mhurhangee/patent-ind-claim-en huggingface dataset:
Metering device for the metered introduction of a pourable cleaning agent into a treatment chamber of a program-controlled cleaning device, in particular a dishwasher, comprising a storage container , which is used to accommodate the cleaning agent , and a support unit , which is arranged so as to be rotatable about an axis of rotation and which replaceably receives the storage container , the storage container having a storage chamber and a metering channel which opens into a metering opening , the device further comprising a discharge channel which is in fluidic connection with the metering channel during metering and opens into the treatment chamber via a discharge opening , and comprising a flushing unit for flushing the discharge channel with a flushing liquid at least in regions, characterised in that a sealing flap is pivotably arranged within the discharge channel , which sealing flap can be transferred from a closed position into an open position and vice versa, the discharge channel being closed in a fluid-tight manner in the closed position of the sealing flap and being divided into a dry region on the metering channel side and a wet region on the treatment chamber side, and in that the flushing unit has a flushing nozzle which opens into the wet region of the discharge channel . a sealing flap is pivotably arranged within the discharge channel , which sealing flap can be transferred from a closed position into an open position and vice versa, the discharge channel being closed in a fluid-tight manner in the closed position of the sealing flap and being divided into a dry region on the metering channel side and a wet region on the treatment chamber side, and in that the flushing unit has a flushing nozzle which opens into the wet region of the discharge channel .
A fan blade assembly , comprising: a conductive airfoil including a forward airfoil edge; a conductive sheath including an airfoil contact surface , the airfoil contact surface being coated with a nonconductive material , and an adhesive disposed on at least a portion of the nonconductive material to bond the conductive sheath to the conductive airfoil at the airfoil contact surface, wherein the nonconductive material has been applied to the airfoil contact surface prior to the bonding of the sheath to the airfoil; and wherein the conductive airfoil comprises a first metal; the conductive sheath comprises a second metal; and the first metal is different than the second metal; characterised in that the nonconductive material comprises a ceramic. a conductive airfoil including a forward airfoil edge; a conductive sheath including an airfoil contact surface , the airfoil contact surface being coated with a nonconductive material , and an adhesive disposed on at least a portion of the nonconductive material to bond the conductive sheath to the conductive airfoil at the airfoil contact surface, wherein the nonconductive material has been applied to the airfoil contact surface prior to the bonding of the sheath to the airfoil; and wherein the conductive airfoil comprises a first metal; the conductive sheath comprises a second metal; and the first metal is different than the second metal; characterised in that the nonconductive material comprises a ceramic.
Insole for a shoe, in particular for a sports shoe, comprising a first sole section , which has a standing surface for the foot of the user, wherein the first sole section extends over a specified first height (h 1 ) in the vertical direction (V) when the insole is used as intended, characterized in that at least two second sole sections are arranged below the first sole section , wherein a second sole section is arranged in a front section of the insole and a second sole section is arranged in a rear section of the insole viewed from the sole longitudinal direction (L), wherein the two second sole sections extend over a specified second height (h 2 ) in the vertical direction (V) when the insole is used as intended, wherein at least one elastic element is present, which connects the two second sole sections , wherein each of the two ends of the elastic element engaging with a respective second sole section within the extent of the second height (h 2 ).
A time-of-flight system comprising: an illuminator comprising: an arm , a moveable mirror element mounted on a moveable platform , a light source which resides on or is at least mechanically coupled to the underside of the mechanical arm and which directs light from the underside of the arm toward the moveable mirror element , and a lens through which the light that is directed from the light source toward the moveable mirror element passes after reflecting off of the movable mirror element ; and two actuators that are each configured to adjust a lateral position of the moveable platform along an X-axis or a Y-axis of the moveable platform ; the time-of-flight system further comprising an image sensor for detecting the light that reflects off of an object within a field of view of the illuminator . an illuminator comprising: an arm , a moveable mirror element mounted on a moveable platform , a light source which resides on or is at least mechanically coupled to the underside of the mechanical arm and which directs light from the underside of the arm an arm , a moveable mirror element mounted on a moveable platform , a light source which resides on or is at least mechanically coupled to the underside of the mechanical arm and which directs light from the underside of the arm toward the moveable mirror element , and a lens through which the light that is directed from the light source toward the moveable mirror element passes after reflecting off of the movable mirror element ; and two actuators that are each configured to adjust a lateral position of the moveable platform along an X-axis or a Y-axis of the moveable platform ; a lens through which the light that is directed from the light source toward the moveable mirror element passes after reflecting off of the movable mirror element ; and two actuators that are each configured to adjust a lateral position of the moveable platform along an X-axis or a Y-axis of the moveable platform ; the time-of-flight system further comprising an image sensor for detecting the light that reflects off of an object within a field of view of the illuminator .
A crimping machine for crimping contact elements, preferably wire ferrules , comprising an end section of a conductor such as a cable end , comprising a storage arrangement having plural magazines, wherein a transport unit for transporting the contact elements to a cutting device is assigned to each magazine, and comprising a centering device for positioning the conductor with respect to a crimping head for crimping the contact element to the conductor, characterized by a guiding device in the area between the cutting device and the crimping head, wherein one input of the guiding device is assigned to each transport unit and all inputs that open, via channels , into a joint output on the crimping head side via which output the separated contact element is conveyed to the crimping head.
A composition comprising a dextran-tyramine conjugate and a conjugate selected from the group consisting of collagen-tyramine, gelatine-tyramine.
A method of communicating data via or on a radio bearer including a first layer function or entity associated to a first layer of a protocol stack and at least two second layer functions or entities associated to a second layer of the protocol stack, wherein the second layer is lower than the first layer in the protocol stack, wherein the first layer includes a Packet Data Convergence Protocol, PDCP, layer, and wherein the second layer includes a Radio Link Control, RLC, layer, the method comprising or triggering the steps of: receiving data , duplicated by a transmitting station (200; 500), through each of the at least two second layer entities ; validating the data received through the at least two second layer entities , wherein the first layer entity validates (304; 572) the data received through the at least two second layer entities , wherein the validation (304; 572) includes comparing the data received through each of the second layer entities ; and selectively triggering a retransmission of the data through at least one of the second layer entities , if a result of the validation is indicative of an inconsistency in the data received through the at least two second layer entities . receiving data , duplicated by a transmitting station (200; 500), through each of the at least two second layer entities ; validating the data received through the at least two second layer entities , wherein the first layer entity validates (304; 572) the data received through the at least two second layer entities , wherein the validation (304; 572) includes comparing the data received through each of the second layer entities ; and selectively triggering a retransmission of the data through at least one of the second layer entities , if a result of the validation is indicative of an inconsistency in the data received through the at least two second layer entities .
An ophthalmic composition comprising cyclosporine and trehalose as active ingredients, wherein a weight ratio of cyclosporine : trehalose is 1: 20 - 200, and the cyclosporine is present at more than 0.01 weight% - less than 1 weight% and the trehalose is present at 0.5 - 7.5 weight% based on the total composition.
Method for measuring the vibration behavior of a drivetrain of a turboset comprising a generator in a power plant connected to an energy network, wherein the method has the steps of: a) selecting excitation signals, in particular in the form of voltage signals, wherein the frequency spectrum of the selected excitation signals contains frequencies of up to at least 15 Hz, preferably up to at least 97 Hz, better still up to at least 147 Hz, b) influencing the field current of the generator using the excitation signals selected in step a) in such a manner that mechanical vibrations are excited in the power plant turboset, c) capturing the excited mechanical vibrations, including the resonant vibrations, by measuring at least one suitable output variable, d) computationally determining a transfer function from the excitation signal to the output variable measured in step c), characterized in that the method has the following step of: e) computationally determining the transfer function from the generator torque to a desired output variable using known transfer functions from the excitation signal used in step b) to a desired input variable and/or from the desired output variable to the output variable measured in step c) on the basis of the transfer function determined in step d) . a) selecting excitation signals, in particular in the form of voltage signals, wherein the frequency spectrum of the selected excitation signals contains frequencies of up to at least 15 Hz, preferably up to at least 97 Hz, better still up to at least 147 Hz, b) influencing the field current of the generator using the excitation signals selected in step a) in such a manner that mechanical vibrations are excited in the power plant turboset, c) capturing the excited mechanical vibrations, including the resonant vibrations, by measuring at least one suitable output variable, d) computationally determining a transfer function from the excitation signal to the output variable measured in step c),
Temperature sensor device for sensing the temperature of a windshield of a vehicle, comprising a single printed circuit board comprising a circuitry , in particular, a measurement and control circuitry and a tab portion extending from the single printed circuit board and configured to contact the windshield such that a main surface of the single printed circuit board is arranged substantially perpendicular to the windshield when the temperature sensor device is sensing the temperature of the windshield ; a temperature sensor , in particular, a thermistor, mounted to the tab portion of the printed circuit board ; and a thermally conductive pad attached to the temperature sensor and the tab portion , in particular, an edge of the tab portion , and arranged to thermally and mechanically directly contact the windshield . a single printed circuit board comprising a circuitry , in particular, a measurement and control circuitry and a tab portion extending from the single printed circuit board and configured to contact the windshield such that a main surface of the single printed circuit board is arranged substantially perpendicular to the windshield when the temperature sensor device is sensing the temperature of the windshield ; a temperature sensor , in particular, a thermistor, mounted to the tab portion of the printed circuit board ; and a thermally conductive pad attached to the temperature sensor and the tab portion , in particular, an edge of the tab portion , and arranged to thermally and mechanically directly contact the windshield .
An apparatus for presenting a code , in particular code tape or code strip, having a carrier and at least one code assigned to the carrier , wherein the carrier has a coupling device for coupling the carrier to a further carrier , wherein the coupling device comprises an engaging element and a receiving element for the engaging element , wherein an engaging element of a carrier can be brought into engagement with a receiving element of a further carrier for coupling the two carriers to each other and wherein at least one code is associated with the engaging element or is arranged on the engaging element , characterized in that the engaging element and the receiving element are pivotable relative to each other in the assembled state.
A method for manufacturing a wind turbine rotor blade having a flatback airfoil configuration along at least a portion of a span of the rotor blade , the method comprising: providing a shell mold of the rotor blade ; laying up an outer skin layer of the rotor blade into the shell mold; placing at least one pre-fabricated corner of the flatback airfoil configuration into the shell mold exterior to the outer skin layer, the at least one pre-fabricated corner having a pointed edge ; and, infusing the outer skin layer with the at least one pre-fabricated corner to form the flatback airfoil configuration, wherein the pre-fabricated corner forms part of the exterior surface of the airfoil. providing a shell mold of the rotor blade ; laying up an outer skin layer of the rotor blade into the shell mold; placing at least one pre-fabricated corner of the flatback airfoil configuration into the shell mold exterior to the outer skin layer, the at least one pre-fabricated corner having a pointed edge ; and, infusing the outer skin layer with the at least one pre-fabricated corner to form the flatback airfoil configuration, wherein the pre-fabricated corner forms part of the exterior surface of the airfoil.
An image forming apparatus comprising: a main body ; a cover to open or close one side of the main body ; an image-carrier unit placed in the main body and including an image-carrier on which an image is formed and a first driven-coupling connected to a rotating shaft of the image-carrier ; a plurality of developing units mounted in the main body to slidably move through the one side of the main body opened by the cover , each of which includes a developing roller to feed developer to the image-carrier and a second driven-coupling connected to a rotating shaft of the developing roller ; a first driving-coupling and second driving-couplings located at a side region of the main body to transmit a drive power generated from a drive source to the first driven-coupling and the second driven-couplings ; and a link unit to move in a first direction (A) in linkage with opening/closing operations of the cover ; characterised by comprising a guide unit to be rotatable about a rotating shaft of the first driving-coupling in linkage with the link unit , the guide unit being adapted to move in a second direction perpendicular to the first direction (A) when rotated about the rotating shaft of the first driving-coupling so as to couple or separate the first driving-coupling and the second driving-couplings to or from the first driven-coupling and the second driven-couplings . a main body ; a cover to open or close one side of the main body ; an image-carrier unit placed in the main body and including an image-carrier on which an image is formed and a first driven-coupling connected to a rotating shaft of the image-carrier ; a plurality of developing units mounted in the main body to slidably move through the one side of the main body opened by the cover , each of which includes a developing roller to feed developer to the image-carrier and a second driven-coupling connected to a rotating shaft of the developing roller ; a first driving-coupling and second driving-couplings located at a side region of the main body to transmit a drive power generated from a drive source to the first driven-coupling and the second driven-couplings ; and a link unit to move in a first direction (A) in linkage with opening/closing operations of the cover ; characterised by comprising a guide unit to be rotatable about a rotating shaft of the first driving-coupling in linkage with the link unit , the guide unit being adapted to move in a second direction perpendicular to the first direction (A) when rotated about the rotating shaft of the first driving-coupling so as to couple or separate the first driving-coupling and the second driving-couplings to or from the first driven-coupling and the second driven-couplings .
A medical compression clip capable of compressing together two bone fractions and/or tendon or ligament type biological tissue fractions in order to cause them to fuse together, the clip comprising at least two legs extending longitudinally from a transverse bridge and each having a distal end , at least one leg occupying a naturally converging position so as to form a converging leg that is directed towards the other leg , the clip being made out of a material presenting sufficient elasticity to enable the converging leg to be subjected to temporary elastic deformation away from its naturally converging position, e.g. in order to enable it to be put into place, while enabling it to return naturally towards or to its naturally converging position in order to exert a compression force, the clip being provided with deformation means enabling a force opposing the convergence of said converging leg to be exerted on said at least one converging leg by means of an external tool cooperating with said deformation means in order to impart temporary deformation to the converging leg, the deformation means being formed by a reception member for receiving the external tool , the reception member being arranged at the junction between said at least one converging leg and the transverse bridge , the clip being characterized in that the reception member is formed by at least a through orifice formed through the thickness of the transverse bridge or by at least one an open cutout formed in the thickness of the transverse bridge so as to open out substantially plumb with said converging leg so that the external tool can be engaged through the through orifice or through the open cutout and bear against and along said converging leg at least as far as the distal end in order to impart the temporary elastic deformation, said at least one converging leg being provided with a groove for receiving the external tool , the groove being of section that is complementary to the section of the external tool , said groove extending the through orifice or the open cutout .
A computer-implemented method of providing training or recovery to a user comprising: receiving from sensors positional data of a plurality of links and/or j oints of an exercise apparatus over an initial movement of the exercise apparatus by the user, the exercise apparatus including a user interface member coupled to the plurality of links and joints, brakes capable of resisting movement of at least a subset of the links or joints, and sensors capable of sensing movement at at least a subset of the j oints, the user performing the initial movement with the user interface member; calculating positional coordinates of the user interface member from the sensed positional data over the initial movement by the user, establishing a reference traj ectory; defining an end space based on the reference trajectory, the end space being defined as a two-dimensional space or a three-dimensional space; receiving from the sensors positional data of the links over a subsequent movement of the exercise apparatus by the user, the user performing the subsequent movement with the user interface member; calculating positional coordinates of the user interface member from the sensed positional data over the subsequent movement; and determining a completion of a repetition of the initial movement based on the positional coordinates of the subsequent movement and the defined end space. receiving from sensors positional data of a plurality of links and/or j oints of an exercise apparatus over an initial movement of the exercise apparatus by the user, the exercise apparatus including a user interface member coupled to the plurality of links and joints, brakes capable of resisting movement of at least a subset of the links or joints, and sensors capable of sensing movement at at least a subset of the j oints, the user performing the initial movement with the user interface member; calculating positional coordinates of the user interface member from the sensed positional data over the initial movement by the user, establishing a reference traj ectory; defining an end space based on the reference trajectory, the end space being defined as a two-dimensional space or a three-dimensional space; receiving from the sensors positional data of the links over a subsequent movement of the exercise apparatus by the user, the user performing the subsequent movement with the user interface member; calculating positional coordinates of the user interface member from the sensed positional data over the subsequent movement; and determining a completion of a repetition of the initial movement based on the positional coordinates of the subsequent movement and the defined end space.