mhurhangee/patent-ind-claim-en huggingface dataset:
Device for protecting an object or a person, the protective device comprising a sealed resilient membrane provided for receiving a gas and a fibrous envelope containing said membrane : when the protective device is in its idle state, the size of the membrane is different from the size of the envelope and the envelope containing the membrane can be folded, when the protective device is in its active state, the size of the membrane corresponds in shape to the size of the envelope , the membrane then occupying a first volume corresponding to the maximum volume of the envelope , referred to as a second volume, the envelope being provided for preventing the volume of the membrane from expanding beyond the maximum volume of the envelope , said envelope being provided to take a shape that adjusts to the object or person to be protected, and in that, in the unstressed state the inflated membrane can occupy a third volume which is greater than the maximum volume of the envelope . when the protective device is in its idle state, the size of the membrane is different from the size of the envelope and the envelope containing the membrane can be folded, when the protective device is in its active state, the size of the membrane corresponds in shape to the size of the envelope , the membrane then occupying a first volume corresponding to the maximum volume of the envelope , referred to as a second volume, the envelope being provided for preventing the volume of the membrane from expanding beyond the maximum volume of the envelope , said envelope being provided to take a shape that adjusts to the object or person to be protected, and in that, in the unstressed state the inflated membrane can occupy a third volume which is greater than the maximum volume of the envelope .
External opening control for an opening member of a motor vehicle , in particular a rear side door of the vehicle, configured so as to be integrated and concealed in a window pillar of the opening member, the control comprising a manual operating member of the gripping paddle type, an interface base arranged along the pillar and on which the pallet is articulated between a rest position integrated into the pillar flush with it and a deployed working position projecting from the pillar , characterised in that it comprises a mechanism for articulating the pallet on the base , configured to allow the pallet to move along an elevated and pivoting path relative to the base , and in that the pallet comprises a cover for the pillar , secured to the pallet and shaped to cover at least part of the perimeter of the pillar and to cover the interface base in the rest position.
Use of an additive comprising bone meal in environmental remediation of polluted material, characterized in that the bone meal is used as an oxygen source, the additive comprises bone meal from slaughterhouse byproduct and comprises less than 50 % w:w of proteins; at least 10 % w:w of lipid material; 23-60% w:w of C; 8-13 % w:w of Ca; 5-9 % w:w of P; 5-8.5 % w:w of N; and wherein the ratio of N:P ranges from 0.5 to 2 and the ratio of C:N ranges from 3 to 4, and the use comprises mechanical mixing of the additive with the polluted material. the bone meal is used as an oxygen source, the additive comprises bone meal from slaughterhouse byproduct and comprises less than 50 % w:w of proteins; at least 10 % w:w of lipid material; 23-60% w:w of C; 8-13 % w:w of Ca; 5-9 % w:w of P; 5-8.5 % w:w of N; and wherein the ratio of N:P ranges from 0.5 to 2 and the ratio of C:N ranges from 3 to 4, and the use comprises mechanical mixing of the additive with the polluted material.
An intelligent device for composting organic waste by use of larvae of saprophagous insects, comprising an outer casing which delimits an inner compartment suitable for housing an inner container coaxially placed inside the outer casing and suitable for containing organic waste and larvae of saprophagous insects, characterized in that said inner container is open on the top and is provided with a plurality of through holes on the upper portion for making it possible for migrating larvae to pass from the inner container to a migration pipe up to reaching a lower collection compartment placed between the bottom of the outer casing and the bottom of the inner container , suitable for collecting the percolate and the migrating larvae, and in that said device is provided with optoelectronic sensor means in the migration pipe capable of detecting the passage of at least one migrating larva from the inner container , passing through the migration pipe up to the lower collection compartment , said sensors being positioned along at least one migration route followed by the larvae from the inner container to the lower collection compartment , said device being also provided with a control unit comprising software means and a wireless module.
Ceramic plate with polymer coating, wherein the polymer coating comprises at least one polymer and an amount from 3% -to 30% (m/m) of hollow glass microspheres with a diameter from 50 to 70 microns, wherein the polymer is selected from a list consisting of an acrylic polymer or a polyurethane, or mixtures thereof.
An artificial turf installation, comprising: a pile fabric having a backing and a multiplicity of generally upstanding pile elements; and an infill overlying said backing and being interspersed between said upstanding pile elements, said infill comprising a loose, particulate material consisting of sand coated with a coating material, wherein a coupling agent is provided on the outer surface of the loose particulate material and provided between the loose particulate material and the coating material, characterized in that said coating material comprises a biodegradable polymer, wherein said coupling agent comprises a silane having a methacrylate group. a pile fabric having a backing and a multiplicity of generally upstanding pile elements; and an infill overlying said backing and being interspersed between said upstanding pile elements, said infill comprising a loose, particulate material consisting of sand coated with a coating material, wherein a coupling agent is provided on the outer surface of the loose particulate material and provided between the loose particulate material and the coating material, characterized in that said coating material comprises a biodegradable polymer, wherein said coupling agent comprises a silane having a methacrylate group.
A computer-implemented method for monitoring a usage of a monitoring target, comprising: - detecting a token by a first data source of the monitoring target, the token being linked to an object, - tracking the token by a plurality of other data sources of the monitoring target, wherein the tracking generates data concerning movements and activity of the token with respect to the monitoring target; - storing the generated data; - repeating the previous steps for a plurality of tokens over a period of time, whereupon the stored data comprises tracking data for said plurality of tokens; - analysing individual behaviour of each object according to tracking data of the respective token and historical data of said object to detect deviations on object's behaviour; - generating output based on the detected deviations; - receiving from a user a feedback concerning relevance of the generated output; and - enabling a machine learning algorithm performing the analysis to learn from the received feedback. - detecting a token by a first data source of the monitoring target, the token being linked to an object, - tracking the token by a plurality of other data sources of the monitoring target, wherein the tracking generates data concerning movements and activity of the token with respect to the monitoring target; - storing the generated data; - repeating the previous steps for a plurality of tokens over a period of time, whereupon the stored data comprises tracking data for said plurality of tokens; - analysing individual behaviour of each object according to tracking data of the respective token and historical data of said object to detect deviations on object's behaviour; - generating output based on the detected deviations; - receiving from a user a feedback concerning relevance of the generated output; and - enabling a machine learning algorithm performing the analysis to learn from the received feedback.
An electric power supply system comprising: a power bus configured to provide DC power, and a control unit for a source of power being supplied to said power bus , said control unit including a damping algorithm to provide damping to power supplied on the power bus ; and a motor , and a motor control including a compensation block configured to tap power from said power bus , and identify a portion of a supplied signal due to said damping, said compensation block configured to provide a compensation signal that compensates for the damping on the power bus prior to the power being supplied to said motor ; characterized in that said portion of a supplied signal is a voltage modulation signal, in that said compensation signal is a frequency modulation signal, and in that said frequency modulation signal extends to a first summation block along with a speed signal , and a resulting control signal passes downstream to an inverter for controlling said motor via a second summation block positioned downstream of said first summation block , said inverter also configured to receive power from said power bus ; wherein a feedback signal returns a feedback of a power supply being sent by the inverter to said motor to the second summation block ; wherein a gain and compensation block is configured to convert an identified voltage modulation signal to said frequency modulation at a correct phase relationship to a voltage compensation on the power bus . a power bus configured to provide DC power, and a control unit for a source of power being supplied to said power bus , said control unit including a damping algorithm to provide damping to power supplied on the power bus ; and a motor , and a motor control including a compensation block configured to tap power from said power bus , and identify a portion of a supplied signal due to said damping, said compensation block configured to provide a compensation signal that compensates for the damping on the power bus prior to the power being supplied to said motor ; characterized in that said portion of a supplied signal is a voltage modulation signal, in that said compensation signal is a frequency modulation signal, and in that said frequency modulation signal extends to a first summation block along with a speed signal , and a resulting control signal passes downstream to an inverter for controlling said motor via a second summation block positioned downstream of said first summation block , said inverter also configured to receive power from said power bus ; wherein a feedback signal returns a feedback of a power supply being sent by the inverter to said motor to the second summation block ; wherein a gain and compensation block is configured to convert an identified voltage modulation signal to said frequency modulation at a correct phase relationship to a voltage compensation on the power bus .
An onboard device controller comprising: a first information acquiring device configured to acquire motion information related to a motion of an occupant, the motion being a motion of an operation before and after the occupant performs an input operation when the occupant performs the input operation to a predetermined onboard device ; a second information acquiring device configured to acquire operation information related to the input operation to the onboard device , the input operation being based on the motion of the occupant; a memory configured to store the motion information and the operation information in association with each other; a motion detecting device configured to detect the motion of an occupant; and a controller configured to, when the motion information related to the motion of the occupant detected by the motion detecting device is stored in the memory , output command information related to an operation command to the onboard device by referring to the operation information stored in association with the motion information. a first information acquiring device configured to acquire motion information related to a motion of an occupant, the motion being a motion of an operation before and after the occupant performs an input operation when the occupant performs the input operation to a predetermined onboard device ; a second information acquiring device configured to acquire operation information related to the input operation to the onboard device , the input operation being based on the motion of the occupant; a memory configured to store the motion information and the operation information in association with each other; a motion detecting device configured to detect the motion of an occupant; and a controller configured to, when the motion information related to the motion of the occupant detected by the motion detecting device is stored in the memory , output command information related to an operation command to the onboard device by referring to the operation information stored in association with the motion information.
A method for providing radio resource management in a wireless communication system, the method comprising: identifying, by a first network element associated with a first cell, information including timing offset information associated with a discovery signal based on the discovery signal detected from a second network element associated with a second cell; and provisioning , based at least in part upon the information associated with the discovery signal detected, one or more protected resources. identifying, by a first network element associated with a first cell, information including timing offset information associated with a discovery signal based on the discovery signal detected from a second network element associated with a second cell; and provisioning , based at least in part upon the information associated with the discovery signal detected, one or more protected resources.
Storage arrangement for storing laboratory objects comprising a chamber , at least one Dewar flask arranged in the chamber for storing the laboratory objects at a storage temperature Ts < Tc, wherein Tc is a temperature of the chamber , several storage cassettes arranged in the Dewar flask , wherein each storage cassette forms a plurality of storage sites arranged one above the other for accommodating the laboratory objects, and a picking device , which is arranged in the chamber in a moveable manner above the Dewar flask or Dewar flasks and has at least one cassette lift , in order to remove storage cassettes in the vertical direction from the Dewar flasks and to insert them therein again, characterized in that a rotatable carrousel is provided in the Dewar flask, at which the storage cassettes are arranged, in that at least one centering element is provided, in which a storage cassette can be inserted, in order to align the storage cassette horizontally, in that the centering element is arranged on the Dewar flask, wherein the centering element has several guide openings for accommodating respectively one storage cassette. characterized in that a rotatable carrousel is provided in the Dewar flask, at which the storage cassettes are arranged, in that at least one centering element is provided, in which a storage cassette can be inserted, in order to align the storage cassette horizontally, in that the centering element is arranged on the Dewar flask, wherein the centering element has several guide openings for accommodating respectively one storage cassette.
Method for producing a through-hole in a ceramic layer system , which has at least: a substrate , in particular a metallic substrate , and at least one outer ceramic layer , in particular at least one outermost ceramic layer , wherein the through-hole has an inner part (10, 10', 10") which is symmetrical, in particular cylindrical, in a cross section, and a diffusor , which represents a widening of the inner part on the outer surface of the ceramic layer , characterized in that a part of a final geometry of the diffusor is produced first at least in the outermost ceramic layer as far as the substrate by means of a nanosecond laser by means of nanosecond pulses, in that a millisecond laser is then used in order to fully produce the inner part of the through-hole in the final geometry thereof by means of millisecond pulses with a pulse length of 0.5 ms up to the millisecond range in the substrate , and in that , in a final working step, the diffusor is produced in its final geometry at least in the ceramic layer by means of the nanosecond laser by means of nanosecond pulses. a substrate , in particular a metallic substrate , and at least one outer ceramic layer , in particular at least one outermost ceramic layer , wherein the through-hole has an inner part (10, 10', 10") which is symmetrical, in particular cylindrical, in a cross section, and a diffusor , which represents a widening of the inner part on the outer surface of the ceramic layer , characterized in that a part of a final geometry of the diffusor is produced first at least in the outermost ceramic layer as far as the substrate by means of a nanosecond laser by means of nanosecond pulses, in that a millisecond laser is then used in order to fully produce the inner part of the through-hole in the final geometry thereof by means of millisecond pulses with a pulse length of 0.5 ms up to the millisecond range in the substrate , and in that , in a final working step, the diffusor is produced in its final geometry at least in the ceramic layer by means of the nanosecond laser by means of nanosecond pulses.
A nanoprobe created from an aminated nanoparticle, the nanoprobe comprising: a nanoparticle, wherein the nanoparticle comprises silica; a targeting agent covalently bonded directly to the nanoparticle; and a radiolabel, wherein the nanoparticle is amine-functionalized prior to conjugation or association with the targeting agent and/or the radiolabel, wherein the nanoparticle has a diameter no greater than 20 nanometers, wherein the nanoparticle is coated with an organic polymer, wherein the targeting agent is an antibody fragment, a targeting peptide or VEGF 121 , and wherein the radiolabel is 89 Zr. a nanoparticle, wherein the nanoparticle comprises silica; a targeting agent covalently bonded directly to the nanoparticle; and a radiolabel, wherein the nanoparticle is amine-functionalized prior to conjugation or association with the targeting agent and/or the radiolabel, wherein the nanoparticle has a diameter no greater than 20 nanometers, wherein the nanoparticle is coated with an organic polymer, wherein the targeting agent is an antibody fragment, a targeting peptide or VEGF 121 , and wherein the radiolabel is 89 Zr.
A conveying device for mowed straw, wherein the conveying device has a pin , which may be connected for driving to a drive shaft of a work machine steerably moved, wherein the conveying device has collecting device having conveying forks arranged at a rotor for collecting the straw from the ground surface, wherein downstream of the collecting device an impingement surface is arranged, by means of which the collected straw may be joined laterally to the conveying device into a swathe, characterized in that there is provided a regulating device , by means of which the angle (a) between the pin and the collecting device may be changed and, simultaneously, there is caused a rotation of the conveying forks in regard to the travel direction of the collecting device .
A Chinese medicine agent for use in relieving alcoholic intoxication, characterized by being prepared from Fructus Crataegi, Folium Nelumbinis, Folium Mori, Herba Taraxaci, Herba Lophatheri, Herba Spirodelae and Folium Citri tangerinae, wherein the Fructus Crataegi has effects of invigorating the spleen and promoting the circulation of QI; the Folium Nelumbinis has effects of invigorating the spleen and ascending YIN; the Folium Mori has effects of clearing away lung-heat and moistening dryness; the Herba Lophatheri has effects of clearing away heat and relieving restlessness; the Herba Taraxaci has effects of clearing away heat and removing toxic substances; the Herba Spirodelae has effects of expelling pathogenic wind and promoting diuresis; and the Folium Citri tangerinae has effects of dispersing the stagnated liver-QI and promoting circulation of QI, the Chinese medicine alcoholic intoxication relieving agent being soaked in water with a single dosage for drinking: 10 g to 100 g of Fructus Crataegi, 1 g to 10 g of Folium Nelumbinis, 1 g to 10 g of Folium Mori, 1 g to 15 g of Herba Taraxaci, 1 g to 10 g of Herba Lophatheri, 1 g to 10 g of Herba Spirodelae and 1 g to 10 g of Folium Citri tangerinae.
Plug connector for flexible conductor foils having foil-insulated conductors, having a plug connector housing in which at least one plug contact element is arranged, and having a connection region in which blades connected to the plug contact element in an electrically conducting manner are arranged and can pierce and fix at least one foil-insulated conductor while producing an electrical contact, wherein the connector housing comprises two telescopic housing parts of which the first housing part supports the blades and the at least one plug contact element connected to the latter in an electrically conducting manner, and the second housing part can receive and support the flexible conductor foil and has at least one blade receiver adjusted to the blades , the delimiting surfaces of which are designed such that at least one part of the blades is bent in the direction of the foil-insulated conductor when the two housing parts are telescoped, characterised in that at least one part of the blades has a cavity that enables the cutting edges to be elastically deformed.