mhurhangee/ep-ind-claims huggingface dataset:
An openable/closable type cover device suitable for covering an upper part of a work space on a work machine main body of a circuit board work machine that performs work with respect to an electronic circuit board, the device comprising: a first cover portion suitable for being attached to the work machine main body to be swingable around a first swinging shaft line; and a second cover portion which is attached to a free end of the first cover portion to be swingable around a second swinging shaft line which is parallel to the first swinging shaft line, wherein the work space can be opened upward in a two-folded state where the second swinging shaft line moves relatively upward with respect to the first swinging shaft line, wherein the device can stably hold at least one half-opened state in addition to an entirely closed state and an entirely opened state, wherein the device further comprises a second cover portion supporting device which stably supports a free end of the second cover portion in the entirely opened state and in the at least one half-opened state, wherein the second cover portion supporting device includes a guide rail suitable for being fixed to the work machine main body, and a guided portion which is attached to the second cover portion and guided to the guide rail, and characterised in that, as the guide rail includes at least one curved portion which is curved downward at an intermediate portion, and the guided portion falls into the curved portion, the openable/closable type cover device can stably hold the at least one half-opened state. a first cover portion suitable for being attached to the work machine main body to be swingable around a first swinging shaft line; and a second cover portion which is attached to a free end of the first cover portion to be swingable around a second swinging shaft line which is parallel to the first swinging shaft line, wherein the work space can be opened upward in a two-folded state where the second swinging shaft line moves relatively upward with respect to the first swinging shaft line, wherein the device can stably hold at least one half-opened state in addition to an entirely closed state and an entirely opened state, wherein the device further comprises a second cover portion supporting device which stably supports a free end of the second cover portion in the entirely opened state and in the at least one half-opened state, wherein the second cover portion supporting device includes a guide rail suitable for being fixed to the work machine main body, and a guided portion which is attached to the second cover portion and guided to the guide rail, and characterised in that, as the guide rail includes at least one curved portion which is curved downward at an intermediate portion, and the guided portion falls into the curved portion, the openable/closable type cover device can stably hold the at least one half-opened state.
A LED light unit for providing LED light, said LED light unit comprising: a flexible printed circuit board having a first longitudinal axis, a plurality of elongated light sources each having a second longitudinal axis; wherein said plurality of elongated light sources is arranged on said flexible PCB such that none of the second longitudinal axes of said plurality of elongated light sources is parallel to said first longitudinal axis of said flexible PCB, and a carrier, wherein said flexible PCB is bent along said first longitudinal axis such that each of said elongated light sources is arranged in the shape of a substantially circular arc, wherein said flexible PCB is subsequently at least partially attached to said carrier, and wherein said carrier comprises a specular reflecting concave surface. a flexible printed circuit board having a first longitudinal axis, a plurality of elongated light sources each having a second longitudinal axis; wherein said plurality of elongated light sources is arranged on said flexible PCB such that none of the second longitudinal axes of said plurality of elongated light sources is parallel to said first longitudinal axis of said flexible PCB, and a carrier, wherein said flexible PCB is bent along said first longitudinal axis such that each of said elongated light sources is arranged in the shape of a substantially circular arc, wherein said flexible PCB is subsequently at least partially attached to said carrier, and wherein said carrier comprises a specular reflecting concave surface.
Switchgear housing comprising: - an enclosure with a back panel; - at least two busbars (4,5) extending substantially parallel to each other through the enclosure, wherein each busbar (4,5) has a first end for connection with a power supply; - a first length of each busbar proximal to the first end is exposed; - a second length of each busbar distal from the first end is covered with an insulation; - branched off sub-busbars (7,8,9) arranged around an end of the first length of the busbars and adjacent to the second length of the busbars; characterized in that - a capturing enclosure arranged around the branched off sub-busbars (7,8,9), wherein the capturing enclosure comprises a venting opening, which connect to openings in the back panel of the enclosure, the openings being covered by at least one venting flap (12, 13), which is urged open upon an overpressure in the capturing enclosure. - an enclosure with a back panel; - at least two busbars (4,5) extending substantially parallel to each other through the enclosure, wherein each busbar (4,5) has a first end for connection with a power supply; - a first length of each busbar proximal to the first end is exposed; - a second length of each busbar distal from the first end is covered with an insulation; - branched off sub-busbars (7,8,9) arranged around an end of the first length of the busbars and adjacent to the second length of the busbars; - a capturing enclosure arranged around the branched off sub-busbars (7,8,9), wherein the capturing enclosure comprises a venting opening, which connect to openings in the back panel of the enclosure, the openings being covered by at least one venting flap (12, 13), which is urged open upon an overpressure in the capturing enclosure.
A pump installation kit comprising: a pump including a pump body having an interior and an inlet communicating with the interior, a pumping element mounted within the interior, and an outlet cannula communicating with the interior of the pump body, the pump being adapted for mounting with the pump body and inlet disposed within a ventricle of a heart; and a temporary plug adapted for releasable, sealing engagement in the inlet. a pump including a pump body having an interior and an inlet communicating with the interior, a pumping element mounted within the interior, and an outlet cannula communicating with the interior of the pump body, the pump being adapted for mounting with the pump body and inlet disposed within a ventricle of a heart; and a temporary plug adapted for releasable, sealing engagement in the inlet.
Locking bracket for locking a digital device preliminarily inserted into a casing, said bracket comprising an internal face for receiving at least one portion of said digital device and one external locking face, said bracket comprising: - means of assembling with said casing; - means for retaining said digital device; - at least one locking unit comprising means for locking (131, 132) the bracket to said casing the bracket being characterized in that the locking unit comprises an anchor point taking the form of a locking slot adapted to receive an appropriate lock. - means of assembling with said casing; - means for retaining said digital device; - at least one locking unit comprising means for locking (131, 132) the bracket to said casing
Incubator comprising: an object storage device, which is rotatably arranged in the incubator; a first input and output station for inputting and outputting objects and an associated first transport device for positioning objects in the object storage device, wherein the first transport device only interacts with the first input and output station as an input and output station; and a second input and output station for inputting and outputting objects and an associated second transport device for positioning objects in the object storage device, wherein the second transport device only interacts with the second input and output station as an input and output station. an object storage device, which is rotatably arranged in the incubator; a first input and output station for inputting and outputting objects and an associated first transport device for positioning objects in the object storage device, wherein the first transport device only interacts with the first input and output station as an input and output station; and a second input and output station for inputting and outputting objects and an associated second transport device for positioning objects in the object storage device, wherein the second transport device only interacts with the second input and output station as an input and output station.
A measurement cloud system for coupling measurement device settings across multiple instruments (12, 13, 15, 16) and/or measurement sites (11, 14), the measurement cloud system comprising: an interface, through which the respective instruments (12, 13, 15, 16) and/or measurement sites (11, 14) being part of the coupling are defined, wherein some of the coupled measurement sites take changed settings for creating digital twins, and wherein for creating said digital twins, members of the coupling provide instructions to inform the cloud of setting changes, the current settings profile is stored on the cloud, the cloud provides changes and instructions to the coupled sites, at least one of the measurement sites is a reference measurement site that can make the changes, and at least one remaining measurement site and/or instrument clones the changes from said reference measurement site. an interface, through which the respective instruments (12, 13, 15, 16) and/or measurement sites (11, 14) being part of the coupling are defined, wherein some of the coupled measurement sites take changed settings for creating digital twins, and wherein for creating said digital twins, members of the coupling provide instructions to inform the cloud of setting changes, the current settings profile is stored on the cloud, the cloud provides changes and instructions to the coupled sites, at least one of the measurement sites is a reference measurement site that can make the changes, and at least one remaining measurement site and/or instrument clones the changes from said reference measurement site.
A gas turbine engine comprising: a first shaft defining an axis of rotation; a speed reduction device driven by the first shaft; a fan including a fan rotor driven by the speed reduction device; a compressor section comprising a low pressure compressor having a first plurality of compressor stages driven by the first shaft, and a high pressure compressor having a second plurality of compressor stages driven by a second shaft; and a turbine section with a high pressure turbine and a low pressure turbine, the low pressure turbine driving the low pressure compressor via the first shaft and the high pressure turbine driving the high pressure compressor via the second shaft, wherein the speed reduction device is positioned intermediate the low pressure turbine and the low pressure compressor such that the low pressure compressor and the fan rotor rotate at a common speed; characterised in that: at least one inducer stage (112, 130) is positioned aft of the fan and coupled for rotation with the fan rotor, wherein the at least one inducer stage (112, 130) is positioned upstream of the compressor section; the at least one inducer stage (112, 130) comprises one or more inducer blades (114, 132) fixed for rotation with the fan rotor and a core inlet stator fixed to a non-rotating engine structure; and the core inlet stator is positioned radially outward of the inducer blades (114, 132) and is connected to a strut that is supported by at least one bearing such that the shaft can rotate relative to the strut. a first shaft defining an axis of rotation; a speed reduction device driven by the first shaft; a fan including a fan rotor driven by the speed reduction device; a compressor section comprising a low pressure compressor having a first plurality of compressor stages driven by the first shaft, and a high pressure compressor having a second plurality of compressor stages driven by a second shaft; and a turbine section with a high pressure turbine and a low pressure turbine, the low pressure turbine driving the low pressure compressor via the first shaft and the high pressure turbine driving the high pressure compressor via the second shaft, wherein the speed reduction device is positioned intermediate the low pressure turbine and the low pressure compressor such that the low pressure compressor and the fan rotor rotate at a common speed; at least one inducer stage (112, 130) is positioned aft of the fan and coupled for rotation with the fan rotor, wherein the at least one inducer stage (112, 130) is positioned upstream of the compressor section; the at least one inducer stage (112, 130) comprises one or more inducer blades (114, 132) fixed for rotation with the fan rotor and a core inlet stator fixed to a non-rotating engine structure; and the core inlet stator is positioned radially outward of the inducer blades (114, 132) and is connected to a strut that is supported by at least one bearing such that the shaft can rotate relative to the strut.
A signal transmission method, comprising: sending and/or receiving, by a transmission point, a signal and/or data in a time unit; wherein, the time unit comprises: at least one first type of region used to send a signal, at least one first type of region used to receive a signal, at least one second type of region used to send or receive data, and at least one third type of region in which no signal or data is sent or received, wherein positions and quantities of the at least one first type of regions for sending the signal and for receiving the signal are different in different subframes. sending and/or receiving, by a transmission point, a signal and/or data in a time unit; wherein, the time unit comprises: at least one first type of region used to send a signal, at least one first type of region used to receive a signal, at least one second type of region used to send or receive data, and at least one third type of region in which no signal or data is sent or received, wherein positions and quantities of the at least one first type of regions for sending the signal and for receiving the signal are different in different subframes.
An endoscopy service support device comprising: a processor for service support, configured to: receive a plurality of still images acquired by an endoscope system for treatment of the inside of a patient's body; perform still image collation processing for collating an internal still image, being a still image, from the plurality of still images, taken inside the patient's body at the time of treatment, with an external still image, being a still image, from the plurality of still images, of a removed specimen removed by the treatment and taken outside of the patient's body, out of the still images and combine the internal still image with the external still image on the basis of at least a result of the still image collation processing; and display the combined internal still image and external still image on a service support display; and wherein the processor for service support is configured to discriminate whether the still image is the internal still image or the external still image. receive a plurality of still images acquired by an endoscope system for treatment of the inside of a patient's body; perform still image collation processing for collating an internal still image, being a still image, from the plurality of still images, taken inside the patient's body at the time of treatment, with an external still image, being a still image, from the plurality of still images, of a removed specimen removed by the treatment and taken outside of the patient's body, out of the still images and combine the internal still image with the external still image on the basis of at least a result of the still image collation processing; and display the combined internal still image and external still image on a service support display; and wherein the processor for service support is configured to discriminate whether the still image is the internal still image or the external still image.
Composition comprising, in a cosmetically acceptable medium: a) at least composite particles with a mean size of greater than 0.1 μm, containing i) a matrix comprising at least one organic material and/or at least one mineral material and ii) at least titanium dioxide, optionally treated with at least one surface-treatment agent; and b) hydrophobic silica aerogel particles having a specific surface area per unit of mass (S M) ranging from 600 to 1200 m 2 /g and a size, expressed as the volume-mean diameter (D[0.5]), of less than 1500 μm, said composite particles comprise at least one core particle A with a mean size of greater than 0.1 μm and less than 1 μm; the surface of the said core being at least partially covered with at least one layer of at least one mineral UV-screening agent. a) at least composite particles with a mean size of greater than 0.1 μm, containing i) a matrix comprising at least one organic material and/or at least one mineral material and ii) at least titanium dioxide, optionally treated with at least one surface-treatment agent; and i) a matrix comprising at least one organic material and/or at least one mineral material and ii) at least titanium dioxide, optionally treated with at least one surface-treatment agent; and b) hydrophobic silica aerogel particles having a specific surface area per unit of mass (S M) ranging from 600 to 1200 m 2 /g and a size, expressed as the volume-mean diameter (D[0.5]), of less than 1500 μm,
An automatic wheel adjustment mechanism mountable between a first front wheel (201 A) and a second front wheel (201 B) and a front wheel stem of a foldable motorized vehicle, comprising: (a) a front wheel supporting shaft having a first end, a second end (1 B), a bearing housing positioned on the top center portion of the front wheel supporting shaft, a first connecting portion positioned on a first end of the front wheel supporting shaft, and a second connecting portion positioned on a second end of the front wheel supporting shaft; (b) a connecting member having a ring shaped body on a first end and a connecting shaft on a second end, characterized in that the connecting shaft protrudes forward from the ring shaped body and has a connecting portion which extends upwards from the connecting shaft, and that the automatic wheel adjustment mechanism further comprises: (c) a plurality of bearings mounted inside of the bearing housing, wherein outer races of the plurality of the bearings are fixed at the center portion of the front wheel supporting shaft inside of the bearing housing, the ring shaped body of the connecting member is connectable to the lower end of the front wheel stem, the connecting shaft of the connecting member passes through and fixedly connected to the inner races of the plurality of the bearings. (a) a front wheel supporting shaft having a first end, a second end (1 B), a bearing housing positioned on the top center portion of the front wheel supporting shaft, a first connecting portion positioned on a first end of the front wheel supporting shaft, and a second connecting portion positioned on a second end of the front wheel supporting shaft; (b) a connecting member having a ring shaped body on a first end and a connecting shaft on a second end, characterized in that the connecting shaft protrudes forward from the ring shaped body and has a connecting portion which extends upwards from the connecting shaft, and that the automatic wheel adjustment mechanism further comprises: (c) a plurality of bearings mounted inside of the bearing housing, wherein outer races of the plurality of the bearings are fixed at the center portion of the front wheel supporting shaft inside of the bearing housing, the ring shaped body of the connecting member is connectable to the lower end of the front wheel stem, the connecting shaft of the connecting member passes through and fixedly connected to the inner races of the plurality of the bearings.
A medical device lead comprising: a proximal connector configured to couple the lead to a pulse generator; an insulative lead body extending distally from the proximal connector; an inner conductor coupled to the proximal connector at a proximal end and extending through the lead body; one or more cable conductors (120, 122) coupled to the proximal connector at a proximal end and extending through the lead body; and one or more defibrillation coil electrodes (102, 104) each coupled to a distal end of one of the one or more cable conductors, the one or more defibrillation coil electrodes (102, 104) each disposed around and electrically isolated from the inner conductor, wherein the one or more defibrillation coil electrodes (102, 104) each have a first winding direction and the inner conductor has a second winding direction opposite the first winding direction. a proximal connector configured to couple the lead to a pulse generator; an insulative lead body extending distally from the proximal connector; an inner conductor coupled to the proximal connector at a proximal end and extending through the lead body; one or more cable conductors (120, 122) coupled to the proximal connector at a proximal end and extending through the lead body; and one or more defibrillation coil electrodes (102, 104) each coupled to a distal end of one of the one or more cable conductors, the one or more defibrillation coil electrodes (102, 104) each disposed around and electrically isolated from the inner conductor, wherein the one or more defibrillation coil electrodes (102, 104) each have a first winding direction and the inner conductor has a second winding direction opposite the first winding direction.
A recording element which is suitable for the production of high-resolution flexographic printing plates by means of digital information transmission, that can be imagined with actinic laser radiation or that is imaged, said recording element comprises or consists of the following layers arranged one above the other in the stated sequence: a carrier film, optionally provided with an adhesive layer on the side provided with a photopolymerizable layer/relief layer, a photopolymerizable layer/relief layer which is soluble in organic solvents and/or aqueous solvents and which is crosslinkable by actinic radiation, a recordable template layer comprising a monomeric diazonium compound which is photosensitive to actinic laser radiation and undergoes a change in actinic density by development or (Da) an imaged template layer in which the monomeric diazonium compound is destroyed by actinic laser radiation in at least an area and has an increased actinic density in at least one unexposed area due to development. a carrier film, optionally provided with an adhesive layer on the side provided with a photopolymerizable layer/relief layer, a photopolymerizable layer/relief layer which is soluble in organic solvents and/or aqueous solvents and which is crosslinkable by actinic radiation, a recordable template layer comprising a monomeric diazonium compound which is photosensitive to actinic laser radiation and undergoes a change in actinic density by development or (Da) an imaged template layer in which the monomeric diazonium compound is destroyed by actinic laser radiation in at least an area and has an increased actinic density in at least one unexposed area due to development.