mhurhangee/ep-ind-claims huggingface dataset:
A mounting rail for a mounting system to mount a guard panel to a vehicle with cross members, the mounting rail comprising: a clamping portion including a mounting platform, at least one mounting slot being formed in the mounting platform at least partially along a length of the mounting rail between a first end and a second end, each of the at least one mounting slot including a slot opening portion formed into the mounting platform and configured to slidably receive a body portion of a clamping fastener, and a panel portion opposite the clamping portion, the panel portion being coupled to a guard panel; wherein the clamping fastener is configured to selectively secure a clamping body against the mounting platform so as to couple the clamping portion to a cross member of the vehicle, and the mounting rail further comprises a slot groove portion formed deeper into the mounting platform than the slot opening portion, the slot groove portion being configured to slidably receive a head portion of the clamping fastener, characterized in that the slot groove portion of the at least one mounting slot has a greater width than the slot opening portion. a clamping portion including a mounting platform, at least one mounting slot being formed in the mounting platform at least partially along a length of the mounting rail between a first end and a second end, each of the at least one mounting slot including a slot opening portion formed into the mounting platform and configured to slidably receive a body portion of a clamping fastener, and a panel portion opposite the clamping portion, the panel portion being coupled to a guard panel; wherein the clamping fastener is configured to selectively secure a clamping body against the mounting platform so as to couple the clamping portion to a cross member of the vehicle, and the mounting rail further comprises a slot groove portion formed deeper into the mounting platform than the slot opening portion, the slot groove portion being configured to slidably receive a head portion of the clamping fastener, characterized in that the slot groove portion of the at least one mounting slot has a greater width than the slot opening portion.
A microfluidic device, comprising: a substrate comprising a fluid channel extending from an inlet opening to a channel branch, wherein the fluid channel comprises a planar spiral portion, wherein at the channel branch the fluid channel branches in two outlet channels, and wherein the channel branch has the shape of the letter Y; and a ferromagnetic auxiliary structure formed in a plane parallel to the planar spiral portion. a substrate comprising a fluid channel extending from an inlet opening to a channel branch, wherein the fluid channel comprises a planar spiral portion, wherein at the channel branch the fluid channel branches in two outlet channels, and wherein the channel branch has the shape of the letter Y; and a ferromagnetic auxiliary structure formed in a plane parallel to the planar spiral portion.
A weighing, cutting and arranging system comprising: a feeding section in which multiple rows of band-like dough are fed; a weighing and cutting section in which the dough of each row is cut so as to have a predetermined weight; and a discharging section in which cut doughs of the multiple rows are discharged in a single line; wherein each row of the weighing and cutting section has a shorter upstream conveyor (22a, 22b) with a weighing function, a longer downstream conveyor (24a, 24b) with a weighing function disposed downstream of the upstream conveyor (22a, 22b), and a cutting device (26a, 26b) disposed upstream of and adjacent to the upstream conveyor (22a, 22b), and operations of the multiple rows of the weighing and cutting section are performed independently, characterized in that the weighing, cutting and arranging system is configured to operate in such a way that one of the multiple rows is defined as a reference row, at the multiple rows of the weighing and cutting section which operations are performed independently, after the cut doughs of the all rows are stopped at outlets of the respective downstream conveyors (24a, 24b), the cut dough of the reference row is discharged, and after the cut dough of the reference row is discharged, the cut dough(s) of the other row(s) is/are discharged in a sequential order with a predetermined period. a feeding section in which multiple rows of band-like dough are fed; a weighing and cutting section in which the dough of each row is cut so as to have a predetermined weight; and a discharging section in which cut doughs of the multiple rows are discharged in a single line; wherein each row of the weighing and cutting section has a shorter upstream conveyor (22a, 22b) with a weighing function, a longer downstream conveyor (24a, 24b) with a weighing function disposed downstream of the upstream conveyor (22a, 22b), and a cutting device (26a, 26b) disposed upstream of and adjacent to the upstream conveyor (22a, 22b), and operations of the multiple rows of the weighing and cutting section are performed independently, characterized in that the weighing, cutting and arranging system is configured to operate in such a way that one of the multiple rows is defined as a reference row, at the multiple rows of the weighing and cutting section which operations are performed independently, after the cut doughs of the all rows are stopped at outlets of the respective downstream conveyors (24a, 24b), the cut dough of the reference row is discharged, and after the cut dough of the reference row is discharged, the cut dough(s) of the other row(s) is/are discharged in a sequential order with a predetermined period.
A balloon expandable close-cell structured stent comprising: a plurality of closed cells, wherein each closed cell is defined by four curved struts coupled together to define a boundary of the closed cell, wherein each of the curved struts include a curvature, which is determined by a distance "d" deviated from a straight line which extends between ends of each curved strut, wherein "d" is in the range of 0.01 mm to 0.99 mm wherein the four curved struts of each closed cell consist of two convex curved struts and two concave curved struts, wherein each end of each convex curved struts is coupled to a corresponding end of each concave curved strut to define the boundary of the closed cell, wherein the curved struts forming each closed cell are arranged such that the two convex curved struts are oppositely disposed, and the two concave curved struts are oppositely disposed, wherein concave and convex curvature of the curved strut is maintained during deformation and the curvature guides deformation of the curved struts during crimping thereby minimizing overall longitudinal expansion of the stent during crimping, and wherein at least some of the four curved struts intersect one another at an angle from 90 to 170 degrees in the longitudinal direction. a plurality of closed cells, wherein each closed cell is defined by four curved struts coupled together to define a boundary of the closed cell, wherein each of the curved struts include a curvature, which is determined by a distance "d" deviated from a straight line which extends between ends of each curved strut, wherein "d" is in the range of 0.01 mm to 0.99 mm wherein the four curved struts of each closed cell consist of two convex curved struts and two concave curved struts, wherein each end of each convex curved struts is coupled to a corresponding end of each concave curved strut to define the boundary of the closed cell, wherein the curved struts forming each closed cell are arranged such that the two convex curved struts are oppositely disposed, and the two concave curved struts are oppositely disposed, wherein concave and convex curvature of the curved strut is maintained during deformation and the curvature guides deformation of the curved struts during crimping thereby minimizing overall longitudinal expansion of the stent during crimping, and wherein at least some of the four curved struts intersect one another at an angle from 90 to 170 degrees in the longitudinal direction.
Use of polyolefins modified with one or more silanes as adhesion promoter for the production of flat glass/glass, glass/plastic or plastic/plastic laminates, wherein the polyolefin is a terpolymer of 1 to 22 wt.% ethene, 1 to 85 wt.% propene and 7 to 98 wt.% of an olefin with 4-10 carbon atoms, wherein the silanes are grafted onto the terpolymer.
A heat dissipation apparatus, comprising: a housing, wherein the housing, is configured to accommodate an electrical element; and at least two first heat sink fins protruding outwards are disposed at intervals on an outer surface of the housing, a passageway for airflow circulation is formed between two neighboring first heat sink fins, each first heat sink fin comprises a first dedendum and a first addendum,,and the first dedendum of each first heat sink fin is connected to the housing; and a baffle, wherein a first surface of the baffle is connected to first addendums of the at least two first heat sink fins and stretches across at least one passageway, wherein at least two second heat sink fins are disposed on a second surface of the baffle the second surface is the back of the first surface, each second heat sink fin comprises a second dedendum, the second dedendum of each second heat sink fin is connected to a backside of the baffle relative to the first heat sink fin, and each second heat sink fin protrudes from the second dedendum in a direction away from the baffle, characterized in that a fin spacing between two neighboring second heat sink fins is less than a fin spacing between the two neighboring first heat sink fins, wherein at least two baffles are disposed, each baffle is connected to the at least two first heat sink fins, and all the second heat sink fins on each baffle are mutually parallel. a housing, wherein the housing, is configured to accommodate an electrical element; and at least two first heat sink fins protruding outwards are disposed at intervals on an outer surface of the housing, a passageway for airflow circulation is formed between two neighboring first heat sink fins, each first heat sink fin comprises a first dedendum and a first addendum,,and the first dedendum of each first heat sink fin is connected to the housing; and a baffle, wherein a first surface of the baffle is connected to first addendums of the at least two first heat sink fins and stretches across at least one passageway, wherein at least two second heat sink fins are disposed on a second surface of the baffle the second surface is the back of the first surface, each second heat sink fin comprises a second dedendum, the second dedendum of each second heat sink fin is connected to a backside of the baffle relative to the first heat sink fin, and each second heat sink fin protrudes from the second dedendum in a direction away from the baffle, characterized in that a fin spacing between two neighboring second heat sink fins is less than a fin spacing between the two neighboring first heat sink fins, wherein at least two baffles are disposed, each baffle is connected to the at least two first heat sink fins, and all the second heat sink fins on each baffle are mutually parallel.
A tire, comprising - a receptacle connected to an inner surface of the tire and - an electronic module, wherein - the receptacle comprises a wall or walls, which limits or limit at least a first opening and a second opening, - a part of the electronic module extends through at least the second opening such that - the wall or walls of the receptacle laterally surrounds or surround only a first part of the electronic module such that - at least a second part of the electronic module is arranged outside the receptacle, and wherein - a first end of the receptacle is connected to the inner surface of the tire and - a second end of the receptacle, which is opposite to the first end, limits the first opening, - the second opening opens to a side of the receptacle, - a part of the wall or walls is arranged in between the second end of the receptacle and the second opening, and - the first opening is dimensioned such that it allows for installing the electronic module into the receptacle via the first opening such that after such installing, a part of the electronic module resides outside the receptacle by way of extending through at least the second opening. - a receptacle connected to an inner surface of the tire and - an electronic module, wherein - the receptacle comprises a wall or walls, which limits or limit at least a first opening and a second opening, - a part of the electronic module extends through at least the second opening such that - the wall or walls of the receptacle laterally surrounds or surround only a first part of the electronic module such that - at least a second part of the electronic module is arranged outside the receptacle, and wherein - a first end of the receptacle is connected to the inner surface of the tire and - a second end of the receptacle, which is opposite to the first end, limits the first opening, - the second opening opens to a side of the receptacle, - a part of the wall or walls is arranged in between the second end of the receptacle and the second opening, and - the first opening is dimensioned such that it allows for installing the electronic module into the receptacle via the first opening such that after such installing, a part of the electronic module resides outside the receptacle by way of extending through at least the second opening.
An x-ray imaging system, comprising: an x-ray source; an x-ray detector; a sample mount for mounting a sample in a beam path between the x-ray source and the x-ray detector; an enclosure enclosing at least the sample mount in an interior of the enclosure; and a climate control system for regulating the climate inside the enclosure, wherein: the enclosure has an aperture for enabling access to at least the sample mount from outside the enclosure; the enclosure is provided with a door operable between an open position in which the aperture is open and a closed position in which the aperture is closed by the door; and the climate control system is operable to provide a positive pressure differential between the interior of the enclosure and an exterior of the enclosure such that the interior of the enclosure is maintained at a higher pressure than the exterior of the enclosure when the door is open, wherein the climate control system is configured to detect a condition in which the door is open and to provide the positive pressure differential conditional on the door being open. an x-ray source; an x-ray detector; a sample mount for mounting a sample in a beam path between the x-ray source and the x-ray detector; an enclosure enclosing at least the sample mount in an interior of the enclosure; and a climate control system for regulating the climate inside the enclosure, wherein: the enclosure has an aperture for enabling access to at least the sample mount from outside the enclosure; the enclosure is provided with a door operable between an open position in which the aperture is open and a closed position in which the aperture is closed by the door; and the climate control system is operable to provide a positive pressure differential between the interior of the enclosure and an exterior of the enclosure such that the interior of the enclosure is maintained at a higher pressure than the exterior of the enclosure when the door is open, wherein the climate control system is configured to detect a condition in which the door is open and to provide the positive pressure differential conditional on the door being open. the enclosure has an aperture for enabling access to at least the sample mount from outside the enclosure; the enclosure is provided with a door operable between an open position in which the aperture is open and a closed position in which the aperture is closed by the door; and the climate control system is operable to provide a positive pressure differential between the interior of the enclosure and an exterior of the enclosure such that the interior of the enclosure is maintained at a higher pressure than the exterior of the enclosure when the door is open, wherein the climate control system is configured to detect a condition in which the door is open and to provide the positive pressure differential conditional on the door being open.
Tennis training unit, comprising a support rod hinged on a base (B, 6), which can be pivoted between a first and a second stop and carries a pivotable profile bar protruding from the support rod, at the free end of which a ball is rotatably positioned, wherein the second stop is pivotably supported against a force in hitting direction and the profile bar is preferably hinged on the support rod between elastically yielding stops (4a, 4b).
A double-sided adhesive tape comprising a nonwoven fabric substrate and an adhesive layer composed of an acrylic adhesive composition, wherein the nonwoven fabric substrate is a nonwoven fabric substrate with fixation of an acrylic copolymer having a glass transition temperature of -10°C or lower to a nonwoven fabric having a tensile strength of 5 to 45N/20 mm in both the MD direction and the TD direction, the acrylic adhesive composition is a water-dispersible emulsion-type acrylic adhesive composition where emulsion particles are dispersed in an aqueous medium, and the adhesive layer has a storage modulus at a frequency of 1 Hz at 30°C of 6x10 4 to 1x10 5 Pa.
A rack comprising: an outer edge rib for defining a space in which dishes are loaded; a variable space loading unit upwardly and downwardly movably provided at an inside of the outer edge rib; and a lifting unit provided at the outer edge rib for upwardly and downwardly moving the variable space loading unit to decrease and increase a loading space of the variable space loading unit, characterized in that the lifting unit is provided with a slide protrusion (255a, 255b) movable in an interlocked state in response to movement of the lifting unit, and the variable space loading unit is provided with an inclined slot (245a, 245b), into which the slide protrusion (255a, 255b) is inserted, the inclined slot (245a, 245b) having a predetermined angle of inclination. an outer edge rib for defining a space in which dishes are loaded; a variable space loading unit upwardly and downwardly movably provided at an inside of the outer edge rib; and a lifting unit provided at the outer edge rib for upwardly and downwardly moving the variable space loading unit to decrease and increase a loading space of the variable space loading unit, characterized in that the lifting unit is provided with a slide protrusion (255a, 255b) movable in an interlocked state in response to movement of the lifting unit, and the variable space loading unit is provided with an inclined slot (245a, 245b), into which the slide protrusion (255a, 255b) is inserted, the inclined slot (245a, 245b) having a predetermined angle of inclination.
A management system comprising: a photovoltaic cell apparatus which comprises a solar panel and a power conditioner which converts a power generated by the solar panel; and a control apparatus which communicates with the photovoltaic cell apparatus, wherein the control apparatus is configured to receive, from the photovoltaic cell apparatus, a first message indicating a rated power of the photovoltaic cell apparatus in a grid connection state in which the power conditioner is connected to a grid and a second message indicating a rated power of the photovoltaic cell apparatus in a self-sustained operation state in which the power conditioner is not connected to the grid and is connected to a self-sustained terminal via a self-sustained relay, the self-sustained terminal being a terminal to connect a load which is not connected to the grid, and the photovoltaic cell apparatus and the first message comprises a field indicating the rated power in the grid connection state and the second message comprises a field indicating the rated power in the self-sustained operation state, the rated power of the photovoltaic cell apparatus in the grid connection state depends on a spec of the power conditioner, and the rated power of the photovoltaic cell apparatus in the self-sustained operation state depends on a spec of the self-sustained terminal and the self-sustained relay, wherein the control apparatus is configured to control the photovoltaic cell apparatus based on the first message and the second message. a photovoltaic cell apparatus which comprises a solar panel and a power conditioner which converts a power generated by the solar panel; and a control apparatus which communicates with the photovoltaic cell apparatus, wherein the control apparatus is configured to receive, from the photovoltaic cell apparatus, a first message indicating a rated power of the photovoltaic cell apparatus in a grid connection state in which the power conditioner is connected to a grid and a second message indicating a rated power of the photovoltaic cell apparatus in a self-sustained operation state in which the power conditioner is not connected to the grid and is connected to a self-sustained terminal via a self-sustained relay, the self-sustained terminal being a terminal to connect a load which is not connected to the grid, and the photovoltaic cell apparatus and the first message comprises a field indicating the rated power in the grid connection state and the second message comprises a field indicating the rated power in the self-sustained operation state, the rated power of the photovoltaic cell apparatus in the grid connection state depends on a spec of the power conditioner, and the rated power of the photovoltaic cell apparatus in the self-sustained operation state depends on a spec of the self-sustained terminal and the self-sustained relay, wherein the control apparatus is configured to control the photovoltaic cell apparatus based on the first message and the second message.
- A cutting machine to cut panels made of wood or the like, the machine comprising a cutting station; a main pusher to move at least one first panel through the cutting station in a first direction; a secondary pusher to move at least one second panel through the cutting station in the first direction; a cutting assembly, which is mounted in the cutting station and is movable in a second direction and along a cutting surface, which are substantially perpendicular to the first direction, so as to cut the panels; and a support frame, which defines a support surface for said first and second panel and is provided with a discharge trapdoor, which is mounted downstream of the cutting surface so as to discharge swarf under the support surface and extends parallel to the cutting surface in the second direction; and being characterized in that the discharge trapdoor comprises at least two support plates (15, 16), which are aligned with one another in the second direction and are movable independently of one another between respective closing positions, in which the support plates (15, 16) are coplanar to the support surface, and respective opening positions, in which the swarf is discharged under the support surface; wherein a first support plate faces the main pusher in the first direction and a second support plate faces the secondary pusher in the first direction; the first support plate having a length, measured parallel to the second direction, which is greater than a length of the second support plate, which is also measured parallel to the second direction.