mhurhangee/ep-ind-claims huggingface dataset:
A container assembly for storing a cell or biological sample, said assembly comprising: a container having a side, an open top end, and an internal dimension to contain a volume of a reagent sufficient to treat a biological sample; a cap for coupling to and closing said open top end of said container; and a sample holder having a closure member and an internal cavity with a dimension for receiving a biological sample, said sample holder having a plurality of fluid openings into said cavity enable free flow of said reagent into said cavity, said sample holder having a dimension to fit in said container below said cap and to immerse said cavity in said reagent, said sample holder being separate from said cap, characterized in that wherein said sample holder is removably coupled to said container, wherein said container has a bottom wall with a recess, said recess having a dimension to receive said sample holder by a friction fit or interference fit, and wherein said sample holder has a base dimensioned to fit in said recess in said bottom wall of said container to removably couple said sample holder to said base. a container having a side, an open top end, and an internal dimension to contain a volume of a reagent sufficient to treat a biological sample; a cap for coupling to and closing said open top end of said container; and a sample holder having a closure member and an internal cavity with a dimension for receiving a biological sample, said sample holder having a plurality of fluid openings into said cavity enable free flow of said reagent into said cavity, said sample holder having a dimension to fit in said container below said cap and to immerse said cavity in said reagent, said sample holder being separate from said cap, characterized in that wherein said sample holder is removably coupled to said container, wherein said container has a bottom wall with a recess, said recess having a dimension to receive said sample holder by a friction fit or interference fit, and wherein said sample holder has a base dimensioned to fit in said recess in said bottom wall of said container to removably couple said sample holder to said base.
An interchangeable surgical stapling assembly, comprising: an end effector comprising a sled and a cutting edge; a firing bar operably configured to fire said sled and said cutting edge, wherein said firing bar comprises a distal engagement portion, and wherein said firing bar is movable from a first proximal position to a first distal position to a second proximal position to a second distal position; and a pusher assembly, comprising: a plate comprising a proximal engagement portion, wherein said proximal engagement portion is selectively coupled to said distal engagement portion; wherein when said proximal engagement portion of the plate and said distal engagement portion of the firing bar are engaged, proximal and distal translation of the firing bar is transferable to the plate, characterized in that the pusher assembly comprises a spring configured to bias said proximal engagement portion laterally into engagement with said distal engagement portion when said firing bar is moved from the first distal position to the second proximal position. an end effector comprising a sled and a cutting edge; a firing bar operably configured to fire said sled and said cutting edge, wherein said firing bar comprises a distal engagement portion, and wherein said firing bar is movable from a first proximal position to a first distal position to a second proximal position to a second distal position; and a pusher assembly, comprising: a plate comprising a proximal engagement portion, wherein said proximal engagement portion is selectively coupled to said distal engagement portion; wherein when said proximal engagement portion of the plate and said distal engagement portion of the firing bar are engaged, proximal and distal translation of the firing bar is transferable to the plate, a plate comprising a proximal engagement portion, wherein said proximal engagement portion is selectively coupled to said distal engagement portion; wherein when said proximal engagement portion of the plate and said distal engagement portion of the firing bar are engaged, proximal and distal translation of the firing bar is transferable to the plate,
An apparatus, comprising circuitry and logic to: divide respective ones of a plurality of fabric packets into a plurality different types of data units, including a first data unit comprising a head data unit, followed by a plurality of body data units, and ending with a last data unit comprising a tail data unit, each body data unit composed of a data payload and indicia indicating it is a body data unit, each data unit having a predetermined fixed size, each fabric packet conveying data corresponding to a respective message; and generate a transmit stream of interleaved data units in which data units divided from a plurality of fabric packets are interleaved, wherein the apparatus further comprises a transmit port including circuitry and logic, characterized in that the circuitry and logic is configured to associate the data units divided from each fabric packet with a priority level assigned to the fabric packet; and facilitate fabric packet preemption under which transmission of data units with a higher priority level preempt transmission of data units with a lower priority level such that a stream of data units having a higher priority are interleaved into a stream of data units having a lower priority in the transmit stream of interleaved data units. divide respective ones of a plurality of fabric packets into a plurality different types of data units, including a first data unit comprising a head data unit, followed by a plurality of body data units, and ending with a last data unit comprising a tail data unit, each body data unit composed of a data payload and indicia indicating it is a body data unit, each data unit having a predetermined fixed size, each fabric packet conveying data corresponding to a respective message; and generate a transmit stream of interleaved data units in which data units divided from a plurality of fabric packets are interleaved, wherein the apparatus further comprises a transmit port including circuitry and logic, characterized in that the circuitry and logic is configured to associate the data units divided from each fabric packet with a priority level assigned to the fabric packet; and facilitate fabric packet preemption under which transmission of data units with a higher priority level preempt transmission of data units with a lower priority level such that a stream of data units having a higher priority are interleaved into a stream of data units having a lower priority in the transmit stream of interleaved data units.
A timepiece component, which has a first part and a removable cap, the timepiece component being able to adopt a fastening configuration in which the removable cap is fastened to the first part, and a free configuration in which the cap is separated from the first part, the first part comprising at least two latching members that are intended to cooperate with respectively at least two corresponding assembly members of the cap in the fastening configuration, and the cap and/or the first part is elastically deformable from a rest position to a deformed position in such a way that the deformed position of the cap and/or of the first part is suitable for positioning and removing it respectively from the first part and/or from the cap for passing from the fastening configuration to the free configuration of the timepiece component and vice versa, and such that the rest position makes it possible to stably maintain the fastening configuration of the timepiece component in which the at least two assembly members of the cap are in engagement with the at least two latching members of the first part, the timepiece component is characterized in that it is designed such that, in the fastening configuration and at ambient temperature, the deformed position of the cap and/or of the first part does not allow the cap to be released from the first part of the timepiece component, and such that, in the fastening configuration, the deformed position of the cap and/or of the first part allows the cap to be released from the first part of the timepiece component by raising or lowering the temperature of the cap and/or of the first part to an assembly temperature value, making it possible to pass from the fastening configuration to the free configuration of the timepiece component by thermal expansion contribution.
A method for a computing device with a video encoder or image encoder, the method comprising: encoding video in a sequence, comprising switching of color spaces within the sequence, and outputting encoded data in a bitstream, characterized in that the encoding includes, for each of multiple units of the video within the sequence: eliminating a color space from consideration in rate-distortion analysis if a count of the number of distinct sample values in the primary color component of said color space for the unit is below a threshold amount; performing the rate-distortion analysis to evaluate the remaining color spaces, wherein the rate-distortion analysis is biased towards a default color space for the unit; and selecting one of the remaining color spaces depending on results of the rate-distortion analysis. encoding video in a sequence, comprising switching of color spaces within the sequence, and outputting encoded data in a bitstream, characterized in that the encoding includes, for each of multiple units of the video within the sequence: eliminating a color space from consideration in rate-distortion analysis if a count of the number of distinct sample values in the primary color component of said color space for the unit is below a threshold amount; performing the rate-distortion analysis to evaluate the remaining color spaces, wherein the rate-distortion analysis is biased towards a default color space for the unit; and selecting one of the remaining color spaces depending on results of the rate-distortion analysis. eliminating a color space from consideration in rate-distortion analysis if a count of the number of distinct sample values in the primary color component of said color space for the unit is below a threshold amount; performing the rate-distortion analysis to evaluate the remaining color spaces, wherein the rate-distortion analysis is biased towards a default color space for the unit; and selecting one of the remaining color spaces depending on results of the rate-distortion analysis.
A process for the manufacture of sulphur-containing fertilizer compositions, said process comprising the steps of: a) providing a slurry of at least one phosphate-based fertilizer material selected from the group consisting of ammonium phosphates, ammonium phosphate based nitrogen-phosphorus-potassium compounds, super phosphates and partially acidulated phosphate rocks; b) bringing said slurry into contact with at least one anionic surfactant and a liquid phase of elemental sulphur, wherein the liquid phase of elemental sulphur is a slurry of sulphur particles in an aqueous medium or comprises molten sulphur, and, when the liquid phase of elemental sulphur comprises molten sulphur, keeping the temperature of the mixture of slurry, surfactant and sulphur above the melting point of sulphur; and c) introducing the mixture obtained in step b) into a granulator unit in order to obtain granules of the fertilizer composition, wherein the at least one phosphate-based fertilizer material is present in an amount in the range of at least 50 wt.%, the elemental sulfur is present in an amount in the range of from 1 to 25 wt.% and the at least one anionic surfactant is present in an amount in the range of from 0.001 to 3 wt.% based on the overall weight of the fertilizer composition. a) providing a slurry of at least one phosphate-based fertilizer material selected from the group consisting of ammonium phosphates, ammonium phosphate based nitrogen-phosphorus-potassium compounds, super phosphates and partially acidulated phosphate rocks; b) bringing said slurry into contact with at least one anionic surfactant and a liquid phase of elemental sulphur, wherein the liquid phase of elemental sulphur is a slurry of sulphur particles in an aqueous medium or comprises molten sulphur, and, when the liquid phase of elemental sulphur comprises molten sulphur, keeping the temperature of the mixture of slurry, surfactant and sulphur above the melting point of sulphur; and c) introducing the mixture obtained in step b) into a granulator unit in order to obtain granules of the fertilizer composition, wherein the at least one phosphate-based fertilizer material is present in an amount in the range of at least 50 wt.%, the elemental sulfur is present in an amount in the range of from 1 to 25 wt.% and the at least one anionic surfactant is present in an amount in the range of from 0.001 to 3 wt.% based on the overall weight of the fertilizer composition.
A left atrial appendage occluder, comprising a sealing disc and a fixing bracket which is connected to the sealing disc and located at one side of the sealing disc, the fixing bracket comprising a connecting portion connected to the sealing disc and a plurality of supports extending out from the connecting portion in a distal direction and being bent in a proximal direction, to define a recessed area and to form a plurality of spaced suspended supporting segments, the supporting segments each being provided with at least one anchoring barb facing the sealing disc, characterized in that the left atrial appendage occluder further comprises a thin film, at least one anchoring barb penetrating through the thin film and all of the supports being connected one after another through the thin film, and wherein the supports are further provided with a plurality of fixing holes, through which the thin film is fixed on the supports by suturing. a sealing disc and a fixing bracket which is connected to the sealing disc and located at one side of the sealing disc, the fixing bracket comprising a connecting portion connected to the sealing disc and a plurality of supports extending out from the connecting portion in a distal direction and being bent in a proximal direction, to define a recessed area and to form a plurality of spaced suspended supporting segments, the supporting segments each being provided with at least one anchoring barb facing the sealing disc, characterized in that the left atrial appendage occluder further comprises a thin film, at least one anchoring barb penetrating through the thin film and all of the supports being connected one after another through the thin film, and wherein the supports are further provided with a plurality of fixing holes, through which the thin film is fixed on the supports by suturing.
Transmission device for a multicopter, having a drive shaft, an output shaft, a planetary gear set and an electric machine, wherein the planetary gear set has a plurality of elements, specifically at least a first element, a second element and a third element, and wherein the rotor of the electric machine is connected to the drive shaft, wherein - the drive shaft is furthermore connected rotationally conjointly to the first element, - the output shaft is connected rotationally conjointly to the second element, - the third element is fixed to a rotationally fixed structural element, - wherein, for the conveyance of a first fluid in a first fluid circuit for the lubrication and/or cooling of the components of the transmission device, a conveying device is provided within the output shaft designed as a hollow shaft, and at least one first fluid line is provided which is designed to provide the first fluid conveyed within the output shaft to the components, characterized in that, for the conveyance of a second fluid in a second fluid circuit for the cooling of components of power electronics and/or for the cooling of the first fluid, a pump is provided, the inner pump impeller of which is connected rotationally conjointly to the output shaft. - the drive shaft is furthermore connected rotationally conjointly to the first element, - the output shaft is connected rotationally conjointly to the second element, - the third element is fixed to a rotationally fixed structural element, - wherein, for the conveyance of a first fluid in a first fluid circuit for the lubrication and/or cooling of the components of the transmission device, a conveying device is provided within the output shaft designed as a hollow shaft, and at least one first fluid line is provided which is designed to provide the first fluid conveyed within the output shaft to the components,
System product for the protective treatment of mineral surfaces, plastics with porous surfaces, microporous floors and floor materials, i.e. floors and floor materials with pores in the micrometer range, such as parquet, wood of all kinds, linoleum, rubber/rubber, PVC, polyurethane, epoxy, natural stones, limestone, concrete, anhydrite, cement filler and others, in the form of a water-dilutable lacquer, consisting of at least two components A and B with three basic components, namely A a water-dilutable two-component epoxy primer, and B of an aqueous polymer dispersion having a pH between 6 and 9 and an emulsifiable isocyanate resin, where component B is free from polysiloxanes. A a water-dilutable two-component epoxy primer, and B of an aqueous polymer dispersion having a pH between 6 and 9 and an emulsifiable isocyanate resin,
Wide combined machine consisting of a soil-working machine with a frame, a hitching system and a seeder, the said combined machine is intended to be connected to a tractor by means of the hitching system and to rest on the ground by means of a carriage equipped with wheels, characterized in that the said carriage is connected to the said hitching system by means of a first connecting device, of the said frame of the said soil-working machine, and of a second connecting device, the said first connecting device consists of an articulated quadrilateral with a first upper arm and a first lower arm.
Fixing assembly, comprising a first clamping element, a second clamping element and a connecting means for connecting the first and second clamping elements (100, 200), wherein the first and second clamping elements are adapted to be fixed on at least two wires (111, 112), and in particular to be fixable on different wire types; wherein the first clamping element is provided on a first side with at least one first groove and at least one second groove; and the second clamping element is provided on a first side with at least one first groove and at least one second groove, wherein each first groove of the first clamping element is adapted for co-action with a first groove of the second clamping element for the purpose of receiving a first wire therebetween, and each second groove of the first clamping element is adapted for co-action with a second groove of the second clamping element for the purpose of receiving a second wire therebetween; this such that the first and the second wire (111,112) can be carried between the first sides (100A, 200A) of the first and the second clamping element (100, 200), and the first and the second clamping element (100, 200) can be fixed on the first and second wire (111, 112) by the connecting means; characterized in that the at least one first groove and/or the at least one second groove of the first and second clamping element (100, 200) comprises in each case at least two adjacent first and/or second grooves (102, 202).
A dry mixture for a geopolymer binder, comprising: (i) 15-90 wt% of the dry mixture of at least one fly ash material which is a Class F fly ash material comprising ≤ 15 wt% of calcium oxide; (ii) 5-80 wt% of the dry mixture of at least one gelation enhancer comprising metakaolin; and (iii) 5-80 wt% of the dry mixture of at least one hardening enhancer having a different composition from the at least one fly ash material and comprising blast furnace slag, Class C fly ash, gypsum, calcium rich chabazite, calcium rich clinoptilolite, calcium hydroxide, aluminum hydroxide, vitreous calcium aluminosilicate, kiln dust, bottom ash or combinations thereof. (i) 15-90 wt% of the dry mixture of at least one fly ash material which is a Class F fly ash material comprising ≤ 15 wt% of calcium oxide; (ii) 5-80 wt% of the dry mixture of at least one gelation enhancer comprising metakaolin; and (iii) 5-80 wt% of the dry mixture of at least one hardening enhancer having a different composition from the at least one fly ash material and comprising blast furnace slag, Class C fly ash, gypsum, calcium rich chabazite, calcium rich clinoptilolite, calcium hydroxide, aluminum hydroxide, vitreous calcium aluminosilicate, kiln dust, bottom ash or combinations thereof.
A method of treating a biomass comprising a microcrop to generate a product comprising a soluble microcrop protein, the method comprising: lysing the biomass to form a lysed biomass; separating the lysed biomass to generate a juice fraction and a solid fraction, separating the juice fraction to generate a first juice and a first cake; and filtering the first juice to generate a first soluble protein and a first reject stream, wherein the method further comprises at least one of precipitating oxalate from the lysed biomass and precipitating oxalate from the juice fraction, and wherein the first soluble protein comprises an oxalic acid content of less than about 0.6% DMB. lysing the biomass to form a lysed biomass; separating the lysed biomass to generate a juice fraction and a solid fraction, separating the juice fraction to generate a first juice and a first cake; and filtering the first juice to generate a first soluble protein and a first reject stream, wherein the method further comprises at least one of precipitating oxalate from the lysed biomass and precipitating oxalate from the juice fraction, and wherein the first soluble protein comprises an oxalic acid content of less than about 0.6% DMB. wherein the method further comprises at least one of precipitating oxalate from the lysed biomass and precipitating oxalate from the juice fraction, and wherein the first soluble protein comprises an oxalic acid content of less than about 0.6% DMB.
Use of a composition for a refrigerating machine oil, the composition comprising: a base oil; and a partial ester of a carboxylic acid and a polyhydric alcohol; wherein the carboxylic acid comprises an unsaturated carboxylic acid having 12 or more carbon atoms, and the polyhydric alcohol comprises pentaerythritol. a base oil; and a partial ester of a carboxylic acid and a polyhydric alcohol; wherein the carboxylic acid comprises an unsaturated carboxylic acid having 12 or more carbon atoms, and the polyhydric alcohol comprises pentaerythritol.
A catalyst system comprising (i) a supported chromium catalyst comprising: chromium oxide, and a silica-containing support comprising silica having a pore volume of 2.4 to 3.7 cm 3 /g and a surface area of 410 to 620 m 2 /g; wherein said supported chromium catalyst is activated at 400 to 860°C; and, (ii) an organoaluminum compound; wherein said organoaluminum compound is an alkyl aluminum alkoxide compound, which is a compound having the general formula R 2 -Al-OR wherein R can be any of one to twelve carbon alkyl groups and OR is a one to twelve carbon alkoxy or phenoxy group, wherein the R groups can be the same or different. (i) a supported chromium catalyst comprising: chromium oxide, and a silica-containing support comprising silica having a pore volume of 2.4 to 3.7 cm 3 /g and a surface area of 410 to 620 m 2 /g; wherein said supported chromium catalyst is activated at 400 to 860°C; and, chromium oxide, and a silica-containing support comprising silica having a pore volume of 2.4 to 3.7 cm 3 /g and a surface area of 410 to 620 m 2 /g; wherein said supported chromium catalyst is activated at 400 to 860°C; and, (ii) an organoaluminum compound;