mhurhangee/patent-ind-claim-en huggingface dataset:
A modular lighting fixture , comprising: - a fixture housing; - a socket mounted to the fixture housing; - a light-generating module installed in and removable from the socket; and - a controller module to control the light-generating module, the controller module disposed in or separate from the fixture housing, wherein_the light-generating module is configured to provide information to the controller module relating to at least one characteristic of the light generating module; the controller module is configured to control the light-generating module based at least in part on the information provided by the light-generating module, and being characterized in that the information relates to an operating temperature history associated with the light-generating module . - a fixture housing; - a socket mounted to the fixture housing; - a light-generating module installed in and removable from the socket; and - a controller module to control the light-generating module, the controller module disposed in or separate from the fixture housing,
Setting mechanism for a timepiece movement, comprising: a setting gear train, a winder rod adapted to be moved from a first axial position termed a running position to a second axial position termed a setting position, a sliding pinion adapted to be moved from a first axial position in which the sliding pinion is disengaged from the setting gear train to a second axial position in which the sliding pinion meshes with the setting gear train, a lever interengaged with the sliding pinion and adapted to pivot, when the winding rod is moved from a running position to a setting position and vice versa, in order to move the sliding pinion from the first axial position to the second and vice versa, and a device for immobilizing the setting gear train, characterized in that the immobilizing device comprises first and second immobilizing arms and an immobilizing wheel interengaged with the setting gear train, the first and second immobilizing arms being adapted, on the one hand, to the interengaged with the immobilizing wheel in a configuration termed locked in which the setting gear train is immobilized and, on the other hand, to be disengaged from the immobilizing wheel in a configuration termed unlocked in which the sliding pinion is free from meshing with the setting gear train, the immobilizing device comprising to this end a locking/unlocking lever interengaged with the sliding pinion and adapted to cooperate with the first and second immobilizing arms in order to pass from the locked configuration to the unlocked configuration and vice versa when the winding rod is moved from a running position to a setting position and vice versa. a setting gear train, a winder rod adapted to be moved from a first axial position termed a running position to a second axial position termed a setting position, a sliding pinion adapted to be moved from a first axial position in which the sliding pinion is disengaged from the setting gear train to a second axial position in which the sliding pinion meshes with the setting gear train, a lever interengaged with the sliding pinion and adapted to pivot, when the winding rod is moved from a running position to a setting position and vice versa, in order to move the sliding pinion from the first axial position to the second and vice versa, and a device for immobilizing the setting gear train,
A refrigerant charging method of recovering a refrigerant and charging the refrigerant to a second heat source unit , the refrigerant being included in a first heat source unit of an already installed refrigeration cycle apparatus having a utilization unit and in which a refrigeration cycle is to be performed by the refrigerant that circulates, wherein the utilization unit is connected to the first heat source unit and the first heat source unit includes a high-pressure-side shutoff valve and a low-pressure-side shutoff valve , the method comprising: a step of closing the high-pressure-side shutoff valve and the low-pressure-side shutoff valve of the first heat source unit ; a step of detaching the first heat source unit from the already installed refrigeration cycle apparatus ; a step of incorporating the second heat source unit into the already installed refrigeration cycle apparatus ; a step of transferring a first refrigerant from the first heat source unit to the second heat source unit , thereby obtaining a recovered refrigerant, wherein the second heat source unit is configured to be connected to a power source and in an operable state, the first heat source unit and the second heat source unit are connected to each other by a charge hose , and the first refrigerant is transferred from the first heat source unit through the charge hose to the second heat source unit ; and then a step of further charging a second refrigerant whose composition differs from a composition of the recovered refrigerant to the already installed refrigeration cycle apparatus that includes the second heat source unit . a step of closing the high-pressure-side shutoff valve and the low-pressure-side shutoff valve of the first heat source unit ; a step of detaching the first heat source unit from the already installed refrigeration cycle apparatus ; a step of incorporating the second heat source unit into the already installed refrigeration cycle apparatus ; a step of transferring a first refrigerant from the first heat source unit to the second heat source unit , thereby obtaining a recovered refrigerant, wherein the second heat source unit is configured to be connected to a power source and in an operable state, the first heat source unit and the second heat source unit are connected to each other by a charge hose , and the first refrigerant is transferred from the first heat source unit through the charge hose to the second heat source unit ; and then a step of further charging a second refrigerant whose composition differs from a composition of the recovered refrigerant to the already installed refrigeration cycle apparatus that includes the second heat source unit .
Cold head for cryogenic refrigeration machines, comprising a housing , a displacer mounted in a working chamber of the housing , a high-pressure connection for supplying highly compressed refrigerant into the working chamber , a low-pressure connection for discharging expanded refrigerant from the working chamber , and a control valve device (28, 30; 58) for controlling the supply and discharge of refrigerant into and from the working chamber , a distributor body in which at least a first connecting channel is provided for connecting the high-pressure connection to the working chamber , characterized by a bypass channel connecting the high-pressure connection to the low-pressure connection and provided in the distributor body .
A non-transitory machine-readable storage medium encoded with instructions executable by a hardware processor of a computing component , the machine-readable storage medium comprising instructions to cause the hardware processor to: determine , in a wireless local area network, WLAN, a plurality of client devices (110a-h) having data to be transmitted to an access point, AP (106a-h), each of the plurality of client devices (110a-h) being associated with a device class; create a group of client devices (110a-h) from the plurality of client devices (110a-h) for uplink multi-user transmission, the group of client devices (110a-h) identified as being associated with the same device class, wherein the device class is indicative of each of the client device's transmitter fidelity; and select , for each of the client devices (110a-h) in the group of client devices (110a-h), a modulation coding scheme, MCS, and a desired received signal strength indication, RSSI, at the AP (106a-c) from which a transmit power is derived, the MCS and the transmit power to be used during transmission of the data from each of the client devices (110a-h) in the group of client devices (110a-h) to the AP (106a-c). determine , in a wireless local area network, WLAN, a plurality of client devices (110a-h) having data to be transmitted to an access point, AP (106a-h), each of the plurality of client devices (110a-h) being associated with a device class; create a group of client devices (110a-h) from the plurality of client devices (110a-h) for uplink multi-user transmission, the group of client devices (110a-h) identified as being associated with the same device class, wherein the device class is indicative of each of the client device's transmitter fidelity; and select , for each of the client devices (110a-h) in the group of client devices (110a-h), a modulation coding scheme, MCS, and a desired received signal strength indication, RSSI, at the AP (106a-c) from which a transmit power is derived, the MCS and the transmit power to be used during transmission of the data from each of the client devices (110a-h) in the group of client devices (110a-h) to the AP (106a-c).
A headrest assembly comprising: a headrest frame ; a pad mounted at a front surface of the headrest frame ; loops protruding from a back surface of the headrest frame ; and a retainer insertable through the loops for securing the headrest frame to a seat back panel , wherein the retainer is in a loop form with projecting tabs , and wherein the loops disposed about a closed shape that matches the loop form of the retainer with the openings of the loops facing toward the center of the closed shape for receiving the projecting tabs of the retainer . a headrest frame ; a pad mounted at a front surface of the headrest frame ; loops protruding from a back surface of the headrest frame ; and a retainer insertable through the loops for securing the headrest frame to a seat back panel , wherein the retainer is in a loop form with projecting tabs , and wherein the loops disposed about a closed shape that matches the loop form of the retainer with the openings of the loops facing toward the center of the closed shape for receiving the projecting tabs of the retainer .
An internal combustion engine comprising: external surfaces and internal surfaces, said internal surfaces comprising a group of internal surfaces located on at least one of a combustion chamber, an air intake passage, an exhaust passage, an exhaust manifold, a valve and combinations thereof; at least a portion of said group of internal surfaces being metal selected from aluminum, aluminum alloy, titanium or titanium alloy; and at least some portions of the metal being coated metal surfaces having a chemically adherent coating comprising TiO 2 , said coated metal surfaces positioned such that, during operation of said engine, intake air, fuel/air mixture and/or exhaust gas contact said chemically adherent coating thereby increasing decomposition rate of HC, CO or NO x and/or reducing formation rate of CO or NO x emissions resulting from combustion in the combustion chamber, wherein said chemically adherent coating is obtainable through plasma electrolytic deposition from an electrolyte solution comprising water, a water-soluble and /or water-dispersible phosphorus oxy acid or salt and H 2 TiF 6 wherein the portions of the metal being coated are connected as the anode and pulsed direct current is used.
A thermally conductive composition comprising: metal particles (A); and a dispersion medium (B) in which the metal particles (A) are dispersed, wherein the metal particles (A) form a particle coupling structure by being sintered through a thermal treatment performed on the thermally conductive composition, the metal particles (A) have a particle size D 50 at 50% in a volume-based cumulative distribution of equal to or greater than 1 μ m and equal to or smaller than 4 μ m, the metal particles (A) have a standard deviation of the particle size of equal to or less than 2.0 μ m, where the particle size of the metal particles is determined by measuring a volume-based median diameter by using a flow-type particle image analyzer FPIA (registered trademark)-3000 manufactured by Sysmex Corporation, and the dispersion medium (B) includes a compound having only one epoxy group in a molecule and does not include a compound having two or more epoxy groups in a molecule. metal particles (A); and a dispersion medium (B) in which the metal particles (A) are dispersed, wherein the metal particles (A) form a particle coupling structure by being sintered through a thermal treatment performed on the thermally conductive composition, the metal particles (A) have a particle size D 50 at 50% in a volume-based cumulative distribution of equal to or greater than 1 μ m and equal to or smaller than 4 μ m, the metal particles (A) have a standard deviation of the particle size of equal to or less than 2.0 μ m, where the particle size of the metal particles is determined by measuring a volume-based median diameter by using a flow-type particle image analyzer FPIA (registered trademark)-3000 manufactured by Sysmex Corporation, and the dispersion medium (B) includes a compound having only one epoxy group in a molecule and does not include a compound having two or more epoxy groups in a molecule.
Method for coating workpieces , preferably consisting at least in portions of wood, wood materials, plastics material or the like, with a coating material , wherein the method comprises the steps of: providing a functional layer that can be made adhesive by inputting energy, supplying the coating material to a workpiece to be coated, at least partially activating the functional layer by gassing the functional layer with a heated gas, wherein the heated gas is discharged onto the functional layer via at least one discharge opening and a pressure of at least 1.5 bar in the region of the at least one discharge opening , and joining the coating material to the workpiece by means of the activated functional layer , characterised in that the at least one discharge opening is at a distance of at most 10 mm from the functional layer . providing a functional layer that can be made adhesive by inputting energy, supplying the coating material to a workpiece to be coated, at least partially activating the functional layer by gassing the functional layer with a heated gas, wherein the heated gas is discharged onto the functional layer via at least one discharge opening and a pressure of at least 1.5 bar in the region of the at least one discharge opening , and joining the coating material to the workpiece by means of the activated functional layer , characterised in that the at least one discharge opening is at a distance of at most 10 mm from the functional layer .
Covering apparatus comprising at least one vertical upright , provided, at an upper end thereof, with an upper base , said apparatus also comprising at least two horizontal crosspieces attached to said vertical upright at said upper end , wherein the vertical upright has, in itself and/or associated with it, at least one support surface defined, at least partly, by said upper base and on which at least one corresponding horizontal crosspiece is positioned resting, wherein said at least one vertical upright is defined by a plurality of walls , connected to each other in a closed ring, wherein at least a part of said support surface is defined by the thickness of at least some of said walls , wherein at least one of said horizontal crosspieces is connected to said vertical upright by means of one or more auxiliary elements , connected to said upper end , characterized in that said auxiliary element comprises at least one specialized lateral wall to which one of said horizontal crosspieces is attached, wherein said at least one specialized lateral wall lies on a plane substantially parallel to the lying plane of one of said walls of said at least one vertical upright , the reciprocal distance between the two lying planes of said specialized lateral wall and one of said walls defining on said upper base at least a part of said support surface , and in that said at least one specialized lateral wall is connected, at a base edge, to a bottom wall of said auxiliary element , wherein said bottom wall has smaller plan sizes than those of said upper base defining, on said upper base , at least a part of said support surface .
A securing element for a sanitary fitting , comprising - a coupling element which can be secured at least partially in an opening of a support , the sanitary fitting being secured to the coupling element in releasable manner; - at least one supply channel via which a liquid can be supplied to the sanitary fitting ; - at least one valve which opens the at least one supply channel when the sanitary fitting is secured to the coupling element and closes the at least one supply channel when the sanitary fitting is not secured to the coupling element , the at least one valve having a valve body which is pressed in the direction of a valve seat by means of a spring ; - at least one locking element for securing the coupling element in the opening of the support , the at least one locking element being of annular design and being arranged on an outer surface of the coupling element , characterized in that the locking element can be adjusted against a lower side of the support , so that the securing element can be clamped firmly to the support , and has a latching hook . - a coupling element which can be secured at least partially in an opening of a support , the sanitary fitting being secured to the coupling element in releasable manner; - at least one supply channel via which a liquid can be supplied to the sanitary fitting ; - at least one valve which opens the at least one supply channel when the sanitary fitting is secured to the coupling element and closes the at least one supply channel when the sanitary fitting is not secured to the coupling element , the at least one valve having a valve body which is pressed in the direction of a valve seat by means of a spring ; - at least one locking element for securing the coupling element in the opening of the support , the at least one locking element being of annular design and being arranged on an outer surface of the coupling element , characterized in that the locking element can be adjusted against a lower side of the support , so that the securing element can be clamped firmly to the support , and has a latching hook .
A packaged pharmaceutical product for use in a method of treating multiple sclerosis (MS) comprising: ingesting one dose of estriol and one dose of norethindrone daily from a first region of the product; and when the doses In the first region are exhausted, ingesting one dose of estriol daily from a second region of the product, wherein the packaged pharmaceutical product is for conjoint administration with glatiramer acetate, wherein the packaged pharmaceutical product is for use by a pre-menopausal or peri-menopausal woman, and wherein the packaged pharmaceutical product comprises: the first region comprising a first series of doses of 8 mg of estriol, wherein each dose of the estriol is associated with a dose of 0.7 mg of norethindrone; and the second region comprising a second series of doses of 8 mg of estriol that are not associated with doses of the norethindrone; wherein each successive dose of the estriol In each series is associated with successive days of an administration cycle, and the administration cycle consists of 84 consecutive calendar days; the first region comprises 14 doses of each of the estriol and the norethindrone; and the second region comprises 70 doses of the estriol. ingesting one dose of estriol and one dose of norethindrone daily from a first region of the product; and when the doses In the first region are exhausted, ingesting one dose of estriol daily from a second region of the product, wherein the packaged pharmaceutical product is for conjoint administration with glatiramer acetate, wherein the packaged pharmaceutical product is for use by a pre-menopausal or peri-menopausal woman, and wherein the packaged pharmaceutical product comprises: the first region comprising a first series of doses of 8 mg of estriol, wherein each dose of the estriol is associated with a dose of 0.7 mg of norethindrone; and the second region comprising a second series of doses of 8 mg of estriol that are not associated with doses of the norethindrone; wherein each successive dose of the estriol In each series is associated with successive days of an administration cycle, and the administration cycle consists of 84 consecutive calendar days; the first region comprises 14 doses of each of the estriol and the norethindrone; and the second region comprises 70 doses of the estriol. the first region comprising a first series of doses of 8 mg of estriol, wherein each dose of the estriol is associated with a dose of 0.7 mg of norethindrone; and the second region comprising a second series of doses of 8 mg of estriol that are not associated with doses of the norethindrone; wherein each successive dose of the estriol In each series is associated with successive days of an administration cycle, and the administration cycle consists of 84 consecutive calendar days; the first region comprises 14 doses of each of the estriol and the norethindrone; and the second region comprises 70 doses of the estriol.
A cosmetic method of treating or reducing edematous fibrosclerotic panniculopathy (EFP) in a patient comprising the steps of: providing a pharmaceutical composition comprising collagenase I and collagenase II in an approximate 1:1 mass ratio and having a specific activity of about 10,000 ABC units per 0.58 mg of collagenase, wherein the collagenase I and collagenase II have a purity of at least about 95% by area as determined by reverse phase high performance liquid chromatography, and administering one or a plurality of concurrent subdermal injections of the pharmaceutical composition to an area affected by EFP, wherein the dose of collagenase I and collagenase II per injection comprises between about 0.00029 mg to about 0.0116 mg and the total dose of the collagenase I and collagenase II administered comprises between about 0.00029 mg and about 0.116 mg, wherein the plurality of subdermal injections are administered at a plurality of injection sites within the area affected by EFP, the area of EFP having a length of about 6 cm to about 15 cm and a width of about 4 cm to about 10 cm.
Motor vehicle comprising a bodyshell structure which delimits at least one passenger compartment and one front compartment that are separated by an upper transverse cross member, said vehicle having a steering column with a steering wheel attached to a top extremity of the said column that is coupled in the engine compartment to a steering system and that extends into the passenger compartment by passing under the cross member , said steering column being adjustable in inclination between extreme minimum and maximum angular positions (α m ), and being collapsible longitudinally by a safety device in the event of an impact driving the steering wheel towards an element in the driver's compartment which includes a dashboard, the vehicle including means for angularly positioning the column that can move the column from the maximum inclined position of same to a given, less inclined angular position for which the collapse is effected along the entire collapse path without encountering any obstruction to the driver's compartment en route, which can be activated no later than the time of longitudinal collapse of the column to facilitate said collapse, the angular positioning means being synchronized with activation of the safety device and including at least one guided element that is rigidly connected to a tube of the steering column and that can cooperate with guide means , characterized in that the guide means rigidly connected to the bodyshell structure of the vehicle are carried on the cross member with a high degree of rigidity to prevent collapse of the column from causing said guide means to be moved.