mhurhangee/ep-ind-claims huggingface dataset:
A device (14.1, 14.2) for applying a liquid product by atomizing or spraying from a storage container (17.1, 17.2) by means of a pressurized gas, comprising an atomizing or spraying head, wherein the device comprises a storage container (17.1, 17.2) being already filled with the product or designed to be manually fillable with an optional product, wherein pressurized gas is stored in a separate pressurized gas container, and wherein the pressurized gas container is designed to be manually connectable to the storage container (17.1, 17.2) in such a way that, after the pressurized gas container is connected to the storage container (17.1, 17.2), the product is supplied with pressure by means of pressurized gas through an activated valve attachment (24.1, 24.2), wherein the pressurized gas container is held by a receptacle, and the receptacle has a female thread at the upper edge, which corresponds to a male thread of the storage container (17.1, 17.2) near a base of the storage container, wherein the atomizing or spraying head can be screwed onto the storage container (17.1, 17.2) in the manner of a screw cap (3.1, 3.2) to be liquid-tight and pressure-tight, the storage container (17.1) has an upper threaded neck, characterized in that the base has a fill valve, and wherein a valve stem of the pressurized gas container is actuated by the fill valve when this storage container (17.1) is screwed to the receptacle, wherein the valve attachment (24.1) is formed by the valve stem and the fill valve, or in that the base has a base opening, and the storage container (17.2) has a deformable inner container, wherein a valve stem of the pressurized gas container is actuated by an edge area of the base opening when this storage container (17.2) is screwed to the receptacle, wherein the valve attachment (24.2) is formed by the valve stem and the edge area of the base opening.
A packing system, comprising, a product mounted on a pallet; and a packing box that is configured to cover a top face of the product and is configured to be disposed over the top face and a part of side faces of the product, the packing box including, a rectangular bottom plate, a plurality of side plates (2, 3) erected from the periphery of the bottom plate and surrounding the bottom plate, and a plurality of frame columns formed by folding parts extended from the side plates at four corners of corner parts formed by the plurality of side plates (2, 3), the frame columns being erected from a bottom plate side and extending to the midway to distal ends of the side plates (2, 3), wherein the bottom plate, the side plates (2, 3), and the frame columns are formed by one corrugated fiberboard sheet, each of the side plates (2, 3) is provided with a first through hole (10, 12) opposite to one of the frame columns, each of the frame columns is provided with a second through hole opposite to the first through hole (10, 12), each frame column is joined to two of the side plates (2, 3) forming the four corners by a joining member inserted so as to penetrate the first through hole (10, 12) and the second through hole, a height of each of the frame columns is lower than a height of each of the side plates (2, 3) and each of the frame columns is configured to be engaged with a part of the top face of the product, the rectangular bottom plate is configured to cover the top face of the product, and the plurality of side plates (2, 3) are configured to be engaged with a part of side faces of the product by displacement of the product within the packing box.
A method for constituting a pre-paid virtual card, characterised by downloading from the internet onto a smartphone an application which at the moment in which it is downloaded creates a pre-paid virtual card and automatically assigns as its identifier the telephone subscription number of said smartphone, then registering with an Electronic Money Institution which is to operate said pre-paid virtual card, at least said telephone subscription number, the E-mail address of the holder of said subscription, a password for subsequent access, and a PIN security code for future payment instructions, wherein after said application has created the pre-paid virtual card and has assigned the telephone subscription number as its identifier, it connects to said Electronic Money Institution to register therewith the data relative to the holder of the electronic card, said password and said PIN code.
The hot-and-cold running water system is connected with a ceramic jet bidet which consists of a housing (1: 2.3) of the shape of a bath with carrying decorative fixture for the bidet mounting on floor or hanging it on a wall, a nozzle producing a rising water jet, a drainage outlet connected to a syphon device and a basin overflow prevention device, a hot/cold water mixer and flexible connecting hoses. The bidet housing (2,3) consists of two sections with solid prolongation on the back side of the upper part where a folding seat is fixed for the user to be placed seated. The folding seat covers the both bidet housing sections (2,3) along the outline and is equipped with an elastic sealing, which prevents water entering under the folding seat. One of the housing sections is a bath made with the configuration and sizes of a standard toilet bowl mildly lengthened so that a user's hand can pass in front between the legs and behind the user's back. The basin is equipped with a nozzle producing a rising water jet. The temperature and pressure of the water flow is controlled by the user. It is adjusted along the flow and the streams forming the flow. The streams are focused on the washable part of the user's body providing convenient and effective hygienic procedure without using hands. The drainage outlet at the bottom of the bath is coupled with the bath overflow prevention device, which is placed on the front wall outside the bath. The other section is a control panel made in the form of an isosceles triangle with a rounded top. Its solid basement is placed in front so that it is located between the knees of the user seated on the bath and equipped with a hot and cold water lever mixer (10, 14). The output of the mixer is interlocked with a locking device, which is controlled by a pressing valve plunger under the edge of the lowered folding seat. The plunger switches on by the nozzle starting when the user is on the folding seat and switches off when the user stands up from the folding seat. When it is needed to fill the bath the nozzle can be started by pushing the plunger by hand with the water flow pressure being adjusted before. There are colored marks (15, 16, 17, 18) on the rounded part of the folding seat covering the control panel. They indicate the hot water, cold water and neutral position of the water mixer lever for the comfortable starting of the procedure.
Box body of a commercial vehicle, in particular a heavy goods vehicle, trailer or semi-trailer, having two side walls, a roof, a front wall and a rear wall, wherein the side walls are each connected to the roof in an upper edge region via a bar structure extending in the longitudinal direction of the box body, wherein the side walls are each connected to a floor structure of the box body in a lower edge region, wherein the side walls each have a wall panel at least substantially sealing the side wall and, for stiffening the side walls, a plurality of upright elements (19, 20) arranged at least substantially parallel to one another and spaced apart from one another, wherein the upright elements (19, 20) each extend at least from the floor structure to the bar structure assigned to the respective side wall, wherein the roof has a wall panel at least substantially sealing the roof and, for stiffening the roof, a plurality of beam elements arranged at least substantially parallel to one another and spaced apart from one another, wherein the beam elements each extend from one bar structure to the opposing bar structure and wherein a plurality of portals spaced apart from one another and at least substantially parallel to one another and each comprising an upright element (19, 20) of each side wall and a beam element of the roof are provided in the longitudinal direction of the box body between the front wall and the rear wall, characterised in that the wall panels (11, 12) of the side walls and/or of the roof each have a plurality of panel elements arranged next to one another, in that the panel elements form connecting regions extending at least substantially transverse to the respective side wall and/or to the roof and in that the upright elements (19, 20) and/or the beam elements are assigned at least partially to the connecting regions of the panel elements of the side walls and/or of the roof.
An indoor unit for an air conditioner provided in a ceiling, the indoor unit comprising: an indoor unit body including an indoor fan and an indoor heat exchanger inside, mounted in the ceiling, controlling a temperature of air sucked from below, and blowing out the air; and a decorative panel provided under the indoor unit body, wherein the decorative panel includes a panel body vertically penetrated by an air inlet at its central portion, and by air outlets around the air inlet, a non-porous plate blocking air flow provided at a lower end portion of the air inlet, and covering a central portion of the air inlet to form an inlet opening between an outer peripheral edge of the plate and an opening edge of the air inlet in plan view, and a plate member extending along an inner surface of the air inlet, and provided inside the air inlet such that an upper edge of the plate member is located more inward than a lower edge of the plate member, the upper edge of the plate member is located above the lower end of the air inlet, and the lower edge of the plate member surrounds an outer periphery of the non-porous plate in plan view. an indoor unit body including an indoor fan and an indoor heat exchanger inside, mounted in the ceiling, controlling a temperature of air sucked from below, and blowing out the air; and a decorative panel provided under the indoor unit body, wherein the decorative panel includes a panel body vertically penetrated by an air inlet at its central portion, and by air outlets around the air inlet, a non-porous plate blocking air flow provided at a lower end portion of the air inlet, and covering a central portion of the air inlet to form an inlet opening between an outer peripheral edge of the plate and an opening edge of the air inlet in plan view, and a plate member extending along an inner surface of the air inlet, and provided inside the air inlet such that an upper edge of the plate member is located more inward than a lower edge of the plate member, a panel body vertically penetrated by an air inlet at its central portion, and by air outlets around the air inlet, a non-porous plate blocking air flow provided at a lower end portion of the air inlet, and covering a central portion of the air inlet to form an inlet opening between an outer peripheral edge of the plate and an opening edge of the air inlet in plan view, and a plate member extending along an inner surface of the air inlet, and provided inside the air inlet such that an upper edge of the plate member is located more inward than a lower edge of the plate member, the upper edge of the plate member is located above the lower end of the air inlet, and the lower edge of the plate member surrounds an outer periphery of the non-porous plate in plan view.
A timepiece barrel comprising: a barrel spring (2; 102; 202; 302) including: - an interior end (5; 105; 205; 305) and an exterior end, - a first portion (50, 150, 250, 350) having a first height, - a second portion (52; 152; 252; 352) having a second height (h) less than the first height and situated near the interior end (5; 105; 205; 305), and - in the second portion, for example at the interior end, a first attachment element (51; 151; 251; 351) adapted to be fixed to a barrel shaft, the second portion being intended to be inserted in a groove (13, 113, 213, 313) extending circumferentially on the barrel shaft, and a shaft (1; 101; 201; 301; 401) for a clock movement barrel, including the groove (13; 113; 213; 313) extending round a circumference of the shaft and intended to receive a barrel spring (2; 102; 202; 302), the groove having a depth (p) equal or substantially equal to the thickness of the barrel spring. a barrel spring (2; 102; 202; 302) including: - an interior end (5; 105; 205; 305) and an exterior end, - a first portion (50, 150, 250, 350) having a first height, - a second portion (52; 152; 252; 352) having a second height (h) less than the first height and situated near the interior end (5; 105; 205; 305), and - in the second portion, for example at the interior end, a first attachment element (51; 151; 251; 351) adapted to be fixed to a barrel shaft, the second portion being intended to be inserted in a groove (13, 113, 213, 313) extending circumferentially on the barrel shaft, and - an interior end (5; 105; 205; 305) and an exterior end, - a first portion (50, 150, 250, 350) having a first height, - a second portion (52; 152; 252; 352) having a second height (h) less than the first height and situated near the interior end (5; 105; 205; 305), and - in the second portion, for example at the interior end, a first attachment element (51; 151; 251; 351) adapted to be fixed to a barrel shaft, the second portion being intended to be inserted in a groove (13, 113, 213, 313) extending circumferentially on the barrel shaft, a shaft (1; 101; 201; 301; 401) for a clock movement barrel, including the groove (13; 113; 213; 313) extending round a circumference of the shaft and intended to receive a barrel spring (2; 102; 202; 302), the groove having a depth (p) equal or substantially equal to the thickness of the barrel spring.
A cleaner head for a cleaning appliance, the cleaner head comprising: a rotatable agitator (44,46) comprising a drive shaft, a body connected to the drive shaft, and at least one surface engaging member mounted on the body, each surface engaging member having a first extremity for engaging a surface to be cleaned and a second extremity located opposite to the first extremity and which is moveable relative to the drive shaft upon engagement between the first extremity and the surface; an agitator chamber housing the agitator (44,46), the agitator chamber comprising a downwardly-directed opening through which debris energised by said at least one surface engaging member enters the cleaner head, the opening being located in a plane; and means for rotating the agitator (44,46) about a rotational axis (R 1, R 2) of the drive shaft, characterized in that the rotational axis being inclined both relative to the plane of the opening and towards the rear of the opening so that, with rotation of the agitator (44,46), said at least one surface engaging member protrudes through the opening towards the front of the opening. a rotatable agitator (44,46) comprising a drive shaft, a body connected to the drive shaft, and at least one surface engaging member mounted on the body, each surface engaging member having a first extremity for engaging a surface to be cleaned and a second extremity located opposite to the first extremity and which is moveable relative to the drive shaft upon engagement between the first extremity and the surface; an agitator chamber housing the agitator (44,46), the agitator chamber comprising a downwardly-directed opening through which debris energised by said at least one surface engaging member enters the cleaner head, the opening being located in a plane; and means for rotating the agitator (44,46) about a rotational axis (R 1, R 2) of the drive shaft, characterized in that the rotational axis being inclined both relative to the plane of the opening and towards the rear of the opening so that, with rotation of the agitator (44,46), said at least one surface engaging member protrudes through the opening towards the front of the opening.
A computer-implemented method comprising: sensing a position of an operator platform equipped to a vehicle; enabling the vehicle to operate in a full-speed mode when the operator platform (201, 1502) is positioned within a first range of positions corresponding to riding operation; and enabling the vehicle to operate in an anti-trapping mode when the operator platform (201, 1502) is positioned within a second range of positions separate from the first range of positions, characterized in that the anti-trapping mode allowing the vehicle to move only in a direction that allows the operator platform (201, 1502) to open. sensing a position of an operator platform equipped to a vehicle; enabling the vehicle to operate in a full-speed mode when the operator platform (201, 1502) is positioned within a first range of positions corresponding to riding operation; and enabling the vehicle to operate in an anti-trapping mode when the operator platform (201, 1502) is positioned within a second range of positions separate from the first range of positions, characterized in that the anti-trapping mode allowing the vehicle to move only in a direction that allows the operator platform (201, 1502) to open.
A delivery system for a hybrid aerial vehicle (100, 405) comprising: a delivery chute adapted to be mounted on a top surface of a delivery warehouse, the delivery chute adapted to accept one or more items; a roller ramp, extendable away from the delivery chute, designed to drive the at least one item towards the delivery chute, and mounted adjacent to the delivery chute; and a rotating landing platform configured to be mounted on the top surface of the delivery warehouse; wherein the rotating platform is configured to, after the HAV lands on the rotating landing platform, rotate to an unloading position with respect to the roller ramp, and the roller ramp is configured to, thereafter, extend towards the HAV over the rotating landing platform and be positioned with respect to the HAV for receiving items from the HAV. a delivery chute adapted to be mounted on a top surface of a delivery warehouse, the delivery chute adapted to accept one or more items; a roller ramp, extendable away from the delivery chute, designed to drive the at least one item towards the delivery chute, and mounted adjacent to the delivery chute; and a rotating landing platform configured to be mounted on the top surface of the delivery warehouse; wherein the rotating platform is configured to, after the HAV lands on the rotating landing platform, rotate to an unloading position with respect to the roller ramp, and the roller ramp is configured to, thereafter, extend towards the HAV over the rotating landing platform and be positioned with respect to the HAV for receiving items from the HAV.
Concrete block in the form of a paving block that can be laid in bond to create a surface covering, comprising at least one multi-layered concrete block body having at least one concrete block underside (2.1) suitable for laying on a bedding layer of an underground and an opposite concrete block top side (2.2), wherein the multi-layered concrete block body comprises at least one first concrete block layer, which is produced from core concrete material and is designed as a core concrete layer, and at least one second concrete block layer, which is arranged on the concrete block underside (2.1), and also at least one third concrete block layer, which is designed as a face concrete layer and is arranged on the concrete block top side (2.2), wherein the second concrete block layer is a coarse, no-fines concrete layer and is produced from a concrete with a coarse aggregate, wherein the second concrete block layer is designed as an interlocking layer for interlocking with the bedding layer of the underground, and the concrete block is thereby provided on the concrete block underside (2.1) with a coarse-grained surface providing a plurality of interlocking means.
A clothing care machine, comprising a machine body and a closure assembly disposed on the machine body, the closure assembly being configured to open and close an access port, wherein the closure assembly comprises: an engaging member fixedly connected to the machine body, wherein the engaging member comprises a passage corresponding to the access port; characterized in that the closure assembly further comprises a cover body connected to the engaging member through a rotating shaft, wherein a buckle is disposed on the cover body, a door lock engaged with the buckle is disposed on the engaging member, and the door lock is configured to lock or unlock the cover body through pressing of the buckle; and an elastic positioning portion, wherein the elastic positioning portion is disposed on at least one of the engaging member and the cover body; when the cover body is pressed, the elastic positioning portion is pushed and deformed to provide a displacement distance required by the buckle for pressing the door lock; and when the cover body is locked, the elastic positioning portion abuts against the other one of the engaging member and the cover body, wherein the elastic positioning portion comprises a fixing portion fixedly connected to the engaging member and a boom portion formed by extending from the fixing portion. wherein the closure assembly comprises: an engaging member fixedly connected to the machine body, wherein the engaging member comprises a passage corresponding to the access port; characterized in that the closure assembly further comprises a cover body connected to the engaging member through a rotating shaft, wherein a buckle is disposed on the cover body, a door lock engaged with the buckle is disposed on the engaging member, and the door lock is configured to lock or unlock the cover body through pressing of the buckle; and an elastic positioning portion, wherein the elastic positioning portion is disposed on at least one of the engaging member and the cover body; when the cover body is pressed, the elastic positioning portion is pushed and deformed to provide a displacement distance required by the buckle for pressing the door lock; and when the cover body is locked, the elastic positioning portion abuts against the other one of the engaging member and the cover body, wherein the elastic positioning portion comprises a fixing portion fixedly connected to the engaging member and a boom portion formed by extending from the fixing portion.
A system for latching a rotating control head and detecting a latch leak, the system comprising: a latch assembly comprising a piston movable between a latched position and an unlatched position, wherein the latch assembly is remotely actuatable; the system being characterised in that the system further comprises a comparator configured to compare a first fluid flow value to the latch assembly with a second fluid flow value from the latch assembly. a latch assembly comprising a piston movable between a latched position and an unlatched position, wherein the latch assembly is remotely actuatable; the system being characterised in that the system further comprises a comparator configured to compare a first fluid flow value to the latch assembly with a second fluid flow value from the latch assembly.
A method of forming a multilayer structure comprising: coextruding: a first layer comprising: polypropylene or polyethylene; and a first chemical foaming agent; and a second layer on a side of the first layer, the second layer comprising: 5-50 wt.% recycled, crosslinked polyolefin foam material; 50-95 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; and a second chemical foaming agent. a first layer comprising: polypropylene or polyethylene; and a first chemical foaming agent; and polypropylene or polyethylene; and a first chemical foaming agent; and a second layer on a side of the first layer, the second layer comprising: 5-50 wt.% recycled, crosslinked polyolefin foam material; 50-95 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; and a second chemical foaming agent. 5-50 wt.% recycled, crosslinked polyolefin foam material; 50-95 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; and a second chemical foaming agent.