mhurhangee/patent-ind-claim-en huggingface dataset:
Transfer machine for transferring, in a poultry house, incubated eggs from trays filled with the incubated eggs to a floor of said poultry house, which transfer machine comprises: - a frame that rests on a transport system to drive over the floor of the poultry house; - an input and output system for inserting the trays filled with the incubated eggs into the transfer machine and for removing the emptied trays therefrom; and, - a transfer system for transferring the eggs from the trays that have been inserted into the transfer machine to the floor of the poultry house; which transfer system comprises a set of egg pickup members mounted on a first sub-frame which is mounted at least up and down movably on said frame between an uppermost position and a lowermost position for placing the incubated eggs on the floor of the poultry house by means of the egg pickup members , characterised in that said first sub-frame is mounted up and down movably on a second sub-frame , in that said second sub-frame is mounted back and forth movably on said frame between a first position, wherein the set of egg pickup members is situated above the filled trays that have been inserted, and a second position, wherein the set of egg pickup members is situated above the floor of the poultry house and can move up and down between said uppermost and lowermost positions, and in that at least one guide is provided on said second sub-frame for guiding said first sub-frame up and down along this guide . - a frame that rests on a transport system to drive over the floor of the poultry house; - an input and output system for inserting the trays filled with the incubated eggs into the transfer machine and for removing the emptied trays therefrom; and, - a transfer system for transferring the eggs from the trays that have been inserted into the transfer machine to the floor of the poultry house; which transfer system comprises a set of egg pickup members mounted on a first sub-frame which is mounted at least up and down movably on said frame between an uppermost position and a lowermost position for placing the incubated eggs on the floor of the poultry house by means of the egg pickup members , characterised in that said first sub-frame is mounted up and down movably on a second sub-frame , in that said second sub-frame is mounted back and forth movably on said frame between a first position, wherein the set of egg pickup members is situated above the filled trays that have been inserted, and a second position, wherein the set of egg pickup members is situated above the floor of the poultry house and can move up and down between said uppermost and lowermost positions, and in that at least one guide is provided on said second sub-frame for guiding said first sub-frame up and down along this guide .
A heavy-duty tire comprising: a tread part configured to contact with a road surface; a steel belt part comprising one or more steel belts formed inside the tread part ; and a plurality of reinforcing belt parts ; wherein the steel belt part comprises: a first steel belt disposed adjacent to a carcass; a second steel belt positioned above the first steel belt ; a third steel belt positioned above the second steel belt ; and a fourth steel belt positioned above the third steel belt ; characterized in that each of the reinforcing belt parts is manufactured as a rolling product made by winding steel cords in a circumferential direction of the tire; wherein each of the reinforcing belt parts is inserted between the second steel belt and the third steel belt and wound in the circumferential direction of the tire; and wherein the reinforcing belt parts are respectively formed at two opposite sides and a central portion of the tread part and disposed to be spaced apart from one another. a tread part configured to contact with a road surface; a steel belt part comprising one or more steel belts formed inside the tread part ; and a plurality of reinforcing belt parts ; wherein the steel belt part comprises: a first steel belt disposed adjacent to a carcass; a second steel belt positioned above the first steel belt ; a third steel belt positioned above the second steel belt ; and a first steel belt disposed adjacent to a carcass; a second steel belt positioned above the first steel belt ; a third steel belt positioned above the second steel belt ; and a fourth steel belt positioned above the third steel belt ; characterized in that each of the reinforcing belt parts is manufactured as a rolling product made by winding steel cords in a circumferential direction of the tire; wherein each of the reinforcing belt parts is inserted between the second steel belt and the third steel belt and wound in the circumferential direction of the tire; and wherein the reinforcing belt parts are respectively formed at two opposite sides and a central portion of the tread part and disposed to be spaced apart from one another.
A rechargeable electric tool in which a battery pack serving as an electric power source can be detachably mounted to a mounting part , comprising a housing comprising a body , a handle part , and the mounting part formed at a lower end of the handle part , openings (14A, R1, H) provided at the housing , wherein the mounting part is formed lower than the openings, and a seal member (50; 60; 70), characterized in that the seal member (50; 60; 70) is arranged in the handle part and is located between the openings (14A, R1, H) and the mounting part in order to seal between the side where the openings (14A, R1, H) are located and the side where the battery pack is mounted to the mounting part . a housing comprising a body , a handle part , and the mounting part formed at a lower end of the handle part , openings (14A, R1, H) provided at the housing , wherein the mounting part is formed lower than the openings, and a seal member (50; 60; 70), characterized in that the seal member (50; 60; 70) is arranged in the handle part and is located between the openings (14A, R1, H) and the mounting part in order to seal between the side where the openings (14A, R1, H) are located and the side where the battery pack is mounted to the mounting part .
An electric motor system (110; 210; 310) comprising: a power supply (112; 212); an electric motor (111; 211; 311) connected to said power supply (112; 212); an object (116; 216; 316) driven by said motor (111; 211; 311) having a range of motion and a substantially neutral range or position within said range of motion, wherein said object is not as inclined to move when at rest in said neutral range or position; a power sensor configured to sense power from said power supply (112; 212); a position sensor configured to sense position of said object (116; 216; 316) in at least a portion of said range of motion; an energy storage (123; 223); a controller (122; 222) connected to said position sensor , power sensor , power supply (112; 212) and energy storage (123; 223); characterised in that said controller (122; 222) is configured and arranged to brake said motor (111; 211; 311) in response to both said power sensed by said power sensor being less than a power source threshold , and said position sensor indicating said object (116; 216; 316) is within a neutral position threshold of said neutral range or position . a power supply (112; 212); an electric motor (111; 211; 311) connected to said power supply (112; 212); an object (116; 216; 316) driven by said motor (111; 211; 311) having a range of motion and a substantially neutral range or position within said range of motion, wherein said object is not as inclined to move when at rest in said neutral range or position; a power sensor configured to sense power from said power supply (112; 212); a position sensor configured to sense position of said object (116; 216; 316) in at least a portion of said range of motion; an energy storage (123; 223); a controller (122; 222) connected to said position sensor , power sensor , power supply (112; 212) and energy storage (123; 223); characterised in that said controller (122; 222) is configured and arranged to brake said motor (111; 211; 311) in response to both said power sensed by said power sensor being less than a power source threshold , and said position sensor indicating said object (116; 216; 316) is within a neutral position threshold of said neutral range or position .
A computer-implemented method comprising: receiving , on a network device (BEB-1) running as a Fabric Attach, FA, Server, an FA Type Length Value, TLV, from an access device (CE1) running as a FA proxy or client, the access device (CE1) configured to mirror traffic to a Remote Switch Port Analyzer, RSPAN, Virtual Local Area Network, VLAN (CE1, BEB-1, BEB-2, BEB-3, BCB-1, BCB-2, BCB-3, BCB-4, CE3, Monitor); receiving , by said FA server, the mirrored traffic on the RSPAN VLAN; signaling , by said FA server, a Service Identifier, I-SID, into a network (BEB-1, BEB-2, BEB-3, BCB-1, BCB-2, BCB-3, BCB-4); detecting , by said FA server, receive interest in the I-SID; and delivering , by said FA server, the mirrored traffic to devices that expressed a receive interest in the mirrored traffic, characterised in that the TLV includes a request to associate the RSPAN VLAN with the I-SID used to carry mirror traffic in the network, and the network device (BEB-1) and the access device (CE1) are communicatively coupled over the network. receiving , on a network device (BEB-1) running as a Fabric Attach, FA, Server, an FA Type Length Value, TLV, from an access device (CE1) running as a FA proxy or client, the access device (CE1) configured to mirror traffic to a Remote Switch Port Analyzer, RSPAN, Virtual Local Area Network, VLAN (CE1, BEB-1, BEB-2, BEB-3, BCB-1, BCB-2, BCB-3, BCB-4, CE3, Monitor); receiving , by said FA server, the mirrored traffic on the RSPAN VLAN; signaling , by said FA server, a Service Identifier, I-SID, into a network (BEB-1, BEB-2, BEB-3, BCB-1, BCB-2, BCB-3, BCB-4); detecting , by said FA server, receive interest in the I-SID; and delivering , by said FA server, the mirrored traffic to devices that expressed a receive interest in the mirrored traffic, characterised in that the TLV includes a request to associate the RSPAN VLAN with the I-SID used to carry mirror traffic in the network, and the network device (BEB-1) and the access device (CE1) are communicatively coupled over the network.
Method for reducing nitrogen oxides in the exhaust gas of an entrained flow treatment system having a treatment chamber in which a material is thermally treated, the thermal energy used for this being provided at least in part by a hot-gas generator and a reducing agent being admixed with the hot gas from the hot-gas generator before the temperature of the hot gas drops to 700°C or less, preferably 850°C or less, characterized in that the reducing agent is admixed before the hot gas is introduced into the treatment chamber and is mixed with the material or a main portion of the material there.
A preparation method for synthesizing S-nicotine from glutarate, characterized by comprising the following steps: S1: performing a condensation reaction on nicotinate and glutarate in the presence of a base catalyst to obtain 5-carbonyl-5-(pyridin-3-yl)pentanoic acid; a molar ratio of the nicotinate to the glutarate to the base catalyst is 1: (1-1.5): (1.2-2); S2: reacting the 5-carbonyl-5-(pyridin-3-yl)pentanoic acid with an amination reagent to obtain 5-oxo-5-(pyridin-3-yl)pentanamide; S3: performing a Hofmann degradation reaction on the 5-oxo-5-(pyridin-3-yl)pentanamide in the presence of hypochlorite to obtain 4-amino-1-(pyridin-3-yl)butanone; S4: adding the 4-amino-1-(pyridin-3-yl)butanone and (+)-B-diisopinocampheyl chloroborane into an organic solvent, and reacting to obtain (S)-4-amino-1-(pyridin-3-yl)butan-1-ol; a molar ratio of the 4-amino-1-(pyridin-3-yl)butanone to the (+)-B-diisopinocampheyl chloroborane is 1: (1.2-2); the organic solvent II is tetrahydrofuran; the reaction temperature of S4 is 0°C; S5: reacting the (S)-4-amino-1-(pyridin-3-yl)butan-1-ol with a chlorination reagent to obtain (S)-4-amino-1-(pyridin-3-yl)chloro-butane; S6: performing a cyclization reaction on (S)-4-amino-1-(pyridin-3-yl)butyl-1-chloride in the presence of a base to obtain S-demethylnicotine; and S7. reacting the S-demethylnicotine with an amine methylation reagent to obtain S-nicotine. S1: performing a condensation reaction on nicotinate and glutarate in the presence of a base catalyst to obtain 5-carbonyl-5-(pyridin-3-yl)pentanoic acid; a molar ratio of the nicotinate to the glutarate to the base catalyst is 1: (1-1.5): (1.2-2); S2: reacting the 5-carbonyl-5-(pyridin-3-yl)pentanoic acid with an amination reagent to obtain 5-oxo-5-(pyridin-3-yl)pentanamide; S3: performing a Hofmann degradation reaction on the 5-oxo-5-(pyridin-3-yl)pentanamide in the presence of hypochlorite to obtain 4-amino-1-(pyridin-3-yl)butanone; S4: adding the 4-amino-1-(pyridin-3-yl)butanone and (+)-B-diisopinocampheyl chloroborane into an organic solvent, and reacting to obtain (S)-4-amino-1-(pyridin-3-yl)butan-1-ol; a molar ratio of the 4-amino-1-(pyridin-3-yl)butanone to the (+)-B-diisopinocampheyl chloroborane is 1: (1.2-2); the organic solvent II is tetrahydrofuran; the reaction temperature of S4 is 0°C; S5: reacting the (S)-4-amino-1-(pyridin-3-yl)butan-1-ol with a chlorination reagent to obtain (S)-4-amino-1-(pyridin-3-yl)chloro-butane; S6: performing a cyclization reaction on (S)-4-amino-1-(pyridin-3-yl)butyl-1-chloride in the presence of a base to obtain S-demethylnicotine; and S7. reacting the S-demethylnicotine with an amine methylation reagent to obtain S-nicotine.
A process for thermally treating mineral material, the mineral material selected being a material which comprises coloring metal compounds, more particularly iron compounds and/or chromium compounds, and the process comprising the following steps: a) preheating a mineral material in a preheater, b) transferring the mineral material heated in the preheater to the entrained flow reactor , c) thermally treating the mineral material in an entrained flow reactor in a reducing atmosphere for reducing the coloring metal compounds during the thermal treatment, d) separating the solid/gas mixture coming from the entrained flow reactor in a separating apparatus , characterized in that the process additionally comprises the following steps: e) oxidizing the reducing constituents of the gas coming from the separating apparatus in a thermal treatment zone between the outlet of the gas stream of the separating apparatus and the inlet for the gas stream of the preheater by means of supplied oxygen , f) supplying the gas emerging from the thermal treatment zone to the preheater and thereby utilizing the thermal energy recovered in the thermal treatment zone , by transfer to the mineral material. a) preheating a mineral material in a preheater, b) transferring the mineral material heated in the preheater to the entrained flow reactor , c) thermally treating the mineral material in an entrained flow reactor in a reducing atmosphere for reducing the coloring metal compounds during the thermal treatment, d) separating the solid/gas mixture coming from the entrained flow reactor in a separating apparatus , e) oxidizing the reducing constituents of the gas coming from the separating apparatus in a thermal treatment zone between the outlet of the gas stream of the separating apparatus and the inlet for the gas stream of the preheater by means of supplied oxygen , f) supplying the gas emerging from the thermal treatment zone to the preheater and thereby utilizing the thermal energy recovered in the thermal treatment zone , by transfer to the mineral material.
A pharmaceutical composition comprising an arginase inhibitor for use in the treatment of cancer, wherein the pharmaceutical composition is to be administered conjointly with (a) a cytotoxic T cell adoptive immunotherapy, or (b) a natural killer cell adoptive immunotherapy, wherein the arginase inhibitor is a compound having the structure of Formula (VIe) or a pharmaceutically acceptable salt thereof: wherein: (i) R a is H and R b is H; (ii) R c is H; (iii) R 3 is H; (iv) R 1 is selected from H and optionally substituted alkyl, alkenyl, alkynyl, cycloalkyl, (cycloalkyl)alkyl, heterocycloalkyl, (heterocycloalkyl)alkyl, aryl, heteroaryl, aralkyl, and heteroaralkyl; and (v) X is O. (i) R a is H and R b is H; (ii) R c is H; (iii) R 3 is H; (iv) R 1 is selected from H and optionally substituted alkyl, alkenyl, alkynyl, cycloalkyl, (cycloalkyl)alkyl, heterocycloalkyl, (heterocycloalkyl)alkyl, aryl, heteroaryl, aralkyl, and heteroaralkyl; and (v) X is O.
Arrangement for the ground connection of a printed circuit board to a frame of an electrical device, comprising the frame , which consists at least partially of an electrically conductive material, the printed circuit board , which has at least one ground contact , and at least one ground connection for the electrically conductive connection of the at least one ground contact of the printed circuit board to the frame, wherein the at least one ground connection is formed in each case by a plug connection having a variable insertion depth , wherein the plug connection comprises a first connecting part and a second connecting part , which can be connected to one another with force fit, but such that they are displaceable within a predetermined range, for mutual electrical contacting, wherein the first connecting part possesses a base area at one end and, opposite, a plug area , wherein the base area is arranged on the at least one ground contact of the printed circuit board and electrically conductively connected thereto, wherein the printed circuit board has a through-opening at its at least one ground contact , through which the first connecting part can be mechanically fastened, in particular screwed, to a stabilizing element on the base side, characterized in that the stabilizing element is a plurality of screwed-together screw bolts and in that at least two of these screw bolts are screwed together through at least one further through-opening of a folded area of the printed circuit board and/or at least one further printed circuit board in order to mechanically fasten the folded area and/or the further printed circuit board .
A compound of the Formula I: wherein: R 1 -R 5 and R 6 -R 10 are independently selected from the group consisting of hydrogen, hydrocarbyl groups and hydrocarbyl groups containing heteroatoms, such that the total carbon atoms from Q 1 and Q 2 is from 6 to 166 carbon atoms, and molybdate anion (Y) is a binuclear sulfur-containing dianion selected from the group consisting of [Mo 2 S 8 O 2 ] 2- , [Mo 2 S 9 O] 2- , and [Mo 2 S 10 ] 2- . R 1 -R 5 and R 6 -R 10 are independently selected from the group consisting of hydrogen, hydrocarbyl groups and hydrocarbyl groups containing heteroatoms, such that the total carbon atoms from Q 1 and Q 2 is from 6 to 166 carbon atoms, and molybdate anion (Y) is a binuclear sulfur-containing dianion selected from the group consisting of [Mo 2 S 8 O 2 ] 2- , [Mo 2 S 9 O] 2- , and [Mo 2 S 10 ] 2- .
A method for configuring a transport refrigeration unit (TRU) battery charger in a transport refrigeration system (TRS) , the method comprising: a TRS controller receiving battery topology data from a user via a commercial grade communication link indicating a battery topology of a TRU battery equipped in the TRS ; the TRS controller storing the battery topology data in a memory portion of the TRS controller ; the TRS controller controlling a refrigeration circuit of the TRS ; the TRS controller sending the battery topology data to the TRU battery charger via a rugged industrial grade communication link ; the TRU battery charger determining specific parameters for configuring a battery charging algorithm based on the battery topology data, the battery charging algorithm being stored in a memory portion of the TRU battery charger ; and the TRU battery charger configuring the battery charging algorithm stored in the memory portion of the TRU battery charger based on the specific parameters. a TRS controller receiving battery topology data from a user via a commercial grade communication link indicating a battery topology of a TRU battery equipped in the TRS ; the TRS controller storing the battery topology data in a memory portion of the TRS controller ; the TRS controller controlling a refrigeration circuit of the TRS ; the TRS controller sending the battery topology data to the TRU battery charger via a rugged industrial grade communication link ; the TRU battery charger determining specific parameters for configuring a battery charging algorithm based on the battery topology data, the battery charging algorithm being stored in a memory portion of the TRU battery charger ; and the TRU battery charger configuring the battery charging algorithm stored in the memory portion of the TRU battery charger based on the specific parameters.
A method for preparing an artificial board, comprising preparing the artificial board by mixing fibers, polyurethane foam particles and a reaction system comprising component A) isocyanate, wherein the absolute dry weight of the polyurethane foam particles is 3-80% by weight, preferably 4-75% by weight, more preferably 5-70% by weight, particularly preferably 5-60% by weight, based on the total absolute dry weight of the fibers and the polyurethane foam particles.
A body mount system for a model vehicle comprising: a body post attachable to a model vehicle platform including a plurality of vertical mounting locations; a body slide removably attachable to the body post in a fixed body slide configuration and a movable body slide configuration; a first body post cap removably attachable to one end of the body slide in a fixed first body post cap configuration and a movable first body post cap configuration, wherein the first body post cap includes a first body support rotatively coupled to the first body post cap; a second body post cap removably attachable to another end of the body slide in a fixed second body post cap configuration and a movable second body post cap configuration, where the second body post cap includes a second body support rotatively coupled to the second body post cap; wherein the movable body slide configuration permits adjustment of the body slide in a first horizontal direction relative to the body post; and wherein the movable first and second body post cap configurations permit adjustments to the first and second body post caps in a second horizontal direction relative to the body slide. a body post attachable to a model vehicle platform including a plurality of vertical mounting locations; a body slide removably attachable to the body post in a fixed body slide configuration and a movable body slide configuration; a first body post cap removably attachable to one end of the body slide in a fixed first body post cap configuration and a movable first body post cap configuration, wherein the first body post cap includes a first body support rotatively coupled to the first body post cap; a second body post cap removably attachable to another end of the body slide in a fixed second body post cap configuration and a movable second body post cap configuration, where the second body post cap includes a second body support rotatively coupled to the second body post cap; wherein the movable body slide configuration permits adjustment of the body slide in a first horizontal direction relative to the body post; and wherein the movable first and second body post cap configurations permit adjustments to the first and second body post caps in a second horizontal direction relative to the body slide.