mhurhangee/ep-ind-claims huggingface dataset:
A calcaneal prosthesis system, comprising: a body having a dorsal surface, a plantar surface, an anterior surface, and a posterior end, the posterior end having a tuberosity, the anterior surface having at least a concavity, convexity or flat surface shaped for receiving a cuboid bone or a mid-foot bone, the dorsal surface including a convex surface, concave surface, or flat surface for engaging a talus bone or distal tibia, the body having a first pre-formed surface defining a hole extending therethrough for receiving an intramedullary nail, the hole extending from the plantar surface of the body to the dorsal surface. a body having a dorsal surface, a plantar surface, an anterior surface, and a posterior end, the posterior end having a tuberosity, the anterior surface having at least a concavity, convexity or flat surface shaped for receiving a cuboid bone or a mid-foot bone, the dorsal surface including a convex surface, concave surface, or flat surface for engaging a talus bone or distal tibia, the body having a first pre-formed surface defining a hole extending therethrough for receiving an intramedullary nail, the hole extending from the plantar surface of the body to the dorsal surface.
A rotor thrust balancing system for a turbomachine, wherein the turbomachine defines a centerline extending the length of the turbomachine, the system comprising: a rotating drive shaft coupling a turbine section and a compressor section of the turbomachine; a thrust bearing supporting the drive shaft of the turbomachine, the thrust bearing comprising: a plurality of ball bearings; an inner race coupled to the rotating drive shaft; and an outer race coupled to a fixed structure; and a first waveguide sensor, the first waveguide sensor comprising a first end coupled to the outer race and a second end located outside the turbomachine, wherein the waveguide sensor communicates vibrations or sonic waves, having a vibrational frequency, from the thrust bearing to the second end of the waveguide sensor. a rotating drive shaft coupling a turbine section and a compressor section of the turbomachine; a thrust bearing supporting the drive shaft of the turbomachine, the thrust bearing comprising: a plurality of ball bearings; an inner race coupled to the rotating drive shaft; and an outer race coupled to a fixed structure; and a plurality of ball bearings; an inner race coupled to the rotating drive shaft; and an outer race coupled to a fixed structure; and a first waveguide sensor, the first waveguide sensor comprising a first end coupled to the outer race and a second end located outside the turbomachine, wherein the waveguide sensor communicates vibrations or sonic waves, having a vibrational frequency, from the thrust bearing to the second end of the waveguide sensor.
A method to select a profile in a terminal (103, 300) including a plurality of universal integrated circuit cards, UICCs (201, 301, 303) that differ from each other in type, the method being executed in a controller of the terminal and comprising: identifying whether a profile changing event is detected, the profile changing event including at least one of i) a change of an identity of a public land mobile network according to a movement of the terminal, ii) a change in a network state, iii) a reception of a profile changing command from a network, iv) an elapse of a preset period of time and v) a change of a policy of a mobile network operator; selecting, if the profile changing event is detected, one of the plurality of UICCs (201, 301, 303) according to a preset rule; selecting one of one or more profiles stored in the selected UICC (201, 301, 303); and applying the selected profile to the terminal (103, 300). identifying whether a profile changing event is detected, the profile changing event including at least one of i) a change of an identity of a public land mobile network according to a movement of the terminal, ii) a change in a network state, iii) a reception of a profile changing command from a network, iv) an elapse of a preset period of time and v) a change of a policy of a mobile network operator; selecting, if the profile changing event is detected, one of the plurality of UICCs (201, 301, 303) according to a preset rule; selecting one of one or more profiles stored in the selected UICC (201, 301, 303); and applying the selected profile to the terminal (103, 300).
A locomotion system for use with a virtual environment technology, the system comprising: a platform configured to support a user; a harness support assembly coupled to the platform and extending upwardly from the platform, wherein the harness support assembly includes a support halo positioned above the platform and extending about a vertical central axis; and a safety harness configured to be worn by the user, wherein the safety harness includes two interface structures configured to slidingly engage the support halo; wherein the interface structures are configured to rest on the support halo and configured to move circumferentially relative to the support halo while being vertically supported by the support halo. a platform configured to support a user; a harness support assembly coupled to the platform and extending upwardly from the platform, wherein the harness support assembly includes a support halo positioned above the platform and extending about a vertical central axis; and a safety harness configured to be worn by the user, wherein the safety harness includes two interface structures configured to slidingly engage the support halo; wherein the interface structures are configured to rest on the support halo and configured to move circumferentially relative to the support halo while being vertically supported by the support halo.
A centering body which can provide a spider body having spider arms to be embedded in a manner to rotate in the double cardan joints, the centering body comprising connection flanges with an extension integrated with said centering body, bearing bushing housings which are formed for embedding the spider arms to said connection flanges, the centering body being characterized in mounting recesses formed in a curved surface extending between said connection flanges in the area of the bearing bushing housings, whereby the mounting recesses allow for mounting in the position of the spider body and spider arms to said bearing bushing housings.
A drive unit assembly including an input element, a first output element, a second output element and a drive unit housing containing a differential unit, the differential unit drivingly coupling the input element, the first output element and the second output element, the input element having input coupling features positioned externally of the drive unit housing, the first output element having output coupling features positioned externally of the drive unit housing, wherein the drive unit housing includes at least one mounting feature for securing the drive unit housing externally relative to an axle assembly, and wherein the second output element is suitable for driving said axle assembly, and wherein the input element defines a first axis of rotation and the first output element is rotatable about the first axis, and wherein the second output element is rotatable about a second axis different from the first axis, and wherein the differential unit is drivingly coupled to a first gear rotatable about the first axis, the first gear being in meshing engagement with an idler gear, the idler gear being rotatable about a third axis parallel to the first axis, characterised in that the idler gear is drivingly coupled to a second gear being rotatable about the third axis, the second gear being drivingly coupled to the second output element.
A bypass check valve comprising: a housing (104', 106b') defining an internal cavity having a first port and a second port both in fluid communication therewith and having a first seat and a second seat; and a seal member within the internal cavity, wherein the seal member is translatable between a closed position against the first seat and an open position against the second seat; the second seat comprises a plurality of fingers (520, 522, 524, 526, 528) extending into the internal cavity circumferentially spaced apart about the second port, the second seat has at least two diametrically opposed fingers defining a middle region of a predetermined height, characterized in that the second seat further has one or more mid-height fingers, which have a height that is about 10% to about 30% less than the total height of the fingers defining the middle region, positioned to a left side of the middle region, and one or more shorter fingers, which have a height that is less than the height of the mid-height fingers, positioned to a right side of the middle region; wherein the seal member is seatable against the second seat with a first side portion seated against the shorter fingers at a further distance from the first seat than a second side portion of the seal member. a housing (104', 106b') defining an internal cavity having a first port and a second port both in fluid communication therewith and having a first seat and a second seat; and a seal member within the internal cavity, wherein the seal member is translatable between a closed position against the first seat and an open position against the second seat; the second seat comprises a plurality of fingers (520, 522, 524, 526, 528) extending into the internal cavity circumferentially spaced apart about the second port, the second seat has at least two diametrically opposed fingers defining a middle region of a predetermined height, characterized in that the second seat further has one or more mid-height fingers, which have a height that is about 10% to about 30% less than the total height of the fingers defining the middle region, positioned to a left side of the middle region, and one or more shorter fingers, which have a height that is less than the height of the mid-height fingers, positioned to a right side of the middle region; wherein the seal member is seatable against the second seat with a first side portion seated against the shorter fingers at a further distance from the first seat than a second side portion of the seal member.
A multifunctional GNSS antenna, comprising: a PCB, a first dielectric plate, and a second dielectric plate arranged in a stacked manner, the PCB having a lower surface provided with a circuit network; the first dielectric plate having an upper surface provided with a first metal layer, a first feed probe penetrating the first metal layer and the first dielectric plate to couple the first metal layer with the circuit network; a third metal layer being provided to the first dielectric plate, a third feed probe and a first short-circuit probe both penetrating the third metal layer and the first dielectric plate, and the third feed probe coupling the third metal layer with the circuit network; and the second dielectric plate having an upper surface provided with a second metal layer, a second feed probe coupling the second metal layer with the circuit network after penetrating the second metal layer, the second dielectric plate, the first metal layer, and the first dielectric plate; characterised in that: the circuit network is covered by a metal shield cover; the first dielectric plate has a lower surface directly attached to an upper surface of the PCB; the third metal layer is embedded in an edge and a lateral surface of the first dielectric plate; and the first short-circuit probe shorts the third metal layer to the ground.
A method for detecting abnormalities of a tire (FL, FR, RL, RR) which detects abnormalities of a tire on the basis of rotational information obtained from tires attached to wheels of a vehicle, comprising the steps of: detecting rotational pulses of wheels of the tires, calculating and storing rotational information of the tires on the basis of the rotational pulses, calculating and processing fluctuations in rotational pulse intervals in a single rotation of the tires on the basis of the rotational information, and storing data during driving which have been processed for each single rotation and performing prediction of abnormalities of a tire on the basis of changes in the data, characterized in that the changes in data are obtained by a waveform process for performing analysis of degrees accompanying the rotation for comparing with prescribed values of degree components. detecting rotational pulses of wheels of the tires, calculating and storing rotational information of the tires on the basis of the rotational pulses, calculating and processing fluctuations in rotational pulse intervals in a single rotation of the tires on the basis of the rotational information, and storing data during driving which have been processed for each single rotation and performing prediction of abnormalities of a tire on the basis of changes in the data, characterized in that the changes in data are obtained by a waveform process for performing analysis of degrees accompanying the rotation for comparing with prescribed values of degree components.
A cap (1; 20; 30) for a detergent or dishwashing liquid bottle, the cap (1; 20; 30) being produced in a multi-component injection molding process from a main component and at least one secondary component, with a sealing element (13; 28) being formed by the secondary component, characterized in that the main component or the secondary component has a marker to which a contrast between the main component and the secondary component can be attributed in the presence of UV light or IR light.
A composition comprising a mitochondrial antioxidant SkQ1: or its reduced form, where Z - is a pharmacologically acceptable anion, and ceratonia siliqua gum, algin, pectin, ethyl hexyl glycerine, pentylene glycol, and propylene glycol. where Z - is a pharmacologically acceptable anion, and ceratonia siliqua gum, algin, pectin, ethyl hexyl glycerine, pentylene glycol, and propylene glycol.
A wireless communication arrangement comprising a node and at least one signal transfer arrangement, each signal transfer arrangement comprising a radiating cable, a first converter arrangement and a second converter arrangement, where for each signal transfer arrangement the radiating cable is arranged to transfer signals to and from the node, said cable having a first end connected to the node via the first converter arrangement and a second end connected to the second converter arrangement, the radiating cable further comprising a plurality of radiating elements along its length enabling the radiating cable to transmit and receive signals via said radiating elements, wherein for each signal transfer arrangement: - the first converter arrangement is arranged to connect at least a first downlink signal of a first frequency (f 1) and a second downlink signal to the radiating cable via the first end, and to convert the second downlink signal from the first frequency (f 1) to a second frequency (f 2) before entering the radiating cable, - the second converter arrangement is arranged to convert the second downlink signal from the second frequency (f 2) to the first frequency (f 1) and to re-send it into the radiating cable via the second end, - the second converter arrangement is arranged to convert a first part of at least a first uplink signal from a third frequency (f 3) to a fourth frequency (f 4) and to re-send it into the radiating cable via the second end, and - the first converter arrangement is arranged to convert the first part of said first uplink signal from the fourth frequency (f 4) to the third frequency (f 3), where the first frequency (f 1) is separated from the second frequency (f 2), and where the third frequency (f 3) is separated from the fourth frequency (f 4), and where the radiating cable is arranged to radiate signals at the first frequency (f 1) and the third frequency (f 3) to a larger extent than signals at the second frequency (f 2) and the fourth frequency (f 4). - the first converter arrangement is arranged to connect at least a first downlink signal of a first frequency (f 1) and a second downlink signal to the radiating cable via the first end, and to convert the second downlink signal from the first frequency (f 1) to a second frequency (f 2) before entering the radiating cable, - the second converter arrangement is arranged to convert the second downlink signal from the second frequency (f 2) to the first frequency (f 1) and to re-send it into the radiating cable via the second end, - the second converter arrangement is arranged to convert a first part of at least a first uplink signal from a third frequency (f 3) to a fourth frequency (f 4) and to re-send it into the radiating cable via the second end, and - the first converter arrangement is arranged to convert the first part of said first uplink signal from the fourth frequency (f 4) to the third frequency (f 3),
A printing system comprising a user interface (5A, 5B, 5C, 13) for displaying printing process information of a printing system (1A, 1B, 1C), wherein the user interface (5A, 5B, 5C, 13) comprising a first display item for displaying a value of a relative humidity of an environment of the printing system, a second display item for displaying a value of a temperature of the environment of the printing system and a third display item comprising an indicator for indicating whether or not the displayed relative humidity value or the displayed temperature value is outside value ranges which are predetermined for a proper functioning of the printing system, wherein the printing system (1A, 1B, 1C) comprises an ambient sensor (6A, 6B, 6C) attached to the outside of the printing system in order to register values of a temperature and a relative humidity of the environment of the printing system and a print controller (4A, 4B, 4C) comprising a memory comprising predetermined value ranges for a temperature and a relative humidity needed for a proper functioning of the printing system, wherein the print controller is configured to receive the registered values from the ambient sensor and to apply electronic signals to the user interface based on the predetermined value ranges in order to enable the first, second, and third display items to display respectively the registered relative humidity value, the registered temperature value and the indicator, and wherein the printing system comprises a plurality of components with functional specifications from which the predetermined values ranges are derived. wherein the printing system (1A, 1B, 1C) comprises an ambient sensor (6A, 6B, 6C) attached to the outside of the printing system in order to register values of a temperature and a relative humidity of the environment of the printing system and a print controller (4A, 4B, 4C) comprising a memory comprising predetermined value ranges for a temperature and a relative humidity needed for a proper functioning of the printing system, wherein the print controller is configured to receive the registered values from the ambient sensor and to apply electronic signals to the user interface based on the predetermined value ranges in order to enable the first, second, and third display items to display respectively the registered relative humidity value, the registered temperature value and the indicator, and wherein the printing system comprises a plurality of components with functional specifications from which the predetermined values ranges are derived.
A device for picking up at least one object comprising a gripper intended to come into contact with said object, the gripper comprising: a support comprising a plate having first and second opposite surfaces (60, 62) comprising first openings extending into the plate from the first surface across a portion only of the plate thickness and second openings extending into the plate from the second surface across a portion only of the plate thickness, each first opening communicating with at least one of the second openings; at least one Bernoulli-effect air ejection nozzle attached to the support; and at least one pipe connected to the nozzle and arranged in the first and second openings. a support comprising a plate having first and second opposite surfaces (60, 62) comprising first openings extending into the plate from the first surface across a portion only of the plate thickness and second openings extending into the plate from the second surface across a portion only of the plate thickness, each first opening communicating with at least one of the second openings; at least one Bernoulli-effect air ejection nozzle attached to the support; and at least one pipe connected to the nozzle and arranged in the first and second openings.
A vessel with a guardrail and a safety device for the guardrail in use in shipyards - said guardrail including a plurality of stanchions attached to the edge of the vessel's hull and at least one lifeline, and - said device comprising - a plurality of rods each defining an extension axis and designed to be arranged along at least part of said guardrail, and - one or more nets attached in succession to said rods in such a way as to define a containment bulkhead, characterised in that - each rod is detachably attached to at least one corresponding said stanchion at at least two attachment zones mutually spaced apart along said extension axis in such a way as to prevent said rod moving in relation to said stanchion along at least one plane that is skew in relation to said guardrail. - said guardrail including a plurality of stanchions attached to the edge of the vessel's hull and at least one lifeline, and - said device comprising - a plurality of rods each defining an extension axis and designed to be arranged along at least part of said guardrail, and - one or more nets attached in succession to said rods in such a way as to define a containment bulkhead, characterised in that - each rod is detachably attached to at least one corresponding said stanchion at at least two attachment zones mutually spaced apart along said extension axis in such a way as to prevent said rod moving in relation to said stanchion along at least one plane that is skew in relation to said guardrail.
A method of generating human pluripotent cell-derived cell aggregates in suspension from a pluripotent cell single cell suspension, comprising: (a) culturing a human pluripotent cell in an adherent growth culture condition which allows for expansion in an undifferentiated state; (b) disassociating the adherent pluripotent cells of step (a) into a pluripotent cell single cell suspension culture; (c) agitating the pluripotent cell single cell suspension culture at low shear, wherein the pluripotent cell single cells in the suspension form substantially uniform pluripotent cell-derived cell aggregates in suspension, (d) contacting the pluripotent cell aggregates single cell suspension culture with a differentiating culture condition which allows for formation of pluripotent cell-derived cell aggregates; and thereby generating pluripotent cell-derived cell aggregates in suspension. (a) culturing a human pluripotent cell in an adherent growth culture condition which allows for expansion in an undifferentiated state; (b) disassociating the adherent pluripotent cells of step (a) into a pluripotent cell single cell suspension culture; (c) agitating the pluripotent cell single cell suspension culture at low shear, wherein the pluripotent cell single cells in the suspension form substantially uniform pluripotent cell-derived cell aggregates in suspension, (d) contacting the pluripotent cell aggregates single cell suspension culture with a differentiating culture condition which allows for formation of pluripotent cell-derived cell aggregates; and