mhurhangee/patent-ind-claim-en huggingface dataset:
A bag comprising: a bag main body which includes a first body and a second body with a housing space existing between them and a bottom surface part connecting the first body and second body at a bottom of the bag , the bottom surface part having an inner side facing the housing space and an opposite outer side and extending in a gusset direction on gusset sides of the bag main body and in a lateral direction orthogonal to the gusset direction on the sides of the first and second bodies of the bag main body ; a shoulder-slingable handle attached to the bag main body ; a belt member that connects the handle and a bottom of the bag main body , wherein the belt member is adapted such that, when the handle is slung over a shoulder of a user and the bag main body is located on a back side of the user, the belt member draws the handle and the bottom of the bag main body toward each other on a chest side of the user, to thereby maintain part of the bag main body in contact with the back of the user; and a coupling mechanism that turnably couples the belt member to the bottom of the bag main body and includes a coupling part provided at the belt member and a coupled part provided at the bottom of the bag, wherein the coupling part is turnable when coupled to the coupled part ; characterized in that the coupled part is provided on the outer side of the bottom surface part at each of both side portions in a lateral direction of the bottom surface part . a bag main body which includes a first body and a second body with a housing space existing between them and a bottom surface part connecting the first body and second body at a bottom of the bag , the bottom surface part having an inner side facing the housing space and an opposite outer side and extending in a gusset direction on gusset sides of the bag main body and in a lateral direction orthogonal to the gusset direction on the sides of the first and second bodies of the bag main body ; a shoulder-slingable handle attached to the bag main body ; a belt member that connects the handle and a bottom of the bag main body , wherein the belt member is adapted such that, when the handle is slung over a shoulder of a user and the bag main body is located on a back side of the user, the belt member draws the handle and the bottom of the bag main body toward each other on a chest side of the user, to thereby maintain part of the bag main body in contact with the back of the user; and a coupling mechanism that turnably couples the belt member to the bottom of the bag main body and includes a coupling part provided at the belt member and a coupled part provided at the bottom of the bag, wherein the coupling part is turnable when coupled to the coupled part ; characterized in that the coupled part is provided on the outer side of the bottom surface part at each of both side portions in a lateral direction of the bottom surface part .
An outdoor unit connected to an indoor unit via a pipe to form a refrigerant circuit, the outdoor unit comprising: a compressor which compresses a sucked refrigerant and discharges the refrigerant; an outdoor heat exchanger which exchanges heat between outdoor air and the refrigerant; and an accumulator which stores a liquefied refrigerant at a suction side of the compressor ; characterized in that the outdoor unit further comprises: storage adjusting means for storing the refrigerant in the outdoor heat exchanger ; and a controller which performs control so as to cause the refrigerant stored within the outdoor heat exchanger during a defrosting operation to flow into the accumulator when a heating operation shifted from the defrosting operation is performed, on a basis of an amount of refrigerant within the accumulator when operation is shifted to the heating operation from the defrosting operation. a compressor which compresses a sucked refrigerant and discharges the refrigerant; an outdoor heat exchanger which exchanges heat between outdoor air and the refrigerant; and an accumulator which stores a liquefied refrigerant at a suction side of the compressor ; characterized in that the outdoor unit further comprises: storage adjusting means for storing the refrigerant in the outdoor heat exchanger ; and a controller which performs control so as to cause the refrigerant stored within the outdoor heat exchanger during a defrosting operation to flow into the accumulator when a heating operation shifted from the defrosting operation is performed, on a basis of an amount of refrigerant within the accumulator when operation is shifted to the heating operation from the defrosting operation. storage adjusting means for storing the refrigerant in the outdoor heat exchanger ; and a controller which performs control so as to cause the refrigerant stored within the outdoor heat exchanger during a defrosting operation to flow into the accumulator when a heating operation shifted from the defrosting operation is performed, on a basis of an amount of refrigerant within the accumulator when operation is shifted to the heating operation from the defrosting operation.
An indoor unit for an air-conditioning apparatus, comprising: a rear casing for mounting a heat exchanger and an air-sending fan on a front side of the rear casing ; and a front casing for surrounding the heat exchanger and the air-sending fan on the front side of the rear casing , wherein the rear casing has an upper wall , which is formed at an upper portion of the rear casing and protrudes frontward, wherein the front casing has an overlap portion , which is formed at an upper portion of the front casing and protrudes rearward to be overlapped by the upper wall , wherein the upper wall of the rear casing has a fixing claw , which protrudes downward from a lower surface of the upper wall , wherein the front casing has a claw receiver for locking the fixing claw from a lower side of the fixing claw , wherein the upper wall has a front portion (21 b) on a front side with respect to the fixing claw , wherein the claw receiver protrudes rearward from the overlap portion , wherein the overlap portion has a recessed portion , which is opened upward on a front side of the claw receiver , and wherein, when the fixing claw is locked to the claw receiver , the recessed portion has such front-and-rear width that the recessed portion passes a front end edge of the upper wall in a front-and-rear direction of the indoor unit for an air-conditioning apparatus. a rear casing for mounting a heat exchanger and an air-sending fan on a front side of the rear casing ; and a front casing for surrounding the heat exchanger and the air-sending fan on the front side of the rear casing , wherein the rear casing has an upper wall , which is formed at an upper portion of the rear casing and protrudes frontward, wherein the front casing has an overlap portion , which is formed at an upper portion of the front casing and protrudes rearward to be overlapped by the upper wall , wherein the upper wall of the rear casing has a fixing claw , which protrudes downward from a lower surface of the upper wall , wherein the front casing has a claw receiver for locking the fixing claw from a lower side of the fixing claw , wherein the upper wall has a front portion (21 b) on a front side with respect to the fixing claw , wherein the claw receiver protrudes rearward from the overlap portion , wherein the overlap portion has a recessed portion , which is opened upward on a front side of the claw receiver , and wherein, when the fixing claw is locked to the claw receiver , the recessed portion has such front-and-rear width that the recessed portion passes a front end edge of the upper wall in a front-and-rear direction of the indoor unit for an air-conditioning apparatus.
A water blocking material prepared by reacting and foaming a starting material composition that contains a polyol, a polyisocyanate, a catalyst, a foaming agent, a foam stabilizer and a crosslinking agent, wherein: the polyol contains a dimer acid polyol, the dimer acid polyol is an esterification reaction product of a dimer acid and a polyol, the dimer acid being a dibasic acid prepared through bimolecular bonding via carbon-carbon covalent bond of two monobasic acids each having an ethylenically-unsaturated bond, the content of the dimer acid polyol in the starting material composition is 85% by mass or more of the entire polyol, the polyisocyanate contains a diphenylmethane diisocyanate, the content of the diphenylmethane diisocyanate in the starting material composition is 70 to 85% by mass of the entire polyisocyanate, the catalyst does not contain an organic metal catalyst; the crosslinking agent is a trifunctional crosslinking agent having a trimethylolpropane skeleton, and the foam stabilizer contains a reactive silicone having at least one reactive group selected from an amino group, an epoxy group, a hydroxy group, a mercapto group and a carboxy group at a terminal of the main chain or in a side chain thereof. the polyol contains a dimer acid polyol, the dimer acid polyol is an esterification reaction product of a dimer acid and a polyol, the dimer acid being a dibasic acid prepared through bimolecular bonding via carbon-carbon covalent bond of two monobasic acids each having an ethylenically-unsaturated bond, the content of the dimer acid polyol in the starting material composition is 85% by mass or more of the entire polyol, the polyisocyanate contains a diphenylmethane diisocyanate, the content of the diphenylmethane diisocyanate in the starting material composition is 70 to 85% by mass of the entire polyisocyanate, the catalyst does not contain an organic metal catalyst; the crosslinking agent is a trifunctional crosslinking agent having a trimethylolpropane skeleton, and the foam stabilizer contains a reactive silicone having at least one reactive group selected from an amino group, an epoxy group, a hydroxy group, a mercapto group and a carboxy group at a terminal of the main chain or in a side chain thereof.
An irradiation target handling system having an isotope production cable assembly comprising: a target holder drive cable constructed to be compatible with conduits of an existing nuclear reactor moveable in-core detector system that convey in-core detectors from a detector drive unit to and through instrument thimbles within a reactor core, the target holder drive cable having a remotely controlled one of a male or female coupling on a leading end of the drive cable ; a target holder drive cable drive motor unit separate from and independent of the detector drive unit on the existing nuclear reactor moveable in-core detector system and configured to drive the target holder drive cable into and out of the core, wherein the target holder drive cable drive motor unit is structured to drive the target holder drive cable into and through the conduits, a first multipath selector and a second multipath selector on the existing nuclear reactor moveable in-core detector system; a specimen target holder having another of the male or female coupling on a trailing end of the specimen target holder with the another of the male or female coupling configured to mate with the one of the male or female coupling on the leading end of the target holder drive cable ; characterized by a third multipath selector structured to receive an input from an outlet path on the second multipath selector and provide a first output to a new specimen attachment location, a second output to an irradiated specimen offloading location and a third output to the core. a target holder drive cable constructed to be compatible with conduits of an existing nuclear reactor moveable in-core detector system that convey in-core detectors from a detector drive unit to and through instrument thimbles within a reactor core, the target holder drive cable having a remotely controlled one of a male or female coupling on a leading end of the drive cable ; a target holder drive cable drive motor unit separate from and independent of the detector drive unit on the existing nuclear reactor moveable in-core detector system and configured to drive the target holder drive cable into and out of the core, wherein the target holder drive cable drive motor unit is structured to drive the target holder drive cable into and through the conduits, a first multipath selector and a second multipath selector on the existing nuclear reactor moveable in-core detector system; a specimen target holder having another of the male or female coupling on a trailing end of the specimen target holder with the another of the male or female coupling configured to mate with the one of the male or female coupling on the leading end of the target holder drive cable ; characterized by a third multipath selector structured to receive an input from an outlet path on the second multipath selector and provide a first output to a new specimen attachment location, a second output to an irradiated specimen offloading location and a third output to the core.
A method of increasing expression of an endogenous target gene in a mammalian cell in vitro or ex vivo, the method comprising expressing in the mammalian cell a fusion protein comprising a catalytically inactive S. pyogenes Cas9 protein linked to a heterologous functional domain, and expressing one or more guide RNAs directed to the target gene, wherein the catalytically inactive Cas9 protein comprises mutations at D10A and H840A, and the heterologous functional domain is a transcriptional activation domain, wherein the expressed Cas9 fusion protein is directed to the target gene by the one or more guide RNAs, and wherein the transcriptional activation domain mediates the increased expression, wherein the transcriptional activation domain comprises NF-κB p65. wherein the catalytically inactive Cas9 protein comprises mutations at D10A and H840A, and the heterologous functional domain is a transcriptional activation domain, wherein the expressed Cas9 fusion protein is directed to the target gene by the one or more guide RNAs, and wherein the transcriptional activation domain mediates the increased expression, wherein the transcriptional activation domain comprises NF-κB p65.
A process for preparing a cyclic dehydration product comprising: contacting a sugar alcohol with a mixed-acid catalyst reaction mixture containing a reducing Bronsted acid, having a pKa of 1.0-1.5, in combination with a Lewis acid having a pKa ≤ 0, at a temperature for a sufficient time to dehydrate and ring close said sugar alcohol to a corresponding cyclic dehydration product of the sugar alcohol in a product mixture, wherein said Lewis acid is selected from the group consisting of: aluminum trifluoromethanesulfonate (Al(OTf) 3 ), gallium trifluoromethanesulfonate (Ga(OTf) 3 ), bismuth trifluormethanesulfonate (Bi(OTf) 3 ), scandium trifluoromethanesulfonate (Sc(OTf) 3 ), indium trifluoromethanesulfonate (In(OTf) 3 ), tin triflate (Sn(OTf) 2 ), and hafnium triflate (Hf(OTf) 4 ); wherein said sugar alcohol is sorbitol and said cyclic dehydration product is isosorbide; and wherein said reducing Bronsted acid is phosphonic acid (H 3 PO 3 ). wherein said sugar alcohol is sorbitol and said cyclic dehydration product is isosorbide; and wherein said reducing Bronsted acid is phosphonic acid (H 3 PO 3 ).
An article of jewelry comprising first and second curved branches each comprising an outer curved surface , an inner curved surface and two lateral edges , the first curved branch comprising an end juxtaposed with an end of the second curved branch to form an interface , the article of jewelry further comprising a flexible blade arranged in a recess to hold the article of jewelry in a closed configuration in which a free end of the first and second curved branches are arranged opposite each other, said free ends being spaced apart from each other so as to be separated by a certain distance when a constraint is exerted on each branch in an opposite direction, characterized in that the first and second curved branches each comprise on their inner curved surface respectively a first and a second portion of the recess within which the flexible blade is fixed, the flexible blade extending continuously into the first and second portion of the recess thus covering said interface and in that the free end of the first and second curved branches are separated by a predetermined distance (d1) when the article is in a closed configuration, said free ends being capable of being spaced apart so as to be separated by a distance (d2) greater than the predetermined distance (d1) when a constraint is exerted on each branch in an opposite direction.
A method for operating a digital device comprising a clock circuit and further comprising a digital function and logic circuits , the digital function and logic circuits having adjustable power and speed parameters, the adjustable power and speed parameters being selectable for operating a digital function over different clock oscillator frequency ranges, the method comprising: configuring the clock circuit to receive an external clock or to function as an internal oscillator with its frequency determined by an external crystal or by a resistor capacitor timing circuit; programming a configuration register wherein the configuration register stores programmable configuration bits used for selecting the adjustable power and speed parameters of the digital function and logic circuits to optimize power utilization when operating at a clock frequency within a corresponding one of the different clock frequency ranges, wherein the programmable configuration bits define one of a plurality of different frequency ranges, wherein a chosen clock frequency of said digital device lies within one of said programmed frequency ranges; and adjusting power and speed parameters of said digital device depending on settings of said configuration register when the clock circuit is configured to receive the external clock or to function as an internal oscillator. configuring the clock circuit to receive an external clock or to function as an internal oscillator with its frequency determined by an external crystal or by a resistor capacitor timing circuit; programming a configuration register wherein the configuration register stores programmable configuration bits used for selecting the adjustable power and speed parameters of the digital function and logic circuits to optimize power utilization when operating at a clock frequency within a corresponding one of the different clock frequency ranges, wherein the programmable configuration bits define one of a plurality of different frequency ranges, wherein a chosen clock frequency of said digital device lies within one of said programmed frequency ranges; and adjusting power and speed parameters of said digital device depending on settings of said configuration register when the clock circuit is configured to receive the external clock or to function as an internal oscillator.
Transport trolley, having a platform structure on whose underside, facing the ground, a plurality of castors are rotatably received in bearing blocks, wherein at least two castors can be blocked by a braking device that can be controlled by means of a hand-operated clamping yoke for moving the transport trolley, in such a way that lowering the clamping yoke in the direction of the ground raises the blocking position of the braking device, characterised in that the clamping yoke is pivotably mounted on the platform structure on two pivot bearings, and is fixedly connected to a bearing frame on which the two blockable castors are fixed in the respective bearing blocks , wherein the bearing frame is vertically slidably guided by means of guiding pins in recesses on the platform structure , and brake elements are arranged on the platform , which contact the tread of the respective blockable castor in the blocking position of the braking device, and wherein two guiding pins arranged vertically one above the other are arranged on each of the two sides of the bearing frame .
A terminal device comprising: a receiver configured to receive higher layer signaling including first information associated with a measurement of a discovery signal, DS, for a carrier frequency and second information indicating whether a partial subframe is configured or not for a serving cell corresponding to the carrier frequency; and a measurement controller configured: to measure reference signal received power, RSRP, and reference signal received quality, RSRQ, based on channel state information reference signals, CSI-RS, included in the DS, and to assume that the DS including the CSI-RS is not transmitted in the partial subframe, in a case that the first information includes a configuration associated with a measurement for the CSI-RS and a transmission of the DS is overlapped in a resource element with a transmission of a physical downlink shared channel, PDSCH and/or an enhanced physical downlink control channel, EPDCCH in the partial subframe. a receiver configured to receive higher layer signaling including first information associated with a measurement of a discovery signal, DS, for a carrier frequency and second information indicating whether a partial subframe is configured or not for a serving cell corresponding to the carrier frequency; and a measurement controller configured: to measure reference signal received power, RSRP, and reference signal received quality, RSRQ, based on channel state information reference signals, CSI-RS, included in the DS, and to assume that the DS including the CSI-RS is not transmitted in the partial subframe, in a case that the first information includes a configuration associated with a measurement for the CSI-RS and a transmission of the DS is overlapped in a resource element with a transmission of a physical downlink shared channel, PDSCH and/or an enhanced physical downlink control channel, EPDCCH in the partial subframe. to measure reference signal received power, RSRP, and reference signal received quality, RSRQ, based on channel state information reference signals, CSI-RS, included in the DS, and to assume that the DS including the CSI-RS is not transmitted in the partial subframe, in a case that the first information includes a configuration associated with a measurement for the CSI-RS and a transmission of the DS is overlapped in a resource element with a transmission of a physical downlink shared channel, PDSCH and/or an enhanced physical downlink control channel, EPDCCH in the partial subframe.