mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic fruit juice squeezing machine, for dispensing a drink made from a portion of fruit, being of the type that comprises a motorised squeezing element for squeezing a pulp of a portion of fruit, connected to a user interface for starting up the squeezing element, wherein the squeezing element is housed in a frame, and the frame includes a pulp squeezing chamber facing the squeezing element wherein at least one portion of fruit is disposed, said squeezing chamber including a housing wherein a membrane made of waterproof and elastic material is supported, and wherein: - said motorised squeezing element is a rotating squeezing element, in that; - said membrane is made of a film of food-grade material and positioned inside the housing on a plane that is inclined with respect to a horizontal plane of the machine, and in that, - said membrane is arranged between the rotating squeezing element and the portion of fruit to be squeezed in such a manner that the action of squeezing the pulp is carried out when the portion of fruit is pressed against a side of said membrane onto the rotating squeezing element and said rotating squeezing element is in operation, wherein the side of the membrane that is in contact with the portion of fruit has guiding means to guide the expulsion of juice towards a liquid outlet, - the machine further comprising holding means envisaged to hold the portion of fruit in contact with the membrane during operation of the rotating squeezing element so that a squeezed liquid from the portion of fruit is expelled towards the liquid outlet from the inclined membrane . - said motorised squeezing element is a rotating squeezing element, in that; - said membrane is made of a film of food-grade material and positioned inside the housing on a plane that is inclined with respect to a horizontal plane of the machine, and in that, - said membrane is arranged between the rotating squeezing element and the portion of fruit to be squeezed in such a manner that the action of squeezing the pulp is carried out when the portion of fruit is pressed against a side of said membrane onto the rotating squeezing element and said rotating squeezing element is in operation, wherein the side of the membrane that is in contact with the portion of fruit has guiding means to guide the expulsion of juice towards a liquid outlet, - the machine further comprising holding means envisaged to hold the portion of fruit in contact with the membrane during operation of the rotating squeezing element so that a squeezed liquid from the portion of fruit is expelled towards the liquid outlet from the inclined membrane .
A variable electric field balancing device that, comprising conductive capture elements separated by an electrical insulator incorporated on a mast with earth connection , consists of a hollow assembly comprising an upper passive capture element , which acts as a capture electrode, and a lower passive capture element , which acts as a reception electrode, and both elements may have various geometric shapes on the outside, and an insulator element arranged between said upper and lower elements maintaining them separated from each other at a variable distance (d) dependent on the conductivity coefficient of the of the materials said elements (2 and 3) are composed of, and the geometry of which, of this insulator element is such that, in addition to internally separating the two elements, it externally covers the lower element like a skirt to the lower base thereof, preventing the impact of a lightning bolt on said lower element from being able to induce the generation of an upward leader, and is characterised in that it also has an expansion and compression valve that connects the outside to the inside of the hollow assembly and which expands in phases of passage of current and/or absorption of external induced surges, and is compressed at the end of the compensation of the electric field.
A foil structure including a tamper protection, comprising: - a void layer for triggering a void effect, - a cover layer arranged in the foil structure over the void layer , wherein the void layer comprises at least one first area in which a release lacquer is present and at least one second area in which no release lacquer is present, wherein the at least one first area of the void layer directly adjoins the at least one second area of the void layer , and wherein, due to the partially present release lacquer in the void layer , the void effect occurs when an attempt is made to peel off the foil structure that has been glued to the substrate of an object, characterized in that the foil structure has a pattern layer for forming a pattern, which is arranged in the foil structure under the void layer , the pattern layer being designed in such a way that the pattern contained in the pattern layer comprises at least one rasterized area , and wherein, due to the rasterized area of the pattern layer , an optical light capture is reduced when the foil structure is opened in the area of the void effect. - a void layer for triggering a void effect, - a cover layer arranged in the foil structure over the void layer , wherein the void layer comprises at least one first area in which a release lacquer is present and at least one second area in which no release lacquer is present, wherein the at least one first area of the void layer directly adjoins the at least one second area of the void layer , and wherein, due to the partially present release lacquer in the void layer , the void effect occurs when an attempt is made to peel off the foil structure that has been glued to the substrate of an object, characterized in that the foil structure has a pattern layer for forming a pattern, which is arranged in the foil structure under the void layer , the pattern layer being designed in such a way that the pattern contained in the pattern layer comprises at least one rasterized area , and wherein, due to the rasterized area of the pattern layer , an optical light capture is reduced when the foil structure is opened in the area of the void effect. wherein the void layer comprises at least one first area in which a release lacquer is present and at least one second area in which no release lacquer is present, wherein the at least one first area of the void layer directly adjoins the at least one second area of the void layer , and wherein, due to the partially present release lacquer in the void layer , the void effect occurs when an attempt is made to peel off the foil structure that has been glued to the substrate of an object, characterized in that the foil structure has a pattern layer for forming a pattern, which is arranged in the foil structure under the void layer , the pattern layer being designed in such a way that the pattern contained in the pattern layer comprises at least one rasterized area , and wherein, due to the rasterized area of the pattern layer , an optical light capture is reduced when the foil structure is opened in the area of the void effect.
An apparatus comprising: (a) an opening bounded on one side by a strike jamb ; (b) a panel mounted relative to said opening so as to be displaceable between an open position in which said panel is separated from said strike jamb to leave said opening open and a closed position in which said panel closes at least part of said opening; (c) a locking element associated with said strike jamb or said panel and displaceable between a locked position in which said locking element is interposed between surfaces of said panel and said strike jamb to oppose forces directed to displace the panel towards the open position, thereby locking said panel to said strike jamb, and an unlocked position in which said locking element is positioned so as not to obstruct motion of the panel to the open position; (d) a synchronous displacement mechanism associated with said locking element and displaced by at least part of a closing motion of said panel from said open position towards said closed position to positively displace said locking element towards said locked position during said closing motion of said panel prior to said panel reaching said closed position, said synchronous displacement mechanism having a deadlock state when said locking element is in said locked position, said deadlock state preventing displacement of said locking element towards said unlocked position, wherein said synchronous displacement mechanism is configured such that positive displacement of said locking element to said locked position is completed when said panel reaches a first position during said closing motion of said panel, and such that a further part of said closing motion beyond said first position further moves said synchronous displacement mechanism, thereby achieving said deadlock state. (a) an opening bounded on one side by a strike jamb ; (b) a panel mounted relative to said opening so as to be displaceable between an open position in which said panel is separated from said strike jamb to leave said opening open and a closed position in which said panel closes at least part of said opening; (c) a locking element associated with said strike jamb or said panel and displaceable between a locked position in which said locking element is interposed between surfaces of said panel and said strike jamb to oppose forces directed to displace the panel towards the open position, thereby locking said panel to said strike jamb, and an unlocked position in which said locking element is positioned so as not to obstruct motion of the panel to the open position; (d) a synchronous displacement mechanism associated with said locking element and displaced by at least part of a closing motion of said panel from said open position towards said closed position to positively displace said locking element towards said locked position during said closing motion of said panel prior to said panel reaching said closed position, said synchronous displacement mechanism having a deadlock state when said locking element is in said locked position, said deadlock state preventing displacement of said locking element towards said unlocked position,
A turbofan engine comprising a compartment containing at least one temperature sensitive target within the turbofan engine and comprising a fluid duct system for thermal management and/or ventilation in the compartment , said fluid duct system comprising a fluid duct device , said turbofan engine comprising a first spatial area at least partially lying in a bypass duct of the turbofan engine through which a fluid flows during operation of the turbofan engine , characterized in that the fluid duct device of the fluid duct system has at least two ends and at least one opening arranged within the compartment between the at least two ends , and the fluid duct device connects the first spatial area of the bypass duct at the first end of the fluid duct device with a second spatial area at the second end of the fluid duct device, the second spatial area lying in a freestream zone of the turbofan engine and having a lower pressure than the first spatial area during operation of the turbo engine , so that a pressure gradient is present in the fluid duct device and a flow of fluid from the first spatial area towards the second spatial area is generated resulting in a pressure gradient in the compartment and in a suction in order to suck a fluid surrounding the at least one opening into the fluid duct device through the at least one opening thereby generating a flow of fluid in the compartment for thermal management and/or ventilation of the compartment .
An apparatus to support a wax pattern of a part that is to be cast to a base plate during an investment casting process of the part, the apparatus comprising: a support structure placed about the wax pattern , wherein the support structure matches a shape of a surface of the wax pattern , and wherein the support structure forms a defined envelope around the surface of the wax pattern after placement thereon, wherein the defined envelope is formed around a bottom surface of the wax pattern and extends upward to enclose a lower region of the wax pattern , wherein the support structure comprises: a support capping structure that is placed on the bottom surface about the lower region of the wax pattern and has a shape that matches the bottom surface of the wax pattern , and a plurality of support braces extending outward from the support capping structure to connect to the base plate , wherein the plurality of support braces is in the form of ceramic posts that are arranged between and connected to the support capping structure and the base plate , wherein each of the support braces is angled to the support capping structure and the base plate , wherein the support capping structure and the plurality of support braces secure the wax pattern to the base plate in a fixed position and distribute the load of the wax pattern while secured to the base plate . a support capping structure that is placed on the bottom surface about the lower region of the wax pattern and has a shape that matches the bottom surface of the wax pattern , and a plurality of support braces extending outward from the support capping structure to connect to the base plate , wherein the plurality of support braces is in the form of ceramic posts that are arranged between and connected to the support capping structure and the base plate , wherein each of the support braces is angled to the support capping structure and the base plate , wherein the support capping structure and the plurality of support braces secure the wax pattern to the base plate in a fixed position and distribute the load of the wax pattern while secured to the base plate .
An animal watering valve comprising: a housing having an upstream end , a downstream end , and a longitudinal bore formed therein and extending from the upstream end to the downstream end ; a valve element and a valve actuator located at least in part in the bore ; and a sintered plug disposed in the bore upstream of the valve element , characterized in that the length of the sintered plug is 2-8 mm, and in that the sintered plug has a lattice structure extending along said length of 2-8mm. a housing having an upstream end , a downstream end , and a longitudinal bore formed therein and extending from the upstream end to the downstream end ; a valve element and a valve actuator located at least in part in the bore ; and a sintered plug disposed in the bore upstream of the valve element , characterized in that the length of the sintered plug is 2-8 mm, and in that the sintered plug has a lattice structure extending along said length of 2-8mm.
An optical system for eye tracking, comprising: a light source , arranged to emit light; a light detector for detecting light and indicating positional information of the detected light thereby; a Holographic Optical Element (HOE, 102) arrangement, configured to direct light from the light source towards an eye , to receive at least one glint of the light from the eye and to direct light from the received at least one glint to be in focus at the light detector, the HOE arrangement being configured with a large enough numerical aperture such that ambient or stray light directed by the HOE arrangement is out of focus at the light detector. a light source , arranged to emit light; a light detector for detecting light and indicating positional information of the detected light thereby; a Holographic Optical Element (HOE, 102) arrangement, configured to direct light from the light source towards an eye , to receive at least one glint of the light from the eye and to direct light from the received at least one glint to be in focus at the light detector, the HOE arrangement being configured with a large enough numerical aperture such that ambient or stray light directed by the HOE arrangement is out of focus at the light detector.
An orthopedic revision system comprising: a base member having a collar portion and at least one stabilization portion extending outwardly from the collar portion; and a stem member having an attachment portion and a shaft portion , wherein the stem member is configured to be received at least partially through an opening in the collar portion such that the attachment portion lies adjacent the collar portion and the shaft portion lies adjacent the at least one stabilizing portion; and characterized in that the base member has an initial configuration and a revision configuration, the collar portion of the base member being configured to be closed in the initial configuration and to define the opening in the revision configuration. a base member having a collar portion and at least one stabilization portion extending outwardly from the collar portion; and a stem member having an attachment portion and a shaft portion , wherein the stem member is configured to be received at least partially through an opening in the collar portion such that the attachment portion lies adjacent the collar portion and the shaft portion lies adjacent the at least one stabilizing portion; and characterized in that the base member has an initial configuration and a revision configuration, the collar portion of the base member being configured to be closed in the initial configuration and to define the opening in the revision configuration.
A seal apparatus comprising: a seal assembly comprising a plurality of elements assembled together to form a ring structure around a longitudinal axis; wherein the ring structure is operable to be moved between an expanded condition and a collapsed condition by sliding of the plurality of elements with respect to one another along respective contact surfaces in a path which is tangential to a circle described around and concentric with the longitudinal axis; and wherein each of the plurality of elements is a compound element comprising a substrate and at least one seal member wherein the substrate comprises a recess defining a volume which receives at least a part of the at least one seal member , the recess being continuous around two or more of: an outer surface of the substrate , an inner surface of the substrate , and a first or second contact surface of the substrate . a seal assembly comprising a plurality of elements assembled together to form a ring structure around a longitudinal axis; wherein the ring structure is operable to be moved between an expanded condition and a collapsed condition by sliding of the plurality of elements with respect to one another along respective contact surfaces in a path which is tangential to a circle described around and concentric with the longitudinal axis; and wherein each of the plurality of elements is a compound element comprising a substrate and at least one seal member wherein the substrate comprises a recess defining a volume which receives at least a part of the at least one seal member , the recess being continuous around two or more of: an outer surface of the substrate , an inner surface of the substrate , and a first or second contact surface of the substrate .
A packaged system for treating a vascular condition, the system comprising: a treatment unit defining a proximal end opposite a distal end , the treatment unit including: a catheter defining a lumen , wherein the lumen is open to the distal end , an interventional coronary device carried by the catheter and arranged proximate the distal end; and a protection unit (32, 232, 432A-H) including: a sheath defining a proximal side and a distal side , a stylet defining a proximal region , a distal region , and an intermediate region between the proximal and distal regions; wherein the packaged system is configured to provide a storage state in which: the sheath is disposed over the interventional coronary device , the intermediate region of the stylet is disposed within the lumen and the distal region extends distally beyond the distal end, and the sheath is mechanically connected to the stylet, wherein the sheath defines a slit through a side wall of the sheath and extending to a slit distal end , the slit distal end terminating proximal the distal side , or extending to the distal side ; and further wherein the storage state includes a portion of the distal region projecting through the slit. a treatment unit defining a proximal end opposite a distal end , the treatment unit including: a catheter defining a lumen , wherein the lumen is open to the distal end , an interventional coronary device carried by the catheter and arranged proximate the distal end; and a catheter defining a lumen , wherein the lumen is open to the distal end , an interventional coronary device carried by the catheter and arranged proximate the distal end; and a protection unit (32, 232, 432A-H) including: a sheath defining a proximal side and a distal side , a stylet defining a proximal region , a distal region , and an intermediate region between the proximal and distal regions; a sheath defining a proximal side and a distal side , a stylet defining a proximal region , a distal region , and an intermediate region between the proximal and distal regions; wherein the packaged system is configured to provide a storage state in which: the sheath is disposed over the interventional coronary device , the intermediate region of the stylet is disposed within the lumen and the distal region extends distally beyond the distal end, and the sheath is mechanically connected to the stylet, the sheath is disposed over the interventional coronary device , the intermediate region of the stylet is disposed within the lumen and the distal region extends distally beyond the distal end, and the sheath is mechanically connected to the stylet, wherein the sheath defines a slit through a side wall of the sheath and extending to a slit distal end , the slit distal end terminating proximal the distal side , or extending to the distal side ; and further wherein the storage state includes a portion of the distal region projecting through the slit.
Small satellite capable of flying in formation, i.e. nano-satellite or picosatellite with a mass of 10 kg or less, for LEO applications, comprising a housing and at least one plug-in board arranged in the housing and having a predeterminable functionality and propulsion system for generating a directed pulse in orbit in the direction of a flight trajectory T k , wherein the small satellite comprises an independently and autonomously operating collision avoidance system which is equipped to perform a trajectory correction T kk of the flight trajectory T k by means of the propulsion system if a collision with an active or passive foreign object can be expected, where the independent and autonomous collision avoidance system comprises an object detection device coupled to transmitting and receiving sensors which can be in bidirectional communication via a communication link with other small satellites capable of flying in formation as active flying objects in order to allow request and processing of their relative attitude and flight trajectory, where the object detection device comprises at least one or more optical or radio-based object detection sensors for acquisition of the relative attitude and relative velocity of a foreign object in the direction of a cone-shaped collision tube enclosing the flight trajectory T k , wherein the collision avoidance system comprises a collision prediction device for determining a potential collision risk in the collision tube and an avoidance device for controlling the propulsion system with respect to a trajectory correction T kk using the requested and processed relative attitudes and flight trajectories of the other small satellites capable of flying in formation as well as the acquired relative attitudes and relative velocities of the foreign objects , and wherein a self-organizing process is provided by closed control loops with regard to other small satellites capable of formation and contactable via the communication link for safe coordination of their orbits relative to one another.