mhurhangee/patent-ind-claim-en huggingface dataset:
A compound of formula (IV): wherein, X- is a counterion, the counterion is iodide; R 1 is H; R 2 is H; R 4 is selected from alkyl containing 1 to 12 carbon atoms, alkenyl containing 2 to 12 carbon atoms, halogen; R 6 is alkyl containing 1 to 12 carbon atoms, or alkenyl containing 2 to 12 carbon atoms; and R 11 is alkyl containing 1 to 12 carbon atoms, or alkenyl containing 2 to 12 carbon atoms. X- is a counterion, the counterion is iodide; R 1 is H; R 2 is H; R 4 is selected from alkyl containing 1 to 12 carbon atoms, alkenyl containing 2 to 12 carbon atoms, halogen; R 6 is alkyl containing 1 to 12 carbon atoms, or alkenyl containing 2 to 12 carbon atoms; and R 11 is alkyl containing 1 to 12 carbon atoms, or alkenyl containing 2 to 12 carbon atoms.
A suspension assembly comprising: an inner member ; an outer member ; and a sliding bearing disposed between the inner member and the outer member , wherein the sliding bearing extends in the axial direction relative to a central axis , wherein the sliding bearing comprises a bearing sidewall comprising, as viewed in longitudinal cross-section, a flat portion , a first convex axial end , and a second convex axial end , wherein at least one of the inner member or the outer member is adapted to axially translate relative to the bearing , wherein at least one of the first convex axial end or the second convex axial end is adapted to induce formation of a film comprising a lubricant on the bearing sidewall during the axial translation of at least one of the inner member or the outer member such that the lubricant is drawn into the flat portion along either the first convex axial end or the second convex axial end , wherein the flat portion includes a length, L1, where L1 is at least 60% of the axial length, L, of the bearing . an inner member ; an outer member ; and a sliding bearing disposed between the inner member and the outer member , wherein the sliding bearing extends in the axial direction relative to a central axis , wherein the sliding bearing comprises a bearing sidewall comprising, as viewed in longitudinal cross-section, a flat portion , a first convex axial end , and a second convex axial end , wherein at least one of the inner member or the outer member is adapted to axially translate relative to the bearing , wherein at least one of the first convex axial end or the second convex axial end is adapted to induce formation of a film comprising a lubricant on the bearing sidewall during the axial translation of at least one of the inner member or the outer member such that the lubricant is drawn into the flat portion along either the first convex axial end or the second convex axial end , wherein the flat portion includes a length, L1, where L1 is at least 60% of the axial length, L, of the bearing .
A solid-state imaging device comprising: a CMOS imaging sensor, including a plurality of pixel blocks arranged in a matrix, respective ones of the pixel blocks including a plurality of pixels configured to generate a charge corresponding to input light, wherein respective ones of the pixels within a respective pixel block are arranged in a square submatrix, and a plurality of analog-to-digital converters , respective ones of the analog-to-digital converters disposed corresponding to respective ones of the pixel blocks; the solid-state imaging device further comprising a control unit including a vertical scanning unit and a horizontal scanning unit ; wherein the control unit is configured to scan the pixels of each pixel block according to a scanning sequence associated with the respective pixel block , the scanning sequence being set so as to sequentially scan the pixels of the respective pixel block at a timing such that adjacent pixels of adjacent pixel blocks which are located on a boundary of the adjacent pixel blocks are scanned simultaneously. a CMOS imaging sensor, including a plurality of pixel blocks arranged in a matrix, respective ones of the pixel blocks including a plurality of pixels configured to generate a charge corresponding to input light, wherein respective ones of the pixels within a respective pixel block are arranged in a square submatrix, and a plurality of analog-to-digital converters , respective ones of the analog-to-digital converters disposed corresponding to respective ones of the pixel blocks; the solid-state imaging device further comprising a control unit including a vertical scanning unit and a horizontal scanning unit ; wherein the control unit is configured to scan the pixels of each pixel block according to a scanning sequence associated with the respective pixel block , the scanning sequence being set so as to sequentially scan the pixels of the respective pixel block at a timing such that adjacent pixels of adjacent pixel blocks which are located on a boundary of the adjacent pixel blocks are scanned simultaneously.
A method for recycling supercritical waste liquid in a process of producing a silica aerogel blanket, characterized by adding a metal salt to supercritical waste liquid generated in a supercritical drying step during a process of producing a silica aerogel blanket, the supercritical waste liquid contains water, an organic solvent, and ammonia, the metal salt is one or more selected from the group consisting of MgCl 2 , MgSO 4 , CaCl 2 , CaSO 4 , AlCl 3 , and Al 2 (SO 4 ) 3 , and the metal salt forms metal hydroxide by reacting with ammonia contained in the supercritical waste liquid. the supercritical waste liquid contains water, an organic solvent, and ammonia, the metal salt is one or more selected from the group consisting of MgCl 2 , MgSO 4 , CaCl 2 , CaSO 4 , AlCl 3 , and Al 2 (SO 4 ) 3 , and the metal salt forms metal hydroxide by reacting with ammonia contained in the supercritical waste liquid.
A method for differentiating mesenchymal stem cells into hepatocytes, comprising the steps of: (a) adding an Ecklonia cava extract to a cell culture medium; (b) dedifferentiating mesenchymal stem cells into induced pluripotent stem cells in the medium; and (c) differentiating the induced pluripotent stem cells into hepatocytes. (a) adding an Ecklonia cava extract to a cell culture medium; (b) dedifferentiating mesenchymal stem cells into induced pluripotent stem cells in the medium; and (c) differentiating the induced pluripotent stem cells into hepatocytes.
Method for producing a thermally stable empennage, characterized in that a round blank is provided with a taper , a cone is provided with a cavity and a taper , the round blank is introduced into the cavity , the round blank is connected to the cone and thus forms a connection , and the empennage is worked from the combination of the round blank and the cone . a round blank is provided with a taper , a cone is provided with a cavity and a taper , the round blank is introduced into the cavity , the round blank is connected to the cone and thus forms a connection , and the empennage is worked from the combination of the round blank and the cone .
A method of making a multi-textured pet food product, the method comprising: preparing an edible emulsion comprising at least one protein; preparing a first gravy comprising methylcellulose and a low temperature gelling hydrocolloid, the low temperature gelling hydrocolloid being selected from the group consisting of cassia, gellan gum, kappa-carrageenan, locust bean gum, and mixtures thereof; co-extruding the edible emulsion and the first gravy to form an extrudate in which the edible emulsion is physically associated with the first gravy; and heating the extrudate using steam to jellify the first gravy into a jelly, wherein the heating of the extrudate using steam comprises subjecting the extrudate to a steam oven by which the extrudate reaches a temperature from 50°C to 70°C preparing an edible emulsion comprising at least one protein; preparing a first gravy comprising methylcellulose and a low temperature gelling hydrocolloid, the low temperature gelling hydrocolloid being selected from the group consisting of cassia, gellan gum, kappa-carrageenan, locust bean gum, and mixtures thereof; co-extruding the edible emulsion and the first gravy to form an extrudate in which the edible emulsion is physically associated with the first gravy; and heating the extrudate using steam to jellify the first gravy into a jelly, wherein the heating of the extrudate using steam comprises subjecting the extrudate to a steam oven by which the extrudate reaches a temperature from 50°C to 70°C
Apparatus, comprising: an intrabody probe ; and an ablation electrode coupled to a distal end of the intrabody probe , the ablation electrode comprising: a flexible electrically-insulating substrate , comprising a substrate surface ; a layer of an electrically-conducting metal covering at least part of the substrate surface ; a metallic sheet , comprising an inner sheet surface and an outer sheet surface , the outer sheet surface shaped to define multiple depressions in the outer sheet surface of the metallic sheet; and an adhesive, which fills the depressions and bonds the outer sheet surface to the layer of the electrically-conducting metal . an intrabody probe ; and an ablation electrode coupled to a distal end of the intrabody probe , the ablation electrode comprising: a flexible electrically-insulating substrate , comprising a substrate surface ; a layer of an electrically-conducting metal covering at least part of the substrate surface ; a metallic sheet , comprising an inner sheet surface and an outer sheet surface , the outer sheet surface shaped to define multiple depressions in the outer sheet surface of the metallic sheet; and an adhesive, which fills the depressions and bonds the outer sheet surface to the layer of the electrically-conducting metal . a flexible electrically-insulating substrate , comprising a substrate surface ; a layer of an electrically-conducting metal covering at least part of the substrate surface ; a metallic sheet , comprising an inner sheet surface and an outer sheet surface , the outer sheet surface shaped to define multiple depressions in the outer sheet surface of the metallic sheet; and an adhesive, which fills the depressions and bonds the outer sheet surface to the layer of the electrically-conducting metal .
A contacting unit for an impedance limit switch , arranged to establish an electrical contact between at least one contact surface of a printed circuit board and at least one electrode of the impedance limit switch , comprising a printed circuit board with at least one electrically conductive contact surface , and a non-conductive housing element , characterised in that a radially arranged annular spring is provided for producing an electrical contact between the contact surface of the printed circuit board and the electrode of the impedance limit switch , wherein the printed circuit board has two opposing notches, and wherein the contact surface of the printed circuit board is arranged on one of the two opposing notches of the printed circuit board . a printed circuit board with at least one electrically conductive contact surface , and a non-conductive housing element , characterised in that a radially arranged annular spring is provided for producing an electrical contact between the contact surface of the printed circuit board and the electrode of the impedance limit switch , wherein the printed circuit board has two opposing notches, and wherein the contact surface of the printed circuit board is arranged on one of the two opposing notches of the printed circuit board .
A web page pushing method, wherein the method comprises: receiving , by a first terminal, a response packet, which is sent by a Domain Name System, DNS, server to the first terminal, for a request packet for visiting a target web page, wherein the response packet comprises an Internet Protocol IP address of the target web page; determining whether the first terminal stores the response packet; if the first terminal stores the response packet, forwarding the response packet to a second terminal; if the first terminal does not store the response packet, storing the response packet in the first terminal, and replacing the IP address of the target web page in the response packet with an IP address of a preset web page to obtain a target response packet; and sending the target response packet to the second terminal, so that the second terminal displays the preset web page according to the target response packet. receiving , by a first terminal, a response packet, which is sent by a Domain Name System, DNS, server to the first terminal, for a request packet for visiting a target web page, wherein the response packet comprises an Internet Protocol IP address of the target web page; determining whether the first terminal stores the response packet; if the first terminal stores the response packet, forwarding the response packet to a second terminal; if the first terminal does not store the response packet, storing the response packet in the first terminal, and replacing the IP address of the target web page in the response packet with an IP address of a preset web page to obtain a target response packet; and sending the target response packet to the second terminal, so that the second terminal displays the preset web page according to the target response packet.
An anchoring bracket for a roofing comprising: - a sheet engaging portion suitable for being interposed between a pair of corrugated sheets , said sheet engaging portion further being suitable for being coupled and fastened to a first sheet and a second sheet of said pair of corrugated sheets , for example by means of a mechanical connection and/or shape coupling and/or force coupling; - an installation engaging portion configured as a support suitable for fastening a guide or an anchoring device on which to mount an installation , such as a photovoltaic system, an air conditioning system, a solar thermal system, a gangway, a scaffolding or any structure installable on the roofing ; - a connecting portion , wherein said connecting portion connects the sheet engaging portion to the installation engaging portion , characterized in that said connecting portion is folded so as to form a housing pocket suitable for accommodating an end portion of the first or second sheet. - a sheet engaging portion suitable for being interposed between a pair of corrugated sheets , said sheet engaging portion further being suitable for being coupled and fastened to a first sheet and a second sheet of said pair of corrugated sheets , for example by means of a mechanical connection and/or shape coupling and/or force coupling; - an installation engaging portion configured as a support suitable for fastening a guide or an anchoring device on which to mount an installation , such as a photovoltaic system, an air conditioning system, a solar thermal system, a gangway, a scaffolding or any structure installable on the roofing ; - a connecting portion , wherein
Method for determining variables influencing the movement of a robot , the method comprising the following steps: a) the provision of a work task to be performed by the robot and by an operator ; b) the provision of a layout of a workstation where the work task is to be performed; c) the provision of tool data characterising a tool to be used by the robot in performing the work task; d) the determination of respective axial movement sequences of the robot which are required for performing the work task, taking account of the information provided in the preceding steps; e) the provision of a working space of the operator ; f) the determination of relevant critical track points of the robot within the working space of the operator , where a predetermined speed of movement is exceeded by the robot and/or a predetermined mass of an element to be moved by means of the robot is exceeded, taking account of the axial movement sequences and of the working space ; g) the emulation of respective collisions by means of a second robot at the relevant track points by carrying out a determination of the collision forces and contact pressures that physically occur in operation with the aid of a test set-up consisting of the second robot , which emulates a rigid impact at any position of the working space ; h) the determination of permissible traversing speeds of the robot for each critical track point, taking account of the emulated collisions. a) the provision of a work task to be performed by the robot and by an operator ; b) the provision of a layout of a workstation where the work task is to be performed; c) the provision of tool data characterising a tool to be used by the robot in performing the work task; d) the determination of respective axial movement sequences of the robot which are required for performing the work task, taking account of the information provided in the preceding steps; e) the provision of a working space of the operator ; f) the determination of relevant critical track points of the robot within the working space of the operator , where a predetermined speed of movement is exceeded by the robot and/or a predetermined mass of an element to be moved by means of the robot is exceeded, taking account of the axial movement sequences and of the working space ; g) the emulation of respective collisions by means of a second robot at the relevant track points by carrying out a determination of the collision forces and contact pressures that physically occur in operation with the aid of a test set-up consisting of the second robot , which emulates a rigid impact at any position of the working space ; h) the determination of permissible traversing speeds of the robot for each critical track point, taking account of the emulated collisions.
A braking device for a moving body comprising a braking unit in which multiple magnetic poles each wound with a coil are arranged side by side in a moving direction of a movable object that is movable along a rail , and which is placed so that an interval is provided between the magnetic poles and the rail during travelling of the movable object, wherein the braking unit comprises multiple magnetic-pole sets which each consist of a plurality of adjacent magnetic poles of the multiple magnetic poles , characterised in that , when the braking unit receives a brake operation command, the braking unit is configured to energize the coils such that the polarities of the adjacent magnetic poles in each magnetic-pole set are set to the same polarity as each other, but such that adjacent magnetic-pole sets are set to have mutually different polarities; and thereafter, the polarities of the adjacent magnetic poles are set to mutually different polarities.
A seat track assembly for a vehicle, the seat track assembly comprising: a floor joist comprising a main body extending in a longitudinal direction, a seat track channel defined in the main body , and at least one support flange extending in a lateral direction from the main body; a raceway on the at least one support flange , wherein the raceway extends longitudinally along the floor joist, and comprises an interior sized to receive wiring therein; and a track cover comprising a top plate , wherein the raceway is positioned between the at least one support flange and the top plate, and wherein the top plate extends past the raceway in the lateral direction; characterized in that the main body comprises a first retaining lip that defines a top opening in the seat track channel, the track cover comprising a first coupling member oriented for insertion through the top opening to selectively engage the first retaining lip ; and in that the raceway comprises a second retaining lip that defines a top opening providing access to the interior, the track cover comprising a second coupling member oriented for insertion through the top opening to selectively engage the second retaining lip . a floor joist comprising a main body extending in a longitudinal direction, a seat track channel defined in the main body , and at least one support flange extending in a lateral direction from the main body; a raceway on the at least one support flange , wherein the raceway extends longitudinally along the floor joist, and comprises an interior sized to receive wiring therein; and a track cover comprising a top plate , wherein the raceway is positioned between the at least one support flange and the top plate, and wherein the top plate extends past the raceway in the lateral direction; characterized in that the main body comprises a first retaining lip that defines a top opening in the seat track channel, the track cover comprising a first coupling member oriented for insertion through the top opening to selectively engage the first retaining lip ; and in that the raceway comprises a second retaining lip that defines a top opening providing access to the interior, the track cover comprising a second coupling member oriented for insertion through the top opening to selectively engage the second retaining lip .
An ultrasonic phased array transducer assembly comprising a single ultrasonic probe housing in which a plurality of phased array subassemblies are mounted with at least two of the phased array subassemblies respectively positioned at a skewed angle relative to a leading face of the probe housing and all of the phased array subassemblies are mounted at skewed angles to each other, characterized in that each phased array subassembly is mounted within the housing on a single piece of material with individual wedge surfaces machined to orient the subassemblies in their proper position.
A pump assembly, comprising: a rotor having a rotor shaft portion ; a stator having a bore portion defining a bore for receiving said rotor shaft portion ; and a circumferential protrusion (30B-D) extending radially into said bore between said bore portion and said rotor shaft portion , wherein at least one of the protrusion (30B-D) and a corresponding surface of the rotor shaft portion or the bore portion is configured to be abraded by the other upon experiencing contact therewith; characterised in that said protrusion (30B-D) upstands from said bore portion and is unitary with said bore portion and wherein said stator defines a plurality of bores , each having at least one said protrusion (30B-D) extending radially therein. a rotor having a rotor shaft portion ; a stator having a bore portion defining a bore for receiving said rotor shaft portion ; and a circumferential protrusion (30B-D) extending radially into said bore between said bore portion and said rotor shaft portion , wherein at least one of the protrusion (30B-D) and a corresponding surface of the rotor shaft portion or the bore portion is configured to be abraded by the other upon experiencing contact therewith; characterised in that said protrusion (30B-D) upstands from said bore portion and is unitary with said bore portion and wherein said stator defines a plurality of bores , each having at least one said protrusion (30B-D) extending radially therein.