mhurhangee/patent-ind-claim-en huggingface dataset:
Molten material metering device for a casting device, comprising - a metering container , which can be evacuated and moved between a melt uptake point and a melt discharge point, configured to take out a meterable amount of casting molten material from a melt bath at the melt uptake point, to transfer the molten material to the melt discharge point of the casting device and to discharge it there, - an evacuation device , which is coupled to the metering container for evacuation of the same, and - a controllable closure means for selectively opening and closing of a melt opening of the metering container , characterized in that - the closure means in its blocking position blocks the melt opening of the metering container while leaving a capillary opening , which capillary opening is formed by a capillary annular gap (4a 1 ) between an inner edge of the melt opening and an outer edge of the closure means or by at least one capillary gap groove (4a 2 ) which is provided at the inner edge of the melt opening or at the outer edge of the closure means. - a metering container , which can be evacuated and moved between a melt uptake point and a melt discharge point, configured to take out a meterable amount of casting molten material from a melt bath at the melt uptake point, to transfer the molten material to the melt discharge point of the casting device and to discharge it there, - an evacuation device , which is coupled to the metering container for evacuation of the same, and - a controllable closure means for selectively opening and closing of a melt opening of the metering container , - the closure means in its blocking position blocks the melt opening of the metering container while leaving a capillary opening , which capillary opening is formed by a capillary annular gap (4a 1 ) between an inner edge of the melt opening and an outer edge of the closure means or by at least one capillary gap groove (4a 2 ) which is provided at the inner edge of the melt opening or at the outer edge of the closure means.
A sole structure for an article of footwear, the sole structure comprising: a sole body portion , the sole body portion including an outsole surface facing away from the article of footwear and an upper surface disposed opposite the outsole surface ; and a plurality of sensory node elements disposed within apertures in the sole body portion , the apertures being located within portions of at least a forefoot region , a midfoot region , and a heel region of the sole structure ; each of the plurality of sensory node elements including a bottom surface configured to engage a ground surface and a top surface disposed opposite the bottom surface ; the bottom surface of each of the sensory node elements extending above the outsole surface of the sole body portion when the sensory node element is in an uncompressed condition; wherein each of the plurality of sensory node elements are configured to move vertically within the apertures in the sole body portion so that the bottom surface of the sensory node element moves closer towards the outsole surface of the sole body portion when the sensory node element is in a compressed condition, wherein the top surface of each sensory node element is attached to a base layer and wherein the base layer is attached to the upper surface of the sole body portion , such that the sole body portion and the sensory node elements are not directly joined to each other. a sole body portion , the sole body portion including an outsole surface facing away from the article of footwear and an upper surface disposed opposite the outsole surface ; and a plurality of sensory node elements disposed within apertures in the sole body portion , the apertures being located within portions of at least a forefoot region , a midfoot region , and a heel region of the sole structure ; each of the plurality of sensory node elements including a bottom surface configured to engage a ground surface and a top surface disposed opposite the bottom surface ; the bottom surface of each of the sensory node elements extending above the outsole surface of the sole body portion when the sensory node element is in an uncompressed condition; wherein each of the plurality of sensory node elements are configured to move vertically within the apertures in the sole body portion so that the bottom surface of the sensory node element moves closer towards the outsole surface of the sole body portion when the sensory node element is in a compressed condition, wherein the top surface of each sensory node element is attached to a base layer and wherein the base layer is attached to the upper surface of the sole body portion , such that the sole body portion and the sensory node elements are not directly joined to each other.
A continuously operating press with an upper, continuously circulating belt and a lower continuously circulating belt , wherein pressing material is passed through the press gap between the upper and lower belt and with the application of pressure and/or heat is pressed to form a board or a continuous board sections, with at least one application device with which lubricant can be directly or indirectly applied to the upper belt and/or to the lower belt , and with a device for monitoring the lubrication status of the circulating belt , to which lubricant is applied, with one or more sensors which are arranged in the area of the belt and with which a measuring signal (M) that is dependent on the amount of lubricant on the belt can be generated, characterised in that the sensors are designed as capacitively operating sensors, which each have at least one sensor plate arranged at a distance from the belt , which each, with the belt , form a capacitor , the capacitance of which depends on the amount of lubricant arranged on the belt . wherein pressing material is passed through the press gap between the upper and lower belt and with the application of pressure and/or heat is pressed to form a board or a continuous board sections, with at least one application device with which lubricant can be directly or indirectly applied to the upper belt and/or to the lower belt , and with a device for monitoring the lubrication status of the circulating belt , to which lubricant is applied, with one or more sensors which are arranged in the area of the belt and with which a measuring signal (M) that is dependent on the amount of lubricant on the belt can be generated, characterised in that the sensors are designed as capacitively operating sensors, which each have at least one sensor plate arranged at a distance from the belt , which each, with the belt , form a capacitor , the capacitance of which depends on the amount of lubricant arranged on the belt .
An indoor unit of an air conditioner, comprising: a bracket comprising a chassis ; an air duct assembly , located in front of the chassis, and detachably engaged or magnetically connected with the chassis; and a movable limiting member provided on the air duct assembly and movable relative to the air duct assembly to cause a portion of the movable limiting member to protrude from the air duct assembly for engagement with a corresponding limiting structure of the chassis to fix the air duct assembly to the bracket; characterised in that : the movable limiting member is a first rotating buckle , the first rotating buckle comprising: a first buckle body , pivotally connected to the lower portion of the air duct assembly in the left-right direction; and a first buckle portion , located at an end of the first buckle body adjacent to the chassis, wherein: the limiting structure is a buckle slot adapted to fit the first buckle portion, and the first rotating buckle further comprises means for separating the first buckle portion from the buckle slot of the chassis to detach the air duct assembly from the bracket. a bracket comprising a chassis ; an air duct assembly , located in front of the chassis, and detachably engaged or magnetically connected with the chassis; and a movable limiting member provided on the air duct assembly and movable relative to the air duct assembly to cause a portion of the movable limiting member to protrude from the air duct assembly for engagement with a corresponding limiting structure of the chassis to fix the air duct assembly to the bracket; characterised in that : the movable limiting member is a first rotating buckle , the first rotating buckle comprising: a first buckle body , pivotally connected to the lower portion of the air duct assembly in the left-right direction; and a first buckle portion , located at an end of the first buckle body adjacent to the chassis, wherein: the limiting structure is a buckle slot adapted to fit the first buckle portion, and the first rotating buckle further comprises means for separating the first buckle portion from the buckle slot of the chassis to detach the air duct assembly from the bracket. a first buckle body , pivotally connected to the lower portion of the air duct assembly in the left-right direction; and a first buckle portion , located at an end of the first buckle body adjacent to the chassis, wherein: the limiting structure is a buckle slot adapted to fit the first buckle portion, and the first rotating buckle further comprises means for separating the first buckle portion from the buckle slot of the chassis to detach the air duct assembly from the bracket. the limiting structure is a buckle slot adapted to fit the first buckle portion, and the first rotating buckle further comprises means for separating the first buckle portion from the buckle slot of the chassis to detach the air duct assembly from the bracket.
A display device comprising: a first substrate including a display area (DA) on which pixels are arranged, and a non-display area (NDA) surrounding the display area (DA); a dam (DAM) surrounding the display area (DA), the dam (DAM) arranged on the non-display area (NDA); an organic light emitting diode provided in the display area (DA), an encapsulation film formed on the organic light emitting diode , a buffer layer formed on the encapsulation film , and an insulating film formed on the buffer layer ; a pad area (PA) arranged outside the dam (DAM), the buffer layer and the insulating film extending from the display area (DA) to the pad area (PA); and a link line between the dam (DAM) and the first substrate , wherein the link line is a source-drain line ; and a routing line (TL) provided on the insulating film between the display area (DA) and the pad area (PA), wherein the routing line (TL) is a touch line (TL) extending from a touch electrode (TE1) and is configured to be connected to a touch driver through a pad electrode (PAD) in the pad area (PA), wherein the encapsulation film includes at least a first inorganic film , and characterized in that the first inorganic film is arranged to cover the region of the pad electrode (PAD) outside a pad contact hole (PCT) formed through the first inorganic film for exposing the pad electrode (PAD). a first substrate including a display area (DA) on which pixels are arranged, and a non-display area (NDA) surrounding the display area (DA); a dam (DAM) surrounding the display area (DA), the dam (DAM) arranged on the non-display area (NDA); an organic light emitting diode provided in the display area (DA), an encapsulation film formed on the organic light emitting diode , a buffer layer formed on the encapsulation film , and an insulating film formed on the buffer layer ; a pad area (PA) arranged outside the dam (DAM), the buffer layer and the insulating film extending from the display area (DA) to the pad area (PA); and a link line between the dam (DAM) and the first substrate , wherein the link line is a source-drain line ; and a routing line (TL) provided on the insulating film between the display area (DA) and the pad area (PA), wherein the routing line (TL) is a touch line (TL) extending from a touch electrode (TE1) and is configured to be connected to a touch driver through a pad electrode (PAD) in the pad area (PA), wherein the encapsulation film includes at least a first inorganic film , and characterized in that the first inorganic film is arranged to cover the region of the pad electrode (PAD) outside a pad contact hole (PCT) formed through the first inorganic film for exposing the pad electrode (PAD).
A toll terminal of a pneumatic conveying system of cylindrical cartridges by line of cylindrical tubes comprising: - a cartridge intended to receive the means of payment, - means for receiving means of payment susceptible to a free fall, - a cartridge input / output port intended to receive the means of payment by gravity, - means for receiving a cartridge and, - means for providing connection between the means for receiving the means of payment and the inside of a cartridge , - the input / output port is arranged for the passage of a cartridge in an horizontal axis position and - the cartridge receiving means are arranged to tilt the cartridge to a vertical axis position, - the input / output port is the orifice of the receiving means through which a tube of the line of cylindrical tubes is connected to the receiving means and thus to the terminal , - With said tube , an empty cartridge is propelled into the terminal before being evacuated by said input / output port , once filled with means of payment. - a cartridge intended to receive the means of payment, - means for receiving means of payment susceptible to a free fall, - a cartridge input / output port intended to receive the means of payment by gravity, - means for receiving a cartridge and, - means for providing connection between the means for receiving the means of payment and the inside of a cartridge , - the input / output port is arranged for the passage of a cartridge in an horizontal axis position and - the cartridge receiving means are arranged to tilt the cartridge to a vertical axis position, - the input / output port is the orifice of the receiving means through which a tube of the line of cylindrical tubes is connected to the receiving means and thus to the terminal , - With said tube , an empty cartridge is propelled into the terminal before being evacuated by said input / output port , once filled with means of payment.
A composition comprising: a layer of water-swellable hydrogel, wherein the hydrogel has embedded therein a reinforcement sheet of liquid-water-permeable material, wherein the layer of hydrogel has a wound-facing side and a non-wound-facing side and apertures extend through the layer of hydrogel from the wound-facing side to the non-wound-facing side and through the reinforcement sheet, wherein the mean area of the apertures on at least one of the wound-facing side and non-wound-facing side of the hydrogel is at least 10 mm 2 , wherein a polymeric film is disposed over the non-wound-facing side of the layer of hydrogel, the film having an MVTR of at least 100 g/m 2 /24 hours, measured in accordance with BS EN 13726-2:2002. a layer of water-swellable hydrogel, wherein the hydrogel has embedded therein a reinforcement sheet of liquid-water-permeable material, wherein the layer of hydrogel has a wound-facing side and a non-wound-facing side and apertures extend through the layer of hydrogel from the wound-facing side to the non-wound-facing side and through the reinforcement sheet, wherein the mean area of the apertures on at least one of the wound-facing side and non-wound-facing side of the hydrogel is at least 10 mm 2 , wherein a polymeric film is disposed over the non-wound-facing side of the layer of hydrogel, the film having an MVTR of at least 100 g/m 2 /24 hours, measured in accordance with BS EN 13726-2:2002.
Headlamp for vehicles with a plurality of LED light sources that are arranged in an LED field in the form of a matrix and each of which emits a partial light beam that hits an optical unit arranged at the front in the main radiation direction to form light patches that merge into a specified light distribution, where the optical unit comprises a first lens element and a second lens element arranged rotationally symmetrically by means of which the partial light beams are transformed in such a way that light patches formed adjacently in the light distribution directly adjoin or overlap each other, where the first lens element is formed in such a manner that the LED light sources appear as light patches of the light distribution that feature a larger separation in a vertical direction than in a horizontal direction, characterized in that - the second lens element is arranged in front of the first lens element in the main radiation direction - the first lens element features a front side, arranged at the front in the main radiation direction , that features a channel running in a horizontal direction, where the channel forms an indentation in relation to an upper margin running horizontally and a lower margin running horizontally of the first lens element - the first lens element features a reverse side at the back in the main radiation direction that is concave in shape - the reverse side of the first lens element is designed to have a curvature radius in the range of 80 mm to 120 mm and the channel is designed to be concave in relation to the upper and to the lower adjacent area and features a curvature radius in the range of 40 mm to 60 mm. - the second lens element is arranged in front of the first lens element in the main radiation direction - the first lens element features a front side, arranged at the front in the main radiation direction , that features a channel running in a horizontal direction, where the channel forms an indentation in relation to an upper margin running horizontally and a lower margin running horizontally of the first lens element - the first lens element features a reverse side at the back in the main radiation direction that is concave in shape - the reverse side of the first lens element is designed to have a curvature radius in the range of 80 mm to 120 mm and the channel is designed to be concave in relation to the upper and to the lower adjacent area and features a curvature radius in the range of 40 mm to 60 mm.
An apparatus for automatically boxing products on a stick (P) comprising: - a closed transport line comprising, in turn, a forward guide and a return guide which are in communication with each other; - a plurality of units , associated with said transport line , movable along the forward guide and the return guide in a feed direction (V), each unit comprising a retaining system for retaining a product on a stick (P); - an unloading unit , operatively connected to the transport line , comprising at least one collection unit configured for picking up, at an unloading zone (Z2) of the forward guide , a predetermined number of products on a stick (P) from the units and boxing said predetermined number of products on a stick (P); said apparatus being characterised in that each unit of said plurality of units is movable independently from the other units along the transport line and in that it comprises a control and return unit , positioned upstream relative to the unloading unit relative to the feed direction (V) along the forward guide , operatively connected to the transport line , configured for controlling the presence of products on stick (P) in the units moving along the forward guide , so as to selectively interrupt the movement of the units in the feed direction (V) at the forward guide and to move said units from the forward guide to the return guide . - a closed transport line comprising, in turn, a forward guide and a return guide which are in communication with each other; - a plurality of units , associated with said transport line , movable along the forward guide and the return guide in a feed direction (V), each unit comprising a retaining system for retaining a product on a stick (P); - an unloading unit , operatively connected to the transport line , comprising at least one collection unit configured for picking up, at an unloading zone (Z2) of the forward guide , a predetermined number of products on a stick (P) from the units and boxing said predetermined number of products on a stick (P);
A ferrule configured for holding mounting residue at his place during a mounting process of an elongated mounting pin with a center axis extending in a length direction of the elongated mounting pin , at a first end, to a metal object, characterised in that the ferrule includes a radially outwardly extending place holder part arranged to be held by a ferrule holder during mounting of the elongated mounting pin , at the first end, to the metal object, wherein the place holder part is having a width perpendicular to a virtual plane defined by the radially outwardly extending direction and the center axis of the elongated mounting pin , wherein the width is substantially smaller than a diameter of the elongated mounting pin.
A method in a wireless local area network, WLAN, system, the method comprising: receiving, by a receiving station, STA, a Physical Protocol Data Unit, PPDU, from a transmitting STA through a broadband (S2510); and decoding, by the receiving STA, the PPDU (S2520), wherein the PPDU includes a legacy-short training field, L-STF, a legacy-long training field, L-LTF, a legacy-signal, L-SIG, a repeated legacy-signal, RL-SIG, a universal-signal, U-SIG, an extremely high throughput-signal, EHT-SIG, an EHT-STF, an EHT-LTF and a data field, wherein when the broadband is a 320MHz band, a first preamble puncturing pattern includes a pattern in which a 40MHz or 80MHz band is punctured in the broadband, wherein a first phase rotation value is applied for the L-STF, the L-LTF, the L-SIG, the RL-SIG, the U-SIG and the EHT-SIG, wherein the first phase rotation value is obtained based on the first preamble puncturing pattern of the broadband, and wherein the first phase rotation value is [1 -1 -1 -1 1 -1 -1 -1 -1 1 1 1 -1 1 1 1]. receiving, by a receiving station, STA, a Physical Protocol Data Unit, PPDU, from a transmitting STA through a broadband (S2510); and decoding, by the receiving STA, the PPDU (S2520), wherein the PPDU includes a legacy-short training field, L-STF, a legacy-long training field, L-LTF, a legacy-signal, L-SIG, a repeated legacy-signal, RL-SIG, a universal-signal, U-SIG, an extremely high throughput-signal, EHT-SIG, an EHT-STF, an EHT-LTF and a data field, wherein when the broadband is a 320MHz band, a first preamble puncturing pattern includes a pattern in which a 40MHz or 80MHz band is punctured in the broadband, wherein a first phase rotation value is applied for the L-STF, the L-LTF, the L-SIG, the RL-SIG, the U-SIG and the EHT-SIG, wherein the first phase rotation value is obtained based on the first preamble puncturing pattern of the broadband, and wherein the first phase rotation value is [1 -1 -1 -1 1 -1 -1 -1 -1 1 1 1 -1 1 1 1].