mhurhangee/ep-ind-claims huggingface dataset:
A heat insulating structure of a cooling apparatus, comprising: a housing including an inner space that opens to a front side which is the first direction; a partition member configured to partition an entrance of the inner space into a plurality of openings arranged in a second direction orthogonal to the first direction; a door provided for each opening to close each opening from a side of the first direction; and a first vacuum heat insulation material disposed inside the partition member; the heat insulating structure further comprises a second vacuum heat insulation material disposed inside each door; characterized in that the door is located inside the inner space when the door is in a closed state; and the first vacuum heat insulation material and the second vacuum heat insulation material are disposed to overlap each other as viewed from a side of the second direction, namely as viewed from the top side. a housing including an inner space that opens to a front side which is the first direction; a partition member configured to partition an entrance of the inner space into a plurality of openings arranged in a second direction orthogonal to the first direction; a door provided for each opening to close each opening from a side of the first direction; and a first vacuum heat insulation material disposed inside the partition member; the heat insulating structure further comprises a second vacuum heat insulation material disposed inside each door; characterized in that the door is located inside the inner space when the door is in a closed state; and the first vacuum heat insulation material and the second vacuum heat insulation material are disposed to overlap each other as viewed from a side of the second direction, namely as viewed from the top side.
Slat roof for a canopy, wherein the slat roof is provided with: - a frame comprising a first beam and a second beam which are substantially parallel and extend in a transverse direction, wherein the beams (13, 14) have a topside, an underside, an inside and an outside, wherein the insides of the beams (13, 14) face each other and wherein the first beam is provided with a set of recesses that are open towards the topside of the first beam; and - a set of parallel slats positioned between and rotatably secured to the beams (13, 14), wherein the slats extend in a longitudinal direction and are provided with a first extremity with a first slat shaft and a second extremity with a second slat shaft, wherein each of the first slat shafts is passed through a corresponding one of the set of recesses, characterised in that the first beam, near to at least one recess from said set of recesses, is provided with an abutment and in that the slat shaft that is placed in said recess is provided with a locking piece that at its topside at least partially abuts against said abutment. - a frame comprising a first beam and a second beam which are substantially parallel and extend in a transverse direction, wherein the beams (13, 14) have a topside, an underside, an inside and an outside, wherein the insides of the beams (13, 14) face each other and wherein the first beam is provided with a set of recesses that are open towards the topside of the first beam; and - a set of parallel slats positioned between and rotatably secured to the beams (13, 14), wherein the slats extend in a longitudinal direction and are provided with a first extremity with a first slat shaft and a second extremity with a second slat shaft, wherein each of the first slat shafts is passed through a corresponding one of the set of recesses,
A control system for dynamically setting a parameter of an adaptive compensator for attenuating a variable frequency from a resonating structure in an aircraft, the system comprising: a filtering unit comprising a first set of a plurality of frequency filters spaced along a frequency detection range for receiving a sensed signal and outputting a plurality of attenuated power signals; a frequency detection unit operatively connected to the filtering unit for receiving the plurality of attenuated power signals, identifying two of the frequency filters having a relatively lowest power, and determining a resonating frequency by averaging center frequencies of the two identified frequency filters; and an adaptive compensator operatively connected to the frequency detection unit and having a variable parameter to be set in accordance with the resonating frequency as determined by the frequency detection unit. a filtering unit comprising a first set of a plurality of frequency filters spaced along a frequency detection range for receiving a sensed signal and outputting a plurality of attenuated power signals; a frequency detection unit operatively connected to the filtering unit for receiving the plurality of attenuated power signals, identifying two of the frequency filters having a relatively lowest power, and determining a resonating frequency by averaging center frequencies of the two identified frequency filters; and an adaptive compensator operatively connected to the frequency detection unit and having a variable parameter to be set in accordance with the resonating frequency as determined by the frequency detection unit.
A sludge collecting unit comprising a pressure tank with an inner hollow and a top cover adapted to make a pressure tight closure of the inner hollow, wherein the pressure tank is adapted for a cartridge to be inserted and enclosed within the inner hollow with the cartridge inner and the pressure tank inner hollow both connected (10, 11, 12, 20a, 21) to an engine purge air drain, wherein the cartridge inner is connected (10, 11, 20a) to an engine purge air drain by an engine purge air drain connection to collect materials within the engine purge air drain, wherein the inner hollow is connected to the engine purge air drain connection by a pressure connection (12, 21), where the cartridge inner is connected (10, 11, 20a) at a position allowing solid materials to enter, characterized in that the pressure connection (12, 21) connects to the engine purge at a position allowing gas air but substantially no solid materials to enter the pressure connection (12, 21). the pressure tank is adapted for a cartridge to be inserted and enclosed within the inner hollow with the cartridge inner and the pressure tank inner hollow both connected (10, 11, 12, 20a, 21) to an engine purge air drain, wherein the cartridge inner is connected (10, 11, 20a) to an engine purge air drain by an engine purge air drain connection to collect materials within the engine purge air drain, wherein the inner hollow is connected to the engine purge air drain connection by a pressure connection (12, 21), where the cartridge inner is connected (10, 11, 20a) at a position allowing solid materials to enter, characterized in that the pressure connection (12, 21) connects to the engine purge at a position allowing gas air but substantially no solid materials to enter the pressure connection (12, 21).
A gene editing method based on a gene cas3 in a type I-B CRISPR-Cas system, wherein gene editing is performed on genetic materials of all organisms by using a gene editing tool consisting of a protein Cas3 expression vector constructed by the gene cas3 in Streptomyces virginiae IBL14 and a gene editing vector comprising a t-DNA and a g-DNA.
Crimping tool for executing a method for crimping an electrical terminal comprising a crimping section extending in a longitudinal direction, the tool comprising a crimping punch part and a crimping anvil part, the punch part being provided with a first and with a second punch element (62, 64) adjacent to the first element and which elements are aligned longitudinally; the anvil part being provided with a first and with a second crimping anvil element (51, 53); the first punch element cooperating with the first anvil element forming a first crimping element; the first and the second punch element (62, 64) respectively comprising a first and a second groove (73, 74) which are aligned longitudinally, the first punch element having a groove depth deeper than the groove depth of the second punch element so as to form a punch downward step from the first groove towards the second groove; the first and the second anvil element (51, 53) respectively comprising a first and a second crimping surface (56, 58), each crimping surface (56, 58) extending in the longitudinal direction; the difference between the anvil groove depth of the first anvil element and the anvil groove depth of the second anvil element forms an anvil upward step from a groove of the first anvil element as far as a groove of the second anvil element and the second crimping surface is raised with respect to the first crimping surface so as to form an anvil upward step from the first crimping surface to the second crimping surface; characterized in that the first and the second crimping anvil element (51, 53) are arranged respectively facing the first and the second punch element (62, 64) and the second punch element cooperating with the second anvil element, forming a second crimping element.
A support for tools comprising at least one modular component comprising a main body, defining a lateral wall and two base surfaces and extending from a first end to a second end configured to realize a rest and/or a stop for a tool, said main body being connectable to a wall or panel, preferably perforated walls or panels, according to a first fixing configuration, wherein said base surfaces are parallel to the wall or panel, or a second fixing configuration wherein said base surfaces are perpendicular to said wall or panel; said main body being further configured to realize a reversible connection between said modular component and one or more further modular components; said main body is further provided with a front fixing hole extending parallel to said two base surfaces and configurated to allow the connection of said main body to said wall or panel according to said second fixing configuration; characterised in that said main body is provided with an axial fixing hole, extending between said two base surfaces, preferably in said first end, and configured to allow the connection of said main body to said wall or panel according to said first fixing configuration. said main body being connectable to a wall or panel, preferably perforated walls or panels, according to a first fixing configuration, wherein said base surfaces are parallel to the wall or panel, or a second fixing configuration wherein said base surfaces are perpendicular to said wall or panel; said main body being further configured to realize a reversible connection between said modular component and one or more further modular components; said main body is further provided with a front fixing hole extending parallel to said two base surfaces and configurated to allow the connection of said main body to said wall or panel according to said second fixing configuration; characterised in that said main body is provided with an axial fixing hole, extending between said two base surfaces, preferably in said first end, and configured to allow the connection of said main body to said wall or panel according to said first fixing configuration.
A treatment device comprising: a probe including an axial portion that defines a longitudinal axis in which ultrasonic vibration is transmitted, and a cutting blade provided on a distal side of the axial portion and projecting in a direction crossing the longitudinal axis, the cutting blade being capable of cutting bones and cartilages at a distal end of a projecting direction; a first sheath enclosing an outer peripheral surface of the axial portion in the probe; a second sheath being arranged eccentric from the longitudinal axis of the probe toward a side where the cutting blade is provided, and enclosing a periphery of the first sheath, and the second sheath forming a suction path including, between a periphery of the first sheath and the second sheath, a wide portion corresponding to a side where the cutting blade is provided and a narrow portion corresponding to a side opposite to the side where the cutting blade is provided; a connection part communicating with the suction path and connected to a suction source, wherein when a height of the cutting blade in a direction crossing the longitudinal axis direction is represented as H1, a height of the wide portion in the direction crossing the longitudinal axis is represented as H2, and a height of the narrow portion in the direction crossing the longitudinal axis is represented as H0, a relationship of H2>H1>H0 is satisfied. a probe including an axial portion that defines a longitudinal axis in which ultrasonic vibration is transmitted, and a cutting blade provided on a distal side of the axial portion and projecting in a direction crossing the longitudinal axis, the cutting blade being capable of cutting bones and cartilages at a distal end of a projecting direction; a first sheath enclosing an outer peripheral surface of the axial portion in the probe; a second sheath being arranged eccentric from the longitudinal axis of the probe toward a side where the cutting blade is provided, and enclosing a periphery of the first sheath, and the second sheath forming a suction path including, between a periphery of the first sheath and the second sheath, a wide portion corresponding to a side where the cutting blade is provided and a narrow portion corresponding to a side opposite to the side where the cutting blade is provided; a connection part communicating with the suction path and connected to a suction source, wherein when a height of the cutting blade in a direction crossing the longitudinal axis direction is represented as H1, a height of the wide portion in the direction crossing the longitudinal axis is represented as H2, and a height of the narrow portion in the direction crossing the longitudinal axis is represented as H0, a relationship of H2>H1>H0 is satisfied.
A radio node, comprising: a reception section configured to receive configuration information for a Distributed Unit, DU; and a control section configured to configure a slot format for the DU based on the configuration information for the DU, characterized in that the configuration information for the DU includes a first parameter for collectively configuring a resource type of "hard," "soft," or "Not-available" to Downlink symbols within one slot. a reception section configured to receive configuration information for a Distributed Unit, DU; and a control section configured to configure a slot format for the DU based on the configuration information for the DU, characterized in that the configuration information for the DU includes a first parameter for collectively configuring a resource type of "hard," "soft," or "Not-available" to Downlink symbols within one slot.
A magnetic thin film structure (41, 45), characterized in that: it comprises a substrate, and a Co 2 Fe x Cr 1-x Al thin film formed on said substrate, and said Co 2 Fe x Cr 1-x Al thin film has either of structures L2 1, B2, and A2, and in which x is 0≦x≦1. it comprises a substrate, and a Co 2 Fe x Cr 1-x Al thin film formed on said substrate, and said Co 2 Fe x Cr 1-x Al thin film has either of structures L2 1, B2, and A2, and in which x is 0≦x≦1.
Packaging machine for filling dusting product such as bulk material into open-mouth bags by way of a filling process, having a control device and a weighing device (12, 12') for weight-dependent control of the filling process, and having a product supply and at least one batching element and with a filling spout through which the product can be delivered to a prepared open-mouth bag during the filling process, characterized in that the filling spout is connected with a collecting tank through a flow connection such that a pressure surge occurring during a filling process is utilized for transferring into the collecting tank the displacing air contained in the open-mouth bag and comprising dusting product so as to receive and settle the displacing air in the collecting tank and to deposit at least part of a dust content of the displacing air in the collecting tank as deposited product.
An etching method comprising: anisotropically structuring a silicon substrate (101, 302) by means of deep reactive-ion etching (DRIE) with several alternating successive etching steps and passivation steps, wherein a fluorine gas mixture is used for etching, comprising a proportion of more than 25% up to and including 40% of fluorine, a proportion of 1% to 50% of nitrogen and a proportion of 30% up to and including 60% of a noble gas. anisotropically structuring a silicon substrate (101, 302) by means of deep reactive-ion etching (DRIE) with several alternating successive etching steps and passivation steps, wherein a fluorine gas mixture is used for etching, comprising a proportion of more than 25% up to and including 40% of fluorine, a proportion of 1% to 50% of nitrogen and a proportion of 30% up to and including 60% of a noble gas.
A composite substrate comprising: a piezoelectric single crystal substrate; a support substrate; and an intermediate layer provided between the piezoelectric single crystal substrate and the support substrate, wherein the intermediate layer is a film formed of an inorganic material, and at least a part of the film is thermally synthesized silica, wherein the intermediate layer is comprised of at least two layers including a first intermediate layer and a second intermediate layer along a bonding surface of the composite substrate, and the first intermediate layer in contact with the support substrate is a layer including the thermally synthesized silica, characterised in that the first intermediate layer is joined to the second intermediate layer by a third intermediate layer formed of amorphous silicon having a thickness of 50 nm or less that is sandwiched between the first intermediate layer and the second intermediate layer. a piezoelectric single crystal substrate; a support substrate; and an intermediate layer provided between the piezoelectric single crystal substrate and the support substrate, wherein the intermediate layer is a film formed of an inorganic material, and at least a part of the film is thermally synthesized silica, wherein the intermediate layer is comprised of at least two layers including a first intermediate layer and a second intermediate layer along a bonding surface of the composite substrate, and the first intermediate layer in contact with the support substrate is a layer including the thermally synthesized silica, characterised in that the first intermediate layer is joined to the second intermediate layer by a third intermediate layer formed of amorphous silicon having a thickness of 50 nm or less that is sandwiched between the first intermediate layer and the second intermediate layer.
A winch with a grip pulley for moving along a lifting strand, in particular a rope or cable, comprising: a frame having, in service, an upper region facing towards a portion of the lifting strand under tension and a lower region on the slack strand side of the lifting strand; a grip pulley mounted on said frame and comprising on the periphery thereof a groove enabling the lifting strand to be hauled by grip; characterised by a guide means capable of guiding the lifting strand under tension from the upper region of said frame towards the lower region thereof, the guide means comprising on the lower region side of said frame a guide pulley close to said grip pulley and transferring the taut lifting strand onto said grip pulley; and a clamping pulley, close to said guide pulley, exerting pressure on the lifting strand towards said grip pulley and acting on the wrapped end of the lifting strand on said grip pulley on the slack strand side. a frame having, in service, an upper region facing towards a portion of the lifting strand under tension and a lower region on the slack strand side of the lifting strand; a grip pulley mounted on said frame and comprising on the periphery thereof a groove enabling the lifting strand to be hauled by grip; characterised by a guide means capable of guiding the lifting strand under tension from the upper region of said frame towards the lower region thereof, the guide means comprising on the lower region side of said frame a guide pulley close to said grip pulley and transferring the taut lifting strand onto said grip pulley; and a clamping pulley, close to said guide pulley, exerting pressure on the lifting strand towards said grip pulley and acting on the wrapped end of the lifting strand on said grip pulley on the slack strand side.
A method of fabricating a mould for producing wind turbine blades; providing a support structure having a predefined shape; applying a heat distribution layer on the support structure; applying a heating element network upon the heat distribution layer, characterised in that said heating element network comprises carbon in a graphite form; applying at least one glass composition layer upon said heating element network, wherein the heating element network and the glass composition layer have matched thermal expansions; applying a resin composition to each of said heating element network and said at least one glass composition layer such that the resin composition infiltrates through the glass composition layer or layers and the heating element network; integrating said heat distribution layer, heating element network, said at least one glass composition layer and said resin composition to form an encapsulated mould unit; wherein: the heating element network is operable to provide post curing to the wind turbine blades at a temperature of between 65°C to 70°C for up to 12 hours so as to relieve stress in the turbine blades; and providing a heat reflecting layer at an outer surface of the mould for reflecting heat back into the mould to increase the heat efficiency thereof. the heating element network is operable to provide post curing to the wind turbine blades at a temperature of between 65°C to 70°C for up to 12 hours so as to relieve stress in the turbine blades; and providing a heat reflecting layer at an outer surface of the mould for reflecting heat back into the mould to increase the heat efficiency thereof.