mhurhangee/ep-ind-claims huggingface dataset:
Rainwater collection device of the water bank type comprising a hollow container delimiting a cavity between a bottom wall and a lateral peripheral wall, the bottom wall being provided with a discharge orifice, characterised in that: - the hollow container is open at a main opening face, - the lateral peripheral wall is formed of a panel extending between two free ends (7a, 7b) which are joined together by joining means and which is folded along a succession of fold lines, - said panel is made of a composite material comprising two layers (9, 10) joined together, namely a first layer made up of a first sheet of metal and a second layer comprising a thickness of plastic material, the first layer being positioned on the outside of the container, - the said panel comprises first grooves (14a-14d) formed in the second layer along the fold lines, - the said panel comprises a peripheral second groove formed in the second layer and accepting the peripheral edge of the bottom wall. - the hollow container is open at a main opening face, - the lateral peripheral wall is formed of a panel extending between two free ends (7a, 7b) which are joined together by joining means and which is folded along a succession of fold lines, - said panel is made of a composite material comprising two layers (9, 10) joined together, namely a first layer made up of a first sheet of metal and a second layer comprising a thickness of plastic material, the first layer being positioned on the outside of the container, - the said panel comprises first grooves (14a-14d) formed in the second layer along the fold lines, - the said panel comprises a peripheral second groove formed in the second layer and accepting the peripheral edge of the bottom wall.
An assembly for a tire inflation system, comprising: a valve assembly that includes: a housing comprising a base portion and a cap portion, the base portion having a base perforation which is in fluid communication with a base cavity, wherein the cap portion is attached to the base portion and the cap portion has a cap perforation formed therein, the cap perforation in selective fluid communication with the base cavity, and a piston disposed in the base cavity, wherein a first area is defined by the base perforation, a second area is defined by a space between the piston and the cap portion when the piston is in an open position and corresponds to an area of a side of a right cylinder, and a third area is defined by the cap perforation, characterised by the second area being greater than the first area and the third area. a housing comprising a base portion and a cap portion, the base portion having a base perforation which is in fluid communication with a base cavity, wherein the cap portion is attached to the base portion and the cap portion has a cap perforation formed therein, the cap perforation in selective fluid communication with the base cavity, and a piston disposed in the base cavity, wherein a first area is defined by the base perforation, a second area is defined by a space between the piston and the cap portion when the piston is in an open position and corresponds to an area of a side of a right cylinder, and a third area is defined by the cap perforation, characterised by the second area being greater than the first area and the third area.
Gravure printing unit by which a substrate (S; S') can be printed according to a gravure printing method, said gravure printing unit having a forme cylinder, which comprises on its circumference an image-forming pattern of recesses, and having an inking unit by which the pattern of recesses provided on the forme cylinder can be at least partially inked, wherein the forme cylinder can be partially inked from an inking device via a first inking unit cylinder, which has, in the region of its lateral surface, recesses that correspond to recesses on the forme cylinder, and via a second inking unit cylinder, which is to be partially inked by the first inking unit cylinder, characterized in that within the printing width, the forme cylinder has at least one first recess (514.1; 514.2) for producing an image element (761; 762; 763; 764) that is used to check the relative position between the forme cylinder and the first inking unit cylinder (503; 512), which recess overlaps on the forme cylinder only partially with a projection, which is obtained on the forme cylinder by the rolling off, in pairs in each case, of the inking unit cylinders (512; 519; 531) that are involved in the ink transport, of a recess (513.1; 513.3; 513.2; 513.4), which is provided in a defined position and location on the circumference of the first inking unit cylinder for the purpose of checking the relative position, in that the forme cylinder additionally has, within the printing width, at least one second recess (514.1; 514.2; 514.3; 514.4) for printing at least one second image element (763; 764; 767; 768) of the same test field (R a; R a '; R a "; R a ′′′; R a *; R u; R u '; R u "; R u ′′′; R u *; R a; R a '; R a *; R u; R u '; R u *), the second image element being associated with the first image element (763; 764; 767; 768) as a reference element (763; 764; 767; 768), and in that the second recess (514.1; 514.2; 514.3; 514.4) overlaps at least partially with a projection, obtained by rolling, of a second recess (513.1; 513.3; 513.2; 513.4) provided on the circumference of the first inking unit cylinder.
A device that guides the percutaneous delivery of a medical device to a target spatial location on or within tissue, the device comprising: a circular positioning ring having at least one vertical receiving channel and having a lower horizontal receiving channel operably coupled to said vertical receiving channel; a rotational element including at least one flange matingly received by said vertical receiving channel and operably engaged with said lower horizontal receiving channel; a directional element for guiding delivery of the medical device and operably coupled to said circular positioning ring; and a coupling mechanism including: a base portion circumscribed by the circular positioning ring; and a shaft having first and second ends, said first end operably coupled to said base portion and said second end received by said rotational element wherein a rotational force applied to said rotational element will cause said at least one flange to rotate in lower horizontal receiving channel. a circular positioning ring having at least one vertical receiving channel and having a lower horizontal receiving channel operably coupled to said vertical receiving channel; a rotational element including at least one flange matingly received by said vertical receiving channel and operably engaged with said lower horizontal receiving channel; a directional element for guiding delivery of the medical device and operably coupled to said circular positioning ring; and a coupling mechanism including: a base portion circumscribed by the circular positioning ring; and a shaft having first and second ends, said first end operably coupled to said base portion and said second end received by said rotational element a base portion circumscribed by the circular positioning ring; and a shaft having first and second ends, said first end operably coupled to said base portion and said second end received by said rotational element wherein a rotational force applied to said rotational element will cause said at least one flange to rotate in lower horizontal receiving channel.
A mass spectrometer comprising: a device (1/2/3/4) for separating ions temporally comprising an ion guide comprising a plurality of electrodes; and means for applying one or more electric fields to the device (1/2/3/4) wherein in a first mode of operation said device (1/2/3/4) is arranged and adapted to separate ions temporally according to their ion mobility, and wherein in a second mode of operation said means is arranged and adapted to apply an electric field in a pulsed or time-varying manner to the device (1/2/3/4) to cause ions to separate axially according to their mass to charge ratio. a device (1/2/3/4) for separating ions temporally comprising an ion guide comprising a plurality of electrodes; and means for applying one or more electric fields to the device (1/2/3/4) wherein in a first mode of operation said device (1/2/3/4) is arranged and adapted to separate ions temporally according to their ion mobility, and wherein in a second mode of operation said means is arranged and adapted to apply an electric field in a pulsed or time-varying manner to the device (1/2/3/4) to cause ions to separate axially according to their mass to charge ratio.
A pneumatic tire comprising at least one water absorption hole on a tread surface, wherein the water absorption hole includes a narrow-diameter portion located on the tread surface side and a wide-diameter portion that is located on a hole bottom side and has a diameter larger than a diameter (W 1) of the narrow-diameter portion, in a reference state such that the pneumatic tire is mounted on an applicable rim, filled to a prescribed internal pressure, and under no load, the water absorption hole extends at an inclination relative to a normal direction of the tread surface, and in the reference state, an average cross-sectional area, which is an average value of a cross-sectional area of the narrow-diameter portion in a cross-section perpendicular to an extending direction of the narrow-diameter portion over an extension length of the narrow-diameter portion, is 0.2 mm 2 to 20 mm 2, and characterised in that a diameter of the wide-diameter portion is 1.4 or more times a diameter of the narrow-diameter portion in the cross-section perpendicular to the extending direction of the narrow-diameter portion, and in a transparent plan view from the tread surface side in the reference state, an opening of the narrow-diameter portion to the tread surface overlaps the wide-diameter portion, wherein "overlaps" includes the case of being in contact. the water absorption hole includes a narrow-diameter portion located on the tread surface side and a wide-diameter portion that is located on a hole bottom side and has a diameter larger than a diameter (W 1) of the narrow-diameter portion, in a reference state such that the pneumatic tire is mounted on an applicable rim, filled to a prescribed internal pressure, and under no load, the water absorption hole extends at an inclination relative to a normal direction of the tread surface, and in the reference state, an average cross-sectional area, which is an average value of a cross-sectional area of the narrow-diameter portion in a cross-section perpendicular to an extending direction of the narrow-diameter portion over an extension length of the narrow-diameter portion, is 0.2 mm 2 to 20 mm 2, and characterised in that a diameter of the wide-diameter portion is 1.4 or more times a diameter of the narrow-diameter portion in the cross-section perpendicular to the extending direction of the narrow-diameter portion, and in a transparent plan view from the tread surface side in the reference state, an opening of the narrow-diameter portion to the tread surface overlaps the wide-diameter portion, wherein "overlaps" includes the case of being in contact.
A telecommunications system arranged to provide a facility for communicating data to and from a mobile node using an internet protocol, the system comprising a home access network, which includes a home gateway node, a visited access network, which includes a visited serving gateway node, and a wireless access gateway operable to communicate data to and from the mobile node using the internet protocol, wherein the mobile node is operable to communicate a binding update message to the visited serving gateway node of the visited access network via the wireless access gateway using the internet protocol, the binding update message including a unique identifier of the mobile node, and a request for an internet protocol address for the mobile node as if the mobile node were attached to the home access network, the visited serving gateway node of the visited access network is operable, in response to the binding update message, to identify from the unique identifier of the mobile node that the home access network is the home network of the mobile node and to communicate the request for the internet protocol address to the home gateway node, the home gateway node being responsive to the request to allocate a home internet protocol address to the mobile node, and wherein said mobile node is arranged to delay launching applications to provide communications services to the user until the mobile node has received the home internet protocol address from the visited serving gateway node. a home access network, which includes a home gateway node, a visited access network, which includes a visited serving gateway node, and a wireless access gateway operable to communicate data to and from the mobile node using the internet protocol, wherein the mobile node is operable to communicate a binding update message to the visited serving gateway node of the visited access network via the wireless access gateway using the internet protocol, the binding update message including a unique identifier of the mobile node, and a request for an internet protocol address for the mobile node as if the mobile node were attached to the home access network, the visited serving gateway node of the visited access network is operable, in response to the binding update message, to identify from the unique identifier of the mobile node that the home access network is the home network of the mobile node and to communicate the request for the internet protocol address to the home gateway node, the home gateway node being responsive to the request to allocate a home internet protocol address to the mobile node, and wherein said mobile node is arranged to delay launching applications to provide communications services to the user until the mobile node has received the home internet protocol address from the visited serving gateway node.
Apparatus for invalidating notes of value, having at least one combined dye and trigger module (42, 44), wherein the dye and trigger module (42, 44), can be connected, via at least one first connecting element (118, 120), to a second connecting element (122, 124) of a transporting container for notes of value, said second connecting element being complementary to the first connecting element (118, 120), having a dye-distributing unit (46, 48), by means of which dye which exits from an outlet opening (62, 132) of the dye and trigger module (42, 44) is distributed over the notes of value, wherein the first connecting element (118, 120) can establish a releasable plug-fit connection with the second connecting element, characterized in that the apparatus has at least two dye and trigger modules (42, 44), which can be arranged in the one transporting container for notes of value, in that a first end of the first dye and trigger module is accommodated in a first accommodating region of the first connecting element, in that a second end of the first dye and trigger module, said second end being located opposite the first end, is accommodated in a first accommodating region of a third connecting element, in that a first end of the second dye and trigger module is accommodated in a second accommodating region of the first connecting element, in that a second end of the second dye and trigger module, said second end being located opposite the first end, is accommodated in a second accommodating region of the third connecting element, and in that the third connecting element can establish a releasable plug-fit connection with a fourth connecting element of the transporting container for notes of value.
A hybrid attitude determination system which is provided within a casing that is attachable to a body, the system being provided with true-North-finding capability, comprising: a) a North finding unit which comprises only one high precision gyroscope and at least one accelerometer, and a North finding calculation means; b) an INS unit which comprises, as an integral part, said only one high precision gyroscope and at least one accelerometer of said North finding unit, and which further comprises additional gyroscopes and one or more additional accelerometers that complement said INS unit to include a total of three gyroscopes (3, 4) that are perpendicular to each other and three accelerometers that are perpendicular to each other, said INS unit further comprising an INS calculation means; c) a rotating stage on which the gyroscopes (3, 4) and the accelerometers of the North finding unit and the INS unit are mounted; wherein during a static state of the casing, the attitude determination system is configured to output attitude, namely, true heading, pitch and roll, relative to the North as calculated by said North finding calculation algorithm, while said North finding unit is configured to further provide during said static state of the casing initial conditions to said INS unit; wherein during a dynamic state of the casing, said attitude determination system is configured to output attitude direction as calculated by said INS calculation algorithm of said INS unit, by using said initial conditions as provided from said North finding unit. a) a North finding unit which comprises only one high precision gyroscope and at least one accelerometer, and a North finding calculation means; b) an INS unit which comprises, as an integral part, said only one high precision gyroscope and at least one accelerometer of said North finding unit, and which further comprises additional gyroscopes and one or more additional accelerometers that complement said INS unit to include a total of three gyroscopes (3, 4) that are perpendicular to each other and three accelerometers that are perpendicular to each other, said INS unit further comprising an INS calculation means; c) a rotating stage on which the gyroscopes (3, 4) and the accelerometers of the North finding unit and the INS unit are mounted;
A cardiac pacemaker comprising: a hermetic enclosure configured to be implanted beneath skin of a patient and containing a pulse generator comprising electronic circuitry configured to generate output current; a first lead in communication with the generator and comprising a first bipolar pair of electrodes at a distal end of the first lead configured to electrically contact with a right atrium of a patient's heart; a second lead in communication with the generator and comprising a second bipolar pair of electrodes at a distal end of the second lead configured to electrically contact with a right ventricle of the patient's heart; characterized in that the first lead and the second lead comprise conductive carbon fiber. a hermetic enclosure configured to be implanted beneath skin of a patient and containing a pulse generator comprising electronic circuitry configured to generate output current; a first lead in communication with the generator and comprising a first bipolar pair of electrodes at a distal end of the first lead configured to electrically contact with a right atrium of a patient's heart; a second lead in communication with the generator and comprising a second bipolar pair of electrodes at a distal end of the second lead configured to electrically contact with a right ventricle of the patient's heart; characterized in that the first lead and the second lead comprise conductive carbon fiber.
An ingestible device suitable for swallowing into a lumen of a gastrointestinal tract of a patient, the lumen having a lumen wall, the device comprising: a capsule sized to pass through the intestinal tract; a tissue penetrating member disposable in the capsule and having a tissue penetrating end, the tissue penetrating member formed from a solid therapeutic agent preparation comprising at least one therapeutic agent which would chemically degrade or impose a deleterious effect on the patient if released within the lumen of the gastrointestinal tract the tissue penetrating member shaped and configured to be inserted into the lumen wall; and an actuator coupled to the tissue penetrating member and having a first configuration and a second configuration, the tissue penetrating member being retained within the capsule when the actuator is in the first configuration, wherein the tissue penetrating member is configured to be advanced from the capsule and into the lumen wall by movement of the actuator from the first configuration to the second configuration such that the tissue penetrating member remains within the lumen wall to release therapeutic agent and the deleterious effect or chemical degradation of the therapeutic agent in the lumen is inhibited. a capsule sized to pass through the intestinal tract; a tissue penetrating member disposable in the capsule and having a tissue penetrating end, the tissue penetrating member formed from a solid therapeutic agent preparation comprising at least one therapeutic agent which would chemically degrade or impose a deleterious effect on the patient if released within the lumen of the gastrointestinal tract the tissue penetrating member shaped and configured to be inserted into the lumen wall; and an actuator coupled to the tissue penetrating member and having a first configuration and a second configuration, the tissue penetrating member being retained within the capsule when the actuator is in the first configuration, wherein the tissue penetrating member is configured to be advanced from the capsule and into the lumen wall by movement of the actuator from the first configuration to the second configuration such that the tissue penetrating member remains within the lumen wall to release therapeutic agent and the deleterious effect or chemical degradation of the therapeutic agent in the lumen is inhibited.
A method of enabling operation of a synthetic device in a PCIe switch, the method comprising: presenting the synthetic device to a local host component (106, 108) connected to the switch; capturing read and write operations within the local host, thereby enabling a management system of the switch to create a shadow copy of local host component queues; notifying the management system of local host driver operations, wherein the local host loads a driver; enabling writes that occur in the local host to be reflected in a memory on the management system; enabling creation of shadow queues on the management system, said shadow queues reflecting command and response queues in the local host; setting up a DMA engine associated with the local host port to automatically trigger on queues in the local host; and enabling mapping of synthetic device doorbells to DMA engine doorbells, wherein there is a control path between the management system and a physical device for transmitting commands relating to the synthetic device and a data path between the physical device and the local host. presenting the synthetic device to a local host component (106, 108) connected to the switch; capturing read and write operations within the local host, thereby enabling a management system of the switch to create a shadow copy of local host component queues; notifying the management system of local host driver operations, wherein the local host loads a driver; enabling writes that occur in the local host to be reflected in a memory on the management system; enabling creation of shadow queues on the management system, said shadow queues reflecting command and response queues in the local host; setting up a DMA engine associated with the local host port to automatically trigger on queues in the local host; and enabling mapping of synthetic device doorbells to DMA engine doorbells, wherein there is a control path between the management system and a physical device for transmitting commands relating to the synthetic device and a data path between the physical device and the local host.