mhurhangee/ep-ind-claims huggingface dataset:
An outdoor unit for an air conditioner, comprising: a base defining a lower outer appearance of the outdoor unit; a plurality of suction panels forming a front surface, a right side surface, a left side surface, and a rear surface of the outdoor unit; a compressor (51, 52) for compressing a refrigerant; a heat exchanger for heat-exchanging the refrigerant; at least one refrigerant tube connected to the compressor (51, 52) and the heat exchanger; a plurality of service valve assemblies (210, 220, 230) connected to the at least one refrigerant tube; and a plurality of connection tubes (250, 260, 270) respectively connected to a corresponding one of the plurality of service valve assemblies (210, 220, 230), the plurality of connection tubes extending through the base, characterized in that the plurality of connection tubes (250, 260, 270) are aligned either in a first alignment according to which the plurality of connection tubes (250, 260, 270) extend, under the base, toward the front surface of the outdoor unit or in a second alignment according to which the plurality of connection tubes (250, 260, 270) extend, under the base, toward a lateral side of the outdoor unit, wherein positions of the plurality of connection tubes (250, 260, 270) in the second alignment respectively correspond to positions thereof in the first alignment being turned over. a base defining a lower outer appearance of the outdoor unit; a plurality of suction panels forming a front surface, a right side surface, a left side surface, and a rear surface of the outdoor unit; a compressor (51, 52) for compressing a refrigerant; a heat exchanger for heat-exchanging the refrigerant; at least one refrigerant tube connected to the compressor (51, 52) and the heat exchanger; a plurality of service valve assemblies (210, 220, 230) connected to the at least one refrigerant tube; and a plurality of connection tubes (250, 260, 270) respectively connected to a corresponding one of the plurality of service valve assemblies (210, 220, 230), the plurality of connection tubes extending through the base, characterized in that the plurality of connection tubes (250, 260, 270) are aligned either in a first alignment according to which the plurality of connection tubes (250, 260, 270) extend, under the base, toward the front surface of the outdoor unit or in a second alignment according to which the plurality of connection tubes (250, 260, 270) extend, under the base, toward a lateral side of the outdoor unit, wherein positions of the plurality of connection tubes (250, 260, 270) in the second alignment respectively correspond to positions thereof in the first alignment being turned over.
Method for producing asphalt mixture, wherein recovered asphalt as asphalt granulate and/or new material in the form of aggregates is/are heated and dried in drum devices (4, 14, 24) together or separately and subsequently mixed in a mixing device with bitumen to form an incorporation-ready asphalt mixture, wherein the mixing of the heated and dried asphalt granulate and/or the aggregates is carried out in a low oxygen atmosphere, in which the oxygen content is maximum 10%, characterized in that the asphalt granulate and/or the aggregates is/are dried and heated in the drum devices (4, 14, 24) using low oxygen gases having a temperature in the range of from 500 to 1000°C, is carried out in a low oxygen atmosphere, in which the oxygen content is maximum 10% and subsequently conveyed to the mixing device and in that the conveyance and mixing are carried out in a low oxygen atmosphere, whereby cold, low oxygen gases having a temperature in the range of from approximately 20 to approximately 150°C or cooled, low oxygen gases having a temperature in the range of from approximately 150 to approximately 300°C are fed to a conveying device and the mixing device, and in that also siloing of the heated and dried asphalt granulate and/or aggregates before the mixing with the bitumen and/or siloing of the incorporation-ready asphalt mixture in a low oxygen atmosphere is/are carried out.
A multi-directional input device, comprising: a case having a bottom plate; a pair of upper and lower arms (200, 300) supported to be movable in two orthogonal directions in the case, the pair of upper and lower arms (200, 300) each having an elongated hole (210, 310) extending in a direction orthogonal to a moving direction; an operation shaft that is rotatable in a state of penetrating each elongated hole (210, 310); an actuating member that is supported to be movable in an axial direction of the operation shaft at a lower end of the operation shaft projecting downward of the lower arm, and is provided with a downward convex spherical trapezoidal portion whose diameter decreases downward; a compression coil spring that is provided between the operation shaft and the actuating member, and presses the downward convex spherical trapezoidal portion against the bottom plate to return the operation shaft to a neutral state; and a plurality of electric components (1000, 1100) operated via each arm (200, 300) by rotation of the operation shaft, wherein the actuating member is supported at a lower end of the operation shaft projecting downward of the lower arm in a state of reducing rotation around an axis of the operation shaft, and is provided with a protrusion projecting radially outward from an upper end of the downward convex spherical trapezoidal portion, and the protrusion is inserted to be movable vertically in a guide groove that extends in a vertical direction on an inner wall of the case, so that rotation around an axis of the operation shaft of the actuating member is reduced. a case having a bottom plate; a pair of upper and lower arms (200, 300) supported to be movable in two orthogonal directions in the case, the pair of upper and lower arms (200, 300) each having an elongated hole (210, 310) extending in a direction orthogonal to a moving direction; an operation shaft that is rotatable in a state of penetrating each elongated hole (210, 310); an actuating member that is supported to be movable in an axial direction of the operation shaft at a lower end of the operation shaft projecting downward of the lower arm, and is provided with a downward convex spherical trapezoidal portion whose diameter decreases downward; a compression coil spring that is provided between the operation shaft and the actuating member, and presses the downward convex spherical trapezoidal portion against the bottom plate to return the operation shaft to a neutral state; and a plurality of electric components (1000, 1100) operated via each arm (200, 300) by rotation of the operation shaft, wherein the actuating member is supported at a lower end of the operation shaft projecting downward of the lower arm in a state of reducing rotation around an axis of the operation shaft, and is provided with a protrusion projecting radially outward from an upper end of the downward convex spherical trapezoidal portion, and the protrusion is inserted to be movable vertically in a guide groove that extends in a vertical direction on an inner wall of the case, so that rotation around an axis of the operation shaft of the actuating member is reduced.
Spring arm device for a motor vehicle comprising two flanges arranged at a distance from each other and which are made of a first fiber composite material with fibers each oriented in a longitudinal direction of the flanges and having a web which connects the flanges and which is made of a second fiber composite material with the fibers oriented at positive angles to the longitudinal directions of the flanges, wherein the spring arm device can be fastened in opposite end regions to vehicle parts as part of a wheel suspension, wherein the end regions comprise end segments of the two flanges associated to one other and in each case one end segment of the web which connects the end segments of the flanges, so that forces introduced into the spring arm device in the longitudinal direction via the end regions can in each case be transmitted, so that the flanges counteract deformation of the spring arm device caused by forces acting in a normal direction of the web by means of a spring force and so that forces acting on the spring arm device in a transverse direction are transmitted from the web to the end regions.
A kit for inserting or extracting a tool lodged within a biological object, the kit comprising: a surgical impacting tool including: a stored-energy drive mechanism configured to produce a spring-driven striking force, a controller configured to control storage and release of energy output from the stored-energy drive mechanism, an adapter configured to receive a surgical implement, and a launched mass configured to respond to the stored-energy drive mechanism and configured to communicate the striking force to the adapter to urge the surgical implement in a first direction; and a spring cartridge configured to be used in the surgical impacting tool, the cartridge being configured to deliver the striking force to the adapter. a stored-energy drive mechanism configured to produce a spring-driven striking force, a controller configured to control storage and release of energy output from the stored-energy drive mechanism, an adapter configured to receive a surgical implement, and a launched mass configured to respond to the stored-energy drive mechanism and configured to communicate the striking force to the adapter to urge the surgical implement in a first direction; and a spring cartridge configured to be used in the surgical impacting tool, the cartridge being configured to deliver the striking force to the adapter.
A fastening system for fastening a component on a carrier component (62, 62'), preferably a carrier component (62, 62') of a vehicle, comprising a fastening bolt, which can be fitted through a through-passage opening of the component and can be fastened in a fastening bore of the carrier component (62, 62'), and also an outer sleeve and an inner sleeve, which is mounted in an axially moveable manner in a through-passage opening of the outer sleeve, wherein the inner sleeve forms a through-passage opening for the fastening bolt, the fastening bolt being mounted in an axially moveable manner in said through-passage opening, and further comprising a first spring washer and a second spring washer, wherein the first spring washer can be fitted onto the outer sleeve and is designed so that, in the state in which the component is fastened on the carrier component (62, 62'), it positions itself against a first side of the component, and wherein the second spring washer can likewise be fitted onto the outer sleeve and is designed so that, in the state in which the component is fastened on the carrier component (62, 62'), it positions itself against a second side of the component, said second side being located opposite the first side, characterized in that the first spring washer and /or the second spring washer comprises a collar extending in the axial direction of the outer sleeve and at least partially surrounding a central opening.
A dispensing pump comprising a pump mechanism, a pump head on one end of the pump mechanism to actuate the pump mechanism, the pump head having an upper portion and a lower portion, the lower portion having an attachment structure for attachment of the pump head to a container, the container adapted to contain a first product characterised in that the upper portion has a top wall and a depending peripheral wall, the lower portion has a bottom wall and an upwardly extending peripheral wall, at least one of an aperture in the lower portion peripheral wall, an aperture in the upper portion peripheral wall, and a space between the upper portion peripheral wall and the lower portion peripheral wall, wherein the lower portion and the upper portion each have an internal area combining to form an enclosed space for containing a second product, the dispensing pump further comprising a dispensing channel for the first product through said internal area extending into the lower portion at one end and through the upper portion at a second end, the upper portion being adapted to pass into the lower portion when the pump mechanism is actuated to force air from the enclosed space, whereby second product can exit the pump head in air forced from the enclosed space through at least one of said aperture and space.
A swing/rotating gas metal arc welding torch, comprising a hollow shaft motor, a motor base, an electric brush base, a feeder panel, a coupling, a conductive rod mechanism, an electric brush and a pressing spring, wherein the motor base is a cylindrical body with convex shoulders in an outer middle part, a mounting hole for locking the coupling is formed in one side of the motor base, a step-shaped center hole which is small in top and large in bottom is formed in the motor base, and the pressing spring is mounted in a large hole of the step-shaped center hole; a cross counterbore and a center hole which is large in top and small in bottom are sequentially formed in the electric brush base from top to bottom, the electric brush is mounted in the cross counterbore, a support bearing is mounted in a large center hole, and a gas passage and/or cooling water passage is arranged in a wall of the electric brush base; the feeder panel is a cylindrical body with an upper extending shaft and a lower extending shaft, and a flange table in middle, the upper extending shaft of the feeder panel sequentially penetrates through the electric brush and the pressing spring and then is fixedly connected to the lower extending shaft of the hollow shaft motor in the motor base by means of the coupling, so that the electric brush is in tight sliding conductive contact with an upper end surface of the flange table of the feeder panel, and the lower extending shaft of the feeder panel penetrates through the support bearing and a small center hole in a bottom of the electric brush base and then is directly connected to the conductive rod mechanism or connected to the conductive rod mechanism by means of a connector mechanism; the hollow shaft motor is fixedly mounted on an upper end surface of the motor base, the convex shoulders at the two sides of the middle of the motor base are fixedly connected to the upper end of the electric brush base by means of connecting screws, and one ends of connecting cables at the two sides of the electric brush are fixedly connected to the electric brush and another ends of the connecting cables are connected to cable fasteners fixed to the convex shoulders of the motor base; and the conductive rod mechanism is a modulating eccentric conductive rod mechanism or a modulating curved conductive rod mechanism or an extendable and retractable eccentric conductive rod mechanism or an extendable and retractable curved conductive rod mechanism.
A prosthetic or robot part, comprising a base, a proximal portion and a distal portion, in which the proximal portion is mounted on the base so as to be rotatable thereabout in a given sense, and the distal portion is mounted on the proximal portion so as to be rotatable thereabout in the same sense to effect a gripping action of the prosthetic or robot part, the proximal portion and the distal portion being rotatable in the opposite sense to release the grip, characterised in that one part (34, 36) of a drive of the part is pivoted to the base about a base pivot axis and another part of the drive is pivoted to the distal portion about a distal pivot axis, the distal portion also being pivoted to the proximal portion about the said distal pivot axis, so that the proximal portion, the distal portion and the said another part of the drive are all pivotable relative to one another about the said distal pivot axis.
A lifting mechanism of a vehicle seat for adjusting a seating height position of the vehicle seat, the lifting mechanism comprising: a lifter link having one side that is rotatably shaft-supported with respect to a floor-side member provided on a vehicle floor and the other side that rotatably shaft-supports a frame member of a seating-side configuring part for seating; and a stopper link having one side that is rotatably shaft-supported with respect to the floor-side member and the other side that is loosely fitted in a long hole formed in the lifter link, wherein a rotation of the lifter link in a rear direction due to the seating-side configuring part applying load toward a rear side of the seat is restrained by a loosely fitted portion of the stopper link contacting an inner circumferential part of the long hole, wherein a rotation of the lifter link in a front direction due to the seating-side part applying load toward a front side of the seat is restrained by a restraining contact part provided to the lifter link contacting a stopper part provided to the floor-side member, characterised in that the restraining contact part is provided at a further outer side in a rotationally radial direction than a position of a front-side end portion of the long hole, with respect to a rotatable shaft support point of the one side of the lifter link. a lifter link having one side that is rotatably shaft-supported with respect to a floor-side member provided on a vehicle floor and the other side that rotatably shaft-supports a frame member of a seating-side configuring part for seating; and a stopper link having one side that is rotatably shaft-supported with respect to the floor-side member and the other side that is loosely fitted in a long hole formed in the lifter link, wherein a rotation of the lifter link in a rear direction due to the seating-side configuring part applying load toward a rear side of the seat is restrained by a loosely fitted portion of the stopper link contacting an inner circumferential part of the long hole, wherein a rotation of the lifter link in a front direction due to the seating-side part applying load toward a front side of the seat is restrained by a restraining contact part provided to the lifter link contacting a stopper part provided to the floor-side member, characterised in that the restraining contact part is provided at a further outer side in a rotationally radial direction than a position of a front-side end portion of the long hole, with respect to a rotatable shaft support point of the one side of the lifter link.
A refrigeration cycle apparatus that includes a power feeding system and a refrigerant circuit in which a compressor, a condenser, an expansion device, and an evaporator are connected by pipes to circulate refrigerant and performs operation by receiving supply of DC power from the power feeding system, the refrigeration cycle apparatus comprising: a compressor inverter device that performs DC-AC conversion and supplies power to a compressor motor; a fan motor inverter device that performs DC-AC conversion and supplies power to a fan motor; and a voltage detection device that detects an applied DC voltage; characterized in that the refrigeration cycle apparatus further comprises a controller configured to perform processing to determine an upper limit value of a driving frequency output from at least one of the compressor inverter device and the fan motor inverter device, based on the voltage detected by the voltage detection device, and in that the power feeding system includes a plurality of power sources including a battery, the controller is connected to the power feeding system to be able to communicate with the power feeding system, the power feeding system being configured to supply power to the refrigeration cycle apparatus, the controller being configured to determine the upper limit value to be a preset upper limit value of the driving frequency when determining that the power supplied from the power feeding system is power from the battery, and the controller is configured to control driving of the compressor motor and the fan motor such that the driving frequency does not exceed the upper limit value. a compressor inverter device that performs DC-AC conversion and supplies power to a compressor motor; a fan motor inverter device that performs DC-AC conversion and supplies power to a fan motor; and a voltage detection device that detects an applied DC voltage; characterized in that the refrigeration cycle apparatus further comprises a controller configured to perform processing to determine an upper limit value of a driving frequency output from at least one of the compressor inverter device and the fan motor inverter device, based on the voltage detected by the voltage detection device, and in that the power feeding system includes a plurality of power sources including a battery, the controller is connected to the power feeding system to be able to communicate with the power feeding system, the power feeding system being configured to supply power to the refrigeration cycle apparatus, the controller being configured to determine the upper limit value to be a preset upper limit value of the driving frequency when determining that the power supplied from the power feeding system is power from the battery, and the controller is configured to control driving of the compressor motor and the fan motor such that the driving frequency does not exceed the upper limit value.
A device for shredding empty containers, in particular beverage bottles or cans made from synthetic material or tinplate, the device comprising: - a housing including a fill-in opening and an outlet opening, - a cutting unit arranged in the housing, - devices for driving and controlling the cutting unit, - wherein the cutting unit includes two cutting rollers (4.1 and 4.2) with rotation axes that are offset from each other, - wherein a separator is arranged upstream from a cutting arrangement that includes the cutting rollers (4.1) and (4.2) wherein the separator is a vane shaft with vanes, wherein free vane ends of the vanes are swept backward viewed in a direction of rotation (R'), - wherein the end portions of the vanes are configured with piercing elements wherein tips of the piercing elements are oriented in the direction of rotation, thus in the operating direction, - wherein each of the cutting rollers (4.1 and 4.2) includes plural cutting discs which are respectively offset from each other in an axial direction by respective a gap and wherein at least one groove is fabricated in a circumferential surface of the cutting discs wherein the groove penetrates both flanks (5.1, 5.2) of the cutting disc, characterized in that, - the grooves extend in a helical shape in axial direction in the cutting discs of both cutting rollers, and - the diameter of the cutting discs is 80 millimeters +/- 10 %. - a housing including a fill-in opening and an outlet opening, - a cutting unit arranged in the housing, - devices for driving and controlling the cutting unit, - wherein the cutting unit includes two cutting rollers (4.1 and 4.2) with rotation axes that are offset from each other, - wherein a separator is arranged upstream from a cutting arrangement that includes the cutting rollers (4.1) and (4.2) wherein the separator is a vane shaft with vanes, wherein free vane ends of the vanes are swept backward viewed in a direction of rotation (R'), - wherein the end portions of the vanes are configured with piercing elements wherein tips of the piercing elements are oriented in the direction of rotation, thus in the operating direction, - wherein each of the cutting rollers (4.1 and 4.2) includes plural cutting discs which are respectively offset from each other in an axial direction by respective a gap and wherein at least one groove is fabricated in a circumferential surface of the cutting discs wherein the groove penetrates both flanks (5.1, 5.2) of the cutting disc, - the grooves extend in a helical shape in axial direction in the cutting discs of both cutting rollers, and - the diameter of the cutting discs is 80 millimeters +/- 10 %.