mhurhangee/ep-ind-claims huggingface dataset:
A processor comprising: measurement logic to measure a usage associated with the processor; statistical logic to determine, based on a statistical procedure, whether to provide a permission to record an increase in usage responsive to an indication of a defined increase in the usage, wherein the permission is based on a comparison of a test number that is randomly selected from a pool comprising a set of at least two defined numbers, to a reference number; the reference number being the same as one of the defined numbers and power control logic to record the increase in the usage in non-volatile memory responsive to receipt of the permission to record from the statistical logic. measurement logic to measure a usage associated with the processor; statistical logic to determine, based on a statistical procedure, whether to provide a permission to record an increase in usage responsive to an indication of a defined increase in the usage, wherein the permission is based on a comparison of a test number that is randomly selected from a pool comprising a set of at least two defined numbers, to a reference number; the reference number being the same as one of the defined numbers and power control logic to record the increase in the usage in non-volatile memory responsive to receipt of the permission to record from the statistical logic.
A cleaning device for printing head arranged in a group along an alignment direction with a lower surface lying on a main plane, comprising: a movable collecting head in contact with or near the lower surfaces of the heads along the alignment direction on the main plane, between a first and a second position; a collecting conduit, connected to the collecting head, adapted to collect the material removed from the heads; wherein the collecting conduit comprises a deformable body that modifies its conformation by following the movement of the collecting head between the first and the second position; characterised in that: the deformable body has a concave and open conformation; at least in the second position of the collecting head, the concavity of the deformable body faces upwards, at least in one section of the deformable body placed opposite the heads of the print bar. a movable collecting head in contact with or near the lower surfaces of the heads along the alignment direction on the main plane, between a first and a second position; a collecting conduit, connected to the collecting head, adapted to collect the material removed from the heads; wherein the collecting conduit comprises a deformable body that modifies its conformation by following the movement of the collecting head between the first and the second position; characterised in that: the deformable body has a concave and open conformation; at least in the second position of the collecting head, the concavity of the deformable body faces upwards, at least in one section of the deformable body placed opposite the heads of the print bar. the deformable body has a concave and open conformation; at least in the second position of the collecting head, the concavity of the deformable body faces upwards, at least in one section of the deformable body placed opposite the heads of the print bar.
A glass comprising, in weight percent: 50 to 72 percent SiO 2; greater than 15 to 25 percent Al 2 O 3; 0 to 10 percent B 2 O 3; less than 2.5 percent MgO; 10 to 25 percent total M 2 O; and greater than 0 to 25 percent total RO; wherein, M is an alkali metal selected from Na, Li, Rb, and Cs and wherein the glass comprises 9 to 17 weight percent Na 2 O, and wherein, R is an alkaline earth metal selected from Mg, Ca, Ba, and Sr, wherein the glass comprises no K 2 O. 50 to 72 percent SiO 2; greater than 15 to 25 percent Al 2 O 3; 0 to 10 percent B 2 O 3; less than 2.5 percent MgO; 10 to 25 percent total M 2 O; and greater than 0 to 25 percent total RO;
Method for producing three-dimensional structures based on a living subject, characterised by the following steps: - recording, i.e. scanning and/or photographing or filming all dimensions of the object in order to create a virtual three-dimensional image, - modelling, i.e. treating or processing the individual scans and photographs or films to form a realistic virtual copy of the original object, - producing a reduced-scale 3D model by freeform surface milling, - producing a model bust or characteristic parts of the structure on the scale 1:1, - designing and producing the casting model or casting models, - producing the mould or the moulds by using the casting models, - casting the mould/s, - finishing the casting or the castings, - optionally form-fit and material-fit welding of the individual moulded parts. - recording, i.e. scanning and/or photographing or filming all dimensions of the object in order to create a virtual three-dimensional image, - modelling, i.e. treating or processing the individual scans and photographs or films to form a realistic virtual copy of the original object, - producing a reduced-scale 3D model by freeform surface milling, - producing a model bust or characteristic parts of the structure on the scale 1:1, - designing and producing the casting model or casting models, - producing the mould or the moulds by using the casting models, - casting the mould/s, - finishing the casting or the castings, - optionally form-fit and material-fit welding of the individual moulded parts.
Orthesis for stabilising, guiding and/or relieving a joint, comprising a joint rail having a first and a second rail portion (14, 16) which can be pivoted relative to each other about a joint axle and a correction pad which can be adjusted by a relative pivoting of the two rail portions (14, 16) along the joint axle in the direction towards and counter to the joint to be stabilised, characterized in that one of the two rail portions (14, 16) has a cam curve, wherein the respective other of the two rail portions (14, 16) has a rotor which is guided on the cam disc, and wherein the cam disc or the rotor is axially fixed in position on the correction pad.
A heat-sealable packaging material comprising: - a paperboard substrate comprising a first side and a second side, - a first coating layer on the first side, - a first barrier coating layer on the first coating layer, which first barrier coating layer comprises pigments, - a second coating layer on the second side, and - a second barrier coating layer on the second coating layer, which second barrier coating layer comprises pigments, wherein the coating layers comprise a latex or polyvinyl alcohol and the barrier coating layers comprise a latex, characterized in that the first coating layer and the second coating layer are free of pigments, wherein the first barrier coating layer and the second barrier coating layer comprise pigments in an amount in a range from ≥ 55 wt% to ≤ 70 wt% and latex in an amount in a range from ≥ 30 wt% to ≤ 60 wt%, based on the dry solid content of the respective layer, and wherein the grammage of each of the first and second coating layer and of the first and second barrier coating layer is in a range from ≥ 1 g/m 2 to ≤ 10 g/m 2. - a paperboard substrate comprising a first side and a second side, - a first coating layer on the first side, - a first barrier coating layer on the first coating layer, which first barrier coating layer comprises pigments, - a second coating layer on the second side, and - a second barrier coating layer on the second coating layer, which second barrier coating layer comprises pigments, wherein the coating layers comprise a latex or polyvinyl alcohol and the barrier coating layers comprise a latex, characterized in that the first coating layer and the second coating layer are free of pigments, wherein the first barrier coating layer and the second barrier coating layer comprise pigments in an amount in a range from ≥ 55 wt% to ≤ 70 wt% and latex in an amount in a range from ≥ 30 wt% to ≤ 60 wt%, based on the dry solid content of the respective layer, and wherein the grammage of each of the first and second coating layer and of the first and second barrier coating layer is in a range from ≥ 1 g/m 2 to ≤ 10 g/m 2.
An armored land vehicle comprising - a roof delimited by an opening containing a recess; - a retractable weapon system able to be deployed automatically between a first retracted position located inside the vehicle in the recess of the roof and a second deployed and operational position located outside the vehicle; - an automatic mechanism able to ensure, during use, the movement of the weapon system between the two aforementioned positions; - - an amored cap secured to the weapon system making it possible to cover the recess by forming a junction between an outer contour of said cap and the periphery of the opening of the roof with a perfect fit and in the extension of the roof surface, when the weapon system is in the first retracted position, characterized in that the weapon system comprises at least one weapon with a caliber of up to 40 mm and in that the opening containing the recess is fitted or related to the dimensions of the weapon system with its cap, said cap being adjusted to the dimensions of the weapon so as to have the smallest possible surface area. - a roof delimited by an opening containing a recess; - a retractable weapon system able to be deployed automatically between a first retracted position located inside the vehicle in the recess of the roof and a second deployed and operational position located outside the vehicle; - an automatic mechanism able to ensure, during use, the movement of the weapon system between the two aforementioned positions; - - an amored cap secured to the weapon system making it possible to cover the recess by forming a junction between an outer contour of said cap and the periphery of the opening of the roof with a perfect fit and in the extension of the roof surface, when the weapon system is in the first retracted position, characterized in that the weapon system comprises at least one weapon with a caliber of up to 40 mm and in that the opening containing the recess is fitted or related to the dimensions of the weapon system with its cap, said cap being adjusted to the dimensions of the weapon so as to have the smallest possible surface area.
Device for the sealed closing of an opening, for example a wall opening or for example a ring opening, between a passage opening through a wall or an insertion opening in a wall, in particular of one or more elongate part/s being passed through this opening or into this opening, as well as of a sealing and/or clamping element inserted into the opening, characterized in that said device comprises the sealing and/or clamping element, wherein the sealing and/or clamping element consists of at least two interacting first and second parts (1, 2) which are axially displaceable relative to one another, as well as of a pressure contour acting axially onto said multi-part sealing and/or clamping element, and in that by means of a first axial displacement of the pressure contour, an axial displacement of at least one second part (2; 2") of the at least two interacting parts (1, 2; 1", 2") being axially displaceable relative to one another, of the sealing and/or clamping element relative to the at least one first part (1; 1") of the sealing and/or clamping element is realized, and in that a pressure can be exerted axially on the first part or the second part via a cap nut, a pressure screw or a pressure part or the pressure contour thereof, so that the latter can be pushed increasingly onto the further part as the screw-in or screw-on depth increases, and in that by means of a further axial displacement of the pressure contour a further change in geometry transversely to the displacement direction of the sealing and/or clamping element consisting of the at least two interacting first and second parts (1, 2; 1", 2") which are axially displaceable relative to one another, is realized, wherein the device comprises a limiting contour which serves as an axial path limitation and has a supporting contour on or in which the first part and/or the second part is supported or held with the first end region (9, 10) radially on the inside, so that the latter is held in the axial direction when the further part is pushed on and displacement of the parts relative to one another is possible, and wherein the first and/or second part is held over a third of its length by or is held in the support contour.
A power management system for a production line including multiple devices (1 to 5) that are arranged therein and each operate using electric power supplied from an external power supply as a source of power to produce products obtained by sequential processing by the multiple devices (1 to 5), each of the multiple devices (1 to 5) including a power operation switch configured to be operated by an operator to turn the power on and off, and an automatic power on and off circuit section configured to turn the power on and off based on an external signal, the power management system comprising: a power management means configured to, in a case where the multiple devices (1 to 5) include a device A that stops operating, input a signal to the automatic power on and off circuit section of the device A such that the power to device A is turned on and off in accordance with a change in an operation state of another device (1 to 5).
A control system for an object detection system for an agricultural machine, the control system comprising one or more controllers, and being configured to: receive image data from one or more imaging sensors associated with the agricultural machine; analyse the image data utilising first and second detection models to classify, using both models, an object within the environment of the agricultural machine; determine a classification metric for the object indicative of an overlap associated with the classification obtained for each of the models for the object; and determine an identity for the object in dependence on the classification metric and the classification obtained for the first and/or second models; and control operation of one or more operable components associated with the agricultural machine in dependence on the determined identity; wherein the first and second detection models comprise machine-learned models trained on training datasets with known objects with respective classifications; the training dataset for the first model comprising an agricultural dataset and the training dataset for the second model comprising a generic dataset; and wherein the control system is further configured to: compare the classification metric with a threshold value; and determine the identity for the object in dependence on the classification for the first model only, when the classification metric exceeds the threshold value. receive image data from one or more imaging sensors associated with the agricultural machine; analyse the image data utilising first and second detection models to classify, using both models, an object within the environment of the agricultural machine; determine a classification metric for the object indicative of an overlap associated with the classification obtained for each of the models for the object; and determine an identity for the object in dependence on the classification metric and the classification obtained for the first and/or second models; and control operation of one or more operable components associated with the agricultural machine in dependence on the determined identity; wherein the first and second detection models comprise machine-learned models trained on training datasets with known objects with respective classifications; the training dataset for the first model comprising an agricultural dataset and the training dataset for the second model comprising a generic dataset; and wherein the control system is further configured to: compare the classification metric with a threshold value; and determine the identity for the object in dependence on the classification for the first model only, when the classification metric exceeds the threshold value. compare the classification metric with a threshold value; and determine the identity for the object in dependence on the classification for the first model only, when the classification metric exceeds the threshold value.
Oil in water (o/w) nanoemulsion, comprising: a. An aqueous phase; b. An oily nucleus comprising α-tocopherol (vitamin E); and c. Sphingomyelin. a. An aqueous phase; b. An oily nucleus comprising α-tocopherol (vitamin E); and c. Sphingomyelin.
Rear view mirror assembly composing at least a mirror base and a mirror head covering a mirror glass mounted into the mirror head and an optical alert indicator that produces light in reaction to a sensor signal to inform operator about hazardous information and the light shines through the mirror glass, with the mirror glass being mounted to a backing plate that has an integrally formed mounting space for at least one LED and at least one light guide tray with the at least one LED being installed in front of a front face of the tray, characterized in that the tray has a wedged shape in cross-section along its y-axis starting from the front face which extends in a plane perpendicular to said y-axis, the tray provides, starting from its front face, an area for free travelling of light that declines slightly, an inner declining surface of the tray declines along the y-axis, reflects light by total reflection conditions and has a tile structure without any steps, a plane surface of the tray opposite the declining surface extends along the y-axis and lies parallel to the surface of the mirror glass, and the tile structure has circle segments each with a first radius r3, the middle points of the first radii r3 being arranged along a line parallel to the front face of the light guide tray and the first radii r3 increasing from the light coupling front face to the end of the light guide tray along the y-axis such that the tray is curved with the first radius r3 in cross-section in a plane parallel to the front face to form the tray such that the tray is opened versus its end.
A hybrid rope (40,50,60), comprising a core element (42,52,62), a first (44,54,64) and a second (46,56,66) metallic closed layer surrounding said core element, wherein the core element (42,52,62) includes a bundle or construction of synthetic yarns, the first metallic closed layer (44,54,64) includes a plurality of first wirelike members helically twisted together around the core element in a first direction, the second metallic closed layer (46,56,66) includes a plurality of second wirelike members helically twisted together round said core element and said first metallic closed layer in a second direction, and wherein the cross-sectional area of the core element is larger than the total cross-sectional area of the first (44,54,64) and second (46,56,66) metallic closed layers.
A method of forming a nanocomposite material that includes nanoparticles, the method comprising: disposing in a forming apparatus a fibre material, a carrier material comprising nanoparticles dispersed therein, the carrier material having a releasing trigger to trigger release of the nanoparticles, the releasing trigger being a releasing temperature and a releasing pressure, and a resin having an infusion temperature; increasing the temperature within the forming apparatus to a temperature at least equal to the infusion temperature of the resin to allow the resin to impregnate the fibre material without triggering the releasing trigger of the carrier material; triggering the releasing trigger of the carrier material in the forming apparatus by increasing the temperature and the pressure within the forming apparatus to cause the dispersion of the nanoparticles into the resin; and curing the resin with the nanoparticles dispersed therein. disposing in a forming apparatus a fibre material, a carrier material comprising nanoparticles dispersed therein, the carrier material having a releasing trigger to trigger release of the nanoparticles, the releasing trigger being a releasing temperature and a releasing pressure, and a resin having an infusion temperature; increasing the temperature within the forming apparatus to a temperature at least equal to the infusion temperature of the resin to allow the resin to impregnate the fibre material without triggering the releasing trigger of the carrier material; triggering the releasing trigger of the carrier material in the forming apparatus by increasing the temperature and the pressure within the forming apparatus to cause the dispersion of the nanoparticles into the resin; and curing the resin with the nanoparticles dispersed therein.
A tube comprising an inner layer, an outer layer and a barrier layer disposed between the inner layer and the outer layer, wherein the barrier layer is bound to the outer layer by a layer of adhesive disposed between the outer layer and the barrier layer, wherein the inner layer comprises a polyethylene, the outer layer comprises a thermoplastic polyurethane and the barrier layer comprises a material that acts as a barrier to gas, characterized in that the barrier layer is bound to the inner layer by a layer of adhesive disposed between the inner layer and the barrier layer, the barrier layer comprises more than 90% by weight of an ethylene vinyl alcohol copolymer or a polyamide or blends thereof, and the adhesive of the layers of adhesive (7, 9) comprises one or more ethylene acrylic copolymers.
A gaming device for playing a game comprising: detection means for detecting the occurrence of a specified event within a game while it is being played; and control means for changing the state of the gaming device from a first non-penalty state to a second, penalty state in response to the detection means detecting the occurrence of the specified event within the game and for returning the state of the gaming device from the second, penalty state to the first non-penalty state, wherein the second penalty state is persistent between instantiations of the game, wherein the control means is configured to cause the gaming device to start a timer when the control means changes the state of the gaming device from the first non-penalty state to the second penalty state and is configured to return the state of the gaming device from the second penalty state to the first non-penalty state when the timer exceeds a predetermined period, the gaming device comprising a memory for recording a value of the timer when a game session ends while in the penalty state, wherein the control means is configured to cause the gaming device to update the value of the timer when a game session is started, determine whether the updated value of the timer exceeds the predetermined period and determine whether the state of the device is the first non-penalty state or the second penalty state. detection means for detecting the occurrence of a specified event within a game while it is being played; and control means for changing the state of the gaming device from a first non-penalty state to a second, penalty state in response to the detection means detecting the occurrence of the specified event within the game and for returning the state of the gaming device from the second, penalty state to the first non-penalty state, wherein the second penalty state is persistent between instantiations of the game, wherein the control means is configured to cause the gaming device to start a timer when the control means changes the state of the gaming device from the first non-penalty state to the second penalty state and is configured to return the state of the gaming device from the second penalty state to the first non-penalty state when the timer exceeds a predetermined period, the gaming device comprising a memory for recording a value of the timer when a game session ends while in the penalty state, wherein the control means is configured to cause the gaming device to update the value of the timer when a game session is started, determine whether the updated value of the timer exceeds the predetermined period and determine whether the state of the device is the first non-penalty state or the second penalty state.