mhurhangee/ep-ind-claims huggingface dataset:
An infusion pump (1,300) comprising a pump mechanism which presses an infusion tube to deliver an amount of infusion solution within the infusion tube, wherein the pump mechanism comprises a primary finger (21,221,321) capable of being advanced and retracted relative to the infusion tube, the primary finger (21,221,321) pressing the infusion tube when the primary finger (21,221,321) is advanced, driving means which moves the primary finger (21,221,321) in the advancing and retracting direction, and a secondary finger (23,223,323) capable of being advanced and retracted only in one direction orthogonal to the advancing and retracting direction of the primary finger (21,221,321), the infusion pump (1,300) characterized in that the primary finger (21,221,321) has an inclined surface (21a,221a,321a) which is obliquely inclined to the advancing and retracting direction, while the secondary finger (23,223,323) has an inclined surface (23a,223a,323a) which is slidable relative to the inclined surface of the primary finger (21a,221a,321a) and moves the secondary finger (23,223,323) in one orthogonal direction through sliding relative to the inclined surface of the primary finger (21a,221a,321a), such that when the primary finger (21,221,321) is advanced and retracted, the inclined surface of the primary finger (21a,221 a,321 a) and the inclined surface of the secondary finger (23a,223a,323a) slide relative to each other and the secondary finger (23,223,323) is moved in one orthogonal direction in conjunction with the movement of the primary finger (21,221,321), when the primary finger (21,221,321) is advanced, the second finger (23,223,323) is retracted in proportion to variation in an entire width of the infusion tube, while when the primary finger (21,221,321) is retracted, the secondary finger (23,223,323) is advanced in proportion to the variation in the entire width of the infusion tube, and a resilient member (25,225,325) which presses the inclined surface of the secondary finger (23a,223a,323a) against the inclined surface of the primary finger (21a,221a,321a), wherein the inclined surface of the primary finger (21a,221a,321a) and the inclined surface of the secondary finger (23a, 223a, 323a) are configured to slide relative to each other due to the resilient force of the resilient member (25,225,325) when the primary finger (21,221,321) is retracted.
A filter for a smoking article comprising a filter section, a recess section and a wrapper, the recess section being defined at a mouth end of the filter and the filter section being longitudinally aligned with and adjacent to the recess section and comprising first and second filter portions (6, 7), the first filter portion being disposed between the recess section and the second filter portion, the second filter portion comprising a longitudinally extending plug around which the wrapper is engaged, characterised in that a particulate material is adhered to the surface of the wrapper, and in that the particulate material adhered to the surface of the wrapper is disposed in two or more regions spaced circumferentially from one another.
A stackable transport and/or storage container made from plastic, comprising side walls (2, 3), which are connected in an articulated manner to a bottom and which can be transferred into a transport position parallel to the bottom and into an upright storage position, wherein at least one side wall (2, 3) is equipped on its outer side with at least one label holder, characterized in that the label holder only has two lateral clamping webs, which detachably fix a label held therein only on its narrow sides.
A tensioner (10, 80, 100, 130, 150, 180, 200, 240) comprising: a movable section configured to receive a load from an entrained transmission body through a tension member; a fixed section configured to support the movable section so as to be capable of being displaced; a flat spiral spring biasing the movable section so as to resist the tension member, the flat spiral spring unwinding in a state in which there is a small inter-plate friction force in a case in which there is a large biasing force applied to the tension member to counter the load acting from the tension member, and winding-up in a state in which there is a large inter-plate friction force in a case in which there is a small biasing force applied to the tension member to counter the load acting from the tension member; and a wind-up limiting section configured to limit wind-up of the flat spiral spring (82, 92), characterized in that the wind-up limiting section (82, 92) is disposed inside the flat spiral spring and includes a resistance force imparting section (92, 120, 122, 152) configured to impart resistance force to counter radial contraction of the flat spiral spring. a movable section configured to receive a load from an entrained transmission body through a tension member; a fixed section configured to support the movable section so as to be capable of being displaced; a flat spiral spring biasing the movable section so as to resist the tension member, the flat spiral spring unwinding in a state in which there is a small inter-plate friction force in a case in which there is a large biasing force applied to the tension member to counter the load acting from the tension member, and winding-up in a state in which there is a large inter-plate friction force in a case in which there is a small biasing force applied to the tension member to counter the load acting from the tension member; and a wind-up limiting section configured to limit wind-up of the flat spiral spring (82, 92), characterized in that the wind-up limiting section (82, 92) is disposed inside the flat spiral spring and includes a resistance force imparting section (92, 120, 122, 152) configured to impart resistance force to counter radial contraction of the flat spiral spring.
A system for monitoring and controlling corrosion in a hot water system, comprising: an oxidation-reduction potential probe capable of measuring a reduction potential of the hot water substantially in real time; and a controller unit operatively coupled to the oxidation-reduction potential probe, wherein the controller unit activates a feed of at least one water treatment chemical in response to the measured reduction potential so as to maintain a pH within a predetermined range, further comprising at least one inert tracer molecule for measuring a concentration of a pH altering species, and wherein the controller unit activates the feed of the water treatment chemicals in response to the measured concentration of the pH altering species so as to maintain the pH within the predetermined range at the measured concentration of the pH altering species and sodium to pH altering species ratio. an oxidation-reduction potential probe capable of measuring a reduction potential of the hot water substantially in real time; and a controller unit operatively coupled to the oxidation-reduction potential probe, wherein the controller unit activates a feed of at least one water treatment chemical in response to the measured reduction potential so as to maintain a pH within a predetermined range, further comprising at least one inert tracer molecule for measuring a concentration of a pH altering species, and wherein the controller unit activates the feed of the water treatment chemicals in response to the measured concentration of the pH altering species so as to maintain the pH within the predetermined range at the measured concentration of the pH altering species and sodium to pH altering species ratio.
A method, comprising: determining that a computing device has entered into a corrupted state, the computing device storing system data and information about a plurality of changes made to the system data; after determining that the computing device has entered into the corrupted state, identifying one or more untrusted changes to the system data from the plurality of changes made to the system data, wherein the one or more untrusted changes were made by one or more untrusted entities; resetting the one or more untrusted changes to the system data to one or more default values; and after resetting the one or more untrusted changes to the system data to the one or more default values, initializing the computing device. determining that a computing device has entered into a corrupted state, the computing device storing system data and information about a plurality of changes made to the system data; after determining that the computing device has entered into the corrupted state, identifying one or more untrusted changes to the system data from the plurality of changes made to the system data, wherein the one or more untrusted changes were made by one or more untrusted entities; resetting the one or more untrusted changes to the system data to one or more default values; and after resetting the one or more untrusted changes to the system data to the one or more default values, initializing the computing device.
A method of preparing a microorganism in which a converted ginsenoside is accumulated in the cells, the method comprising: accumulating the converted ginsenoside in the microorganism by incubating the microorganism expressing β-glycosidase in a medium containing ginseng extracts, wherein a concentration of the converted ginsenoside accumulated in the cells of the microorganism is more than 2 times higher than that of the converted ginsenoside in the medium, wherein the microorganism is Lactobacillus plantarum K8, with accession number: KCTC 10887BP.
A ventilating apparatus for a drill ship, which has a derrick forming an enclosed space blocked from the exterior and a moonpool formed under the derrick, comprising: an air supply device supplying outside air to the moonpool or the derrick; and an air exhaust device exhausting the supplied outside air out of the top of the derrick, wherein the derrick comprises a pressure regulating damper which supplies or exhausts air such that an internal pressure of the derrick is constantly maintained. an air supply device supplying outside air to the moonpool or the derrick; and an air exhaust device exhausting the supplied outside air out of the top of the derrick, wherein the derrick comprises a pressure regulating damper which supplies or exhausts air such that an internal pressure of the derrick is constantly maintained.
A method for power headroom reporting in a mobile communication system, wherein a mobile station is connected via a first radio link to a master base station and at least to one secondary base station via a secondary radio link, the method comprising the steps of: calculating by the mobile station a first power headroom report for the first radio link between the mobile station and the master base station, transmitting the calculated first power headroom report together with information allowing the master base station to determine information on the pathloss of the secondary radio link between the mobile station and the secondary base station, from the mobile station to the master base station, and calculating by the mobile station a secondary power headroom report for the secondary radio link between the mobile station and the secondary base station, and transmitting the calculated secondary power headroom report from the mobile station to the secondary base station. calculating by the mobile station a first power headroom report for the first radio link between the mobile station and the master base station, transmitting the calculated first power headroom report together with information allowing the master base station to determine information on the pathloss of the secondary radio link between the mobile station and the secondary base station, from the mobile station to the master base station, and calculating by the mobile station a secondary power headroom report for the secondary radio link between the mobile station and the secondary base station, and transmitting the calculated secondary power headroom report from the mobile station to the secondary base station.
A method performed in a communication device for establishing a discontinuous reception mode configuration, the method comprising: - determining at least one characteristic of signaling from a network node (5a, 5b), wherein the signaling comprises one or more system information signals, and/or one or more reference signals, and/or one or more synchronization signals, and wherein the at least one characteristic of the received signaling comprises one or more of: periodicity of a signal, type of signal, length of a signal, bandwidth of a signal, subcarrier used by a signal, sub-cycles in an overall period of a signal, gaps in transmission of a signal, and a scrambling code of a signal, and - adapting, based on the at least one characteristic, at least one parameter of a currently used discontinuous reception mode configuration, wherein the adapting is performed autonomously by the communication device. - determining at least one characteristic of signaling from a network node (5a, 5b), wherein the signaling comprises one or more system information signals, and/or one or more reference signals, and/or one or more synchronization signals, and wherein the at least one characteristic of the received signaling comprises one or more of: periodicity of a signal, type of signal, length of a signal, bandwidth of a signal, subcarrier used by a signal, sub-cycles in an overall period of a signal, gaps in transmission of a signal, and a scrambling code of a signal, and - adapting, based on the at least one characteristic, at least one parameter of a currently used discontinuous reception mode configuration, wherein the adapting is performed autonomously by the communication device.
A steam-recycling system for a power plant comprising a steam generator and a low pressure steam turbine, the steam-recycling system comprising: a main condenser, a cooling system, an exhaust line for transporting a low mass flow exhaust steam from an exhaust of the low pressure steam turbine to the main condenser, and a bypass line for transporting a high mass flow steam from the steam generator for condensation without passing through the low pressure steam turbine, wherein the bypass line is separated from the exhaust line, and wherein the bypass line comprises at least one additional steam-condensing means (6,7), characterized in that the additional steam-condensing means comprises an additional condenser positioned separately from the exhaust line and from the main condenser, and the additional steam-condensing means (6,7) being connected to the cooling system, and the cooling system being adapted for cooling of the steam entering the main condenser and the steam entering the additional steam-condensing means (6,7). a main condenser, a cooling system, an exhaust line for transporting a low mass flow exhaust steam from an exhaust of the low pressure steam turbine to the main condenser, and a bypass line for transporting a high mass flow steam from the steam generator for condensation without passing through the low pressure steam turbine, wherein the bypass line is separated from the exhaust line, and wherein the bypass line comprises at least one additional steam-condensing means (6,7), characterized in that the additional steam-condensing means comprises an additional condenser positioned separately from the exhaust line and from the main condenser, and the additional steam-condensing means (6,7) being connected to the cooling system, and the cooling system being adapted for cooling of the steam entering the main condenser and the steam entering the additional steam-condensing means (6,7).
Injection unit for a plastic injection moulding machine, wherein a drive unit of the injection unit comprises at least three switchable, controllable or regulable clutches (10, 11, 12) allowing a common motor to be controllably coupled to functional elements of the injection unit in such a way that all functional units required during an injection moulding working cycle comprising the steps of - moving a plasticizing unit to a mould; - injecting and, finally, retracting the screw shaft in the plasticizing unit; - metering the moulding mass in the plasticizing unit; and - removing the plasticizing unit from the mould are actuable, characterized in that the rotor of the motor is configured as a hollow shaft, with the switchable, controllable or regulable clutches (10, 11, 12) being in each case arranged at the end thereof, and that a spindle is mounted for displacement in a spline shaft arranged in or at the hollow shaft in such a way as to selectively allow an axial and/or rotational transmission of forces. - moving a plasticizing unit to a mould; - injecting and, finally, retracting the screw shaft in the plasticizing unit; - metering the moulding mass in the plasticizing unit; and - removing the plasticizing unit from the mould are actuable,
A method of separating non-magnetic parts from a mixture of comminuted metal scrap by means of over-belt magnets, the non-magnetic conveyor belt of which exhibits, on the side facing the mixture to be separated, an increased level of roughness and the mixture is transported along a magnet track with a first and further magnets arranged in a row in the direction of transport, characterised in that, the mixture is guided along the magnet track, the magnets of which are, with their magnetic axis, aligned in the feeding direction and each correspondent pole of neighbouring magnets are positioned opposite one another.
A system for treating obesity comprising: a first instrument (10, 60) containing a first magnet (42, 42') therein, the first instrument (10,60) insertable into a stomach of a patient and the first magnet (42, 42') deployable into the stomach of the patient, the first magnet (42, 42') having a first space (43, 43'); a second instrument containing a second magnet therein, the second instrument insertable into a bowel of the patient and the second magnet deployable into the bowel of the patient, the second magnet having a second space; and a stent, characterised in that said stent is insertable into the first and second spaces (43, 43', 47) to maintain an opening formed between the stomach and bowel.
Cosmetic use of an Extract of Deschampsia antarctica for counteracting human skin barrier damage caused by environmental aggressions not derived from UV radiation.
A thermoplastic polymer, which is a core-shell polymer comprising a rubber polymer as a core, and when it is polymerized, one or more of the rubber polymer and the shell includes a chain-type fatty acid comprising a functional group and/or salts thereof, wherein the functional group is a methoxy group, an ethoxy group, or an epoxy group; wherein the core-shell polymer comprises (a) a core comprising a conjugated diene-based rubbery polymer; and (b) a shell enclosing the core and prepared by polymerizing an aromatic vinyl compound with a vinyl cyanide compound; wherein, when it is polymerized, the chain-type fatty acid comprising the functional group, and/or the salts thereof included in the rubber polymer is included in an amount of 1 to 7 parts by weight based on 100 parts by weight of the rubber polymer; wherein, when it is polymerized, the chain-type fatty acid comprising the functional group, and/or the salts thereof included in the shell is included in an amount of 0.01 to 5 parts by weight based on 100 parts by weight of a total of monomers comprised in the core and the shell; and wherein the core is comprised in an amount of 30 to 80 % by weight and the shell is comprised in an amount of 20 to 70 % by weight. wherein the core-shell polymer comprises (a) a core comprising a conjugated diene-based rubbery polymer; and (b) a shell enclosing the core and prepared by polymerizing an aromatic vinyl compound with a vinyl cyanide compound; wherein, when it is polymerized, the chain-type fatty acid comprising the functional group, and/or the salts thereof included in the rubber polymer is included in an amount of 1 to 7 parts by weight based on 100 parts by weight of the rubber polymer; wherein, when it is polymerized, the chain-type fatty acid comprising the functional group, and/or the salts thereof included in the shell is included in an amount of 0.01 to 5 parts by weight based on 100 parts by weight of a total of monomers comprised in the core and the shell; and wherein the core is comprised in an amount of 30 to 80 % by weight and the shell is comprised in an amount of 20 to 70 % by weight.
Polymer composition comprising the following components: a) at least 40 parts by weight of a polymer selected from the group of polymers consisting of: a1) thermoplastics, in particular linear or branched polymers or (partially) crystalline thermoplastics, thermoplastic elastomers, l3inear or thermolabily crosslinked polymer molecules, where the polymers can be used either alone or in any mixtures or as copolymers, or a2) thermosets, in particular those which can be obtained from oligomers (technically: prepolymers), more rarely from monomers or polymers, by irreversible and tight crosslinking via covalent bonds, where the polymers can be used alone or in any mixtures or as copolymers, where the thermoplastics and thermosets can be used either alone or in any mixtures, with the proviso that the polymer a) is not a polyamide whose monomer units have an arithmetic average of at least 7.5 carbon atoms and in particular is not polyamide 12, b) from 0.1 to 15 parts by weight of a salt having a nonmetallic cation, c) from 0.5 to 25 parts by weight of a dispersant based on esters or amides and d) an electrically conductive carbon selected from the group consisting of carbon black, graphite powders, carbon fibres, carbon nanotubes and graphene in an amount which in the polymer composition a specific surface resistance in accordance with IEC 60167 of from 10 -1 to 10 10 Ω. a) at least 40 parts by weight of a polymer selected from the group of polymers consisting of: a1) thermoplastics, in particular linear or branched polymers or (partially) crystalline thermoplastics, thermoplastic elastomers, l3inear or thermolabily crosslinked polymer molecules, where the polymers can be used either alone or in any mixtures or as copolymers, or a2) thermosets, in particular those which can be obtained from oligomers (technically: prepolymers), more rarely from monomers or polymers, by irreversible and tight crosslinking via covalent bonds, where the polymers can be used alone or in any mixtures or as copolymers, where the thermoplastics and thermosets can be used either alone or in any mixtures, with the proviso that the polymer a) is not a polyamide whose monomer units have an arithmetic average of at least 7.5 carbon atoms and in particular is not polyamide 12, a1) thermoplastics, in particular linear or branched polymers or (partially) crystalline thermoplastics, thermoplastic elastomers, l3inear or thermolabily crosslinked polymer molecules, where the polymers can be used either alone or in any mixtures or as copolymers, or a2) thermosets, in particular those which can be obtained from oligomers (technically: prepolymers), more rarely from monomers or polymers, by irreversible and tight crosslinking via covalent bonds, b) from 0.1 to 15 parts by weight of a salt having a nonmetallic cation, c) from 0.5 to 25 parts by weight of a dispersant based on esters or amides and d) an electrically conductive carbon selected from the group consisting of carbon black, graphite powders, carbon fibres, carbon nanotubes and graphene in an amount which in the polymer composition a specific surface resistance in accordance with IEC 60167 of from 10 -1 to 10 10 Ω.