mhurhangee/ep-ind-claims huggingface dataset:
An apparatus to deliver therapeutic gas to a patient, the apparatus having: a first inlet (101, 201) to be placed in fluid communication with a therapeutic gas supply comprising nitric oxide; a second inlet (102, 202) to be placed in fluid communication with a breathing gas delivery system that provides a breathing gas to the patient; a therapeutic gas injector module (103, 203) to be placed in fluid communication with the first inlet (101, 201) and the second inlet (102, 202) to provide a combined flow of breathing gas and therapeutic gas; an outlet (104, 204) in fluid communication with the therapeutic gas injector module (103, 203) to supply the combined flow of breathing gas and therapeutic gas to a patient; characterized by a control circuit including a first flow sensor (106, 206) to measure the flow of breathing gas from the breathing gas delivery system and a second flow sensor (115, 215) to measure flow of therapeutic gas, wherein the control circuit determines a calculated dose of nitric oxide based on the measured flow of breathing gas and either the measured flow of therapeutic gas or a known flow of therapeutic gas; and a display in communication with the control circuit that provides a visual and/or numeric indication of the calculated dose of nitric oxide as a percentage of a calculated delivery concentration of nitric oxide compared to a desired delivery concentration of nitric oxide to be delivered to a patient, wherein the desired delivery concentration is set by a user. a first inlet (101, 201) to be placed in fluid communication with a therapeutic gas supply comprising nitric oxide; a second inlet (102, 202) to be placed in fluid communication with a breathing gas delivery system that provides a breathing gas to the patient; a therapeutic gas injector module (103, 203) to be placed in fluid communication with the first inlet (101, 201) and the second inlet (102, 202) to provide a combined flow of breathing gas and therapeutic gas; an outlet (104, 204) in fluid communication with the therapeutic gas injector module (103, 203) to supply the combined flow of breathing gas and therapeutic gas to a patient; characterized by a control circuit including a first flow sensor (106, 206) to measure the flow of breathing gas from the breathing gas delivery system and a second flow sensor (115, 215) to measure flow of therapeutic gas, wherein the control circuit determines a calculated dose of nitric oxide based on the measured flow of breathing gas and either the measured flow of therapeutic gas or a known flow of therapeutic gas; and a display in communication with the control circuit that provides a visual and/or numeric indication of the calculated dose of nitric oxide as a percentage of a calculated delivery concentration of nitric oxide compared to a desired delivery concentration of nitric oxide to be delivered to a patient, wherein the desired delivery concentration is set by a user.
A carrier member configured to receive a discrete article from a transfer assembly, the carrier member comprising a body having an outer surface and a resilient member connected with the outer surface of the body, wherein the carrier member is a cylindrical roll that is rotatable about an axis of rotation wherein the resilient member comprises: a resilient material; a first row of intermittently spaced first voids; and a second row of intermittently spaced second voids, wherein the first row of intermittently spaced first voids extends circumferentially about the axis of rotation, wherein the second row of intermittently spaced second voids extends circumferentially about the axis of rotation and each first void in the first row is offset from the adjacent second voids in the second row, wherein each first void is separated from each second void by the resilient material. a resilient material; a first row of intermittently spaced first voids; and a second row of intermittently spaced second voids, wherein the first row of intermittently spaced first voids extends circumferentially about the axis of rotation, wherein the second row of intermittently spaced second voids extends circumferentially about the axis of rotation and each first void in the first row is offset from the adjacent second voids in the second row, wherein each first void is separated from each second void by the resilient material.
A surgical knife for eye surgery comprising: a blade component comprising a blade root which tapers into a blade neck via a tapered portion, the blade neck having a first side and a second side opposite to the first side, and a cutting head, and a handle body, characterised in that the handle body comprises: a T-shaped blade receiving bore defined on a face defined at a first end of the handle body, the blade component inserted into the T-shaped blade receiving bore proximate the tapered portion of the blade root, the handle body comprising a first part defined on a first side of the blade receiving bore and a second part defined on a second side of the blade receiving bore; and a blade support extending from the face along the first side of the blade neck and in contact therewith in use, the blade support being defined by the first part of the handle body extending further from the blade receiving bore than the second part of the handle; and in that the cutting head extends from the second side of the blade neck at an angle to the blade neck in a direction opposite to the blade support. a blade component comprising a blade root which tapers into a blade neck via a tapered portion, the blade neck having a first side and a second side opposite to the first side, and a cutting head, and a handle body, characterised in that the handle body comprises: a T-shaped blade receiving bore defined on a face defined at a first end of the handle body, the blade component inserted into the T-shaped blade receiving bore proximate the tapered portion of the blade root, the handle body comprising a first part defined on a first side of the blade receiving bore and a second part defined on a second side of the blade receiving bore; and a blade support extending from the face along the first side of the blade neck and in contact therewith in use, the blade support being defined by the first part of the handle body extending further from the blade receiving bore than the second part of the handle; and in that the cutting head extends from the second side of the blade neck at an angle to the blade neck in a direction opposite to the blade support.
A light modulation device comprising a first polymer film substrate having an adhesive layer or pressure-sensitive adhesive layer formed on a first surface of the first polymer film substrate; a second polymer film substrate having a liquid crystal alignment film formed on a first surface of the second polymer film substrate; and a light modulation layer containing a liquid crystal compound, wherein the first and second polymer film substrates (102, 202) are disposed so that their first surfaces face each other, the light modulation layer is present between the oppositely disposed first and second polymer film substrates (102, 202), a -C plate is included in at least one position between the light modulation layer and the first polymer film substrate or between the light modulation layer and the second polymer film substrate, and conductive layers (400a, 400b) are each formed between the adhesive layer or pressure-sensitive adhesive layer and the first polymer film substrate and between the liquid crystal alignment film and the second polymer film substrate. the first and second polymer film substrates (102, 202) are disposed so that their first surfaces face each other, the light modulation layer is present between the oppositely disposed first and second polymer film substrates (102, 202), a -C plate is included in at least one position between the light modulation layer and the first polymer film substrate or between the light modulation layer and the second polymer film substrate, and conductive layers (400a, 400b) are each formed between the adhesive layer or pressure-sensitive adhesive layer and the first polymer film substrate and between the liquid crystal alignment film and the second polymer film substrate.
A transdermal delivery device consisting of a dexmedetomidine composition for managing pain in a non-sedated subject, the dexmedetomidine composition comprising: dexmedetomidine; a solubility enhancer; and an acrylate pressure sensitive adhesive with pendant hydroxyl groups; and a backing layer in contact with the dexmedetomidine composition, wherein the dexmedetomidine composition is formulated to passively deliver a therapeutically effective amount of dexmedetomidine effective to manage pain in the subject. dexmedetomidine; a solubility enhancer; and an acrylate pressure sensitive adhesive with pendant hydroxyl groups; and a backing layer in contact with the dexmedetomidine composition, wherein the dexmedetomidine composition is formulated to passively deliver a therapeutically effective amount of dexmedetomidine effective to manage pain in the subject.
A fuse plug, comprising: a cylindrical body having a length, an outer diameter and a cylindrical passage through the cylindrical body defined by an inner wall, the outer diameter being substantially constant and defining an outer wall along the length, the diameter of the cylindrical passage being substantially constant along the length; a groove formed circumferentially about and within the outer wall of the cylindrical body; a seal ring configured to settle in the groove; and a fusible material retained within the passage defined by the inner wall. a cylindrical body having a length, an outer diameter and a cylindrical passage through the cylindrical body defined by an inner wall, the outer diameter being substantially constant and defining an outer wall along the length, the diameter of the cylindrical passage being substantially constant along the length; a groove formed circumferentially about and within the outer wall of the cylindrical body; a seal ring configured to settle in the groove; and a fusible material retained within the passage defined by the inner wall.
Set comprising a plurality of covering elements for floors and/or walls, wherein each covering element comprises a backing of ceramic material, an upper surface having a printed pattern, and at least one distressed upper edge, wherein at least two covering elements of the set comprises substantially the same printed pattern characterized in that the shape of the distressed upper edge differs in each covering element of the set in that said printed pattern is present in a central portion of the upper faces that is not affected by the distressed edges and on at least, one distressed edge of each covering element in that each covering element of the set comprises a base coat on the upper surface of the backing, in that the base coat covers the colour of the backing while also making the backing impermeable, in that the printed pattern is provided on said base coat, in that said base coat comprises a glaze and in that said base coat covers the at least one distressed upper edge of the covering elements.
A method for processing a print job by a document processing system comprising a plurality of devices (2,3), the plurality of devices comprising at least one printer and at least one finisher which is an off-line finisher or a near-line finisher in order to deliver an end print product according to print specifications of the print job, each device of the plurality of devices being described in a dedicated device model (251, 252, 253, 254) comprising constraints and capabilities of said device, the method comprising the steps of - receiving the print job at the document processing system with print specifications, - automatically generating a production route for the end product by selecting by means of the device models (251, 252, 253, 254) the at least one printer and the at least one finisher to deliver the end product, - simulating the production route for the end product by executing the device models (251, 252, 253, 254) for the selected devices (2, 3), - generating directly from the simulation of the production route finishing instructions (261, 262, 263) for an operator of the at least one finisher, and - processing the print job by printing the end product by the at least one printer and by finishing the end product by the at least one finisher according to the generated finishing instructions (261, 262, 263). - receiving the print job at the document processing system with print specifications, - automatically generating a production route for the end product by selecting by means of the device models (251, 252, 253, 254) the at least one printer and the at least one finisher to deliver the end product, - simulating the production route for the end product by executing the device models (251, 252, 253, 254) for the selected devices (2, 3), - generating directly from the simulation of the production route finishing instructions (261, 262, 263) for an operator of the at least one finisher, and - processing the print job by printing the end product by the at least one printer and by finishing the end product by the at least one finisher according to the generated finishing instructions (261, 262, 263).
Station for cleaning robots (2a-2d), to which a plurality of cleaning robots (2a-2d) can be assigned in order to clean them and/or supply them with power, characterised in that the station comprises: - a display having a plurality of LEDs, and - a control device which is designed to divide the display into segments according to a number of cleaning robots (2a-2d) assigned to the station, to assign each segment a portion of the plurality of LEDs and a cleaning robot (2a-2d), and to assign each segment a color, from a plurality of predetermined colors, in which the relevant segment lights up according to a status of the cleaning robot (2a-2d) associated therewith, wherein each color of the plurality of predetermined colors is assigned to a status from a plurality of statuses in which the cleaning robots (2a-2d) can be in. - a display having a plurality of LEDs, and - a control device which is designed to divide the display into segments according to a number of cleaning robots (2a-2d) assigned to the station, to assign each segment a portion of the plurality of LEDs and a cleaning robot (2a-2d), and to assign each segment a color, from a plurality of predetermined colors, in which the relevant segment lights up according to a status of the cleaning robot (2a-2d) associated therewith, wherein each color of the plurality of predetermined colors is assigned to a status from a plurality of statuses in which the cleaning robots (2a-2d) can be in.
Method for downloading a subscription in a Universal Integrated Circuit Card, UICC, embedded in a terminal, said method consisting in: - transferring an ICCID to said terminal; - sending said ICCID over an IP link to a secure vault; - selecting in said secure vault a subscription corresponding to said ICCID; - transmitting said subscription to said terminal over said IP link; - storing said subscription in said UICC. - transferring an ICCID to said terminal; - sending said ICCID over an IP link to a secure vault; - selecting in said secure vault a subscription corresponding to said ICCID; - transmitting said subscription to said terminal over said IP link; - storing said subscription in said UICC.
A closed cycle heat transfer device comprising an evaporator and a first condenser, a first fluid duct for transporting a heated fluid from the evaporator to the first condenser, and a second fluid duct for returning condensate from the first condenser to the evaporator; an expansion device connected to and in communication with the second fluid duct to receive liquid condensate therefrom to compensate for expansion of a fluid vapour phase in at least the first fluid duct, characterised by at least one further condenser connected to the first fluid duct and to the second fluid duct to receive working fluid in a vapour phase in response to a rise in pressure and temperature of the working fluid issuing from the evaporator, and the height of the further condenser is selected in relation to that of the evaporator and the first condenser, so that the additional vapour space generated by the increased pressure starts to expose the heat transfer surface of the at least one further condenser when the required pressure is reached; and/or a regulating valve is disposed between the at least one further condenser and the second fluid duct. the height of the further condenser is selected in relation to that of the evaporator and the first condenser, so that the additional vapour space generated by the increased pressure starts to expose the heat transfer surface of the at least one further condenser when the required pressure is reached; and/or a regulating valve is disposed between the at least one further condenser and the second fluid duct.
A process for dry granulation of hot liquid slag wherein the hot liquid slag is mixed with solid metallic particles so as to form a solidified, vitrified slag cake mixed with said metallic particles, said slag cake is crushed so as to form hot slag particles and heated solid particles, said particles are cooled and said solid metallic particles are recycled, wherein said solid metallic particles have a density of at least 2.5 g/cm 3 and have a diameter of at least 2 mm.
Belt feeder for a safety belt device of a motor vehicle, comprising - a feeder arm having a guide part provided thereon for a belt strap of the safety belt device, - a drive device which drives the feeder arm into an extension movement from a parking position into a presentation position, and - a housing on which the feeder arm is guided, - the housing being formed by a hollow profile having an elongate first cavity in which the feeder arm is arranged, and - the first cavity, in the direction of the extension movement of the feeder arm, having a shape which defines the course of the extension movement, characterized in that - the feeder arm has teeth, and - the drive device has a fixed first worm which is driven into a rotational movement, engages into the teeth of the feeder arm and, during a rotational movement, drives the feeder arm into the extension movement by means of engaging into the teeth, and the drive device has a flexible shaft which can be driven into a rotational movement and to which the first worm is connected for conjoint rotation. - a feeder arm having a guide part provided thereon for a belt strap of the safety belt device, - a drive device which drives the feeder arm into an extension movement from a parking position into a presentation position, and - a housing on which the feeder arm is guided, - the housing being formed by a hollow profile having an elongate first cavity in which the feeder arm is arranged, and - the first cavity, in the direction of the extension movement of the feeder arm, having a shape which defines the course of the extension movement, characterized in that - the feeder arm has teeth, and - the drive device has a fixed first worm which is driven into a rotational movement, engages into the teeth of the feeder arm and, during a rotational movement, drives the feeder arm into the extension movement by means of engaging into the teeth, and
Gizzard peeler having an in-feed for an opened gizzard, and an exit for a peeled gizzard and transporting means for moving the gizzard from the in-feed to the exit, and comprising a turntable provided with rollers (21, 22) for peeling the gizzards, characterized in that the turntable is a horizontal turntable.
Compound comprising at least one constitutional unit M selected from the group consisting of formula (I-a) and formula (I-b) wherein X 1 and X 2 are independently of each other S or Se; Ar 1, Ar 2, Ar 3 and Ar 4 are independently of each other phenyl comprising at least one substituent R, wherein R is alkyl having from 13 to 19 carbon atoms; a is 1; and Ar 5 is with R 11 and R 12 being H. X 1 and X 2 are independently of each other S or Se; Ar 1, Ar 2, Ar 3 and Ar 4 are independently of each other phenyl comprising at least one substituent R, wherein R is alkyl having from 13 to 19 carbon atoms; a is 1; and Ar 5 is with R 11 and R 12 being H. with R 11 and R 12 being H.
A process for the polymerisation of olefins in a gas phase fluidised bed reactor, the polymerisation process comprising: i) passing a fluidising gas to the reactor to fluidise a bed of polymer particles therein, ii) withdrawing the fluidising gas from the reactor, iii) cooling all or a portion of the fluidising gas withdrawn from the reactor to a temperature at which a portion of the components of the fluidising gas condense to form condensed liquid, and iv) passing condensed liquid and non-condensed components of the fluidising gas back to the reactor, wherein there is provided a reservoir of condensed liquid downstream of the cooling step, and variations in the inventory of the condensed liquid are made in order to control the temperature in the reactor, and wherein the variations in the inventory are variations in an inventory set point in the reservoir. i) passing a fluidising gas to the reactor to fluidise a bed of polymer particles therein, ii) withdrawing the fluidising gas from the reactor, iii) cooling all or a portion of the fluidising gas withdrawn from the reactor to a temperature at which a portion of the components of the fluidising gas condense to form condensed liquid, and iv) passing condensed liquid and non-condensed components of the fluidising gas back to the reactor,
A carbon electrode used for manufacturing a polycrystalline silicon rod, comprising: a lower electrode secured on a metal electrode that is an external electrode for electrifying a silicon core; and an upper electrode placed on the lower electrode, and including a securing portion of a core holder that holds the silicon core on an upper surface side, wherein the upper electrode is slidable in all directions in a placement surface that is a contact surface with an upper surface of the lower electrode, and wherein the upper electrode is placed on the lower electrode so that a protrusion provided in an upper part of the lower electrode is inserted into a recess provided in a lower part of the upper electrode, an inner size of the recess is larger than an outer size of the protrusion, and a gap is provided between the recess and the protrusion. a lower electrode secured on a metal electrode that is an external electrode for electrifying a silicon core; and an upper electrode placed on the lower electrode, and including a securing portion of a core holder that holds the silicon core on an upper surface side, wherein the upper electrode is slidable in all directions in a placement surface that is a contact surface with an upper surface of the lower electrode, and wherein the upper electrode is placed on the lower electrode so that a protrusion provided in an upper part of the lower electrode is inserted into a recess provided in a lower part of the upper electrode, an inner size of the recess is larger than an outer size of the protrusion, and a gap is provided between the recess and the protrusion.
Hybrid vehicle drive train, having an internal combustion engine which has an engine block and a crankshaft and having an electric machine which has a stator which is connected to the engine block and a rotor which is mounted rotatably on the stator and can be connected to the crankshaft via an adjustable clutch, characterized in that the stator of the electric machine is mounted resiliently on the engine block via at least one elastic bearing part, and in that a bearing sleeve which is arranged approximately coaxially with respect to the rotational axis of the crankshaft is moulded integrally onto the stator-side fastening flange, and in that the rotor is mounted rotatably on the said bearing sleeve.