mhurhangee/ep-ind-claims huggingface dataset:
Isocyanate-free multicomponent system, more particularly for producing foams for medical products such as wound dressings, having at least two separate components, the first component comprising at least one alkoxysilane-terminated prepolymer and the second component comprising an aqueous component, with the aqueous component comprising a polyurethane dispersion.
A method for parameterising responsivity of an electronic device observed as a result of receiving, by the electronic device, a command emitted from a neighbouring piece of control equipment including a plurality of command keys, said method including the different steps of: - establishing a use profile of the neighbouring piece of control equipment by an operation of analysing depress operations on the command keys of said neighbouring piece of control equipment; - adapting a responsivity parameter of the electronic device depending on the use profile established; the method being characterised in that the responsivity parameter is a debouncing duration, or a parameter whose value is correlated with the depress intensity on a command key (Tn) considered of the neighbouring piece of control equipment. - establishing a use profile of the neighbouring piece of control equipment by an operation of analysing depress operations on the command keys of said neighbouring piece of control equipment; - adapting a responsivity parameter of the electronic device depending on the use profile established;
A kneading dough hook assembly comprising: a mounting frame; a first kneading dough hook; a second kneading dough hook; a first fool-proof mechanism; and a second fool-proof mechanism; wherein the mounting frame comprises a first mounting rod and a second mounting rod, the first kneading dough hook is mounted on the first mounting rod, the second kneading dough hook is mounted on the second mounting rod; wherein a first mounting post is provided on an upper part of the first kneading dough hook, a second mounting post is provided on an upper portion of the second kneading dough hook, a first L-shaped mounting groove which corresponds to the first mounting post is provided on the first mounting rod and a second L-shaped mounting groove which corresponds to the second mounting post is provided on the second mounting rod; wherein the first fool-proof mechanism is provided between the first kneading dough hook and the first mounting rod; and the second fool-proof mechanism is provided between the second kneading dough hook and the second mounting rod; wherein the first fool-proof mechanism comprises a first recess and a first projection, the first recess is provided on the first mounting rod, and the first projection is provided on the first kneading dough hook; and the second fool-proof mechanism comprises a second recess and a second projection, the second recess is provided on the second mounting rod, and the second projection is provided on the second kneading dough hook; wherein a position of the first recess is opposite to a position of the second recess. a mounting frame; a first kneading dough hook; a second kneading dough hook; a first fool-proof mechanism; and a second fool-proof mechanism; wherein the mounting frame comprises a first mounting rod and a second mounting rod, the first kneading dough hook is mounted on the first mounting rod, the second kneading dough hook is mounted on the second mounting rod; wherein a first mounting post is provided on an upper part of the first kneading dough hook, a second mounting post is provided on an upper portion of the second kneading dough hook, a first L-shaped mounting groove which corresponds to the first mounting post is provided on the first mounting rod and a second L-shaped mounting groove which corresponds to the second mounting post is provided on the second mounting rod; wherein the first fool-proof mechanism is provided between the first kneading dough hook and the first mounting rod; and the second fool-proof mechanism is provided between the second kneading dough hook and the second mounting rod; wherein the first fool-proof mechanism comprises a first recess and a first projection, the first recess is provided on the first mounting rod, and the first projection is provided on the first kneading dough hook; and the second fool-proof mechanism comprises a second recess and a second projection, the second recess is provided on the second mounting rod, and the second projection is provided on the second kneading dough hook; wherein a position of the first recess is opposite to a position of the second recess.
A neutral or acidic automatic dishwashing detergent composition having a pH of from 5 to 8.5 as measured in 1% weight aqueous solution with distilled water at 25°C comprising from 15% to 55% by weight of the composition of a pH regulator system comprising a mixture of an acid and a conjugate salt and a cleaning agent selected from the group consisting of cleaning surfactants, soil suspending polymers and mixtures thereof wherein the weight ratio of the pH regulator system to the cleaning agent is from 3:1 to 1:1, wherein the detergent composition comprises from 0.01% to 5% by weight of the composition of a perfume, wherein the composition comprises at least 15% by weight thereof of the cleaning agent, and wherein the compositions comprises less than 1% of builder by weight of the composition.
A prosthetic digit, comprising: an anchor; a base couplable to the anchor; a first elongate linkage pivotable with respect to the base,; a second elongate linkage pivotable with respect to the base in an overlapping configuration with the first elongate linkage; characterized by a pawl pinned to the second elongate linkage, wherein: the first elongate linkage comprises a rack tooth; and the pawl has a distal nose configured to abut the rack tooth in an engaged position of the pawl. an anchor; a base couplable to the anchor; a first elongate linkage pivotable with respect to the base,; a second elongate linkage pivotable with respect to the base in an overlapping configuration with the first elongate linkage; characterized by a pawl pinned to the second elongate linkage, wherein: the first elongate linkage comprises a rack tooth; and the pawl has a distal nose configured to abut the rack tooth in an engaged position of the pawl. the first elongate linkage comprises a rack tooth; and the pawl has a distal nose configured to abut the rack tooth in an engaged position of the pawl.
A method for the plasma cutting of workpieces, wherein a plasma cutting torch having at least a torch body (2.6), an electrode (2.1) and a nozzle (2.2) is used, wherein the plasma jet is inclined or deflected at least before the traveling over of a workpiece edge (4.4) at an angle δ with respect to the axis aligned perpendicular to the workpiece surface such that the emission position of the plasma jet from the workpiece is arranged at a spacing in the feed movement direction which is at most half the amount than is the case with a plasma jet incident perpendicular on the workpiece surface, characterized in that the inclination or deflection of the plasma jet is carried out before the traveling over of a workpiece edge (4.4) at the latest when the entry point of the plasma jet into the workpiece surface has reached the position at which the spacing from the workpiece edge (4.4) corresponds to 25% of the dimension of the workpiece thickness (4.3) and a control of the guide system or of the plasma cutting system is used which has a database in which the degree and/or the time of the deflection or inclination of the plasma jet is stored at least for one material type and/or for one electrical cutting current.
A method of preparing a composite hydrogel comprising: preparing an aqueous suspension containing (i) dispersed clay particles, (ii) a water soluble monomer and (iii) a thermally responsive radical initiator capable of free radical disassociation to form a composite hydrogel precursor liquid (CHPL); heating the radical initiator to or above its dissociation temperature to dissociate the radial initiator and provide free radical polymerisation of the monomer at a temperature above a gelation temperature of a resulting aqueous polymer-clay precursor hydrogel (PCPH); maintaining the PCPH in a fluid phase above the gelation temperature; reducing the temperature of the PCPH below its gelation temperature to provide a composite hydrogel. preparing an aqueous suspension containing (i) dispersed clay particles, (ii) a water soluble monomer and (iii) a thermally responsive radical initiator capable of free radical disassociation to form a composite hydrogel precursor liquid (CHPL); heating the radical initiator to or above its dissociation temperature to dissociate the radial initiator and provide free radical polymerisation of the monomer at a temperature above a gelation temperature of a resulting aqueous polymer-clay precursor hydrogel (PCPH); maintaining the PCPH in a fluid phase above the gelation temperature; reducing the temperature of the PCPH below its gelation temperature to provide a composite hydrogel.
A device for use in an eNodeB comprising a processing circuitry and a non-transitory computer readable storage device including instructions stored thereon, which when executed by the processing circuitry, cause the eNodeB to: transmit Physical Broadcast Channel, PBCH, data three times within one sub-frame (200, 300, 400, 500) of a frame to a coverage limited MTC user equipment (104A-D) user equipment (104A-D); and repeat transmission of the PBCH data to the coverage limited MTC user equipment (104A-D) in a second transmission; wherein the PBCH data is transmitted in a first transmission in one of sub-frame one, sub-frame two, sub-frame three, sub-frame four, subframe six, sub-frame seven, sub-frame eight, or sub-frame nine of the frame; wherein the PBCH data includes MIB data transmitted a first time in symbols two through five of the sub-frame (200, 300, 400, 500), and the MIB data transmitted second and third times in symbols six through thirteen of the sub-frame (200, 300, 400, 500); and wherein a time difference between the first and second transmission is dependent on a time of day such that the time difference is reduced during a time of day that has a lower average user equipment traffic and is increased during a time of day that has a higher average user equipment traffic. transmit Physical Broadcast Channel, PBCH, data three times within one sub-frame (200, 300, 400, 500) of a frame to a coverage limited MTC user equipment (104A-D) user equipment (104A-D); and repeat transmission of the PBCH data to the coverage limited MTC user equipment (104A-D) in a second transmission; wherein the PBCH data is transmitted in a first transmission in one of sub-frame one, sub-frame two, sub-frame three, sub-frame four, subframe six, sub-frame seven, sub-frame eight, or sub-frame nine of the frame; wherein the PBCH data includes MIB data transmitted a first time in symbols two through five of the sub-frame (200, 300, 400, 500), and the MIB data transmitted second and third times in symbols six through thirteen of the sub-frame (200, 300, 400, 500); and wherein a time difference between the first and second transmission is dependent on a time of day such that the time difference is reduced during a time of day that has a lower average user equipment traffic and is increased during a time of day that has a higher average user equipment traffic.
A method of determining an overall presence state for a user of a communication system in which the user is connected to the communication system using simultaneously a plurality of devices (108,126,128), the method comprising: each of the plurality of devices storing in a device memory a presence state for that device; detecting a change in the presence state in at least one of said plurality of devices; each of said plurality of devices transmitting a message via the communication system to the remainder of said plurality of devices, said message comprising the presence state; receiving said messages at the remainder of said plurality of devices; and executing a decision-making code sequence in a processor at each of said remainder of said plurality of devices to determine whether to synchronise the presence state of that device with the presence state from one of said messages based on the origin of an event causing the change in presence state at said at least one of said plurality of devices. each of the plurality of devices storing in a device memory a presence state for that device; detecting a change in the presence state in at least one of said plurality of devices; each of said plurality of devices transmitting a message via the communication system to the remainder of said plurality of devices, said message comprising the presence state; receiving said messages at the remainder of said plurality of devices; and executing a decision-making code sequence in a processor at each of said remainder of said plurality of devices to determine whether to synchronise the presence state of that device with the presence state from one of said messages based on the origin of an event causing the change in presence state at said at least one of said plurality of devices.
A fiber optic connection system for optically connecting a first fiber optic cable to a second fiber optic cable, the fiber optic connection system comprising: a fiber optic adapter, a first fiber optic connector terminating the first fiber optic cable and a second fiber optic connector terminating the second fiber optic cable, the fiber optic adapter including a first port for receiving the first fiber optic connector and a second port for receiving the second fiber optic connector, the first fiber optic cable being optically coupled to the second fiber optic cable when the first and second fiber optic connectors (32, 33) are positioned within their respective first and second ports (35, 37) of the fiber optic adapter; the first fiber optic connector including a connector housing that extends from a distal end to a proximal end, the first fiber optic connector also including a ferrule assembly that mounts adjacent to the distal end of the connector housing such that the ferrule extends beyond the distal end of the connector housing and a strain relief boot that mounts adjacent the proximal end of the connector housing, the first fiber optic connector further including a sealing member that mounts around an exterior of the connector housing, the sealing member being adapted for providing a seal between the connector housing and the fiber optic adapter when the first fiber optic connector is plugged into the first port of the fiber optic adapter such that the seal is located within the first port of the fiber optic adapter; and the sealing member of the first fiber optic connector having a diameter less than or equal to 12.5 millimeters. a fiber optic adapter, a first fiber optic connector terminating the first fiber optic cable and a second fiber optic connector terminating the second fiber optic cable, the fiber optic adapter including a first port for receiving the first fiber optic connector and a second port for receiving the second fiber optic connector, the first fiber optic cable being optically coupled to the second fiber optic cable when the first and second fiber optic connectors (32, 33) are positioned within their respective first and second ports (35, 37) of the fiber optic adapter; the first fiber optic connector including a connector housing that extends from a distal end to a proximal end, the first fiber optic connector also including a ferrule assembly that mounts adjacent to the distal end of the connector housing such that the ferrule extends beyond the distal end of the connector housing and a strain relief boot that mounts adjacent the proximal end of the connector housing, the first fiber optic connector further including a sealing member that mounts around an exterior of the connector housing, the sealing member being adapted for providing a seal between the connector housing and the fiber optic adapter when the first fiber optic connector is plugged into the first port of the fiber optic adapter such that the seal is located within the first port of the fiber optic adapter; and the sealing member of the first fiber optic connector having a diameter less than or equal to 12.5 millimeters.
A method of controlling a reciprocating internal combustion engine comprising: a cylinder defining a cavity having a first end and a second end; and a piston moveable within the cavity of the cylinder between the first end and the second end, the method comprising: controlling injection of a quantity of liquid air, without fuel, into the first end of the cavity at a first time when the piston is closer to the first end than the second end to cause the piston to perform a first power stroke; and controlling injection of fuel into the first end of the cavity at a second time when the piston is closer to the first end than the second end to cause the piston to perform a second power stroke. controlling injection of a quantity of liquid air, without fuel, into the first end of the cavity at a first time when the piston is closer to the first end than the second end to cause the piston to perform a first power stroke; and controlling injection of fuel into the first end of the cavity at a second time when the piston is closer to the first end than the second end to cause the piston to perform a second power stroke.
A computer-implemented method for authorizing a first file containing computer-executable code, the method comprising: establishing an authorization policy; determining a first content-dependent identifier for the first file, wherein the first file is an update or a patch for a second file; determining a second content-dependent identifier of the second file; searching for evidence about the first file, said searching for evidence comprising querying one or more rating services (510, 511, 512), wherein the query includes the first content-dependent identifier and the second content-dependent identifier and wherein, when the first file and the second file are signed by the same publisher and when the same publisher is trusted, the first file is provided a positive rating; and determining whether the first file is authorized based on the positive rating using the authorization policy. establishing an authorization policy; determining a first content-dependent identifier for the first file, wherein the first file is an update or a patch for a second file; determining a second content-dependent identifier of the second file; searching for evidence about the first file, said searching for evidence comprising querying one or more rating services (510, 511, 512), wherein the query includes the first content-dependent identifier and the second content-dependent identifier and wherein, when the first file and the second file are signed by the same publisher and when the same publisher is trusted, the first file is provided a positive rating; and determining whether the first file is authorized based on the positive rating using the authorization policy.
A soundproofing structure comprising: a soundproofing cell which includes a frame having a frame hole portion passing therethrough and at least one film that covers the frame hole portion and is fixed to the frame, wherein the film has a plurality of through-holes passing therethrough in a thickness direction, and an average opening diameter of the through-holes is in a range of 0.1 μm to 250 μm, wherein the soundproofing structure is disposed in an opening member which has an opening, and wherein a vertical direction of a film surface of the film is disposed so as to be inclined with respect to a direction perpendicular to an opening cross section of the opening of the opening member characterized in that a sound source, the opening of the opening member and the soundproofing structure are arranged in the order of the sound source, the opening of the opening member and the soundproofing structure, along a direction of the sound source. a soundproofing cell which includes a frame having a frame hole portion passing therethrough and at least one film that covers the frame hole portion and is fixed to the frame, wherein the film has a plurality of through-holes passing therethrough in a thickness direction, and an average opening diameter of the through-holes is in a range of 0.1 μm to 250 μm, wherein the soundproofing structure is disposed in an opening member which has an opening, and wherein a vertical direction of a film surface of the film is disposed so as to be inclined with respect to a direction perpendicular to an opening cross section of the opening of the opening member characterized in that a sound source, the opening of the opening member and the soundproofing structure are arranged in the order of the sound source, the opening of the opening member and the soundproofing structure, along a direction of the sound source.
A pulse generating circuit for an electrosurgical generator, the pulse generating circuit comprising: a voltage source connectable to a load via a switching element; an open circuit coaxial transmission line connected between the switching element and the voltage source to be charged by the voltage source when the switching element is in an OFF state and to be discharged when the switching element is in an ON state, wherein the switching element comprises: a plurality of series connected avalanche transistors; and a trigger pulse generator configured to generate a trigger pulse to activate the plurality of series connected avalanche transistors, and wherein the impedance of the coaxial transmission line is configured to match a sum of (i) the impedance the plurality of series connected avalanche transistors, and (ii) the impedance of the load. a voltage source connectable to a load via a switching element; an open circuit coaxial transmission line connected between the switching element and the voltage source to be charged by the voltage source when the switching element is in an OFF state and to be discharged when the switching element is in an ON state, wherein the switching element comprises: a plurality of series connected avalanche transistors; and a trigger pulse generator configured to generate a trigger pulse to activate the plurality of series connected avalanche transistors, and a plurality of series connected avalanche transistors; and a trigger pulse generator configured to generate a trigger pulse to activate the plurality of series connected avalanche transistors, and wherein the impedance of the coaxial transmission line is configured to match a sum of (i) the impedance the plurality of series connected avalanche transistors, and (ii) the impedance of the load.