mhurhangee/patent-ind-claim-en huggingface dataset:
A motor with an outer rotor, comprising: an inner stator ; an outer rotor with a cylindrical structure having an open end, wherein the outer rotor is rotatably put on at one end of the inner stator in an axial direction of the inner stator ; a controller arranged at the other axial end of the inner stator ; and a cooling fan annularly arranged in a circumferential direction of the outer rotor at the axial end of the outer rotor closer to the controller and located in a space axially formed between the controller and the outer rotor , so as to convey air on one side to the controller and on the other side to the outer rotor ; wherein the end of the cylindrical peripheral wall of the outer rotor that is not provided with the cooling fan is provided with a plurality of air outlets , an inner wall of the outer rotor facing the open end of the rotor being provided with a plurality of exhaust plates , wherein the exhaust plates are configured to push air in the outer rotor to each of the air outlets . an inner stator ; an outer rotor with a cylindrical structure having an open end, wherein the outer rotor is rotatably put on at one end of the inner stator in an axial direction of the inner stator ; a controller arranged at the other axial end of the inner stator ; and a cooling fan annularly arranged in a circumferential direction of the outer rotor at the axial end of the outer rotor closer to the controller and located in a space axially formed between the controller and the outer rotor , so as to convey air on one side to the controller and on the other side to the outer rotor ; wherein the end of the cylindrical peripheral wall of the outer rotor that is not provided with the cooling fan is provided with a plurality of air outlets , an inner wall of the outer rotor facing the open end of the rotor being provided with a plurality of exhaust plates , wherein the exhaust plates are configured to push air in the outer rotor to each of the air outlets .
An information processing apparatus comprising: a control unit being configured to: calculate a future prediction value of remaining battery amount on a basis of a use history of the information processing apparatus by a user and to present prediction value related information related to the future prediction value to the user; calculate a prediction value of a charge start timing by the user on a basis of a use history of the information processing apparatus by the user and to present the prediction value related information in a case where a timing at which the future prediction value becomes equal to or less than a predetermined value is earlier than the prediction value of the charge start timing; present recommendation information that recommends a transition to a low power consumption mode to the user as the prediction value related information and wherein the control unit is configured to determine whether or not to present the recommendation information to the user on a basis of a latest use history of the information processing apparatus by the user, and the latest use history of the information processing apparatus by the user includes a location of the information processing apparatus. calculate a future prediction value of remaining battery amount on a basis of a use history of the information processing apparatus by a user and to present prediction value related information related to the future prediction value to the user; calculate a prediction value of a charge start timing by the user on a basis of a use history of the information processing apparatus by the user and to present the prediction value related information in a case where a timing at which the future prediction value becomes equal to or less than a predetermined value is earlier than the prediction value of the charge start timing; present recommendation information that recommends a transition to a low power consumption mode to the user as the prediction value related information and wherein the control unit is configured to determine whether or not to present the recommendation information to the user on a basis of a latest use history of the information processing apparatus by the user, and the latest use history of the information processing apparatus by the user includes a location of the information processing apparatus.
A method of manufacturing a roller cone for a drill bit, comprising: selectively carburizing a land of the roller cone between a plurality of spots on the land for protection against erosion; after carburization, quenching the roller cone; after quenching, forming sockets in the roller cone at the spots; and mounting cermet inserts in the sockets; characterized in that : each spot on the land is formed using a spot facer, which is spun and plunged onto the surface of one of lands until a flat is formed, and the method further comprises mounting the roller cone to a leg of the drill bit having a bearing shaft for supporting rotation of the roller cone therefrom. selectively carburizing a land of the roller cone between a plurality of spots on the land for protection against erosion; after carburization, quenching the roller cone; after quenching, forming sockets in the roller cone at the spots; and mounting cermet inserts in the sockets; characterized in that : each spot on the land is formed using a spot facer, which is spun and plunged onto the surface of one of lands until a flat is formed, and the method further comprises mounting the roller cone to a leg of the drill bit having a bearing shaft for supporting rotation of the roller cone therefrom. each spot on the land is formed using a spot facer, which is spun and plunged onto the surface of one of lands until a flat is formed, and the method further comprises mounting the roller cone to a leg of the drill bit having a bearing shaft for supporting rotation of the roller cone therefrom.
A method to reduce noise and vibration generated by joint structure configuration between a first blade segment and a second blade segment of a jointed wind turbine rotor blade , the first and second blade segments each comprising a shell member , the method comprising: determining an actual offset at a chord-wise joint line between the shell members of the first and second blade segments at a load condition on the jointed wind turbine rotor blade, wherein the actual offset is any one or combination of a flap-wise offset generated by a flap-wise force , a twist-wise offset generated by a twist-wise force , or a yawl-wise offset generated by a yawl force acting on the first blade segment; defining a modified configuration of the joint structure at a no-load condition on the wind turbine rotor blade that compensates at least partially for the actual offset at the load condition; connecting the first and second blade segments with the modified configuration of the joint structure ; and wherein at the load condition, the modified configuration of the joint structure at least partially reduces the actual offset between the shell members of the first and second blade segments. determining an actual offset at a chord-wise joint line between the shell members of the first and second blade segments at a load condition on the jointed wind turbine rotor blade, wherein the actual offset is any one or combination of a flap-wise offset generated by a flap-wise force , a twist-wise offset generated by a twist-wise force , or a yawl-wise offset generated by a yawl force acting on the first blade segment; defining a modified configuration of the joint structure at a no-load condition on the wind turbine rotor blade that compensates at least partially for the actual offset at the load condition; connecting the first and second blade segments with the modified configuration of the joint structure ; and wherein at the load condition, the modified configuration of the joint structure at least partially reduces the actual offset between the shell members of the first and second blade segments.
Tottle for containing and dispensing a fluid substance, comprising a container provided with a first closed end and a second end where a neck is provided, the first closed end being tapered, a hermetic pump whose pump body is at least partially housed inside the neck , the pump being associated with the neck of the container via a collar , the pump comprising a flange integrally formed with the pump body , the pump being associated to a sealing gasket made in a single piece, which comprises a first lip positioned in contact and sealed with the body of the pump and shaped so as to fit with interference on the pump body , and a second lip from which extends a sealing flange and an intermediate portion which interconnects the first and second lips to form an annular groove facing the flange of the pump , so that when the collar is fixed to the neck of the container the sealing flange of the gasket is sandwiched between the flange of the pump and a free edge of the neck of the container and the first lip rests on the flange of the pump .
Timepiece display mechanism comprising at least one roller pivoting about a roller axis (D10), said roller comprising at least one flap pivoting about a flap axis (D20) parallel to said roller axis (D10) and distinct from said roller axis (D10), said at least one flap comprising at least one first face and at least one second face , said display mechanism comprising first drive means for pivoting said roller about said roller axis (D10), wherein said display mechanism includes second drive means distinct from said first drive means for pivoting at least one said flap about its said flap axis (D20), in at least one determined position of said flap axis (D20) relative to said roller axis (D10), characterized in that said second drive means comprise, at each said flap , at least one flap drive pinion centred on said flap axis (D20) and arranged to cooperate with a control means, comprised in said display mechanism , to modify, in sequence or continuously, the position of said successive flaps of the same said roller , or to modify, on demand, the position of a said specific flap .
A multi-piece golf ball comprising a center and n (n is a natural number of 3 or more) envelope layers covering the center, wherein material hardness of the envelop layers satisfies H1 <HO<Hn-1; where the envelope layers formed in order from the center side are referred to as the first envelope layer, the n-1th envelope layer and the nth envelope layer (the outmost layer), respectively and H0 is a material hardness (Shore D hardness) of the center, and H1, Hn-1 and Hn are material hardness (Shore D hardness) of the first envelope layer, the n-1th envelope layer and the nth envelope layer (the outmost layer), respectively ; and the center is formed from a thermoplastic resin composition, and the first envelope layer is formed from a thermoplastic resin composition or a rubber composition.
Utility vehicle with a suction device for a heating and/or air-conditioning system , which suction device sucks up outside air as suction air via at least one air-conducting line and supplies said air via a filter device of the heating and/or air-conditioning system as filtered air to the vehicle interior, wherein a cyclone filter as a preliminary filter for pre-separation of impurities and/or particles contained in the suction air is connected upstream of the filter device of the heating and/or air-conditioning system , wherein the cyclone filter is arranged in an air-conducting housing with at least one inflow opening and with at least one outflow opening connected in terms of flow to the heating and/or air-conditioning system , and wherein the cyclone filter is part of a constructional unit held in a releasable and exchangeable manner, characterized in that the cyclone filter and the air-conducting housing accommodating the cyclone filter is arranged behind or in front of a front skirt forming a front cladding part of the utility vehicle, in such a manner that an inflow of the outside air assisted by the headwind of the utility vehicle is ensured, and in that the cyclone filter is formed by a cartridge inserted into the air-conducting housing .
Stapling device , containing: - a shaft body ; - a shaft cover , which is mounted movably with respect to the shaft body , wherein it forms in an operating position a clip shaft together with the shaft body; - a stamp , which is mounted slidably in a setting direction (z) with respect to the shaft cover and the shaft body and has a stop body ; - a spring which is supported at one end on the stamp and exerts a pressing force on the shaft cover , pressing it against the shaft body and the shaft body against the stop body . - a shaft body ; - a shaft cover , which is mounted movably with respect to the shaft body , wherein it forms in an operating position a clip shaft together with the shaft body; - a stamp , which is mounted slidably in a setting direction (z) with respect to the shaft cover and the shaft body and has a stop body ; - a spring which is supported at one end on the stamp and exerts a pressing force on the shaft cover , pressing it against the shaft body and the shaft body against the stop body .
A laboratory analyzer comprising: - a housing at least partially enclosing at least one analyzing instrument ; - at least one display device , wherein the display device comprises at least one screen , wherein the screen is partially transparent and reflective, wherein the screen is integrated into the housing , wherein the display device is configured for displaying screen information on the screen such that the screen information is visible and/or readable from outside the housing . - a housing at least partially enclosing at least one analyzing instrument ; - at least one display device , wherein the display device comprises at least one screen , wherein the screen is partially transparent and reflective, wherein the screen is integrated into the housing , wherein the display device is configured for displaying screen information on the screen such that the screen information is visible and/or readable from outside the housing .
A metal sub-miniature fastener comprising a patch prepared from a fastener retention material comprising a nylon 11 powder having a median average particle size by volume of more than 67 and less than 80 micrometers, wherein such a sub-miniature fastener is a threaded fastener having a diameter from furthest points on the thread of less than mm wherein the median average particle size by volume is measured by Malvern Instruments Mastersizer 2000 version 5.60, and the diameter from the furthest points on the thread of the sub-miniature fastener is determined according to international standard lSO 68-1.
A thermosetting resin composition, characterized in that the thermosetting resin composition comprises component (A) a solvent-soluble polyfunctional vinyl aromatic copolymer having a structural unit derived from monomers comprising divinyl aromatic compound (a) and ethyl vinyl aromatic compound (b), comprising 20 mol.% or more of repeating units derived from divinyl aromatic compound (a), wherein the molar fraction of the vinyl group-containing structural unit derived from the divinyl aromatic compound (a) represented by the following formulae (a1) and (a2) satisfies (a1)/[(a1)+(a2)]≥0.5; the polystyrene-equivalent number average molecular weight Mn measured by gel permeation chromatography is 600 to 30,000; and the ratio of the weight average molecular weight Mw to the number average molecular weight Mn is 20.0 or less, wherein R 13 represents an aromatic hydrocarbon group having 6 to 30 carbon atoms; R 14 represents an aromatic hydrocarbon group having 6 to 30 carbon atoms; and component (B) which is selected from polybutadiene resins having a number average molecular weight of 500-10,000, wherein the content of vinyl groups added at the 1,2 position in the molecular of the polybutadiene resins is 50% or more. component (A) a solvent-soluble polyfunctional vinyl aromatic copolymer having a structural unit derived from monomers comprising divinyl aromatic compound (a) and ethyl vinyl aromatic compound (b), comprising 20 mol.% or more of repeating units derived from divinyl aromatic compound (a), wherein the molar fraction of the vinyl group-containing structural unit derived from the divinyl aromatic compound (a) represented by the following formulae (a1) and (a2) satisfies (a1)/[(a1)+(a2)]≥0.5; the polystyrene-equivalent number average molecular weight Mn measured by gel permeation chromatography is 600 to 30,000; and the ratio of the weight average molecular weight Mw to the number average molecular weight Mn is 20.0 or less, wherein R 13 represents an aromatic hydrocarbon group having 6 to 30 carbon atoms; R 14 represents an aromatic hydrocarbon group having 6 to 30 carbon atoms; and component (B) which is selected from polybutadiene resins having a number average molecular weight of 500-10,000, wherein the content of vinyl groups added at the 1,2 position in the molecular of the polybutadiene resins is 50% or more.
Method of writing in a non-volatile memory of an electronic entity comprising the following steps: - determining (E8; E14) an operating state of the electronic entity ; - in the event of abnormal operation, writing (E12, E18, E24, E28) a first datum (ERR1; ERR2) in a first area of the non-volatile memory in order to keep track of said abnormal operation; - in the event of normal operation, writing (E10, E16, E26, E28) a second datum in a second area of the non-volatile memory in order to simulate the above-mentioned writing in the first area of the non-volatile memory , characterised by a step of randomly determining (E22, E26) a location of the second area from among a plurality of locations of the second area, said writing (E10, E16, E26, E28) of the datum in the second area being carried out at the determined location. - determining (E8; E14) an operating state of the electronic entity ; - in the event of abnormal operation, writing (E12, E18, E24, E28) a first datum (ERR1; ERR2) in a first area of the non-volatile memory in order to keep track of said abnormal operation; - in the event of normal operation, writing (E10, E16, E26, E28) a second datum in a second area of the non-volatile memory in order to simulate the above-mentioned writing in the first area of the non-volatile memory ,
Use of a sealing material comprising a multifilament or spun yarn coated with a non-curable joint sealing composition to seal a joint in a pipe system in which system a fluid comprising at least one of: (a) a corrosion inhibitor; (b) a sludge remover; (c) an alcohol; (d) a hydrocarbon; or (e) steam at a temperature of at least 180°C and a pressure of at least 10 bar ; is to be passed through the sealed joint, and wherein the multifilament or spun yarn is constructed from polyamide, and, wherein the joint sealing composition comprises a silicone oil and a filler selected from a mineral filler, powdered polymer filler or chopped fibre filler material. (a) a corrosion inhibitor; (b) a sludge remover; (c) an alcohol; (d) a hydrocarbon; or (e) steam at a temperature of at least 180°C and a pressure of at least 10 bar ; wherein the multifilament or spun yarn is constructed from polyamide, and, wherein the joint sealing composition comprises a silicone oil and a filler selected from a mineral filler, powdered polymer filler or chopped fibre filler material.
A right foot protecting structure comprising an impact absorbing portion that is providable at a portion, where a right foot (Fr) of a vehicle occupant is placed, at a floor portion of a vehicle, and wherein said impact absorbing portion is structured to include a tibia pad (16; 24; 26; 32; 42; 50; 54; 58; 60; 72; 82; 92; 98; 112) which receives compressive load from the right foot (Fr) at a time of a vehicle collision, and is a structure in which in a case of receiving said compressive load, characterized in that - the tibia pad (72; 82; 92; 98; 112) is deformed in a shape such that a right side thereof in a vehicle transverse direction at a region of contact with the right foot gradually or in a stepwise manner becomes lower than a left side thereof in said vehicle transverse direction, or - reaction force from the tibia pad (16; 24; 26; 32; 42; 50; 54; 58; 60) at the left side portion at the region of contact with the right foot (Fr) becomes larger gradually or in a stepwise manner than reaction force from the tibia pad (16; 24; 26; 32; 42; 50; 54; 58; 60) at the right side portion to the right foot (Fr), for generating a moment in a direction against inward rotation at the right foot of the vehicle occupant. - the tibia pad (72; 82; 92; 98; 112) is deformed in a shape such that a right side thereof in a vehicle transverse direction at a region of contact with the right foot gradually or in a stepwise manner becomes lower than a left side thereof in said vehicle transverse direction, or - reaction force from the tibia pad (16; 24; 26; 32; 42; 50; 54; 58; 60) at the left side portion at the region of contact with the right foot (Fr) becomes larger gradually or in a stepwise manner than reaction force from the tibia pad (16; 24; 26; 32; 42; 50; 54; 58; 60) at the right side portion to the right foot (Fr),
An intravenous insertion system comprising: (i) a robot arm , wherein a sensor assembly , a medical device holding tool comprising a needle and stabilizing feet are attached to the robot arm ; and further wherein the sensor assembly comprises one or more sensors pivotally attached to the robot arm for gathering information about potential insertion sites of blood vessels of a subject arm; the medical device holding tool is pivotally attached to the robot arm ; the stabilizing feet are configured to stabilize the subject arm as the needle is being inserted into the target insertion site, such that a target vein is isolated and secured and the stabilizing feet are attached to the holding tool , the holding tool and sensor assembly being attached to the distal end of the robot arm ; and (ii) a controller , in communication with the sensors and the robot arm , wherein the controller receives the information from the sensors about potential insertion sites, and the controller is configured to select the target insertion site and direct the robot arm to insert the needle into the target insertion site. (i) a robot arm , wherein a sensor assembly , a medical device holding tool comprising a needle and stabilizing feet are attached to the robot arm ; and further wherein the sensor assembly comprises one or more sensors pivotally attached to the robot arm for gathering information about potential insertion sites of blood vessels of a subject arm; the medical device holding tool is pivotally attached to the robot arm ; the stabilizing feet are configured to stabilize the subject arm as the needle is being inserted into the target insertion site, such that a target vein is isolated and secured and the stabilizing feet are attached to the holding tool , the holding tool and sensor assembly being attached to the distal end of the robot arm ; and (ii) a controller , in communication with the sensors and the robot arm , wherein the controller receives the information from the sensors about potential insertion sites, and the controller is configured to select the target insertion site and direct the robot arm to insert the needle into the target insertion site.
Electrical component, comprising a winding of a stranded wire , wherein the stranded wire has a large number of individual wires , wherein each individual wire is surrounded by a separate insulation within the winding , and comprising a strand contact , which comprises a portion of the stranded wire and comprises a contact piece which at least partially surrounds the portion of the stranded wire , wherein the contact piece is connected to the stranded wire by thermal diffusion bonding, characterized in that the contact piece is formed from a metal strip piece bent around the stranded wire , wherein lateral regions of the metal strip piece overlap, in which component the stranded wire and the contact piece each comprise a free end , wherein the free ends are arranged flush.