mhurhangee/patent-ind-claim-en huggingface dataset:
A construction system for a wall or floor or roof comprising: a set of studs having side and edge surfaces, at least some of said set of studs each comprising a series of panel engagement features protruding from an edge of the stud, panel elements having apertures to receive said panel engagement features so that the panel engagement features protrude through the panel element apertures , and retainers for engaging said panel engagement features and pressing against an outside surface of a panel element and towards the studs with a compression force to form a compression joint, characterized in that said panel engagement features each comprises a portion extending distally from the stud edge and a portion extending laterally, and configured so that the retainer fits within a space bordered by said portions with a tight fit so that said compression force is applied, and in that the retainer is in the form of a tongue configured for engagement with a friction fit with the panel engagement feature . a set of studs having side and edge surfaces, at least some of said set of studs each comprising a series of panel engagement features protruding from an edge of the stud, panel elements having apertures to receive said panel engagement features so that the panel engagement features protrude through the panel element apertures , and retainers for engaging said panel engagement features and pressing against an outside surface of a panel element and towards the studs with a compression force to form a compression joint, characterized in that said panel engagement features each comprises a portion extending distally from the stud edge and a portion extending laterally, and configured so that the retainer fits within a space bordered by said portions with a tight fit so that said compression force is applied, and in that the retainer is in the form of a tongue configured for engagement with a friction fit with the panel engagement feature .
A redirecting delivery catheter , comprising: a first longitudinal member having an inner chamber configured to receive a second longitudinal member, an outer surface surrounding the inner chamber, a first region located at a proximal end , a second region located at a distal end , and a length; an opening in the outer surface extending along a portion of the length of the first longitudinal member between the first region and the second region ; a deflecting mechanism located proximate to the opening and configured to be capable of transforming from a first position to a second position, wherein the deflecting mechanism is configured to enable the second longitudinal member to access the second region when the deflecting mechanism is in the second position and to deflect the second longitudinal member toward the opening when the deflecting mechanism is in the first position, characterized in that said redirecting delivery catheter further comprises a support element coupled to the deflecting mechanism to support the deflecting mechanism in transforming from the first position to the second position, wherein the support element comprises a compressible circular ring configured to extend around the inner chamber when the deflecting mechanism is in the second position and to compress to a semicircular configuration when the deflecting mechanism is in the first position or wherein the support element comprises a first magnet positioned on the deflecting mechanism to be in contact with a second magnet , positioned on the first longitudinal member, when the deflecting mechanism is in the first position. a first longitudinal member having an inner chamber configured to receive a second longitudinal member, an outer surface surrounding the inner chamber, a first region located at a proximal end , a second region located at a distal end , and a length; an opening in the outer surface extending along a portion of the length of the first longitudinal member between the first region and the second region ; a deflecting mechanism located proximate to the opening and configured to be capable of transforming from a first position to a second position, wherein the deflecting mechanism is configured to enable the second longitudinal member to access the second region when the deflecting mechanism is in the second position and to deflect the second longitudinal member toward the opening when the deflecting mechanism is in the first position, characterized in that said redirecting delivery catheter further comprises a support element coupled to the deflecting mechanism to support the deflecting mechanism in transforming from the first position to the second position,
Device for attaching equipment to a chassis of a feeder, the said device comprising at least one bracket comprising a housing of a shape that complements the said chassis , and securing means which are connected to each of the ends of the said bracket , the said at least one bracket and the said securing means being intended to clamp the said chassis , characterized in that the said bracket comprises two bracket portions each comprising a distal end between them delimiting the said housing of the said bracket , the said bracket portions being able to move relative to one another between at least an unclamped position in which the said distil ends are distant and at least a clamped position in which the said distal ends are closer together, so as to adapt the size of the said housing to that of the said chassis .
An aerial survey image capture system for a survey aircraft navigable using navigation parameters that include altitude, speed and direction, the system comprising: a camera system arranged to capture successive images of ground beneath a survey aircraft as the survey aircraft travels on a defined flight path; the camera system having associated camera parameters indicative of image capture characteristics of the camera system including defined image overlap between captured images; the defined flight path and the camera parameters being such that sufficient multiple images are obtained of ground features that a bundle adjustment process can be carried out on the ground images and a photogrammetric solution produced based on the images; characterised in that the aerial survey image capture system comprises: a camera parameter modifier arranged to produce modified camera system parameters in response to a change in at least one navigation parameter, including altitude or speed, actually made to the aircraft, the modified camera system parameters modifying characteristics of image capture by the camera system so as to substantially maintain the defined image overlap between captured images and thereby at least partially compensate for a change in survey efficiency when the changed at least one navigation parameter is used to navigate the survey aircraft without modifying the defined flight path. a camera system arranged to capture successive images of ground beneath a survey aircraft as the survey aircraft travels on a defined flight path; the camera system having associated camera parameters indicative of image capture characteristics of the camera system including defined image overlap between captured images; the defined flight path and the camera parameters being such that sufficient multiple images are obtained of ground features that a bundle adjustment process can be carried out on the ground images and a photogrammetric solution produced based on the images;
A gantry rail for a gantry computed tomography (CT) system , said gantry rail comprising: a secondary side of a rotary transformer comprising a secondary core and a secondary winding; and an annular body aligned orthogonal to a longitudinal axis of the gantry CT system , said annular body comprising : an annular rolling surface having a normal vector extending radially outward and orthogonal to the longitudinal axis , an annular slip ring surface of a non-contact slip ring , the annular slip ring surface defining a plane orthogonal to the longitudinal axis , and a slot disposed in said slip ring surface and configured to engage said secondary side , wherein said secondary side is disposed in said slot. a secondary side of a rotary transformer comprising a secondary core and a secondary winding; and an annular body aligned orthogonal to a longitudinal axis of the gantry CT system , said annular body comprising : an annular rolling surface having a normal vector extending radially outward and orthogonal to the longitudinal axis , an annular slip ring surface of a non-contact slip ring , the annular slip ring surface defining a plane orthogonal to the longitudinal axis , and a slot disposed in said slip ring surface and configured to engage said secondary side , wherein said secondary side is disposed in said slot. an annular rolling surface having a normal vector extending radially outward and orthogonal to the longitudinal axis , an annular slip ring surface of a non-contact slip ring , the annular slip ring surface defining a plane orthogonal to the longitudinal axis , and a slot disposed in said slip ring surface and configured to engage said secondary side , wherein said secondary side is disposed in said slot.
A lower limb prosthesis, comprising: a foot member ; and a main body rotatably coupled to the foot member at a joint comprising a joint axis , wherein the main body comprises a housing, an actuator , and a transmission comprising at least one intermediate stage , and a final stage , and wherein the actuator is configured to transmit an actuator torque to the transmission , the at least one intermediate stage is configured to transmit an intermediate torque about an intermediate axis, and the final stage is configured to transmit a final torque about the joint axis to the foot member , characterized in that the at least one intermediate stage comprises a first intermediate stage , wherein the first intermediate stage is an epicyclic stage and the final stage is a hypoid gear, comprising a hypoid pinion with a vertical axis, and a hypoid ring gear with a horizontal axis. a foot member ; and a main body rotatably coupled to the foot member at a joint comprising a joint axis , wherein the main body comprises a housing, an actuator , and a transmission comprising at least one intermediate stage , and a final stage , and wherein the actuator is configured to transmit an actuator torque to the transmission , the at least one intermediate stage is configured to transmit an intermediate torque about an intermediate axis, and the final stage is configured to transmit a final torque about the joint axis to the foot member , characterized in that the at least one intermediate stage comprises a first intermediate stage , wherein the first intermediate stage is an epicyclic stage and the final stage is a hypoid gear, comprising a hypoid pinion with a vertical axis, and a hypoid ring gear with a horizontal axis.
A method for determining an amount of water contamination in oil of a gearbox of a wind turbine , the method comprising: Receiving , via a controller , one or more weather conditions at the wind turbine ; Receiving, via the controller , one or more operational parameters of the wind turbine ; Calculating , via the controller , the amount of water contamination in the oil of the gearbox as a function of the one or more operational parameters of the wind turbine and the one or more weather conditions at the wind turbine , and, Implementing , via the controller , a corrective action based on the calculated amount of water contamination in the oil of the gearbox ; wherein the one or more operational parameters are at least one of generator speed, oil type, gearbox volume, and desiccant specifications, and wherein the one or more weather conditions at the wind turbine are at least one of humidity, dew point, and wind speed. Receiving , via a controller , one or more weather conditions at the wind turbine ; Receiving, via the controller , one or more operational parameters of the wind turbine ; Calculating , via the controller , the amount of water contamination in the oil of the gearbox as a function of the one or more operational parameters of the wind turbine and the one or more weather conditions at the wind turbine , and, Implementing , via the controller , a corrective action based on the calculated amount of water contamination in the oil of the gearbox ; wherein the one or more operational parameters are at least one of generator speed, oil type, gearbox volume, and desiccant specifications, and wherein the one or more weather conditions at the wind turbine are at least one of humidity, dew point, and wind speed.
A robotic system comprising: a soft actuator comprising an elastomeric bladder configured to receive an inflation fluid; a securing mechanism comprising a body and one or more extensions, the one or more extensions configured to be received in one or more corresponding recesses of the elastomeric bladder and to be gripped within the recesses upon application of a tightening force to seal the inflation fluid in the soft actuator, characterized in that the one or more extensions comprise fastening passages for receiving one or more fasteners . a soft actuator comprising an elastomeric bladder configured to receive an inflation fluid; a securing mechanism comprising a body and one or more extensions, the one or more extensions configured to be received in one or more corresponding recesses of the elastomeric bladder and to be gripped within the recesses upon application of a tightening force to seal the inflation fluid in the soft actuator, characterized in that the one or more extensions comprise fastening passages for receiving one or more fasteners .
System for the trouble-free steering of a swimming pool cover , which is adapted to the geometric dimensions of the swimming pool edge with a large number of individual lamellar sheets of different lengths that are joined together and can be moved parallel to one another and on the water surface of a swimming pool can be slid back and forth, with at least one guide-steering element being present for connecting two lamellar sheets, characterized in that the at least one guide-steering element is a flat plate that is laterally in the end area at least two lamellar sheets , wherein the guide-steering element has at least two legs (24,24'; 25,25') which are inclined at a predetermined angle ( α ) to one another, the inclination (α) and also the steering is effected with the at least one guide-steering element , with an imaginary virtual middle plane of the front lamellar sheet of the swimming pool cover having a predetermined inclination (α) to the middle plane of the following lamellar sheets results.
Method for producing sealing tape rolls from soft, compressible foam with at least one external, radially running barrier layer , wherein the barrier layer has an Sd value of 0.05 m to 100 m, measured in accordance with DIN EN ISO 12572, at 25% relative air humidity, comprising the following steps in the stated sequence: - providing a foam web made of soft foam; - forming a foam/barrier layer web by applying a barrier layer to a top side and/or bottom side of the foam web ; - creating a plurality of sealing tape strips by introducing at least one continuous cut into the foam/barrier layer web in a longitudinal direction of the foam/barrier layer web and perpendicular to the at least one barrier layer ; and - winding up each sealing tape strip of the plurality of sealing tape strips to form a roll , in such a manner that the at least one barrier layer runs radially and is arranged on one of the two axial end faces of the roll . - providing a foam web made of soft foam; - forming a foam/barrier layer web by applying a barrier layer to a top side and/or bottom side of the foam web ; - creating a plurality of sealing tape strips by introducing at least one continuous cut into the foam/barrier layer web in a longitudinal direction of the foam/barrier layer web and perpendicular to the at least one barrier layer ; and - winding up each sealing tape strip of the plurality of sealing tape strips to form a roll , in such a manner that the at least one barrier layer runs radially and is arranged on one of the two axial end faces of the roll .
Wheelchair wheel , which is rotatable around an axis of rotation , with a hub , which is connectable to a wheel axle of a wheelchair frame, with a wheel body arranged on the hub , forming a running surface of the wheelchair wheel and constituting the connection between the running surface and the hub , said wheel body being composed of three wheel body sectors , each wheel body sector is provided with a rim profile and a tyre section arranged in the rim profile , with three fastening devices which are independent of one another, wherein each wheel body sector being releasably fastened to the hub by one of the fastening devices . which is rotatable around an axis of rotation , with a hub , which is connectable to a wheel axle of a wheelchair frame, with a wheel body arranged on the hub , forming a running surface of the wheelchair wheel and constituting the connection between the running surface and the hub , said wheel body being composed of three wheel body sectors , each wheel body sector is provided with a rim profile and a tyre section arranged in the rim profile , with three fastening devices which are independent of one another, wherein each wheel body sector being releasably fastened to the hub by one of the fastening devices .
A heater for warm air, comprising: a fan , an air duct , a heating part disposed in the air duct , a driving part, comprising: a driving circuit board provided with a silicon-controlled element, the driving circuit board and silicon-controlled element being arranged in the air duct upstream of the heating part relative to the direction of air flow in the air duct . a fan , an air duct , a heating part disposed in the air duct , a driving part, comprising: a driving circuit board provided with a silicon-controlled element, the driving circuit board and silicon-controlled element being arranged in the air duct upstream of the heating part relative to the direction of air flow in the air duct .
A feedback mechanism for a biological safety cabinet , the biological safety cabinet comprising a movable glass window and a cover plate disposed in front of at least a portion of the glass window , characterized in that the feedback mechanism comprises: a monitor control component comprising a roller element being fixedly disposed with respect to the cover plate and comprising a rollable roller ; and a contact component being fixedly disposed relative to the glass window so that the contact component can move relative to the roller with movement of the glass window , the contact component comprising a recess for receiving the roller , wherein the contact component moves with the glass window to a position corresponding to the roller when the glass window moves relative to the cover plate , such that the roller rolls into the recess , allowing the feedback mechanism to generate tactile feedback, wherein the monitor control component further comprises at least a first micro switch and a second micro switch fixedly disposed with respect to the cover plate and configured to contact the contact component when the roller rolls into the recess , thereby generating a first trigger signal and a second trigger signal being used to provide feedback of a position of the roller with respect to the recess . a monitor control component comprising a roller element being fixedly disposed with respect to the cover plate and comprising a rollable roller ; and a contact component being fixedly disposed relative to the glass window so that the contact component can move relative to the roller with movement of the glass window , the contact component comprising a recess for receiving the roller , wherein the contact component moves with the glass window to a position corresponding to the roller when the glass window moves relative to the cover plate , such that the roller rolls into the recess , allowing the feedback mechanism to generate tactile feedback, wherein the monitor control component further comprises at least a first micro switch and a second micro switch fixedly disposed with respect to the cover plate and configured to contact the contact component when the roller rolls into the recess , thereby generating a first trigger signal and a second trigger signal being used to provide feedback of a position of the roller with respect to the recess .
Rim brake slave apparatus for a hydraulic bicycle rim brake, comprising a brake cylinder , in which a piston is movably arranged in the axial direction of the cylinder, a pressure chamber , in which hydraulic fluid is pressurized to actuate the brake and the piston is moved in the axial direction of the cylinder while the volume of the pressure chamber is increased, and an adjusting apparatus for adjusting the rest position of the piston in the axial direction relative to the brake cylinder , the adjusting apparatus changing the volume of the pressure chamber when the rest position of the piston is adjusted in the axial direction relative to the brake cylinder , wherein the adjusting apparatus has a friction device which is movably arranged in relation to the brake cylinder in the axial direction to the brake cylinder and generates a static friction between the brake cylinder and the friction device , characterized in that the friction device has an internal thread formed on the inner wall of the brake cylinder and an associated threaded sleeve with a corresponding external thread .
Process for building tyres, comprising: forming, on a building drum , a substantially cylindrical carcass sleeve , comprising at least one carcass ply having axially opposite end flaps engaged with respective annular anchoring structures ; forming an annular crown structure comprising at least one belt layer and one tread band arranged in radially outer position around the belt layer ; positioning the crown structure coaxially around the carcass sleeve ; shaping the carcass sleeve according to a substantially toroidal configuration in order to couple it to the crown structure , positioned coaxially around the carcass sleeve ; engaging, in the shaped carcass sleeve coupled to the crown structure , a forming drum having lateral portions axially opposite each other that are shaped according to an inner configuration of the carcass sleeve . forming, on a building drum , a substantially cylindrical carcass sleeve , comprising at least one carcass ply having axially opposite end flaps engaged with respective annular anchoring structures ; forming an annular crown structure comprising at least one belt layer and one tread band arranged in radially outer position around the belt layer ; positioning the crown structure coaxially around the carcass sleeve ; shaping the carcass sleeve according to a substantially toroidal configuration in order to couple it to the crown structure , positioned coaxially around the carcass sleeve ; engaging, in the shaped carcass sleeve coupled to the crown structure , a forming drum having lateral portions axially opposite each other that are shaped according to an inner configuration of the carcass sleeve .