mhurhangee/ep-ind-claims huggingface dataset:
An outdoor unit of an air conditioner configured to supply heating and cooling to a room, the outdoor unit comprising: a case provided to define an exterior appearance and comprising a heat-exchanging compartment and a machine compartment; an inlet hole formed through the case, providing a path for external air to be drawn into the heat-exchanging compartment; an outlet hole formed through the case, providing a path for air in the heat-exchanging compartment to be discharged outside; a magnetic member; characterized in that: the outdoor unit further comprises a cover configured to cover at least part of an outer surface of the case of the machine compartment except an area having the inlet hole and the outlet hole, wherein the case and the cover are spaced a preset distance apart from each other by the magnetic member disposed between the case and the cover and configured to fix the cover to the case by means of a magnetic force; and at least one of at least one of a sound-proof material or a meta material filled in a space between the case and the cover, wherein the sound-proof material or the meta material reduces noise and vibration generated from the outdoor unit. a case provided to define an exterior appearance and comprising a heat-exchanging compartment and a machine compartment; an inlet hole formed through the case, providing a path for external air to be drawn into the heat-exchanging compartment; an outlet hole formed through the case, providing a path for air in the heat-exchanging compartment to be discharged outside; a magnetic member; characterized in that: the outdoor unit further comprises a cover configured to cover at least part of an outer surface of the case of the machine compartment except an area having the inlet hole and the outlet hole, wherein the case and the cover are spaced a preset distance apart from each other by the magnetic member disposed between the case and the cover and configured to fix the cover to the case by means of a magnetic force; and at least one of at least one of a sound-proof material or a meta material filled in a space between the case and the cover, wherein the sound-proof material or the meta material reduces noise and vibration generated from the outdoor unit. the outdoor unit further comprises a cover configured to cover at least part of an outer surface of the case of the machine compartment except an area having the inlet hole and the outlet hole, wherein the case and the cover are spaced a preset distance apart from each other by the magnetic member disposed between the case and the cover and configured to fix the cover to the case by means of a magnetic force; and at least one of at least one of a sound-proof material or a meta material filled in a space between the case and the cover, wherein the sound-proof material or the meta material reduces noise and vibration generated from the outdoor unit.
A power control method, comprising: determining, by a base station, a transmit power control parameter, wherein the transmit power control parameter is used to determine maximum transmit power of user equipment; sending, by the base station, the transmit power control parameter to the user equipment; and instructing, by the base station, the user equipment to use the maximum transmit power of the user equipment to send a device-to-device signal, wherein the instructing, by the base station, the user equipment to use the maximum transmit power of the user equipment to send a device-to-device signal comprises: sending, by the base station, downlink control information to the user equipment, characterised in that the downlink control information comprises a transmit power control command, wherein the transmit power control command includes a dynamic power control index and wherein an indication value of the dynamic power control index is used to instruct the user equipment to use the maximum transmit power of the user equipment to send the device-to-device signal. determining, by a base station, a transmit power control parameter, wherein the transmit power control parameter is used to determine maximum transmit power of user equipment; sending, by the base station, the transmit power control parameter to the user equipment; and instructing, by the base station, the user equipment to use the maximum transmit power of the user equipment to send a device-to-device signal, wherein the instructing, by the base station, the user equipment to use the maximum transmit power of the user equipment to send a device-to-device signal comprises: sending, by the base station, downlink control information to the user equipment, characterised in that the downlink control information comprises a transmit power control command, wherein the transmit power control command includes a dynamic power control index and wherein an indication value of the dynamic power control index is used to instruct the user equipment to use the maximum transmit power of the user equipment to send the device-to-device signal.
A reduced-pressure manifold for treating a subcutaneous tissue site with reduced pressure, the reduced-pressure manifold comprising: a barrier member (212, 312, 412, 612, 712, 812) formed from a first material and having a first surface and a second, tissue-facing surface (220, 320) and wherein the barrier member is formed with a first plurality of apertures (222, 322, 422, 722, 822), the first material having a first bio-absorption term (BA 1); a second material (224, 324, 424, 724) disposed within the first plurality of apertures (222, 322, 422, 722, 822) and operable to form a temporary seal and wherein the second material (224, 324, 424, 724) has a second bio-absorption term (BA 2); wherein the first bio-absorption term is greater than the second bio-absorption term (BA 1 > BA 2) such that the first plurality of apertures (222, 322, 422, 722, 822) open with absorption of the second material (224, 324, 424, 724); and a reduced-pressure delivery member (268, 668, 768. 868) coupled to the barrier member (212, 312, 412, 612, 712, 812) for delivering reduced pressure to the second surface (220, 320) of the barrier member (212, 312, 412, 612, 712, 812) and through the first plurality of apertures (222, 322, 422, 722, 822) to the tissue site during treatment characterized in that the barrier is planar. a barrier member (212, 312, 412, 612, 712, 812) formed from a first material and having a first surface and a second, tissue-facing surface (220, 320) and wherein the barrier member is formed with a first plurality of apertures (222, 322, 422, 722, 822), the first material having a first bio-absorption term (BA 1); a second material (224, 324, 424, 724) disposed within the first plurality of apertures (222, 322, 422, 722, 822) and operable to form a temporary seal and wherein the second material (224, 324, 424, 724) has a second bio-absorption term (BA 2); wherein the first bio-absorption term is greater than the second bio-absorption term (BA 1 > BA 2) such that the first plurality of apertures (222, 322, 422, 722, 822) open with absorption of the second material (224, 324, 424, 724); and a reduced-pressure delivery member (268, 668, 768. 868) coupled to the barrier member (212, 312, 412, 612, 712, 812) for delivering reduced pressure to the second surface (220, 320) of the barrier member (212, 312, 412, 612, 712, 812) and through the first plurality of apertures (222, 322, 422, 722, 822) to the tissue site during treatment characterized in that the barrier is planar.
Electronic apparatus for a camera system of a motor vehicle, comprising a housing, comprising a circuit board disposed in the housing, and comprising an electrical connecting unit for electrically connecting the electronic apparatus to an external apparatus, wherein the connecting unit has a base body and a plurality of electrical connecting elements, which project from the base body and are electrically connected to the circuit board, and wherein the base body has a connecting area disposed outside of the housing for connecting a cable, characterized in that the base body of the connecting unit is supported on the housing with a clearance at least in one translational degree of freedom and the base body has a bearing element, which is supported with the clearance in a bearing chamber formed in the housing while the housing on its side comprising the connecting unit has on its respective edge regions a projection (10, 11) reaching further than the connecting unit and a movement of the bearing element within the bearing chamber is limited in defined manner by walls (22, 23, 24, 25) of the bearing chamber formed in the form of a groove, in which an edge region of the bearing element is supported.
A process for the preparation of midostaurin with high purity, that is with a content of 3-hydroxymidostaurin impurities X Y 3-R-hydroxymidostaurin OH H 3-S-hydroxymidostaurin H OH lower than 0.1%, comprising the treatment of crude midostaurin or crude staurosporine with trifluoroacetic acid in a water-immiscible solvent and, optionally, also with reducing silanes.
A lifting column for a medical device, with at least two column members (12, 14), which are movable relative to one another in their coincident longitudinal direction, and with at least one sliding member, which is secured to an inner surface (54a to 54d) of a first of the two column members and which has a sliding surface which is slidably mounted to an outer surface (18a to 18d) of a second of the two column members that is facing the inner surface (54a to 54d) of the first column member. wherein a casting compound is cured in a space between the sliding surface of the sliding member and the inner surface (54a to 54d) of the first column member, characterized in that a seal, which is elastically deformable perpendicular to the longitudinal axis of the first column member, is arranged between the sliding member and the inner surface (54a to 54d) of the first column member circumferentially around the space accommodating the casting compound.
A method of performance monitoring in a communication network, comprising: - upon a triggering event, assigning data packets of a specific type to a monitoring bearer between a terminal and a gateway, said monitoring bearer being dedicated for performance monitoring purposes of the data packets by filtering said data packets of the specific type from the monitoring bearer, wherein the monitoring bearer and a transport bearer for carrying data packets of said specific type between a non-monitored terminal and the gateway have the same traffic forwarding policy, wherein the non-monitored terminal is a terminal for which the data packets of the specific type are not subjected to performance monitoring using the dedicated monitoring bearer - upon a triggering event, assigning data packets of a specific type to a monitoring bearer between a terminal and a gateway, said monitoring bearer being dedicated for performance monitoring purposes of the data packets by filtering said data packets of the specific type from the monitoring bearer, wherein the monitoring bearer and a transport bearer for carrying data packets of said specific type between a non-monitored terminal and the gateway have the same traffic forwarding policy, wherein the non-monitored terminal is a terminal for which the data packets of the specific type are not subjected to performance monitoring using the dedicated monitoring bearer
Sewing machine comprising a head with at least one needle, and a base in which at least one crochet is comprised, that can rotate and has a vertical axis of rotation when in a working position when the sewing machine is sewing a cloth, said at least one crochet receiving a spool basket which in turn receives a spool, wherein the base comprises at least one block which receives the at least one crochet and is movable in relation to the base so that the at least one block is arranged alternately in the working position in which the at least one crochet is under the at least one needle, or in a non-working position in which the at least one crochet is moved away from the at least one needle so as to be accessible, wherein the at least one block is pivoted relative to the base through a pin so that the at least one block rotates round the pin and is brought from the working position to the non-working position, and vice-versa; the base comprising a dog feed which moves the cloth to be sewn; the at least one block being locked through locking means in the working position, characterized by the facts that the locking means comprise a magnet, and that the at least one block comprises a spool basket stopping element fixed to said at least one block and suitable for stopping the spool basket by preventing its rotation when the at least one crochet is moved away from the at least one needle.
A ballast water-free ship comprising: a bow and a stern each protruding downward to form a stepped portion in a bottom shell plate of a ship, between either the bow or the stern and a midship section; and a bilge keel provided on a bottom of the bottom shell plate in the midship section to be located in a longitudinal direction of the bottom shell plate, wherein the stepped portions formed on the bottom shell plate, between either the bow or the stern and the midship section, each cause a difference in height between a draft of the midship section and a draft of either the bow or the stern, such that posture control of the ship in a body of water is enabled in a ballast water-free condition, using a difference in depth of the bottom shell plate between either the bow or the stern and the midship section, wherein a bottom surface of a cargo containment located in the midship section of the ship has a downward inclination in a direction of the stern, and wherein a hull bilge radius of the bottom shell plate corresponds to an angle 90°. a bow and a stern each protruding downward to form a stepped portion in a bottom shell plate of a ship, between either the bow or the stern and a midship section; and a bilge keel provided on a bottom of the bottom shell plate in the midship section to be located in a longitudinal direction of the bottom shell plate, wherein the stepped portions formed on the bottom shell plate, between either the bow or the stern and the midship section, each cause a difference in height between a draft of the midship section and a draft of either the bow or the stern, such that posture control of the ship in a body of water is enabled in a ballast water-free condition, using a difference in depth of the bottom shell plate between either the bow or the stern and the midship section, wherein a bottom surface of a cargo containment located in the midship section of the ship has a downward inclination in a direction of the stern, and wherein a hull bilge radius of the bottom shell plate corresponds to an angle 90°.
An imaging system including an MR scanner and a PET or SPECT scanner; a vital sign monitor adapted to monitor for a physiological cycle in a subject during an MR scan by the MR scanner and during an PET or SPECT scan by the PET or SPECT scanner to output a vital sign signal; the MR scanner adapted to scan a region of interest in the subject to generate image data of the region of interest during the physiological cycle; characterized in that the imaging system includes a processor (40; 42; 76) adapted to use the vital sign signal to divide the physiological cycle into a plurality of frames, to associate the MR image data to corresponding frames in the physiological cycle, to reconstruct a series of MR images, and to generate, based on said series of MR images so associated with the corresponding frames, a motion model of the region of interest during the physiological cycle, the processor further adapted to analyze the motion model to determine an amount of motion in each reference frame of the cyclic physiological signal, to identify an appropriate PET or SPECT scan period, respectively, as a frame in which a smallest amount of motion of the region of interest occurred during the MR scan, and to gate, using the vital sign monitor, the PET or SPECT scanner, respectively, to collect only data during the identified frame.
A cable management system for use with a hoist system for guiding a position of a cable as the hoist system moves between an extended position and a retracted position of the hoist system, the cable management system comprising: a cable; characterised by one or more substantially vertical elongate members; first and second guide bars adapted to interface slideably along the one or more elongate members, wherein each of the first and second guide bars has a first end, and a second end opposite to the first end, said first and second guide bars being positioned one above the other; a guide connected to the first end of the first guide bar and adapted for rotation with respect to the first guide bar, the guide engaging the cable; a guide connected to the second end of the second guide bar and adapted for rotation with respect to the second guide bar, the guide engaging the cable; wherein the guides are adapted to guide a position of the cable within a limited range of motion to form a substantially cylindrical shape in the form of a coil/helix around said one or more elongate members, as the hoist system, in use, translates from the extended position to the retracted position. a cable; characterised by one or more substantially vertical elongate members; first and second guide bars adapted to interface slideably along the one or more elongate members, wherein each of the first and second guide bars has a first end, and a second end opposite to the first end, said first and second guide bars being positioned one above the other; a guide connected to the first end of the first guide bar and adapted for rotation with respect to the first guide bar, the guide engaging the cable; a guide connected to the second end of the second guide bar and adapted for rotation with respect to the second guide bar, the guide engaging the cable; wherein the guides are adapted to guide a position of the cable within a limited range of motion to form a substantially cylindrical shape in the form of a coil/helix around said one or more elongate members, as the hoist system, in use, translates from the extended position to the retracted position.
A method, comprising: applying one or more multi-partite probes to a fixed sample selected from the group consisting of a cell, an organ, a tissue, and any combination thereof, wherein each of the one or more multi-partite probes includes at least two sub-probes wherein the at least two sub-probes anneal to a contiguous target sequence in a target nucleic acid within the fixed sample; annealing at least one of the applied one or more multi-partite probes to at least one target RNA within the fixed sample without RNA extraction; enzymatically ligating at least one 3'-end to at least one 5-phosphorylated end of the at least two sub-probes associated with the at least one annealed multi-partite probe within the fixed sample to create a target nucleic acid proxy that can be detected; releasing the target nucleic acid proxy from the target nucleic acid; and amplifying the target nucleic acid proxy. applying one or more multi-partite probes to a fixed sample selected from the group consisting of a cell, an organ, a tissue, and any combination thereof, wherein each of the one or more multi-partite probes includes at least two sub-probes wherein the at least two sub-probes anneal to a contiguous target sequence in a target nucleic acid within the fixed sample; annealing at least one of the applied one or more multi-partite probes to at least one target RNA within the fixed sample without RNA extraction; enzymatically ligating at least one 3'-end to at least one 5-phosphorylated end of the at least two sub-probes associated with the at least one annealed multi-partite probe within the fixed sample to create a target nucleic acid proxy that can be detected; releasing the target nucleic acid proxy from the target nucleic acid; and amplifying the target nucleic acid proxy.
Thermochemical method for storing and releasing thermal energy by means of a compound in solid form of formula AO x B y.zH 2 O, in which: - A is an element selected from uranium and thorium (Th); - O is the element oxygen; - B is an anion or an oxoanion; - x is a number comprised between 0 and 4; - y is a number comprised between 0 and 2; and - z is a number greater than 0 and less than 10; it being understood that at least one of x and y is different from 0 and that the compound of formula Th(SO 4) 2.xH 2 O is excluded, the method comprising the following successive steps: (a) heating the compound to reach a temperature and for a period that are sufficient to at least partially dehydrate said compound; (b) keeping the at least partially dehydrated compound away from humidity; (c) placing the at least partially dehydrated compound in contact with water to release the thermal energy stored at step (a); and (d) recovering the released thermal energy. - A is an element selected from uranium and thorium (Th); - O is the element oxygen; - B is an anion or an oxoanion; - x is a number comprised between 0 and 4; - y is a number comprised between 0 and 2; and - z is a number greater than 0 and less than 10; (a) heating the compound to reach a temperature and for a period that are sufficient to at least partially dehydrate said compound; (b) keeping the at least partially dehydrated compound away from humidity; (c) placing the at least partially dehydrated compound in contact with water to release the thermal energy stored at step (a); and (d) recovering the released thermal energy.
A method of forming plastic preforms into plastic containers, wherein a plastic preform is expanded into the plastic container by application with a flowable medium, wherein the flowable medium is stored under a first pressure in a first pressure reservoir and under a second pressure which is higher than the first pressure in a second pressure reservoir, and wherein the plastic preform is acted upon by a first blowing pressure via a flow connection between the first pressure reservoir and the plastic preform and is acted upon by the second blowing pressure via a flow connection between the second pressure reservoir and the plastic preform, and wherein flowable medium is at least temporarily returned to the first pressure reservoir, wherein first values (P1, Pi, P2, t 1 P1, tPi, tP2) characteristic of the application of the flowable medium to the plastic preforms are predetermined, and taking into account the first values second values (t 2 Pi, t 2 P+) are determined which are characteristic of a time or time period of the return of the flowable medium into the first pressure reservoir, characterized in that an expansion pressure (Pexp) is determined before and/or during the application of the plastic preform and/or a recycling pressure is determined during return of the flowable medium into the container and taking into account the expansion pressure and the recycling pressure, the second value is determined and a comparison value is determined taking into account in particular the expansion pressure and the recycling pressure and the second value is determined taking this comparison value into account, wherein the comparison value is a difference and/or a quotient of the expansion pressure and the recycling pressure, and/or the second value is preferably controlled such that this comparison value becomes minimal.