mhurhangee/patent-ind-claim-en huggingface dataset:
A power-driven system for a vehicle , comprising: an engine ; a plurality of input shafts , the engine being configured to selectively engage with at least one of the plurality of input shafts , a gear-position driving gear being arranged on each input shaft ; a plurality of output shafts , a gear-position driven gear being arranged on each output shaft , the gear-position driven gears correspondingly meshing with the gear-position driving gears; a first motor power shaft , a motor power shaft first gear being arranged on the first motor power shaft , the motor power shaft first gear and the plurality of output shafts linking with a differential of the vehicle respectively; a second motor power shaft , a motor power shaft second gear being arranged on the second motor power shaft , the motor power shaft second gear linking with one gear-position driven gear; a transfer gear , configured to selectively engage with the motor power shaft first gear to link with the motor power shaft first gear, and selectively engage with the motor power shaft second gear to link with the motor power shaft second gear ; a first motor generator , configured to link with the transfer gear ; a motor power shaft third gear configured to mesh with the transfer gear ; and a first motor power shaft synchronizer for engaging the motor power shaft third gear with the first motor power shaft , characterized in that the motor power shaft third gear is freely sleeved on the first motor power shaft and in that the first motor power shaft synchronizer is arranged on the first motor power shaft . an engine ; a plurality of input shafts , the engine being configured to selectively engage with at least one of the plurality of input shafts , a gear-position driving gear being arranged on each input shaft ; a plurality of output shafts , a gear-position driven gear being arranged on each output shaft , the gear-position driven gears correspondingly meshing with the gear-position driving gears; a first motor power shaft , a motor power shaft first gear being arranged on the first motor power shaft , the motor power shaft first gear and the plurality of output shafts linking with a differential of the vehicle respectively; a second motor power shaft , a motor power shaft second gear being arranged on the second motor power shaft , the motor power shaft second gear linking with one gear-position driven gear; a transfer gear , configured to selectively engage with the motor power shaft first gear to link with the motor power shaft first gear, and selectively engage with the motor power shaft second gear to link with the motor power shaft second gear ; a first motor generator , configured to link with the transfer gear ; a motor power shaft third gear configured to mesh with the transfer gear ; and a first motor power shaft synchronizer for engaging the motor power shaft third gear with the first motor power shaft , characterized in that the motor power shaft third gear is freely sleeved on the first motor power shaft and in that the first motor power shaft synchronizer is arranged on the first motor power shaft .
A rebreathing device , comprising: a movable partition having an actuating side on a first side of the movable partition , and a patient side on a second side of the movable partition ; a housing disposed about the movable partition , the housing having a ventilator orifice for pneumatic communication between a ventilator and the actuating side , and having a patient orifice for pneumatic communication between the patient side and a patient; and a shunt defining a bypass flow path (A) from the actuating side to the patient side , wherein the shunt is blocked during normal operation and unblocked to allow fluid flow from the actuating side to the patient side when patient side is maximally evacuated and the moveable partition is at a maximal displacement toward the patient side ; and a vaporizer disposed in the bypass flow path (A) of the shunt . a movable partition having an actuating side on a first side of the movable partition , and a patient side on a second side of the movable partition ; a housing disposed about the movable partition , the housing having a ventilator orifice for pneumatic communication between a ventilator and the actuating side , and having a patient orifice for pneumatic communication between the patient side and a patient; and a shunt defining a bypass flow path (A) from the actuating side to the patient side , wherein the shunt is blocked during normal operation and unblocked to allow fluid flow from the actuating side to the patient side when patient side is maximally evacuated and the moveable partition is at a maximal displacement toward the patient side ; and a vaporizer disposed in the bypass flow path (A) of the shunt .
An angioplasty balloon catheter with a polymer-free coating on the balloon surface, comprising at least one limus substance in an unencapsulated crystalline form, wherein the unencapsulated crystalline limus substance was applied directly from a solvent mixture of at least one polar organic solvent and at least one apolar organic solvent.
A treatment apparatus configured to treat a heating and/or cooling system characterised in that said treatment apparatus comprises a filter module and one or more other separable treatment modules and wherein the filter module is configured, in use, to receive a full flow of system water and to remove particles from said system water and wherein the apparatus is configured such that, in use, all system water flows through a filter (F1, F2) at least once in a 24 hour period and wherein the filter module comprises two filters (F1, F2) connected in parallel and one or more valves configured to allow fluid to be selectively directed to flow through one or both filters (F1, F2).
Back carrying container, comprising a receptacle having a rear side directed towards the back of the wearer in the carrying direction and two shoulder straps through which the arms pass in the carrying position, wherein at least one reversibly openable and closable pocket having at least one padding element removably arranged therein is provided on the rear side , wherein a plurality of padding elements arranged next to or on top of one another are provided in the pocket , which are either not connected or are firmly or releasably connected to one other, wherein the plurality of padding elements have different hardnesses, characterised in that a first, softer padding element is firmly fixed in position in the pocket , whilst one or more other harder padding elements can be removed.
Ski binding intended to cooperate with a gripping interface located at the level of the heel of a boot for skiing, said boot comprising a sole intended to be in contact with the ground during walking phases , and a shell covering the foot, said binding comprising a base intended to be attached to a ski board and a heel piece mounted on the base , said binding comprising a hooking member arranged on the heel piece , characterized in that the hooking member comprises: a groove oriented parallel to the base and shaped so as to have a shape corresponding to the shoe's grip interface, and lateral indexing means capable of laterally positioning the boot , and in that the heel piece is elastically movable along a longitudinal axis, intended to be parallel to the longitudinal axis of the ski.
Wastewater lifting system , wherein the wastewater lifting system comprises an inlet pipe , a solids collection space for receiving untreated wastewater via the inlet pipe , a screen device which is freely accessible from the outside, a pump , and a collection container for receiving wastewater pre-treated at least partially by the screen device , wherein the solids collection space is connected to a pressure pipeline and to a suction line and, via the screen device and the pump , in terms of flow to the collection container , wherein the wastewater lifting system is configured such that solids present in the wastewater are retained by the screen device and remain in the solids collection space , and the collection container , which is filled with the at least partially pre-treated wastewater , is emptied by means of the pump , and the thus generated delivery flow of the wastewater is pumped through the screen device and through the solids collection space into the pressure pipeline , wherein the solids of the wastewater in the solids collection space are carried along by the delivery flow and pass into the pressure pipeline , characterized in that the screen device comprises at least one module which has an outer frame , in that , within the outer frame , there extend from the circumference thereof towards the centre of the outer frame multiple alternately long and short pins which are arranged with a spacing to one another and which run in an inclined manner in relation to the plane formed by the outer frame and in the direction of the delivery flow generated during the emptying of the collection container so as to deviate from the vertical direction, wherein the pins are in the form of round pins and consist of an elastic material, and in that the screen device forms an independent component, which is connected detachably to the wastewater lifting system .
A fiber optic assembly , comprising: first and second fiber optic ribbons , each comprising a plurality of optical fibers coupled in a substantially flat arrangement where the optical fibers are aligned side-by-side with one another, wherein the optical fibers of the first ribbon are fusion spliced together with the optical fibers of the second ribbon such that the spliced ribbons at the splice have a common lengthwise axis (L), widthwise axis (W) orthogonal to the lengthwise axis, and thickness axis (T) orthogonal to the lengthwise and widthwise axes; and a splice protector supporting the optical fibers of the first and second fiber optic ribbons that are spliced to one another at the splice , wherein the splice protector comprises an ultra-violet light curable adhesive that provides a flexible support for the splice, wherein the splice protector comprises a translucent, flexible substrate , wherein the translucent, flexible substrate is a separate body in addition to the adhesive and is a thin, flexible glass sheet, wherein the thin, flexible glass sheet is less than 0.25 mm thick, wherein the splice protector is at least half as flexible when cured over the splice as the first and second ribbons in bending about the widthwise axis (W), wherein flexibility corresponds to the stiffness coefficient and is observed with the moment required to bend the splice protector about the widthwise axis (W) and an equal length of one of the ribbons in a cantilever arrangement by a vertical deflection of the free end that is ten percent of the length. first and second fiber optic ribbons , each comprising a plurality of optical fibers coupled in a substantially flat arrangement where the optical fibers are aligned side-by-side with one another, wherein the optical fibers of the first ribbon are fusion spliced together with the optical fibers of the second ribbon such that the spliced ribbons at the splice have a common lengthwise axis (L), widthwise axis (W) orthogonal to the lengthwise axis, and thickness axis (T) orthogonal to the lengthwise and widthwise axes; and a splice protector supporting the optical fibers of the first and second fiber optic ribbons that are spliced to one another at the splice , wherein the splice protector comprises an ultra-violet light curable adhesive that provides a flexible support for the splice, wherein the splice protector comprises a translucent, flexible substrate , wherein the translucent, flexible substrate is a separate body in addition to the adhesive and is a thin, flexible glass sheet, wherein the thin, flexible glass sheet is less than 0.25 mm thick, wherein the splice protector is at least half as flexible when cured over the splice as the first and second ribbons in bending about the widthwise axis (W), wherein flexibility corresponds to the stiffness coefficient and is observed with the moment required to bend the splice protector about the widthwise axis (W) and an equal length of one of the ribbons in a cantilever arrangement by a vertical deflection of the free end that is ten percent of the length.
A mode-locked laser source for emitting radiation in a given emission spectral band, centered on a given emission angular frequency, ω, comprising: - a mode-locked laser cavity comprising a gain section having a known frequency dependent Group Delay Dispersion , the Gain GDD, and a GTI mirror arranged at one end of the gain section, and having a known frequency dependent Group Delay Dispersion, the GTI GDD, wherein: - the gain section and the GTI mirror are formed into a same laser medium, said laser medium having a known frequency dependent Group Delay Dispersion, the material GDD, thus forming a two parts laser cavity; - the gain section and the GTI mirror are separated by a gap of predetermined width ( a ) filled with a dielectric medium; and - the GTI GDD at least partly compensates the sum of the Gain GDD and the material GDD in said emission spectral band. - a mode-locked laser cavity comprising a gain section having a known frequency dependent Group Delay Dispersion , the Gain GDD, and a GTI mirror arranged at one end of the gain section, and having a known frequency dependent Group Delay Dispersion, the GTI GDD, wherein: - the gain section and the GTI mirror are formed into a same laser medium, said laser medium having a known frequency dependent Group Delay Dispersion, the material GDD, thus forming a two parts laser cavity; - the gain section and the GTI mirror are separated by a gap of predetermined width ( a ) filled with a dielectric medium; and - the GTI GDD at least partly compensates the sum of the Gain GDD and the material GDD in said emission spectral band.
Use of the individual fluorescence decay times of the intrinsic fluorescence (auto-fluorescence) of polymers for the detection thereof, preferably for the detection thereof for homogeneous sorting for recycling.
A method for influencing a heating control device , to which a sensor , designed as a supply temperature sensor, is connectable via an interface , and which controls a supply temperature of a heating medium in a heating system corresponding to a control characteristic based on a sensor value (R0) measured as a resistance value, wherein the control characteristic of the heating control device is influenced by specifying a correction value (Rs) and wherein the correction value (Rs) is formed by a simulation of the sensor value while taking into account the measured sensor value (R0), characterized in that the simulated sensor value (Rs) is provided to the interface , present in the heating control device , for the supply temperature sensor so that an influence of the characteristic curve of the heating control device is carried out without providing an additional interface and the previously-used supply temperature sensor of the heating control device is used as an input variable for the heating control system.
Service and cleaning trolley that can be pushed by hand, having an undercarriage and having a plurality of rollers mounted on the undercarriage , wherein four side struts that form a basic framework for a structure of the service and cleaning trolley are furthermore provided, and wherein the side struts are formed from a metal system profile, characterized in that , in the mounted state, a support that can be folded out is arranged between two metal system profiles, wherein the support has at least one fastening frame , which can be clipped in the metal system profiles without fastening means, at least one support surface , which can be pivoted with respect to the fastening frame , and at least one fixing bracket , by means of which, in the folded-out state of the support surface , the position of the support surface relative to the fastening frame is fixed.
Induction hob apparatus with supply circuits configured as induction heating circuits, in order to supply heating elements and with at least one switching component, in particular a domestic appliance switching component, which has a series circuit of at least two field effect transistors (30, 30', 30") and at least two driver circuits (40, 40', 40"), which are each associated with one of the at least two field effect transistors (30, 30', 30"), and which is a component of an induction heating circuit, wherein the driver circuits (40, 40', 40") each have at least one switching element , which short circuits two control contacts (32, 34, 32', 34', 32", 34") of each field effect transistor (30, 30', 30") in at least one operating state, wherein the switching component comprises at least one main driver , which applies at least one electrical signal to at least the at least two driver circuits (40, 40', 40") in at least one operating state, wherein input contacts of the driver circuits (40, 40', 40") are connected to one another, being at the same time connected directly to an output contact of the main driver .
A boat sail in the form of a membrane sail made up of two transparent plastic sheets between which are arranged: at least one network of reinforcing fibers and battens , characterized in that photovoltaic films are arranged between the two transparent plastic sheets, in that the sail comprises at least one zone free of battens and photovoltaic films, in the shape of a curvilinear triangle , one side of which is located on the aft edge of the sail and the vertex of which, opposite said side , is located on the leading edge of the sail.
A process for producing acetic acid comprising: carbonylating at least one member selected from the group consisting of methanol, dimethyl ether, and methyl acetate in a reactor in a reaction medium comprising water, a rhodium catalyst, methyl iodide and a halide salt, wherein the rhodium catalyst is present in the reaction medium in an amount from 200 to 3000 wppm as rhodium; separating a portion of the reaction medium in a flash vessel to form a less volatile stream and a vapor product stream comprising acetic acid; recycling a liquid stream to the reactor, wherein the liquid stream comprises a portion of the less volatile stream and wherein the liquid stream comprises iron; setting a threshold value of iron for the portion of the reaction medium, wherein the threshold value of iron concentration is a value selected within the range from 500 wppm to 1200 wppm; determining an iron content in the portion of the reaction medium; removing at least a portion of the iron from the liquid stream by contacting a portion of the liquid stream with a cation exchange resin when the iron content exceeds threshold value; and maintaining an iron concentration in the reaction medium of from 100 to 500 wppm. carbonylating at least one member selected from the group consisting of methanol, dimethyl ether, and methyl acetate in a reactor in a reaction medium comprising water, a rhodium catalyst, methyl iodide and a halide salt, wherein the rhodium catalyst is present in the reaction medium in an amount from 200 to 3000 wppm as rhodium; separating a portion of the reaction medium in a flash vessel to form a less volatile stream and a vapor product stream comprising acetic acid; recycling a liquid stream to the reactor, wherein the liquid stream comprises a portion of the less volatile stream and wherein the liquid stream comprises iron; setting a threshold value of iron for the portion of the reaction medium, wherein the threshold value of iron concentration is a value selected within the range from 500 wppm to 1200 wppm; determining an iron content in the portion of the reaction medium; removing at least a portion of the iron from the liquid stream by contacting a portion of the liquid stream with a cation exchange resin when the iron content exceeds threshold value; and maintaining an iron concentration in the reaction medium of from 100 to 500 wppm.
A fine fiber comprising a core phase and a coating phase; wherein the fine fiber has an average fiber diameter of no greater than 10 μm; wherein the core phase comprises a polymer and the coating phase comprises a resinous aldehyde composition; and further wherein at least a portion of the polymer is crosslinked by the resinous aldehyde composition; wherein the polymer comprises: a nylon; a polyvinyl butyral, an ethylene co-vinyl alcohol co-polymer, or a mixture thereof; a cellulose derivative selected from the group consisting of ethyl cellulose, hydroxyl ethyl cellulose, cellulose acetate, cellulose acetate butyrate, cellulose acetate propionate, cellulose acetate phthalate, and mixtures thereof; a poly(meth)acrylic acid homopolymer or copolymer; or a poly(maleic anhydride) copolymer. a nylon; a polyvinyl butyral, an ethylene co-vinyl alcohol co-polymer, or a mixture thereof; a cellulose derivative selected from the group consisting of ethyl cellulose, hydroxyl ethyl cellulose, cellulose acetate, cellulose acetate butyrate, cellulose acetate propionate, cellulose acetate phthalate, and mixtures thereof; a poly(meth)acrylic acid homopolymer or copolymer; or a poly(maleic anhydride) copolymer.
A solar tracker float assembly having a support extending along a principal longitudinal rotational axis and comprising at least one elongated floating tube element (101-104) extending along and/or parallel to said principal longitudinal rotational axis, said floating tube element having at least one internal cavity, at least one array of photovoltaic solar modules oriented at an angle with regard to said principal longitudinal rotational axis and rigidly connected to said support of the tracker float assembly, wherein the solar tracker assembly comprises a plurality of floating tubes elements (101-104) symmetrically and longitudinally disposed along said principal longitudinal rotational axis or wherein said floating tube element comprises multiple cavities radially and/or regularly disposed around said principal longitudinal rotational axis to be filled or emptied by air to introduce or push out water for rotation about said principal longitudinal rotational axis and a control system comprising air pumping means and an electronic controller arranged to control said air pumping means, the filling and emptying of the water being obtained by injection or withdrawal of air via said air pumping means the water being introduced by gravity or pushed out by air pressure in order to rotate the solar floating tracker assembly about said principal longitudinal rotational axis between a maximum right directed position and a maximum left directed position. at least one array of photovoltaic solar modules oriented at an angle with regard to said principal longitudinal rotational axis and rigidly connected to said support of the tracker float assembly, wherein the solar tracker assembly comprises a plurality of floating tubes elements (101-104) symmetrically and longitudinally disposed along said principal longitudinal rotational axis or wherein said floating tube element comprises multiple cavities radially and/or regularly disposed around said principal longitudinal rotational axis to be filled or emptied by air to introduce or push out water for rotation about said principal longitudinal rotational axis and a control system comprising air pumping means and an electronic controller arranged to control said air pumping means, the filling and emptying of the water being obtained by injection or withdrawal of air via said air pumping means the water being introduced by gravity or pushed out by air pressure in order to rotate the solar floating tracker assembly about said principal longitudinal rotational axis between a maximum right directed position and a maximum left directed position.