mhurhangee/patent-ind-claim-en huggingface dataset:
A method of post-processing a 3D printed component , comprising: printing a marker on the 3D printed component or on a support structure with a 3D printer used to form the 3D printed component and the support structure ; sensing the marker and determining a cutting path between the 3D printed component and the support structure attached to the 3D printed component based on the marker ; and outputting the cutting path to a cutting system for cutting through the 3D printed component or the support structure along the cutting path to separate the 3D printed component from the support structure ; wherein a location relative to the marker of a connection point between the support structure and the 3D printed component or the cutting path is encoded in the marker . printing a marker on the 3D printed component or on a support structure with a 3D printer used to form the 3D printed component and the support structure ; sensing the marker and determining a cutting path between the 3D printed component and the support structure attached to the 3D printed component based on the marker ; and outputting the cutting path to a cutting system for cutting through the 3D printed component or the support structure along the cutting path to separate the 3D printed component from the support structure ; wherein a location relative to the marker of a connection point between the support structure and the 3D printed component or the cutting path is encoded in the marker .
A polyamide resin composition comprising: polyamide resin and a glass fiber, the composition comprising 25.0 to 59.95% by weight of the polyamide resin that is composed of a dicarboxylic acid-derived structural unit and a diamine-derived structural unit, 70 mol% or more of the diamine-derived structural unit being derived from xylylenediamine, and 70 mol% or more of the dicarboxylic acid-derived structural unit being derived from sebacic acid; and 40 to 70% by weight of the glass fiber, and a light transmissive colorant, characterized in that the polyamide resin composition has a light transmittance at 800 nm, measured according to ISO 13468-1 and ISO 13468-2, of 48% or larger, and a light transmittance at 1064 nm of 55% or larger. the composition comprising 25.0 to 59.95% by weight of the polyamide resin that is composed of a dicarboxylic acid-derived structural unit and a diamine-derived structural unit, 70 mol% or more of the diamine-derived structural unit being derived from xylylenediamine, and 70 mol% or more of the dicarboxylic acid-derived structural unit being derived from sebacic acid; and 40 to 70% by weight of the glass fiber, and a light transmissive colorant, characterized in that the polyamide resin composition has a light transmittance at 800 nm, measured according to ISO 13468-1 and ISO 13468-2, of 48% or larger, and a light transmittance at 1064 nm of 55% or larger.
An indicia scanning assembly, comprising: a housing having a shock mount receiving space ; and a shock mount positioned in the shock mount receiving space , the shock mount comprising an elastomeric shock mount body defining a passageway, said passageway having: a first end with a scan engine receiving space ; and characterised by : the passageway also having an opposite second end with a scanning window receiving space ; and the elastomeric shock mount body further defining a separating bracket integrally formed from the shock mount body , the separating bracket extending a distance into the passageway between the scan engine receiving space and the scanning window receiving space to provide an abutting surface for the scanning window and an abutting surface for the scan engine. a housing having a shock mount receiving space ; and a shock mount positioned in the shock mount receiving space , the shock mount comprising an elastomeric shock mount body defining a passageway, said passageway having: a first end with a scan engine receiving space ; and characterised by : the passageway also having an opposite second end with a scanning window receiving space ; and the elastomeric shock mount body further defining a separating bracket integrally formed from the shock mount body , a first end with a scan engine receiving space ; and characterised by : the passageway also having an opposite second end with a scanning window receiving space ; and the elastomeric shock mount body further defining a separating bracket integrally formed from the shock mount body , the separating bracket extending a distance into the passageway between the scan engine receiving space and the scanning window receiving space to provide an abutting surface for the scanning window and an abutting surface for the scan engine.
An apparatus for obtaining ion energy distribution measurements in a plasma processing system comprising: a substrate ; a plurality of ion energy sensors each having associated control circuitry disposed in the substrate ; and a conductive enclosure disposed in the substrate and surrounding each ion energy sensor and associated control circuitry such that the substrate at least partially surrounds the conductive enclosure. a substrate ; a plurality of ion energy sensors each having associated control circuitry disposed in the substrate ; and a conductive enclosure disposed in the substrate and surrounding each ion energy sensor and associated control circuitry such that the substrate at least partially surrounds the conductive enclosure.
Distributor, in particular sowing machine with a storage container and a metering device which consists of a plurality of spaced-apart metering units and which is arranged on a rotatably driven sowing shaft and has sowing wheels located between two upright walls of a sowing housing and floor flaps which are arranged on a rotatably mounted floor flap shaft and are assigned to the sowing wheels , wherein an actuating lever acts on the floor flap shaft for rotation therewith in order to adjust the distance of the floor flaps with respect to the circumference of the sowing wheels , characterized in that the actuating lever acts at least approximately over half the length of the length of the floor flap shaft , and in that a rotatably mounted adjustment shaft is arranged running parallel to the floor flap shaft , in that , at the one end of the adjustment shaft , an adjustment element preferably in the form of an adjustment lever is arranged laterally on the sowing machine, in that a transmission lever is arranged spaced apart from the adjustment lever on the adjustment shaft , which extends from the actuating lever fastened to the floor flap shaft to laterally outside the sowing machine, and in that the transmission lever is operatively connected to the actuating lever .
Method for server-side characterization of a rechargeable battery (91-96), which comprises: - obtaining operating values for a capacity of the battery (91-96) and an impedance of the battery (91-96), - based on the operating values: performing at least one state prediction (181-183) for the battery, wherein a simulation of an electrical state of the battery (91-96) and a thermal state of the battery (91-96) is performed and an aging estimate for the capacity and the impedance is determined based on the results, characterized in that : each of the at least one state prediction (181-183) comprises a plurality of iterations , wherein in each iteration the simulation is performed and the aging estimate for the capacity and the impedance is determined based on the results, wherein the aging estimate from a first iteration of the respective state prediction (181-183) is used for the simulation in a subsequent second iteration of the respective state prediction (181-183) . - obtaining operating values for a capacity of the battery (91-96) and an impedance of the battery (91-96), - based on the operating values: performing at least one state prediction (181-183) for the battery, wherein a simulation of an electrical state of the battery (91-96) and a thermal state of the battery (91-96) is performed and an aging estimate for the capacity and the impedance is determined based on the results, characterized in that : each of the at least one state prediction (181-183) comprises a plurality of iterations , wherein in each iteration the simulation is performed and the aging estimate for the capacity and the impedance is determined based on the results, wherein the aging estimate from a first iteration of the respective state prediction (181-183) is used for the simulation in a subsequent second iteration of the respective state prediction (181-183) .
A circuit comprising: a pressure compensator , a high pressure main oleodynamic cylinder , a pressure gauge and said pressure compensator connecting said high pressure main oleodynamic cylinder and said pressure gauge, said main oleodynamic cylinder having a first chamber and a second chamber in which a piston of said main oleodynamic cylinder slides, said pressure compensator comprises two cylinders : a compensating cylinder in which slides a first piston comprising a first piston rod , and a reducing cylinder , in which slides a second piston comprising a second piston rod ; the compensating cylinder being coupled to said main oleodynamic cylinder ; said reducing cylinder comprising at least a low pressure chamber connected to said pressure gauge; a displacement of the piston rod of the reducing cylinder either increasing or decreasing the pressure in said low pressure chamber, proportionately to the working pressures in the main oleodynamic cylinder , the first piston rod of the first piston of the compensating cylinder being axially connected to the second piston rod of the second piston of the reducing cylinder through a coupling joint arranged in a spider assembly , the compensating cylinder comprising a first chamber and a second chamber , respectively coupled to said first chamber and said second chamber of said main oleodynamic cylinder , a size of said compensating cylinder being designed as to provide a same ratio of the working surfaces of the main oleodynamic cylinder , at the bottom and piston rod sides, thereby, to a given position of the piston of the main oleodynamic cylinder corresponds a precise position of the first piston of the compensating cylinder .
A vehicle body frame structure of a straddle-type vehicle comprising: a head pipe ; and a pair of main frames extending rearward and outward in a vehicle width direction from the head pipe in such a manner that the main frames are spaced apart from each other in the vehicle width direction, wherein rear portions of the pair of main frames are detachably coupled to each other in the vehicle width direction via a coupling member , wherein the pair of main frames include a pair of front frame members including first mounts , respectively, to which a drive unit of the vehicle is mounted, and a pair of rear frame members located rearward relative to the front frame members , respectively, characterized in that the pair of rear frame members have a stiffness lower than that of the front frame members in the vehicle width direction, wherein the pair of main frames include a pair of pivot bracket members extending downward from rear end portions of the rear frame members , respectively, , wherein a rear portion of the drive unit is mounted to the pivot bracket members wherein the coupling member is placed between the pair of pivot bracket members and detachably coupled to the pair of pivot bracket members , and wherein the rear portion of the drive unit is fastened to the coupling member by use of a fastener member inserted into the coupling member in a vehicle length direction. a head pipe ; and a pair of main frames extending rearward and outward in a vehicle width direction from the head pipe in such a manner that the main frames are spaced apart from each other in the vehicle width direction, wherein rear portions of the pair of main frames are detachably coupled to each other in the vehicle width direction via a coupling member , wherein the pair of main frames include a pair of front frame members including first mounts , respectively, to which a drive unit of the vehicle is mounted, and a pair of rear frame members located rearward relative to the front frame members , respectively, characterized in that the pair of rear frame members have a stiffness lower than that of the front frame members in the vehicle width direction, wherein the pair of main frames include a pair of pivot bracket members extending downward from rear end portions of the rear frame members , respectively, , wherein a rear portion of the drive unit is mounted to the pivot bracket members wherein the coupling member is placed between the pair of pivot bracket members and detachably coupled to the pair of pivot bracket members , and wherein the rear portion of the drive unit is fastened to the coupling member by use of a fastener member inserted into the coupling member in a vehicle length direction.
Lithium-ion electrochemical accumulator of stacked monopolar architecture, comprising in a casing two current collectors (12 a , 12 b ) between which an electrochemical cell (C) is arranged, the electrochemical cell comprising a positive electrode , a negative electrode and a separator which is intercalated between the positive electrode and the negative electrode and which is impregnated with a liquid electrolyte comprising a lithium salt in solution in an organic solvent, characterized in that : - the casing delimits, with the two current collectors and the electrochemical cell, a space which surrounds the electrochemical cell and which comprises a leak-tight device and a void zone ; - the leak-tight device comprises a polymer that gels in contact with the solvent of the electrolyte, whereby the polymer increases in volume; and - the void zone is sized so as to be subsequently filled entirely with the polymer after gelling thereof. - the casing delimits, with the two current collectors and the electrochemical cell, a space which surrounds the electrochemical cell and which comprises a leak-tight device and a void zone ; - the leak-tight device comprises a polymer that gels in contact with the solvent of the electrolyte, whereby the polymer increases in volume; and - the void zone is sized so as to be subsequently filled entirely with the polymer after gelling thereof.
A converter device for measuring at least one fluid parameter of a fluid located in a flow measuring cell, consisting of a printed circuit board , a light source for generating an excitation radiation and a detector (102; 102a) arranged on the same plane as the light source for detecting a fluorescence radiation excited by the excitation radiation in the flow measuring cell and reflected back after flowing through the flow measuring cell, wherein the light source and the detector are arranged on the printed circuit board, characterized in that a radiation suppressing element comprises a gap or slit in the printed circuit board arranged between the light source and the detector , said radiation suppressing element suppressing conduction of light occurring in the printed circuit board and leading to crosstalk, wherein the gap or slit has a metallization on an end face extending substantially perpendicular to the common plane of the light source and the detector . a radiation suppressing element comprises a gap or slit in the printed circuit board arranged between the light source and the detector , said radiation suppressing element suppressing conduction of light occurring in the printed circuit board and leading to crosstalk, wherein the gap or slit has a metallization on an end face extending substantially perpendicular to the common plane of the light source and the detector .
Filter apparatus (FV) for improving a voltage (Ud) of a power supply connection (SVV), wherein the filter apparatus (FV) has: - a supporting capacitor (Cst); - a dual-quadrant actuator (Z) with a supporting voltage terminal (SSA), which is connected to the supporting capacitor (Cst), and with an alternating voltage terminal (WSA) for parallel connection to the power supply connection (SVV); - a control circuit (S) for generating at least one first control signal (S1) for the dual-quadrant actuator (Z), wherein the control circuit (S) is provided to generate the first control signal (S1) by taking into account a first alternating voltage portion (WF1) of the voltage (Ud) of the power supply connection (SVV); characterised in that the control circuit (S) has a first bandpass filter (BPF1) for filtering the first alternating voltage portion (WF1) of the voltage (Ud) of the power supply connection (SVV), wherein a pass frequency range of the first bandpass filter (BPF1) is matched with a resonance frequency (FRzk) of the power supply connection (SVV). - a supporting capacitor (Cst); - a dual-quadrant actuator (Z) with a supporting voltage terminal (SSA), which is connected to the supporting capacitor (Cst), and with an alternating voltage terminal (WSA) for parallel connection to the power supply connection (SVV); - a control circuit (S) for generating at least one first control signal (S1) for the dual-quadrant actuator (Z), wherein the control circuit (S) is provided to generate the first control signal (S1) by taking into account a first alternating voltage portion (WF1) of the voltage (Ud) of the power supply connection (SVV);
A rotor for an electric machine comprising a shaft , a spider supported by the shaft , and a laminated drum radially enclosing the spider , wherein the spider has a plurality of apart elements defining ducts between each other, the ducts extend parallel to a longitudinal rotor axis , wherein the laminated drum has a plurality of cooling channels connected to the ducts , the cooling channels extend radially and perpendicular to the rotor axis , such as that during operation a cooling gas circulates through the ducts and cooling channels , the rotor further comprises a multitude of throttle elements each throttle element includes a wall which is an elongated plate housed in one of the ducts and is provided with apertures , characterized in that the wall is configured to slide longitudinally along the inner surface of the laminated drum , the apertures having sizes and spacing corresponding to the cooling channels , and it further comprises an activation system configured to adjust the position of the wall such that the apertures are aligned with the cooling channels or partially or completely close them in order to adjust the cooling gas flow while in operation.
A cured product of a silanol composition comprising a cyclic silanol containing a silanol group and having a cyclic structure formed by a siloxane bond, and a dehydration condensation product thereof, wherein an area ratio of a peak derived from SiO-H stretching observed at 2600 to 3800 cm -1 to an area of a peak derived from Si-O-Si stretching observed at 960 to 1220 cm -1 (SiO-H stretching/Si-O-Si stretching area ratio) is 0.01 or more and 1.0 or less in an IR spectrum.
Transmission mechanism for a vehicle door handle , the vehicle door handle comprising a handle lever , movable between a flushing position in which it is flush with an exterior door panel surface and a ready position in which it is protruding and graspable by a user, the transmission mechanism being configured to be attached on one side to a handle lever and on the other side to an electric motor , said transmission mechanism comprising : • a lever shaft , destined to be connected to the handle lever , the rotation of which causes the motion of the handle lever between the flushing and ready positions, • a reduction mechanism , destined to adapt an output torque of the electric motor into a rotational motion of the lever shaft , comprising a first reduction stage and a second reduction stage , having each a worm drive, the worm drive of the first reduction stage comprising a first worm and a first worm gear , and the worm drive of the second reduction stage having a second worm and a worm gear rotationally coupled to the lever shaft , wherein the transmission mechanism comprises a brake mechanism characterized in that brake mechanism frictionally engages a rotating element of one of the reduction stages of the reduction mechanism when the lever shaft reaches a rotational braking position comprised between the flush and ready positions of the handle lever , to stop the lever shaft in a position in which said handle lever is in the ready position. • a lever shaft , destined to be connected to the handle lever , the rotation of which causes the motion of the handle lever between the flushing and ready positions, • a reduction mechanism , destined to adapt an output torque of the electric motor into a rotational motion of the lever shaft , comprising a first reduction stage and a second reduction stage , having each a worm drive, the worm drive of the first reduction stage comprising a first worm and a first worm gear , and the worm drive of the second reduction stage having a second worm and a worm gear rotationally coupled to the lever shaft ,
An elevator installation with an elevator car which is movable in an elevator shaft and which consists substantially of a car floor , side walls , at least one car entrance and a car roof , wherein the car roof has an apparatus space which is integrated in the car roof and which is used for arranging parts of the car electrical system , characterized in that the apparatus space occupies a portion of the car roof which is arranged along an outer boundary of the cabin roof or along a car roof edge , wherein the apparatus space is covered with a cover which can be opened or removed by means of pivoting or sliding, and wherein the cover , which is used to cover the car electrical system , forms a flat surface with the adjoining car roof surface in the closed state and/or in that the cover is constructed such that it can be walked on.