mhurhangee/patent-ind-claim-en huggingface dataset:
A belt-tensioning device , in particular for an internal combustion engine, with: - a pivoting arm supported on a bearing housing of the belt-tensioning device under the load of a torsion spring, wherein a tensioning roller is further arranged on the pivoting arm , characterised by - a locking device formed by means of a first and a second latching means on the pivoting arm as well as a latching recess cooperating therewith on the bearing housing , wherein the locking device is configured such that the pivoting arm can be locked by means of the locking device in different predetermined latching positions and can be pivoted with a predetermined free space in an operating position. - a pivoting arm supported on a bearing housing of the belt-tensioning device under the load of a torsion spring, wherein a tensioning roller is further arranged on the pivoting arm , characterised by - a locking device formed by means of a first and a second latching means on the pivoting arm as well as a latching recess cooperating therewith on the bearing housing , wherein the locking device is configured such that the pivoting arm can be locked by means of the locking device in different predetermined latching positions and can be pivoted with a predetermined free space in an operating position.
Use of (i) an LHRH agonist selected from the group consisting of leuprolide acetate, goserelin acetate, nafarelin, buserelin acetate, histrelin acetate, triptorelin acetate or pamoate, and deslorelin acetate or LHRH antagonist selected from the group consisting of abarelix, teverelix, cetrorelix acetate, ganirelix acetate, iturelix, acyline, degarelix, ornirelix, azaline B, ozarelix, LXT-101, elagolix, TAK-013, TAK-385, and T-98475 in association with (ii) a selective estrogen receptor modulator selected from the group consisting of Bazedoxifene acetate (TSE-424), Pipendoxifene (ERA-923), Acolbifene (EM-652·HCl, EM-1538), EM-652, and EM-800 and with (iii) a sex steroid precursor selected from the group consisting of dehydroepiandrosterone, dehydroepiandrosterone sulfate, 4-androstene-3,17-dione and androst-5-ene-3β,17β-diol, or salt of the foregoing compounds in the preparation of a medicament for treating or reducing the likelihood of acquiring estrogen-exacerbated-related diseases comprising inhibiting ovarian hormonal secretion in a patient.
A display apparatus comprising: a beam output device comprising a light source and a direction adjustment member , the beam output device being configured to time-sequentially output a plurality of light beams corresponding to a frame image, wherein each of the plurality of light beams corresponds to a partial image of the frame image, and wherein the direction adjustment member is configured to adjust the traveling path of each of the plurality of light beams, such that the plurality of light beams proceed in different traveling paths; a waveguide ; an input coupler configured to time-sequentially direct the plurality of light beams into the waveguide ; and a spatial converter configured to output the plurality of light beams traveling in the waveguide through spatially different regions of the spatial converter to form the frame image in an external space, wherein the spatial converter comprises a plurality of selective transmission elements (ST) arranged in a first direction, the first direction crossing directions in which the plurality of light beams are output, wherein each of the plurality of selective transmission elements (ST) is configured to transmit one of the plurality of light beams to the external space and not to transmit remaining light beams of the plurality of light beams to the external space, and wherein a number of the plurality of light beams and a number of the plurality of selective transmission elements are equal. a beam output device comprising a light source and a direction adjustment member , the beam output device being configured to time-sequentially output a plurality of light beams corresponding to a frame image, wherein each of the plurality of light beams corresponds to a partial image of the frame image, and wherein the direction adjustment member is configured to adjust the traveling path of each of the plurality of light beams, such that the plurality of light beams proceed in different traveling paths; a waveguide ; an input coupler configured to time-sequentially direct the plurality of light beams into the waveguide ; and a spatial converter configured to output the plurality of light beams traveling in the waveguide through spatially different regions of the spatial converter to form the frame image in an external space, wherein the spatial converter comprises a plurality of selective transmission elements (ST) arranged in a first direction, the first direction crossing directions in which the plurality of light beams are output, wherein each of the plurality of selective transmission elements (ST) is configured to transmit one of the plurality of light beams to the external space and not to transmit remaining light beams of the plurality of light beams to the external space, and wherein a number of the plurality of light beams and a number of the plurality of selective transmission elements are equal.
A laundry machine for treating laundry items comprising a drum adapted to house the laundry to be treated, a motor arranged for rotating the drum, a control system adapted to adjust the operation of the laundry machine at least partially based on acquired operating information, said control system comprising at least one speed sensor adapted to provide an electrical signal containing information on a rotating speed of the motor , at least two electrical connection elements adapted to electrically connect the speed sensor to a control unit for transferring the electrical signal from the speed sensor to the control unit , said control unit being operable to receive said electrical signal and adjust the rotating speed of the motor accordingly, characterized in that the control system further comprises at least one electrical coupling member adapted to electrically interconnect said two electrical connection elements for preventing said two electrical connection elements from acting as a receiver of electromagnetic fields permeating the laundry machine . said control system comprising at least one speed sensor adapted to provide an electrical signal containing information on a rotating speed of the motor , at least two electrical connection elements adapted to electrically connect the speed sensor to a control unit for transferring the electrical signal from the speed sensor to the control unit , said control unit being operable to receive said electrical signal and adjust the rotating speed of the motor accordingly, characterized in that the control system further comprises at least one electrical coupling member adapted to electrically interconnect said two electrical connection elements for preventing said two electrical connection elements from acting as a receiver of electromagnetic fields permeating the laundry machine .
A system comprising: a plurality of master core processors (102A-102N); a plurality of memory banks (104A-104N); one or more coding banks (110A-1 10N), each of the one or more coding banks being smaller than each of the one or more memory banks; a plurality of bank queues (116A-116N) that queue requests for the memory banks; an arbiter coupled between the master core processors and the bank queues to receive requests from the master core processors and provide the requests to the bank queues; and an access scheduler coupled between the bank queues, the memory banks, and the one or more coding banks to process the requests such that a conflicting request serviceable by the one or more coding banks is provided to the one or more coding banks; wherein data in the one or more coding banks is coded such that servicing a first request includes decoding the data by obtaining at least one other piece of data from the memory banks and using the at least one other piece of data to decode the data; wherein the arbiter is configured to load data in the one or more coding banks using a lookahead process on requests stored in the bank queues. a plurality of master core processors (102A-102N); a plurality of memory banks (104A-104N); one or more coding banks (110A-1 10N), each of the one or more coding banks being smaller than each of the one or more memory banks; a plurality of bank queues (116A-116N) that queue requests for the memory banks; an arbiter coupled between the master core processors and the bank queues to receive requests from the master core processors and provide the requests to the bank queues; and an access scheduler coupled between the bank queues, the memory banks, and the one or more coding banks to process the requests such that a conflicting request serviceable by the one or more coding banks is provided to the one or more coding banks;
Composite film consisting of an at least single-layer base layer , an at least single-layer top layer , and an at least single-layer middle layer arranged between the base layer and the top layer , wherein the composite film comprises normal regions in which the base layer , the middle layer and the top layer are interconnected so as to be flush against one another, and a base-side surface and a top-side surface of the middle layer are within tolerance zones which extend parallel to the film plane and along intended interfaces for the base-side surface and top-side surface , respectively, wherein the tolerance zones correspond to routine production-related manufacturing tolerances, wherein the composite film comprises a surface pattern of structural regions abutting the normal regions , and wherein the base-side surface and/or the top-side surface of the middle layer comprise a wave leading out of the tolerance zones in the structural regions , wherein the top layer is a layer extruded in a single-layer or multi-layer manner onto the middle layer or is a layer laminated onto the middle layer .
A dry manufacturing apparatus for recycled leather, comprising: a leather fiber separation unit for separating leather fibers from leather waste; a blending unit for blending the separated leather fibers with general fibers; and a molding unit for molding the blended leather fibers and general fibers to the recycled leather, wherein the molding unit has at least two airlaid machines for molding the blended leather fibers and general fibers, characterized in that the airlaid machines each comprise an air supplier, wherein the blended leather fibers and general fibers are fed to upper portions of the airlaid machines and then molded on the lower portions of the airlaid machines , wherein the airlaid machines are configured to control that the drop speeds of the blended leather fibers and the general fibers to the lower portions of the airlaid machines from the upper portions thereof are in the range of 6 -1 m/s to 50 * 6 -1 m/s (10 to 500 m/min) by blowing air to the lower portions of the airlaid machines through each air supplier. a leather fiber separation unit for separating leather fibers from leather waste; a blending unit for blending the separated leather fibers with general fibers; and a molding unit for molding the blended leather fibers and general fibers to the recycled leather, wherein the molding unit has at least two airlaid machines for molding the blended leather fibers and general fibers, characterized in that the airlaid machines each comprise an air supplier, wherein the blended leather fibers and general fibers are fed to upper portions of the airlaid machines and then molded on the lower portions of the airlaid machines , wherein the airlaid machines are configured to control that the drop speeds of the blended leather fibers and the general fibers to the lower portions of the airlaid machines from the upper portions thereof are in the range of 6 -1 m/s to 50 * 6 -1 m/s (10 to 500 m/min) by blowing air to the lower portions of the airlaid machines through each air supplier.
A floating structure comprising a closed loop tensegrity structure including: a plurality of beams , wherein each beam of the plurality of beams is formed by coupling multiple n-strut tensegrity twisted prism units , n is an integer greater than 2, wherein each of the multiple n-strut tensegrity twisted prism units includes n-sided planar polygonal surfaces on opposite sides through which the respective n-strut tensegrity twisted prism unit is coupled to another n-strut tensegrity twisted prism unit or to a beam adapter; and a plurality of beam adapters , wherein each beam adapter of the plurality of beam adapters is an m-strut tensegrity twisted prism unit , m is an integer greater than 4, wherein the m-strut tensegrity twisted prism unit comprises: m-sided planar polygonal top surface ; m-sided planar polygonal bottom surface , opposite to the m-sided planar polygonal top surface ; and at least m number of side faces formed as planar polygons, characterised in that an n-sided planar polygonal surface of a beam of the plurality of beams is coupled to a side face of a beam adaptor of the plurality of beam adapters in such a way that the vertices of the n-sided planar polygonal surface of the beam and the vertices of the side face of the beam adaptor form common vertices at the joint. a plurality of beams , wherein each beam of the plurality of beams is formed by coupling multiple n-strut tensegrity twisted prism units , n is an integer greater than 2, wherein each of the multiple n-strut tensegrity twisted prism units includes n-sided planar polygonal surfaces on opposite sides through which the respective n-strut tensegrity twisted prism unit is coupled to another n-strut tensegrity twisted prism unit or to a beam adapter; and a plurality of beam adapters , wherein each beam adapter of the plurality of beam adapters is an m-strut tensegrity twisted prism unit , m is an integer greater than 4, wherein the m-strut tensegrity twisted prism unit comprises: m-sided planar polygonal top surface ; m-sided planar polygonal bottom surface , opposite to the m-sided planar polygonal top surface ; and at least m number of side faces formed as planar polygons, characterised in that m-sided planar polygonal top surface ; m-sided planar polygonal bottom surface , opposite to the m-sided planar polygonal top surface ; and at least m number of side faces formed as planar polygons, characterised in that an n-sided planar polygonal surface of a beam of the plurality of beams is coupled to a side face of a beam adaptor of the plurality of beam adapters in such a way that the vertices of the n-sided planar polygonal surface of the beam and the vertices of the side face of the beam adaptor form common vertices at the joint.
An enclosure for a nacelle of a wind turbine, in which a panel is connected to a substructure , having an imaginary straight line , which extends over the panel and is aligned with an edge of the panel , wherein the imaginary straight line defines a first sub-portion of the panel , said first sub-portion comprising the edge , and wherein the first sub-portion butts against the substructure , wherein the first sub-portion is retained against the substructure by a tension element acting in a direction of tension, and wherein the first sub-portion can be displaced relative to the substructure in a direction which intersects the direction of tension, characterized in that a displacement of the first sub-portion relative to the substructure has an effect on the direction of tension of the tension element .
A bus emulator device comprising: a first computer ; a second computer ; and an information interface , wherein the first computer is configured to connect to a main bus system comprising at least one mission critical device and write information and data from the at least one mission critical device into the information interface, and the second computer is configured to read the information and data from the information interface and use the data and information to emulate the main bus system in an emulated bus system wherein either i) the first computer comprises at least write access into the information interface, and the second computer comprises read-only access into the information interface, or ii) the first computer comprises write-only access into the information interface and the second computer comprises at least read access into the information interface. a first computer ; a second computer ; and an information interface , wherein the first computer is configured to connect to a main bus system comprising at least one mission critical device and write information and data from the at least one mission critical device into the information interface, and the second computer is configured to read the information and data from the information interface and use the data and information to emulate the main bus system in an emulated bus system wherein either i) the first computer comprises at least write access into the information interface, and the second computer comprises read-only access into the information interface, or ii) the first computer comprises write-only access into the information interface and the second computer comprises at least read access into the information interface.
A compound represented by Chemical Formula 1 below: [Chemical Formula 1] (NH 2 CHNH 2 MX 3 ) x (AM'X' 3 ) (1-x) in Chemical Formula 1, M is a divalent metal cation, X is the same or difference halogen, A is CD 3-a H a N + D 3-b H b , wherein a is an integer from 0 to 3, and b is an integer from 0 to 3, with the exception of the case where a is 3 and b is 3, M' is a divalent metal cation, X' are the same or different halogen, and x is a real number of greater than 0 and less than 1, and wherein A is CD 3 N + D 3 , CD 3 N + D 2 H, CD 3 N + DH 2 , CD 3 N + H 3 , CD 2 HN + D 3 , CD 2 HN + D 2 H, CD 2 HN + DH 2 , CD 2 HN + H 3 , CDH 2 N + D 3 , CDH 2 N + D 2 H, CDH 2 N + DH 2 , CDH 2 N + H 3 , CH 3 N + D 3 , CH 3 N + D 2 H, or CH 3 N + DH 2 . M is a divalent metal cation, X is the same or difference halogen, A is CD 3-a H a N + D 3-b H b , wherein a is an integer from 0 to 3, and b is an integer from 0 to 3, with the exception of the case where a is 3 and b is 3, M' is a divalent metal cation, X' are the same or different halogen, and x is a real number of greater than 0 and less than 1, and wherein A is CD 3 N + D 3 , CD 3 N + D 2 H, CD 3 N + DH 2 , CD 3 N + H 3 , CD 2 HN + D 3 , CD 2 HN + D 2 H, CD 2 HN + DH 2 , CD 2 HN + H 3 , CDH 2 N + D 3 , CDH 2 N + D 2 H, CDH 2 N + DH 2 , CDH 2 N + H 3 , CH 3 N + D 3 , CH 3 N + D 2 H, or CH 3 N + DH 2 .
An inlet check valve (13; 55; 63; 71) for a filler pipe (5; 51; 61) weldable to a liquid tank of a vehicle, the inlet check valve (13; 55; 63; 71) being adapted to be arranged entirely within an internal volume delimited by the liquid tank and the filler pipe (5; 51; 61), the inlet check valve (13; 55; 63; 71) being configured to allow liquid travelling through the filler pipe (5; 51; 61) in a downstream direction to enter the liquid tank , the inlet check valve (13; 55; 63; 71) comprising a tube (23; 77) having an upstream end pointing toward an upstream direction opposite to the downstream direction, the upstream end of the tube (23; 77) comprising resilient means (31; 65; 75) being adapted to conform to a portion of the internal wall of the filler pipe (5; 51; 61), wherein the inlet check valve (13; 55; 63; 71) comprises hook means (31; 65; 75) for securing the tube (23; 77) to another portion of the internal wall of the filler pipe (5; 51; 61) and prevent the inlet check valve (13; 55; 63; 71) from moving within the filler pipe (5; 51; 61) in the downstream direction, wherein the tube (23; 77) bears a conical or cylindrical skirt (25; 57) which is connected to the tube (23; 77) by a radial flange (27; 59), the conical or cylindrical skirt (25; 57) ending, in the direction of the tank , with an edge which can merge with the filler pipe wall when the latter is welded to the tank , making the edge a seal part of the inlet check valve (13; 55; 63; 71).
A steering wheel system comprising a multi-function steering wheel , which is pivotable about an adjustment axis (S) between a steering position and a non-steering position , wherein the multi-function steering wheel is coupled in the steering position with a travel direction element and is pivotable about a steering axis (A) for adjusting the travel direction element , wherein the multi-function steering wheel is decoupled from the travel direction element in the non-steering position , and wherein the multi-function steering wheel has a substantially rigid steering wheel rim as well as a mounting arm for mounting on a steering shaft which extends from the steering wheel rim to the steering shaft . characterized in that the mounting arm has a joint which defines the adjustment axis (S).
A recombinant oncolytic Herpes Simplex Virus (oHSV), comprising one or more copies of one or more microRNA (miRNA) target sequences inserted into one or more HSV genes essential for HSV replication in normal (i.e., non-cancerous) cells, a mutant form of glycoprotein B (gB), and a deletion of the internal repeat (joint) region in the HSV genome comprising one copy of the ICPO, ICP34.5, LAT, and ICP4 genes and the ICP47 promoter.
A vehicle lock-up clutch control method for a vehicle in which an output of an engine is transmitted to an automatic transmission via a torque converter having a lock-up clutch , comprising: when an accelerator operation involving depressing an accelerator pedal is carried out during a fuel cut of the engine or in a state in which a road load and a driving force of the vehicle are balanced, controlling a transmission torque capacity of the lock-up clutch such that the lock-up clutch is brought into a non-engaged state immediately after starting the accelerator operation and, then executing a slip control to decrease a slip rotation speed of the lock-up clutch such that the lock-up clutch transitions from the non-engaged state to an engaged state, wherein in a case that the automatic transmission is downshifted during the slip control, the slip control is executed such that the slip rotation speed becomes zero after completion of the downshift. when an accelerator operation involving depressing an accelerator pedal is carried out during a fuel cut of the engine or in a state in which a road load and a driving force of the vehicle are balanced, controlling a transmission torque capacity of the lock-up clutch such that the lock-up clutch is brought into a non-engaged state immediately after starting the accelerator operation and, then executing a slip control to decrease a slip rotation speed of the lock-up clutch such that the lock-up clutch transitions from the non-engaged state to an engaged state, wherein in a case that the automatic transmission is downshifted during the slip control, the slip control is executed such that the slip rotation speed becomes zero after completion of the downshift.
Printing substance for coating surfaces, preferably glass surfaces with an inkjet printing process, comprising A) at least one monomer with at least one C-C double bond; B) at least one cationic hardenable monomer comprising epoxy groups; C) at least one cationic hardenable monomer comprising oxetane groups; D) at least an adhesion promoter, characterized in that the monomer with at least one C-C double bond is a mixture which comprises at least one (meth)acrylate and at least one vinyl ether monomer, wherein the monomer having at least one C-C double bond comprises at least one cyclic (meth)acrylate and the adhesion promoter comprises at least one silane compound. A) at least one monomer with at least one C-C double bond; B) at least one cationic hardenable monomer comprising epoxy groups; C) at least one cationic hardenable monomer comprising oxetane groups; D) at least an adhesion promoter,