mhurhangee/ep-ind-claims huggingface dataset:
A heat insulator comprising: a first covering part configured to cover a bent part formed in an exhaust pipe of an internal combustion engine, the first covering part having a plurality of slits (41, 42) extending along a circumferential direction of the exhaust pipe, the plurality of slits (41, 42) being arranged with a given space from each other in a direction in which the exhaust pipe extends, such that a plate part between slits is present between the slits (41, 42), wherein only one side of each of the slits (41, 42) is open and wherein the opening directions of the slits (41,42) are opposite to each other; and a second covering part (21a, 21c) configured to cover the other part of the exhaust pipe than the bent part, at least a part of the second covering part (21a, 21c) being configured to be bonded to the exhaust pipe. a first covering part configured to cover a bent part formed in an exhaust pipe of an internal combustion engine, the first covering part having a plurality of slits (41, 42) extending along a circumferential direction of the exhaust pipe, the plurality of slits (41, 42) being arranged with a given space from each other in a direction in which the exhaust pipe extends, such that a plate part between slits is present between the slits (41, 42), wherein only one side of each of the slits (41, 42) is open and wherein the opening directions of the slits (41,42) are opposite to each other; and a second covering part (21a, 21c) configured to cover the other part of the exhaust pipe than the bent part, at least a part of the second covering part (21a, 21c) being configured to be bonded to the exhaust pipe.
A method of wireless resource sharing between heterogenous wireless networks for coexistence of secondary networks, the method comprising: receiving a coexistence value associated with a wireless network, wherein the coexistence value of the wireless network is based on at least one of the number of nodes in the wireless network, current resource allocation utilization rate of the wireless network or a priority of the wireless network; receiving radio frequency spectral environment information of the wireless network, indicating at least whether primary users are present in one or more coexistence bands; receiving coexistence values and other radio frequency spectral environment information of wireless networks neighboring the wireless network; receiving a resource request for the wireless network; generating a resource allocation based at least on the received coexistence values and received radio frequency spectral environment information; and communicating at least a portion of the generated resource allocation to the wireless network. receiving a coexistence value associated with a wireless network, wherein the coexistence value of the wireless network is based on at least one of the number of nodes in the wireless network, current resource allocation utilization rate of the wireless network or a priority of the wireless network; receiving radio frequency spectral environment information of the wireless network, indicating at least whether primary users are present in one or more coexistence bands; receiving coexistence values and other radio frequency spectral environment information of wireless networks neighboring the wireless network; receiving a resource request for the wireless network; generating a resource allocation based at least on the received coexistence values and received radio frequency spectral environment information; and communicating at least a portion of the generated resource allocation to the wireless network.
A rotary electric machine comprising: a housing; a rotor that is fixed to a rotating shaft that is rotatably supported by said housing, said rotor being disposed inside said housing; and a stator comprising: a stator core (21, 21A) in which tooth portions are arranged circumferentially in a state in which each protrudes radially inward from an inner circumferential wall surface of an annular core back portion; and a stator winding that is mounted to said stator core (21, 21A), and into which a varnish is impregnated, said stator being held by said housing in a state in which housing interfitting surfaces on two axial end surfaces of said core back portion are clamped by said housing from two axial ends, and said stator being disposed so as to surround said rotor, wherein a varnish leakage stopping portion (25a-25d) is formed radially inside said housing interfitting surfaces on two axial end surfaces of said stator core (21, 21A) so as to interrupt flow pathways of said varnish from a radially inner side onto said housing interfitting surfaces, characterized in that said varnish leakage stopping portion (25a-25d) is formed in a vicinity of said core back portion on at least one end surface of two axial end surfaces of said tooth portions so as to extend from a first end to a second end in a width direction of said tooth portions. a housing; a rotor that is fixed to a rotating shaft that is rotatably supported by said housing, said rotor being disposed inside said housing; and a stator comprising: a stator core (21, 21A) in which tooth portions are arranged circumferentially in a state in which each protrudes radially inward from an inner circumferential wall surface of an annular core back portion; and a stator winding that is mounted to said stator core (21, 21A), and into which a varnish is impregnated, a stator core (21, 21A) in which tooth portions are arranged circumferentially in a state in which each protrudes radially inward from an inner circumferential wall surface of an annular core back portion; and a stator winding that is mounted to said stator core (21, 21A), and into which a varnish is impregnated, said stator being held by said housing in a state in which housing interfitting surfaces on two axial end surfaces of said core back portion are clamped by said housing from two axial ends, and said stator being disposed so as to surround said rotor, wherein a varnish leakage stopping portion (25a-25d) is formed radially inside said housing interfitting surfaces on two axial end surfaces of said stator core (21, 21A) so as to interrupt flow pathways of said varnish from a radially inner side onto said housing interfitting surfaces, characterized in that said varnish leakage stopping portion (25a-25d) is formed in a vicinity of said core back portion on at least one end surface of two axial end surfaces of said tooth portions so as to extend from a first end to a second end in a width direction of said tooth portions.
A method for the leukoreduction of red blood cells comprising: providing separated red blood cells recently removed from a donor; pushing said separated red blood cells through a leukoreduction filter (120, 240); collecting the red blood cells in a collection container (62, 238) after said step of pushing said high hematocrit red blood cells through said leukoreduction filter (120, 240); and characterised by: diverting a predetermined quantity of another blood component into said leukoreduction filter (120, 240) after said collecting step to flush red blood cells from said filter (120, 240) into said collection container (62, 238). providing separated red blood cells recently removed from a donor; pushing said separated red blood cells through a leukoreduction filter (120, 240); collecting the red blood cells in a collection container (62, 238) after said step of pushing said high hematocrit red blood cells through said leukoreduction filter (120, 240); and characterised by: diverting a predetermined quantity of another blood component into said leukoreduction filter (120, 240) after said collecting step to flush red blood cells from said filter (120, 240) into said collection container (62, 238).
A method for producing fibroblast-like cells from newborn's umbilical cord, wherein said method comprises the following steps: a) preparing a fragment of the human umbilical cord, b) homogenizing the prepared fragment, c) fermentation of the homogenate with a working solution containing type I collagenase and type IV collagenase in a ratio of the enzymes of 1:1 at a proportion of the homogenate to the enzyme working solution of 1:5 to produce a suspension, d) filtering the suspension to produce a filtrate, and e) centrifuging said filtrate to produce a residue of fibroblast-like cells. a) preparing a fragment of the human umbilical cord, b) homogenizing the prepared fragment, c) fermentation of the homogenate with a working solution containing type I collagenase and type IV collagenase in a ratio of the enzymes of 1:1 at a proportion of the homogenate to the enzyme working solution of 1:5 to produce a suspension, d) filtering the suspension to produce a filtrate, and e) centrifuging said filtrate to produce a residue of fibroblast-like cells.
A control device for an internal combustion engine, comprising: a fuel injection device (207, 2072) that injects a fuel in accordance with a required injection amount that is required for combustion in a combustion chamber that is performed to produce an output of the internal combustion engine; a fuel property specific determination device (100, 221) that specifically determines a fuel property of the fuel injected; a control device that performs an output correction process of controlling at least a portion of the internal combustion engine so as to correct the produced output based on a difference in the specifically determined fuel property, and characterised by a prediction device that predicts that there is a possibility that the produced output will decline or become unstable if the required injection amount is in a high injection amount region above a limit injection amount of the fuel injection device (207, 2072) that is a maximum amount in a range of fuel injection amount that can be properly injected while a linearity of the injection amount is secured, wherein if it is predicted that during the high injection amount region, the output corresponding to the required injection amount will decline or become unstable, the control device performs the output correction process so that the output corresponding to the limit injection amount becomes an upper limit of the produced output. a fuel injection device (207, 2072) that injects a fuel in accordance with a required injection amount that is required for combustion in a combustion chamber that is performed to produce an output of the internal combustion engine; a fuel property specific determination device (100, 221) that specifically determines a fuel property of the fuel injected; a control device that performs an output correction process of controlling at least a portion of the internal combustion engine so as to correct the produced output based on a difference in the specifically determined fuel property, and characterised by a prediction device that predicts that there is a possibility that the produced output will decline or become unstable if the required injection amount is in a high injection amount region above a limit injection amount of the fuel injection device (207, 2072) that is a maximum amount in a range of fuel injection amount that can be properly injected while a linearity of the injection amount is secured, wherein if it is predicted that during the high injection amount region, the output corresponding to the required injection amount will decline or become unstable, the control device performs the output correction process so that the output corresponding to the limit injection amount becomes an upper limit of the produced output.
A pneumatic tire for rough terrain comprising a tread portion provided with a block having a height in a range of from 10 to 19 mm, the block comprising a top face and a sidewall face extending radially inwardly from a peripheral edge of the top face, the top face having a polygonal shape having a plurality of sides equal to or more than four, the sidewall face comprising a plurality of slant surfaces extending radially inwardly away from said sides, respectively, characterized in that the tread portion has a tread pattern designed with a land ratio in a range of from 8% to 30%, said each slant surface comprises a radially outer portion and a radially inner portion, the radially outer portion has a flat plane, the radially inner portion comprises a first plane and a second plane laterally adjacent to said first plane, and the first plane and second plane cross each other so that said radially inner portion dents inwardly of the block.
A method for measuring total organic carbon in an aqueous stream, said method comprising: providing an aqueous stream; providing an oxidation module comprising at least one pair of doped diamond electrodes therein,; providing a carbon dioxide measurement module comprising at least one platinum electrode therein the oxidation module further comprising a flow insert having a serpentine channel formed therein, wherein a first doped diamond electrode of the pair of doped diamond electrodes is configured as an anode and a second doped diamond electrode of the part of doped diamond electrodes is configured as a cathode,; contacting said aqueous stream with said first and second doped diamond electrodes in said oxidation module and applying an oxidizing potential to said first and second doped diamond electrodes as the aqueous stream flows through the flow insert to oxidize organics in said aqueous stream to carbon dioxide, thereby forming an oxidized aqueous stream; transferring said oxidized aqueous stream from said oxidation module to said carbon dioxide measurement module; contacting said oxidized aqueous stream with said platinum electrode in said carbon dioxide measurement module and applying a cathodic potential to said platinum electrode and thereafter applying an anodic potential to said platinum electrode and measuring an amperometric response of said platinum electrode to the anodic potential; and equating said amperometric response of said platinum electrode to a total organic carbon content of said aqueous stream. providing an aqueous stream; providing an oxidation module comprising at least one pair of doped diamond electrodes therein,; providing a carbon dioxide measurement module comprising at least one platinum electrode therein the oxidation module further comprising a flow insert having a serpentine channel formed therein, wherein a first doped diamond electrode of the pair of doped diamond electrodes is configured as an anode and a second doped diamond electrode of the part of doped diamond electrodes is configured as a cathode,; contacting said aqueous stream with said first and second doped diamond electrodes in said oxidation module and applying an oxidizing potential to said first and second doped diamond electrodes as the aqueous stream flows through the flow insert to oxidize organics in said aqueous stream to carbon dioxide, thereby forming an oxidized aqueous stream; transferring said oxidized aqueous stream from said oxidation module to said carbon dioxide measurement module; contacting said oxidized aqueous stream with said platinum electrode in said carbon dioxide measurement module and applying a cathodic potential to said platinum electrode and thereafter applying an anodic potential to said platinum electrode and measuring an amperometric response of said platinum electrode to the anodic potential; and equating said amperometric response of said platinum electrode to a total organic carbon content of said aqueous stream.
A multilevel power converter comprising: a DC power supply assembly having first and second single DC power supplies (b1, b2) connected in series, and three terminals, a positive terminal, a zero terminal, and a negative terminal; a first semiconductor switch series circuit comprising first through sixth semiconductor switches (Q1 - Q6), each having an antiparallel-connected diode, connected in series in this order between the positive terminal and the negative terminal of the DC power supply assembly; a second semiconductor switch series circuit comprising a first bidirectional switch, seventh and eighth semiconductor switches (Q7, Q8) each having an antiparallel-connected diode, and second bidirectional switch connected in series in this order between a connection point of the first semiconductor switch and the second semiconductor switch and the connection point of the fifth semiconductor switch and the sixth semiconductor switch; a first capacitor connected in parallel with a series circuit of the third semiconductor switch and the fourth semiconductor switch; and a second capacitor connected in parallel with the second semiconductor switch series circuit; wherein the zero terminal of the DC power supply assembly is connected to a connection point of the seventh semiconductor switch and the eighth semiconductor switch; and an AC terminal is connected to a connection point of the third semiconductor switch and the fourth semiconductor switch. a DC power supply assembly having first and second single DC power supplies (b1, b2) connected in series, and three terminals, a positive terminal, a zero terminal, and a negative terminal; a first semiconductor switch series circuit comprising first through sixth semiconductor switches (Q1 - Q6), each having an antiparallel-connected diode, connected in series in this order between the positive terminal and the negative terminal of the DC power supply assembly; a second semiconductor switch series circuit comprising a first bidirectional switch, seventh and eighth semiconductor switches (Q7, Q8) each having an antiparallel-connected diode, and second bidirectional switch connected in series in this order between a connection point of the first semiconductor switch and the second semiconductor switch and the connection point of the fifth semiconductor switch and the sixth semiconductor switch; a first capacitor connected in parallel with a series circuit of the third semiconductor switch and the fourth semiconductor switch; and a second capacitor connected in parallel with the second semiconductor switch series circuit; wherein the zero terminal of the DC power supply assembly is connected to a connection point of the seventh semiconductor switch and the eighth semiconductor switch; and an AC terminal is connected to a connection point of the third semiconductor switch and the fourth semiconductor switch.
A computer implemented method of client side in-browser scaling of digital images comprising the steps of: a. accessing an original digital image; b. selecting a down-scaling factor, determined by the target site; c. determining an output size of said original digital image based on said scaling factor; d. creating a destination canvas memory object as large as said output size of said original digital image; e. creating a single square canvas within said browser with a size of 1024 pixels on each side; f. within said browser separating the original digital image into a plurality of patches, each of said plurality of patches having a size equal to said created square canvas and containing a portion of said original digital image, said plurality of patches taken together containing all of said original digital image; g. sequentially selecting one of said patches; h. utilizing said single square canvas and therein scaling down said selected patch according to said down-scaling factor to a down-scaled patch; i. copying said down-scaled patch to a the corresponding part of the destination canvas memory object; j. repeating steps g. through i. until all of said plurality of patches have been processed; k. combining said plurality of down-scaled patches, thereby forming a down-scaled version of said original image according to said downscaling factor, and, l. transmitting said down-scaled version of said original images to the target site. a. accessing an original digital image; b. selecting a down-scaling factor, determined by the target site; c. determining an output size of said original digital image based on said scaling factor; d. creating a destination canvas memory object as large as said output size of said original digital image; e. creating a single square canvas within said browser with a size of 1024 pixels on each side; f. within said browser separating the original digital image into a plurality of patches, each of said plurality of patches having a size equal to said created square canvas and containing a portion of said original digital image, said plurality of patches taken together containing all of said original digital image; g. sequentially selecting one of said patches; h. utilizing said single square canvas and therein scaling down said selected patch according to said down-scaling factor to a down-scaled patch; i. copying said down-scaled patch to a the corresponding part of the destination canvas memory object; j. repeating steps g. through i. until all of said plurality of patches have been processed; k. combining said plurality of down-scaled patches, thereby forming a down-scaled version of said original image according to said downscaling factor, and, l. transmitting said down-scaled version of said original images to the target site.
A process for workup of a crude ester comprising esterification catalyst hydrolysis product in suspended particulate form, in which a) the crude ester is admixed in an emulsifying tank with 1% to 10% by weight of water and the water is emulsified in the crude ester to obtain a suspoemulsion, b) the suspoemulsion from the emulsifying tank is transferred to an agglomerating tank containing an initial charge of water-undersaturated crude ester, such that a water content below the solubility limit of water in the crude ester is established in the mixture of the suspoemulsion and the initial charge of crude ester, as a result of which the suspended particulate esterification catalyst hydrolysis products form stable agglomerates, and c) the agglomerates formed are filtered off. a) the crude ester is admixed in an emulsifying tank with 1% to 10% by weight of water and the water is emulsified in the crude ester to obtain a suspoemulsion, b) the suspoemulsion from the emulsifying tank is transferred to an agglomerating tank containing an initial charge of water-undersaturated crude ester, such that a water content below the solubility limit of water in the crude ester is established in the mixture of the suspoemulsion and the initial charge of crude ester, as a result of which the suspended particulate esterification catalyst hydrolysis products form stable agglomerates, and c) the agglomerates formed are filtered off.
An air conditioner comprising: a housing having a discharge port; a blade rotatably provided in the discharge port to open or close the discharge port; a blade drive unit configured to rotate the blade; a first support member configured to rotatably support the blade and comprising a first blade coupling portion; a second support member configured to rotatably support the blade, located to be closer to the blade drive unit than the first support member, and comprising a second blade coupling portion having a size different from a size of the first blade coupling portion, wherein when the blade closes the discharge port, the blade drive unit is configured to further rotate the blade, even after one portion of one end of the blade is brought into contact with the housing, to bring a remaining portion of the end of the blade into contact with the housing as well. a housing having a discharge port; a blade rotatably provided in the discharge port to open or close the discharge port; a blade drive unit configured to rotate the blade; a first support member configured to rotatably support the blade and comprising a first blade coupling portion; a second support member configured to rotatably support the blade, located to be closer to the blade drive unit than the first support member, and comprising a second blade coupling portion having a size different from a size of the first blade coupling portion, wherein when the blade closes the discharge port, the blade drive unit is configured to further rotate the blade, even after one portion of one end of the blade is brought into contact with the housing, to bring a remaining portion of the end of the blade into contact with the housing as well.