mhurhangee/ep-ind-claims huggingface dataset:
An agricultural composition comprising: at least one agriculturally active ingredient; and at least one water conditioning agent, wherein the water conditioning agent comprises an alkanolammonium sulfate, wherein the alkanolammonium sulfate is a sulfate of Formula I: wherein R 1, R 2, R 3, R 4, R 5 and R 6 are each independently a radical of formula: or H (ii) and, wherein at least one of R 1, R 2 and R 3 and at least one of R 4, R 5 and R 6 is the radical of formula (i), a sulfate of Formula II: wherein M is sodium or potassium, and wherein R 1, R 2 and R 3 are each independently a radical of formula: or H (ii) wherein at least one of R 1, R 2 and R 3 is the radical of formula (i), or a combination thereof. at least one agriculturally active ingredient; and at least one water conditioning agent, wherein the water conditioning agent comprises an alkanolammonium sulfate,
A heat exchanging mechanism for exchanging heat between a medium and a molten material included in a screw receiving portion of a cylinder, the cylinder having drill holes (10a, 10b) that are linearly formed in a direction crossing the screw receiving portion; a flange having through-holes (31 a, 31 b) respectively corresponding to the drill holes (10a, 10b) and being detachably attached to the cylinder such that the through-holes (31 a, 31 b) respectively correspond to the drill holes (10a, 10b); and detachable siphon pipes (20a, 20b) that pass through the through-holes (31 a, 31 b) of the flange to be inserted into the drill holes (10a, 10b), respectively, wherein first gaps (31 a1, 31 a2, 31 b1, 31 b2) are formed between the siphon pipes (20a, 20b) and the through-holes (31 a, 31 b) of the flange, respectively, wherein second gaps (11 a, 11 b) are formed between outer circumferences of the siphon pipes (20a, 20b) and inner circumferences of the drill holes (10a, 10b), respectively, and wherein front end spaces (12a, 12b) are formed between front ends of the siphon pipes (20a, 20b) and deepest portions of the drill holes (10a, 10b), respectively, characterized in that the flange further has a communication portion for communicating the through-holes (31 a, 31 b) with each other.
A polypeptide consisting of an amino acid sequence selected from the group consisting of SEQ ID NO: 1, 3, 4, 5, 6, 7, 8 and 9 and specifically binding apoptotic cells.
An apparatus having a processor and a memory, the apparatus comprising: a proxy server module adapted to, in a case where a client device has generated a HTTP GET request for a first URL, to (a) receive, via a network interface from a web server associated with the first URL, a first HTTP response to a HTTP GET request for the first URL, wherein the first HTTP response contains a first Javascript that, if executed, would use a first algorithm to generate a second URL, (b) obtain a second Javascript by modifying the first Javascript in the first HTTP response, when executing the first Javascript could generate different second URLs in the proxy server module and the client device, (c) transmit via a network interface first data to cause the client device to receive, in response to the client device's HTTP GET request for the first URL, a second HTTP response including the second Javascript, and (d) execute the second Javascript to generate, using a second algorithm, a third URL for use, instead of the second URL, in pre-fetching performed by the proxy server module, the second algorithm being different from the first algorithm, wherein execution of the second Javascript by the proxy server module and the client device generates, using the second algorithm, the same third URL, wherein the execution of the second JavaScript executes a custom function or creates and references a custom object allowing same URLs to be created at the client device and the proxy server module. (a) receive, via a network interface from a web server associated with the first URL, a first HTTP response to a HTTP GET request for the first URL, wherein the first HTTP response contains a first Javascript that, if executed, would use a first algorithm to generate a second URL, (b) obtain a second Javascript by modifying the first Javascript in the first HTTP response, when executing the first Javascript could generate different second URLs in the proxy server module and the client device, (c) transmit via a network interface first data to cause the client device to receive, in response to the client device's HTTP GET request for the first URL, a second HTTP response including the second Javascript, and (d) execute the second Javascript to generate, using a second algorithm, a third URL for use, instead of the second URL, in pre-fetching performed by the proxy server module, the second algorithm being different from the first algorithm,
A fiber comprising a blend of from 30 to 85 wt% of an impact copolymer and from 15 to 70 wt% of a propylene-based elastomer, wherein the impact copolymer is a reactor blend and comprises a propylene homopolymer component and a copolymer component, where the propylene homopolymer component has a molecular weight distribution of greater than 4.5, and where the copolymer component comprises from 20 to 80 wt% propylene-derived units and from 20 to 80 wt% ethylene-derived units; and wherein the propylene-based elastomer comprises propylene and from 5 to 25 wt% units derived from one or more C 2 or C 4 -C 12 alpha-olefins and has a triad tacticity greater than 90% and a heat of fusion less than 75. J/g; and where the parameter values are determined according to the methods specified in the description.
A method for helping to ensure quality in a postage meter system employing an ink system and having settable modes of printing operation, comprising the steps of: detecting whether the type of ink system employed in said postage meter system is a first type that is recognized or a second type that is unrecognized; setting a first mode of printing operation using normal ink density printing on mailpieces for said postage meter system when said detected ink system is of the first type; and, setting a second mode of printing operation using higher than normal ink density printing on mailpieces for said postage meter system when said detected ink system is of the second type, wherein said second mode of printing operation with said second type ink system is a special printing mode using slower than normal print throughput to enhance the quality of printing resulting when employing said ink system of said second type. detecting whether the type of ink system employed in said postage meter system is a first type that is recognized or a second type that is unrecognized; setting a first mode of printing operation using normal ink density printing on mailpieces for said postage meter system when said detected ink system is of the first type; and, setting a second mode of printing operation using higher than normal ink density printing on mailpieces for said postage meter system when said detected ink system is of the second type, wherein said second mode of printing operation with said second type ink system is a special printing mode using slower than normal print throughput to enhance the quality of printing resulting when employing said ink system of said second type.
A device for assisting medical procedures, comprising: a base configured to identify a procedure site by reference to one or more different anatomical landmarks including a human cricoid cartilage or thyroid cartilage; a first adjustable component movably attached on said base and configured to reference a second plurality of anatomical landmarks to identify a prospective medical procedure site; and at least one stabilizing flange (7a; 7b) for stabilizing said device in a referenced position with respect to said procedure site. a base configured to identify a procedure site by reference to one or more different anatomical landmarks including a human cricoid cartilage or thyroid cartilage; a first adjustable component movably attached on said base and configured to reference a second plurality of anatomical landmarks to identify a prospective medical procedure site; and at least one stabilizing flange (7a; 7b) for stabilizing said device in a referenced position with respect to said procedure site.
A linear compressor comprising: a casing: a piston accommodated in a cylinder disposed inside the case to reciprocate forward and backward, the piston being configured to define a suction space in which a refrigerant is accommodated therein; and a suction muffler connected to the piston to guide the refrigerant to the suction space; characterized by a suction guide disposed behind the suction muffler and fixed to the casing, the suction guide being disposed parallel to the suction muffler in an axial direction; and a suction pipe passing through the casing to extend into the suction guide, the suction pipe being configured to suction the refrigerant, wherein a portion of the suction muffler is disposed to overlap the suction guide in a direction crossing the axial direction. a piston accommodated in a cylinder disposed inside the case to reciprocate forward and backward, the piston being configured to define a suction space in which a refrigerant is accommodated therein; and a suction muffler connected to the piston to guide the refrigerant to the suction space; characterized by a suction guide disposed behind the suction muffler and fixed to the casing, the suction guide being disposed parallel to the suction muffler in an axial direction; and a suction pipe passing through the casing to extend into the suction guide, the suction pipe being configured to suction the refrigerant, wherein a portion of the suction muffler is disposed to overlap the suction guide in a direction crossing the axial direction.
An error concealment method, by a time domain frame error concealment, FEC, module, of an audio signal, the method comprising: checking, by a FEC mode selection unit, whether a current frame is either an error frame or a good frame, in a time domain signal transformed from a frequency domain signal; checking, by the FEC mode selection unit, whether a previous frame is either a burst error frame or a random error frame, when the current frame is a good frame; selecting, by the FEC mode selection unit, one mode from among a plurality of modes associated with smoothing, when the current frame is classified as an error frame, a good frame after a burst error frame or a good frame after a random error frame; and applying, by a first time domain error concealment unit, a second time domain error concealment unit and a third time domain error concealment unit, a different error concealment processing to the current frame, based on the selected mode, wherein the plurality of modes include a first mode when the current frame is an error frame a second mode when the current frame is a good frame after a burst error frame, and a third mode when the current frame is a good frame after a random error frame. checking, by a FEC mode selection unit, whether a current frame is either an error frame or a good frame, in a time domain signal transformed from a frequency domain signal; checking, by the FEC mode selection unit, whether a previous frame is either a burst error frame or a random error frame, when the current frame is a good frame; selecting, by the FEC mode selection unit, one mode from among a plurality of modes associated with smoothing, when the current frame is classified as an error frame, a good frame after a burst error frame or a good frame after a random error frame; and applying, by a first time domain error concealment unit, a second time domain error concealment unit and a third time domain error concealment unit, a different error concealment processing to the current frame, based on the selected mode, wherein the plurality of modes include a first mode when the current frame is an error frame a second mode when the current frame is a good frame after a burst error frame, and a third mode when the current frame is a good frame after a random error frame.
Gas burner for a gas cooktop, comprising a burner lower part, which is configured to be arranged below a cooktop plate of the gas cooktop, a burner upper part, which is configured to be arranged above the cooktop plate and is connected to the burner lower part, and a thermocouple and/or an igniting element, which is simultaneously received in a receiving section of the burner lower part and a receiving section (27, 28) of the burner upper part, wherein the gas burner has a sealing device which can be arranged between the cooktop plate and the burner lower part, wherein the receiving section (27, 28) of the burner upper part has a deformation section (31, 32), which is configured to deform the sealing device in a resilient manner when the burner lower part is connected to the burner upper part, wherein a fastening section of the thermocouple and/or of the igniting element is arranged between the burner lower part and the burner upper part, and wherein the deformation section (31, 32) is configured to fix the thermocouple and/or the igniting element between the receiving section of the burner lower part and the receiving section (27, 28) of the burner upper part.
Method for configuring a device connected to an IP communication LAN, the device having a memory containing identification parameters that comprise an identifier and IP parameters of the device, the method comprising: - a detection step during which the device detects the presence of a DHCP server connected to the IP communication LAN, the DHCP server including an internal memory and means for receiving the identification parameters of the device, the internal memory of the DHCP server not containing any prior configuration comprising the identification parameters of the device, - a sending step during which the device sends to the DHCP server the identification parameters stored in the memory of the device via the IP communication LAN, - a storage step during which the DHCP server validates and saves in its internal memory the identification parameters sent by the device, so as to obtain an automatic configuration of the DHCP server. - a detection step during which the device detects the presence of a DHCP server connected to the IP communication LAN, the DHCP server including an internal memory and means for receiving the identification parameters of the device, the internal memory of the DHCP server not containing any prior configuration comprising the identification parameters of the device, - a sending step during which the device sends to the DHCP server the identification parameters stored in the memory of the device via the IP communication LAN, - a storage step during which the DHCP server validates and saves in its internal memory the identification parameters sent by the device, so as to obtain an automatic configuration of the DHCP server.
A sales management apparatus configured for use in a license management system comprising a license management apparatus that manages a license of a program sold by the sales management apparatus, the license management apparatus including a group information storage unit for storing configuration information included in a registration request sent from the sales management apparatus, wherein the sales management apparatus comprises: a transmission unit that is configured to display a list of information of one or plural of the programs and to transmit the registration request to the license management apparatus, the configuration information in the registration request including information of a group including a combination of plural of the programs selected from the programs on the list of information; a product information storage unit; a product registration unit that is configured to receive an input of license information corresponding to the group, to associate the license information with the group, and to store the associated license information together with the group into the product information storage unit as product information; and a sales management unit that is configured to transmit a list of the product information in response to a reception of a purchase request for purchasing the program, the product information being stored in the product information storage unit; wherein in response to a change instruction of a configuration of the group, the transmission unit is configured to transmit a change request of the group to the license management apparatus, the change request including the configuration information in accordance with the change instruction, and the license management apparatus is configured to update the configuration information stored in the group information storage unit based on the configuration information included in the change request provided that a license of the program included in the group related to the change request is not in use. a transmission unit that is configured to display a list of information of one or plural of the programs and to transmit the registration request to the license management apparatus, the configuration information in the registration request including information of a group including a combination of plural of the programs selected from the programs on the list of information; a product information storage unit; a product registration unit that is configured to receive an input of license information corresponding to the group, to associate the license information with the group, and to store the associated license information together with the group into the product information storage unit as product information; and a sales management unit that is configured to transmit a list of the product information in response to a reception of a purchase request for purchasing the program, the product information being stored in the product information storage unit;
A waste collection assembly, comprising a voluntary disposal container (10, 10', 10") for receiving waste and at least one image acquisition means positioned and oriented so as to be able to capture at least one image of at least one area of the ground in the vicinity of the said voluntary disposal container (10, 10', 10"), said assembly further comprising a detection device (20,21) able to receive said at least one image from the image acquisition means and to detect in said at least one image the presence of waste on the ground; said voluntary disposal container (10, 10', 10") comprises at least one outer side wall resting at one end on the ground, characterised in that the said image acquisition means is fixed to the said outer side wall so as to capture images of an area of the ground in the vicinity of the said end resting on the ground. said assembly further comprising a detection device (20,21) able to receive said at least one image from the image acquisition means and to detect in said at least one image the presence of waste on the ground; said voluntary disposal container (10, 10', 10") comprises at least one outer side wall resting at one end on the ground, characterised in that the said image acquisition means is fixed to the said outer side wall so as to capture images of an area of the ground in the vicinity of the said end resting on the ground.
An integrated circuit, comprising an integrated passive device (100, 1100) that includes: a composite electrode (120, 820) deposited over a semiconductor substrate, wherein the composite electrode (120, 820) includes an underlying electrode (122, 822) and an overlying electrode (124, 824) deposited on a top surface of the underlying electrode (122, 822); wherein the underlying electrode (122, 822) is formed from a first conductive material; wherein the overlying electrode (124, 824) is formed from a second conductive material that is different from the first conductive material; wherein a top surface of the overlying electrode (124, 824) has a surface morphology, which is smoother than a surface morphology of the top surface of the underlying electrode (122, 822); and an insulator layer (140, 1040) deposited over the composite electrode (120, 820) characterized in that the first conductive material of the underlying electrode (122, 822) is AlCuW and the second conductive material of the overlying electrode (124, 824) is AlCu. a composite electrode (120, 820) deposited over a semiconductor substrate, wherein the composite electrode (120, 820) includes an underlying electrode (122, 822) and an overlying electrode (124, 824) deposited on a top surface of the underlying electrode (122, 822); wherein the underlying electrode (122, 822) is formed from a first conductive material; wherein the overlying electrode (124, 824) is formed from a second conductive material that is different from the first conductive material; wherein a top surface of the overlying electrode (124, 824) has a surface morphology, which is smoother than a surface morphology of the top surface of the underlying electrode (122, 822); and an insulator layer (140, 1040) deposited over the composite electrode (120, 820) characterized in that the first conductive material of the underlying electrode (122, 822) is AlCuW and the second conductive material of the overlying electrode (124, 824) is AlCu.
A method for low pressure permanent mold casting of metallic objects, the method comprising: preparing a steel permanent mold casting die having at least one thin walled section, said die devoid of die coating along the die casting surface; preparing a permanent mold casting alloy having 4.5-11.5% by weight silicon, 0.45% by weight maximum iron, 0.20-0.40% by weight manganese, 0.045-0.110% by weight strontium, 0.05-5% by weight copper, 0.10-0.7% by weight magnesium, optionally 0.50% by weight maximum nickel and/or 4.5% by weight maximum zinc, and the balance aluminum and wherein the alloy has a die soldering factor equivalent or greater than 1.1, the die soldering factor defined as 10[Sr] + Mn + Fe; pushing the alloy into the steel permanent mold casting die under pressure of 0.0207 - 0.1034 MPa (3-15 psi) to create a permanent mold casting; cooling the permanent mold casting; and removing the permanent mold casting from the die without force; and wherein the permanent mold casting does not solder to the steel permanent mold die; and wherein the permanent mold casting has a surface roughness of ±12.5 μm (±500 microinches) R a or less. preparing a steel permanent mold casting die having at least one thin walled section, said die devoid of die coating along the die casting surface; preparing a permanent mold casting alloy having 4.5-11.5% by weight silicon, 0.45% by weight maximum iron, 0.20-0.40% by weight manganese, 0.045-0.110% by weight strontium, 0.05-5% by weight copper, 0.10-0.7% by weight magnesium, optionally 0.50% by weight maximum nickel and/or 4.5% by weight maximum zinc, and the balance aluminum and wherein the alloy has a die soldering factor equivalent or greater than 1.1, the die soldering factor defined as 10[Sr] + Mn + Fe; pushing the alloy into the steel permanent mold casting die under pressure of 0.0207 - 0.1034 MPa (3-15 psi) to create a permanent mold casting; cooling the permanent mold casting; and removing the permanent mold casting from the die without force; and wherein the permanent mold casting does not solder to the steel permanent mold die; and wherein the permanent mold casting has a surface roughness of ±12.5 μm (±500 microinches) R a or less.