mhurhangee/ep-ind-claims huggingface dataset:
A sample collection device for collecting a sample of a fluid of a user, e.g. blood, the sample collection device comprising: - a sample container arranged to receive said sample and comprising an open end; - a triggering mechanism (209, 210, 209', 210', 211); - a cap arranged to cooperate with said sample container so as to close said open end, said cap being arranged to be moved in and/or on the sample container from a first cap position to a second cap position, wherein in the first and in the second cap positions said cap is at least partially in contact with said sample container so as to guide the movement of the cap from the first cap position to the second cap position, said cap comprising: - a collection window arranged to enter in contact with an area of the user to be incised; - an incision mechanism (203, 204, 206) movable in the cap by said triggering mechanism (209, 210, 209', 210', 211) from a first incision mechanism position to a second incision mechanism position, wherein during said moving the incision mechanism (203, 204, 206) is arranged to incise at the collection window the area of the user so as to exit the sample from the user, said sample being received by said sample container, and wherein during the moving from the first incision mechanism position to the second incision mechanism the cap is in the first cap position; - a sealing mechanism, so as to seal said sample container when the cap is in the second cap position, so as to safely transport said sample. - a sample container arranged to receive said sample and comprising an open end; - a triggering mechanism (209, 210, 209', 210', 211); - a cap arranged to cooperate with said sample container so as to close said open end, said cap being arranged to be moved in and/or on the sample container from a first cap position to a second cap position, wherein in the first and in the second cap positions said cap is at least partially in contact with said sample container so as to guide the movement of the cap from the first cap position to the second cap position, said cap comprising: - a collection window arranged to enter in contact with an area of the user to be incised; - an incision mechanism (203, 204, 206) movable in the cap by said triggering mechanism (209, 210, 209', 210', 211) from a first incision mechanism position to a second incision mechanism position, wherein during said moving the incision mechanism (203, 204, 206) is arranged to incise at the collection window the area of the user so as to exit the sample from the user, said sample being received by said sample container, and wherein during the moving from the first incision mechanism position to the second incision mechanism the cap is in the first cap position; - a sealing mechanism, so as to seal said sample container when the cap is in the second cap position, so as to safely transport said sample.
A light emitting apparatus comprising: a cover (110, 120) comprising a first cover and a second cover coupled to the first cover; and a light emitting module comprising a circuit board and a plurality of light emitting diodes in the cover that are arrayed in at least one line under the circuit board, wherein there are provided a plurality of radiation pads on the light emitting module the first cover includes supports, the supports protrude inward from the first cover, and the light emitting module is fixed to the supports, wherein the cover (110, 120) is formed in tube shape, at least one of the first cover and second cover is transmissive, wherein the plurality of radiation pads are disposed on a upper surface of the circuit board characterised in that the radiation pads are thermally in contact with both of the circuit board and an inner circumference of the first cover so as to release heat generated from the circuit board, and wherein the radiation pads have respective upper portions that are in contact with an inner circumference of the first cover, and there are provided a plurality of cap parts comprising electrode terminals coupled at both ends of the cover (110, 120). a cover (110, 120) comprising a first cover and a second cover coupled to the first cover; and a light emitting module comprising a circuit board and a plurality of light emitting diodes in the cover that are arrayed in at least one line under the circuit board, wherein there are provided a plurality of radiation pads on the light emitting module the first cover includes supports, the supports protrude inward from the first cover, and the light emitting module is fixed to the supports, wherein the cover (110, 120) is formed in tube shape, at least one of the first cover and second cover is transmissive, wherein the plurality of radiation pads are disposed on a upper surface of the circuit board characterised in that the radiation pads are thermally in contact with both of the circuit board and an inner circumference of the first cover so as to release heat generated from the circuit board, and wherein the radiation pads have respective upper portions that are in contact with an inner circumference of the first cover, and there are provided a plurality of cap parts comprising electrode terminals coupled at both ends of the cover (110, 120).
A compound of general Formula (Ib) for use in the treatment and/or prevention of tuberculosis caused by Mycobacterium tuberculosis complex (MtbC) and related diseases caused by nontuberculous mycobacteria and/or Mycobacterium leprae, wherein R 4 and R 5 are each independently of one another, hydrogen or (C 1 -C 4)alkyl, or a pharmaceutically acceptable salt, ester or solvate thereof.
Method for operating a direct-current network which has a plurality of network sections disconnectably connected via in each case a switching element (16a,b) and an infeed unit, wherein, after disconnection of the network sections from the infeed unit and prior to interconnection of the network sections with the infeed unit, charge-reversal currents which flow between the network sections or between the infeed unit and the network sections due to differing voltage levels are limited with the assistance of an open-loop controllable current limiter unit, wherein - the infeed unit is connected to the direct-current network via an infeed line and the current limiter unit is connected to the network sections via a common additional distribution line, such that the open-loop controllable current limiter unit limits the charge-reversal currents via the common additional distribution line, characterised in that - after disconnection of the infeed unit from the network sections, the charge-reversal currents are limited by open-loop controlled discharging of the network sections and to this end the distribution line has a discharging line and the charge-reversal currents are limited by discharging the network sections by means of a discharging unit via the discharging line. - the infeed unit is connected to the direct-current network via an infeed line and the current limiter unit is connected to the network sections via a common additional distribution line, such that the open-loop controllable current limiter unit limits the charge-reversal currents via the common additional distribution line, characterised in that - after disconnection of the infeed unit from the network sections, the charge-reversal currents are limited by open-loop controlled discharging of the network sections and to this end the distribution line has a discharging line and the charge-reversal currents are limited by discharging the network sections by means of a discharging unit via the discharging line.
A method for device cover opening and closing detection, wherein the method is executed by a touch controller in a touch pad of an electronic device, the touch pad is located on a lower cover of the electronic device, a display screen is located on an upper cover of the electronic device, and characterised in that the method comprises: obtaining a detecting signal output by an output channel of the touch pad, wherein the display screen of the electronic device is close to the touch pad when the upper cover and the lower cover are closed, so that the display screen affects the detecting signal output by the output channel of the touch pad; and determining whether a cover opening and closing state of the electronic device varies according to a variation situation of the detecting signal caused by the display screen. obtaining a detecting signal output by an output channel of the touch pad, wherein the display screen of the electronic device is close to the touch pad when the upper cover and the lower cover are closed, so that the display screen affects the detecting signal output by the output channel of the touch pad; and determining whether a cover opening and closing state of the electronic device varies according to a variation situation of the detecting signal caused by the display screen.
A chip package comprising: a light-emitting device chip; and a lead frame comprising a mounting portion for mounting the light-emitting device chip thereon, and a terminal portion for electrically connecting the chip to an external device, wherein the terminal portion comprises a first shape terminal (122,123) comprising a first coupling portion, and a second shape terminal (123, 133) comprising a second coupling portion wherein the first coupling portion and the second coupling portion comprise complementary concave and convex shapes for coupling to each other when the first shape portion of a first said chip package is coupled to the second shape portion of a second said chip package. a light-emitting device chip; and a lead frame comprising a mounting portion for mounting the light-emitting device chip thereon, and a terminal portion for electrically connecting the chip to an external device, wherein the terminal portion comprises a first shape terminal (122,123) comprising a first coupling portion, and a second shape terminal (123, 133) comprising a second coupling portion
A process for preparing a lactose-containing powder comprising the sequential steps of: a) concentration of a lactose-comprising liquid selected from whole milk, partially skimmed or totally skimmed milk; whey; and a permeate from membrane filtration of milk or whey, to obtain a concentrated liquid having a dry matter content of from 55% to 65%, using a tubular falling film evaporator, the step a) of concentration being carried out under vacuum at a temperature of between 45° and 75°C, for a duration of 10 to 20 minutes; b) over-concentration of the concentrate obtained at the end of step a) to obtain an over-concentrated product having a dry matter content ranging from 75% to 80%, the step b) of over-concentration having a duration varying from 2 to 10 minutes; c) granulation of the over-concentrate obtained at the end of step b) by mixing said over-concentrate with a lactose-containing powder having a dry matter content of at least 95%, until a granulated powder having a dry matter content of at least 85% of dry extract is obtained; and d) drying of the granulated powder obtained at the end of step c) to obtain a lactose-containing powder having a dry matter content of at least 95%, wherein step b) comprises: - a step b1) of over-concentration of the concentrate obtained at the end of step a) and - a step b2) of crystallization of the concentrate obtained in step a) and/or of the over-concentrate obtained at the end of step b1), depending on whether step b2) takes place previously, simultaneously or subsequently to step b1), wherein the process does not comprise any step of spray drying. a) concentration of a lactose-comprising liquid selected from whole milk, partially skimmed or totally skimmed milk; whey; and a permeate from membrane filtration of milk or whey, to obtain a concentrated liquid having a dry matter content of from 55% to 65%, using a tubular falling film evaporator, the step a) of concentration being carried out under vacuum at a temperature of between 45° and 75°C, for a duration of 10 to 20 minutes; b) over-concentration of the concentrate obtained at the end of step a) to obtain an over-concentrated product having a dry matter content ranging from 75% to 80%, the step b) of over-concentration having a duration varying from 2 to 10 minutes; c) granulation of the over-concentrate obtained at the end of step b) by mixing said over-concentrate with a lactose-containing powder having a dry matter content of at least 95%, until a granulated powder having a dry matter content of at least 85% of dry extract is obtained; and d) drying of the granulated powder obtained at the end of step c) to obtain a lactose-containing powder having a dry matter content of at least 95%, - a step b1) of over-concentration of the concentrate obtained at the end of step a) and - a step b2) of crystallization of the concentrate obtained in step a) and/or of the over-concentrate obtained at the end of step b1), depending on whether step b2) takes place previously, simultaneously or subsequently to step b1),
Multilayer composite, comprising at least three superimposed plies of fibre composite (2, 3) which are defined relative to one another as two outer plies of fibre composite and at least one inner ply of fibre composite, wherein (a) each of these at least three plies of fibre composite (2, 3) comprises endless fibres, wherein - the endless fibres within the respective ply (2, 3) are unidirectionally aligned and - are embedded in a polycarbonate-based plastic, wherein the polycarbonate is selected from homopolycarbonate or copolycarbonate, (b) the inner plies of fibre composite have substantially the same orientation and their orientation relative to the outer plies of fibre composite is rotated by 30° to 90°, wherein the orientation of a ply of fibre composite (2, 3) is determined by the orientation of the unidirectionally aligned fibres present therein, wherein the thickness ratio of the sum of the two outer plies to the sum of all inner plies of fibre composite is 0.35 to 0.65. (a) each of these at least three plies of fibre composite (2, 3) comprises endless fibres, wherein - the endless fibres within the respective ply (2, 3) are unidirectionally aligned and - are embedded in a polycarbonate-based plastic, wherein the polycarbonate is selected from homopolycarbonate or copolycarbonate, - the endless fibres within the respective ply (2, 3) are unidirectionally aligned and - are embedded in a polycarbonate-based plastic, wherein the polycarbonate is selected from homopolycarbonate or copolycarbonate, (b) the inner plies of fibre composite have substantially the same orientation and their orientation relative to the outer plies of fibre composite is rotated by 30° to 90°, wherein the orientation of a ply of fibre composite (2, 3) is determined by the orientation of the unidirectionally aligned fibres present therein, wherein the thickness ratio of the sum of the two outer plies to the sum of all inner plies of fibre composite is 0.35 to 0.65.
A flooring system, comprising a plurality of rectangular floor panels (1,1') with long and short edges which are mechanically connectable to each other along one pair of adjacent joint edges, each floor panel being provided with a first groove formed in one piece with the panel at a first joint edge and a flexible tongue connected to a second groove at a second opposite joint edge for mechanically locking together said adjacent joint edges at right angles to the principal plane of the panels, thereby forming a vertical mechanical connections between the panels, said panels being provided with a locking element, formed in one piece with the panel, at said second opposite joint edge and a locking groove at said first joint edge for mechanically locking together said adjacent joint edges parallel to the principal plane and at right angles to the joint edges, the locking groove being open towards a rear side of the panel and the locking elements protrudes vertically from a locking strip, wherein the flexible tongue is formed of a separate material and is flexible and resilient such that two panels, can be mechanically joined by displacement of said two panels vertically towards each other, while at least a part of the flexible tongue at said second opposite joint edge is resiliently displaced horizontally, until said adjacent edges of the two panels are brought into engagement with each other horizontally and the flexible tongue at said second opposite joint edge is then displaced towards its initial position and against a wall of the first groove at the first joint edge, wherein the flexible tongue is connected to the second groove by glue, characterised in that all parts of the flexible tongue that extend beyond a vertical plane of the joint edges is an outer part of the flexible tongue, and that said outer part protrudes downwardly.
A process for the epoxidation of propene by continuously reacting propene with hydrogen peroxide in the presence of a titanium silicalite catalyst in a tube bundle reactor comprising a multitude of parallel reaction tubes and a cooling jacket enclosing the reaction tubes, said cooling jacket having a feed point for cooling medium near the entry of the reaction tubes and a withdrawal point for cooling medium near the end of the reaction tubes, where the catalyst is arranged as a fixed bed in the reaction tubes, a mixture comprising propene and hydrogen peroxide is continuously introduced to the entry of the reaction tubes and a reaction mixture comprising propene oxide exits at the end of the reaction tubes, characterized in that the cooling jacket has at least one additional withdrawal point for cooling medium upstream of the withdrawal point for cooling medium near the end of the reaction tubes, cooling medium is fed to the feed point for cooling medium, a part of the cooling medium fed to said feed point is withdrawn at the at least one additional withdrawal point and the remainder exits at the withdrawal point near the end of the reaction tubes.
A method of genetically engineering a C1-fixing bacterium comprising introducing into a C1-fixing bacterium containing a DNA molecule comprising a target sequence an engineered, non-naturally occurring Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR)/CRISPR-associated (Cas) (CRISPR/Cas) system comprising one or more vectors comprising: (a) a nucleotide sequence encoding a guide RNA that hybridizes with the target sequence; and (b) a nucleotide sequence encoding a type-II Cas9 protein under the control of an inducible promoter; wherein the C1-fixing bacterium is Clostridium autoethanogenum. (a) a nucleotide sequence encoding a guide RNA that hybridizes with the target sequence; and (b) a nucleotide sequence encoding a type-II Cas9 protein under the control of an inducible promoter;
A control valve for regulating the flow of a fluid, the valve comprising: a housing defining a fluid inlet and a fluid outlet; a flow control element disposed within the housing between the fluid inlet and the fluid outlet, the flow control element being configured to dissipate energy in a fluid flowing therethrough from the fluid inlet to the fluid outlet; and a spindle disposed within the housing and reciprocally moveable between closed and open positions relative thereto, the spindle including at least one labyrinth groove formed therein; characterized in that the flow control element and the spindle being sized and configured relative to each other such that an outer diameter of the spindle is lapped to an inner diameter of the flow control element which, in combination with the labyrinth groove, substantially mitigates any high velocity annular fluid flow between flow control element and the spindle when the spindle is moved to the open position. a housing defining a fluid inlet and a fluid outlet; a flow control element disposed within the housing between the fluid inlet and the fluid outlet, the flow control element being configured to dissipate energy in a fluid flowing therethrough from the fluid inlet to the fluid outlet; and a spindle disposed within the housing and reciprocally moveable between closed and open positions relative thereto, the spindle including at least one labyrinth groove formed therein; characterized in that the flow control element and the spindle being sized and configured relative to each other such that an outer diameter of the spindle is lapped to an inner diameter of the flow control element which, in combination with the labyrinth groove, substantially mitigates any high velocity annular fluid flow between flow control element and the spindle when the spindle is moved to the open position.
A method of making an alkyl substituted amino furan compound of a formula selected from the group consisting of: where R 1 is a C 1 -C 4 alkyl group, R 2 is a C 1 -C 4 alkyl group or H, and R 3 is H or hydroxymethyl, alkoxymethyl or acyloxymethyl; comprising, contacting a sugar, hydrogen, and an amide solvent of the formula: where R 4 is H, methyl or ethyl; with a hydrogenation catalyst containing a metal comprising a member selected from the group consisting of Pd, Pt and Ni, and simultaneously with an acid catalyst, at a temperature of 130°C to 200°C, a pressure of at least 3.4474 MPa [500 psi] and for a time sufficient to form the amino furan derivative.
A method of operation by a wireless communication device that communicates with a wireless communication network and performs radar transmissions for surrounding-environment sensing using a same or overlapping millimeter wave, mmW, frequency range, the method comprising: determining, for each radar beam direction among a plurality of radar beam directions relative to a current orientation and position of the wireless communication device, whether there are any neighboring wireless communication devices vulnerable to interference from radar transmissions by the wireless communication device with respect to receiving Downlink, DL, communication signals from the wireless communication network and, if so, identifying the radar beam direction as being an interfering radar beam direction; and responsive to identifying one or more interfering radar beam directions, performing DL interference mitigation by adapting the radar transmissions or by transmitting assistance information to trigger interference suppression or avoidance by the vulnerable neighboring wireless communication devices; wherein determining whether there are any neighboring wireless communication devices vulnerable to interference from radar transmissions by the wireless communication device comprises performing a radar beam sweep through the plurality of radar beam directions using a defined transmission power, and receiving feedback information indicating whether or to what extent the radar transmissions comprised in the radar beam sweep were detected by one or more other wireless communication devices. determining, for each radar beam direction among a plurality of radar beam directions relative to a current orientation and position of the wireless communication device, whether there are any neighboring wireless communication devices vulnerable to interference from radar transmissions by the wireless communication device with respect to receiving Downlink, DL, communication signals from the wireless communication network and, if so, identifying the radar beam direction as being an interfering radar beam direction; and responsive to identifying one or more interfering radar beam directions, performing DL interference mitigation by adapting the radar transmissions or by transmitting assistance information to trigger interference suppression or avoidance by the vulnerable neighboring wireless communication devices; wherein determining whether there are any neighboring wireless communication devices vulnerable to interference from radar transmissions by the wireless communication device comprises performing a radar beam sweep through the plurality of radar beam directions using a defined transmission power, and receiving feedback information indicating whether or to what extent the radar transmissions comprised in the radar beam sweep were detected by one or more other wireless communication devices.