mhurhangee/ep-ind-claims huggingface dataset:
An electric fan heater for air treatment, suitable for heating civil and industrial environments, comprising - a first and a second box-shaped body each provided with respective exhaust ducts (11, 8) and suction ducts (12, 9) of air through corresponding openings, - a heating unit comprising a centrifugal fan adapted to channel the sucked air through a batch of resistors, - coupling means (24, 6) configured for connecting the first and the second box-shaped body along a respective perimetral edge, wherein the coupling means (24, 6) are adapted to allow a reversible overturning of the second box-shaped body between a transport configuration of the fan heater wherein the second box-shaped body rests on the first box-shaped body and an operating configuration wherein the respective exhaust (11, 8) and suction (12, 9) ducts are in fluid communication with each other through said corresponding openings. - a first and a second box-shaped body each provided with respective exhaust ducts (11, 8) and suction ducts (12, 9) of air through corresponding openings, - a heating unit comprising a centrifugal fan adapted to channel the sucked air through a batch of resistors, - coupling means (24, 6) configured for connecting the first and the second box-shaped body along a respective perimetral edge,
A charging member comprising: a support member; an elastic layer provided on the support member; an outer layer provided on the elastic layer; and a protective layer provided as an outermost layer on the outer layer, wherein the protective layer contains silica and has a silicon element concentration of 10 atomic% or more as measured in accordance with the description; and the outer peripheral surface has a contact angle with water of 35 degrees or less as measured in accordance with the description. a support member; an elastic layer provided on the support member; an outer layer provided on the elastic layer; and a protective layer provided as an outermost layer on the outer layer, wherein the protective layer contains silica and has a silicon element concentration of 10 atomic% or more as measured in accordance with the description; and the outer peripheral surface has a contact angle with water of 35 degrees or less as measured in accordance with the description.
Method for chamfering tooth edges of a bevel gear in a numerically-controllable bevel gear cutting machine comprising the following steps: - employing a deburring tool (60, 60.1, 60.2) in a first pass to create first chamfers in the region of the tooth edges, - employing a deburring tool (60, 60.1, 60.2) in a second pass to create second chamfers in the region of the first chamfers, wherein the first chamfers together with the second chamfers form double facets, which extend substantially in parallel to one another. - employing a deburring tool (60, 60.1, 60.2) in a first pass to create first chamfers in the region of the tooth edges, - employing a deburring tool (60, 60.1, 60.2) in a second pass to create second chamfers in the region of the first chamfers,
A device for installing energy lines, particularly electric cables, lines or tubes, in or on devices or buildings having at least one opening, in particular a cable infeed for a switch cabinet having horizontally and vertically extending legs having at least one preferably rectangular, stretched cover plate at least partially covering the opening, which plate comprises at least one recess preferably open toward its length side for at least one energy line having a sealing body and running through said recess, the cover plate consisting of two plate parts (161, 162) connectable to one another, between which the recesses are formed, the plate parts (161, 162) being connectable to at least two feed-through ledges (40, 42) for the energy line and the sealing bodies connectable to the energy line being undetachably connectable to the feed-through ledges (40, 42), characterized in that the two plate parts (161, 162) are slideable onto the horizontal legs (1,2) and in that screws are provided for bringing together and closing the two feed-through ledges, which screws engage the two feed-through ledges (40, 42) in the displacement direction of the plate parts (161, 162).
A method for determining a velocity profile of sound waves in a water column, said method being characterized in that it comprises the following steps: - emitting in said water column, by an emitter located in the water column at an emitting depth (P 0), at least one incident sound wave emitted at least at one emitting frequency (f 0), said emitter being moved along at least one axis relative to said water column, - receiving, by a receiver, at least one first sound wave reflected by a first reflective object (R 1, R i-1) located in said water column at a first depth (P 1, P i-1) and a second sound wave reflected by a second reflective object (R 2, R i) located in said water column at a second depth (P 2, P i), greater than the first depth (P 1, P i-1), - providing (101, 109) a first velocity (C 1, C i-1) of the sound waves at said first depth (P 1, P i-1), - determining a second velocity (C 2, C i) of the sound waves at said second depth (P 2, P i), from the frequencies of said first (f 1, f i-1) and said second (f 2, f i) reflected sound waves, the emitting frequency (f 0) and said first velocity (C 1, C i-1). - emitting in said water column, by an emitter located in the water column at an emitting depth (P 0), at least one incident sound wave emitted at least at one emitting frequency (f 0), said emitter being moved along at least one axis relative to said water column, - receiving, by a receiver, at least one first sound wave reflected by a first reflective object (R 1, R i-1) located in said water column at a first depth (P 1, P i-1) and a second sound wave reflected by a second reflective object (R 2, R i) located in said water column at a second depth (P 2, P i), greater than the first depth (P 1, P i-1), - providing (101, 109) a first velocity (C 1, C i-1) of the sound waves at said first depth (P 1, P i-1), - determining a second velocity (C 2, C i) of the sound waves at said second depth (P 2, P i), from the frequencies of said first (f 1, f i-1) and said second (f 2, f i) reflected sound waves, the emitting frequency (f 0) and said first velocity (C 1, C i-1).
A display panel comprising: a first area and a second area spaced from the first area, and a display area surrounding the first area and the second area; a first hole (100H, 400AH) in the first area; a second hole (100H, 400AH) in the second area; a display element (OLED) in the display area; a switching element electrically connected to the display element; a first wire (DL1, DL2) between the first hole and the second hole in a plan view of the display panel and electrically connected to the switching element; and a conductive member having a first opening between the first hole and the second hole in the plan view of the display panel, and partially covering the first wire, wherein a first edge portion of the conductive member intersects the first wire and is positioned between the display element and the first hole in the plan view of the display panel. a first area and a second area spaced from the first area, and a display area surrounding the first area and the second area; a first hole (100H, 400AH) in the first area; a second hole (100H, 400AH) in the second area; a display element (OLED) in the display area; a switching element electrically connected to the display element; a first wire (DL1, DL2) between the first hole and the second hole in a plan view of the display panel and electrically connected to the switching element; and a conductive member having a first opening between the first hole and the second hole in the plan view of the display panel, and partially covering the first wire, wherein a first edge portion of the conductive member intersects the first wire and is positioned between the display element and the first hole in the plan view of the display panel.
An injection molding machine comprising: a controller which controls a plurality of molding processes; and a display unit which displays an operation screen (81, 81A, or 81C) which is used in setting of the plurality of molding processes, wherein the operation screen includes an overlap amount input section for entering an overlap amount between the plurality of molding processes, characterized in that the operation screen includes an overlap amount limit input section for entering a limit of a range capable of being entered into the overlap amount input section. a controller which controls a plurality of molding processes; and a display unit which displays an operation screen (81, 81A, or 81C) which is used in setting of the plurality of molding processes, wherein the operation screen includes an overlap amount input section for entering an overlap amount between the plurality of molding processes,
A mobile luminous display device (1, 10), for watchmaking, the display device including at least one dial (3, 13) and a first movable body (2, 12), the first movable body (2, 12) being a first hand, the first movable body (2, 12) being configured to move relative to the dial (3, 13) so as to indicate a plurality of positions on the dial (3, 13), the display device comprising a light source (8, 18) arranged to emit a light radiation (6, 16) through the dial (3, 13), characterised in that the first movable body (2, 12) comprises a colour filter (20, 21) allowing modifying the colour of part of the light radiation (7, 17) passing through the first movable body (2, 12), so that the first movable body (2, 12) has a different colour from the dial (3, 13).
A well pad construction system comprising: a construction area; an excavator disposed at the construction area, the excavator moveable over the construction area to generate an excavated area; a cellar disposed within the excavated area; controlled low-strength material (CLSM); a backfill equipment disposed around the excavated area at the construction area, the backfill equipment moveable to pour CLSM into a gap between the cellar and surrounding medium in the excavated area for holding the cellar in place; and characterized by a compactor disposed at the construction area, where the compactor is moveable over the construction area, the compactor comprising an impact roller for compacting the excavated area prior to excavation, where the compactor applies high energy impact compaction (HEIC) at the construction area. a construction area; an excavator disposed at the construction area, the excavator moveable over the construction area to generate an excavated area; a cellar disposed within the excavated area; controlled low-strength material (CLSM); a backfill equipment disposed around the excavated area at the construction area, the backfill equipment moveable to pour CLSM into a gap between the cellar and surrounding medium in the excavated area for holding the cellar in place; and characterized by a compactor disposed at the construction area, where the compactor is moveable over the construction area, the compactor comprising an impact roller for compacting the excavated area prior to excavation, where the compactor applies high energy impact compaction (HEIC) at the construction area.
A method for modeling the compressor speed of a turbocharger, characterized by the following steps: determining the ambient pressure, determining if the ambient pressure is below a preset ambient pressure corresponding to high altitude conditions, and if so, setting the ambient pressure as the preset ambient pressure, determining a pressure ratio from the boost pressure and the ambient pressure, estimating a compressor speed value using the pressure ratio as input, and calculating a corrected compressor speed value from the estimated compressor speed value and the actual ambient pressure. determining the ambient pressure, determining if the ambient pressure is below a preset ambient pressure corresponding to high altitude conditions, and if so, setting the ambient pressure as the preset ambient pressure, determining a pressure ratio from the boost pressure and the ambient pressure, estimating a compressor speed value using the pressure ratio as input, and calculating a corrected compressor speed value from the estimated compressor speed value and the actual ambient pressure.
Fuel cell, in particular solid oxide fuel cell, comprising at least one support substrate and a functional layer system applied to the support substrate, where the support substrate is formed at least partly by at least one expanded element, in particular expanded metal, characterized in that the support substrate is formed at least partly by a chromium- and/or silicon-reducing filler material, in particular a chromium getter, preferably composed of Mn 2-x CO 1+x O 4 and/or LaSrMn.
A remote center manipulator for a surgical instrument having a shaft, the manipulator comprising: an instrument holder releasably holding the surgical instrument; a linkage base; a first linkage assembly pivotally supported by the linkage base, the first linkage assembly having a first outer housing; and a second linkage assembly comprising a proximal pivotal joint coupling the second linkage assembly to the first linkage assembly and a distal pivotal joint coupling the second linkage assembly to the instrument holder, the second linkage assembly having a second outer housing, the first and second linkage assemblies (44, 46) constraining lateral motion of the shaft to pivotal motion about a center of rotation disposed along the shaft; characterized in that the second outer housing has a recess to provide clearance for the first outer housing to protrude into the recess and across a second linkage axis provided between the proximal and distal pivotal joints when the proximal end of the shaft pivots towards the linkage base. an instrument holder releasably holding the surgical instrument; a linkage base; a first linkage assembly pivotally supported by the linkage base, the first linkage assembly having a first outer housing; and a second linkage assembly comprising a proximal pivotal joint coupling the second linkage assembly to the first linkage assembly and a distal pivotal joint coupling the second linkage assembly to the instrument holder, the second linkage assembly having a second outer housing, the first and second linkage assemblies (44, 46) constraining lateral motion of the shaft to pivotal motion about a center of rotation disposed along the shaft; characterized in that the second outer housing has a recess to provide clearance for the first outer housing to protrude into the recess and across a second linkage axis provided between the proximal and distal pivotal joints when the proximal end of the shaft pivots towards the linkage base.
A wheel assembly comprising: a mounting plate for attachment to a rotatable axle; a plurality of elongate friction members for engaging a tire assembly; a plurality of first angular flanges extending from the mounting plate; and an annular flange; characterized in that each of the plurality of first angular flanges extends radially outwardly and circumferentially in a first direction from the mounting plate; the annular flange has a plurality of second angular flanges extending radially outwardly and circumferentially in a second direction, opposite the first direction; and each elongate friction member is disposed axially between one of the first angular flanges and one of the second angular flanges. a mounting plate for attachment to a rotatable axle; a plurality of elongate friction members for engaging a tire assembly; a plurality of first angular flanges extending from the mounting plate; and an annular flange; characterized in that each of the plurality of first angular flanges extends radially outwardly and circumferentially in a first direction from the mounting plate; the annular flange has a plurality of second angular flanges extending radially outwardly and circumferentially in a second direction, opposite the first direction; and each elongate friction member is disposed axially between one of the first angular flanges and one of the second angular flanges.
Filter, in particular a vacuum cleaner exhaust air filter, comprising at least one filter medium (44, 46), a filter inlet side and a filter outlet side, and comprising a display device which is supplied with the air to be filtered and in which filtered material is used as a display, characterised in that the display device laterally connects to the or each filter medium (44, 46) at least on one side and extends from the filter inlet side to the filter outlet side, the display device comprising an air path which starts from the filter inlet side and is covered with a viewing window on the filter outlet side, and a permeable use indicator that is arranged in the air path being visible on the filter outlet side underneath the viewing window.
An apparatus for assembling lamellar packages for electrical use in electric machines such as motors, generators, transformers, meters, ignition coils and similar electrical equipment by means of a bonding with mono- or bi-component glue, arranged outside or inside a shearing mould and comprising a device comprising means for applying a quantity of glue on a lower surface of a sheet according to a pitch corresponding to the advancement pitch of said sheet characterized in that said means for applying a quantity of glue comprise means for withdrawing the glue from a container element comprising a first roller, or draft roller, rotatably supported by a first body and means for depositing said glue comprising a second roller, or mould roller, rotatably supported by a second body, said first roller and second roller with rotation axes parallel to each other and with their respective circumferential surfaces in contact and in simultaneous and synchronous movement with the advancement of the sheet and shearing the laminations by means of a transmission comprising a first wheel arranged opposite the first roller and coaxial thereto to share the same rotation axis, a second wheel arranged opposite the second roller and coaxial thereto to share the same rotation axis, one among said first wheel and second wheel being a drive and the other one between said first wheel and second wheel being either conducted and driven in rotation by means of the drive or being a drive comprising a motor.
An air heating device for a hairdryer, comprising: - an inner tubular body extending along a central axis and provided with an outer surface from which a plurality of mutually angularly spaced, radial baffles extend so as to define a plurality of angular sectors; - a corrugated resistive coil extending circumferentially around said inner tubular body, resting on said radial baffles, and defining a plurality of turns arranged in succession along the central axis; - a safety device placed in electrical connection with said corrugated resistive coil; - a thermostat placed in electrical connection with said corrugated resistive coil; - an outer tubular body made of insulating material and arranged coaxially with said inner tubular body around said corrugated resistive coil; characterised in that said safety device and said thermostat are respectively housed in a first and a second angular sector, which are adjacent to each other and separated by a shared radial baffle, wherein the corrugated resistive coil comprises a plurality of first turns provided with: - two rectilinear portions positioned at the first and the second angular sector, respectively; - at least one anchoring wave interposed between said rectilinear portions and overlying said shared radial baffle. - an inner tubular body extending along a central axis and provided with an outer surface from which a plurality of mutually angularly spaced, radial baffles extend so as to define a plurality of angular sectors; - a corrugated resistive coil extending circumferentially around said inner tubular body, resting on said radial baffles, and defining a plurality of turns arranged in succession along the central axis; - a safety device placed in electrical connection with said corrugated resistive coil; - a thermostat placed in electrical connection with said corrugated resistive coil; - an outer tubular body made of insulating material and arranged coaxially with said inner tubular body around said corrugated resistive coil; characterised in that said safety device and said thermostat are respectively housed in a first and a second angular sector, which are adjacent to each other and separated by a shared radial baffle, wherein the corrugated resistive coil comprises a plurality of first turns provided with: - two rectilinear portions positioned at the first and the second angular sector, respectively; - at least one anchoring wave interposed between said rectilinear portions and overlying said shared radial baffle. - two rectilinear portions positioned at the first and the second angular sector, respectively; - at least one anchoring wave interposed between said rectilinear portions and overlying said shared radial baffle.
Clamping device for a tyre building installation for producing a vehicle tyre consisting of a plurality of tyre components, at least having: - a cutting bar on which a tyre component is placed; - a clamping element, wherein the clamping element can be moved by an actuator in a first direction towards the cutting bar in order to clamp a tyre component placed on the cutting bar between the clamping element and the cutting bar; characterized in that the clamping element has a plurality of clamping segments, which are arranged in parallel with one another and are received in guiding elements, which are arranged adjacent to one another, wherein the clamping segments - in a released position, are able to move individually, guided by the respective guiding elements, in or counter to the first direction, and - in a fixed position, can be fixed in the guiding elements in such a manner that, when the respective guiding element is shifted in the first direction, a front side of said clamping segments is moved towards the cutting bar in order to clamp a tyre component placed on the cutting bar between the front side and the cutting bar. - a cutting bar on which a tyre component is placed; - a clamping element, wherein the clamping element can be moved by an actuator in a first direction towards the cutting bar in order to clamp a tyre component placed on the cutting bar between the clamping element and the cutting bar; characterized in that the clamping element has a plurality of clamping segments, which are arranged in parallel with one another and are received in guiding elements, which are arranged adjacent to one another, wherein the clamping segments - in a released position, are able to move individually, guided by the respective guiding elements, in or counter to the first direction, and - in a fixed position, can be fixed in the guiding elements in such a manner that, when the respective guiding element is shifted in the first direction, a front side of said clamping segments is moved towards the cutting bar in order to clamp a tyre component placed on the cutting bar between the front side and the cutting bar.