mhurhangee/ep-ind-claims huggingface dataset:
A method for making packages made of flexible material; said method comprising the following steps: a. providing a first strip and a second strip made of flexible material, positioned on top of each other along a conveying direction and preferably having the same width; b. securing said first strip to said second strip by means of a welding surface which extends in a direction perpendicular to said conveying direction of said first and said second strip (19, 20) for a first length which is less than the width of each of said first and said second strip (19, 20), said welding surface being positioned at a first side edge of said first and said second strip (19, 20) wherein after said first strip has been secured to said second strip by means of said welding surface, a second side edge of said first strip and a second side edge of said second strip, which are opposite to said first side edge, are moved away from each other so as to form an empty space comprised between said first strip and said second strip which extends from said second edge (37, 38) to said welding surface; wherein said method further comprises the following step: c. conveying a tubular element which will form side gussets (3, 4) of said package into said empty space up to an end portion of said tubular element reaching a first distance from said first side edge, wherein said first distance is greater than or equal to said first length; wherein said tubular element preferably is conveyed along a direction perpendicular to said conveying direction of said first and said second strip (19, 20). a. providing a first strip and a second strip made of flexible material, positioned on top of each other along a conveying direction and preferably having the same width; b. securing said first strip to said second strip by means of a welding surface which extends in a direction perpendicular to said conveying direction of said first and said second strip (19, 20) for a first length which is less than the width of each of said first and said second strip (19, 20), said welding surface being positioned at a first side edge of said first and said second strip (19, 20) wherein after said first strip has been secured to said second strip by means of said welding surface, a second side edge of said first strip and a second side edge of said second strip, which are opposite to said first side edge, are moved away from each other so as to form an empty space comprised between said first strip and said second strip which extends from said second edge (37, 38) to said welding surface; wherein said method further comprises the following step: c. conveying a tubular element which will form side gussets (3, 4) of said package into said empty space up to an end portion of said tubular element reaching a first distance from said first side edge, wherein said first distance is greater than or equal to said first length; wherein said tubular element preferably is conveyed along a direction perpendicular to said conveying direction of said first and said second strip (19, 20).
A method of controlling operation state of multi-split air conditioner, comprising: determining a target operation mode of each indoor unit according to an operation mode set by a user for the indoor unit; performing statistics on heat exchange demands of the indoor units corresponding to different target operation modes, and determining a dominant operation mode among the target operation modes according to the heat exchange demands; characterized by using the dominant operation mode as the operation mode of an outdoor unit; and judging whether the target operation mode of the indoor unit is consistent with the operation mode of the outdoor unit, if yes, determining a final operation state of the indoor unit according to the target operation mode of the indoor unit, if no, determining the final operation state of the indoor unit according to a predetermined conflict resolution rule. determining a target operation mode of each indoor unit according to an operation mode set by a user for the indoor unit; performing statistics on heat exchange demands of the indoor units corresponding to different target operation modes, and determining a dominant operation mode among the target operation modes according to the heat exchange demands; characterized by using the dominant operation mode as the operation mode of an outdoor unit; and judging whether the target operation mode of the indoor unit is consistent with the operation mode of the outdoor unit, if yes, determining a final operation state of the indoor unit according to the target operation mode of the indoor unit, if no, determining the final operation state of the indoor unit according to a predetermined conflict resolution rule.
Method of producing a baseboard, equipped with a decor, as a component of wall and/or ceiling cladding and/or a dry wall installation, according to which - the baseboard is laminated with a paper overlay by way of a hot pressing process, according to which in addition - the paper overlay is provided with images and/or a graphic pattern, wherein - the images and/or the graphic pattern are applied to the paper overlay by means of a digital printing process, characterised in that - the baseboard is designed as a fire-protection board and - the paper overlay has a fire-protection impregnation. - the baseboard is laminated with a paper overlay by way of a hot pressing process, according to which in addition - the paper overlay is provided with images and/or a graphic pattern, wherein - the images and/or the graphic pattern are applied to the paper overlay by means of a digital printing process, - the baseboard is designed as a fire-protection board and - the paper overlay has a fire-protection impregnation.
A heart valve remodeling device, comprising: a delivery device including an inner shaft and an outer shaft slidably disposed over the inner shaft; and a braided stent fixedly attached to the inner shaft at a distal end and fixedly attached to the outer shaft at a proximal end, the braided stent being translatable between an elongated configuration and a deployed configuration; wherein the braided stent includes a valve having two or more leaflets disposed within the braided stent. a delivery device including an inner shaft and an outer shaft slidably disposed over the inner shaft; and a braided stent fixedly attached to the inner shaft at a distal end and fixedly attached to the outer shaft at a proximal end, the braided stent being translatable between an elongated configuration and a deployed configuration; wherein the braided stent includes a valve having two or more leaflets disposed within the braided stent.
Liquid feed dispensing system for livestock, comprising - a first mixing tank for mixing liquid feed, having a first liquid feed outlet for mixed liquid feed, - a second mixing tank for mixing feed components, having a second liquid feed outlet for mixed liquid feed, - wherein the first mixing tank has a first minimum mixing volume and the second mixing tank has a second minimum mixing volume, and preferably the second minimum mixing volume is greater than the first minimum mixing volume; and - a control unit which is arranged and designed, in a first operating variant, to actuate the liquid feed dispensing system to mix liquid feed, preferably a predetermined first quantity of liquid feed, in the first mixing tank, to discharge the liquid feed via the first liquid feed outlet of the first mixing tank into a liquid feed line, in particular a liquid feed ring line (510, 520), to convey the liquid feed through the liquid feed line, to convey transport medium located in the liquid feed line into the second mixing tank, and to discharge transport medium via the second liquid feed outlet of the second mixing tank into the liquid feed line when a predetermined quantity, preferably the predetermined first quantity, of liquid feed has been discharged from the first mixing tank into the liquid feed line. - a first mixing tank for mixing liquid feed, having a first liquid feed outlet for mixed liquid feed, - a second mixing tank for mixing feed components, having a second liquid feed outlet for mixed liquid feed, - wherein the first mixing tank has a first minimum mixing volume and the second mixing tank has a second minimum mixing volume, and preferably the second minimum mixing volume is greater than the first minimum mixing volume; and - a control unit which is arranged and designed, in a first operating variant, to actuate the liquid feed dispensing system to mix liquid feed, preferably a predetermined first quantity of liquid feed, in the first mixing tank, to discharge the liquid feed via the first liquid feed outlet of the first mixing tank into a liquid feed line, in particular a liquid feed ring line (510, 520), to convey the liquid feed through the liquid feed line, to convey transport medium located in the liquid feed line into the second mixing tank, and to discharge transport medium via the second liquid feed outlet of the second mixing tank into the liquid feed line when a predetermined quantity, preferably the predetermined first quantity, of liquid feed has been discharged from the first mixing tank into the liquid feed line.
A wiper mechanism which is formed for wiping the windshields of vehicles and which, by cleaning the window in rainy and snowy weather conditions, prevents blocking the driver's view, mainly comprising: - at least one motor which drives each wiper arm and thus allows them to move, - at least one set of cone gears which has a drive gear (3.1) connected to the motor and rotating around its own axis driven by the motor, and which also comprises a transmission gear (3.2) which rotates in synchronization with the drive gear (3.1) as being positioned 90° with respect to the central axis of said drive gear (3.1), and characterized by - at least one set of shafts which is located in the main shaft bearing (3.2.1) disposed in the middle portion of the transmission gear (3.2) and rotates around its own axis in synchronization with the transmission gear (3.2), and which at the same time is provided with a worm gear (4.3) at both ends thereof, and - a drive mechanism which is driven by the rotational movement formed in the worm gear (4.3), and which also rotates the wiper arm angularly around the central axis of the pinion gear (7.2) by way of a spur gear (7.1) rotated by the worm gear (4.3) and a pinion gear (7.2) disposed at the center of said spur gear (7.1). - at least one motor which drives each wiper arm and thus allows them to move, - at least one set of cone gears which has a drive gear (3.1) connected to the motor and rotating around its own axis driven by the motor, and which also comprises a transmission gear (3.2) which rotates in synchronization with the drive gear (3.1) as being positioned 90° with respect to the central axis of said drive gear (3.1), and characterized by - at least one set of shafts which is located in the main shaft bearing (3.2.1) disposed in the middle portion of the transmission gear (3.2) and rotates around its own axis in synchronization with the transmission gear (3.2), and which at the same time is provided with a worm gear (4.3) at both ends thereof, and - a drive mechanism which is driven by the rotational movement formed in the worm gear (4.3), and which also rotates the wiper arm angularly around the central axis of the pinion gear (7.2) by way of a spur gear (7.1) rotated by the worm gear (4.3) and a pinion gear (7.2) disposed at the center of said spur gear (7.1).
Surface-modified powder for laser sintering, comprising - corresponding particles having a particle core, wherein each particle core consists of pure copper, and - laser absorbers bound to the surface of each particle core, wherein the laser absorbers occupy at least 25% of the surface of each particle core and have a higher absorptance for laser radiation for laser sintering, compared with the particle core, characterized in that - the laser radiation has a wavelength in the near infrared range, - the laser absorbers consist of metal hydroxides and are bound to the surface of each particle core by physisorption, wherein the absorptance of the laser absorbers is at least 20%. - corresponding particles having a particle core, wherein each particle core consists of pure copper, and - laser absorbers bound to the surface of each particle core, wherein the laser absorbers occupy at least 25% of the surface of each particle core and have a higher absorptance for laser radiation for laser sintering, compared with the particle core, characterized in that - the laser radiation has a wavelength in the near infrared range, - the laser absorbers consist of metal hydroxides and are bound to the surface of each particle core by physisorption, wherein the absorptance of the laser absorbers is at least 20%.
A method of making a non-pneumatic tire (10; 100; 200a; 200b; 300a; 300b; 400; 500), the method comprising: forming an initial tire (200a; 300a) having: an inner ring having an inner diameter, an outer ring having a first outer diameter, and a plurality of connecting elements (230a, 240a) extending from the inner ring to the outer ring, and having a semi-crystalline and amorphous makeup; and stretching the outer ring in a radial direction beyond an elastic region and a plastic deformation region of the polymeric material, until the outer ring has a second outer diameter greater than the first outer diameter, wherein the plurality of connecting elements (230a, 240a) remain connected to the inner ring and the outer ring during the stretching of the outer ring, such that the stretching of the outer ring in a radial direction causes the plurality of connecting elements (230b, 240b) to stretch in a radial direction, and wherein the plurality of connecting elements remain (230b, 240b) connected to the inner ring and the outer ring after the stretching of the outer ring. forming an initial tire (200a; 300a) having: an inner ring having an inner diameter, an outer ring having a first outer diameter, and a plurality of connecting elements (230a, 240a) extending from the inner ring to the outer ring, and having a semi-crystalline and amorphous makeup; and an inner ring having an inner diameter, an outer ring having a first outer diameter, and a plurality of connecting elements (230a, 240a) extending from the inner ring to the outer ring, and having a semi-crystalline and amorphous makeup; and stretching the outer ring in a radial direction beyond an elastic region and a plastic deformation region of the polymeric material, until the outer ring has a second outer diameter greater than the first outer diameter, wherein the plurality of connecting elements (230a, 240a) remain connected to the inner ring and the outer ring during the stretching of the outer ring, such that the stretching of the outer ring in a radial direction causes the plurality of connecting elements (230b, 240b) to stretch in a radial direction, and wherein the plurality of connecting elements remain (230b, 240b) connected to the inner ring and the outer ring after the stretching of the outer ring. wherein the plurality of connecting elements (230a, 240a) remain connected to the inner ring and the outer ring during the stretching of the outer ring, such that the stretching of the outer ring in a radial direction causes the plurality of connecting elements (230b, 240b) to stretch in a radial direction, and wherein the plurality of connecting elements remain (230b, 240b) connected to the inner ring and the outer ring after the stretching of the outer ring.
A device (110, 210, 310) for storing and transporting at least one extruded continuous seal for a motor vehicle, comprising a horizontal tray (114, 214, 314) and a hub (116, 216, 316) having a vertical axis, said hub (116, 216, 316) having a truncated conical shape, one end of which of a larger diameter is connected to said tray (114, 214, 314), the device further comprising a peripheral wall (118, 218, 318) extending around said hub and having a truncated conical shape, one end of which of smaller diameter is connected to said tray (114, 214, 314), this peripheral wall defining with the hub an annular space for winding and storing the seal, which is intended to rest at least partly on said tray and said peripheral wall characterised in that said tray (114, 214, 314) comprises insoles (126, 226, 326) for resting on a floor and/or for receiving the fork arms of a fork-lift truck, and in that said annular space is configured to receive at least a portion of another device when the devices are stacked vertically on top of each other and within each other in a storage position in which the devices are configured to rest on each other, by resting the insoles (126, 226, 326) of an upper device on the tray (114, 214, 314) of a lower device
A semiconductor device, comprising: a substrate of semiconductor material, an intermetal dielectric on the substrate, metal layers embedded in the intermetal dielectric, a contact area (4*) of one of the metal layers, a via hole in the substrate opposite the contact area (4*), and a metallization arranged in the via hole, the metallization being in contact with the contact area (4*), characterized in that a hole is arranged in the intermetal dielectric, the hole forming an extension of the via hole, wherein the via hole together with the hole extends completely through the semiconductor device, a continuous passivation (12, 24) is arranged on sidewalls within the via hole and the hole, and the metallization is in contact with the contact area (4*) around the hole. a substrate of semiconductor material, an intermetal dielectric on the substrate, metal layers embedded in the intermetal dielectric, a contact area (4*) of one of the metal layers, a via hole in the substrate opposite the contact area (4*), and a metallization arranged in the via hole, the metallization being in contact with the contact area (4*), characterized in that a hole is arranged in the intermetal dielectric, the hole forming an extension of the via hole, wherein the via hole together with the hole extends completely through the semiconductor device, a continuous passivation (12, 24) is arranged on sidewalls within the via hole and the hole, and the metallization is in contact with the contact area (4*) around the hole.
A luminal drilling system for penetrating through occlusive material in a body lumen, comprising: a drilling device including an elongate flexible member and a rotatable drive shaft extending through the elongate flexible member, the drive shaft including a drill tip at its distal end extending distally from a distal end of the elongate flexible member; a motor (20, 56) coupled to a proximal portion of the drive shaft to rotationally drive the drive shaft; a load sensor coupled to the motor or to the drive shaft for monitoring a rotational load on the drive shaft; characterised in that motor control circuitry is configured to automatically reverse a direction of rotation of the motor when the rotational load sensed by the load sensor exceeds a threshold value. a drilling device including an elongate flexible member and a rotatable drive shaft extending through the elongate flexible member, the drive shaft including a drill tip at its distal end extending distally from a distal end of the elongate flexible member; a motor (20, 56) coupled to a proximal portion of the drive shaft to rotationally drive the drive shaft; a load sensor coupled to the motor or to the drive shaft for monitoring a rotational load on the drive shaft; characterised in that motor control circuitry is configured to automatically reverse a direction of rotation of the motor when the rotational load sensed by the load sensor exceeds a threshold value.
Method for assessing an ageing degradation state of a photovoltaic module comprising a laminate of several layers made of different elements comprising an electron paramagnetic resonance spectrometer made by a chipset (10, 12) embedded in the laminate wherein the method comprises a step of applying an electron paramagnetic resonance spectroscopy measurement to the photovoltaic module to determine a content of at least one selected radical generated during a lifetime of the photovoltaic module as a consequence of a degradation of elements of the photovoltaic module and/or a content of at least one additive within the photovoltaic module which is consumed during the lifetime of the photovoltaic module as a consequence of a degradation of elements of the photovoltaic module.
A method, comprising: establishing a radio resource control, in the following also referred to as RRC, connection by a user equipment, in the following also referred to as UE, with a base station in a mobile communication network; collecting traffic statistics on the basis of measurements over data packets exchanged between the user equipment and the base station; and reporting a representation of the traffic statistics to the base station; characterized in that the traffic statistics comprises a cumulative distribution function, in the following also referred to as CDF, or a probability density function, in the following also referred to as PDF, of packet inter-arrival time. establishing a radio resource control, in the following also referred to as RRC, connection by a user equipment, in the following also referred to as UE, with a base station in a mobile communication network; collecting traffic statistics on the basis of measurements over data packets exchanged between the user equipment and the base station; and reporting a representation of the traffic statistics to the base station; characterized in that the traffic statistics comprises a cumulative distribution function, in the following also referred to as CDF, or a probability density function, in the following also referred to as PDF, of packet inter-arrival time.