layer , the semiconductor device having at least one contact pad disposed on the upper surface thereof; and a first metallization layer coupled to an upper surface of the glass substrate and extending through a first via formed through the first thickness of the glass substrate to couple with the at least one contact pad of the semiconductor device ; further comprising a second metallization layer coupled to a lower surface of the exterior portion of the glass substrate; wherein the first metallization layer and the second metallization layer electrically connect within a second via formed through the second thickness of the glass substrate.
A multi-layer absorbent article selected from pantiliners, sanitary napkins, interlabial devices, adult incontinence devices and diapers, comprising a liquid permeable body facing layer ; wherein the body facing layer is made from a spunlace nonwoven material consisting of from 10% to 65% rayon and from 35% to 90% of polyester, polyethylene, polypropylene, cellulosic fiber or combinations of polyester with polyethylene, propylene or cellulosic fiber; a liquid impermeable garment facing layer ; wherein the garment facing layer is made of polymeric film; and optionally an absorbent system located between the body facing layer and the garment facing layer , the absorbent system comprising a single layer or multiple layers; wherein said liquid permeable body facing layer is constructed from a material that is stretchable but not elastic, and said liquid impermeable garment facing layer is constructed from a layer that is elastic; wherein the article is elastic in a longitudinal direction of the article such that a loading force of 400 g extends a sample of said article taken along the longitudinal centerline of the article between about 5% and 20% of the sample's original length, and the recovery of said sample after said loading force is removed at least 90%; and wherein said article has flexural resistance (Modified Circular Bend stiffness; MCB) of less than about 35 g, wherein the body facing layer has a basis weight in the range of 50 g/m 2 to 100 g/m 2 and the garment facing layer has a basis weight in the range of 20 g/m 2 to 40 g/m 2 , and wherein said article has a thickness of less than about 1 mm. a liquid permeable body facing layer ; wherein the body facing layer is made from a spunlace nonwoven material consisting of from 10% to 65% rayon and from 35% to 90% of polyester, polyethylene, polypropylene, cellulosic fiber or combinations of polyester with polyethylene, propylene or cellulosic fiber; a liquid impermeable garment facing layer ; wherein the garment facing layer is made of polymeric film; and optionally an absorbent system located between the body facing layer and the garment facing layer , the absorbent system comprising a single layer or multiple layers; wherein said liquid permeable body facing layer is constructed from a material that is stretchable but not elastic, and said liquid impermeable garment facing layer is constructed from a layer that is elastic; wherein the article is elastic in a longitudinal direction of the article such that a loading force of 400 g extends a sample of said article taken along the longitudinal centerline of the article between about 5% and 20% of the sample's original length, and the recovery of said sample after said loading force is removed at least 90%; and wherein said article has flexural resistance (Modified Circular Bend stiffness; MCB) of less than about 35 g, wherein the body facing layer has a basis weight in the range of 50 g/m 2 to 100 g/m 2 and the garment facing layer has a basis weight in the range of 20 g/m 2 to 40 g/m 2 , and wherein said article has a thickness of less than about 1 mm.
An inductive heating assembly configured to inductively heat an aerosol-forming substrate to a pre-determined operating temperature, wherein the heating assembly comprises: - an induction source configured to generate an alternating magnetic field; - a susceptor assembly for inductively heating the aerosol-forming substrate under the influence of the alternating magnetic field generated by the induction source, wherein the susceptor assembly comprises a first susceptor comprising a first susceptor material and a second susceptor comprising a second susceptor material having a Curie temperature at least 20 degree Celsius below the operating temperature of the heating assembly , - a controller operatively connected to the induction source and configured to control operation of the induction source, wherein the controller is configured to determine during preheating of the heating assembly starting at room temperature towards the operating temperature a minimum value of an apparent resistance occurring in a temperature range of ±5 degree Celsius around a Curie temperature of the second susceptor material. - an induction source configured to generate an alternating magnetic field; - a susceptor assembly for inductively heating the aerosol-forming substrate under the influence of the alternating magnetic field generated by the induction source, wherein the susceptor assembly comprises a first susceptor comprising a first susceptor material and a second susceptor comprising a second susceptor material having a Curie temperature at least 20 degree Celsius below the operating temperature of the heating assembly , - a controller operatively connected to the induction source and configured to control operation of the induction source, wherein the controller is configured to determine during preheating of the heating assembly starting at room temperature towards the operating temperature a minimum value of an apparent resistance occurring in a temperature range of ±5 degree Celsius around a Curie temperature of the second susceptor material.
An extension fitting element for a rotor blade of a wind turbine, which extension fitting element is designed as a rotor blade rib with a recess and which can be pushed onto the rotor blade tip of a rotor blade to be extended, in such a way that the rotor blade tip protrudes through the recess and contacts the circumferential surface of the recess in an positive-locking manner, wherein the extension fitting element has, on its outer circumference, an outer circumferential surface onto which a shell-like rotor blade extension can be pushed in an positive-locking manner, characterized in that the extension fitting element has a core made of a lightweight construction material , in particular a foam, in particular PVC foam, or balsa wood, and has, on its outer circumferential surface and/or on its inner circumferential surface , a coating made of a layered composite material, in particular a fiber-reinforced layered composite material, and wherein the core of the extension fitting element has recesses, in particular slits and/or boreholes , which are filled with a material that has a higher strength and/or rigidity than the material of the core. characterized in that the extension fitting element has a core made of a lightweight construction material , in particular a foam, in particular PVC foam, or balsa wood, and has, on its outer circumferential surface and/or on its inner circumferential surface , a coating made of a layered composite material, in particular a fiber-reinforced layered composite material, and wherein the core of the extension fitting element has recesses, in particular slits and/or boreholes , which are filled with a material that has a higher strength and/or rigidity than the material of the core.
A user equipment, comprising: • means for determining if transmission of user plane data using a data over control plane procedure is needed, said data over control plane procedure comprising transmission of user plane data within non access stratum signaling between said user equipment and a control plane node of a mobile network, • means for, if transmission of user plane data using said data over control plane procedure is needed, encapsulating said user plane data in a specific non access stratum message having a message type indicating data over control plane, • wherein said non access stratum signaling between said user equipment and a control plane node of a mobile network comprises non access stratum signaling carrying the specific non-access stratum message between said user equipment and a mobility management entity of an evolved packet system network. • means for determining if transmission of user plane data using a data over control plane procedure is needed, said data over control plane procedure comprising transmission of user plane data within non access stratum signaling between said user equipment and a control plane node of a mobile network, • means for, if transmission of user plane data using said data over control plane procedure is needed, encapsulating said user plane data in a specific non access stratum message having a message type indicating data over control plane, • wherein said non access stratum signaling between said user equipment and a control plane node of a mobile network comprises non access stratum signaling carrying the specific non-access stratum message between said user equipment and a mobility management entity of an evolved packet system network.
A heparin which is obtainable by a method comprising mixing an aqueous solution of 5 to 30% by weight of a heparin having a molecular weight in a range of 3000 to 30000 dalton with an organic solvent having an amount (volume) 0.2 to 1 times the amount (volume) of the aqueous heparin solution at a temperature of 5 to 40°C to obtain a colloidal precipitate of heparin, wherein the organic solvent is selected from ethanol, methanol, isopropanol, acetone and a mixed solvent thereof, and wherein a salt is dissolved in a concentration of 50 to 500 mM in the aqueous heparin solution, wherein the salt is selected from sodium chloride and sodium acetate.
A solid oxide cell (SOC) operating method, wherein the SOC can at least be operated in a SOEC operating mode, characterized in that in the SOEC operating mode, the SOC is run at a thermoneutral operating point, wherein the SOC is regulated at the operating point by a pulse-width modulation of the supplied electrical power with a period duration T of a pulse, which is less than the time which the reagents need to pass a stack active region of the SOC and a duty cycle is specified as a function of a measured temperature of the SOC.
A device comprising: a training data generation unit adapted to generate training data associated with a captured image of waste stored in a waste pit; a model construction unit which is adapted to construct a model by performing learning using the training data; and an estimation unit which is adapted to input, in the model, data of a new captured image of waste stored in a waste pit, and to obtain a value representing composition of the waste corresponding to the new image. a training data generation unit adapted to generate training data associated with a captured image of waste stored in a waste pit; a model construction unit which is adapted to construct a model by performing learning using the training data; and an estimation unit which is adapted to input, in the model, data of a new captured image of waste stored in a waste pit, and to obtain a value representing composition of the waste corresponding to the new image.
A medical lead comprising: an elongated lead body; and an assembly including at least one insulative element located within the elongated lead body and a set of two or more electrode segments coupled to the at least one insulative element in a circular arrangement, wherein each of the electrode segments includes an exposed outer surface, wherein the at least one insulative element includes an electrode segment holder forming receptacles configured to receive the electrode segments, and wherein protrusions of the electrode segments are positioned within the receptacles of the electrode segment holder. an elongated lead body; and an assembly including at least one insulative element located within the elongated lead body and a set of two or more electrode segments coupled to the at least one insulative element in a circular arrangement, wherein each of the electrode segments includes an exposed outer surface, wherein the at least one insulative element includes an electrode segment holder forming receptacles configured to receive the electrode segments, and wherein protrusions of the electrode segments are positioned within the receptacles of the electrode segment holder.
A surgical system comprising: an instrument including an instrument body , an end effector , and a dual-control instrument activation system including a lever positioned to be manually operable, wherein the lever is coupled to the end effector and is pivotable relative to the instrument body such that a first position of the lever corresponds to an open configuration of the end effector and a second position of the lever corresponds to a closed gripping configuration of the end effector ; and an instrument operation system including a lever capture mechanism and a bias component, wherein on the condition that the dual-control instrument activation system and the instrument operation system are coupled, the lever capture mechanism is configured to releasably capture the lever , the bias component is configured to press the lever capture mechanism toward the lever , and the instrument operation system is responsive to teleoperational signals to move the lever between the first position and the second position via the lever capture mechanism . an instrument including an instrument body , an end effector , and a dual-control instrument activation system including a lever positioned to be manually operable, wherein the lever is coupled to the end effector and is pivotable relative to the instrument body such that a first position of the lever corresponds to an open configuration of the end effector and a second position of the lever corresponds to a closed gripping configuration of the end effector ; and an instrument operation system including a lever capture mechanism and a bias component, wherein on the condition that the dual-control instrument activation system and the instrument operation system are coupled, the lever capture mechanism is configured to releasably capture the lever , the bias component is configured to press the lever capture mechanism toward the lever , and the instrument operation system is responsive to teleoperational signals to move the lever between the first position and the second position via the lever capture mechanism .
A system for adjusting and fixing sheet-shaped elements for railings and dividers comprising: - containment means for a protective sheet-shaped element which are provided with a channel for housing the sheet-shaped element ; - adjusting means for adjusting the position of the sheet-shaped element ; whereby - the adjusting means comprise at least one resting and retaining element with substantially L-shaped cross-section, characterised in that the at least one resting and retaining element is provided with seats for the passage of two pins and with two planes for the sliding of adjusting elements , in such a way that the combination of the movements of the adjusting elements caused by the pins generates a rotation of the resting and retaining element which in turn causes a rotation of the sheet-shaped element . - containment means for a protective sheet-shaped element which are provided with a channel for housing the sheet-shaped element ; - adjusting means for adjusting the position of the sheet-shaped element ; - the adjusting means comprise at least one resting and retaining element with substantially L-shaped cross-section, characterised in that the at least one resting and retaining element is provided with seats for the passage of two pins and with two planes for the sliding of adjusting elements , in such a way that the combination of the movements of the adjusting elements caused by the pins generates a rotation of the resting and retaining element which in turn causes a rotation of the sheet-shaped element .
A method for optical communication, the method comprising: in a semiconductor die having a photodetector , the photodetector comprising an n-type silicon layer , a germanium layer , a p-type silicon layer , and a metal contact on each of the n-type silicon layer and the p-type silicon layer , wherein a portion of the germanium layer nearest the p-type silicon layer is p-doped, wherein a top surface of the germanium layer is above top surfaces of both the n-type silicon layer and the p-type silicon layer , and wherein a bottom surface of the germanium layer is below the top surfaces of both the n-type silicon layer and the p-type silicon layer : receiving an optical signal; absorbing the optical signal in the germanium layer ; generating an electrical signal from the absorbed optical signal; and communicating the electrical signal out of the photodetector via the n-type silicon layer and the p-type silicon layer . receiving an optical signal; absorbing the optical signal in the germanium layer ; generating an electrical signal from the absorbed optical signal; and communicating the electrical signal out of the photodetector via the n-type silicon layer and the p-type silicon layer .
A jointed rotor blade assembly for a wind turbine , the jointed rotor blade assembly comprising: a first blade segment including a first outer shell , the first outer shell terminating at a first joint end ; a second blade segment coupled to the first blade segment at a blade joint defined between the first and second blade segments , the second blade segment including a second outer shell terminating at a second joint end , the first and second outer shells overlapping one another at the blade joint such that an overlapping region is defined between the first and second joint ends , the first outer shell being spaced apart from the second outer shell along at least a portion of the overlapping region such that a gap is defined between the first and second outer shells within the overlapping region ; a sealing member positioned between the first and second outer shells within the overlapping region so as to extend across the gap defined between the first and second outer shells , the sealing member being configured to allow relative movement between the first and second outer shells at the blade joint ; and a sealant material substantially filling at least a portion of the gap defined between the first and second outer shells . a first blade segment including a first outer shell , the first outer shell terminating at a first joint end ; a second blade segment coupled to the first blade segment at a blade joint defined between the first and second blade segments , the second blade segment including a second outer shell terminating at a second joint end , the first and second outer shells overlapping one another at the blade joint such that an overlapping region is defined between the first and second joint ends , the first outer shell being spaced apart from the second outer shell along at least a portion of the overlapping region such that a gap is defined between the first and second outer shells within the overlapping region ; a sealing member positioned between the first and second outer shells within the overlapping region so as to extend across the gap defined between the first and second outer shells , the sealing member being configured to allow relative movement between the first and second outer shells at the blade joint ; and a sealant material substantially filling at least a portion of the gap defined between the first and second outer shells .
A method, at a host device , of managing a random access memory of a display control device connectable to the host device , the memory being used for storing display data sent from the host device to the display control device for displaying on one or more displays , the method comprising: maintaining a map at the host device corresponding to the memory of the display control device , the map indicating locations corresponding to addresses of the memory at which data is stored or not; determining a size of a portion of the display data, the size being variable for different portions of data; determining a location on the map where the portion of display data would fit into the memory by determining a free space in the memory into which the portion of data would fit based on the size of the portion of data and the map ; sending, to the display control device , an address in the memory corresponding to the determined location on the map , together with the portion of display data; updating the location on the map corresponding to the address in the memory to indicate that the address has data stored in it; and sending to the display control device information regarding an order in which the portions of display data in the memory are to be accessed from the memory and combined to display an image on the one or more displays . maintaining a map at the host device corresponding to the memory of the display control device , the map indicating locations corresponding to addresses of the memory at which data is stored or not; determining a size of a portion of the display data, the size being variable for different portions of data; determining a location on the map where the portion of display data would fit into the memory by determining a free space in the memory into which the portion of data would fit based on the size of the portion of data and the map ; sending, to the display control device , an address in the memory corresponding to the determined location on the map , together with the portion of display data; updating the location on the map corresponding to the address in the memory to indicate that the address has data stored in it; and sending to the display control device information regarding an order in which the portions of display data in the memory are to be accessed from the memory and combined to display an image on the one or more displays .