mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a detectable thermoplastic food packaging film, which thermoplastic film comprises detectable particles incorporated therein, wherein the method comprises introducing and/or adding detectable particles into a molten plastic resin to produce a mixture comprising the molten plastic resin and the detectable particles, followed by extruding the mixture comprising the molten plastic resin and the detectable particles, so as to obtain a thermoplastic food packaging film, comprising the detectable particles incorporated therein in homogeneous distribution, wherein the detectable particles are magnetic and comprise a surface-modification protective against oxygen and/or against oxidation, and wherein the detectable particles are introduced and/or added into the molten plastic resin in the form of a particulate compounded mixture comprising the detectable particles together with and/or distributed in a carrier plastic resin, wherein the particulate compounded mixture comprises the detectable particles in amounts in the range of from 10 to 80 wt.%, based on the particulate compounded mixture.
A coil arrangement , in particular a measuring coil arrangement for detecting a magnetic field, comprising: a first cylindrical coil with a first winding direction; a second cylindrical coil with a second winding direction; wherein the first and second cylindrical coils are arranged longitudinally one behind the other aligned on a common axis; wherein mutually adjacent ends of the first and second solenoids are electrically connected to each other; and wherein the second winding direction is opposed to the first winding direction; characterized in that the first cylindrical coil is provided with a first ferromagnetic coil core and the second cylindrical coil is provided with a second ferromagnetic coil core , wherein the first and second coil cores are arranged longitudinally one behind the other and aligned spaced apart on the common axis, and wherein the first coil core is at least partially within the first cylindrical coil and the second coil core is at least partially within the second cylindrical coil . a first cylindrical coil with a first winding direction; a second cylindrical coil with a second winding direction; wherein the first and second cylindrical coils are arranged longitudinally one behind the other aligned on a common axis; wherein mutually adjacent ends of the first and second solenoids are electrically connected to each other; and wherein the second winding direction is opposed to the first winding direction; characterized in that the first cylindrical coil is provided with a first ferromagnetic coil core and the second cylindrical coil is provided with a second ferromagnetic coil core , wherein the first and second coil cores are arranged longitudinally one behind the other and aligned spaced apart on the common axis, and wherein the first coil core is at least partially within the first cylindrical coil and the second coil core is at least partially within the second cylindrical coil .
Coated floor panel of the type comprising at least a substrate and a top layer with a printed motif, said top layer being provided on this substrate , wherein said top layer also comprises a transparent or translucent synthetic material layer , which is provided above said printed motif, wherein said motif is obtained by performing a print directly or indirectly on said substrate , wherein said top layer comprises a foamable or foamed synthetic material, wherein the entire top layer is free from materials sheets or substantially or completely free from cellulose fibers wherein said transparent or translucent synthetic material layer comprises said foamable or foamed synthetic material wherein the transparent or translucent synthetic material layer further comprises a layer on the basis of lacquer, said layer being situated at the surface, said lacquer layer comprising additives increasing the scratch resistance of the panel.
A superconducting magnetic energy storage system, SMES, the SMES comprising: a toroidally wound superconducting magnet having a toroidal magnetic core ; a charging winding ; a discharging winding wherein the charging winding and discharging winding are wound on the toroidal magnetic core ; a DC power source , the DC power source operable to provide DC current to the charging winding of the toroidally wound superconducting magnet ; and a modulator operably connected to the DC power source and the charging winding , the modulator operable to AC modulate at least a portion of the DC current to form a modulated charging current to be applied to the charging winding of the superconducting magnet ; and wherein the SMES is thereby configured to store energy in a magnetic field of the superconducting magnet by applying the modulated charging current to the charging winding , and to withdraw energy from the magnetic field by a current flowing in the discharging winding . a toroidally wound superconducting magnet having a toroidal magnetic core ; a charging winding ; a discharging winding wherein the charging winding and discharging winding are wound on the toroidal magnetic core ; a DC power source , the DC power source operable to provide DC current to the charging winding of the toroidally wound superconducting magnet ; and a modulator operably connected to the DC power source and the charging winding , the modulator operable to AC modulate at least a portion of the DC current to form a modulated charging current to be applied to the charging winding of the superconducting magnet ; and wherein the SMES is thereby configured to store energy in a magnetic field of the superconducting magnet by applying the modulated charging current to the charging winding , and to withdraw energy from the magnetic field by a current flowing in the discharging winding .
A method for adding composite material to a composite structure , comprising: (a) placing a printing roller adjacent to a first area of the composite structure to form a nip therebetween; (b) transferring an epoxy-hardener mixture in a liquid state onto the printing roller ; (c) rotating the printing roller ; (d) feeding a fiber roving through the nip; (e) transferring the epoxy-hardener mixture from the printing roller to a portion of the fiber roving that is passing through the nip; and (f) pressing the portion of the fiber roving with the transferred epoxy-hardener mixture on the composite structure , wherein steps (d) through (f) are performed while the printing roller is rotating. (a) placing a printing roller adjacent to a first area of the composite structure to form a nip therebetween; (b) transferring an epoxy-hardener mixture in a liquid state onto the printing roller ; (c) rotating the printing roller ; (d) feeding a fiber roving through the nip; (e) transferring the epoxy-hardener mixture from the printing roller to a portion of the fiber roving that is passing through the nip; and (f) pressing the portion of the fiber roving with the transferred epoxy-hardener mixture on the composite structure ,
A method of a terminal for controlling quality of service, QoS, information, the method comprising: obtaining an uplink, UL, data packet ; identifying (S305, S405) a traffic type of the UL data packet; when it is determined that QoS control is required for the identified traffic type, transmitting (S310, S410) to a network device , the UL data packet and first QoS support information of the terminal , wherein the first QoS support information includes a request to indicate whether a QoS control is supported at the network device or a second network device in which the UL data packet is received and information regarding the traffic type of the UL data packet and a QoS support policy; receiving (S345, S455) a downlink, DL, data packet from the network device ; when it is determined that the DL data packet corresponds to the UL data packet, identifying (S350, S460) second QoS support information of the network device or third QoS support information of the second network device with the DL data packet; and performing (S350, S460) transmission or reception of at least one data packet based on the second QoS support information or the third QoS support information. obtaining an uplink, UL, data packet ; identifying (S305, S405) a traffic type of the UL data packet; when it is determined that QoS control is required for the identified traffic type, transmitting (S310, S410) to a network device , the UL data packet and first QoS support information of the terminal , wherein the first QoS support information includes a request to indicate whether a QoS control is supported at the network device or a second network device in which the UL data packet is received and information regarding the traffic type of the UL data packet and a QoS support policy; receiving (S345, S455) a downlink, DL, data packet from the network device ; when it is determined that the DL data packet corresponds to the UL data packet, identifying (S350, S460) second QoS support information of the network device or third QoS support information of the second network device with the DL data packet; and performing (S350, S460) transmission or reception of at least one data packet based on the second QoS support information or the third QoS support information.
A display device, comprising an Organic Light-Emitting Diode, OLED, display screen and a distance sensor module , the distance sensor module comprising: a shell ; and at least two infrared light emission devices , a light sensor and a light wall structure , which are arranged within a space enclosed by the shell , wherein each of the at least two infrared light emission devices emits light to a set range, and the set ranges corresponding to respective infrared light emission devices have an overlapping region beyond a preset height, wherein a luminous flux density in the overlapping region exceeds a set density threshold value, and a luminous flux density outside the overlapping region is less than the set density threshold value; the light sensor is arranged in a preformed groove in the light wall structure ; and the light wall structure is made from a light absorption material and configured to prevent incidence of the light emitted by the at least two infrared light emission devices or ambient light to the light sensor , wherein the distance sensor module is arranged on a substrate of the OLED display screen and behind the OLED display screen, wherein the at least two infrared light emission devices emit light, and the light sensor senses reflected light reflected by a detected object to detect the distance between the display screen and this object. wherein each of the at least two infrared light emission devices emits light to a set range, and the set ranges corresponding to respective infrared light emission devices have an overlapping region beyond a preset height, wherein a luminous flux density in the overlapping region exceeds a set density threshold value, and a luminous flux density outside the overlapping region is less than the set density threshold value; the light sensor is arranged in a preformed groove in the light wall structure ; and the light wall structure is made from a light absorption material and configured to prevent incidence of the light emitted by the at least two infrared light emission devices or ambient light to the light sensor , wherein the distance sensor module is arranged on a substrate of the OLED display screen and behind the OLED display screen, wherein the at least two infrared light emission devices emit light, and the light sensor senses reflected light reflected by a detected object to detect the distance between the display screen and this object.
A latching gate fastener for securing a double gate , comprising: a pivotable body that is fixable to a first gate ; and at least one ramp or strike plate that facilitates sideways latching of a second gate , such that when the two gates are out of alignment the second gate swings toward the first gate, allowing the second gate rail to contact the ramp and lift the pivotable body enough that the second gate rail passes under the ramp and into the recess of the pivotable body, where it is secured in the closed position, wherein the pivotable body comprises at least one recess for receiving a gate rail on the second gate. a pivotable body that is fixable to a first gate ; and at least one ramp or strike plate that facilitates sideways latching of a second gate , such that when the two gates are out of alignment the second gate swings toward the first gate, allowing the second gate rail to contact the ramp and lift the pivotable body enough that the second gate rail passes under the ramp and into the recess of the pivotable body, where it is secured in the closed position, wherein the pivotable body comprises at least one recess for receiving a gate rail on the second gate.
A ferritic stainless steel sheet for EGR coolers, consisting of, by mass%, C: 0.002% to 0.03%; N: 0.002% to 0.05%; P: 0.04% or less; S: 0.01% or less; Si: 0.1% to 1%; Mn: 0.02% to 2%; Cu: 0.2% to 1.5%; Cr: 15% to 25%; Nb: 8(C + N) % to 1%; Al: 0.5% or less; Ca: 0.0002% to 0.002% and Mg: 0.0002% to 0.002%; and optionally either one or both of Mo: 3% or less, and Ni: 3% or less at amounts fulfilling the following formula ; optionally either one or both of V: 3% or less, and W: 5% or less; optionally B: 0.005% or less; and Fe and inevitable impurities as the balance, wherein the steel sheet further comprises, by mass%, Ti at an amount fulfilling the following formulae and , and Cr and Cu are included at amounts fulfilling the following formula , Ti - 3N ≤ 0.03 ··· 10(Ti - 3N) + Al ≤ 0.5 ··· Cr + 2.3Cu ≥ 18 ··· Cr + 1.9Mo + 1.6Ni + 2.3Cu ≥ 18 ··· . C: 0.002% to 0.03%; N: 0.002% to 0.05%; P: 0.04% or less; S: 0.01% or less; Si: 0.1% to 1%; Mn: 0.02% to 2%; Cu: 0.2% to 1.5%; Cr: 15% to 25%; Nb: 8(C + N) % to 1%; Al: 0.5% or less; Ca: 0.0002% to 0.002% and Mg: 0.0002% to 0.002%; and optionally either one or both of Mo: 3% or less, and Ni: 3% or less at amounts fulfilling the following formula ; optionally either one or both of V: 3% or less, and W: 5% or less; optionally B: 0.005% or less; and Fe and inevitable impurities as the balance, wherein the steel sheet further comprises, by mass%, Ti at an amount fulfilling the following formulae and , and Cr and Cu are included at amounts fulfilling the following formula , Ti - 3N ≤ 0.03 ··· 10(Ti - 3N) + Al ≤ 0.5 ··· Cr + 2.3Cu ≥ 18 ··· Cr + 1.9Mo + 1.6Ni + 2.3Cu ≥ 18 ··· .
A vehicle air conditioning unit comprising: a fan for generating an airflow; a flow path member for guiding the airflow generated by the fan along one direction (F0), and that includes a blower outlet formed along the one direction (F0); and an airflow deflection member that is disposed inside the flow path member at an orientation intersecting with the one direction (F0), that includes a guiding member for guiding at least a portion of the airflow toward the blower outlet , and the vehicle air conditioning unit being characterized in that the airflow deflection member is configured so as to deflect an airflow blowing out from the blower outlet toward the one direction (F0) by deforming a curvature of a front face of the guiding member . a fan for generating an airflow; a flow path member for guiding the airflow generated by the fan along one direction (F0), and that includes a blower outlet formed along the one direction (F0); and an airflow deflection member that is disposed inside the flow path member at an orientation intersecting with the one direction (F0), that includes a guiding member for guiding at least a portion of the airflow toward the blower outlet , and the vehicle air conditioning unit being characterized in that the airflow deflection member is configured so as to deflect an airflow blowing out from the blower outlet toward the one direction (F0) by deforming a curvature of a front face of the guiding member .
Continuous-flow heater with a housing comprising a housing cover and a housing bottom part , the housing bottom part having at least one housing wall adapted to separate a connection space from a device interior , the housing wall having at least one wall recess which is open towards the housing cover and is adapted for guiding through at least one line, further comprising at least one line locking element , characterised in that the at least one line locking element is configured so as to be detachably disposed in the wall recess while locking the at least one line, and at least one locking means adapted to automatically lock the line locking element in a locking position on the housing wall . the housing bottom part having at least one housing wall adapted to separate a connection space from a device interior , the housing wall having at least one wall recess which is open towards the housing cover and is adapted for guiding through at least one line, further comprising at least one line locking element , characterised in that the at least one line locking element is configured so as to be detachably disposed in the wall recess while locking the at least one line, and at least one locking means adapted to automatically lock the line locking element in a locking position on the housing wall .
An ambulatory device for dissolving in water an essentially water-soluble substance comprising insoluble solid matter, for filtering the aqueous solution of the essentially water-soluble substance to remove the insoluble solid matter, and for dosing the filtered aqueous solution of the essentially water-soluble substance to an external water line, comprising : (i) a container for holding an aqueous liquid, wherein the interior of the container is divided into two separate adjacent compartments, respectively a mixing compartment and a filtering compartment , separated by a vertically positioned filter screen comprising a filter , (ii) a mixing means positioned in the mixing compartment , (iii) a pumpless dosing system connected, at its input end, to an outlet in the lower half of the filtering compartment for removal of the filtered aqueous solution, and, at its output end, designed to be connected to an external water line, characterized in that the ambulatory device comprises an outlet in the lower half of one of the walls or in the base of the mixing compartment for removal of the insoluble solid matter, and the mixing compartment comprises a grid comprising a plurality of perforations, located above the outlet in the lower half of one of the walls or in the base of the mixing compartment but below the mixing means and essentially overlaying the entire bottom of the mixing compartment , for capturing, isolating and removing the insoluble matter, wherein the perforations of the grid are greater than the mesh size of the filter. (i) a container for holding an aqueous liquid, wherein the interior of the container is divided into two separate adjacent compartments, respectively a mixing compartment and a filtering compartment , separated by a vertically positioned filter screen comprising a filter , (ii) a mixing means positioned in the mixing compartment , (iii) a pumpless dosing system connected, at its input end, to an outlet in the lower half of the filtering compartment for removal of the filtered aqueous solution, and, at its output end, designed to be connected to an external water line, characterized in that the ambulatory device comprises an outlet in the lower half of one of the walls or in the base of the mixing compartment for removal of the insoluble solid matter, and the mixing compartment comprises a grid comprising a plurality of perforations, located above the outlet in the lower half of one of the walls or in the base of the mixing compartment but below the mixing means and essentially overlaying the entire bottom of the mixing compartment , for capturing, isolating and removing the insoluble matter, wherein the perforations of the grid are greater than the mesh size of the filter.
A fabric for use in the manufacture of an inflatable air-bag, the fabric comprising interwoven warp and weft fibres which are arranged substantially perpendicular to one another, wherein at least one of the warp and weft fibres are formed from two or more filaments which are twisted, wound or assembled together, the fibres having non-uniform cross-sections to increase friction between the fibres at their intersections, the fabric having a cover value below around 55%, and a coating being applied to the fabric to decrease the permeability of the fabric.
A lighter than air vehicle comprising: a front portion and a rear portion, each comprising a lighter than air gas, the front portion being rotatably coupled to the rear portion and comprising: a first envelope , a portion of the first envelope being a first pellucid portion through which light is able to pass; a second envelope located inside the first envelope , a portion of the second envelope being a second pellucid portion through which light is able to pass; a tube connecting the first envelope to the second envelope ; at least one light-receiving device located within the second envelope; and a mirror disposed on an inside surface of the first envelope, the mirror being arranged to reflect light onto the at least one light-receiving device; wherein the first envelope and the second envelope are spaced apart so as to define a chamber between the first envelope and the second envelope ; the chamber is filled with the lighter than air gas ; a first opening of the tube is located at an external surface of the first envelope ; and a second opening of the tube is located at an internal surface of the second envelope , the second opening of the tube being at an opposite end of the tube to the first opening of the tube , thereby to allow ventilation of the at least one light-receiving device, and wherein the front portion is rotatable relative to the rear portion such that the mirror is directed towards the sun. a first envelope , a portion of the first envelope being a first pellucid portion through which light is able to pass; a second envelope located inside the first envelope , a portion of the second envelope being a second pellucid portion through which light is able to pass; a tube connecting the first envelope to the second envelope ; at least one light-receiving device located within the second envelope; and a mirror disposed on an inside surface of the first envelope, the mirror being arranged to reflect light onto the at least one light-receiving device; wherein the first envelope and the second envelope are spaced apart so as to define a chamber between the first envelope and the second envelope ; the chamber is filled with the lighter than air gas ; a first opening of the tube is located at an external surface of the first envelope ; and a second opening of the tube is located at an internal surface of the second envelope , the second opening of the tube being at an opposite end of the tube to the first opening of the tube , thereby to allow ventilation of the at least one light-receiving device, and wherein the front portion is rotatable relative to the rear portion such that the mirror is directed towards the sun.