mhurhangee/patent-ind-claim-en huggingface dataset:
A media tank comprising: a housing having a first housing portion coupled to a second housing portion at an interface between the first and second housing portions, the first and second housing portions collectively defining an interior volume of the housing; and a divider positioned within the interior volume of the housing at the interface between the first and second housing portions to separate the interior volume into a first chamber at least partially defined by the first housing portion and the divider and a second chamber at least partially defined by the second housing portion and the divider, characterized in that , the divider is provided at an axial position that is aligned with the interface, the first housing portion is coupled to the second housing portion via a friction weld at the interface, an annular gap is provided between the divider and the first housing portion, and flash from the friction weld is received within the annular gap. a housing having a first housing portion coupled to a second housing portion at an interface between the first and second housing portions, the first and second housing portions collectively defining an interior volume of the housing; and a divider positioned within the interior volume of the housing at the interface between the first and second housing portions to separate the interior volume into a first chamber at least partially defined by the first housing portion and the divider and a second chamber at least partially defined by the second housing portion and the divider, characterized in that , the divider is provided at an axial position that is aligned with the interface, the first housing portion is coupled to the second housing portion via a friction weld at the interface, an annular gap is provided between the divider and the first housing portion, and flash from the friction weld is received within the annular gap.
A driver apparatus for driving one or more light emitting diodes , the driver apparatus comprising a power converter portion for converting operating power supplied to the driver apparatus into a driving current for light emitting diodes , characterized in that the power converter portion comprises two or more power converter stages, of which a first power converter stage is configured to derive an intermediate circuit voltage, said driver apparatus further comprising a control portion for issuing control signals to control the power converter portion , a current monitoring portion arranged to measure a current in the first power converter stage of the power converter portion and to provide a current measurement signal, and a temperature monitoring portion for providing a temperature measurement signal indicative of ambient temperature of the driver apparatus , wherein the control portion is configured to issue, in response to the current measurement signal indicating a current exceeding a threshold value, one or more control signals for limiting the output power of the first power converter stage , and set the threshold value based on the temperature measurement signal.
Apparatus for the erosion of dense aggregates comprising: - a casing defining an operating chamber , where the casing includes at least: f) a bottom , g) lateral walls , h) a covering wall , i) a hatch for accessing the chamber and allowing the insertion of an article (I) to be eroded or broken up, j) at least one window for viewing the article (I) inside the chamber ; - a spraying device , housed in the chamber, for dispensing a pressurized liquid; - pumping means for feeding said pressurized liquid toward said spraying device ; - first gripping means for gripping and handling, inside the chamber , the spraying device ; - second gripping means for gripping and handling, inside the chamber , the article (I) to be eroded or broken up; wherein said spraying device includes a body , which acts as handle, in which there is produced at least one duct for passage of the pressurized liquid and at least one nozzle , in communication with said body , the apparatus being characterized by the fact that the nozzle comprises an inner channel with a first stretch and a second stretch , from which the pressurized liquid flows, where said second stretch has a cross section between 0.007 mm 2 and 3 mm 2 , and in which the pumping means operate at a pressure between 50 bar and 300 bar. - a casing defining an operating chamber , where the casing includes at least: f) a bottom , g) lateral walls , h) a covering wall , i) a hatch for accessing the chamber and allowing the insertion of an article (I) to be eroded or broken up, j) at least one window for viewing the article (I) inside the chamber ; f) a bottom , g) lateral walls , h) a covering wall , i) a hatch for accessing the chamber and allowing the insertion of an article (I) to be eroded or broken up, j) at least one window for viewing the article (I) inside the chamber ; - a spraying device , housed in the chamber, for dispensing a pressurized liquid; - pumping means for feeding said pressurized liquid toward said spraying device ; - first gripping means for gripping and handling, inside the chamber , the spraying device ; - second gripping means for gripping and handling, inside the chamber , the article (I) to be eroded or broken up;
Oil separator of a P[ositive]C[rankcase]V[entilation] system, featuring a ring filter element which is designed to separate oil from fluid, a sealing element detachably or non-detachably attached to the ring filter element and a filter housing with two parts designed to receive the ring filter element , wherein the interior area of the filter housing is divided by the the ring filter element into a raw chamber or a raw side and into a clean chamber or a clean side , wherein the sealing element is made in one piece and features at least one radially sealing area , which is designed to act in the direction of the radius of the ring filter element and at least one axially sealing area , which is designed to act in the direction of the longitudinal axis of the ring filter element , characterized in that the radially sealing area is disposed inside the filter housing and designed to seal the raw side against the clean side and the axially sealing area is disposed between two parts of the filter housing and designed to seal the interior area of the filter housing against the environment; wherein - the radially sealing area is disposed with axial and radial distance to the axially sealing area ; wherein - the radially sealing area and the axially sealing area are offset in relation to each other in the direction of the longitudinal axis of the ring filter element , wherein the radially sealing area is disposed above the axially sealing area following the flow direction of the fluid to be filtered. - the radially sealing area is disposed with axial and radial distance to the axially sealing area ; wherein - the radially sealing area and the axially sealing area are offset in relation to each other in the direction of the longitudinal axis of the ring filter element , wherein the radially sealing area is disposed above the axially sealing area following the flow direction of the fluid to be filtered.
Arrangement for controlling a hydraulic three-point hitch, comprising a hydraulic cylinder with a working chamber , to which pressurized hydraulic fluid can be admitted to change the lifting position of a lower arm comprised by the hydraulic three-point hitch , and also first and second seat valves communicating with the working chamber , the first seat valve being designed for producing a flow connection to a high-pressure source and the second seat valve being designed for producing a return connection to a hydraulic reservoir , characterized in that a pressure compensation valve is connected upstream of each of the two seat valves with respect to its respective through-flow direction .
An electric actuator comprising a high speed shutdown device, comprising: an electric motor ; a lead screw drivably coupled to the electric motor; a lead screw nut threadably coupled to the lead screw; a drive body operably coupled to the lead screw nut and configured to linearly translate in conjunction with the lead screw nut but not to rotate in conjunction with the lead screw nut; a brake operatively coupled between the drive body and the lead screw nut such that the brake enables and prevents rotation of the lead screw nut; an output shaft drivably coupled to the drive body; and a return spring in contact with one of the output shaft or the drive body and configured to apply a return force on one of the output shaft or drive body to position the output shaft in a failsafe state, wherein the lead screw nut is allowed to rotate when the brake does not apply a braking force, wherein the lead screw nut is allowed to linearly translate along the lead screw under operation of the return force from the return spring when the lead screw is not being rotated by the electric motor in order to return the output shaft to the failsafe position, characterized in that the shutdown device further comprises a soft stop spring positioned to engage one of the drive body or output shaft to slow its linear translation over-travel beyond the return of the output shaft to the failsafe position. an electric motor ; a lead screw drivably coupled to the electric motor; a lead screw nut threadably coupled to the lead screw; a drive body operably coupled to the lead screw nut and configured to linearly translate in conjunction with the lead screw nut but not to rotate in conjunction with the lead screw nut; a brake operatively coupled between the drive body and the lead screw nut such that the brake enables and prevents rotation of the lead screw nut; an output shaft drivably coupled to the drive body; and a return spring in contact with one of the output shaft or the drive body and configured to apply a return force on one of the output shaft or drive body to position the output shaft in a failsafe state, wherein the lead screw nut is allowed to rotate when the brake does not apply a braking force, wherein the lead screw nut is allowed to linearly translate along the lead screw under operation of the return force from the return spring when the lead screw is not being rotated by the electric motor in order to return the output shaft to the failsafe position, characterized in that the shutdown device further comprises a soft stop spring positioned to engage one of the drive body or output shaft to slow its linear translation over-travel beyond the return of the output shaft to the failsafe position.
A method for obtaining a ceramic slurry for producing filaments for 3D FDM printing, characterised in that it comprises the stages of: a) preparing a suspension of a ceramic material in at least one alcohol and/or one C1-C8 ketone chain; b) adding a polysaccharide, a glycol or an ethanolamine as a gelling agent; c) adding a vinyl resin or polyalkyl carbonate as a binder; d) adding a phthalate, terpineol, polyolefin, thermoplastic or mixtures thereof as a plasticizing agent; and e) heating at a temperature between 60-150°C to obtain said ceramic slurry, further characterised in that the ratio of said gelling agent with respect to the said ceramic material is between 1:4 and 1:20 by weight; the ratio of said binder with respect to the said ceramic material is between 1:3 and 1:20 by weight; and the ratio of said plasticizing agent with respect to the said ceramic material is between 1:5 and 1:10 by weight, wherein the sequence of any of stages b) to e) may change order or may be simultaneous therebetween. a) preparing a suspension of a ceramic material in at least one alcohol and/or one C1-C8 ketone chain; b) adding a polysaccharide, a glycol or an ethanolamine as a gelling agent; c) adding a vinyl resin or polyalkyl carbonate as a binder; d) adding a phthalate, terpineol, polyolefin, thermoplastic or mixtures thereof as a plasticizing agent; and e) heating at a temperature between 60-150°C to obtain said ceramic slurry, further characterised in that the ratio of said gelling agent with respect to the said ceramic material is between 1:4 and 1:20 by weight; the ratio of said binder with respect to the said ceramic material is between 1:3 and 1:20 by weight; and the ratio of said plasticizing agent with respect to the said ceramic material is between 1:5 and 1:10 by weight, wherein the sequence of any of stages b) to e) may change order or may be simultaneous therebetween.
A method of determining integrity of a well comprising: mixing conductive materials into a fluid; introducing the fluid into the well; allowing the conductive materials to coat a surface of a subsurface formation, thereby forming an electrically conductive data conduit coating; introducing a cement slurry into the well; cementing the well; and transmitting data through the electrically conductive data conduit coating to determine the integrity of the well. mixing conductive materials into a fluid; introducing the fluid into the well; allowing the conductive materials to coat a surface of a subsurface formation, thereby forming an electrically conductive data conduit coating; introducing a cement slurry into the well; cementing the well; and transmitting data through the electrically conductive data conduit coating to determine the integrity of the well.
Method for producing a rod antenna for a vehicle, wherein a helical spring is connected at at least one of the two ends thereof to an antenna component, characterized in that the connection between the helical spring and the antenna component is carried out by expanding the inner diameter of the helical spring , by at least partially inserting the antenna component into the expanded helical spring and subsequently returning the helical spring in the direction of the original inner diameter thereof for the purposes of securing.
A winding machine for winding a finishing roll having a radius R of a sheet material (M) on a core having a radius r c , comprising: a support drum assembly arranged on a first side of the finishing roll and configured to support the finishing roll from the first side; a rider roll arranged on a second side of the finishing roll opposite to the first side and configured to provide a second nip pressure onto the finishing roll from the second side while the finishing roll is supported by the support drum assembly ; and characterised by a control unit configured to adaptively control the second nip pressure applied by the rider roll onto the finishing roll depending on an ascent rate (AR) of the rider roll . a support drum assembly arranged on a first side of the finishing roll and configured to support the finishing roll from the first side; a rider roll arranged on a second side of the finishing roll opposite to the first side and configured to provide a second nip pressure onto the finishing roll from the second side while the finishing roll is supported by the support drum assembly ; and characterised by a control unit configured to adaptively control the second nip pressure applied by the rider roll onto the finishing roll depending on an ascent rate (AR) of the rider roll .
An ice making assembly comprising: a conductive ice mold defining an upper portion of a mold cavity extending from a top end to a bottom end ; an insulation jacket extending downward from the conductive ice mold , the insulation jacket defining a lower portion of the mold cavity , the lower portion of the mold cavity being a vertically open passage aligned with the upper portion of the mold cavity ; a water dispenser positioned below the insulation jacket to direct an ice-building spray of water to the mold cavity through the vertically open passage of the insulation jacket ; characterized by a controller configured to alternately initiate the ice-building spray and a discrete ice-reducing spray to the mold cavity , wherein the ice-reducing spray is initiated subsequent to and separate from the ice-building spray , wherein a plurality of fluid channels is defined through the insulation jacket to the lower portion of the mold cavity , and wherein the plurality of fluid channels is in fluid communication with a fluid pump to direct the ice-reducing spray to the lower portion of the mold cavity . a conductive ice mold defining an upper portion of a mold cavity extending from a top end to a bottom end ; an insulation jacket extending downward from the conductive ice mold , the insulation jacket defining a lower portion of the mold cavity , the lower portion of the mold cavity being a vertically open passage aligned with the upper portion of the mold cavity ; a water dispenser positioned below the insulation jacket to direct an ice-building spray of water to the mold cavity through the vertically open passage of the insulation jacket ; characterized by a controller configured to alternately initiate the ice-building spray and a discrete ice-reducing spray to the mold cavity , wherein the ice-reducing spray is initiated subsequent to and separate from the ice-building spray , wherein a plurality of fluid channels is defined through the insulation jacket to the lower portion of the mold cavity , and wherein the plurality of fluid channels is in fluid communication with a fluid pump to direct the ice-reducing spray to the lower portion of the mold cavity .
A wholly aromatic liquid crystalline polyester resin comprising, structural unit (I) derived from 6-hydroxy-2-naphthoic acid, structural unit (II) derived from an aromatic diol compound, structural unit (III) derived from an aromatic dicarboxylic compound, wherein structural unit (III) comprises structural unit (III A) derived from terephthalic acid, structural unit (III B) derived from 2,6-naphthalene dicarboxylic acid and structural unit (III C) derived from isophthalic acid, wherein the composition ratio (mol %) of said structural units is characterized by satisfying the following conditions: 45 mol % ≤ structural unit I ≤ 75 mol % 12 mol % ≤ structural unit II ≤ 30 mol % 3 mol % ≤ structural unit III A ≤ 28 mol % 2 mol % ≤ structural unit III B ≤ 9 mol % 0 mol % ≤ structural unit III C < 5 mol % wherein the wholly aromatic liquid crystalline polyester resin has a dielectric tangent in measurement frequency 10 GHz as measured according to the description of 0.85 × 10 -3 or less, and wherein the wholly aromatic liquid crystalline polyester resin has a melt tensile force according to the description of 3 mN or more. structural unit (I) derived from 6-hydroxy-2-naphthoic acid, structural unit (II) derived from an aromatic diol compound, structural unit (III) derived from an aromatic dicarboxylic compound, wherein structural unit (III) comprises structural unit (III A) derived from terephthalic acid, structural unit (III B) derived from 2,6-naphthalene dicarboxylic acid and structural unit (III C) derived from isophthalic acid, wherein the composition ratio (mol %) of said structural units is characterized by satisfying the following conditions: 45 mol % ≤ structural unit I ≤ 75 mol % 12 mol % ≤ structural unit II ≤ 30 mol % 3 mol % ≤ structural unit III A ≤ 28 mol % 2 mol % ≤ structural unit III B ≤ 9 mol % 0 mol % ≤ structural unit III C < 5 mol % wherein the wholly aromatic liquid crystalline polyester resin has a dielectric tangent in measurement frequency 10 GHz as measured according to the description of 0.85 × 10 -3 or less, and wherein the wholly aromatic liquid crystalline polyester resin has a melt tensile force according to the description of 3 mN or more.
Mounting aid for a sash of a window, a French window, or the like, which sash is to be rotatably supported on a frame , the window, the French window, or the like having a lower corner bearing and an upper stay bearing , via which the sash , in the mounted state, is mounted on the frame so as to be rotatable about a vertical axis and tiltable about a horizontal axis , a frame-fixed hinge part and a sash-fixed hinge part of the corner bearing being inserted into one another during the assembly of the window, the French window, or the like, the mounting aid having a guide body which can be detachably mounted on the hinge part , characterized in that the guide body has a main body with a shape adapted to the frame and has a holding element for supporting a bearing pin of a corner bearing , for holding the bearing pin in its position during the mounting of the sash and in that the main body is designed for use in a lower corner region between the sash and the frame in order to guide the sash and temporarily fix the bearing pin and has a guide track for guiding the sash .
A compound having the formula, or a pharmaceutically acceptable salt thereof, for use in a method of treating a human suffering from complement 3 glomerulopathy.
A composite electrode active material comprising: core particles capable of intercalating and deintercalating lithium; and a coating layer formed on at least a part of a surface of the core particles, wherein the coating layer comprises a porous carbonaceous material, wherein the porous carbonaceous material has a fiber shape, wherein the carbonaceous material comprises nano-sized pores therein, wherein a diameter of the core particle is 1 μm to 50 μm, wherein a content of the porous carbonaceous material is about 0.1 wt % to about 20 wt % based on the total weight of the composite electrode active material. core particles capable of intercalating and deintercalating lithium; and a coating layer formed on at least a part of a surface of the core particles, wherein the coating layer comprises a porous carbonaceous material, wherein the porous carbonaceous material has a fiber shape, wherein the carbonaceous material comprises nano-sized pores therein, wherein a diameter of the core particle is 1 μm to 50 μm, wherein a content of the porous carbonaceous material is about 0.1 wt % to about 20 wt % based on the total weight of the composite electrode active material.