mhurhangee/ep-ind-claims huggingface dataset:
An airstream cooling assembly comprising: an evaporator having an outer surface and containing a primary cooling medium, the evaporator being configured to have a first airstream directed over the outer surface thereof and, when the first airstream is directed over the outer surface, to change the phase of the primary cooling medium from liquid to gas; a passive condenser having an outer surface and being fluidly coupled to the evaporator, the passive condenser being configured to have a second airstream directed over the outer surface thereof; and a heat exchanger fluidly coupled to the evaporator and configured to accept a secondary cooling medium, wherein each of the passive condenser and the heat exchanger is configured to be selectively utilized and when one of the passive condenser and the heat exchanger is selectively utilized, the selected one of the passive condenser and the heat exchanger receives the primary cooling medium in the gas phase from the evaporator, transfer heat from the primary cooling medium, and change the phase of the primary cooling medium from gas to liquid, supply the primary cooling medium in the liquid phase to the evaporator, characterised in that the passive condenser and the heat exchanger are arranged in parallel relative to the flow of the primary cooling medium, and in that circulation of the primary cooling medium between the evaporator and at least one of the passive condenser and the heat exchanger is achieved by means of natural circulation and gravity. an evaporator having an outer surface and containing a primary cooling medium, the evaporator being configured to have a first airstream directed over the outer surface thereof and, when the first airstream is directed over the outer surface, to change the phase of the primary cooling medium from liquid to gas; a passive condenser having an outer surface and being fluidly coupled to the evaporator, the passive condenser being configured to have a second airstream directed over the outer surface thereof; and a heat exchanger fluidly coupled to the evaporator and configured to accept a secondary cooling medium, wherein each of the passive condenser and the heat exchanger is configured to be selectively utilized and when one of the passive condenser and the heat exchanger is selectively utilized, the selected one of the passive condenser and the heat exchanger receives the primary cooling medium in the gas phase from the evaporator, transfer heat from the primary cooling medium, and change the phase of the primary cooling medium from gas to liquid, supply the primary cooling medium in the liquid phase to the evaporator, characterised in that the passive condenser and the heat exchanger are arranged in parallel relative to the flow of the primary cooling medium, and in that circulation of the primary cooling medium between the evaporator and at least one of the passive condenser and the heat exchanger is achieved by means of natural circulation and gravity.
Use of a gene panel or combination of genes comprising at least the genes with the nucleotide sequence of SEQ ID Nos. 1 to 14 in the in vitro or ex vivo diagnosis of a genetic disposition to pulmonary arterial hypertension and/or chronic thromboembolic pulmonary hypertension (CTEPH), wherein the gene panel or combination of genes comprises the at least 14 genes with the nucleotide sequence of SEQ ID Nos. 1 to 14 and up to the 50 genes comprising genes with the nucleotide sequence of SEQ ID Nos. 1 to 43.
A work vehicle-mounted engine device comprising: an engine mounted on a machine body and covered with a hood; an air cleaner for cleaning air introduced into the engine; and an exhaust gas cleaning device for cleaning exhaust gas from an exhaust manifold of the engine, wherein a cooling fan is arranged on one side portion of the engine; and a flywheel housing is fitted to another side portion of the engine opposite to the one side portion where the cooling fan is arranged, characterized in: that a support body is fitted on an upper portion of the flywheel housing; that the exhaust gas cleaning device is fitted on the flywheel housing via the support body; that the air cleaner is arranged at a position lower than an upper surface of the engine and on one side of the engine; and that the exhaust gas cleaning device is arranged on another side of the engine. an engine mounted on a machine body and covered with a hood; an air cleaner for cleaning air introduced into the engine; and an exhaust gas cleaning device for cleaning exhaust gas from an exhaust manifold of the engine, wherein a cooling fan is arranged on one side portion of the engine; and a flywheel housing is fitted to another side portion of the engine opposite to the one side portion where the cooling fan is arranged, characterized in: that a support body is fitted on an upper portion of the flywheel housing; that the exhaust gas cleaning device is fitted on the flywheel housing via the support body; that the air cleaner is arranged at a position lower than an upper surface of the engine and on one side of the engine; and that the exhaust gas cleaning device is arranged on another side of the engine. that a support body is fitted on an upper portion of the flywheel housing; that the exhaust gas cleaning device is fitted on the flywheel housing via the support body; that the air cleaner is arranged at a position lower than an upper surface of the engine and on one side of the engine; and that the exhaust gas cleaning device is arranged on another side of the engine.
A method comprising, by a network apparatus of a first domain network: receiving one or more packets from an access network, wherein the packets include accounting information of the packets; determining a classification for the packets based on the accounting information by classifying whether the packets originated from a mobile device or an IoT, Internet of thing, device; selecting, based on the determined classification, a policy configuration from a plurality of policy configurations for processing the packets; encapsulating the packets with one or more segment identifiers in accordance with the selected policy configuration; and sending the encapsulated packets to a network slice in a second domain network based on the one or more segment identifiers. receiving one or more packets from an access network, wherein the packets include accounting information of the packets; determining a classification for the packets based on the accounting information by classifying whether the packets originated from a mobile device or an IoT, Internet of thing, device; selecting, based on the determined classification, a policy configuration from a plurality of policy configurations for processing the packets; encapsulating the packets with one or more segment identifiers in accordance with the selected policy configuration; and sending the encapsulated packets to a network slice in a second domain network based on the one or more segment identifiers.
A silicon-containing material modified with a saturated bridged bicyclic group, wherein the saturated bridged bicyclic group is a bicyclo(2,2,1) group of formula: where R 1 - R 7 are independently chosen from H, a C1-C12 alkyl, -CO 2 R', and -(CH 2) n -B; n is 0-12; B is OR', SR', NR 1 R 2; R' is a C1-C12 alkyl; and A is from CH 2, NR', S, SO, or SO 2, wherein the bicyclo(2,2,1) group of formula 1 is a norbornyl group bonded to a silicon atom; and wherein the silicon-containing material is a cyclic siloxane of formula: where D 1-3 are groups of the formula R 13 R 14 SiO 2/2, R 13 and R 14 are independently chosen from a bicyclic compound of Formula 1, methyl, H, or phenyl, where at least one of the R 13 or R 14 groups is a bicyclic compound of Formula 1, a+b+c is between 3 and 10, and at least one of a, b, or c is greater than zero; or wherein the siloxane is of the formula 4: where R 10 is independently chosen from methyl, vinyl, alkoxy, alcohol, hydride, halogen, mercapto, amino, and epoxy groups; R 11, R 12, R 13, R 14, R 15, R 17, and R 18 are independently chosen from identical or different, unsubstituted or substituted monovalent hydrocarbon groups, aromatic groups, alkoxy, mercapto, isocyanyl, amino, acryloyl, carbonyl, silyloxy, and epoxy groups; R 16 is chosen from a bicyclic compound of Formula 1, or unsubstituted or substituted monovalent hydrocarbon groups; a, b, c, e, and j are positive integers with the proviso c = 0 when j >0 and j = 0 when c > 0; a is 0 to 1000, b is 1 to 500, c is 0 to 500, e is 0-500, and j is 0-500, wherein, preferably, e and j are 0 and the siloxane is of the formula 5: and a is 1 to 1000, b is 1 to 500, and c is 0 to 500, wherein the hydride group c can further be modified to comprise an epoxy-containing group, an alkoxy silicone group, or a combination of two or more thereof, where, preferably, c is from 1-20 and the siloxane is an epoxy functional norbornyl siloxane of formula 5a where n is 1-10, or c is from 1-20, and the siloxane is a siloxy functional siloxane of formula 5b where R is any alkyl group (1-6 carbon, either as straight chain or as branched chain), n is 1-10, or c and e are 0 and the siloxane is of the formula 6: wherein R 10 is particularly vinyl group, or the siloxane is of the formula 7: and unit d is 1-500, where R 10 is particularly hydrogen or vinyl group.
A method for making a glass ribbon, comprising: - flowing a glass into a caster having a width ( W cast) from about 100 mm to about 5 m and a thickness (t) from about 1 mm to about 500 mm to form a cast glass; - cooling the cast glass in the caster to a viscosity of at least 10 7 Pa·s (10 8 Poise); - conveying the cast glass from the caster; - drawing the cast glass from the caster, the drawing comprising heating the cast glass to an average viscosity of less than 10 6 Pa·s (10 7 Poise) and drawing the cast glass into a glass ribbon having a width ( W ribbon) that is less than W cast; and thereafter - cooling the glass ribbon to ambient temperature, wherein the cast glass during the cooling, conveying and drawing steps is at about 50 °C or higher. - flowing a glass into a caster having a width ( W cast) from about 100 mm to about 5 m and a thickness (t) from about 1 mm to about 500 mm to form a cast glass; - cooling the cast glass in the caster to a viscosity of at least 10 7 Pa·s (10 8 Poise); - conveying the cast glass from the caster; - drawing the cast glass from the caster, the drawing comprising heating the cast glass to an average viscosity of less than 10 6 Pa·s (10 7 Poise) and drawing the cast glass into a glass ribbon having a width ( W ribbon) that is less than W cast; and thereafter - cooling the glass ribbon to ambient temperature,
A retroreflective composite comprising a sintered retroreflective composite comprising a core bead having a diameter of 0.2 to 3 mm, and on a core bead surface; a plurality of peripheral beads having a refractive index greater than about 1.8; characterised in that the retroreflective composite further comprises a sintered interphase coating formed by sintering a coating composition comprising an inorganic pigment, a glass particulate having a particle size of less than 25 μm, and an interfacial modifier comprising an organometallic compound; wherein the core bead and the peripheral beads are bonded with the interphase coating. a plurality of peripheral beads having a refractive index greater than about 1.8; characterised in that the retroreflective composite further comprises a sintered interphase coating formed by sintering a coating composition comprising an inorganic pigment, a glass particulate having a particle size of less than 25 μm, and an interfacial modifier comprising an organometallic compound; wherein the core bead and the peripheral beads are bonded with the interphase coating.
An interlock system comprising: a first lock including a first lock memory configured to store one or more virtual keys; and a first key including a first key memory configured to store one or more virtual keys, the first lock including a first lock whitelist and the first key including a first key whitelist; wherein the first lock is configured to be actuated between a first condition and a second condition, when a first virtual key stored in the first key memory is transferred to the first lock memory by a copy operation in which the virtual key is stored in both the first key memory and the first lock memory, once the copy operation is complete, the copy operation further including that each of the first lock whitelist and the first key whitelist includes a parameter that indicates whether a particular virtual key is checked-in or checked-out and wherein a checked-out virtual key cannot be re-checked-out, such that the first virtual key is checked-out from the first key and consequentially is checked-in to the first lock, the first lock being configured to be actuated by engagement of the first key and first lock, and movement of the first key with respect to the first lock. a first lock including a first lock memory configured to store one or more virtual keys; and a first key including a first key memory configured to store one or more virtual keys, the first lock including a first lock whitelist and the first key including a first key whitelist; wherein the first lock is configured to be actuated between a first condition and a second condition, when a first virtual key stored in the first key memory is transferred to the first lock memory by a copy operation in which the virtual key is stored in both the first key memory and the first lock memory, once the copy operation is complete, the copy operation further including that each of the first lock whitelist and the first key whitelist includes a parameter that indicates whether a particular virtual key is checked-in or checked-out and wherein a checked-out virtual key cannot be re-checked-out, such that the first virtual key is checked-out from the first key and consequentially is checked-in to the first lock, the first lock being configured to be actuated by engagement of the first key and first lock, and movement of the first key with respect to the first lock.
A service request processing method, applied to a listener thread created on a server, wherein the server has a multi-queue network interface card; a network interface card queue of the multi-queue network interface card stores a service request from a client; processes whose quantity is equal to a quantity of network interface card queues of the multi-queue network interface card are created on the server; one listener thread and multiple worker threads are created in each process; each created listener thread is bound to a different network interface card queue; and the method comprises: receiving, by the listener thread, a service request sent by the multi-queue network interface card of the server, wherein the service request is acquired from a network interface card queue bound to the listener thread and is from the client; and sending the service request to an idle worker thread, wherein the service request is used for instructing the worker thread to perform service processing on the service request and send an obtained service processing result to the multi-queue network interface card, wherein the worker thread and the listener thread belong to a same process. receiving, by the listener thread, a service request sent by the multi-queue network interface card of the server, wherein the service request is acquired from a network interface card queue bound to the listener thread and is from the client; and sending the service request to an idle worker thread, wherein the service request is used for instructing the worker thread to perform service processing on the service request and send an obtained service processing result to the multi-queue network interface card, wherein the worker thread and the listener thread belong to a same process.
A heterojunction solar cell comprising a first electrode layer, a second electrode layer comprising a metallic contact layer, a light-absorbing silicon layer and a passivating and conductive stack arranged between said light-absorbing silicon layer and at least one of the first and second electrode layers, wherein said passivating and conductive stack comprises a wide band gap material layer having an electronic band gap greater than 1.4eV and at least one doped silicon-based layer, said wide band gap material layer being applied on a surface of the light-absorbing silicon layer between said light-absorbing silicon layer and said doped silicon-based layer to form a a heat-resistant heterojunction, said heat resistant heterojunction being arranged for at least maintaining its passivating and conductive properties after thermal treatment thereof above 600°C, characterized in that an interface between said passivating and conductive stack and the light absorbing silicon layer has a very abrupt distribution of doping profile in which the intensity of dopants in said light absorbing silicon layer decays over at least one order of magnitude within a distance of less than 5 nm from said interface, said passivating and conductive stack and thermal treatment being configured to prevent dopants from diffusing from the passivating and conductive stack to the light absorbing silicon layer.
An infusion pump system, comprising: a disposable assembly including a medicament reservoir and a multi-pole motor rotor; and a durable assembly including an energy supply, a motor coil, a sensor configured to sense rotational position of the multi-pole motor rotor, and a processor, operably connected to the energy supply, motor coil and sensor, configured to control power to the motor coil based on the sensed rotational position of the multi-pole motor rotor; wherein the durable assembly and the disposable assembly are configured to be attached to one another in such a manner that energization of the motor coil causes the multi-pole motor rotor to rotate without direct mechanical coupling or electrical connection. a disposable assembly including a medicament reservoir and a multi-pole motor rotor; and a durable assembly including an energy supply, a motor coil, a sensor configured to sense rotational position of the multi-pole motor rotor, and a processor, operably connected to the energy supply, motor coil and sensor, configured to control power to the motor coil based on the sensed rotational position of the multi-pole motor rotor; wherein the durable assembly and the disposable assembly are configured to be attached to one another in such a manner that energization of the motor coil causes the multi-pole motor rotor to rotate without direct mechanical coupling or electrical connection.
A method for producing a wound dressing, wherein a sheet-like structure made of magnesium or of a magnesium alloy, which comprises openings, is covered with a collagen-containing preparation, and the collagen-containing preparation is dried, and wherein the wound dressing is embodied as a geometrically stable bioresorbable membrane.
A radio base station of a mobile communications network, the radio base station arranged to serve at least a first cell, and to make handover decisions for a handover of UEs from the first cell to a second cell based on handover-related parameters, the radio base station characterised by: - means for receiving handover related feedback from a radio base station serving the second cell, wherein said handover related feedback comprises post-handover measurements performed by a UE after handover of the UE from said first cell to said second cell; - means for using the handover related feedback received from the base station serving said second cell to adjust the handover-related parameters in the first cell. - means for receiving handover related feedback from a radio base station serving the second cell, wherein said handover related feedback comprises post-handover measurements performed by a UE after handover of the UE from said first cell to said second cell; - means for using the handover related feedback received from the base station serving said second cell to adjust the handover-related parameters in the first cell.
A guide element for guiding lamellae along a guide rail for Venetian blinds, comprising a fixing portion which is configured for fixing to the front of a lamella and a guide pin which, in the assembled state, projects at the end of the lamella and projects into a guide slot of the guide rail, which is limited by two guide edges, said guide pin swivelling and being displaceable along this guide rail, wherein the guide pin comprises means for minimizing noises which are dependent on its respective swivelling position, wherein the means for minimizing noises comprise a portion of the guide pin which can be guided between the guide edges, which comprises a cross-sectional shape deviating from a circular form having a direction-dependent outside diameter, characterized in that the guide pin comprises at least one circumferential region made out of a first material having good sliding properties and at least one region made out of a second material having good vibration-damping properties.
A belt transfer type multi-function device for printing an image transferred on a belt to paper moving between a transfer roller and a belt roller, the belt transfer type multi-function device comprising: a control device performing controlling such that an image to be printed on paper already caught between the transfer roller and the belt roller is printed as it is, and if printing should not be performed on next paper along a movement direction of paper, movement of the next paper is stopped on a transfer path of paper before the next paper is positioned between the transfer roller and the belt roller, the image already transferred on the transfer belt is deleted in a state in which the next paper is maintained to be stopped on the transfer path of paper, and the next paper in a stopped state is ejected as a blank paper through a ejection port of printed paper along the transfer path of paper, so that the image already transferred to the transfer belt, which is to be printed on the next paper along the movement direction of paper, is not printed on the next paper.