mhurhangee/patent-ind-claim-en huggingface dataset:
Composition consisting of zirconium oxide, cerium oxide, yttrium oxide and at least one oxide of a rare earth metal selected from lanthanum, neodymium and praseodymium, characterized by the following proportions of these oxides, expressed by weight: ▪ the proportion of cerium oxide is between 3% and 15%; ▪ the proportion of yttrium oxide is at least 3% and it is: ▪ at most 6% if the proportion of cerium oxide is between 12% excluded and 15% included; ▪ at most 10% if the proportion of cerium oxide is between 7% excluded and 12% included; ▪ at most 30% if the proportion of cerium oxide is between 3% and 7% included; ▪ the proportion of the oxide of said rare earth metal selected from lanthanum, neodymium and praseodymium is thus defined: ▪ it is at least 1%; ▪ it is at most 10% if the proportion of cerium oxide is between 12% excluded and 15% included; ▪ it is at most 18% if the proportion of cerium oxide is between 7% excluded and 12% included; ▪ the total proportion of yttrium oxide and of oxide of the rare earth metal selected from lanthanum, neodymium and praseodymium is at most 30% if the proportion of cerium oxide is between 3% and 7% included; ▪ the remainder being made up of zirconium oxide; and also by a specific surface area of at least 40 m 2 /g after calcining for 4 hours at 1000°C; said composition having a major phase of cubic or quadratic symmetry or else being in the form of a pure solid solution of the elements cerium, yttrium and rare earth metal in the zirconium oxide. ▪ the proportion of cerium oxide is between 3% and 15%; ▪ the proportion of yttrium oxide is at least 3% and it is: ▪ at most 6% if the proportion of cerium oxide is between 12% excluded and 15% included; ▪ at most 10% if the proportion of cerium oxide is between 7% excluded and 12% included; ▪ at most 30% if the proportion of cerium oxide is between 3% and 7% included; ▪ at most 6% if the proportion of cerium oxide is between 12% excluded and 15% included; ▪ at most 10% if the proportion of cerium oxide is between 7% excluded and 12% included; ▪ at most 30% if the proportion of cerium oxide is between 3% and 7% included; ▪ the proportion of the oxide of said rare earth metal selected from lanthanum, neodymium and praseodymium is thus defined: ▪ it is at least 1%; ▪ it is at most 10% if the proportion of cerium oxide is between 12% excluded and 15% included; ▪ it is at most 18% if the proportion of cerium oxide is between 7% excluded and 12% included; ▪ the total proportion of yttrium oxide and of oxide of the rare earth metal selected from lanthanum, neodymium and praseodymium is at most 30% if the proportion of cerium oxide is between 3% and 7% included; ▪ it is at least 1%; ▪ it is at most 10% if the proportion of cerium oxide is between 12% excluded and 15% included; ▪ it is at most 18% if the proportion of cerium oxide is between 7% excluded and 12% included; ▪ the total proportion of yttrium oxide and of oxide of the rare earth metal selected from lanthanum, neodymium and praseodymium is at most 30% if the proportion of cerium oxide is between 3% and 7% included; ▪ the remainder being made up of zirconium oxide;
A method for compressing data by a server, wherein the method comprises: parsing (S101), by the server, an information block in a data block, to obtain a file type of data in the data block and a data sub-block that is comprised in the data block; determining (S102), by the server, a characteristic of data in the data sub-block according to a mapping relationship configured in the server between the file type and the characteristic of the data in the data sub-block, and selecting (S103), by the server according to the characteristic, a target compression algorithm that is used to compress the data in the data sub-block; and compressing (S104), by the server, the data in the data sub-block by using the target compression algorithm. parsing (S101), by the server, an information block in a data block, to obtain a file type of data in the data block and a data sub-block that is comprised in the data block; determining (S102), by the server, a characteristic of data in the data sub-block according to a mapping relationship configured in the server between the file type and the characteristic of the data in the data sub-block, and selecting (S103), by the server according to the characteristic, a target compression algorithm that is used to compress the data in the data sub-block; and compressing (S104), by the server, the data in the data sub-block by using the target compression algorithm.
A medical instrument for removal of spongy bone, comprising: an outer sleeve , a pushing device arranged in the outer sleeve, wherein the pushing device is arranged in the outer sleeve to be movable in the axial direction (X-X) of the medical instrument, a cutting device arranged on the pushing device, and a motion link guide arranged between the pushing device and the cutting device for converting the axial movement of the pushing device into a pivoting movement of the cutting device , wherein the cutting device comprises a curette with a base body , characterized in that the curette further comprises an annular cutting eyelet having a through opening . an outer sleeve , a pushing device arranged in the outer sleeve, wherein the pushing device is arranged in the outer sleeve to be movable in the axial direction (X-X) of the medical instrument, a cutting device arranged on the pushing device, and a motion link guide arranged between the pushing device and the cutting device for converting the axial movement of the pushing device into a pivoting movement of the cutting device , wherein the cutting device comprises a curette with a base body , characterized in that the curette further comprises an annular cutting eyelet having a through opening .
An air filter bag having tapered sides, said air filter bag comprising: a height from 35 cm to 50 cm; wherein the air filter bag has an opening; and a first taper angle from 65° to 83° near said opening, wherein said first taper angle is determined by method A defined in the description under paragraph "Method for measuring First Taper Angle", wherein the air filter bag further comprises a gusset at the distal end of the air filter bag, wherein said gusset comprises a gusset taper angle from 42° to 48° and a depth of less than 10.2 cm. a height from 35 cm to 50 cm; wherein the air filter bag has an opening; and a first taper angle from 65° to 83° near said opening, wherein said first taper angle is determined by method A defined in the description under paragraph "Method for measuring First Taper Angle", wherein the air filter bag further comprises a gusset at the distal end of the air filter bag, wherein said gusset comprises a gusset taper angle from 42° to 48° and a depth of less than 10.2 cm.
A material transfer vehicle comprising: (a) a material-receiving device that is adapted to receive asphalt paving material; and (b) a loading conveyor that is operatively connected to the material-receiving device and adapted to receive asphalt paving material from the material-receiving device ; wherein the loading conveyor has a long axis and a width (Wc) that is measured transverse to the long axis, and the material-receiving device has a width (W M ) measured transverse to the long axis of the loading conveyor that is greater that the width (Wc) of the loading conveyor , so that a recess is created adjacent to the loading conveyor and behind the material-receiving device ; characterised in that the material transfer vehicle further comprises: (c) a ground operator's station that is located in the recess adjacent to the loading conveyor and behind the material-receiving device , said ground operator's station comprising: (i) a lower platform on which the ground operator may stand; (ii) a seat on which the ground operator may sit. (a) a material-receiving device that is adapted to receive asphalt paving material; and (b) a loading conveyor that is operatively connected to the material-receiving device and adapted to receive asphalt paving material from the material-receiving device ; wherein the loading conveyor has a long axis and a width (Wc) that is measured transverse to the long axis, and the material-receiving device has a width (W M ) measured transverse to the long axis of the loading conveyor that is greater that the width (Wc) of the loading conveyor , so that a recess is created adjacent to the loading conveyor and behind the material-receiving device ; (i) a lower platform on which the ground operator may stand; (ii) a seat on which the ground operator may sit.
A therapy planning system for generating an optimal radiation treatment plan, said system comprising: at least one processor programmed to: receive a plurality of treatment plan objectives; receive diagnostic imaging data of a subject; capture geometries of organs at risk and a target volume specific to the subject; access a knowledgebase and match the captured geometries to a previously generated treatment plan returned from the knowledgebase using proximity information, overlap and a calculated shape metric; optimize a plurality of treatment plan parameters based on the plurality of objectives to generate a first treatment plan; reformulate the plurality of objectives including at least one of modifying parameters of the plurality of objectives and adding one or more additional objectives to the plurality of objectives; repeat the optimizing based on the reformulated plurality of objectives to generate a reformulated treatment plan; characterized in that the at least one processor is further programmed to: construct subject specific dosimetric information from the previously generated treatment plan; and interface the dosimetric information as initial subject specific treatment plan objectives for optimization. receive a plurality of treatment plan objectives; receive diagnostic imaging data of a subject; capture geometries of organs at risk and a target volume specific to the subject; access a knowledgebase and match the captured geometries to a previously generated treatment plan returned from the knowledgebase using proximity information, overlap and a calculated shape metric; optimize a plurality of treatment plan parameters based on the plurality of objectives to generate a first treatment plan; reformulate the plurality of objectives including at least one of modifying parameters of the plurality of objectives and adding one or more additional objectives to the plurality of objectives; repeat the optimizing based on the reformulated plurality of objectives to generate a reformulated treatment plan; characterized in that the at least one processor is further programmed to: construct subject specific dosimetric information from the previously generated treatment plan; and interface the dosimetric information as initial subject specific treatment plan objectives for optimization. construct subject specific dosimetric information from the previously generated treatment plan; and interface the dosimetric information as initial subject specific treatment plan objectives for optimization.
A dental x-ray image media holder of the type having an image media backing plate affixed to a bite block and used to facilitate a dental x-ray procedure, the improvement comprising: providing a means to adjust the position of the bite block relative to the backing plate and providing a plurality of indicia to indicate the position of the bite block relative to the backing plate for a preselected dental x-ray procedure.
Method for wrapping a load with a film or strip or band of extensible material, comprising: - unwinding said film of extensible material from a reel ; - making at least one pleat on the film by means of a pleating system (5; 15), said pleat being parallel to a movement direction (A) of said film ; - stretching said film by means of a pair of pre-stretching rollers ; - welding the at least one pleat by means of at least one of said pair of pre-stretching rollers ; - wrapping the load with the film provided with said pleat . - unwinding said film of extensible material from a reel ; - making at least one pleat on the film by means of a pleating system (5; 15), said pleat being parallel to a movement direction (A) of said film ; - stretching said film by means of a pair of pre-stretching rollers ; - welding the at least one pleat by means of at least one of said pair of pre-stretching rollers ; - wrapping the load with the film provided with said pleat .
A retractor assembly for tissue retraction at the site of an incision that can be used in an open or closed configuration, the retractor assembly comprising: an arcuate frame member having a first arc terminal end , a second arc terminal end , a first connector engagement feature at the first arc terminal end , and a second connector engagement feature at the second arc terminal end ; an arcuate connector having a third arc terminal end , a fourth arc terminal end , a first frame engagement feature at the third arc terminal end configured to reversibly engage with the first connector engagement feature , and a second frame engagement feature at the fourth arc terminal end configured to reversibly engage with the second connector engagement feature ; a groove running along a proximal surface of the frame member ; a mobile carriage engaged to the groove to allow the carriage to translate along the groove ; and a retractor blade assembly comprising a retractor blade and a blade post engaged to the mobile carriage , and free to yaw, pitch, and roll relative to the mobile carriage ; characterized in that the mobile carriage comprises two track engagement features in static relationship to one another and engaged to the groove such that as the mobile carriage translates along the groove it simultaneously yaws so that the same side of the mobile carriage always faces towards the centre of the circle defined by the frame member , and wherein the groove has a cross-sectional profile with a narrow proximal neck and a broader distal foot, and each track engaging feature has a complementary shape with a narrow stem and a broader base to allow the mobile carriage to translate along the groove , while constraining the mobile carriage from departing from the groove .
A composite power storage system, comprising: a first power storage device connected to a power grid or a load device through an inverter; a second power storage device connected to the power grid or the load device through an inverter and having a higher power density adapted to withstand abrupt fluctuation in output than the first power storage device ; and a first control device adapted to instruct the first power storage device to charge or discharge with first power based on a charge/discharge command with respect to the power grid or the load device, and to instruct the second power storage device to charge or discharge with second power corresponding to a difference between the charge/discharge command and the first power at a shorter time period compared to the instruction to the first power storage device , characterized in that : the first control device is adapted to instruct the first power storage device to charge or discharge with the first power in every first time period, and to instruct the second power storage device to charge or discharge with the second power in every second time period shorter than the first time period. a first power storage device connected to a power grid or a load device through an inverter; a second power storage device connected to the power grid or the load device through an inverter and having a higher power density adapted to withstand abrupt fluctuation in output than the first power storage device ; and a first control device adapted to instruct the first power storage device to charge or discharge with first power based on a charge/discharge command with respect to the power grid or the load device, and to instruct the second power storage device to charge or discharge with second power corresponding to a difference between the charge/discharge command and the first power at a shorter time period compared to the instruction to the first power storage device , characterized in that : the first control device is adapted to instruct the first power storage device to charge or discharge with the first power in every first time period, and to instruct the second power storage device to charge or discharge with the second power in every second time period shorter than the first time period.
A composition comprising: a propylene based polymer; a polymeric ethylene ionomer; a vulcanizing agent that is a crosslinker and that is reactive with the polymeric ethylene ionomer; and a compatibilizer that is a crystalline block composite including: a crystalline ethylene based polymer, a crystalline alpha-olefin based polymer derived from a C 3-10 α-olefin, and a block copolymer comprising 10 to 90 wt% of a crystalline ethylene block comprising at least 85 wt% of units derived from ethylene and 10 to 90 wt% of a crystalline alpha-olefin block comprising at least 90 wt% of units derived from the C 3-10 α-olefin. a propylene based polymer; a polymeric ethylene ionomer; a vulcanizing agent that is a crosslinker and that is reactive with the polymeric ethylene ionomer; and a compatibilizer that is a crystalline block composite including: a crystalline ethylene based polymer, a crystalline alpha-olefin based polymer derived from a C 3-10 α-olefin, and a block copolymer comprising 10 to 90 wt% of a crystalline ethylene block comprising at least 85 wt% of units derived from ethylene and 10 to 90 wt% of a crystalline alpha-olefin block comprising at least 90 wt% of units derived from the C 3-10 α-olefin. a crystalline ethylene based polymer, a crystalline alpha-olefin based polymer derived from a C 3-10 α-olefin, and a block copolymer comprising 10 to 90 wt% of a crystalline ethylene block comprising at least 85 wt% of units derived from ethylene and 10 to 90 wt% of a crystalline alpha-olefin block comprising at least 90 wt% of units derived from the C 3-10 α-olefin.
Gear milling cutter for milling a gear , the gear having a first helical gear rim and a second helical gear rim , the gear milling cutter having, on a milling shaft mounted rotatably about an axis (WA), a first hob cutter for milling out the first gear rim and a second hob cutter for milling out the second gear rim , characterized in that , the milling shaft and the first hob cutter and the second hob cutter are formed in one piece and the respective external diameters of the hob cutters are identical, wherein the hob cutters have studs arranged in a helical shape around the milling shaft , the helical shape of the first hob cutter being designed in the opposite direction to the helical shape of the second hob cutter .
A catalyst composition useful in the catalytic reduction of sulfur compounds contained in a gas stream, wherein said catalyst composition comprises: a formed agglomerate of a comulled mixture, comprising pseudoboehmite, a cobalt compound and a molybdenum compound, wherein said formed agglomerate has been calcined to provide said catalyst composition, comprising gamma-alumina, from 7.5 wt.% to 15 wt.% molybdenum; and from 2.75 wt. % to 6 wt.% cobalt, wherein each wt.% is based on the total weight of said catalyst composition and the metal as an oxide regardless of its actual form; wherein said catalyst composition has a bimodal pore structure such that: less than 6 % of the total pore volume of said catalyst composition is contained within pores having a pore diameter greater than 10,000 Å; a first major portion of greater than 25 % and less than 60 % of the total pore volume of said catalyst composition is contained within pores having a pore diameter in the range of from 50 Å to 150 Å; a second major portion of greater than 15 % and less than 50 % of the total pore volume of said catalyst composition is contained within pores having a pore diameter in the range of from 1000 Å to 10,000 Å; and a minor portion of less than 15 % of the total pore volume of said catalyst composition is contained within pores having a pore diameter in the range of from 150 Å to 1000 Å; and wherein pore diameter is determined by surface area from mercury porosimetry (with a contact angle of 140 degrees). less than 6 % of the total pore volume of said catalyst composition is contained within pores having a pore diameter greater than 10,000 Å; a first major portion of greater than 25 % and less than 60 % of the total pore volume of said catalyst composition is contained within pores having a pore diameter in the range of from 50 Å to 150 Å; a second major portion of greater than 15 % and less than 50 % of the total pore volume of said catalyst composition is contained within pores having a pore diameter in the range of from 1000 Å to 10,000 Å; and a minor portion of less than 15 % of the total pore volume of said catalyst composition is contained within pores having a pore diameter in the range of from 150 Å to 1000 Å; and wherein pore diameter is determined by surface area from mercury porosimetry (with a contact angle of 140 degrees).
Particle detection device comprising a support and at least one moveable structure with respect to the support , said moveable structure comprising a platform , of which one face at least is intended to receive the particle(s) to detect, suspension means for suspending the platform such that the platform can be made to vibrate with respect to the support , actuating means for making said platform vibrate at at least one of its resonance frequencies, detection means for detecting the displacement of the platform in a given direction, the suspension means comprising at least two beams (12.1, 12.2, 12.3, 12.4), configured to deform when the platform is made to vibrate, in which each beam (12.1, 12.2, 12.3, 12.4) has a length I, a width L and a thickness e and the platform has a dimension in the direction of displacement of the platform, characterized in that - the dimension of each beam in the given direction of displacement of the platform is at least 10 times smaller than the dimension of the platform in the given direction of displacement, and - in the case of a detection device with in plane mode l ≥ 10 ×L and in the case of a detection device with out of plane mode l ≥ 10 ×e, such that, when the platform is made to vibrate, said platform is not or is little deformed by the action of the beams. - the dimension of each beam in the given direction of displacement of the platform is at least 10 times smaller than the dimension of the platform in the given direction of displacement, and - in the case of a detection device with in plane mode l ≥ 10 ×L and in the case of a detection device with out of plane mode l ≥ 10 ×e, such that, when the platform is made to vibrate, said platform is not or is little deformed by the action of the beams.