mhurhangee/ep-ind-claims huggingface dataset:
A pair of clamping starwheels (301, 302), characterized in that each clamping starwheel comprises a lower clamp rim and an upper claim rim, each with a plurality of clamps (304, 304'; 305, 305'), wherein the lower and the upper clamp rim (101, 102) are adapted to grip containers on an upper portion and a lower portion, wherein the upper clamp rim is positioned such that its distance from the lower clamp rim can be changed, wherein the clamping starwheels (301, 302) are arranged such that they can transfer containers, which can be conveyed to one of the clamping starwheels for instance via a conveyor, from said clamping starwheel to the other clamping starwheel, and wherein the clamping starwheels (301, 302) are coupled with each other via a joint drive device for changing the distance, so that a change in the distance of the respectively upper clamp rim from the lower clamp rim can be carried out synchronously on both clamping starwheels.
An article transfer device comprising: an article supporting portion that supports an article from below; a first guide portion and a second guide portion that oppose each other in a first direction extending along a horizontal plane, across the article supported by the article supporting portion; a base that supports the article supporting portion, the first guide portion, and the second guide portion; and an article movement mechanism for moving the article relative to the base along a second direction orthogonal to the first direction on the horizontal plane, characterized in that the article supporting portion, the first guide portion, and the second guide portion are supported by the base so as to be movable in the first direction, and the article transfer device further comprises: a guide movement mechanism for moving the first guide portion and the second guide portion independently along the first direction; and an interlocking mechanism for interlocking movement of the first guide portion and the second guide portion along the first direction with movement of the article supporting portion such that the article supporting portion is located midway between the first guide portion and the second guide portion in the first direction. an article supporting portion that supports an article from below; a first guide portion and a second guide portion that oppose each other in a first direction extending along a horizontal plane, across the article supported by the article supporting portion; a base that supports the article supporting portion, the first guide portion, and the second guide portion; and an article movement mechanism for moving the article relative to the base along a second direction orthogonal to the first direction on the horizontal plane, characterized in that the article supporting portion, the first guide portion, and the second guide portion are supported by the base so as to be movable in the first direction, and the article transfer device further comprises: a guide movement mechanism for moving the first guide portion and the second guide portion independently along the first direction; and an interlocking mechanism for interlocking movement of the first guide portion and the second guide portion along the first direction with movement of the article supporting portion such that the article supporting portion is located midway between the first guide portion and the second guide portion in the first direction. a guide movement mechanism for moving the first guide portion and the second guide portion independently along the first direction; and an interlocking mechanism for interlocking movement of the first guide portion and the second guide portion along the first direction with movement of the article supporting portion such that the article supporting portion is located midway between the first guide portion and the second guide portion in the first direction.
A process for the production of a C 6 -C 15 alcohol mixture comprising the steps of: hydroformylating an olefin mixture comprising at least one branched C 5 -C 14 olefin to form a hydroformylation product comprising aldehydes and formates; feeding the hydroformylation product into a hydrogenation step comprising contacting, in at least one first hydrogenation reactor, at least one catalyst, at least 1 wt% water, based upon the total weight of the feed, hydrogen, and the hydroformylation product to convert the hydroformylation product to a C 6 -C 15 alcohol mixture; wherein, the hydrogen is supplied from the decomposition of the formates and at least one source external to the at least one first hydrogenation reactor, and wherein at least 5% or greater of the total stoichiometric amount of hydrogen necessary to hydrogenate the aldehydes is supplied from the decomposition of the formates and 100% or less than 100% of the total stoichiometric amount of hydrogen necessary to hydrogenate the aldehydes is supplied from the at least one source external. hydroformylating an olefin mixture comprising at least one branched C 5 -C 14 olefin to form a hydroformylation product comprising aldehydes and formates; feeding the hydroformylation product into a hydrogenation step comprising contacting, in at least one first hydrogenation reactor, at least one catalyst, at least 1 wt% water, based upon the total weight of the feed, hydrogen, and the hydroformylation product to convert the hydroformylation product to a C 6 -C 15 alcohol mixture; wherein, the hydrogen is supplied from the decomposition of the formates and at least one source external to the at least one first hydrogenation reactor, and wherein at least 5% or greater of the total stoichiometric amount of hydrogen necessary to hydrogenate the aldehydes is supplied from the decomposition of the formates and 100% or less than 100% of the total stoichiometric amount of hydrogen necessary to hydrogenate the aldehydes is supplied from the at least one source external.
An electrophysiology catheter comprising: an elongated body; a distal electrode assembly comprising: a proximal portion; a plurality of spines, each spine having a linear taper with a wider proximal end and a narrower distal end, and an enlarged distal portion having a through-hole; a plurality of spine covers, each spine cover surrounding a respective spine; and a plurality of atraumatic distal covers, each atraumatic distal cover encapsulating a respective enlarged distal portion and including a bridging portion of adhesive or sealant that passes through the through-hole of the respective enlarged distal portion. an elongated body; a distal electrode assembly comprising: a proximal portion; a plurality of spines, each spine having a linear taper with a wider proximal end and a narrower distal end, and an enlarged distal portion having a through-hole; a plurality of spine covers, each spine cover surrounding a respective spine; and a plurality of atraumatic distal covers, each atraumatic distal cover encapsulating a respective enlarged distal portion and including a bridging portion of adhesive or sealant that passes through the through-hole of the respective enlarged distal portion. a proximal portion; a plurality of spines, each spine having a linear taper with a wider proximal end and a narrower distal end, and an enlarged distal portion having a through-hole; a plurality of spine covers, each spine cover surrounding a respective spine; and a plurality of atraumatic distal covers, each atraumatic distal cover encapsulating a respective enlarged distal portion and including a bridging portion of adhesive or sealant that passes through the through-hole of the respective enlarged distal portion.
Device for cooling a laminated core of a dynamo, by means of a first cooling coil and by means of at least one further cooling coil, wherein the first and the further cooling coils have serpentine-shaped sections connected to each other by distance sections for cooling individual non-neighbouring areas of the laminated core, wherein the distance sections of the first cooling coil are intended to bridge those areas for the cooling of which the serpentine-shaped section of the further cooling coil is provided, and wherein distance sections of the further cooling coils are intended to bridge the areas for the cooling of which the serpentine-shaped sections of the first cooling coil are provided.
A circuit for providing backup power to a computing system rack and a computing device (130,131,132), the circuit comprising: a main power bus configured to couple to a main bus bar of the computing system rack and configured to couple to the computing device (130, 131, 132), wherein the main power bus is configured to receive power from the main bus bar for providing power to the computing device (130, 131, 132) when AC power is provided to the rack; a battery; a backup power path coupled to the battery and configured to couple to the computing device (130, 131, 132); a shared power path coupled to the backup power path and configured to couple to the main bus bar of the rack; and a controller, wherein, in response to detection of an AC power outage by the controller, the shared power path is activated, and the controller is configured to activate the backup power path and to deactivate the main power bus such that the battery provides power to the computing device (130,131,132) via the backup power path, and wherein the battery is configured to provide power to the main bus bar of the rack via the backup power path and the shared power path. a main power bus configured to couple to a main bus bar of the computing system rack and configured to couple to the computing device (130, 131, 132), wherein the main power bus is configured to receive power from the main bus bar for providing power to the computing device (130, 131, 132) when AC power is provided to the rack; a battery; a backup power path coupled to the battery and configured to couple to the computing device (130, 131, 132); a shared power path coupled to the backup power path and configured to couple to the main bus bar of the rack; and a controller, wherein, in response to detection of an AC power outage by the controller, the shared power path is activated, and the controller is configured to activate the backup power path and to deactivate the main power bus such that the battery provides power to the computing device (130,131,132) via the backup power path, and wherein the battery is configured to provide power to the main bus bar of the rack via the backup power path and the shared power path.
A component supply unit set-up system (1, 1A, 1B) comprising: a container warehouse configured to store multiple component containers for containing multiple components; a unit storage shed configured to store multiple component supply units used when the components, which are contained in the component containers, are supplied in a mounting operation performed by a component mounter; an operation table (4, 4A) disposed between the container warehouse and the unit storage shed and configured to be used for a loading operation to load one of the multiple component supply units with one of the multiple component containers; a movement guide (32, 33, 42, 43) provided from the unit storage shed to the operation table (4,4A), a container conveyance robot configured to convey one of the multiple component containers between the container warehouse and the operation table (4, 4A) without using the movement guide (32, 33, 42, 43); and a unit conveyance robot configured to move along the movement guide (32, 33, 42, 43) and convey one of the multiple component supply units between the unit storage shed and the operation table (4, 4A), wherein the container conveyance robot is a non-moving robot that does not need to move between the container warehouse and the operation table (4, 4A) disposed close to each other. a container warehouse configured to store multiple component containers for containing multiple components; a unit storage shed configured to store multiple component supply units used when the components, which are contained in the component containers, are supplied in a mounting operation performed by a component mounter; an operation table (4, 4A) disposed between the container warehouse and the unit storage shed and configured to be used for a loading operation to load one of the multiple component supply units with one of the multiple component containers; a movement guide (32, 33, 42, 43) provided from the unit storage shed to the operation table (4,4A), a container conveyance robot configured to convey one of the multiple component containers between the container warehouse and the operation table (4, 4A) without using the movement guide (32, 33, 42, 43); and a unit conveyance robot configured to move along the movement guide (32, 33, 42, 43) and convey one of the multiple component supply units between the unit storage shed and the operation table (4, 4A), wherein the container conveyance robot is a non-moving robot that does not need to move between the container warehouse and the operation table (4, 4A) disposed close to each other.
A system for assisting in performing an interventional procedure, the system comprising: - a first subsystem (1; 101) comprising a) a first imaging device (40, 42; 140, 142) for generating a first image of a subject while an interventional device (12; 112) is introduced into the subject, b) a position determination device for determining the position of the interventional device (12; 112) within the subject relative to the first image, and c) a storage for storing the determined position of the interventional device (12; 112) within the subject, after the interventional device (12; 112) has been introduced into the subject, - a second subsystem (2; 102) comprising a) a second imaging device (7, 8) for generating a second image of the subject with the introduced interventional device (12; 112), wherein the first and second imaging devices (40, 42; 140, 142; 7, 8) are different imaging modalities, and b) a planning and/or monitoring device (9; 109) for planning a treatment to be performed by using the interventional device (12; 112) and/or for monitoring a treatment performed by using the interventional device (12; 112) based on the stored position of the interventional device (12; 112) and the second image, wherein the first subsystem (1; 101) and the second subsystem (2; 102) are located at different places. - a first subsystem (1; 101) comprising a) a first imaging device (40, 42; 140, 142) for generating a first image of a subject while an interventional device (12; 112) is introduced into the subject, b) a position determination device for determining the position of the interventional device (12; 112) within the subject relative to the first image, and c) a storage for storing the determined position of the interventional device (12; 112) within the subject, after the interventional device (12; 112) has been introduced into the subject, - a second subsystem (2; 102) comprising a) a second imaging device (7, 8) for generating a second image of the subject with the introduced interventional device (12; 112), wherein the first and second imaging devices (40, 42; 140, 142; 7, 8) are different imaging modalities, and b) a planning and/or monitoring device (9; 109) for planning a treatment to be performed by using the interventional device (12; 112) and/or for monitoring a treatment performed by using the interventional device (12; 112) based on the stored position of the interventional device (12; 112) and the second image, wherein the first subsystem (1; 101) and the second subsystem (2; 102) are located at different places.
A cladding head for a strip cladding system, comprising: i)- a first contact jaw comprising first and second contacts (316,318) to deliver welding power to a cladding strip that is driven between the first and second contacts; ii)- a first contact pressure adjuster to set a first pressure applied by the first and second contacts to the cladding strip; and iii)- a first strip lock preventer to limit the first pressure applied by the first and second contacts (316,318) to the cladding strip to less than a threshold pressure; characterized in that it further comprises: iv)- a second contact jaw comprising third and fourth contacts (320,322) to deliver the welding power to the cladding strip that is driven between the third and fourth contacts; v)- a second contact pressure adjuster to set a second pressure applied by the third and fourth contacts to the cladding strip; and vi)- a second strip lock preventer to limit the second pressure applied by the third and fourth contacts to the cladding strip; vii)- the first and second contacts (316,318) being designed to apply the first pressure to a first section of the cladding strip and the third and fourth contacts (320,322) being designed to apply the second pressure to a second section of the cladding strip; viii)- the first and second contacts (316,318) being separated laterally from the third and fourth contacts (320,322) by a gap of at least 1 millimeter. i)- a first contact jaw comprising first and second contacts (316,318) to deliver welding power to a cladding strip that is driven between the first and second contacts; ii)- a first contact pressure adjuster to set a first pressure applied by the first and second contacts to the cladding strip; and iii)- a first strip lock preventer to limit the first pressure applied by the first and second contacts (316,318) to the cladding strip to less than a threshold pressure; characterized in that it further comprises: iv)- a second contact jaw comprising third and fourth contacts (320,322) to deliver the welding power to the cladding strip that is driven between the third and fourth contacts; v)- a second contact pressure adjuster to set a second pressure applied by the third and fourth contacts to the cladding strip; and vi)- a second strip lock preventer to limit the second pressure applied by the third and fourth contacts to the cladding strip; vii)- the first and second contacts (316,318) being designed to apply the first pressure to a first section of the cladding strip and the third and fourth contacts (320,322) being designed to apply the second pressure to a second section of the cladding strip; viii)- the first and second contacts (316,318) being separated laterally from the third and fourth contacts (320,322) by a gap of at least 1 millimeter.
A composition comprising a C16:1n7-palmitoleate derivative and a palmitate derivative, wherein the composition has a ratio of the C16: 1n7-palmitoleate derivative to the palmitate derivative of 12:1 to 100:1 (weight: weight); (a) wherein the C16:1n7-palmitoleate derivative is palmitoleic acid, a pharmaceutically acceptable salt of palmitoleate, a (Ci-Cs)alkyl ester of palmitoleate, a monoglyceride of palmitoleic acid, a diglyceride of palmitoleic acid, or a triglyceride of palmitoleic acid; and (b) wherein the palmitate derivative is palmitic acid, a pharmaceutically acceptable salt of palmitate, a (Ci-Cs)alkyl ester of palmitate, a monoglyceride of palmitic acid, a diglyceride of palmitic acid, or a triglyceride of palmitic acid; for use in a method for treating dry eyes in a subject in need thereof. (a) wherein the C16:1n7-palmitoleate derivative is palmitoleic acid, a pharmaceutically acceptable salt of palmitoleate, a (Ci-Cs)alkyl ester of palmitoleate, a monoglyceride of palmitoleic acid, a diglyceride of palmitoleic acid, or a triglyceride of palmitoleic acid; and (b) wherein the palmitate derivative is palmitic acid, a pharmaceutically acceptable salt of palmitate, a (Ci-Cs)alkyl ester of palmitate, a monoglyceride of palmitic acid, a diglyceride of palmitic acid, or a triglyceride of palmitic acid;
A method for enhancing growth and/or plant yield, said method comprises growing a plant, wherein: - said plant is grown in a plant growth medium inoculated with an effective amount of an isolated Streptomyces strain, or - said plant is grown from a seed, wherein said seed is coated with an effective amount of an isolated Streptomyces strain, or - said plant is grown in an environment, wherein a sprayable formulation is administered to said environment, said formulation comprises an effective amount of an isolated Streptomyces strain, wherein said Streptomyces strain was deposited at BCCM-LMG having received accession number LMG P-29828, and wherein said enhancing refers to an at least 5% increase in plant growth and/or plant yield compared to a control plant which has not been exposed to said strain. - said plant is grown in a plant growth medium inoculated with an effective amount of an isolated Streptomyces strain, or - said plant is grown from a seed, wherein said seed is coated with an effective amount of an isolated Streptomyces strain, or - said plant is grown in an environment, wherein a sprayable formulation is administered to said environment, said formulation comprises an effective amount of an isolated Streptomyces strain,
An air conditioner comprising an indoor device and an outdoor device, wherein the outdoor device comprises: a plurality of compressors (111, 112); an accumulator connected to an introduction side of the plurality of compressors (111, 112); an outdoor heat exchanger connected to the plurality of compressors (111, 112); an excessive cooler connected to the outdoor heat exchanger; a first refrigerant tube communicating with the excessive cooler and the accumulator; a plurality of bypass tubes (182, 184) respectively connected to the compressors and the first refrigerant tube; and a plurality of bypass valves (183, 185) provided to the bypass tubes (182, 184), respectively, wherein, in a state in which at least one of the plurality of compressors (111, 112) is stopped, at least one bypass valve, of the plurality of bypass valves (183,185), corresponding to the at least one stopped compressor is configured to be opened. a plurality of compressors (111, 112); an accumulator connected to an introduction side of the plurality of compressors (111, 112); an outdoor heat exchanger connected to the plurality of compressors (111, 112); an excessive cooler connected to the outdoor heat exchanger; a first refrigerant tube communicating with the excessive cooler and the accumulator; a plurality of bypass tubes (182, 184) respectively connected to the compressors and the first refrigerant tube; and a plurality of bypass valves (183, 185) provided to the bypass tubes (182, 184), respectively, wherein, in a state in which at least one of the plurality of compressors (111, 112) is stopped, at least one bypass valve, of the plurality of bypass valves (183,185), corresponding to the at least one stopped compressor is configured to be opened.
Use of a photoacoustic imaging contrast agent composition in photoacoustic microscopy carried out in a subject at a wavelength in the visible range of 400 nm to 750 nm, the composition comprising a metal carbonyl cluster compound having the general formula M 3 x L 12-x wherein M at each occurrence denotes a metal independently selected from the group consisting of Fe, Ru, and Os; x is an integer from 10 to 12; and each L is independently selected from the group consisting of -H and -A-(CH 2) n -COO - Y +, wherein A is selected from the group consisting of S, O, C and N; n is an integer from 1 to 10; and Y is any cation. M at each occurrence denotes a metal independently selected from the group consisting of Fe, Ru, and Os; x is an integer from 10 to 12; and each L is independently selected from the group consisting of -H and -A-(CH 2) n -COO - Y +, wherein A is selected from the group consisting of S, O, C and N; n is an integer from 1 to 10; and Y is any cation.