mhurhangee/ep-ind-claims huggingface dataset:
Gas analysis device for the passage of a gas flow, in particular for volatile compounds, the gas analysis device comprising a finder measurement path and a separation measurement path, the finder measurement path extending from a sample inlet opening to a first exhaust air opening, a connecting path branching off from the finder measurement path to the separation measurement path, the separation measurement path extending from the connecting path to a second exhaust air opening and being connected to a carrier gas inlet opening, and a separation detector being arranged on the separation measurement path, characterized in that the gas analysis device is portable and has a control element (5, 23, 43, 44) which is designed to reverse the gas flow in the connecting path such that, in the reverse direction, a part of a sample gas mixture entering at the sample inlet opening flows via the connecting path into the separation measurement path and the other part follows the finder measurement path, a finder detector being arranged in the finder measurement path, which finder detector is designed to continuously ascertain the presence of a group of volatile compounds.
Method of operating a landing door of an elevator shaft, wherein the method comprises: (i) manipulating a handle part of an opening tool comprising the handle part, a detachable part reversible attached to the handle part and a tether connecting the detachable part and the handle part; (ii) connecting the detachable part to the landing door; (iii) detaching the handle part from the detachable part and moving the handle part away from the detachable part approximately in an opening direction of the landing door, until the tether is tensioned; (iv) pulling the tethered detachable part with the landing door connected thereto by moving the handle part further, until the landing door is positioned at a desired position; (v) holding the tether tensioned and connecting the handle part to a fixpoint, to keep the landing door opened at the desired position. (i) manipulating a handle part of an opening tool comprising the handle part, a detachable part reversible attached to the handle part and a tether connecting the detachable part and the handle part; (ii) connecting the detachable part to the landing door; (iii) detaching the handle part from the detachable part and moving the handle part away from the detachable part approximately in an opening direction of the landing door, until the tether is tensioned; (iv) pulling the tethered detachable part with the landing door connected thereto by moving the handle part further, until the landing door is positioned at a desired position; (v) holding the tether tensioned and connecting the handle part to a fixpoint, to keep the landing door opened at the desired position.
An insulated metal substrate for supporting a device, the IMS comprising a metallic substrate having a nanoceramic coating (12, 62) and a metal contact layer formed on a surface of the nanoceramic coating, in which the nanoceramic coating is formed at least in part by electrolytic oxidation of a portion of the surface of the metallic substrate, the electrolytic oxidation occurring under conditions in which micro-discharge is avoided, in which the coating has a thickness of between 500 nanometres and 500 micrometres and a crystalline structure having an average grain size of less than 500 nanometres, and in which pores defined in a surface of the coating have an average diameter of less than 500 nanometres, the coating having a dielectric strength of greater than 50 KV mm -1 and a thermal conductivity of greater than 5 W/mK.
An electronic device, comprising: a front camera; a rear camera; a touch display screen disposed at the same side of the electronic device as the front camera; and a controller configured, in a self-portrait mode, to: control the front camera to acquire images, control the touch display screen to display a preview image at a first scale in a first region of the display, the preview image comprising at least part of one of the acquired images, and provide, for a pre-set time while in a timer mode, a cue together with the displayed preview image, to a user to induce the user to look towards the front camera, wherein the cue is a reduced size preview image comprising at least part of said one of the acquired images, and wherein the controller is further configured to control the touch display screen to display the reduced size preview image at a second scale in a partial region of the touch display screen proximate to a lens of the front camera, wherein said first scale is larger than said second scale and said first region is larger than said partial region, and wherein the controller is further configured, in the self-portrait mode, to capture and store an image acquired from the front camera automatically when the pre-set time in the timer mode lapses. a front camera; a rear camera; a touch display screen disposed at the same side of the electronic device as the front camera; and a controller configured, in a self-portrait mode, to: control the front camera to acquire images, control the touch display screen to display a preview image at a first scale in a first region of the display, the preview image comprising at least part of one of the acquired images, and provide, for a pre-set time while in a timer mode, a cue together with the displayed preview image, to a user to induce the user to look towards the front camera, control the front camera to acquire images, control the touch display screen to display a preview image at a first scale in a first region of the display, the preview image comprising at least part of one of the acquired images, and provide, for a pre-set time while in a timer mode, a cue together with the displayed preview image, to a user to induce the user to look towards the front camera, wherein the cue is a reduced size preview image comprising at least part of said one of the acquired images, and wherein the controller is further configured to control the touch display screen to display the reduced size preview image at a second scale in a partial region of the touch display screen proximate to a lens of the front camera, wherein said first scale is larger than said second scale and said first region is larger than said partial region, and wherein the controller is further configured, in the self-portrait mode, to capture and store an image acquired from the front camera automatically when the pre-set time in the timer mode lapses.
An ambulatory surgical center, comprising: a hybrid operating room, wherein the hybrid operating room includes at least four walls, a floor, and a ceiling; an imaging device (125a, 125b); an operating table disposed in the central area of the hybrid operating room; a power room adjacent to the operating room, wherein the power room includes a power supply for the imaging device (125a, 125b); a conduit (145a, 145b) from the power room to the imaging device (125a, 125b) configured to deliver power to the imaging device (125a, 125b); and an emergency power source for the imaging device (125a, 125b) configured to permit continuity of surgery in the hybrid operating room during a power outage; wherein the ambulatory surgical center includes a wooden frame building structure; characterized in that the at least four walls are lead-shielded; the imaging device (125a, 125b) is disposed in a central area of the hybrid operating room; the ambulatory surgical center is constructed to conform to standards permitting the use of combustible construction materials; and the ambulatory surgical center comprises 1858 m 2 (20,000 square feet) or less. a hybrid operating room, wherein the hybrid operating room includes at least four walls, a floor, and a ceiling; an imaging device (125a, 125b); an operating table disposed in the central area of the hybrid operating room; a power room adjacent to the operating room, wherein the power room includes a power supply for the imaging device (125a, 125b); a conduit (145a, 145b) from the power room to the imaging device (125a, 125b) configured to deliver power to the imaging device (125a, 125b); and an emergency power source for the imaging device (125a, 125b) configured to permit continuity of surgery in the hybrid operating room during a power outage; wherein the ambulatory surgical center includes a wooden frame building structure; characterized in that the at least four walls are lead-shielded; the imaging device (125a, 125b) is disposed in a central area of the hybrid operating room; the ambulatory surgical center is constructed to conform to standards permitting the use of combustible construction materials; and the ambulatory surgical center comprises 1858 m 2 (20,000 square feet) or less.
Control device of a primary air flow duct and a secondary air channel within a throttle assembly for the air supply to an internal combustion engine, comprising a driving electric motor and a toothed gearing transmission (5, 6, 7) for transferring the motion from said electric motor to a driving shaft of at least one throttle valve for the choking of said primary air flow duct and to a driving element (12, 12') of a bypass valve (18, 18') of said secondary air channel, characterised in that said toothed gearing transmission (5, 6, 7) is arranged to mesh with a first toothed-sector element integral in rotation with said driving shaft of said throttle valve of the primary air flow duct, said toothed gearing transmission (5, 6, 7) is arranged to mesh also with a second toothed-sector element (9, 9'), idle with respect to said driving shaft of the throttle valve and apt to be coupled in rotation with said first toothed-sector element by rigid coupling in one direction and through an elastic element in the opposite direction, said second toothed-sector element (9, 9') having a driving appendix (12a, 12a') of said bypass valve (18, 18').
An absorbent, washable and re-usable undergarment (100, 200) adapted to absorb and retain a discharge released from an area of a person's body in the region of the urethra, the vagina or anus; characterised in that the garment (a) includes at least one elastic retaining means selected from a range including cords, waist bands, and trunk and/or leg panels (102, 801), the retaining means configured, in use, to be supported by the body of the person wearing the undergarment (100, 200); (b) includes a shaped, internally skin-conformable and absorbent pouch (402, 605), the retaining means attached to the pouch, the pouch having an interior and comprised of a plurality of layers as part of the structure of the garment: an inner layer (602a, 602b, 702) maintained in contact with the area comprises at least one panel of a stretchable, knitted or woven, hydrophilic and water-permeable textile including elastic fibres comprising elastane; an outer side (603a, 603b) of the inner layer is maintained in contact with an inner surface and the sides of an intermediate layer having a hydrophilic and fluid-absorbent composition, and an outer layer (1101, 604a, 604b); and (c) the outer layer (1101, 604a, 604b) comprises at least one external panel of an elastic knitted or woven textile that has been subjected to a waterproofing process in which the textile itself is made impermeable to retained liquid water yet remains permeable to water vapour; said waterproofing process comprising application of a fluoroalkyl acrylate copolymer. (a) includes at least one elastic retaining means selected from a range including cords, waist bands, and trunk and/or leg panels (102, 801), the retaining means configured, in use, to be supported by the body of the person wearing the undergarment (100, 200); (b) includes a shaped, internally skin-conformable and absorbent pouch (402, 605), the retaining means attached to the pouch, the pouch having an interior and comprised of a plurality of layers as part of the structure of the garment: an inner layer (602a, 602b, 702) maintained in contact with the area comprises at least one panel of a stretchable, knitted or woven, hydrophilic and water-permeable textile including elastic fibres comprising elastane; an outer side (603a, 603b) of the inner layer is maintained in contact with an inner surface and the sides of an intermediate layer having a hydrophilic and fluid-absorbent composition, and an outer layer (1101, 604a, 604b); and (c) the outer layer (1101, 604a, 604b) comprises at least one external panel of an elastic knitted or woven textile that has been subjected to a waterproofing process in which the textile itself is made impermeable to retained liquid water yet remains permeable to water vapour; said waterproofing process comprising application of a fluoroalkyl acrylate copolymer.
A security system in an industrial automation environment, comprising: a key management component that establishes a cryptographic key pair; a receiver component that receives a request to subscribe to an alarm; an encryption component; the security system being characterised by that said encryption component encrypts and communicates the alarm to an entity; and, the said encryption component employs a public key of the cryptographic key pair to encrypt the alarm. a key management component that establishes a cryptographic key pair; a receiver component that receives a request to subscribe to an alarm; an encryption component; the security system being characterised by that said encryption component encrypts and communicates the alarm to an entity; and, the said encryption component employs a public key of the cryptographic key pair to encrypt the alarm.
A thermoplastic resin laminate formed of a methacrylic resin layer, and a vinyl copolymer resin layer laminated on one side or both sides of the methacrylic resin layer, wherein the vinyl copolymer resin comprises a (meth)acrylate structural unit (a) represented by the following formula and an aliphatic vinyl structural unit (b) represented by the following formula; in which the ratio of the sum of the (meth)acrylate structural units (a) and the aliphatic vinyl structural units (b) is 90 to 100 mol% with respect to all the structural units that form the vinyl copolymer resin; in which the ratio by mole of the (meth)acrylate structural unit (a) to the aliphatic vinyl structural unit (b) is 65: 35 to 85: 15; and in which the methacrylic resin is poly(methyl methacrylate) or a methyl methacrylate-methyl acrylate copolymer resin; wherein R1 represents a hydrogen atom or a methyl group, and R2 represents a C1 to C18 alkyl group; wherein R3 represents a hydrogen atom or a methyl group, and R4 represents a cyclohexyl group optionally having a C1 to C4 alkyl substituent.
A method of compensating for jitter in a packet stream comprising: storing undecoded frames extracted from the packets that form the packet stream in a jitter buffer having a jitter head, which is the first cell of the jitter buffer; adjusting the value of an average playout delay according to the delay of the packets that form the packet stream, comprising a) comparing a sequence indicator associated with a packet from the packet stream to a sequence indicator associated with a packet in the jitter head; b) placing undecoded frames into the jitter buffer based on the comparison of the sequence indicators; c) calculating the playout delay; and d) if the playout delay is less than the average playout delay, adapting the average playout delay to the playout delay quickly; otherwise, adapting the average playout delay to the playout delay slowly; and adjusting the rate at which samples are pulled from a sample buffer using the adjusted average playout delay. storing undecoded frames extracted from the packets that form the packet stream in a jitter buffer having a jitter head, which is the first cell of the jitter buffer; adjusting the value of an average playout delay according to the delay of the packets that form the packet stream, comprising a) comparing a sequence indicator associated with a packet from the packet stream to a sequence indicator associated with a packet in the jitter head; b) placing undecoded frames into the jitter buffer based on the comparison of the sequence indicators; c) calculating the playout delay; and d) if the playout delay is less than the average playout delay, adapting the average playout delay to the playout delay quickly; otherwise, adapting the average playout delay to the playout delay slowly; and a) comparing a sequence indicator associated with a packet from the packet stream to a sequence indicator associated with a packet in the jitter head; b) placing undecoded frames into the jitter buffer based on the comparison of the sequence indicators; c) calculating the playout delay; and d) if the playout delay is less than the average playout delay, adapting the average playout delay to the playout delay quickly; otherwise, adapting the average playout delay to the playout delay slowly; and adjusting the rate at which samples are pulled from a sample buffer using the adjusted average playout delay.
A turbine component, wherein the turbine component is an airfoil, the turbine component comprising: a component wall including a plurality of external apertures and defining a constrained portion, wherein the constrained portion is a trailing edge portion of the turbine component; a manifold disposed within the component wall, the manifold including an impingement wall, the impingement wall including a wall thickness and defining a plenum and a tapered portion, the tapered portion tapering toward the constrained portion and including a plurality of impingement apertures and a wall inflection, the wall inflection being disposed proximal to the constrained portion; wherein the tapered portion is integrally formed as a single, continuous object and free of an internal welded joint, an internal brazed joint, an internal adhered joint, or a combination thereof, and a post-impingement cavity disposed between the manifold and the component wall, the post-impingement cavity arranged to receive a fluid from the plenum through the plurality of impingement apertures and exhaust the fluid through the plurality of external apertures, characterized in that the wall inflection includes an inflection radius measured on the inside of the wall inflection of less than 3 times the wall thickness of the impingement wall at the wall inflection and the plurality of impingement apertures comprise at least one inflection aperture disposed at the wall inflection. a component wall including a plurality of external apertures and defining a constrained portion, wherein the constrained portion is a trailing edge portion of the turbine component; a manifold disposed within the component wall, the manifold including an impingement wall, the impingement wall including a wall thickness and defining a plenum and a tapered portion, the tapered portion tapering toward the constrained portion and including a plurality of impingement apertures and a wall inflection, the wall inflection being disposed proximal to the constrained portion; wherein the tapered portion is integrally formed as a single, continuous object and free of an internal welded joint, an internal brazed joint, an internal adhered joint, or a combination thereof, and a post-impingement cavity disposed between the manifold and the component wall, the post-impingement cavity arranged to receive a fluid from the plenum through the plurality of impingement apertures and exhaust the fluid through the plurality of external apertures, characterized in that the wall inflection includes an inflection radius measured on the inside of the wall inflection of less than 3 times the wall thickness of the impingement wall at the wall inflection and the plurality of impingement apertures comprise at least one inflection aperture disposed at the wall inflection.
A method of preparing a polypeptide for analysis, comprising: a. cleaving the polypeptide in a sample in a first digestion, wherein the cleaving produces at least two fragments of the polypeptide, b. cleaving the at least two fragments of the polypeptide with neutrophil elastase; and c. analyzing the sample after cleaving the at least two fragments of the polypeptide with the neutrophil elastase. a. cleaving the polypeptide in a sample in a first digestion, wherein the cleaving produces at least two fragments of the polypeptide, b. cleaving the at least two fragments of the polypeptide with neutrophil elastase; and c. analyzing the sample after cleaving the at least two fragments of the polypeptide with the neutrophil elastase.
An electrolyte solution for a lithium secondary battery comprising a first solvent containing a heterocyclic compound containing one or more double bonds and at the same time, containing any one of an oxygen atom and a sulfur atom; a second solvent containing at least one of an ether-based compound that does not contain fluorine, an ester-based compound, an amide-based compound, and a carbonate-based compound; a third solvent containing a hydrofluoro ether-based compound; a lithium salt; lanthanum nitrate; and lithium nitrate. a first solvent containing a heterocyclic compound containing one or more double bonds and at the same time, containing any one of an oxygen atom and a sulfur atom; a second solvent containing at least one of an ether-based compound that does not contain fluorine, an ester-based compound, an amide-based compound, and a carbonate-based compound; a third solvent containing a hydrofluoro ether-based compound; a lithium salt; lanthanum nitrate; and lithium nitrate.
An apparatus comprising a reciprocating compressor comprising a plurality of stages, each stage having a suction duct and a discharge duct for a gas flow, the discharge duct of each stage being in fluid communication with the suction duct of the next stage; each suction duct and each discharge duct being provided with a respective device for dampening pressure pulsations in a gas flow; characterised in that each respective device for dampening pressure pulsations in a gas flow comprises a vessel defining an internal volume for the transit of said gas, said vessel having an inlet and an outlet; a choke tube in fluid communication with the vessel and placed completely outside said internal volume of said vessel.
An antibody for use in the treatment of an individual with an mediated tumour, wherein said antibody is administered to said individual in combination with anti-cancer radiation, wherein the tumour is characterised by a) erbB homodimers that are p185 homodimers and / or b) erbB heterodimers that are p185/EGFR heterodimers, p185/mutant EGFR heterodimers, p185/erbB3 heterodimers or p185/erb4 heterodimers, wherein the antibody disrupts the kinase activity associated with the dimers, and results in a cytostatic effect on the tumour cells, and renders the previously radiation resistant tumour cells radiation sensitive, wherein the radiation therapy is commenced once the antibody has disrupted the kinase activity associated with the dimers, wherein said antibody is an anti-p185 antibody or fragment thereof. a) erbB homodimers that are p185 homodimers and / or b) erbB heterodimers that are p185/EGFR heterodimers, p185/mutant EGFR heterodimers, p185/erbB3 heterodimers or p185/erb4 heterodimers,