mhurhangee/patent-ind-claim-en huggingface dataset:
A process for controlling the addition of water in a rubber mixture produced during a mixing cycle in which the rubber mixture is transported in the form of a continuous sheet and along at least a portion of which at least one spray system sprays water that is controllably evacuated by at least one aspiration system, characterized in that the process comprises: obtaining data unique to the rubber mixture that includes at least a predetermined water flow rate delivered by the spray system, a predetermined air flow rate delivered by the aspiration system and target values of temperature and water content for the rubber mixture; detecting an amount of water added at an elapsed time during the mixing cycle; using the detected amount of water to predict values of temperature and water content for the rubber mixture at the end of the mixing cycle in progress; comparing the target values of temperature and water content and the predicted values of temperature and water content; and between successive mixing cycles, adjusting the actual water flow rate when a comparison indicates non-equivalence between the target values of temperature and water content and the predicted values of temperature and water content. obtaining data unique to the rubber mixture that includes at least a predetermined water flow rate delivered by the spray system, a predetermined air flow rate delivered by the aspiration system and target values of temperature and water content for the rubber mixture; detecting an amount of water added at an elapsed time during the mixing cycle; using the detected amount of water to predict values of temperature and water content for the rubber mixture at the end of the mixing cycle in progress; comparing the target values of temperature and water content and the predicted values of temperature and water content; and between successive mixing cycles, adjusting the actual water flow rate when a comparison indicates non-equivalence between the target values of temperature and water content and the predicted values of temperature and water content.
A fire block for building façades with an exterior insulation and finishing system , the fire block comprising i) a thicker layer based on polyurethane (PUR), polyisocyanurate (PIR), mineral foam, mineral fibre, glass fibre and/or rock wool, ii) a thinner layer made from polystyrene rigid foam, iii) at least one adhesive , and iv) possibly at least one further layer made from polystyrene rigid foam, the thinner layer being arranged at the side of the thicker layer of the fire block , which is located opposite the side which is fastened to the building façade, the thicker layer having a layer thickness A of 4 to 50 cm and the thinner layer and the further layer having a layer thickness B of 2 to 30 mm, the layer thicknesses A and B being measured in the vertical to the side of the thicker layer , on which the thinner layer is applied, the fire block additionally comprising v) at least one flame-retardant coating , - the flame-retardant coating being arranged between the thinner layer and the thicker layer , and/or on at least one side of the thicker layer which is situated at an angle to the side on which the thinner layer is applied, - and the thinner layer being connected by means of adhesive to the thicker layer or the flame-retardant coating , which can be arranged on the thicker layer . i) a thicker layer based on polyurethane (PUR), polyisocyanurate (PIR), mineral foam, mineral fibre, glass fibre and/or rock wool, ii) a thinner layer made from polystyrene rigid foam, iii) at least one adhesive , and iv) possibly at least one further layer made from polystyrene rigid foam, the thinner layer being arranged at the side of the thicker layer of the fire block , which is located opposite the side which is fastened to the building façade, the thicker layer having a layer thickness A of 4 to 50 cm and the thinner layer and the further layer having a layer thickness B of 2 to 30 mm, the layer thicknesses A and B being measured in the vertical to the side of the thicker layer , on which the thinner layer is applied, the fire block additionally comprising v) at least one flame-retardant coating , - the flame-retardant coating being arranged between the thinner layer and the thicker layer , and/or on at least one side of the thicker layer which is situated at an angle to the side on which the thinner layer is applied, - and the thinner layer being connected by means of adhesive to the thicker layer or the flame-retardant coating , which can be arranged on the thicker layer . - the flame-retardant coating being arranged between the thinner layer and the thicker layer , and/or on at least one side of the thicker layer which is situated at an angle to the side on which the thinner layer is applied, - and the thinner layer being connected by means of adhesive to the thicker layer or the flame-retardant coating , which can be arranged on the thicker layer .
A lid construction for a container to prevent leakage and spillage, comprising a top circular base , said top circular base being flat; a slit portion set on a center of the circular base ; and a cylindrical member forming a rim structure to adapt over a rim flange of the container , said lid construction being made of elastic material, characterized by : a protrusion structure integral with and extending downward from a peripheral edge of said base ; the cylindrical member being integrated with one end to a lower end of the protrusion structure and another end of the cylindrical member forming the rim structure ; and the protrusion structure being spherical. a protrusion structure integral with and extending downward from a peripheral edge of said base ; the cylindrical member being integrated with one end to a lower end of the protrusion structure and another end of the cylindrical member forming the rim structure ; and the protrusion structure being spherical.
A method for wireless communication, comprising: performing a first beam sweep procedure to determine a first beam pair that includes a transmit beam of a first wireless node and a receive beam of a second wireless node; identifying a level of correspondence at one or both of the first wireless node and the second wireless node, the level of correspondence being between a transmit beam and a receive beam of a respective wireless node; and determining , based on the level of correspondence, a range of a second beam sweep procedure to be performed in determining a second beam pair that includes a transmit beam of the second wireless node and a receive beam of the first wireless node, wherein the determining further comprises: determining that a partial second beam sweep is to be performed based at least in part on the level of correspondence being above a lower threshold and below an upper threshold, wherein a partial beam sweep is a beam sweep whose range is in between zero and a full range, the full range being the range used during the first beam sweep procedure; and determining the range of the second beam sweep procedure to be performed based on a range of calibration values associated with a transmit path and a receive path of the at least one of the first wireless node or the second wireless node. performing a first beam sweep procedure to determine a first beam pair that includes a transmit beam of a first wireless node and a receive beam of a second wireless node; identifying a level of correspondence at one or both of the first wireless node and the second wireless node, the level of correspondence being between a transmit beam and a receive beam of a respective wireless node; and determining , based on the level of correspondence, a range of a second beam sweep procedure to be performed in determining a second beam pair that includes a transmit beam of the second wireless node and a receive beam of the first wireless node, wherein the determining further comprises: determining that a partial second beam sweep is to be performed based at least in part on the level of correspondence being above a lower threshold and below an upper threshold, wherein a partial beam sweep is a beam sweep whose range is in between zero and a full range, the full range being the range used during the first beam sweep procedure; and determining the range of the second beam sweep procedure to be performed based on a range of calibration values associated with a transmit path and a receive path of the at least one of the first wireless node or the second wireless node. determining that a partial second beam sweep is to be performed based at least in part on the level of correspondence being above a lower threshold and below an upper threshold, wherein a partial beam sweep is a beam sweep whose range is in between zero and a full range, the full range being the range used during the first beam sweep procedure; and determining the range of the second beam sweep procedure to be performed based on a range of calibration values associated with a transmit path and a receive path of the at least one of the first wireless node or the second wireless node.
A method for operating a tubular bag machine, the tubular bag machine comprising a drive control system and multiple electronic drive units which are controlled independently of each other by the drive control system and which drive different functional elements of the packing machine in a cycle time-synchronous manner as they are going through predefined motion sequences, and one drive unit being realised in the manner of a transverse sealing unit, and the transverse sealing unit comprising at least one drive motor and two transverse sealing jaws which are driven relative to each other by the drive motor and by means of which a film tube is sealed transversely to the conveying direction , and at least conversion functions by way of which the drive torque and the position of the drive motor can be converted into the sealing force between the transverse sealing jaws being stored or calculated in the drive control system, the method comprising the following steps: a) determining the operating temperature of the transverse sealing jaws ; b) selecting or calculating a conversion function as a function of the operating temperature; c) using the temperature-dependent conversion function in calculating the drive torque of the drive motor required to reach a desired target sealing force between the transverse sealing jaws . a) determining the operating temperature of the transverse sealing jaws ; b) selecting or calculating a conversion function as a function of the operating temperature; c) using the temperature-dependent conversion function in calculating the drive torque of the drive motor required to reach a desired target sealing force between the transverse sealing jaws .
Device for nasal delivery of powder having a reservoir containing one single dose of powder, a nasal delivery head having a delivery orifice intended to be inserted into a nostril of a user, an actuating member axially displaceable with respect to said head during the actuation of said device, and an air expeller generating, during the actuation, a flow of compressed air to deliver said dose of powder into said nostril through said delivery orifice , said air expeller comprising an air chamber , formed by a hollow axial cylinder , and an air piston , which during actuation, slides sealingly into said hollow axial cylinder to compress the air contained in said air chamber , characterised in that said device comprises an insert forming said air piston and interacting sealingly in a rest position with said reservoir , said insert being axially displaceable with respect to said reservoir between its rest position and an actuation position, in which it no longer interacts sealingly with said reservoir , said reservoir , comprising a cylindrical part of said delivery head , said cylindrical part having in its lower part, a radial recess on its radially internal surface and a piston on its radially external surface, said insert having a central body provided with a radial shoulder projecting radially outwards, said radial shoulder interacting sealingly in a rest position with a lower axial end of said cylindrical part of said delivery head and interacting in an actuation position with said radial recess .
An image processing system, comprising: an input port (IN) for receiving a projection image of an object, the image acquired by a rotational image apparatus (IM) at a position on an imaging trajectory in a first rotation plane (π) around an imaging region; an image artifact extent predictor (AP) configured to predict for said image a projection area of a reconstruction artifact caused by a radio-opaque object (m) resident in the imaging region, wherein the predicted projection area is formed by a combination of a projection footprint of the radio-opaque object and projections of individual rays through an estimated location of the radio-opaque object, and an imaging geometry adjuster (PA) configured to determine an adjustment of a relative spatial configuration between said first rotation plane and the object so as to reduce an intersection between the predicted projection area and an area in the image that corresponds to a predefined region of interest (ROI). an input port (IN) for receiving a projection image of an object, the image acquired by a rotational image apparatus (IM) at a position on an imaging trajectory in a first rotation plane (π) around an imaging region; an image artifact extent predictor (AP) configured to predict for said image a projection area of a reconstruction artifact caused by a radio-opaque object (m) resident in the imaging region, wherein the predicted projection area is formed by a combination of a projection footprint of the radio-opaque object and projections of individual rays through an estimated location of the radio-opaque object, and an imaging geometry adjuster (PA) configured to determine an adjustment of a relative spatial configuration between said first rotation plane and the object so as to reduce an intersection between the predicted projection area and an area in the image that corresponds to a predefined region of interest (ROI).
A three-dimensional fabricating chamber comprising: thermal-insulation walls (3A, 3B, 3C, 3D, 3E, 3F, and 3G); a processing space surrounded by the thermal-insulation walls (3A, 3B, 3C, 3D, 3E, 3F, and 3G), to fabricate a three-dimensional fabrication object; a processing space heater configured to heat the processing space; and a thermal-insulation-wall mover configured to displace at least a part of the thermal-insulation walls (3A, 3B, 3C, 3D, 3E, 3F, and 3G) to increase or decrease a volume of the processing space, a controller , characterised in that the controller is configured to let the processing space heater carry out a preheating process of the processing space before start of a fabrication process, and wherein at a time of the preheating process, the controller is configured to let the thermal-insulation-wall mover decrease the volume of the processing space thermal-insulation walls (3A, 3B, 3C, 3D, 3E, 3F, and 3G); a processing space surrounded by the thermal-insulation walls (3A, 3B, 3C, 3D, 3E, 3F, and 3G), to fabricate a three-dimensional fabrication object; a processing space heater configured to heat the processing space; and a thermal-insulation-wall mover configured to displace at least a part of the thermal-insulation walls (3A, 3B, 3C, 3D, 3E, 3F, and 3G) to increase or decrease a volume of the processing space, a controller , characterised in that the controller is configured to let the processing space heater carry out a preheating process of the processing space before start of a fabrication process, and wherein at a time of the preheating process, the controller is configured to let the thermal-insulation-wall mover decrease the volume of the processing space
An article of footwear comprising: an upper; an outsole attached to the upper and including a ground-engaging surface and an inner surface disposed on an opposite side of the outsole than the ground-engaging surface; a midsole having a footbed and a bottom surface disposed on an opposite side of the midsole than the footbed and opposing the inner surface of the outsole to define a cavity therebetween; and a casing formed of a porous mesh material received within the cavity and defining an interior void, the interior void containing a first quantity of particulate matter movable relative to the casing and a second quantity of particulate matter attached to the casing. an upper; an outsole attached to the upper and including a ground-engaging surface and an inner surface disposed on an opposite side of the outsole than the ground-engaging surface; a midsole having a footbed and a bottom surface disposed on an opposite side of the midsole than the footbed and opposing the inner surface of the outsole to define a cavity therebetween; and a casing formed of a porous mesh material received within the cavity and defining an interior void, the interior void containing a first quantity of particulate matter movable relative to the casing and a second quantity of particulate matter attached to the casing.
Medical article for prophylaxis of the development and/or worsening of decubitus ulcers, containing a compress and a skin-contact layer adhesive to skin to be treated, wherein the compress has a proximal surface and a distal surface and comprises a core and a shell surrounding the core , wherein the core has a proximal surface and a distal surface and comprises a nonwoven material composed of fibres and absorbent particles, wherein the shell comprises a first ply composed of a liquid-permeable material having hydrophilic properties and arranged on the proximal surface of the core and comprises a second ply composed of a material different from the material of the first ply of the shell and arranged on the distal surface of the core , wherein the first ply of the shell projects beyond the proximal surface of the core on all sides and the second ply of the shell comprises a second material having hydrophobic properties and projects beyond the distal surface of the core on all sides, and wherein the first ply of the shell and the second ply of the shell each form an edge region which surrounds the core on all sides, wherein the first ply of the shell and the second ply of the shell are joined to one another in said edge region , and wherein the compress has a longitudinal direction having a first modulus of elasticity and a transverse direction having a second modulus of elasticity and the first modulus of elasticity is greater than the second modulus of elasticity, and wherein the ratio of the moduli of elasticity is 1.5 to 20.
A display device comprising: a light source unit ; an optical element array having a plurality of optical elements ; a light deflector configured to deflect light from the light source unit to two-dimensionally scan the optical element array in a main-scanning direction and in a sub-scanning direction; and a light projecting unit configured to project light received via the optical element array , wherein each of a beam spot diameter (Wbeam) in the sub-scanning direction on the optical element array and an arrangement pitch (Plens) of the optical elements in the sub-scanning direction on the optical element array is equal to or greater than a scanning line pitch (Pscan) on the optical element array , wherein the scanning line pitch (Pscan) is defined as an interval between the adjacent scanning lines at a position with respect to the main-scanning direction where the interval becomes widest between the adjacent scanning lines on the optical element array , characterized in that respective values for Ycpd, Plens and Pscan are set such that the moire frequency fmoire obtained by fmoire = Ycpd(Plens - Pscan)/2Pscan is 10 cycles per degree (cpd) or more, wherein Ycpd is the pixel density in pixels/ degree in the sub-scanning direction of the display device. a light source unit ; an optical element array having a plurality of optical elements ; a light deflector configured to deflect light from the light source unit to two-dimensionally scan the optical element array in a main-scanning direction and in a sub-scanning direction; and a light projecting unit configured to project light received via the optical element array , wherein each of a beam spot diameter (Wbeam) in the sub-scanning direction on the optical element array and an arrangement pitch (Plens) of the optical elements in the sub-scanning direction on the optical element array is equal to or greater than a scanning line pitch (Pscan) on the optical element array , wherein the scanning line pitch (Pscan) is defined as an interval between the adjacent scanning lines at a position with respect to the main-scanning direction where the interval becomes widest between the adjacent scanning lines on the optical element array , characterized in that respective values for Ycpd, Plens and Pscan are set such that the moire frequency fmoire obtained by fmoire = Ycpd(Plens - Pscan)/2Pscan is 10 cycles per degree (cpd) or more, wherein Ycpd is the pixel density in pixels/ degree in the sub-scanning direction of the display device.
Open-end rotor spinning device , comprising a spinning rotor , which can be driven by an individual motor and the rotor cup of which circulates in a rotor housing , to which negative pressure can be applied and to which a drive for the spinning rotor and bearing arms for a cover element having a fibre band opening device are connected and which comprises a part of a centring device , wherein the rotor housing , which in itself is open toward the front, is closed during the spinning process by the cover element , which has a holder for an exchangeably arranged channel plate adapter , characterised in that the centring device is formed by a guide surface arranged on the channel plate adapter and by a guide device arranged on the rotor housing , the guide surface arranged on the channel plate adapter interlockingly corresponding with the guide device arranged on the rotor housing in the closed state of the open-end rotor spinning device , and that the guide device arranged on the rotor housing has an annular groove for holding a sealing element .
A video monitoring method comprising: a measuring step of measuring at least a part of power consumption of a display device used for displaying predetermined content; and a determining step of determining whether the predetermined content has been displayed by the display device , based on the power consumption, measured in the measuring step, and reference information previously associated with the predetermined content, wherein the determining step determines that the predetermined content has been displayed by the display device in a case where an integrated value of the power consumption with respect to one playback time of the predetermined content is included in a predetermined range determined by the reference information, where the integrated value of the power consumption corresponds to a total amount of power required to display the predetermined content. a measuring step of measuring at least a part of power consumption of a display device used for displaying predetermined content; and a determining step of determining whether the predetermined content has been displayed by the display device , based on the power consumption, measured in the measuring step, and reference information previously associated with the predetermined content, wherein the determining step determines that the predetermined content has been displayed by the display device in a case where an integrated value of the power consumption with respect to one playback time of the predetermined content is included in a predetermined range determined by the reference information, where the integrated value of the power consumption corresponds to a total amount of power required to display the predetermined content.