mhurhangee/ep-ind-claims huggingface dataset:
A method for storing an execution plan, comprising: receiving, by a client, a structured query language, SQL, request; wherein a cache of the client saves at least one executed execution plan specified to be saved; detecting, by the client, whether an execution plan corresponding to the SQL request exists in the cache of the client; if an execution plan corresponding to the SQL request exists in the cache of the client, sending, by the client, the execution plan to the database server, so that the database server executes the execution plan; if no execution plan corresponding to the SQL request exists in the cache of the client, performing the following steps: generating, by the client, location information, wherein the location information is used to specify a cache location for saving the execution plan corresponding to the SQL request, and the cache location comprises the cache of the client, sending, by the client, the location information and the SQL request to the database server; if the location information specifies that the cache location of the execution plan is the cache of the client, receiving, by the client, the execution plan generated and sent by the database server and saving the execution plan to the cache of the client. receiving, by a client, a structured query language, SQL, request; wherein a cache of the client saves at least one executed execution plan specified to be saved; detecting, by the client, whether an execution plan corresponding to the SQL request exists in the cache of the client; if an execution plan corresponding to the SQL request exists in the cache of the client, sending, by the client, the execution plan to the database server, so that the database server executes the execution plan; if no execution plan corresponding to the SQL request exists in the cache of the client, performing the following steps: generating, by the client, location information, wherein the location information is used to specify a cache location for saving the execution plan corresponding to the SQL request, and the cache location comprises the cache of the client, sending, by the client, the location information and the SQL request to the database server; if the location information specifies that the cache location of the execution plan is the cache of the client, receiving, by the client, the execution plan generated and sent by the database server and saving the execution plan to the cache of the client. generating, by the client, location information, wherein the location information is used to specify a cache location for saving the execution plan corresponding to the SQL request, and the cache location comprises the cache of the client, sending, by the client, the location information and the SQL request to the database server; if the location information specifies that the cache location of the execution plan is the cache of the client, receiving, by the client, the execution plan generated and sent by the database server and saving the execution plan to the cache of the client.
A system including a MEMS variable capacitor, the MEMS variable capacitor comprising: a substrate having one or more control electrodes and one or more RF electrodes disposed therein; a top electrode; a membrane movable between the substrate and the top electrode, wherein one or more of the substrate and the membrane have stoppers formed thereover to control the spacing between the membrane and either the top electrode or both the one or more control electrodes and one or more RF electrodes; characterised in that the system further comprises a DC power source coupled to the one or more RF electrodes wherein the DC power source is configured to pull the membrane closer to the one or more RF electrodes. a substrate having one or more control electrodes and one or more RF electrodes disposed therein; a top electrode; a membrane movable between the substrate and the top electrode, wherein one or more of the substrate and the membrane have stoppers formed thereover to control the spacing between the membrane and either the top electrode or both the one or more control electrodes and one or more RF electrodes; characterised in that the system further comprises a DC power source coupled to the one or more RF electrodes wherein the DC power source is configured to pull the membrane closer to the one or more RF electrodes.
A polynucleotide comprising a human or an ovine CLN5 open reading frame, wherein the human CLN5 open reading frame is codon-optimized for expression in a human cell or wherein the ovine CLN5 open reading frame is codon-optimized for expression in an ovine cell, wherein the codon-optimized human open reading frame starts from the third start site, i.e. the third ATG initiation codon, of the wildtype human CLN5, wherein the human or ovine CLN5 open reading frame comprises the nucleotide sequence of SEQ ID NO:1, SEQ ID NO:2, or a nucleotide sequence having at least 98% identity thereto.
An information provision device comprising: sound emission means for transmitting, by audio communication using sounds as the transmission medium fixed phrase information, of guidance information that guides a user, representative of a fixed phrase and insertion phrase information, of the guidance information, selected from among a plurality of pieces of insertion phrase information representative of different insertion phrases to be inserted in the fixed phrase, to a terminal device capable of presenting, to the user, presentation information corresponding to the guidance information where the insertion phrase represented by the insertion phrase information is inserted in the fixed phrase represented by the fixed phrase information along with emission of a guidance voice which is an utterance of the guidance information; wherein the information provision device further comprises signal generation means for generating a sound signal by mixing a guidance signal representative of the guidance voice and a modulation signal in frequency bands higher than the frequency band of the sound that the user hears in a normal environment, the modulation signal containing the fixed phrase information and the insertion phrase information as audio components. sound emission means for transmitting, by audio communication using sounds as the transmission medium fixed phrase information, of guidance information that guides a user, representative of a fixed phrase and insertion phrase information, of the guidance information, selected from among a plurality of pieces of insertion phrase information representative of different insertion phrases to be inserted in the fixed phrase, to a terminal device capable of presenting, to the user, presentation information corresponding to the guidance information where the insertion phrase represented by the insertion phrase information is inserted in the fixed phrase represented by the fixed phrase information along with emission of a guidance voice which is an utterance of the guidance information; wherein the information provision device further comprises signal generation means for generating a sound signal by mixing a guidance signal representative of the guidance voice and a modulation signal in frequency bands higher than the frequency band of the sound that the user hears in a normal environment, the modulation signal containing the fixed phrase information and the insertion phrase information as audio components.
A method of making a non-woven reinforcement web for reinforcing a cementitious wallboard or a cementitious wallboard joint compound, comprising: assembling fibres to form a precursor of the non-woven reinforcement web; dispersing a binder composition among the fibres either before or after the fibres form the precursor; varying the amount of the binder composition in respective sections (106, 108, 110) of the precursor, wherein different sections (106, 108, 110) of the precursor have different amounts of the dispersed binder composition; and curing the binder composition to form the non-woven reinforcement web having the fibres joined together by a cured binder composition, wherein different sections (106, 108, 110) of the non-woven reinforcement web have different amounts of the cured binder composition to adjust flexibility of the different sections (106, 108, 110) of the non-woven reinforcement web, wherein at least some of the fibres have foldable portions extending in a lengthwise central section, wherein the foldable portions have less binder composition than fibres in lengthwise lateral sections (106, 108) so as to crease upon being folded, wherein the lengthwise central section of the non-woven reinforcement web comprises a width of between about 1 mm and about 3 mm, and wherein the lengths of the fibres are greater than the width of the lengthwise central section and less than the width of the non-woven reinforcement web. assembling fibres to form a precursor of the non-woven reinforcement web; dispersing a binder composition among the fibres either before or after the fibres form the precursor; varying the amount of the binder composition in respective sections (106, 108, 110) of the precursor, wherein different sections (106, 108, 110) of the precursor have different amounts of the dispersed binder composition; and curing the binder composition to form the non-woven reinforcement web having the fibres joined together by a cured binder composition, wherein different sections (106, 108, 110) of the non-woven reinforcement web have different amounts of the cured binder composition to adjust flexibility of the different sections (106, 108, 110) of the non-woven reinforcement web, wherein at least some of the fibres have foldable portions extending in a lengthwise central section, wherein the foldable portions have less binder composition than fibres in lengthwise lateral sections (106, 108) so as to crease upon being folded, wherein the lengthwise central section of the non-woven reinforcement web comprises a width of between about 1 mm and about 3 mm, and wherein the lengths of the fibres are greater than the width of the lengthwise central section and less than the width of the non-woven reinforcement web.
A preparation for topical use for anti-wrinkle treatment comprising as main active principle micronized Nifedipine, in association with almond oil, isopropyl myristate, ialuronic acid or sodium ialuronate, native collagen, vitamin E or tocopheryl acetate, and vitamin A or retinyl palmitate.
A multi-photon microscopy system comprising: a first objective lens oriented along a first longitudinal axis that intersects a sample at a first angle; a second objective lens oriented along a second longitudinal axis that intersects the sample at a second angle; a third objective lens oriented along a third longitudinal axis that intersects the sample at a third angle; and at least one laser source (110, 112, 114, 102) for generating a laser beam (A1, B1, C1) and a scanner (116, 118, 120, 102) for sequentially transmitting the laser beam (A1, B1, C1) through the first objective lens, the second objective lens, or the third objective lens when sequentially illuminating the sample, and wherein the fluorescence emissions (D1, D2, D3) emitted from the sample are simultaneously detected through the first objective lens, the second objective lens, and the third objective lens; and first, second, and third optical arrangements (102A, 102B, 102C) operatively associated with the first, second and third objective lenses (104, 106, 108), respectively, wherein the first, second, and third optical arrangements (102A, 102B, 102C) each comprise a mirror (124, 126, 128) and a detector (130, 132, 134), wherein each respective mirror transmits the fluorescence emissions (D1, D2, D3) to the respective detector for simultaneous detection of fluorescence emissions through each of the first, second, and third objective lenses (104, 106, 108), respectively, by each respective detector (130, 132, 134). a first objective lens oriented along a first longitudinal axis that intersects a sample at a first angle; a second objective lens oriented along a second longitudinal axis that intersects the sample at a second angle; a third objective lens oriented along a third longitudinal axis that intersects the sample at a third angle; and at least one laser source (110, 112, 114, 102) for generating a laser beam (A1, B1, C1) and a scanner (116, 118, 120, 102) for sequentially transmitting the laser beam (A1, B1, C1) through the first objective lens, the second objective lens, or the third objective lens when sequentially illuminating the sample, and wherein the fluorescence emissions (D1, D2, D3) emitted from the sample are simultaneously detected through the first objective lens, the second objective lens, and the third objective lens; and first, second, and third optical arrangements (102A, 102B, 102C) operatively associated with the first, second and third objective lenses (104, 106, 108), respectively, wherein the first, second, and third optical arrangements (102A, 102B, 102C) each comprise a mirror (124, 126, 128) and a detector (130, 132, 134), wherein each respective mirror transmits the fluorescence emissions (D1, D2, D3) to the respective detector for simultaneous detection of fluorescence emissions through each of the first, second, and third objective lenses (104, 106, 108), respectively, by each respective detector (130, 132, 134).
A lifting device for a movable buffer, suitable for being connected to a buffer beam of a railway vehicle, comprising: - a crossmember able to be connected to said buffer beam on the one hand and to two buffers (2, 2A, 2B) on the other hand; - at least one movable buffer (2, 2A, 2B); - at least one articulated arm (3, 3A, 3B) connected at a first end to said movable buffer (2, 2A, 2B) and, at a second end, to a fixed pivot point (4, 4A, 4B), said articulated arm (3, 3A, 3B) being pivotably mounted about an axis perpendicular to the crossmember, said axis comprising the fixed pivot point (4, 4A, 4B); - a pneumatic cylinder connected at a first end to a point of the articulated arm (3, 3A, 3B) and, at a second end, to a point that is fixed relative to the crossmember; the pneumatic cylinder being able, when it retracts, respectively when it expands, to set the articulated arm (3, 3A, 3B) in rotation about its pivot axis, in a plane essentially parallel to the crossmember, such that the movable buffer (2, 2A, 2B) driven by the articulated arm (3, 3A, 3B) finds itself in the heightwise direction at a certain distance from a straight line initially joining the buffers (2, 2A, 2B) in a normal position of use, respectively such that the movable buffer (2, 2A, 2B) driven by the articulated arm (3, 3A, 3B) returns to said normal position of use. - a crossmember able to be connected to said buffer beam on the one hand and to two buffers (2, 2A, 2B) on the other hand; - at least one movable buffer (2, 2A, 2B); - at least one articulated arm (3, 3A, 3B) connected at a first end to said movable buffer (2, 2A, 2B) and, at a second end, to a fixed pivot point (4, 4A, 4B), said articulated arm (3, 3A, 3B) being pivotably mounted about an axis perpendicular to the crossmember, said axis comprising the fixed pivot point (4, 4A, 4B); - a pneumatic cylinder connected at a first end to a point of the articulated arm (3, 3A, 3B) and, at a second end, to a point that is fixed relative to the crossmember;
A method for forming an annular object, comprising: providing a frustoconical preform extending axially along an axis, wherein a sidewall of the frustoconical preform is angularly offset from the axis by a preform angle; clamping the frustoconical preform with an external die assembly, wherein a surface of the external die assembly abutted against the frustoconical preform is angularly offset from the axis by an external die angle; translating the external die assembly axially along the axis to externally draw the frustoconical preform over an outer surface of a punch and an outer surface of a die clamp to provide an externally drawn body, wherein the outer surface of the die clamp is angularly offset from the axis by a die clamp angle that is different than the preform angle, and the die clamp angle is different than the external die angle; mating a die with the die clamp to provide a die assembly, wherein the externally drawn body is clamped radially between the die and the die clamp; and translating the die assembly axially along the axis and into a bore of the punch to at least partially internally draw the externally drawn body against an inner surface of the punch. providing a frustoconical preform extending axially along an axis, wherein a sidewall of the frustoconical preform is angularly offset from the axis by a preform angle; clamping the frustoconical preform with an external die assembly, wherein a surface of the external die assembly abutted against the frustoconical preform is angularly offset from the axis by an external die angle; translating the external die assembly axially along the axis to externally draw the frustoconical preform over an outer surface of a punch and an outer surface of a die clamp to provide an externally drawn body, wherein the outer surface of the die clamp is angularly offset from the axis by a die clamp angle that is different than the preform angle, and the die clamp angle is different than the external die angle; mating a die with the die clamp to provide a die assembly, wherein the externally drawn body is clamped radially between the die and the die clamp; and translating the die assembly axially along the axis and into a bore of the punch to at least partially internally draw the externally drawn body against an inner surface of the punch.
A Diesel Particulate Filter, comprising; a porous ceramic base, the base having a first surface in contact with exhaust from a diesel engine and a second surface in contact with the atmosphere and wherein the first and the second surfaces share an intervening porous wall; and a set of heat tolerant micro-particles, wherein the micro-particles on the order of about 1 microns to about 40 microns across; and a set of heat tolerant colloidal particles, wherein the colloidal particles are on the order of about 1 nm to about 10 nm across, wherein said micro-particles and said colloidal particles are deposited on at least one surface of the porous ceramic base, wherein the colloidal particles comprise between about 1 to about 20 percent of the total amount of micro-particles and colloidal particles, referred to as the washcoat applied to the Filter.
Assembly for connecting the lines of an electrical cable, in particular a three-phase current cable, the assembly comprising first cable lugs and a connection means, an end region of each line being able to be received in a receiving region of a respective first cable lug, and a screw of the connection means being guided in each case through a link region of each first cable lug, each screw being screwed to a respective bushing of the connection means, in particular a sleeve, which is connected to the connection means, in particular is connected to the connection means frictionally, interlockingly and/or in an integrally bonded manner, in particular is configured together therewith as a composite part, characterised in that a respective depression is formed in the connection means and is covered at least in part by a respective cover plate of the connection means, the receiving region of each first cable lug being placed on said cover plate, the depression being defined by the connection means and the respective cover plate, it being possible, when the cover plate is removed, to receive a further cable lug in the depression formed in the connection means, said further cable lug being able to be arranged in a mirror image of the first cable lug and at least in part in the depression.
An outdoor unit (2a; 2b) for an air-conditioning apparatus, comprising: a compressor (21a; 21b); an outdoor fan (26a; 26b); a plurality of outdoor heat exchangers (24a; 24b; 25a; 25b) coupled to a plurality of indoor units (8a; 8b; 8c; 8d; 8e); a switching member (22a; 23a; 22b; 23b) configured to switch functions of the outdoor heat exchangers (24a; 24b; 25a; 25b) to either condensers or evaporators by switching of coupling states between the compressor (21a; 21b) and the outdoor heat exchangers (24a; 24b; 25a; 25b); and a control unit configured to calculate a low pressure saturation temperature during a cooling operation or a cooling-main operation, characterized in that the control unit is configured to cause all of the plurality of outdoor heat exchangers (24a; 24b; 25a; 25b) to serve as condensers by controlling the switching member (22a; 23a; 22b; 23b) when a state in which an open-air temperature (To) is lower than the low pressure saturation temperature (Ts) continues for a predetermined time. a compressor (21a; 21b); an outdoor fan (26a; 26b); a plurality of outdoor heat exchangers (24a; 24b; 25a; 25b) coupled to a plurality of indoor units (8a; 8b; 8c; 8d; 8e); a switching member (22a; 23a; 22b; 23b) configured to switch functions of the outdoor heat exchangers (24a; 24b; 25a; 25b) to either condensers or evaporators by switching of coupling states between the compressor (21a; 21b) and the outdoor heat exchangers (24a; 24b; 25a; 25b); and a control unit configured to calculate a low pressure saturation temperature during a cooling operation or a cooling-main operation, characterized in that the control unit is configured to cause all of the plurality of outdoor heat exchangers (24a; 24b; 25a; 25b) to serve as condensers by controlling the switching member (22a; 23a; 22b; 23b) when a state in which an open-air temperature (To) is lower than the low pressure saturation temperature (Ts) continues for a predetermined time.
A method for producing a semiconductor component, comprising the following steps: - providing a flat carrier including an upper side and a lower side, the carrier including a continuous opening that extends between the upper side and the lower side; - providing a semiconductor arrangement that comprises a semiconductor chip, the semiconductor chip comprising electrically and/or optically active regions at a lower side; - arranging the semiconductor arrangement in the opening in such a way that a lower side of the semiconductor arrangement and the lower side of the carrier extend in a common plane; - potting the semiconductor system with a potting compound in such a way that the semiconductor arrangement is integrally connected to the carrier, the semiconductor arrangement together with the carrier and the potting compound forming a semiconductor system; and - thinning the semiconductor system by way of grinding from above in such a way that an upper side of the carrier and an upper side of the semiconductor arrangement extend in a common plane, the semiconductor arrangement comprising a sacrificial layer on an upper side which is thinned during grinding, characterized in that the sacrificial layer comprises metallic or semi-conducting material. - providing a flat carrier including an upper side and a lower side, the carrier including a continuous opening that extends between the upper side and the lower side; - providing a semiconductor arrangement that comprises a semiconductor chip, the semiconductor chip comprising electrically and/or optically active regions at a lower side; - arranging the semiconductor arrangement in the opening in such a way that a lower side of the semiconductor arrangement and the lower side of the carrier extend in a common plane; - potting the semiconductor system with a potting compound in such a way that the semiconductor arrangement is integrally connected to the carrier, the semiconductor arrangement together with the carrier and the potting compound forming a semiconductor system; and - thinning the semiconductor system by way of grinding from above in such a way that an upper side of the carrier and an upper side of the semiconductor arrangement extend in a common plane,