mhurhangee/ep-ind-claims huggingface dataset:
N-alkyl-N'-poly(oxyalkyl)hexahydropyrimidine-quaternary ammonium salts of the formulae (Ia) - (Ic) in which R 1 is C 8 -C 30 -alkyl or C 8 -C 30 -alkenyl, R 2 is hydrogen, C 1 -C 3 -alkyl, -COOH or a group selected from the formulae wherein the bonding occurs via the valence containing the B residue, B is a single bond or a C 1 to C 3 alkylene group R 3 is C 1 -C 4 -alkyl, vinyl, allyl or benzyl, X - is a counterion, A is a 1,2-alkylene group having from 2 to 10 carbon atoms and p is a number from 1 to 50. R 1 is C 8 -C 30 -alkyl or C 8 -C 30 -alkenyl, R 2 is hydrogen, C 1 -C 3 -alkyl, -COOH or a group selected from the formulae B is a single bond or a C 1 to C 3 alkylene group R 3 is C 1 -C 4 -alkyl, vinyl, allyl or benzyl, X - is a counterion, A is a 1,2-alkylene group having from 2 to 10 carbon atoms and p is a number from 1 to 50.
A method for inhibiting or reducing immune cell attachment to a biomaterial, comprising attaching CD47 or a subdomain thereof that is capable of binding to SIRP-α, to the surface of the biomaterial, wherein the CD47 or the subdomain thereof that is capable of binding to SIRP-α inhibits or reduces immune cell-mediated damage to the biomaterial.
A magnet, comprising: - a body, and - a first slide arranged to be movable relative to the body between a first and a second position, the first slide comprising a first permanent magnet, and a first and a second pole piece (107, 108) attached to opposite magnetic pole surfaces of the first permanent magnet; characterised in that: - the body comprises a first and a second plate (103, 104) made of magnetic material, the first and the second plate (103, 104) being arranged in parallel and at a first distance from each other, and the second plate comprising a first through hole in which the first slide is movably arranged so that the first pole piece is directed towards the first plate, wherein at the first position of the first slide, the first pole piece is located outside the first through hole and at least part of the second pole piece is located inside the first through hole, and at the second position of the first slide, the first permanent magnet and at least part of the first and the second pole piece (107, 108) are located inside the first through hole. - a body, and - a first slide arranged to be movable relative to the body between a first and a second position, the first slide comprising a first permanent magnet, and a first and a second pole piece (107, 108) attached to opposite magnetic pole surfaces of the first permanent magnet; - the body comprises a first and a second plate (103, 104) made of magnetic material, the first and the second plate (103, 104) being arranged in parallel and at a first distance from each other, and the second plate comprising a first through hole in which the first slide is movably arranged so that the first pole piece is directed towards the first plate,
An ultrasound diagnostic apparatus that examines a blood vessel of a subject, the ultrasound diagnostic apparatus comprising: an ultrasound probe; an image acquisition unit configured to continuously acquire an ultrasound image of the blood vessel using the ultrasound probe; a blood vessel detection unit configured to detect the blood vessel from the ultrasound image; an examination site discrimination unit configured to discriminate an examination site; an examination mode setting unit configured to set an examination mode corresponding to the examination site discriminated by the examination site discrimination unit; a compression detection unit configured to detect a compression motion on a body surface of the subject by the ultrasound probe; a compression motion determination unit configured to determine whether or not the compression motion detected by the compression detection unit is proper for the examination mode set by the examination mode setting unit; and a notification unit configured to notify a user of a determination result by the compression motion determination unit. an ultrasound probe; an image acquisition unit configured to continuously acquire an ultrasound image of the blood vessel using the ultrasound probe; a blood vessel detection unit configured to detect the blood vessel from the ultrasound image; an examination site discrimination unit configured to discriminate an examination site; an examination mode setting unit configured to set an examination mode corresponding to the examination site discriminated by the examination site discrimination unit; a compression detection unit configured to detect a compression motion on a body surface of the subject by the ultrasound probe; a compression motion determination unit configured to determine whether or not the compression motion detected by the compression detection unit is proper for the examination mode set by the examination mode setting unit; and a notification unit configured to notify a user of a determination result by the compression motion determination unit.
Method for operating an industrial truck driving on a roadway on wheel tyres (10, 11), in particular superelastic tyres or pneumatic tyres, wherein vehicle properties of the industrial truck are controlled by a vehicle control device, and a tyre wear of the wheel tyres (10, 11) is measured by a tyre wear measuring device, wherein at least one vehicle property of the industrial truck is actively influenced by the vehicle control device on the basis of the tyre wear of the wheel tyres (10, 11), wherein the vehicle property used is at least one variable orientation of a vehicle apparatus, wherein the orientation is changed on the basis of the tyre wear of the wheel tyres (10, 11) in such a way that an inclination of the industrial truck due to the tyre wear of the wheel tyres (10, 11) is compensated for, wherein the tyre wear is ascertained by means of at least one distance sensor which is arranged on the industrial truck and which measures the distance of the distance sensor from the roadway, wherein the vehicle apparatus used is a load-bearing means of the industrial truck, wherein the orientation of the load-bearing means relative to the industrial truck is actively changed on the basis of the tyre wear of the wheel tyres (10, 11) such that the absolute orientation of the load-bearing means with respect to the roadway remains constant, wherein the load-bearing means used is a lifting mast, and the orientation of the lifting mast relative to the industrial truck is actively changed on the basis of the tyre wear of the wheel tyres (10, 11) in such a way that the absolute orientation of the lifting mast remains vertical, or wherein the vehicle apparatus used is a collision sensor of the industrial truck, wherein the orientation of the collision sensor relative to the industrial truck is actively changed on the basis of the tyre wear of the wheel tyres (10, 11) such that the absolute orientation of the collision sensor with respect to the roadway remains constant. wherein the vehicle apparatus used is a load-bearing means of the industrial truck, wherein the orientation of the load-bearing means relative to the industrial truck is actively changed on the basis of the tyre wear of the wheel tyres (10, 11) such that the absolute orientation of the load-bearing means with respect to the roadway remains constant, wherein the load-bearing means used is a lifting mast, and the orientation of the lifting mast relative to the industrial truck is actively changed on the basis of the tyre wear of the wheel tyres (10, 11) in such a way that the absolute orientation of the lifting mast remains vertical, or wherein the vehicle apparatus used is a collision sensor of the industrial truck, wherein the orientation of the collision sensor relative to the industrial truck is actively changed on the basis of the tyre wear of the wheel tyres (10, 11) such that the absolute orientation of the collision sensor with respect to the roadway remains constant.
A suction excavator comprising: - a suction hose with a suction opening for pneumatically receiving solid or liquid suction material by means of a fast-flowing air stream; - a separator for separating the suction material from the air stream; - a filter unit, situated downstream from the separator in the flow direction, for cleaning the air stream; - a fan unit for generating the air stream, the suction side of the fan unit being connected to the outlet of the filter unit, and the pressure side of the fan unit being connected to an exhaust air opening that is to open to the surroundings; - a recirculation channel that is connectable to the pressure side of the fan unit in a volume-controllable manner; characterized in that a volume-controllable secondary air opening is provided which, downstream from the filter unit in the flow direction, allows secondary air from the surroundings to be supplied to the suction side of the fan unit, the recirculation channel is fluidically coupleable to the suction hose, and the portion of the recirculation air that is led through the recirculation channel is controllable in order to generate a positive pressure in the recirculation channel that results in recirculation air being blown out through the suction hose. - a suction hose with a suction opening for pneumatically receiving solid or liquid suction material by means of a fast-flowing air stream; - a separator for separating the suction material from the air stream; - a filter unit, situated downstream from the separator in the flow direction, for cleaning the air stream; - a fan unit for generating the air stream, the suction side of the fan unit being connected to the outlet of the filter unit, and the pressure side of the fan unit being connected to an exhaust air opening that is to open to the surroundings; - a recirculation channel that is connectable to the pressure side of the fan unit in a volume-controllable manner;
A catalyst system for use in olefinic polymerization, comprising: (i) a solid catalyst component comprising titanium, magnesium, halogen and an internal electron donor compound; (ii) an organoaluminum compound; and (iii) an alkyl benzoate derivative, wherein the internal electron donor compound comprises a 1,8-naphthyl diaryloate compound. (i) a solid catalyst component comprising titanium, magnesium, halogen and an internal electron donor compound; (ii) an organoaluminum compound; and (iii) an alkyl benzoate derivative,
A method comprising: collecting user information for a user of a data processing device, including collecting machine-based statistics associated with the user and personal information associated with the user, including collecting one or more performance metrics for various stages of a graphics processing pipeline of a graphics processor of the data processing device, wherein depending upon workload characteristics some parts of the graphics processing pipeline are more active than other parts; generating a user profile for the user of the data processing device from the user information; categorizing the user into one of a plurality of power consumption categories based on the user profile; setting a power profile of the graphics processor in the data processing device using the user profile and the categorization of the user in combination with feedback from a machine learning algorithm, including individually adjusting frequency of the stages of the graphics processing pipeline of the graphics processor based at least in part on the user profile and the one or more collected performance metrics. collecting user information for a user of a data processing device, including collecting machine-based statistics associated with the user and personal information associated with the user, including collecting one or more performance metrics for various stages of a graphics processing pipeline of a graphics processor of the data processing device, wherein depending upon workload characteristics some parts of the graphics processing pipeline are more active than other parts; generating a user profile for the user of the data processing device from the user information; categorizing the user into one of a plurality of power consumption categories based on the user profile; setting a power profile of the graphics processor in the data processing device using the user profile and the categorization of the user in combination with feedback from a machine learning algorithm, including individually adjusting frequency of the stages of the graphics processing pipeline of the graphics processor based at least in part on the user profile and the one or more collected performance metrics.
A surgical tool for scraping and collecting bone particles, comprising: - a handle provided with a handgrip; - a collection chamber having an end proximal to the handgrip and a free distal end; - a stem at least partially arranged inside the collection chamber; - a blade fixed to a front end of the stem, wherein the blade protrudes radially from the stem and is axially arranged outside the collection chamber near the distal end thereof; characterised in that the surgical tool further comprises - a spacer interposed between a rear face of the blade and the distal end of the collection chamber, wherein the spacer defines a passage opening for introducing the bone particles scraped by the blade into the collection chamber, maintaining at a predetermined non-zero axial distance, for at least a circumferential tract thereof, the rear face of the blade from the distal end of the collection chamber. - a handle provided with a handgrip; - a collection chamber having an end proximal to the handgrip and a free distal end; - a stem at least partially arranged inside the collection chamber; - a blade fixed to a front end of the stem, wherein the blade protrudes radially from the stem and is axially arranged outside the collection chamber near the distal end thereof; - a spacer interposed between a rear face of the blade and the distal end of the collection chamber, wherein the spacer defines a passage opening for introducing the bone particles scraped by the blade into the collection chamber, maintaining at a predetermined non-zero axial distance, for at least a circumferential tract thereof, the rear face of the blade from the distal end of the collection chamber.
Heald frame coupling for connecting a heald frame to a frame drive, with the following features: a) the heald frame coupling comprises two coupling elements (2, 3), the first coupling element of which can be connected to the heald frame and the second coupling element of which can be connected to the frame drive, b) the coupling elements (2, 3) can be detachably connected by way of a relative movement with respect to one another which takes place substantially in the direction of movement of the frame (z), c) at least one of the two coupling elements (2, 3) has a snap-in element which extends substantially in the direction of movement (z) of the heald frame, d) the snap-in element has a clamping surface which also extends in at least one of the two spatial directions (x, y) running transversely to the direction of movement of the frame (z), e) the other coupling element (2, 3) has at least one clamping element for engagement with the clamping surface, characterized in that f) the at least one snap-in element is embodied in one piece, but has zones having different material compositions or is composed of different components (21, 22), g) the snap-in element has a base component comprising the clamping surface and comprising at least one receiving means for the linkage to at least one other constituent part of the coupling element, to which other constituent part said snap-in element is assigned. a) the heald frame coupling comprises two coupling elements (2, 3), the first coupling element of which can be connected to the heald frame and the second coupling element of which can be connected to the frame drive, b) the coupling elements (2, 3) can be detachably connected by way of a relative movement with respect to one another which takes place substantially in the direction of movement of the frame (z), c) at least one of the two coupling elements (2, 3) has a snap-in element which extends substantially in the direction of movement (z) of the heald frame, d) the snap-in element has a clamping surface which also extends in at least one of the two spatial directions (x, y) running transversely to the direction of movement of the frame (z), e) the other coupling element (2, 3) has at least one clamping element for engagement with the clamping surface, characterized in that f) the at least one snap-in element is embodied in one piece, but has zones having different material compositions or is composed of different components (21, 22), g) the snap-in element has a base component comprising the clamping surface and comprising at least one receiving means for the linkage to at least one other constituent part of the coupling element, to which other constituent part said snap-in element is assigned.
A method for project support in using an electric tool with a battery pack for supplying the electric tool with energy, wherein - project data relating to at least a part of a sequence of project steps is stored on a data storage of the battery pack, wherein at least a part of the project steps may be performed using the electric tool operable by the battery pack, and the project data includes associated user information for each project step of the sequence of project steps; - for a predetermined project step of the sequence of project steps, the associated user information is output in visual and/or acoustic form by an output device (11, 13) of the battery pack, wherein the predetermined project step is selected depending on a current project status from the sequence, and the project status is determined based on a predetermined schedule, on a user input or on measurements of operating parameters of the electric tool or of the battery pack; and - the user information for the predetermined project step and/or further user information for the predetermined project step are output by at least one external computing unit in visual and/or acoustic form. - project data relating to at least a part of a sequence of project steps is stored on a data storage of the battery pack, wherein at least a part of the project steps may be performed using the electric tool operable by the battery pack, and the project data includes associated user information for each project step of the sequence of project steps; - for a predetermined project step of the sequence of project steps, the associated user information is output in visual and/or acoustic form by an output device (11, 13) of the battery pack, wherein the predetermined project step is selected depending on a current project status from the sequence, and the project status is determined based on a predetermined schedule, on a user input or on measurements of operating parameters of the electric tool or of the battery pack; and - the user information for the predetermined project step and/or further user information for the predetermined project step are output by at least one external computing unit in visual and/or acoustic form.
A rotating shaft mechanism for use in a foldable electronic device, comprising a base and a rotating assembly that are rotatably connected to each other, wherein the rotating assembly comprises: a support, spaced apart from the base; a linkage member, arranged between the base and the support; wherein the linkage member comprises a body and a driving portion provided at the body, one end of the body being rotatably connected to the base, the other end of the body being slidably connected to the support; and a guide member, comprising a connecting portion and a guiding portion, wherein the connecting portion is arranged at one side of the support and is rotatably connected to the support, and the guiding portion is arranged between the connecting portion and the support and is slidably connected to the driving portion of the linkage member. a support, spaced apart from the base; a linkage member, arranged between the base and the support; wherein the linkage member comprises a body and a driving portion provided at the body, one end of the body being rotatably connected to the base, the other end of the body being slidably connected to the support; and a guide member, comprising a connecting portion and a guiding portion, wherein the connecting portion is arranged at one side of the support and is rotatably connected to the support, and the guiding portion is arranged between the connecting portion and the support and is slidably connected to the driving portion of the linkage member.
An insecticide formulation, comprising: a polymer shell formed from a mixture comprising a cross-linking amine and an isocyanate where the molar ratio of amine:isocyanate groups is between 0.3 to 1 and 0.8 to 1; an insecticide at least partially encapsulated by the polymer shell; and a continuous aqueous phase, wherein the polymer shell has a thickness of between 2 nm to 20 nm. a polymer shell formed from a mixture comprising a cross-linking amine and an isocyanate where the molar ratio of amine:isocyanate groups is between 0.3 to 1 and 0.8 to 1; an insecticide at least partially encapsulated by the polymer shell; and a continuous aqueous phase, wherein the polymer shell has a thickness of between 2 nm to 20 nm.
A display system of an aircraft, comprising: - a display unit; - an assembly for generating a display on the display unit, able to dynamically display, on the display unit, at least one horizon line, a slope scale of the slope of the aircraft relative to the horizon line, and a speed vector symbol, representative of the slope of the aircraft relative to the horizon line; the display-generating assembly being able to display, upon approaching a landing strip, a flare guidance symbol such that the position of the flare guidance symbol on the display unit depends on the topographical slope of the approached landing strip, wherein the display-generating assembly includes an application for calculating the beginning of flare maneuver position, as a function of a topographical slope, the system being characterized in that the topographical slope is determined from at least one piece of topographical information from a database characteristic of the landing strip, and in that, after the flare maneuver position has been reached, the display-generating assembly is able to bring the flare guidance symbol closer to the horizon line, according to a control law representative of a vertical speed increase profile during the flare, the control law taking into account the topographical slope of the landing strip. - a display unit; - an assembly for generating a display on the display unit, able to dynamically display, on the display unit, at least one horizon line, a slope scale of the slope of the aircraft relative to the horizon line, and a speed vector symbol, representative of the slope of the aircraft relative to the horizon line; the display-generating assembly being able to display, upon approaching a landing strip, a flare guidance symbol such that the position of the flare guidance symbol on the display unit depends on the topographical slope of the approached landing strip, wherein the display-generating assembly includes an application for calculating the beginning of flare maneuver position, as a function of a topographical slope, the system being characterized in that the topographical slope is determined from at least one piece of topographical information from a database characteristic of the landing strip, and in that, after the flare maneuver position has been reached, the display-generating assembly is able to bring the flare guidance symbol closer to the horizon line, according to a control law representative of a vertical speed increase profile during the flare, the control law taking into account the topographical slope of the landing strip.