mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle air vent damper, in which a blocking pad forcedly fitted into an outer peripheral coupling groove of a working member , which is rotationally hinge-coupled to inside an air vent , is held by a blocking step of a blocking protrusion provided inside the air vent , at an end thereof such that a rotation of the working member with the blocking pad is controlled so as to control a discharge amount of air introduced into a vehicle room through the air vent , wherein the working member has the coupling groove formed along an outer peripheral surface thereof, and a base part formed to have a fixing part short on one surface of a coupling groove while the fixing part extends long on another surface of the coupling groove such that a right side and a left side with reference to a hinge groove are opposite to each other; and the blocking pad has a coupling hole formed in a middle thereof so as to be forcedly fitted into the coupling groove of the working member , said vehicle air vent damper being characterized in that the working member further includes fitting grooves depressed inward on right and left ends of the fixing part , and the base part is formed to further have coupling hooks to be exposed through the fitting grooves , the blocking pad further includes fitting holes formed at right and left sides thereof so as to be fitted into the coupling hooks , the fitting grooves and the coupling hooks formed at the right and left sides of the working member are arranged at different horizontal positions on the right and left sides of the working member , the coupling hooks are formed to have vertical surfaces on the insides thereof and to protrude to outsides with an inclination, and the working member and the blocking pad include the two coupling hooks and the two fitting holes at one side, and one coupling hook and one fitting hole at the other side so as to prevent the misassembling of the blocking pad .
Method for separating a glass element at least section-wise into at least two partial glass elements along a separation surface, comprising the steps of: providing the glass element , which comprises at least one glass body comprising at least one glass material; controlling at least one line focus within the glass body in such a way that at least one tensile stress zone and/or at least two compressive stress zones are formed in the glass material along the separation surface; introducing an initial damage to form at least one crack respectively in the glass material in the tensile stress zone and/or between the two compressive stress zones ; and advancing the crack within the glass material in the tensile stress zone and/or between the two compressive stress zones to form the separation surface and separating the glass element along this separation surface. providing the glass element , which comprises at least one glass body comprising at least one glass material; controlling at least one line focus within the glass body in such a way that at least one tensile stress zone and/or at least two compressive stress zones are formed in the glass material along the separation surface; introducing an initial damage to form at least one crack respectively in the glass material in the tensile stress zone and/or between the two compressive stress zones ; and advancing the crack within the glass material in the tensile stress zone and/or between the two compressive stress zones to form the separation surface and separating the glass element along this separation surface.
Motorhome or similar recreational vehicle , comprising a motorized tractor head and an attachable chassis , - wherein the tractor head , viewed in the forward direction or direction of travel , comprises, on a right-hand side of a rear end , a first head support and, on a left-hand side of a rear end , a second head support , and - wherein the attachable chassis comprises, on a right-hand side of a front end , a first longitudinal member and, on a left-hand side of a front end , a second longitudinal member , - wherein the first longitudinal member of the attachable chassis is connectable to the first head support of the tractor head by means of at least one form-fit connection , - wherein the second longitudinal member of the attachable chassis is connectable to the second head support of the tractor head by means of at least one form-fit connection , and - wherein the at least one connection comprises at least one plate-shaped holding means , wherein the holding means is positively connectable a) to the first longitudinal member of the attachable chassis and to the first head support of the tractor head or b) to the second longitudinal member of the attachable chassis and to the second head support of the tractor head and can be fixed by fastening means, characterized in that the holding means comprises recesses which can engage with a form fit in recesses (16, 16a, 16b, 16c; 16d, 16e; 17, 17a, 17b, 17c, 17d, 17e) a) on the first head support of the tractor head and on the first longitudinal member of the attachable chassis or b) on the second head support of the tractor head and on the second longitudinal member of the attachable chassis . - wherein the tractor head , viewed in the forward direction or direction of travel , comprises, on a right-hand side of a rear end , a first head support and, on a left-hand side of a rear end , a second head support , and - wherein the attachable chassis comprises, on a right-hand side of a front end , a first longitudinal member and, on a left-hand side of a front end , a second longitudinal member , - wherein the first longitudinal member of the attachable chassis is connectable to the first head support of the tractor head by means of at least one form-fit connection , - wherein the second longitudinal member of the attachable chassis is connectable to the second head support of the tractor head by means of at least one form-fit connection , and - wherein the at least one connection comprises at least one plate-shaped holding means , a) to the first longitudinal member of the attachable chassis and to the first head support of the tractor head or b) to the second longitudinal member of the attachable chassis and to the second head support of the tractor head and a) on the first head support of the tractor head and on the first longitudinal member of the attachable chassis or b) on the second head support of the tractor head and on the second longitudinal member of the attachable chassis .
Accessory structure suitable for a tattoo machine with an electromagnetic or electric actuator suitable to directly or indirectly determine a reciprocating linear motion in at least one needle carried apically on the machine in a gripping element , characterized in that it comprises removable holding means suitable to detachably enclose the gripping element or a portion thereof, said holding means being provided with a longitudinal through duct which is apically terminating in a dispenser nozzle near the needle and proximally connected to a piping for supplying a detergent liquid to the nozzle , wherein said holding means consists of elastic means suitable to stably wrap around the gripping element of the machine or a portion thereof.
A process for the manufacturing of delmopinol, which process comprises the use of 1-halo-4-propylhept-3-ene.
Breaker mechanism for an electrical circuit breaker , the breaker mechanism comprising a spring , a latching mechanism and an actuating element , with which a breaker shaft of the electrical circuit breaker is actuated for breaking (OFF position) or making (ON position) the electric current, wherein the actuating element is actuated in the direction of the ON position when making the electric current, and the spring is thereby tensioned, and the latching mechanism releases the energy of the spring for actuating the breaker shaft of the electrical circuit breaker when the ON position is reached, characterized in that , beginning from the OFF position, energy is built up in the spring by the actuation of the actuating element in the direction of the ON position.
Method for testing the load change of a compressed gas accumulator comprising the following steps: arranging the compressed gas accumulator to be tested within a test container ; increasing the pressure of a compressed gas in the compressed gas accumulator to a test pressure; measuring an elastic deformation of the compressed gas accumulator which is caused by the test pressure of the compressed gas ; increasing the pressure of a pressure medium in the test container so that the elastic deformation of the compressed gas accumulator is reduced by the pressure of the pressure medium on the compressed gas accumulator ; lowering the pressure of the pressure medium in the test container ; repeating steps iii. to v. arranging the compressed gas accumulator to be tested within a test container ; increasing the pressure of a compressed gas in the compressed gas accumulator to a test pressure; measuring an elastic deformation of the compressed gas accumulator which is caused by the test pressure of the compressed gas ; increasing the pressure of a pressure medium in the test container so that the elastic deformation of the compressed gas accumulator is reduced by the pressure of the pressure medium on the compressed gas accumulator ; lowering the pressure of the pressure medium in the test container ; repeating steps iii. to v.
A vector, comprising: a promoter of SEQ ID NO: 1; and a human epidermal growth factor (hEGF) exon, which includes a gene coding for hEGF. a promoter of SEQ ID NO: 1; and a human epidermal growth factor (hEGF) exon, which includes a gene coding for hEGF.
A vehicle comprising: a vehicle support structure ; first and second rear wheels that are each rotatable with respect to the vehicle support structure ; first and second independent rear suspension systems associated with the first and second rear wheels respectively; characterized in that the vehicle further comprises a dual motor gearbox assembly including two independent electric motors each for driving one of the rear wheels , associated gear trains for the motors , and a housing (24; 24') that receives the motors and the gear trains ; each rear suspension system including: a knuckle that supports one of the rear wheels , the knuckle defining an opening that extends laterally through the knuckle ; two suspension devices connected to the vehicle support structure and an upper portion of the knuckle , such that each suspension device is oriented along an upright axis; and an upper control arm having a first portion supported by the vehicle support structure and a second portion that extends between the axes of the suspension devices and directly into the opening of the knuckle , wherein the second portion of the control arm is pivotally connected to a laterally facing outboard face of the knuckle (104; 136). a vehicle support structure ; first and second rear wheels that are each rotatable with respect to the vehicle support structure ; first and second independent rear suspension systems associated with the first and second rear wheels respectively; characterized in that the vehicle further comprises a dual motor gearbox assembly including two independent electric motors each for driving one of the rear wheels , associated gear trains for the motors , and a housing (24; 24') that receives the motors and the gear trains ; each rear suspension system including: a knuckle that supports one of the rear wheels , the knuckle defining an opening that extends laterally through the knuckle ; two suspension devices connected to the vehicle support structure and an upper portion of the knuckle , such that each suspension device is oriented along an upright axis; and an upper control arm having a first portion supported by the vehicle support structure and a second portion that extends between the axes of the suspension devices and directly into the opening of the knuckle , wherein the second portion of the control arm is pivotally connected to a laterally facing outboard face of the knuckle (104; 136). a knuckle that supports one of the rear wheels , the knuckle defining an opening that extends laterally through the knuckle ; two suspension devices connected to the vehicle support structure and an upper portion of the knuckle , such that each suspension device is oriented along an upright axis; and an upper control arm having a first portion supported by the vehicle support structure and a second portion that extends between the axes of the suspension devices and directly into the opening of the knuckle , wherein the second portion of the control arm is pivotally connected to a laterally facing outboard face of the knuckle (104; 136).
A gimbal mount system configured to couple to a gimbal , the gimbal configured to secure a camera, the gimbal mount system comprising: a gimbal mount system body, the gimbal mount system body comprising a handle ; a power source located within the gimbal mount system body; a user interface located on an outer surface of the gimbal mount system body; a mounting interface located within an end of the gimbal mount system body, the mounting interface comprising an opening configured to receive a reciprocal gimbal mounting protrusion and a locking mechanism configured to abut a reciprocal gimbal locking mechanism in a locked configuration, thereby securely coupling the gimbal to the gimbal mount system ; a communication interface located within a surface of the mounting interface and configured to couple to a reciprocal communication interface of the gimbal ; and a communication bus coupled to the power source, the user interface, and the communication interface , the communication bus configured to provide power from the power source to the gimbal and configured to provide one or more instructions based on a user input received via the user interface to the gimbal . a gimbal mount system body, the gimbal mount system body comprising a handle ; a power source located within the gimbal mount system body; a user interface located on an outer surface of the gimbal mount system body; a mounting interface located within an end of the gimbal mount system body, the mounting interface comprising an opening configured to receive a reciprocal gimbal mounting protrusion and a locking mechanism configured to abut a reciprocal gimbal locking mechanism in a locked configuration, thereby securely coupling the gimbal to the gimbal mount system ; a communication interface located within a surface of the mounting interface and configured to couple to a reciprocal communication interface of the gimbal ; and a communication bus coupled to the power source, the user interface, and the communication interface , the communication bus configured to provide power from the power source to the gimbal and configured to provide one or more instructions based on a user input received via the user interface to the gimbal .
A tidal power generation system capable of multiple-flow power generation from an installation of a uniflow generator, the system comprising: a hydraulic turbine waterway which has therein a generator and a hydraulic turbine , and is formed by forming hydraulic turbine waterway wall bodies at both sides thereof; auxiliary waterways which are formed by forming auxiliary waterway wall bodies at both sides of the hydraulic turbine waterway wall bodies so as to be spaced apart from the waterway wall bodies, and connected to the hydraulic turbine waterway so that water flows therebetween; and a plurality of sluice gates at which three waterways, which include the single hydraulic turbine waterway and two auxiliary waterways , are provided, and are opened and closed to introduce and drain water for rectification and multiple-flow power generation, wherein the hydraulic turbine waterway and the auxiliary waterway are vertically installed, the hydraulic turbine waterway and the auxiliary waterway vertically communicate with each other, the three waterways, which include the single hydraulic turbine waterway and the two auxiliary waterways , are installed for each generator , and each auxiliary waterway separately includes a supply and drainage waterway function. a hydraulic turbine waterway which has therein a generator and a hydraulic turbine , and is formed by forming hydraulic turbine waterway wall bodies at both sides thereof; auxiliary waterways which are formed by forming auxiliary waterway wall bodies at both sides of the hydraulic turbine waterway wall bodies so as to be spaced apart from the waterway wall bodies, and connected to the hydraulic turbine waterway so that water flows therebetween; and a plurality of sluice gates at which three waterways, which include the single hydraulic turbine waterway and two auxiliary waterways , are provided, and are opened and closed to introduce and drain water for rectification and multiple-flow power generation, wherein the hydraulic turbine waterway and the auxiliary waterway are vertically installed, the hydraulic turbine waterway and the auxiliary waterway vertically communicate with each other, the three waterways, which include the single hydraulic turbine waterway and the two auxiliary waterways , are installed for each generator , and each auxiliary waterway separately includes a supply and drainage waterway function.
Motion sensor for detecting movement of a moving object, in particular of a motor vehicle, wherein the motion sensor has at least one magnetic-field-sensitive sensor element which can detect a change in magnetic field, wherein the change in magnetic field at the location of the sensor element is caused by rotation of a sensor wheel resulting from movement of the moving object and the sensor element generates a sensor signal (S) on the basis of the rotation of the sensor wheel and the motion sensor provides, at an output of the motion sensor , at least one output signal (SA) based on the sensor signal (S), wherein the motion sensor has an interference magnetic field sensor , wherein the interference magnetic field sensor has at least one further magnetic-field-sensitive sensor element , wherein the further magnetic-field-sensitive sensor element is designed to detect an interference magnetic field that is manipulating the magnetic field-sensitive sensor element and that is independent of the magnetic sensor field and to generate an interference field sensor signal (F) based on the interference magnetic field, and the motion sensor provides, at the output of the motion sensor , at least one interference field sensor output signal (FA) based on the interference field sensor signal (F), characterized in that the interference magnetic field sensor has at least two and in particular three further magnetic-field-sensitive sensor elements which are designed to detect the existence of an interference magnetic field in each one of two and in particular in each one of three spatial directions (x, y, z), wherein each magnetic-field-sensitive sensor element generates a corresponding interference field sensor signal (Fx, Fy, Fz) in the presence of an interference magnetic field acting in the spatial direction monitored by said magnetic-field-sensitive sensor element.
Wheel comprising a. a rim and a wheel center , b. wherein the wheel center comprises several spokes extending in a longitudinal direction from a wheel hub to the rim , c. wherein at least one spoke comprises an outer wall surrounding a cavity extending in the longitudinal direction of the at least one spoke , wherein the cavity is delimited from the outer wall by an inner surface, d. wherein the at least one spoke comprises a reinforcing member extending along the inner surface, characterised in that e. the at least one reinforcing member is made at least partially from unidirectional fibers. a. a rim and a wheel center , b. wherein the wheel center comprises several spokes extending in a longitudinal direction from a wheel hub to the rim , c. wherein at least one spoke comprises an outer wall surrounding a cavity extending in the longitudinal direction of the at least one spoke , wherein the cavity is delimited from the outer wall by an inner surface, d. wherein the at least one spoke comprises a reinforcing member extending along the inner surface, characterised in that e. the at least one reinforcing member is made at least partially from unidirectional fibers.
Device for mounting an attachment on the muzzle end of a firearm, which muzzle end has at least two diametrically opposed recesses on its outer circumference, in particular in form of a circumferential groove, comprising a sleeve , which can be pushed onto the muzzle end , thereby forming an annular space, and which has an opening normal to the axis, a mounting piece which can be connected with the attachment and has a substantially tubular extension that can be introduced into the annular space between the muzzle end and the sleeve and can be screwed to the sleeve , and a substantially horseshoe-shaped locking element , which can be radially displaced in the opening of the sleeve between a closed position, in which the two legs of the horseshoe each engage into one of the recesses by way of an inwardly directed rib , and an open position, in which they are released from the recesses , wherein, in the closed position of the locking element , end portions of the legs are engaged beneath the extension at the end thereof when the extension is introduced into the annular space. a sleeve , which can be pushed onto the muzzle end , thereby forming an annular space, and which has an opening normal to the axis, a mounting piece which can be connected with the attachment and has a substantially tubular extension that can be introduced into the annular space between the muzzle end and the sleeve and can be screwed to the sleeve , and a substantially horseshoe-shaped locking element , which can be radially displaced in the opening of the sleeve between a closed position, in which the two legs of the horseshoe each engage into one of the recesses by way of an inwardly directed rib , and an open position, in which they are released from the recesses , wherein, in the closed position of the locking element , end portions of the legs are engaged beneath the extension at the end thereof when the extension is introduced into the annular space.