mhurhangee/patent-ind-claim-en huggingface dataset:
A process for reducing the average particle size of a granular material by a factor of at least 20, said process comprising the steps of: - providing a mixing vessel equipped with (A) a high speed disperser having a mixing disk and (B) a rotor stator mixer, - providing a liquid medium to the mixing vessel, said liquid medium includes, dissolved or suspended therein a grinding aid chemical selected from the group of sand, silicate powder, phosphoric acid, sulfuric acid, nitric acid and other strong or weak acids; - switching on the high speed disperser (A) at a circumferential speed of the mixing disk ranging from 1 to 50 m/s, - adding to the mixing vessel a granular material having an average particle size ranging from 1 to 5 mm, said mineral granular material being compatible with the liquid medium, - operating the high speed disperser (A) for a period of time sufficient to reduce the average size of the granular material by a factor of at least 10, thus producing granules of an intermediate average size ranging from 0.1 to 0.5 mm, - switching on the rotor stator mixer (B) and operating said rotor stator mixer for a period of time sufficient to reduce the average size of the intermediate granules by a factor of at least 2, thus producing fine particles having an average size ranging from 0.001 to 50 μm. - providing a mixing vessel equipped with (A) a high speed disperser having a mixing disk and (B) a rotor stator mixer, - providing a liquid medium to the mixing vessel, said liquid medium includes, dissolved or suspended therein a grinding aid chemical selected from the group of sand, silicate powder, phosphoric acid, sulfuric acid, nitric acid and other strong or weak acids; - switching on the high speed disperser (A) at a circumferential speed of the mixing disk ranging from 1 to 50 m/s, - adding to the mixing vessel a granular material having an average particle size ranging from 1 to 5 mm, said mineral granular material being compatible with the liquid medium, - operating the high speed disperser (A) for a period of time sufficient to reduce the average size of the granular material by a factor of at least 10, thus producing granules of an intermediate average size ranging from 0.1 to 0.5 mm, - switching on the rotor stator mixer (B) and operating said rotor stator mixer for a period of time sufficient to reduce the average size of the intermediate granules by a factor of at least 2, thus producing fine particles having an average size ranging from 0.001 to 50 μm.
Device for cleaning teeth which comprises: - a dental floss fork provided with: - a handle that can be gripped by a user, and - two rods which are extended from a first common end of said handle up to respective free ends (4") thereof that are spaced from each other; - a dental floss , which is mounted with a bridge section between the free ends (4") of the two rods of said dental floss fork ; characterised in that said dental floss is an annular extension forming a closed loop composed of said bridge section and of a complementary section (5"); said dental floss fork being provided with guide means perimetrically extended surrounding the dental floss fork, in which said dental floss is housed, in order to support said dental floss along its annular extension; said dental floss being slidably mounted within said guide means ; wherein said dental floss fork has a flattened form with its two opposite faces (2',2") parallel and with extension substantially on a lying plane (P), which is extended along a rectilinear main direction (Y) with the rods parallel to each other and to said rectilinear extension direction (Y); wherein said dental floss is a flat thread, with its width which is substantially orthogonal to the lying plane (P) of said dental floss fork . - a dental floss fork provided with: - a handle that can be gripped by a user, and - two rods which are extended from a first common end of said handle up to respective free ends (4") thereof that are spaced from each other; - a handle that can be gripped by a user, and - two rods which are extended from a first common end of said handle up to respective free ends (4") thereof that are spaced from each other; - a dental floss , which is mounted with a bridge section between the free ends (4") of the two rods of said dental floss fork ; wherein said dental floss fork has a flattened form with its two opposite faces (2',2") parallel and with extension substantially on a lying plane (P), which is extended along a rectilinear main direction (Y) with the rods parallel to each other and to said rectilinear extension direction (Y); wherein said dental floss is a flat thread, with its width which is substantially orthogonal to the lying plane (P) of said dental floss fork .
A computer-implemented method for controlling the operation of a plurality of auxiliary components within a vehicle, the method comprising: receiving , via a first touch sensing surface , a first input gesture; translating , based on a mode map , the first input gesture into a selection of a first mode corresponding to a first auxiliary component included in the plurality of auxiliary components; wherein the mode map provides a translation of input gestures into different modes, and each mode corresponds to a different auxiliary component included in the plurality of auxiliary components; in response, identifying a first command map associated with the first mode and corresponding to the first auxiliary component, wherein the first command map provides a translation of input gestures into different commands that control the operation of the first auxiliary component; receiving , via a second touch sensing surface , a second input gesture, wherein the second input gesture is received before the first input gesture, and further comprising buffering the second input for a preset time interval; translating , in accordance with the first command map , the second input gesture into a first command that relates to the operation of the first auxiliary component; and causing the first command to be transmitted to the first auxiliary component receiving , via a first touch sensing surface , a first input gesture; translating , based on a mode map , the first input gesture into a selection of a first mode corresponding to a first auxiliary component included in the plurality of auxiliary components; wherein the mode map provides a translation of input gestures into different modes, and each mode corresponds to a different auxiliary component included in the plurality of auxiliary components; in response, identifying a first command map associated with the first mode and corresponding to the first auxiliary component, wherein the first command map provides a translation of input gestures into different commands that control the operation of the first auxiliary component; receiving , via a second touch sensing surface , a second input gesture, wherein the second input gesture is received before the first input gesture, and further comprising buffering the second input for a preset time interval; translating , in accordance with the first command map , the second input gesture into a first command that relates to the operation of the first auxiliary component; and causing the first command to be transmitted to the first auxiliary component
Seat to be fastened to a motor vehicle chassis , comprising: - a seat pan that is equipped with means for mounting so as to be able to move in translation on the chassis along a first sliding axis (A5), - a backrest that has a top part and a bottom part articulated, on the one hand, to the top part about a first pivot axis (A1), and, on the other hand, to the seat pan about a second pivot axis (A2), characterized in that it has a rear cover that is mounted so as to be able to move in translation on the top part of the backrest along a second sliding axis (A7) and that is equipped with means for mounting so as to be able to pivot on the chassis about a third pivot axis (A3). - a seat pan that is equipped with means for mounting so as to be able to move in translation on the chassis along a first sliding axis (A5), - a backrest that has a top part and a bottom part articulated, on the one hand, to the top part about a first pivot axis (A1), and, on the other hand, to the seat pan about a second pivot axis (A2),
A hydrated Eta crystalline form of bilastine characterized in that it has an X-ray diffractogram that comprises characteristic peaks at 8.4; 9.6; 12.2; 13.2; 15.1; and 19.2 ± 0.2 degrees 2 theta measured with an X-ray diffractometer with Cu Kα radiation (1.5418 Å).
A process for producing phenol and/or cyclohexanone, the process comprising: (a) contacting cyclohexylbenzene with an oxygen-containing gas in the presence of an oxidation catalyst under oxidation conditions effective to produce an oxidation effluent comprising cyclohexylbenzene hydroperoxide at a first concentration Con1 and residual cyclohexylbenzene; (b) concentrating at least a portion of the oxidation effluent to produce a cleavage feed comprising cyclohexylbenzene hydroperoxide at a second concentration Con2, where Con2 > Con1; and (c) contacting a cleavage reaction mixture formed from the cleavage feed with a solid acid catalyst in a cleavage reaction zone under conditions effective to produce a cleavage product comprising phenol and cyclohexanone; (d) dividing the cleavage effluent into at least a cleavage product stream comprising phenol and cyclohexanone, and a cleavage recycle stream; (e) returning the cleavage recycle stream of (d) to the cleavage reaction zone. (a) contacting cyclohexylbenzene with an oxygen-containing gas in the presence of an oxidation catalyst under oxidation conditions effective to produce an oxidation effluent comprising cyclohexylbenzene hydroperoxide at a first concentration Con1 and residual cyclohexylbenzene; (b) concentrating at least a portion of the oxidation effluent to produce a cleavage feed comprising cyclohexylbenzene hydroperoxide at a second concentration Con2, where Con2 > Con1; and (c) contacting a cleavage reaction mixture formed from the cleavage feed with a solid acid catalyst in a cleavage reaction zone under conditions effective to produce a cleavage product comprising phenol and cyclohexanone; (d) dividing the cleavage effluent into at least a cleavage product stream comprising phenol and cyclohexanone, and a cleavage recycle stream; (e) returning the cleavage recycle stream of (d) to the cleavage reaction zone.
A medical system comprising a medical device, the medical device including: an elongate body including a proximal portion , a distal portion having a distal end , and a longitudinal axis ; a distal tip electrode at the elongate body distal end , the tip electrode being composed of an optically transparent material and having a continuous layer of an optically transparent and electrically conductive material, wherein the medical device further includes at least one optical window within the elongate body distal portion , the at least one optical window being composed of an optically transparent material, characterized in that the medical device further includes at least one lateral electrode on the elongate body distal portion , each of the at least one lateral electrode including at least one conductive area , each of the at least one conductive area being composed of an electrically conductive and optically transparent material, each of the at least one conductive area being on a flexible overlay that is applied to an outer surface of the elongate body , the flexible overlay being at least partially composed of an optically transparent material such that the plurality of conductive areas and flexible overlay are optically transparent, the flexible overlay being applied to the elongate body such that at least some of the plurality of conductive areas are positioned over at least one of the at least one optical window . an elongate body including a proximal portion , a distal portion having a distal end , and a longitudinal axis ; a distal tip electrode at the elongate body distal end , the tip electrode being composed of an optically transparent material and having a continuous layer of an optically transparent and electrically conductive material, wherein the medical device further includes at least one optical window within the elongate body distal portion , the at least one optical window being composed of an optically transparent material, characterized in that the medical device further includes at least one lateral electrode on the elongate body distal portion , each of the at least one lateral electrode including at least one conductive area , each of the at least one conductive area being composed of an electrically conductive and optically transparent material, each of the at least one conductive area being on a flexible overlay that is applied to an outer surface of the elongate body , the flexible overlay being at least partially composed of an optically transparent material such that the plurality of conductive areas and flexible overlay are optically transparent, the flexible overlay being applied to the elongate body such that at least some of the plurality of conductive areas are positioned over at least one of the at least one optical window .
An ink jet composition set comprising: a radiation-curable color composition, which contains a perinone-based pigment, a polymerizable compound and a polymerization initiator; and a radiation-curable clear composition, which contains an ultraviolet absorber, a polymerizable compound, and a polymerization initiator. a radiation-curable color composition, which contains a perinone-based pigment, a polymerizable compound and a polymerization initiator; and a radiation-curable clear composition, which contains an ultraviolet absorber, a polymerizable compound, and a polymerization initiator.
A gas sampling device comprising: a sample gas line through which a sample gas flows; a pressure loss mechanism that is provided on the sample gas line ; a pressure control mechanism for controlling pressure differences in the sample gas line between a front and a rear of the pressure loss mechanism by discharging a portion of the sample gas from a rearward side of the pressure loss mechanism , or by supplying a predetermined gas to the rearward side of the pressure loss mechanism , wherein the pressure control mechanism includes a sample pressure control device characterized in that the sample pressure control device is configured to control the pressure difference in order to keep a flow rate of the sample gas flowing through the pressure loss mechanism constant. a sample gas line through which a sample gas flows; a pressure loss mechanism that is provided on the sample gas line ; a pressure control mechanism for controlling pressure differences in the sample gas line between a front and a rear of the pressure loss mechanism by discharging a portion of the sample gas from a rearward side of the pressure loss mechanism , or by supplying a predetermined gas to the rearward side of the pressure loss mechanism , wherein the pressure control mechanism includes a sample pressure control device characterized in that the sample pressure control device is configured to control the pressure difference in order to keep a flow rate of the sample gas flowing through the pressure loss mechanism constant.
An aqueous dispersion of a capsule composed of a polymeric shell surrounding a core, wherein the core contains a silicone containing compound according to Formula I where R1 to R4 is selected from the group consisting of a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted alkynyl group, a substituted or unsubstituted aralkyl group, a substituted or unsubstituted alkaryl group and a substituted or unsubstituted aryl or heteroaryl group with 1 to 14 carbon atoms the dashed lines represent a silicon-carbon covalent bond. n is an integer from 1 to 40.
A pharmaceutical composition comprising DA-DKP, for use in a method of treating a degenerative joint disease in an animal.
An adjustable weight kettlebell (102; 202; 302) configured to selectively removably couple to one or more of a plurality of weights , the kettlebell (102; 202; 302) comprising: a kettlebell body (110; 210; 310) defined by a bottom housing portion (211-2; 311-2), a top housing portion (211-1; 311-1), and a middle housing portion (211-3; 311-3) positioned between the bottom housing portion (211-2; 311-2) and the top housing portion (211-1; 311-1) operatively joined together, and including a cavity (120; 220; 320), wherein the cavity is configured to non-rotatably accommodate a plurality of weights (118-1, 118-2, 188-3, 118-4, 118-5; 218-1, 218-2, 218-3, 218-4, 218-5; 318) configured to be supported in a stacked configuration, on a support surface; and a handle (106: 206: 306) coupled to the kettlebell body (110; 210; 310) for grasping by a user during exercise, wherein the handle (106; 206: 306) extends through the top housing portion (211-1; 311-1) and is joined to the lower housing portion (211-3; 311-2). a kettlebell body (110; 210; 310) defined by a bottom housing portion (211-2; 311-2), a top housing portion (211-1; 311-1), and a middle housing portion (211-3; 311-3) positioned between the bottom housing portion (211-2; 311-2) and the top housing portion (211-1; 311-1) operatively joined together, and including a cavity (120; 220; 320), wherein the cavity is configured to non-rotatably accommodate a plurality of weights (118-1, 118-2, 188-3, 118-4, 118-5; 218-1, 218-2, 218-3, 218-4, 218-5; 318) configured to be supported in a stacked configuration, on a support surface; and a handle (106: 206: 306) coupled to the kettlebell body (110; 210; 310) for grasping by a user during exercise, wherein the handle (106; 206: 306) extends through the top housing portion (211-1; 311-1) and is joined to the lower housing portion (211-3; 311-2).
Refuelling system for a motor vehicle, comprising: - a motor vehicle , comprising: a first communication interface (K1); and a control unit ; - a refuelling installation , comprising: a second communication interface (K2), which has a communication connection to the first communication interface (K1) for the transmission of data; and a tank with a fuel; characterized in that the refuelling installation comprises a sensor device , which is configured to determine a fuel material property of the fuel of the refuelling installation and to transmit this to the motor vehicle by means of the first and second communication interfaces (K1, K2); and the control unit of the motor vehicle is configured to control a vehicle component on the basis of the fuel material property determined by the sensor device . - a motor vehicle , comprising: a first communication interface (K1); and a control unit ; a first communication interface (K1); and a control unit ; - a refuelling installation , comprising: a second communication interface (K2), which has a communication connection to the first communication interface (K1) for the transmission of data; and a tank with a fuel; the refuelling installation comprises a sensor device , which is configured to determine a fuel material property of the fuel of the refuelling installation and to transmit this to the motor vehicle by means of the first and second communication interfaces (K1, K2); and the control unit of the motor vehicle is configured to control a vehicle component on the basis of the fuel material property determined by the sensor device .
A load path status detection system comprising: a primary fastener extending through a primary structural link ; a load sensor associated with and positioned within the primary structural link and being configured to measure a load in the primary structural link ; the primary structural link that carries a load when a primary load path formed by the primary fastener and the primary structural link is functioning; and a secondary structural link being positioned parallel to the primary structural link , wherein the secondary structural link does not carry the load when the primary load path is functioning. a primary fastener extending through a primary structural link ; a load sensor associated with and positioned within the primary structural link and being configured to measure a load in the primary structural link ; the primary structural link that carries a load when a primary load path formed by the primary fastener and the primary structural link is functioning; and a secondary structural link being positioned parallel to the primary structural link , wherein the secondary structural link does not carry the load when the primary load path is functioning.
An image decoding method performed by a decoding apparatus , the method comprising: deriving motion information of a first target block; deriving modified motion information for the first target block based on the motion information and bi-prediction; when a merge mode is applied to a second target block, configuring a merge candidate list for the second target block based on spatial neighboring blocks and a temporal neighboring block of the second target block; receiving a merge index for the second target block; selecting one of merge candidates constituting the merge candidate list based on the merge index; deriving motion information of the second target block based on the selected merge candidate; and generating prediction sample for the second target block by performing inter prediction based on the motion information of the second target block, wherein the merge candidates include spatial motion information candidates and a temporal motion information candidate, wherein the temporal motion information candidate is derived based on the temporal neighboring block, and wherein when the temporal neighboring block corresponds to the first target block, the temporal motion information candidate is derived by using the modified motion information of the first target block, characterized in that when the spatial neighboring block corresponds to the first target block, the spatial motion information candidate is derived by using the motion information of the first target block. deriving motion information of a first target block; deriving modified motion information for the first target block based on the motion information and bi-prediction; when a merge mode is applied to a second target block, configuring a merge candidate list for the second target block based on spatial neighboring blocks and a temporal neighboring block of the second target block; receiving a merge index for the second target block; selecting one of merge candidates constituting the merge candidate list based on the merge index; deriving motion information of the second target block based on the selected merge candidate; and generating prediction sample for the second target block by performing inter prediction based on the motion information of the second target block, wherein the merge candidates include spatial motion information candidates and a temporal motion information candidate, wherein the temporal motion information candidate is derived based on the temporal neighboring block, and wherein when the temporal neighboring block corresponds to the first target block, the temporal motion information candidate is derived by using the modified motion information of the first target block, characterized in that when the spatial neighboring block corresponds to the first target block, the spatial motion information candidate is derived by using the motion information of the first target block.