mhurhangee/ep-ind-claims huggingface dataset:
A closure for a window, a door or the like, wherein the window, the door or the like has a frame and a leaf movable with respect to the frame, wherein the closure comprises: a base body configured for fastening to the frame or to the leaf; and a closure element which is rotatably supported at the base body, which defines a holding receiver for a latch element fastened to the leaf or to the frame and which is movable between a release position releasing the latch element in an opening direction of the leaf and a blocking position blocking the latch element in the opening direction; and a locking slide which is displaceably guided in the base body between a locking position and an unlocking position and which is preloaded in the direction of its locking position by at least one spring; wherein, in the locking position, the locking slide prevents a movement of the closure element from the blocking position into the release position and, in the unlocking position, the locking slide permits a movement of the closure element between the blocking position and the release position, characterized in that the locking slide has a day position between the locking position and the unlocking position, in which day position the locking slide, as a result of a movement of the closure element between the blocking position and the release position, can be deflected in the direction of the unlocking position while overcoming the spring force of the spring. a base body configured for fastening to the frame or to the leaf; and a closure element which is rotatably supported at the base body, which defines a holding receiver for a latch element fastened to the leaf or to the frame and which is movable between a release position releasing the latch element in an opening direction of the leaf and a blocking position blocking the latch element in the opening direction; and a locking slide which is displaceably guided in the base body between a locking position and an unlocking position and which is preloaded in the direction of its locking position by at least one spring; wherein, in the locking position, the locking slide prevents a movement of the closure element from the blocking position into the release position and, in the unlocking position, the locking slide permits a movement of the closure element between the blocking position and the release position, characterized in that the locking slide has a day position between the locking position and the unlocking position, in which day position the locking slide, as a result of a movement of the closure element between the blocking position and the release position, can be deflected in the direction of the unlocking position while overcoming the spring force of the spring.
A vehicle ride, comprising: a variable vehicle ride switch comprising: a base configured to rotate with respect to a ride surface; a base controller configured to receive an activation signal to cause the base to rotate; and at least one conveyor positioned on the base and configured to rotate together with the base and configured to actuate relative to the base to move a ride vehicle onto or off of the base; a plurality of vehicle pathways, wherein the variable vehicle ride switch is positioned at a junction of the plurality of vehicle pathways; and a ride controller programmed with instructions to provide the activation signal to the base controller to cause the base to rotate to at least partially align the at least one conveyor with a vehicle pathway of the plurality of vehicle pathways; characterized in that the at least one conveyor is configured to actuate relative to the base in response to the activation signal to fully align a partial alignment with the vehicle pathway of the plurality of vehicle pathways, and in that the at least one conveyor is configured to rotate within the base in response to the activation signal. a variable vehicle ride switch comprising: a base configured to rotate with respect to a ride surface; a base controller configured to receive an activation signal to cause the base to rotate; and at least one conveyor positioned on the base and configured to rotate together with the base and configured to actuate relative to the base to move a ride vehicle onto or off of the base; a base configured to rotate with respect to a ride surface; a base controller configured to receive an activation signal to cause the base to rotate; and at least one conveyor positioned on the base and configured to rotate together with the base and configured to actuate relative to the base to move a ride vehicle onto or off of the base; a plurality of vehicle pathways, wherein the variable vehicle ride switch is positioned at a junction of the plurality of vehicle pathways; and a ride controller programmed with instructions to provide the activation signal to the base controller to cause the base to rotate to at least partially align the at least one conveyor with a vehicle pathway of the plurality of vehicle pathways; characterized in that the at least one conveyor is configured to actuate relative to the base in response to the activation signal to fully align a partial alignment with the vehicle pathway of the plurality of vehicle pathways, and in that the at least one conveyor is configured to rotate within the base in response to the activation signal.
A MEMS device, comprising: a substrate having a plurality of electrodes formed therein, wherein the plurality of electrodes comprises at least an anchor electrode, a pull-in electrode and an RF electrode; a first insulating layer disposed over the plurality of electrodes and the substrate; a switching element disposed over the first insulating layer, wherein the switching element includes an anchor portion, a leg portion and a bridge portion and wherein the anchor portion is electrically coupled to the anchor electrode; a first post coupled to the RF electrode, wherein the first post is disposed on the first insulating layer and through an opening in the first insulating layer; and a second post electrically coupled to the anchor electrode, wherein the switching element is movable between a first position spaced from the first post and the second post, and a second position in contact with the first post and the second post. a substrate having a plurality of electrodes formed therein, wherein the plurality of electrodes comprises at least an anchor electrode, a pull-in electrode and an RF electrode; a first insulating layer disposed over the plurality of electrodes and the substrate; a switching element disposed over the first insulating layer, wherein the switching element includes an anchor portion, a leg portion and a bridge portion and wherein the anchor portion is electrically coupled to the anchor electrode; a first post coupled to the RF electrode, wherein the first post is disposed on the first insulating layer and through an opening in the first insulating layer; and a second post electrically coupled to the anchor electrode, wherein the switching element is movable between a first position spaced from the first post and the second post, and a second position in contact with the first post and the second post.
An ultrasound machine tool for welding, separating and/or sealing materials, comprising: - a base plate; - a stand that can be positioned relative to the base plate on which a workpiece to be machined can be fixed; - a vibration generator with which a working member can be driven; - a slide that bears the vibration generator and that is displaceably guided in the longitudinal direction of the stand; - a drive for the slide; - a control for controlling the drive and the vibration generator that is connected to a force measuring device and to a distance measuring device; and - an output device for outputting operating parameters, characterized by - a reception device which is provided at the slide and into which a first workpiece holder can be inserted; - a first workpiece holder that can be inserted into the reception device; - a second workpiece holder (34, 36) that can be fastened to the base plate or to the stand, - wherein the control is configured and adapted such that it is possible to switch manually and/or automatically between a machining cycle and a tensile test cycle. - a base plate; - a stand that can be positioned relative to the base plate on which a workpiece to be machined can be fixed; - a vibration generator with which a working member can be driven; - a slide that bears the vibration generator and that is displaceably guided in the longitudinal direction of the stand; - a drive for the slide; - a control for controlling the drive and the vibration generator that is connected to a force measuring device and to a distance measuring device; and - an output device for outputting operating parameters, characterized by - a reception device which is provided at the slide and into which a first workpiece holder can be inserted; - a first workpiece holder that can be inserted into the reception device; - a second workpiece holder (34, 36) that can be fastened to the base plate or to the stand, - wherein the control is configured and adapted such that it is possible to switch manually and/or automatically between a machining cycle and a tensile test cycle.
A dermal patch for selectively retaining one or more analyte(s) from a body of a subject comprising: - a membrane layer (101, 601) for retaining one or more analyte(s) from a body of a subject, with a first and a second side, wherein the first side is adapted to be in fluid communication with the skin of the subject, wherein the membrane is configured so as not to be expandable; - optionally holding means for securing the membrane layer in place; - an adhesive layer; - a backing layer; and where between the backing layer and the membrane layer there is an expandable layer for applying pressure to the membrane layer. - a membrane layer (101, 601) for retaining one or more analyte(s) from a body of a subject, with a first and a second side, wherein the first side is adapted to be in fluid communication with the skin of the subject, wherein the membrane is configured so as not to be expandable; - optionally holding means for securing the membrane layer in place; - an adhesive layer; - a backing layer;
An apparatus for determining the moisture of a sample containing a solid mixture, with - at least one sample chamber for accommodating the sample, - at least one sensor (26, 28) for measuring a characteristic variable of a gas mixture surrounding the sample, and - a determination device for determining the moisture content of the sample from the at least one characteristic variable, characterized by a measuring chamber that can be evacuated into the rough vacuum range by means of an external vacuum pump or a pump of the apparatus, which measuring chamber can be optionally fluidically separated from the at least one sample chamber or connected to the sample chamber by means of a separating fitting of the apparatus, wherein the at least one sensor (26, 28) is set up to measure the characteristic variable of the gas mixture in the measuring chamber. - at least one sample chamber for accommodating the sample, - at least one sensor (26, 28) for measuring a characteristic variable of a gas mixture surrounding the sample, and - a determination device for determining the moisture content of the sample from the at least one characteristic variable, characterized by a measuring chamber that can be evacuated into the rough vacuum range by means of an external vacuum pump or a pump of the apparatus, which measuring chamber can be optionally fluidically separated from the at least one sample chamber or connected to the sample chamber by means of a separating fitting of the apparatus, wherein the at least one sensor (26, 28) is set up to measure the characteristic variable of the gas mixture in the measuring chamber.
Coolant pump constructed as a mechanically driven coolant pump for combustion motors with a pump housing, a flow intake port and a flow discharge port, a pump shaft rotating freely in a pump bearing located at/in the pump housing and a pump shaft seal located on the drive side next to the flow intake port in a seal seating in the pump housing between this and the pump shaft, with a guide wheel with guide vanes located in a torque-proof manner in the pump housing where a bearing seal is located, where a sliding bearing is fitted, where the pump shaft is located with its pump shaft end positioned opposite to its drive side, so that an impeller with vanes is located in a torque-proof manner on the pump shaft adjacent to the guide wheel with the sliding bearing is adjacent by an annular gap in distance in the direction of the flow intake port and that the flow intake port on the side of the centre axis of the pump shaft is located so that the flow intake takes place obliquely relative to the rotational axis of the impeller, characterized by the fact - that the impeller is a mixed flow impeller with vanes curved spatially in three dimensions, and - that the guide wheel located in a torque-proof manner in the pump housing has a guide cone tapering towards the flow direction and has a cone shaped guide cap spaced apart from this and located on the outside, and - that the guide cone is connected to the guide cap via spatially curved guide vanes curved in three dimensions and symmetrically spaced out from each other, and - that the impeller of the guide wheel is distanced by a minimum annular gap in the form of a sealing gap, where the front side of the impeller is at a minimum distance fro m the adjacent outside edge of the guide cone and is also at a minimum distance from the adjacent outside edge of the guide cap by an annular gap in the form of a sealing gap, and - that an intake chamber with an inside diameter is located in the pump housing directly in front of the impeller rotationally symmetric to the pump shaft whose chamber length is between 0.7 to 1.5 times the inside diameter. - that the impeller is a mixed flow impeller with vanes curved spatially in three dimensions, and - that the guide wheel located in a torque-proof manner in the pump housing has a guide cone tapering towards the flow direction and has a cone shaped guide cap spaced apart from this and located on the outside, and - that the guide cone is connected to the guide cap via spatially curved guide vanes curved in three dimensions and symmetrically spaced out from each other, and - that the impeller of the guide wheel is distanced by a minimum annular gap in the form of a sealing gap, where the front side of the impeller is at a minimum distance fro m the adjacent outside edge of the guide cone and is also at a minimum distance from the adjacent outside edge of the guide cap by an annular gap in the form of a sealing gap, and - that an intake chamber with an inside diameter is located in the pump housing directly in front of the impeller rotationally symmetric to the pump shaft whose chamber length is between 0.7 to 1.5 times the inside diameter.
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; a lower frame for housing the battery cell stack; and an upper plate for covering the upper side of the lower frame, wherein at least one partition wall is formed between the plurality of battery cells of the battery cell stack, and an insulating member is attached to at least one surface of the partition wall, wherein the partition wall is integrally formed with - the lower surface portion of the upper plate, or - the bottom surface of the lower frame. a battery cell stack in which a plurality of battery cells are stacked; a lower frame for housing the battery cell stack; and an upper plate for covering the upper side of the lower frame, wherein at least one partition wall is formed between the plurality of battery cells of the battery cell stack, and an insulating member is attached to at least one surface of the partition wall, wherein the partition wall is integrally formed with - the lower surface portion of the upper plate, or - the bottom surface of the lower frame. - the lower surface portion of the upper plate, or - the bottom surface of the lower frame.
A machine for making and dispensing liquid or semi-liquid food products, comprising: - at least one tank for containing the product to be processed and dispensed, the tank having a discharge orifice for the product to be dispensed; - at least one dispensing tap comprising: - an external conduit having an inlet orifice which is connected, in use, to the discharge orifice of the containment tank, a product release orifice and a product recirculation orifice, - a tubular duct having formed in it a first internal cavity which is provided with at least one radial opening, being movably inserted in the external conduit and being configured to be movable between a dispensing position, where it places the inlet orifice in fluid communication with the release orifice through the first cavity and the radial opening, and a recirculation, dispensing inhibit position, where it places the inlet orifice in fluid communication with the recirculation orifice through the first cavity and prevents the fluid communication between the inlet orifice and the release orifice. - at least one tank for containing the product to be processed and dispensed, the tank having a discharge orifice for the product to be dispensed; - at least one dispensing tap comprising: - an external conduit having an inlet orifice which is connected, in use, to the discharge orifice of the containment tank, a product release orifice and a product recirculation orifice, - a tubular duct having formed in it a first internal cavity which is provided with at least one radial opening, being movably inserted in the external conduit and being configured to be movable between a dispensing position, where it places the inlet orifice in fluid communication with the release orifice through the first cavity and the radial opening, and a recirculation, dispensing inhibit position, where it places the inlet orifice in fluid communication with the recirculation orifice through the first cavity and prevents the fluid communication between the inlet orifice and the release orifice.
A method of manufacturing an ultrasonic transmission component of an ultrasonic surgical instrument, comprising: forming, via additive manufacturing, a waveguide, including: a body portion; and a blade extending distally from the body portion, wherein the waveguide is formed to define a lumen extending through a portion of the body portion and a portion of the blade further comprising inserting an inner tube at least partially into the lumen. a body portion; and a blade extending distally from the body portion, wherein the waveguide is formed to define a lumen extending through a portion of the body portion and a portion of the blade further comprising inserting an inner tube at least partially into the lumen.
A system of connected drill pipe, comprising: a first wired drill pipe having a connection end with a plurality of first conductive surfaces; and a second wired drill pipe having a corresponding connection end engaged with the connection end, the corresponding connection end having a plurality of second conductive surfaces; and characterised in that the plurality of first conductive surfaces are generally formed as a ring interrupted by first sections of insulating material, the first sections of insulating material each being shorter in length than the first conductive surfaces, the plurality of second conductive surfaces are generally formed as a ring interrupted by second sections of insulating material, the second sections of insulating material each being longer in length than the second conductive surfaces, wherein the first conductive surfaces engage the second conductive surfaces upon engagement of the connection end with the corresponding connection end, and wherein the second conductive surfaces are shorter in length than the first sections of insulating material so that the first conductive surfaces and the second conductive surfaces are unable to short circuit regardless of the rotational orientation of the second wired drill pipe with respect to the first wired drill pipe. a first wired drill pipe having a connection end with a plurality of first conductive surfaces; and a second wired drill pipe having a corresponding connection end engaged with the connection end, the corresponding connection end having a plurality of second conductive surfaces; and characterised in that the plurality of first conductive surfaces are generally formed as a ring interrupted by first sections of insulating material, the first sections of insulating material each being shorter in length than the first conductive surfaces, the plurality of second conductive surfaces are generally formed as a ring interrupted by second sections of insulating material, the second sections of insulating material each being longer in length than the second conductive surfaces, wherein the first conductive surfaces engage the second conductive surfaces upon engagement of the connection end with the corresponding connection end, and wherein the second conductive surfaces are shorter in length than the first sections of insulating material so that the first conductive surfaces and the second conductive surfaces are unable to short circuit regardless of the rotational orientation of the second wired drill pipe with respect to the first wired drill pipe.
A method of fabricating a sleeve (20, 23) or a nut for connecting steel reinforcing bars together end to end, the method comprising the following operations: - forming irregularities (27 to 31, 39 to 41, 63) on the outside surface (56, 58) of a steel blank (55, 57) by forging; - forming a cylindrical cavity (46, 47) passing through the forged blank; and - tapping the cylindrical cavity. - forming irregularities (27 to 31, 39 to 41, 63) on the outside surface (56, 58) of a steel blank (55, 57) by forging; - forming a cylindrical cavity (46, 47) passing through the forged blank; and - tapping the cylindrical cavity.
Support structure for a vehicle body in the region of the door sill of a C-pillar, having a C-pillar and a rear bottom longitudinal support viewed in the vehicle's longitudinal direction, characterised in that to form a first load path (13, 14) on the side of the door sill, the rear bottom longitudinal support, viewed in the vehicle's longitudinal direction and stretching out from a rear-side region, viewed on the door sill side, is fastened to the C-pillar and extends further forward from that point toward the passenger compartment and is connected in the region of the B-pillar with a door sill inner section in such a way that the bottom longitudinal support encompasses and overlaps a rear, free end of the door sill inner section on the B-pillar-side, wherein the door sill inner section extends forward to the A-pillar and is fastened there to the lower A-pillar region, a C-pillar reinforcement element is further fastened to the C-pillar, in particular opposite the rear bottom longitudinal support, which at least in places covers and/or reinforces the C-pillar and, to form a second load path (20, 21) on the door sill side, is connected with an additional door sill component (17, 18), wherein the additional door sill component is a door sill extension element, which merges into a door sill reinforcement element with a uniform material and integrally or, as a separate component, is connected directly or indirectly with a door sill reinforcement element, and wherein the door sill reinforcement element is connected with the door sill inner section and/or the A-pillar of the vehicle body, and the door sill extension element is encompassed or crossed by the C-pillar reinforcement element, at least in the region close to the C-pillar, in places and/or in a form-fitting manner.