mhurhangee/patent-ind-claim-en huggingface dataset:
A resin particle, wherein a mass loss rate after being immersed in distilled water at 70°C for 14 days is less than 10%, and wherein a mass loss rate after being left in a compost at 55°C for 14 days is 90% or more, the compost having nitrogen of 1.3 mass%, phosphoric acid of 0.5 mass%, and potassium of 2.9 mass% with respect to a total amount of the compost, and the compost having a carbon-nitrogen ratio (C/N ratio) of 25, comprising: a polyamide compound (B1) having a constituent unit having 8 or more and 15 or less carbon atoms, said compound (B1) being present in an amount of 50 mass% or more with respect to a total amount of the resin particle; and an aromatic compound (D) in an amount of 3 mass% or more and less than 50 mass% with respect to the total amount of the resin particle, wherein the aromatic compound (D) has a long-chain aliphatic group having 8 or more and 20 or less carbon atoms and at least one of a phenolic hydroxy group or a monoglycidyl ether group that directly bonds to an aromatic group of the aromatic compound (D). wherein a mass loss rate after being immersed in distilled water at 70°C for 14 days is less than 10%, and wherein a mass loss rate after being left in a compost at 55°C for 14 days is 90% or more, the compost having nitrogen of 1.3 mass%, phosphoric acid of 0.5 mass%, and potassium of 2.9 mass% with respect to a total amount of the compost, and the compost having a carbon-nitrogen ratio (C/N ratio) of 25, comprising: a polyamide compound (B1) having a constituent unit having 8 or more and 15 or less carbon atoms, said compound (B1) being present in an amount of 50 mass% or more with respect to a total amount of the resin particle; and an aromatic compound (D) in an amount of 3 mass% or more and less than 50 mass% with respect to the total amount of the resin particle, wherein the aromatic compound (D) has a long-chain aliphatic group having 8 or more and 20 or less carbon atoms and at least one of a phenolic hydroxy group or a monoglycidyl ether group that directly bonds to an aromatic group of the aromatic compound (D). a polyamide compound (B1) having a constituent unit having 8 or more and 15 or less carbon atoms, said compound (B1) being present in an amount of 50 mass% or more with respect to a total amount of the resin particle; and an aromatic compound (D) in an amount of 3 mass% or more and less than 50 mass% with respect to the total amount of the resin particle, wherein the aromatic compound (D) has a long-chain aliphatic group having 8 or more and 20 or less carbon atoms and at least one of a phenolic hydroxy group or a monoglycidyl ether group that directly bonds to an aromatic group of the aromatic compound (D).
A moldable implant composition, the moldable implant composition includes a plurality of biocompatible granules mixed with a biocompatible polymer and a plasticizer for the polymer, wherein the surface of the granules comprises indentations to increase the porosity within the implanted mass.
A photoelectric composite cable for an indoor wireless distribution system, comprising two power wires, four groups of wire pairs, an optical unit, and a framework, which are arranged in a cable cavity of the cable, wherein, the framework is provided with seven radial side bulges separating the cable cavity into seven framework cavities, in which the two power wires, the four groups of wire pairs and the optical unit are arranged respectively to form an integral structure, the integral structure on a periphery thereof is coated with a polyester belt, and the polyester belt on a periphery thereof is coated with an outer sheath, and wherein, the optical unit comprises a flame-retardant sheath and an aramid fiber reinforcing ring piece respectively with a circular ring shaped cross section and sequentially arranged from outside to inside, and an optical fiber arranged in an inner cavity of the aramid fiber reinforcing ring piece.
A method for respiration entrainment of a subject, comprising: determining a rate of respiration of the subject ; characterised in that the method further comprises the steps of: altering, based on the determined rate of respiration, a spatialization of a virtual sound source to simulate a distance or directionality of the virtual sound source with reference to the subject, wherein the virtual sound source corresponds to a physical location in a real-world environment surrounding the subject which is perceived as a location from which sound radiates, but at which no sound is actually produced by an object, wherein simulating the distance or directionality comprises processing sounds of the virtual sound source to generate a perception of the sounds of the virtual sound source being heard from one or more distances or directions with reference to the subject, wherein the spatialization of the virtual sound source is altered to regulate the rate of respiration of the subject; and outputting the sounds of the altered virtual sound source. determining a rate of respiration of the subject ; characterised in that the method further comprises the steps of: altering, based on the determined rate of respiration, a spatialization of a virtual sound source to simulate a distance or directionality of the virtual sound source with reference to the subject, wherein the virtual sound source corresponds to a physical location in a real-world environment surrounding the subject which is perceived as a location from which sound radiates, but at which no sound is actually produced by an object, wherein simulating the distance or directionality comprises processing sounds of the virtual sound source to generate a perception of the sounds of the virtual sound source being heard from one or more distances or directions with reference to the subject, wherein the spatialization of the virtual sound source is altered to regulate the rate of respiration of the subject; and outputting the sounds of the altered virtual sound source. altering, based on the determined rate of respiration, a spatialization of a virtual sound source to simulate a distance or directionality of the virtual sound source with reference to the subject, wherein the virtual sound source corresponds to a physical location in a real-world environment surrounding the subject which is perceived as a location from which sound radiates, but at which no sound is actually produced by an object, wherein simulating the distance or directionality comprises processing sounds of the virtual sound source to generate a perception of the sounds of the virtual sound source being heard from one or more distances or directions with reference to the subject, wherein the spatialization of the virtual sound source is altered to regulate the rate of respiration of the subject; and outputting the sounds of the altered virtual sound source.
An injectable implant configured to fit at or near a bone defect to promote bone growth, the injectable implant comprising lyophilized demineralized bone matrix (DBM) being in fiber and particle forms, wherein the DBM fibers have an average length to average thickness ratio of from about 50:1 to about 1000:1, wherein the fiber form has a size of from about 1 to about 7 mm, and the particle form has a size of from about 100 microns to about 1000 microns; alginate; and a liquid carrier, wherein the DBM is in an amount of about 28 wt. % of a total weight of the injectable implant, the alginate is in an amount of about 6 wt. % of the total weight of the injectable implant, and the liquid carrier is in an amount of about 66 wt. % of the total weight of the injectable implant; and wherein the injectable implant is an aseptically processed injectable implant, the injectable implan is in a putty form, and the liquid carrier further comprises sterile water.
A mobile terminal , comprising: a display unit configured to display information; a wireless communication unit configured to perform wireless communication; a memory configured to store a video; and a controller configured to: select (S801) a messaging service, select a video to be transmitted via the selected messaging service; if (S802) a size of the selected video is bigger than a threshold size of an attachable file supported by the selected messaging service, control (S804) an editing screen to be displayed to extract a partial section from a whole playback section of the video to be trimmed; if a size of the partial section is bigger than the threshold size, control a feedback to be outputted to indicate the partial section is not attachable; if the size of the partial section is smaller than the threshold size, trim the partial section from the whole playback section of the video; and attach (S807) the trimmed partial section to a message of the selected messaging service. a display unit configured to display information; a wireless communication unit configured to perform wireless communication; a memory configured to store a video; and a controller configured to: select (S801) a messaging service, select a video to be transmitted via the selected messaging service; if (S802) a size of the selected video is bigger than a threshold size of an attachable file supported by the selected messaging service, control (S804) an editing screen to be displayed to extract a partial section from a whole playback section of the video to be trimmed; if a size of the partial section is bigger than the threshold size, control a feedback to be outputted to indicate the partial section is not attachable; if the size of the partial section is smaller than the threshold size, trim the partial section from the whole playback section of the video; and attach (S807) the trimmed partial section to a message of the selected messaging service. select (S801) a messaging service, select a video to be transmitted via the selected messaging service; if (S802) a size of the selected video is bigger than a threshold size of an attachable file supported by the selected messaging service, control (S804) an editing screen to be displayed to extract a partial section from a whole playback section of the video to be trimmed; if a size of the partial section is bigger than the threshold size, control a feedback to be outputted to indicate the partial section is not attachable; if the size of the partial section is smaller than the threshold size, trim the partial section from the whole playback section of the video; and attach (S807) the trimmed partial section to a message of the selected messaging service.
A transducer for a flow meter operable to determine a flow rate of a fluid flowing in a flow tube using a time difference between upstream and downstream acoustic transmissions in the fluid, wherein the transducer is segmented to comprise at least two portions (101a-c, 201a-b), characterised in that : at least one of the two portions is an active transducer portion separated from the or each other portion by one of an expansion gap or gaps, or a deformable element, whereby to enable fluctuations in a flow tube dimension to be accommodated without damage being caused to the active transducer portion.
A fluids tank for a work machine , said fluids tank comprising: a unitary body of moldable material defining first and second compartments for different fluids; a coextensive integral wall separating said first and second compartments , said coextensive wall providing an insulating heat transfer barrier between the compartments for containing fluids at different operating temperatures; said fluid tank being characterized in that :said moldable material is a polyethylene and the coextensive integral wall is polyethylene foam; and the heat transfer coefficient of said coextensive integral wall is about 0.040 watts/square meter/Kelvin. a unitary body of moldable material defining first and second compartments for different fluids; a coextensive integral wall separating said first and second compartments , said coextensive wall providing an insulating heat transfer barrier between the compartments for containing fluids at different operating temperatures; said fluid tank being characterized in that :said moldable material is a polyethylene and the coextensive integral wall is polyethylene foam; and the heat transfer coefficient of said coextensive integral wall is about 0.040 watts/square meter/Kelvin.
A bearing holding device for holding a bearing member for an aircraft/helicopter propshaft relative to an aircraft/helicopter chassis , including: a first part having a formation for engagement with a corresponding formation on the aircraft/helicopter chassis to hold the first part relative to the aircraft/helicopter chassis , and a receiving formation for receiving and slidably supporting a generally elongate second part , wherein a first end of the second part is configured for engagement with a part of the bearing member to hold the bearing member relative to the aircraft/helicopter chassis , and wherein a second, opposite, end of the second part supports an abutment member which prevents the first and second parts separating from each other, wherein the device includes biasing means for biasing the first end of the second part away from the first part , wherein the first part includes a formation for engagement with a tool so as to effect rotation of the first part about its axis and wherein the tool engagement formation includes a recess to receive the abutment member . a first part having a formation for engagement with a corresponding formation on the aircraft/helicopter chassis to hold the first part relative to the aircraft/helicopter chassis , and a receiving formation for receiving and slidably supporting a generally elongate second part , wherein a first end of the second part is configured for engagement with a part of the bearing member to hold the bearing member relative to the aircraft/helicopter chassis , and wherein a second, opposite, end of the second part supports an abutment member which prevents the first and second parts separating from each other, wherein the device includes biasing means for biasing the first end of the second part away from the first part , wherein the first part includes a formation for engagement with a tool so as to effect rotation of the first part about its axis and wherein the tool engagement formation includes a recess to receive the abutment member .
A hearing aid comprising a housing having an outer structure and a battery drawer configured to receive a battery and to be inserted into said housing from said outer structure , said battery drawer comprising a cover and a surrounding structure , wherein the surrounding structure is attached to the cover , said surrounding structure is configured to at least partly surround said battery , and said surrounding structure is configured as a film member made in a flexible and/or bendable material, wherein said battery drawer is configured to receive said battery in said surrounding structure , such that upon a user of the hearing aid gripping and pulling or pushing the cover , the battery drawer is configured to be inserted into or taken out from said housing , wherein the direction of insertion of said battery drawer is substantially perpendicular to a surface of said outer structure of said housing , characterized in that the surrounding structure is at least partly connected to the housing and/or to a structure arranged in the housing by means of a third attachment member , said third attachment member being configured as a magnetic element arranged in a free end of said surrounding structure .
A process for preparing a lubricant base stock from the thermal decomposition of plastic polyolefin polymer, the method comprising the steps of: i) introducing plastic polyolefin polymer into a thermal reaction zone of a vacuum pyrolysis reactor; ii) heating the plastic polyolefin polymer at sub-atmospheric pressure, wherein the temperature in the thermal reaction zone of the reactor is from 500 °C to 750 °C, to induce thermal decomposition of the plastic polyolefin polymer and to form a thermal decomposition product effluent which comprises a major portion by weight of a C 20 to C 60 wax fraction; iii) condensing a vapour component of the thermal decomposition product effluent from the vacuum pyrolysis reactor; and iv) subjecting the C 20 to C 60 wax fraction of the thermal decomposition product to catalytic hydroisomerization in a hydroisomerization reactor in the presence of hydrogen to form the lubricant base stock; wherein the plastic polyolefin polymer comprises polyethylene and polypropylene in a polyethylene to polypropylene weight ratio of from 60:40 to 90:10. i) introducing plastic polyolefin polymer into a thermal reaction zone of a vacuum pyrolysis reactor; ii) heating the plastic polyolefin polymer at sub-atmospheric pressure, wherein the temperature in the thermal reaction zone of the reactor is from 500 °C to 750 °C, to induce thermal decomposition of the plastic polyolefin polymer and to form a thermal decomposition product effluent which comprises a major portion by weight of a C 20 to C 60 wax fraction; iii) condensing a vapour component of the thermal decomposition product effluent from the vacuum pyrolysis reactor; and iv) subjecting the C 20 to C 60 wax fraction of the thermal decomposition product to catalytic hydroisomerization in a hydroisomerization reactor in the presence of hydrogen to form the lubricant base stock;
Device of a chair for a chairlift which has a pivotable protection means, such as a safety bar or a weather protection hood , wherein the device comprises an energy accumulator which can be arranged between the protection means and a frame of the chair , characterized in that , during closing of the protection means, the energy accumulator can only be tensioned when the protection means is in the region of its end position by a pressure piece that is movable between a first position, in which it is at a distance from a mating surface and the energy accumulator is relaxed, and a second position, in which it bears against the mating surface and the energy accumulator is tensioned.
Method for producing a PTC heating element, having a PTC element and contact plates for contacting face side surfaces of said PTC element in an electrically conductive manner, in which method the contact plates are initially connected to one another by way of electrically insulating bridge elements while leaving free a seat for said PTC element , then the PTC element is inserted into the seat and finally deforming the contact plates in order to form a contact projection abutting against one of said face side surfaces of the PCT element .
A method for determining a hydrodynamic size of an object , such as a nano-sized object , said method comprising the steps of: - providing a two-dimensional fluid interface , - linking said object to said fluid interface thereby providing a linked object , whereby the movement of said linked object is restricted by virtue of being linked to said fluid interface , - providing a hydrodynamic shear force that acts on said linked object by inducing a fluid flow, - tracking the movement of said linked object, - determining, from the tracked movement, said object's diffusion coefficient and said object's velocity in the direction of the flow, wherein the movement of said object is analysed independently in directions parallel and perpendicular to the induced flow, - determining said hydrodynamic shear force acting on said object from a relationship between said determined diffusion coefficient and said determined velocity, and - determining said hydrodynamic size of said linked object from a relationship between said determined hydrodynamic shear force and the fluid flow rate. - providing a two-dimensional fluid interface , - linking said object to said fluid interface thereby providing a linked object , whereby the movement of said linked object is restricted by virtue of being linked to said fluid interface , - providing a hydrodynamic shear force that acts on said linked object by inducing a fluid flow, - tracking the movement of said linked object, - determining, from the tracked movement, said object's diffusion coefficient and said object's velocity in the direction of the flow, wherein the movement of said object is analysed independently in directions parallel and perpendicular to the induced flow, - determining said hydrodynamic shear force acting on said object from a relationship between said determined diffusion coefficient and said determined velocity, and - determining said hydrodynamic size of said linked object from a relationship between said determined hydrodynamic shear force and the fluid flow rate.
An induction heating device, comprising: a heating coil provided in a main body; a knob switch attached to a knob area formed on one surface of the main body; a controller configured to control a thermal power of the heating coil ; characterized by : a resonance detecting unit configured to output a frequency pulse based on a resonance characteristic between the resonance detecting unit and the knob switch , wherein the resonance characteristic is varied depending on a rotation of the knob switch ; and in that the control of a thermal power of the heating coil is based on a frequency pulse output by the resonance detecting unit . a heating coil provided in a main body; a knob switch attached to a knob area formed on one surface of the main body; a controller configured to control a thermal power of the heating coil ; characterized by : a resonance detecting unit configured to output a frequency pulse based on a resonance characteristic between the resonance detecting unit and the knob switch , wherein the resonance characteristic is varied depending on a rotation of the knob switch ; and in that the control of a thermal power of the heating coil is based on a frequency pulse output by the resonance detecting unit . a resonance detecting unit configured to output a frequency pulse based on a resonance characteristic between the resonance detecting unit and the knob switch , wherein the resonance characteristic is varied depending on a rotation of the knob switch ; and in that the control of a thermal power of the heating coil is based on a frequency pulse output by the resonance detecting unit .
A brake and steering arrangement for a tractor comprising a substantially vertically extending structural support column for connection at a lower end to a floor of a tractor cab and carrying means to support a steering wheel at its upper end , a single cylinder supported within the column , and a first braking circuit (C1) for operating left and right rear brakes , characterised in that the arrangement comprises a second braking circuit (C2) for operating a cardan brake , and in that braking circuits (C1, C2) are connected to the single cylinder mounted on the support column and wherein said support column comprises a valve unit , so that the brakes are operable by two pedals .