mhurhangee/ep-ind-claims huggingface dataset:
A sustained release intraocular drug delivery device configured for the sulcus of the eye, comprising: (a) a polymeric matrix core into which at least one therapeutic agent is mixed, and; (b) a polymeric coating completely surrounding said polymeric matrix material; wherein said polymeric matrix core and polymeric coating are insoluble and inert in ocular fluids, and wherein said sustained release intraocular drug delivery device is formed of a compliant annular segment, having a cross sectional diameter ranging from 0.10 to 0.80 mm, and wherein the degree of cross-linking in the polymer selected for the polymeric coating regulates the drug release rates from the intraocular drug device. (a) a polymeric matrix core into which at least one therapeutic agent is mixed, and; (b) a polymeric coating completely surrounding said polymeric matrix material;
An integrated circuit device comprising, on a single circuit die: circuitry to implement a memory macro having a first signal interface; circuitry to implement a memory controller having a second signal interface, wherein connection of signal pins on the second interface with corresponding signal pins on the first signal interface enables the memory controller to initiate operations via signals applied to the signal pins of the first interface from signals applied to the signal pins of the second signal interface; circuitry to implement a subsystem comprising one or more computing devices in a secure enclave computing device and control circuitry, the control circuitry having at least one logic gate being coupled to the one or more computing devices and being interposed between the first signal interface and the second signal interface, the control circuitry being capable of controlling access to a partition of the memory macro dedicated to the one or more computing devices by memory operations initiated at the memory controller. circuitry to implement a memory macro having a first signal interface; circuitry to implement a memory controller having a second signal interface, wherein connection of signal pins on the second interface with corresponding signal pins on the first signal interface enables the memory controller to initiate operations via signals applied to the signal pins of the first interface from signals applied to the signal pins of the second signal interface; circuitry to implement a subsystem comprising one or more computing devices in a secure enclave computing device and control circuitry, the control circuitry having at least one logic gate being coupled to the one or more computing devices and being interposed between the first signal interface and the second signal interface, the control circuitry being capable of controlling access to a partition of the memory macro dedicated to the one or more computing devices by memory operations initiated at the memory controller.
A neck ring (300, 504) for defining at least a portion of a neck portion of a preform, the neck ring (300, 504) comprising: a molding surface defining a portion of a molding cavity for defining at least a portion of the neck portion of the preform, a venting structure for evacuating air, in use, from the molding cavity, characterized in that the venting structure includes a primary vent area (308, 512), a secondary vent area (310, 516) and a pocket groove (312, 514) in fluid communication with both the primary vent area (308, 512) and the secondary vent area (310, 516), the venting structure being actuatable between a standard molding configuration and a vent cleaning configuration, wherein in said vent cleaning configuration, the primary vent area (308, 512) becomes part of the molding surface. a molding surface defining a portion of a molding cavity for defining at least a portion of the neck portion of the preform, a venting structure for evacuating air, in use, from the molding cavity, characterized in that the venting structure includes a primary vent area (308, 512), a secondary vent area (310, 516) and a pocket groove (312, 514) in fluid communication with both the primary vent area (308, 512) and the secondary vent area (310, 516),
A bushing for producing glass fibers, comprising: a plurality of nozzles made of platinum or a platinum alloy from which molten glass is discharged; and a base plate made of platinum or a platinum alloy, the plurality of nozzles being joined to the base plate, wherein a coating layer is formed on an outer circumferential face in a tip part on a side of glass discharge of each of the plurality of nozzles, and a width of the coating layer is 5% or more and 95% or less with respect to an entire length of the nozzle, and the base plate includes, at least in a part thereof, a non-coating area not provided with the coating layer. wherein a coating layer is formed on an outer circumferential face in a tip part on a side of glass discharge of each of the plurality of nozzles, and a width of the coating layer is 5% or more and 95% or less with respect to an entire length of the nozzle, and the base plate includes, at least in a part thereof, a non-coating area not provided with the coating layer.
A method for a wireless device operable to place a voice call, the method comprising: connecting with a cellular communication network (340, 345); displaying a first indicator (505, 605) associated with the connection to the cellular communication network (340, 345); connecting with a wireless Local Area Network, WLAN, while connected to the cellular communication network; displaying a second indicator associated with connection to the WLAN; automatically determining to route a voice call using a selected one of the cellular communication network (340, 345) or the WLAN, wherein the automatic determination is configured to route the voice call using voice over IP, VoIP, over the WLAN based on the wireless device being connected to the WLAN; and in response to the automatic determination, placing the voice call using the selected network. connecting with a cellular communication network (340, 345); displaying a first indicator (505, 605) associated with the connection to the cellular communication network (340, 345); connecting with a wireless Local Area Network, WLAN, while connected to the cellular communication network; displaying a second indicator associated with connection to the WLAN; automatically determining to route a voice call using a selected one of the cellular communication network (340, 345) or the WLAN, wherein the automatic determination is configured to route the voice call using voice over IP, VoIP, over the WLAN based on the wireless device being connected to the WLAN; and in response to the automatic determination, placing the voice call using the selected network.
An endoscope shape display device that displays a shape of an endoscope, the endoscope shape display device comprising: an estimation unit configured to estimate the shape of the endoscope; a reliability calculation unit configured to calculate reliability of the shape of the endoscope estimated by the estimation unit; and an output unit configured to display a shape image indicating the shape of the endoscope estimated by the estimation unit, and to output an output that reflects a value of the reliability, characterized in that when the reliability is increasing with time, the output unit is configured to display, together with the shape image, a reliability increase image indicating that the reliability is increasing, and when the reliability is decreasing with time, the output unit is configured to display, together with the shape image, a reliability decrease image indicating that the reliability is decreasing. an estimation unit configured to estimate the shape of the endoscope; a reliability calculation unit configured to calculate reliability of the shape of the endoscope estimated by the estimation unit; and an output unit configured to display a shape image indicating the shape of the endoscope estimated by the estimation unit, and to output an output that reflects a value of the reliability, characterized in that when the reliability is increasing with time, the output unit is configured to display, together with the shape image, a reliability increase image indicating that the reliability is increasing, and when the reliability is decreasing with time, the output unit is configured to display, together with the shape image, a reliability decrease image indicating that the reliability is decreasing.
A controlled pour bottle comprising a hollow bottle body; a proximal wall, a distal wall, a base wall, and a top wall; a neck extending vertically from hollow bottle body, said neck originating at a neck base joined to said hollow bottle body and terminating at a neck top; a hollow neck sheath capping the neck, wherein said neck and neck sheath are joined at a neck lip which runs along the perimeter of a neck top. said hollow neck sheath having a pour channel along its vertical axis, threads for securing a threaded cap, and a spout; a liquid flow channel housed within said neck connecting the interior of said hollow bottle body to a liquid flow orifice within said neck; an elevated bottle shoulder projecting from the hollow bottle body to provide additional headspace within the body between the surface of a contained liquid and the top wall; a bottle vent tube originating within said neck at an neck vent orifice and extending up to the elevated bottle shoulder to terminate within said hollow bottle body at a shoulder vent orifice, the bottle vent tube possessing a decline of one degrees or more from horizontal as it proceeds distally from said neck to said shoulder and providing a means to passively return air from the neck to the additional headspace, the bottle further comprising a vertical handle, wherein the cross sectional area across said bottle vent tube increases from the neck vent orifice to the shoulder vent orifice and wherein the height of the cap and the shoulder are substantially the same.
A current bar, in particular made of metal, having a substantially U-shaped cross section, wherein in the parallel side walls laterally limiting a seating channel, support rails made of an insulating material are disposed that respectively receive a plurality of bare electrical phase conductors (5, 6, 7) being insulated from one another, in parallel in the longitudinal rail direction, opposite to one another and accessible from the seating channel, and a neutral conductor, further a protective conductor also accessible from the seating channel being provided, between each pair of conductors (5, 6; 7, 8), which is held in a support rail, a fifth and sixth bare control conductor (10, 11) being disposed insulated from the phase conductors (5, 6; 7) and the neutral conductor of the pair of conductors, the fifth and sixth control conductors (10, 11) being positioned opposite to each other and being accessible from the seating channel, the fifth and sixth control conductors (10, 11) being intended for the connection of an electrical or electronic controller or as additional supply conductors for further electrical consumers or being connected thereto, each support rail made of an insulating material comprising chambers for receiving one phase conductor (5, 6, 7) and/or one neutral conductor each, characterized by that a first chamber is limited by a first lateral web and a central web, and a second chamber is limited by the central web and a second lateral web, and that the central web toward its free end, which faces away from the side wall of the current bar, at which the support rail is fixed, is bifurcated in an approximately U-shaped manner, and the fifth or sixth control conductor (10, 11) is arranged in the bifurcation, so that it abuts the base of the bifurcation.
Method for the detection of cholesterol-binding toxins in a biological sample characterized in that the biological sample is incubated with heparin so that the cholesterol-binding toxins are bound and can be detected by immunological detection methods.
A continuous fiber reinforced composite comprising: a thermoplastic resin; fibers which are at least one selected from the group consisting of glass fibers, basalt fibers, carbon fibers, aramid fibers, and a combination thereof; and metal wires; characterised in that the wires comprise carbon nanotube wires or tire cords and an average diameter of the wires ranges from 300 μ m to 500 μ m. a thermoplastic resin; fibers which are at least one selected from the group consisting of glass fibers, basalt fibers, carbon fibers, aramid fibers, and a combination thereof; and metal wires; characterised in that the wires comprise carbon nanotube wires or tire cords and an average diameter of the wires ranges from 300 μ m to 500 μ m.
An ostomy appliance having:- first and fourth walls connected to each other at or near their peripheries, the first wall having a stoma-receiving opening; second and third walls positioned in between the first and fourth walls, wherein the second wall is connected to one or more of the first, and fourth walls, and the third wall is connected to one or more of the first, and/or fourth walls so that the relative positions of the first, second, third and fourth walls are maintained whilst the ostomy appliance is being used; a waste collecting cavity defined between either the first and second walls or first and fourth walls; a second cavity defined between the second and third walls; a third cavity defined between the third and fourth walls; a first gas flow path in the second wall to permit waste gases to pass from the waste collecting cavity to the second cavity; a second gas flow path in the third wall to permit waste gases to pass from the second cavity to the third cavity; and a third gas flow path in the fourth wall to permit waste gases to escape from the third cavity, characterised in that the second and third walls are connected to each other so as to define a liquid flow path which permits liquid within the second cavity to flow into the waste collecting cavity. first and fourth walls connected to each other at or near their peripheries, the first wall having a stoma-receiving opening; second and third walls positioned in between the first and fourth walls, wherein the second wall is connected to one or more of the first, and fourth walls, and the third wall is connected to one or more of the first, and/or fourth walls so that the relative positions of the first, second, third and fourth walls are maintained whilst the ostomy appliance is being used; a waste collecting cavity defined between either the first and second walls or first and fourth walls; a second cavity defined between the second and third walls; a third cavity defined between the third and fourth walls; a first gas flow path in the second wall to permit waste gases to pass from the waste collecting cavity to the second cavity; a second gas flow path in the third wall to permit waste gases to pass from the second cavity to the third cavity; and a third gas flow path in the fourth wall to permit waste gases to escape from the third cavity, characterised in that the second and third walls are connected to each other so as to define a liquid flow path which permits liquid within the second cavity to flow into the waste collecting cavity.
A beverage container insulator comprising: a body defining a cylinder and having an opening at a first end and a web closing a second end opposite said first end, the body comprising first and second panel portions (14, 16); an interior surface defined by said body and configured to receive a beverage container; an exterior surface defined by said body opposite to said interior surface; a first pattern of indicia positioned on said exterior surface and a second pattern of indicia positioned on said interior surface, characterized in that said first pattern of indicia forms readable text oriented such that a bottom edge of said readable text is positioned closer to said web than said opening; said second pattern of indicia forms readable text oriented such that a bottom edge of said readable text is positioned closer to said opening than said web; wherein said first and second panel portions are configured to fold-over whereby both of said first and second patterns of indicia are concurrently exposed and concurrently readable; and wherein said first and second patterns of indicia are directed towards conveying a message when said first and second panel portions are folded over. a body defining a cylinder and having an opening at a first end and a web closing a second end opposite said first end, the body comprising first and second panel portions (14, 16); an interior surface defined by said body and configured to receive a beverage container; an exterior surface defined by said body opposite to said interior surface; a first pattern of indicia positioned on said exterior surface and a second pattern of indicia positioned on said interior surface, characterized in that said first pattern of indicia forms readable text oriented such that a bottom edge of said readable text is positioned closer to said web than said opening; said second pattern of indicia forms readable text oriented such that a bottom edge of said readable text is positioned closer to said opening than said web; wherein said first and second panel portions are configured to fold-over whereby both of said first and second patterns of indicia are concurrently exposed and concurrently readable; and wherein said first and second patterns of indicia are directed towards conveying a message when said first and second panel portions are folded over.
A sequence allocating method for Zadoff-Chu sequences, a r (k), represented by equation 1 in a cellular radio communication system, the method comprising: a reference setting step of setting a reference sequence length Nb and a reference sequence number rb; a first threshold setting step of setting a first threshold based on the sequence length N; a selecting step of selecting a plurality of Zadoff-Chu sequences, in which a first difference representing a difference between rb/Nb and r/N is equal to or less than the first threshold, from the Zadoff-Chu sequences generated according to the equation 1; and an allocating step of allocating the plurality of Zadoff-Chu sequences selected, to a same cell, characterized in that in the first threshold setting step, the first threshold is set smaller when the sequence length N increases; and equation 1 is given by: a r k = { e − j 2 πr N k 2 / 2 + qk, N: even e − j 2 πr N k k + 1 / 2 + qk, N: odd where N and r are coprime, and k and q are arbitrary integers. a reference setting step of setting a reference sequence length Nb and a reference sequence number rb; a first threshold setting step of setting a first threshold based on the sequence length N; a selecting step of selecting a plurality of Zadoff-Chu sequences, in which a first difference representing a difference between rb/Nb and r/N is equal to or less than the first threshold, from the Zadoff-Chu sequences generated according to the equation 1; and an allocating step of allocating the plurality of Zadoff-Chu sequences selected, to a same cell, characterized in that in the first threshold setting step, the first threshold is set smaller when the sequence length N increases; and equation 1 is given by: a r k = { e − j 2 πr N k 2 / 2 + qk, N: even e − j 2 πr N k k + 1 / 2 + qk, N: odd
A dispensing mechanism, comprising: a connector for receiving electrical signals from a cabinet in which the dispensing mechanism is installed; an actuator that moves in response to the electrical signals; a cam driven in a rotary motion by the actuator; a tray having an opening through which items are to be dispensed; a moveable slide driven by the cam, the moveable slide having a slot through the movable slide, into which items to be dispensed fall one at a time; and a spring in contact with the slide, wherein the spring biases the slide into a default position in which the slot of the moveable slide is not aligned with the opening in the tray; wherein when the slide is moved by the cam, the slide translates against the action of the spring into a position in which the slot in the slide aligns with the opening in the tray, allowing a single item in the slot to fall through the opening to be dispensed; wherein the connector, the actuator, and the cam are comprised in a dispenser separable to a cassette, wherein the cassette does not include any active electrical components; and characterised in that the tray, and the slide, and the spring are comprised in the cassette that stores a supply of items to be dispensed. a connector for receiving electrical signals from a cabinet in which the dispensing mechanism is installed; an actuator that moves in response to the electrical signals; a cam driven in a rotary motion by the actuator; a tray having an opening through which items are to be dispensed; a moveable slide driven by the cam, the moveable slide having a slot through the movable slide, into which items to be dispensed fall one at a time; and a spring in contact with the slide, wherein the spring biases the slide into a default position in which the slot of the moveable slide is not aligned with the opening in the tray; wherein when the slide is moved by the cam, the slide translates against the action of the spring into a position in which the slot in the slide aligns with the opening in the tray, allowing a single item in the slot to fall through the opening to be dispensed; wherein the connector, the actuator, and the cam are comprised in a dispenser separable to a cassette, wherein the cassette does not include any active electrical components; and characterised in that the tray, and the slide, and the spring are comprised in the cassette that stores a supply of items to be dispensed.