mhurhangee/ep-ind-claims huggingface dataset:
A rotary power tool comprising: a housing; a spindle defining a working axis; a motor supported by the housing and operable to drive the spindle; a handle (282 movably coupled to the housing, wherein the handle includes an upper portion and a lower portion; a vibration isolating assembly disposed between the housing and the handle for attenuating vibration transmitted from the housing to the handle, wherein the vibration isolating assembly includes an upper joint coupling the upper portion of the handle to the housing and a lower joint coupling the lower portion of the handle to the housing; a battery pack removably coupled directly to the handle and configured to provide power to the motor; and a battery receptacle located on the handle adjacent the lower portion, the battery receptacle configured to receive the battery pack when the battery pack is coupled to the handle, characterised in that the battery receptacle defines an insertion axis along which the battery pack is slidable that is oriented substantially parallel to the working axis of the spindle. a housing; a spindle defining a working axis; a motor supported by the housing and operable to drive the spindle; a handle (282 movably coupled to the housing, wherein the handle includes an upper portion and a lower portion; a vibration isolating assembly disposed between the housing and the handle for attenuating vibration transmitted from the housing to the handle, wherein the vibration isolating assembly includes an upper joint coupling the upper portion of the handle to the housing and a lower joint coupling the lower portion of the handle to the housing; a battery pack removably coupled directly to the handle and configured to provide power to the motor; and a battery receptacle located on the handle adjacent the lower portion, the battery receptacle configured to receive the battery pack when the battery pack is coupled to the handle, characterised in that the battery receptacle defines an insertion axis along which the battery pack is slidable that is oriented substantially parallel to the working axis of the spindle.
Pump for fluids, said pump comprising: a pump housing; a power source; a drive shaft connected to the power source and extending along an axis A; a fluid inlet; a first impeller rotated by said drive shaft and comprising a first impeller inlet in fluid connection with the fluid inlet, and a first impeller outlet; a second impeller rotated by said drive and comprising a second impeller inlet in fluid connection with the first impeller outlet, and a second impeller outlet, the first and second impellers arranged inverted to each other; and characterized in that a sealing element which is sleeve shaped and arranged between the first and second impeller around the drive shaft, said sealing element has a first end transvers to the drive shaft and facing the first impeller and a second end transverse to the drive shaft facing the second impeller, said sealing element has a length along axis A smaller than the distance between the first and second impeller such that the sealing element is movable along axis A between the first and second impeller, characterized in that the sealing element is arranged non-rotatable in relation to the drive shaft and first and second impeller, and the first end of the sealing element has a first area transverse to axis A and the second end has a second area transverse to axis A, and said first area is larger than said second area such that the force exerted by the lower pressure generated by the first impeller and the first area is substantially equal to the force exerted by the higher pressure generated by the second impeller and the second area. a pump housing; a power source; a drive shaft connected to the power source and extending along an axis A; a fluid inlet; a first impeller rotated by said drive shaft and comprising a first impeller inlet in fluid connection with the fluid inlet, and a first impeller outlet; a second impeller rotated by said drive and comprising a second impeller inlet in fluid connection with the first impeller outlet, and a second impeller outlet, the first and second impellers arranged inverted to each other; and characterized in that a sealing element which is sleeve shaped and arranged between the first and second impeller around the drive shaft, said sealing element has a first end transvers to the drive shaft and facing the first impeller and a second end transverse to the drive shaft facing the second impeller, said sealing element has a length along axis A smaller than the distance between the first and second impeller such that the sealing element is movable along axis A between the first and second impeller, characterized in that the sealing element is arranged non-rotatable in relation to the drive shaft and first and second impeller, and the first end of the sealing element has a first area transverse to axis A and the second end has a second area transverse to axis A, and said first area is larger than said second area such that the force exerted by the lower pressure generated by the first impeller and the first area is substantially equal to the force exerted by the higher pressure generated by the second impeller and the second area.
A metal oxide particle containing titanium oxide coated with silicon dioxide-stannic oxide complex oxide comprising: a titanium oxide-containing core particle; and a coating layer with which the titanium oxide-containing core particle is coated and that is made of silicon dioxide-stannic oxide complex oxide colloidal particles having a mass ratio of silicon dioxide/stannic oxide of 0.1 to 5.0, wherein one or more intermediate thin film layers that are made of any one of an oxide; a complex oxide of at least one element selected from the group consisting of Si, Al, Sn, Zr, Zn, Sb, Nb, Ta, and W; and a mixture of the oxide and the complex oxide are interposed between the titanium oxide-containing core particle and the coating layer made of the silicon dioxide-stannic oxide complex oxide colloidal particles; and a titanium oxide content in the titanium oxide-containing core particle is 5% by mass to 100% by mass in terms of TiO 2, and an amount of the coating layer made of the silicon dioxide-stannic oxide complex oxide colloidal particles to a mass of the titanium oxide-containing core particle is in a range of 0.01 to 1.0. a titanium oxide-containing core particle; and a coating layer with which the titanium oxide-containing core particle is coated and that is made of silicon dioxide-stannic oxide complex oxide colloidal particles having a mass ratio of silicon dioxide/stannic oxide of 0.1 to 5.0, wherein one or more intermediate thin film layers that are made of any one of an oxide; a complex oxide of at least one element selected from the group consisting of Si, Al, Sn, Zr, Zn, Sb, Nb, Ta, and W; and a mixture of the oxide and the complex oxide are interposed between the titanium oxide-containing core particle and the coating layer made of the silicon dioxide-stannic oxide complex oxide colloidal particles; and a titanium oxide content in the titanium oxide-containing core particle is 5% by mass to 100% by mass in terms of TiO 2, and an amount of the coating layer made of the silicon dioxide-stannic oxide complex oxide colloidal particles to a mass of the titanium oxide-containing core particle is in a range of 0.01 to 1.0.
A method performed by an apparatus configured to improve a sleep of an object who is sleeping, the method comprising: determining a first wake-up time of the object based on schedule information corresponding to a schedule of the object; receiving bio-information of the object; determining sleep state information of the object from the bio-information, wherein the sleep state information comprises a number of posture changes; determining whether said number of posture changes exceeds a predetermined critical value; changing the first wake-up time to a second wake-up time that is later than the first wake-up time when said number of posture changes exceeds the predetermined critical value; and outputting a wake-up alarm signal at the second wake-up time. determining a first wake-up time of the object based on schedule information corresponding to a schedule of the object; receiving bio-information of the object; determining sleep state information of the object from the bio-information, wherein the sleep state information comprises a number of posture changes; determining whether said number of posture changes exceeds a predetermined critical value; changing the first wake-up time to a second wake-up time that is later than the first wake-up time when said number of posture changes exceeds the predetermined critical value; and outputting a wake-up alarm signal at the second wake-up time.
Method for producing a multi-layer film, wherein at least one ink is applied to a layer by means of inkjet printing in at least one step, whereby at least one region of at least one first print is provided and wherein the first print is covered by at least one further layer, wherein the ink is, at least in some regions, applied to a replication layer (18, 24), characterised in that the ink is applied to a substantially smooth surface of the replication layer (18, 24). whereby at least one region of at least one first print is provided and wherein the first print is covered by at least one further layer, wherein the ink is, at least in some regions, applied to a replication layer (18, 24), characterised in that the ink is applied to a substantially smooth surface of the replication layer (18, 24).
A process for producing a multilayer pipe having a metallurgical bond from a tubular element comprising at least one outer pipe of metallic material and one inner pipe of metallic material arranged within the outer pipe, the inner surface of the outer pipe being mechanically bonded directly to the outer surface of the inner pipe at least in parts of their interface so that there is no oxygen between the inner and outer pipes, the process characterized in that: in a production line, the tubular element is simultaneously heated and drawn, wherein each portion of the tubular element is subjected to heating by induction and then to hot drawing and wherein the tubular element is drawn with a mandrel located inside it, in the heating and drawing steps, the tubular element is pulled through the inside of at least one electromagnetic coil, where it is heated, and is pulled through a drawing die sequentially arranged at the outlet of the electromagnetic coil, with the mandrel positioned within the tubular element in alignment with a drawing die opening. in a production line, the tubular element is simultaneously heated and drawn, wherein each portion of the tubular element is subjected to heating by induction and then to hot drawing and wherein the tubular element is drawn with a mandrel located inside it, in the heating and drawing steps, the tubular element is pulled through the inside of at least one electromagnetic coil, where it is heated, and is pulled through a drawing die sequentially arranged at the outlet of the electromagnetic coil, with the mandrel positioned within the tubular element in alignment with a drawing die opening.
A lower leg prosthesis for an amputee who has at least one leg having a lower or upper leg stump, the prosthesis (1; 101) comprising: - a distal end forming an artificial foot, or the distal end being connectable to an artificial foot; and - a proximal end forming a stump socket for connection to said leg stump, or the proximal end being connectable, optionally via an artificial knee, to a stump socket for connection to said leg stump; wherein a use condition of the prosthesis is defined by the distal end actually being connected, if applicable, to said artificial foot, the proximal end actually being connected, if applicable, to said stump socket, and said stump socket actually being connected to said leg stump of said amputee; characterized by a mechanism (10; 110) which is arranged such that, in said use condition of the prosthesis and in an upright position of said amputee with said artificial foot resting on a floor, in response to the amputee performing a rotative movement of said leg stump around its corresponding hip joint while keeping said artificial foot resting on the floor, said rotative movement at least occurring in the frontal plane of the amputee and in one rotation direction within the frontal plane, the prosthesis causes said artificial foot to rotate relative to the floor at least in the other, i.e. opposite, rotation direction within the frontal plane. - a distal end forming an artificial foot, or the distal end being connectable to an artificial foot; and - a proximal end forming a stump socket for connection to said leg stump, or the proximal end being connectable, optionally via an artificial knee, to a stump socket for connection to said leg stump; wherein a use condition of the prosthesis is defined by the distal end actually being connected, if applicable, to said artificial foot, the proximal end actually being connected, if applicable, to said stump socket, and said stump socket actually being connected to said leg stump of said amputee; characterized by a mechanism (10; 110) which is arranged such that, in said use condition of the prosthesis and in an upright position of said amputee with said artificial foot resting on a floor, in response to the amputee performing a rotative movement of said leg stump around its corresponding hip joint while keeping said artificial foot resting on the floor, said rotative movement at least occurring in the frontal plane of the amputee and in one rotation direction within the frontal plane, the prosthesis causes said artificial foot to rotate relative to the floor at least in the other, i.e. opposite, rotation direction within the frontal plane.
Rockfall barrier for installation between an uphill side and a downhill side of a hill slope - with at least two guide devices (2A, 2B) for a net, which comprises an upper edge and a lower edge, and - with an upper load-bearing rope, which guides the upper edge at the guide devices (2A, 2B), - wherein at least one middle rope is provided, which extends from an upper end point fixed at the upper load-bearing rope to a lower end point fixable to the hill slope, characterized in - that the at least one middle rope is provided with a braking element fixable to the hill slope and arranged adjacent to the lower edge of the net. - with at least two guide devices (2A, 2B) for a net, which comprises an upper edge and a lower edge, and - with an upper load-bearing rope, which guides the upper edge at the guide devices (2A, 2B), - wherein at least one middle rope is provided, which extends from an upper end point fixed at the upper load-bearing rope to a lower end point fixable to the hill slope, characterized in - that the at least one middle rope is provided with a braking element fixable to the hill slope and arranged adjacent to the lower edge of the net.
Machine for cutting blocks of stone material into slabs by means of cutting wires comprising: - a frame on which the following elements are rotatably mounted: a set of driving pulleys rotated by first motor means, at least one set of driven pulleys mounted on a shaft, said set of driven pulleys comprising driven or idle pulleys mounted independently and rotatably on said shaft, by means of sliding bearings, friction bearings, or rolling bearings, - cutting wires - means for varying the tension of each cutting wire, comprising idle pulleys over which the cutting wires travel; and - means for producing a relative movement between the block and the cutting wires, in the cut feeding direction; said shaft of said at least one set of driven pulleys being designed to rotate in the same direction as rotation of the driven pulleys characterized in that said shaft of said at least one set of driven pulleys is connected to second motor means. - a frame on which the following elements are rotatably mounted: a set of driving pulleys rotated by first motor means, at least one set of driven pulleys mounted on a shaft, said set of driven pulleys comprising driven or idle pulleys mounted independently and rotatably on said shaft, by means of sliding bearings, friction bearings, or rolling bearings, - cutting wires - means for varying the tension of each cutting wire, comprising idle pulleys over which the cutting wires travel; and - means for producing a relative movement between the block and the cutting wires, in the cut feeding direction; said shaft of said at least one set of driven pulleys being designed to rotate in the same direction as rotation of the driven pulleys characterized in that said shaft of said at least one set of driven pulleys is connected to second motor means. a set of driving pulleys rotated by first motor means, at least one set of driven pulleys mounted on a shaft, said set of driven pulleys comprising driven or idle pulleys mounted independently and rotatably on said shaft, by means of sliding bearings, friction bearings, or rolling bearings, - cutting wires - means for varying the tension of each cutting wire, comprising idle pulleys over which the cutting wires travel; and - means for producing a relative movement between the block and the cutting wires, in the cut feeding direction; - cutting wires - means for varying the tension of each cutting wire, comprising idle pulleys over which the cutting wires travel; and - means for producing a relative movement between the block and the cutting wires, in the cut feeding direction; said shaft of said at least one set of driven pulleys being designed to rotate in the same direction as rotation of the driven pulleys characterized in that said shaft of said at least one set of driven pulleys is connected to second motor means.
A package comprising a multilayer film, wherein the multilayer film comprises: a. an outer layer consisting of a first sealing layer, the first sealing layer comprising a polyolefin; and b. a structural layer, comprising a matrix phase and a dispersed phase; wherein: the dispersed phase comprises a heterophasic copolymer; and the structural layer has a thickness of from 6 microns to 120 microns; wherein the package comprises at least one seal formed from fusing together the first sealing layer of two sections of the multilayer film, the multilayer film comprises a second sealing layer, such that the first sealing layer and second sealing layer form the outer layers of the multilayer film, and the seal is a gusset seal, formed from combining at least four layers of the multilayer film. a. an outer layer consisting of a first sealing layer, the first sealing layer comprising a polyolefin; and b. a structural layer, comprising a matrix phase and a dispersed phase; wherein: the dispersed phase comprises a heterophasic copolymer; and the structural layer has a thickness of from 6 microns to 120 microns; wherein the package comprises at least one seal formed from fusing together the first sealing layer of two sections of the multilayer film, the multilayer film comprises a second sealing layer, such that the first sealing layer and second sealing layer form the outer layers of the multilayer film, and the seal is a gusset seal, formed from combining at least four layers of the multilayer film. the dispersed phase comprises a heterophasic copolymer; and the structural layer has a thickness of from 6 microns to 120 microns; wherein the package comprises at least one seal formed from fusing together the first sealing layer of two sections of the multilayer film, the multilayer film comprises a second sealing layer, such that the first sealing layer and second sealing layer form the outer layers of the multilayer film, and the seal is a gusset seal, formed from combining at least four layers of the multilayer film.
An assembly of a pressure container containing a composition suitable for forming a silicone paste, a polyurethane foam, or a glue, the container being closed with a container valve which is a gun valve, and a handheld applicator, suitable for applying the content present in the pressure container, wherein the handheld applicator comprises a fixed part for attachment to the pressure container and which fixed part further provides a grip surface for contact with the palm of the hand, and the fixed part providing a pistol grip, the handheld applicator further comprising an integrated moveable part which provides a handle surface for an action by at least one finger of the same hand, and which further provides, by its movement, for engaging with the container valve and for opening the container valve under the action by pushing the stem of the container valve down into the container contents, characterised in that the stem of the container valve, under the action, movesalong the axis of symmetry of the valve stem, in that the handheld applicator further comprises a cavity for providing an accessory object, and in that a safety seal is present and the safety seal is provided as the cover for closing off the cavity for the accessory object.
Compressor for refrigerant, comprising an outer housing, comprising a scroll compressor which is disposed in the outer housing and has a first compressor body, which is fixedly disposed in the outer housing, and a second compressor body, which is movable in relation to the first compressor body, each of these bodies having a base (20, 24) and respective first and second scroll ribs (22, 26), which rise above the respective base (20, 24) and engage in one another in such a way that, for the compression of the refrigerant, the second compressor body is movable on an orbital path about a centre axis with respect to the first compressor body, thereby forming chambers, comprising an outlet in the base of the stationary compressor body, leading to a high-pressure chamber in the outer housing, and comprising a check valve disposed between the outlet and the high-pressure chamber, with a valve body which is freely movable in a movement space extending between a valve seat and a valve guard, between a closed position, determined by the valve seat, and an open position, determined by the valve guard, the movement space being delimited by at least one wall surface lying next to at least one mouth opening, characterized in that at least one outlet space is disposed laterally with respect to the movement space, which outlet space opens laterally into the movement space with the mouth opening between the valve guard and the valve seat, and leads to an outlet opening, in that the at least one wall surface forms a guiding surface for the valve body, and in that the valve body is guided by a number of guiding surfaces disposed around the centre axis of the movement space.
A system for controlling an elevator, comprising a car door operation control system for controlling movement of at least one car door, the car door operating control system including an incremental encoder configured to provide a signal indicative of a travel distance of the car door to the car door operating control system, and an elevator car control system configured to obtain a primary Car Door Closed Signal from a car door safety switch of an elevator safety control system, characterized in that said elevator car control system is configured to obtain a secondary Car Door Closed Signal (DFCM) independent of the primary Car Door Closed Signal based on the travel distance signal provided by the car door operation control system.