mhurhangee/ep-ind-claims huggingface dataset:
A curable composition which is suitable for making a polyisocyanurate comprising material by allowing said curable composition to react at elevated temperature above 50°C and most preferably above 80 °C, said curable composition obtained by a process comprising combining and mixing: - a polyisocyanate composition comprising a compound comprising a group having the structure -CO-NH-CO- in such an amount that the ratio of the number of -CO-NH-CO- groups to the number of isocyanate groups is at most 1, preferably at most 0.01, more preferably at most 0.0015, and - a lithium halide, and - an urea compound, having an average molecular weight of 500-15000 and optionally comprising biuret groups, and - an epoxy resin, wherein the number of moles of lithium halide per isocyanate equivalent ranges of from 0.0001-0.04 and the number of urea + biuret equivalents per isocyanate equivalent ranges of from 0.0001-0.4 and the number of epoxy equivalents per isocyanate equivalent ranges of from 0.003-1. - a polyisocyanate composition comprising a compound comprising a group having the structure -CO-NH-CO- in such an amount that the ratio of the number of -CO-NH-CO- groups to the number of isocyanate groups is at most 1, preferably at most 0.01, more preferably at most 0.0015, and - a lithium halide, and - an urea compound, having an average molecular weight of 500-15000 and optionally comprising biuret groups, and - an epoxy resin,
An energy-storing resistive, ESR, haptic controller, comprising: a base; first (202, 204) and second (202, 206) capstans rotationally secured to the base and configured to rotate around a common axis; an energy storage mechanism connected between the first and second capstans; a user engagement assembly secured to the first capstan, wherein the user engagement assembly comprises an arm; a first cord wound around the first capstan and having a first end secured relative to the base and a second end secured to a first actuator that is secured relative to the base; a second cord wound around the second capstan and having a first end secured relative to the base and a second end secured to a second actuator that is secured relative to the base; a sensor configured to sense an angular orientation of the arm relative to the base and/or rotation of the arm relative to the base; and a controller configured to control actuation of the first and second actuators based at least in part upon data from the sensor, wherein the controller is configured, in response to a user imparting forces on the arm, to control the second capstan via the second actuator and the first capstan via the first actuator to create different resistance to rotation on the first capstan than the second capstan, the differential loading the energy storing mechanism. a base; first (202, 204) and second (202, 206) capstans rotationally secured to the base and configured to rotate around a common axis; an energy storage mechanism connected between the first and second capstans; a user engagement assembly secured to the first capstan, wherein the user engagement assembly comprises an arm; a first cord wound around the first capstan and having a first end secured relative to the base and a second end secured to a first actuator that is secured relative to the base; a second cord wound around the second capstan and having a first end secured relative to the base and a second end secured to a second actuator that is secured relative to the base; a sensor configured to sense an angular orientation of the arm relative to the base and/or rotation of the arm relative to the base; and a controller configured to control actuation of the first and second actuators based at least in part upon data from the sensor, wherein the controller is configured, in response to a user imparting forces on the arm, to control the second capstan via the second actuator and the first capstan via the first actuator to create different resistance to rotation on the first capstan than the second capstan, the differential loading the energy storing mechanism.
A method of making an elevator sheave for contacting an elevator load bearing member, comprising the steps of: applying a wear and corrosion resistant material layer onto a surface of the elevator sheave to provide a thickness of the corrosion resistant material of greater than 15 μm; and roughening the wear and corrosion resistant material layer subsequent to the applying, wherein the applying step comprises plasma spraying the wear and corrosion resistant material onto the surface, the wear and corrosion resistant material is a hard nodular chrome, and roughening the corrosion resistant material layer uses blasting the wear and corrosion resistant material layer. applying a wear and corrosion resistant material layer onto a surface of the elevator sheave to provide a thickness of the corrosion resistant material of greater than 15 μm; and roughening the wear and corrosion resistant material layer subsequent to the applying, wherein the applying step comprises plasma spraying the wear and corrosion resistant material onto the surface, the wear and corrosion resistant material is a hard nodular chrome, and roughening the corrosion resistant material layer uses blasting the wear and corrosion resistant material layer.
A downlight apparatus, comprising: a main housing having a surrounding wall and a base part, a top end of the surrounding wall fixed to the base part forming a cup containing space; a light module at least partly attached to the base part and configured for emitting a first light and a second light; a diffusion cover fixed to a bottom end of the surrounding wall and configured for converting the second light to a peripheral light on an exterior surface of the diffusion cover; and a light guide having a light entrance side facing to the base part and configured for directing the first light through the light guide to escape at a light escape side of the light guide, wherein the light escape side of the light guide is surrounded by the diffusion cover, characterized in that the light module has a first LED module and a second LED module for emitting the first light and the second light respectively; and the first LED module and the second LED module are configured to emit lights with different optical spectrums, the first LED module and the second LED module are mounted on two different substrates, and the two different substrates are disposed at different heights with respect to the base part. a main housing having a surrounding wall and a base part, a top end of the surrounding wall fixed to the base part forming a cup containing space; a light module at least partly attached to the base part and configured for emitting a first light and a second light; a diffusion cover fixed to a bottom end of the surrounding wall and configured for converting the second light to a peripheral light on an exterior surface of the diffusion cover; and a light guide having a light entrance side facing to the base part and configured for directing the first light through the light guide to escape at a light escape side of the light guide, wherein the light escape side of the light guide is surrounded by the diffusion cover, characterized in that the light module has a first LED module and a second LED module for emitting the first light and the second light respectively; and the first LED module and the second LED module are configured to emit lights with different optical spectrums, the first LED module and the second LED module are mounted on two different substrates, and the two different substrates are disposed at different heights with respect to the base part.
A detector for an electron multiplier comprising: a substrate comprising a dielectric material, the substrate having a first face and an opposing second face; a charge collector provided adjacent the first face of the substrate; an anode (104a-d), the anode spaced from the first face, such that the anode is capacitively coupled to the charge collector, so that charge incident on the charge collector generates an image charge on the anode; and a conduit contact (106a-d) coupled to the anode and passing through the substrate to the second face of the substrate characterized in that said anode is within the substrate. a substrate comprising a dielectric material, the substrate having a first face and an opposing second face; a charge collector provided adjacent the first face of the substrate; an anode (104a-d), the anode spaced from the first face, such that the anode is capacitively coupled to the charge collector, so that charge incident on the charge collector generates an image charge on the anode; and a conduit contact (106a-d) coupled to the anode and passing through the substrate to the second face of the substrate characterized in that said anode is within the substrate.
A Machine Type Communication event reporting method, characterized by comprising: a mobility management network element acquiring identifier information of an MTC server corresponding to an MTC device from a user subscription server; the mobility management network element sending the identifier information to an MTC event reporting entity; and the MTC event reporting entity reporting an MTC event report of the MTC device to the MTC server corresponding to the identifier information; wherein the MTC event reporting entity is a core network access gateway, and the mobility management network element sending the identifier information to the MTC event reporting entity comprises: when establishing a bearer for the MTC device, the mobility management network element carrying the identifier information in a bearer establishment request to send to the core network access gateway; or the mobility management network element sending the identifier information to the core network gateway when sending the MTC event report to the core network access gateway. a mobility management network element acquiring identifier information of an MTC server corresponding to an MTC device from a user subscription server; the mobility management network element sending the identifier information to an MTC event reporting entity; and the MTC event reporting entity reporting an MTC event report of the MTC device to the MTC server corresponding to the identifier information; wherein the MTC event reporting entity is a core network access gateway, and the mobility management network element sending the identifier information to the MTC event reporting entity comprises: when establishing a bearer for the MTC device, the mobility management network element carrying the identifier information in a bearer establishment request to send to the core network access gateway; or the mobility management network element sending the identifier information to the core network gateway when sending the MTC event report to the core network access gateway. when establishing a bearer for the MTC device, the mobility management network element carrying the identifier information in a bearer establishment request to send to the core network access gateway; or the mobility management network element sending the identifier information to the core network gateway when sending the MTC event report to the core network access gateway.
A service notification method, wherein the method is applied to a first mobile edge host and a second mobile edge host, the first mobile edge host comprises a first mobile edge platform and a first application instance, the second mobile edge host comprises a second mobile edge platform, and the method comprises: receiving, by the first mobile edge platform, a service registration message from the first application instance, wherein the service registration message carries a service use indication identifier, and the indication identifier indicates that a service can be used by an application instance on another mobile edge host; and sending, by the first mobile edge platform, a service notification message to the second mobile edge platform based on the indication identifier. receiving, by the first mobile edge platform, a service registration message from the first application instance, wherein the service registration message carries a service use indication identifier, and the indication identifier indicates that a service can be used by an application instance on another mobile edge host; and sending, by the first mobile edge platform, a service notification message to the second mobile edge platform based on the indication identifier.
A surge protection device, comprising at least one surge arrester and one thermally trippable switching device (9; 10; 11) connected in series with the surge arrester, wherein the aforementioned means form a structural unit and the thermal tripping means is arranged in the region in which heating of the surge arrester is to be expected on overloading thereof, wherein the thermal tripping means is formed as a stop part through which no operating or surge current flows and which releases unlatching of the switching device in the case of thermal overload, wherein the stop part is further coupled thermally and mechanically to a surface side of the surge arrester and blocks the movement path of a mechanically prestressed unlatching slide, wherein a contact platelet is inserted into the unlatching slide, said contact platelet producing an electrical connection between the elements (10; 11) of the switching device, wherein the contact platelet, with unlatching, is subjected to a shifting movement resulting in an interruption to the series circuit of the switching device and movement of the unlatching slide into the space previously assumed by the contact platelet, wherein at least the section of the region of the unlatching slide which separates the elements of the switching device is formed in an insulating manner, wherein the element of the switching device is formed as a pin or bolt, which is mechanically prestressed in the direction of the element, wherein the latter is a counter-contact which is electrically connected to the connection surface of the surge arrester, the pin or bolt is connected to a connection bracket, characterized in that a rocker having elastic properties is provided, which is mounted with a first rocker end on a fixed point and acts with a second rocker end on a movable stop.
Method for measuring the concentration of chlorinated derivatives of isocyanuric acid in equilibrium in an aqueous solution, characterized in that it comprises the following steps: - the absorption coefficients of each of the first chlorinated derivatives of isocyanuric acid in the aqueous solution, which are capable of absorbing a radiation beam with a wavelength between 210 and 220 nanometers, are determined; - the acidity of the aqueous solution is determined so as to provide relative values of the concentrations of the various chlorinated derivatives of isocyanuric acid in equilibrium in the aqueous solution; - a first value of the absorbance of a first radiation beam passing through the aqueous solution is measured, wherein the first radiation beam has a wavelength of between 210 and 220 nanometers, in order to determine at least the value of total absorbance of the first chlorinated derivatives of isocyanuric acid; and, - according to the first value of the absorbance of the first radiation beam passing through the aqueous solution, to said absorption coefficients of said first chlorinated derivatives of isocyanuric acid and to said relative values of the concentrations of the various chlorinated derivatives of the isocyanuric acid, the first absolute values of the concentrations of the various chlorinated derivatives of isocyanuric acid are determined, said first absolute values substantially corresponding to the actual absolute values of the concentrations of the various chlorinated derivatives of isocyanuric acid in equilibrium in said aqueous solution. - the absorption coefficients of each of the first chlorinated derivatives of isocyanuric acid in the aqueous solution, which are capable of absorbing a radiation beam with a wavelength between 210 and 220 nanometers, are determined; - the acidity of the aqueous solution is determined so as to provide relative values of the concentrations of the various chlorinated derivatives of isocyanuric acid in equilibrium in the aqueous solution; - a first value of the absorbance of a first radiation beam passing through the aqueous solution is measured, wherein the first radiation beam has a wavelength of between 210 and 220 nanometers, in order to determine at least the value of total absorbance of the first chlorinated derivatives of isocyanuric acid; and, - according to the first value of the absorbance of the first radiation beam passing through the aqueous solution, to said absorption coefficients of said first chlorinated derivatives of isocyanuric acid and to said relative values of the concentrations of the various chlorinated derivatives of the isocyanuric acid, the first absolute values of the concentrations of the various chlorinated derivatives of isocyanuric acid are determined, said first absolute values substantially corresponding to the actual absolute values of the concentrations of the various chlorinated derivatives of isocyanuric acid in equilibrium in said aqueous solution.
A pneumatic tire comprising a tread for which a rubber composition containing: a rubber component containing styrene-butadiene rubber; an alkylphenol resin; an aliphatic polybasic acid ester having a SP value of 8.40 to 9.50, 10 to 50 parts by mass of a liquid styrene-butadiene copolymer per 100 parts by mass of the rubber component, carbon black having a dibutylphthalate absorption amount of not less than 50 ml/100 g and not greater than 200 ml/100 g, silica having a nitrogen specific surface area (N 2 SA) of not less than 40 m 2 /g and not greater than 500 m 2 /g and a silane coupling agent; the DBP of the carbon black being measured according to JIS K6217-4:2001, and the N 2 SA of the silica being measured by the BET method according to ASTM D3037-93.
Wash apparatus for a vehicle wash installation, which wash apparatus comprises a shaft drivable in rotation about a rotation axis and wash elements operatively connected thereto, for cleaning a vehicle, wherein the wash apparatus is divided axially in two or more wash apparatus segments, wherein at least one wash apparatus segment comprises a wash element holding body having wash elements held thereto, said wash element holding body defining a wash apparatus segment axis which is different from the rotation axis, and a gear device which couples the shaft to the wash element holding body in order to rotate same about the wash apparatus segment axis, wherein the wash element holding body is configured for pivotal movement relative to the shaft via the gear device, characterized in that the gear device comprises a drive element that is connected to the shaft in rotationally fixed relation therewith and a rotary body to which the wash element holding body is held in rotationally fixed relation or which forms the wash element holding body, wherein the rotary body is in engagement with the drive element, and in that the gear device comprises at least one cover body which at least partially covers the rotary body and the drive element in a direction transverse to the wash apparatus segment axis.
A lawn mower comprising: a motor having an output axis; a cutter blade that includes a blade body that is rotatable about a blade rotation axis and a flap that has a changeable flap angle (θ) and is attached to the blade body, and that is driven and rotated driven by the motor, characterized in that the lawn mower further comprises a flap drive mechanism configured to drive the flap, wherein the flap drive mechanism comprises: a flap drive source that generates power for driving the flap; and an intermediate power transmission unit provided on a power transmission path between the flap drive source and the flap and provided coaxially with the blade rotation axis, the output axis of the motor is provided coaxially with the blade rotation axis and the intermediate power transmission unit. a motor having an output axis; a cutter blade that includes a blade body that is rotatable about a blade rotation axis and a flap that has a changeable flap angle (θ) and is attached to the blade body, and a blade body that is rotatable about a blade rotation axis and a flap that has a changeable flap angle (θ) and is attached to the blade body, and that is driven and rotated driven by the motor, characterized in that the lawn mower further comprises a flap drive mechanism configured to drive the flap, wherein the flap drive mechanism comprises: a flap drive source that generates power for driving the flap; and an intermediate power transmission unit provided on a power transmission path between the flap drive source and the flap and provided coaxially with the blade rotation axis, a flap drive source that generates power for driving the flap; and an intermediate power transmission unit provided on a power transmission path between the flap drive source and the flap and provided coaxially with the blade rotation axis, the output axis of the motor is provided coaxially with the blade rotation axis and the intermediate power transmission unit.
A process for obtaining a precipitate from coffee, the precipitate having greater than 50 dry weight percent mannose-oligosaccharides having a degree of polymerisation of from 1 to 10, the method comprising the steps of: (i) providing a MOS-containing hydrolysate derived from a coffee extraction residue material; (ii) contacting the MOS-containing hydrolysate with an organic solvent to form a suspension; and (iii) recovering a precipitate, wherein the organic solvent is added in an amount of at least 50% v/v to the hydrolysate in liquid form, and wherein the organic solvent is methanol, ethanol, n-propanol, isopropanol, or a combination of two or more thereof. (i) providing a MOS-containing hydrolysate derived from a coffee extraction residue material; (ii) contacting the MOS-containing hydrolysate with an organic solvent to form a suspension; and (iii) recovering a precipitate, wherein the organic solvent is added in an amount of at least 50% v/v to the hydrolysate in liquid form, and wherein the organic solvent is methanol, ethanol, n-propanol, isopropanol, or a combination of two or more thereof.
A leaf module for a multi-leaf collimator, comprising a leaf unit and a leaf drive unit, wherein the leaf unit comprises a leaf for shielding beams from a selected area, the leaf unit is mounted displaceably in an adjusting direction with relation to the leaf drive unit, wherein the leaf drive unit is designed to displace the leaf unit linearly in the adjusting direction, and the leaf drive unit comprises at least one drive mechanism which operates based on piezoelectric actuation, characterized in that the leaf drive unit thoroughly encloses the leaf unit within a plane being oriented substantially perpendicularly related to the adjusting direction, wherein the leaf unit further comprises a guiding rod, wherein the guiding rod is a separate part being attached to the leaf, or wherein the guiding rod is an integral part of the leaf, wherein the guiding rod provides the portion of the leaf unit which is enclosed by the leaf drive unit.