mhurhangee/ep-ind-claims huggingface dataset:
A plate heat exchanger comprising a plurality of plates, which each extend in parallel with a main extension plane (p) and which comprise a plurality of heat exchanger plates and at least one strengthening plate (2, 32, 42), wherein the heat exchanger plates are provided beside each other and form a plate package with first plate interspaces for a first medium and second plate interspaces for a second medium, wherein each of the heat exchanger plates has four portholes which form ports extending through the plate package and forming inlets and outlets for the first medium to the first plate interspaces and for the second medium to the second plate interspaces, wherein the heat exchanger plates comprises an outermost heat exchanger plate at one side of the plate package and an outermost heat exchanger plate (1") at an opposite side of the plate package, wherein two of said plate interspaces (5, 6) in the plate package form a respective outermost plate interspace at a respective side of the plate package, which are delimited outwardly by a respective one of the outermost heat exchanger plates (1', 1"), and wherein the strengthening plate (2, 32, 42) is provided outside one of the outermost heat exchanger plates (1', 1") and has a main zone, which extends in parallel with the extension plane (p), characterized in that the strengthening plate (2, 32, 42) comprises a strengthening pattern, which is provided in the proximity of two of the ports and comprises several depressions extending outwardly from the plate package and the heat exchanger plates, wherein said depressions are elongated along the extension plane (p) and seen in a normal direction to the extension plane (p) and wherein said depressions have a substantially straight extension and extend between said two ports.
Filter device for separating impurities from a gas to be purified, - whereby the filter device includes a filter housing consisting of a lid and a pot; - whereby the lid is provided with an inlet for gas to be purified and an outlet for purified gas; - whereby in the pot a filter element is installed, which filter element consists of a top cap and a bottom cap with a filter cartridge in between; - whereby the top cap is provided with an inlet duct with an entrance, which entrance can connect to the inlet of the lid in such a way that the gas to be purified is passed through the inlet duct to the filter cartridge; and - where there is a space between the lid and the top cap which can be connected to the outlet of the lid, characterized in that the filter device is further provided with a switching element with an inlet port and an outlet port, the switching element being configured in such a way that - it can be installed rotatably in the lid; and - it can be rotated between on the one hand an off-position, in which the inlet port or the outlet port connects to respectively the inlet or outlet of the lid, and on the other hand a twisted position, in which this is not the case and in which the entrance of the inlet duct of the top cap can connect to the inlet of the lid. - whereby the filter device includes a filter housing consisting of a lid and a pot; - whereby the lid is provided with an inlet for gas to be purified and an outlet for purified gas; - whereby in the pot a filter element is installed, which filter element consists of a top cap and a bottom cap with a filter cartridge in between; - whereby the top cap is provided with an inlet duct with an entrance, which entrance can connect to the inlet of the lid in such a way that the gas to be purified is passed through the inlet duct to the filter cartridge; and - where there is a space between the lid and the top cap which can be connected to the outlet of the lid, characterized in that the filter device is further provided with a switching element with an inlet port and an outlet port, the switching element being configured in such a way that - it can be installed rotatably in the lid; and - it can be rotated between on the one hand an off-position, in which the inlet port or the outlet port connects to respectively the inlet or outlet of the lid, and on the other hand a twisted position, in which this is not the case and in which the entrance of the inlet duct of the top cap can connect to the inlet of the lid.
A method at a first node (435-c) of a wireless communication network, comprising: receiving (560, 1505), at a first node (435-c) of a wireless communication network, a first ethernet frame comprising a first precision time protocol, PTP, message; determining (565, 1510) an ingress time for the first PTP message received at the first node (435-c); receiving (575, 1515) a second ethernet frame comprising a second PTP message associated with the first PTP message; generating (580, 1520) a packet data unit, PDU, for transmission to a second node (435-d) of the wireless communication network based at least in part on the second ethernet frame, the PDU comprising a value corresponding to the ingress time for the first PTP message; and transmitting the PDU to the second node (435-d). receiving (560, 1505), at a first node (435-c) of a wireless communication network, a first ethernet frame comprising a first precision time protocol, PTP, message; determining (565, 1510) an ingress time for the first PTP message received at the first node (435-c); receiving (575, 1515) a second ethernet frame comprising a second PTP message associated with the first PTP message; generating (580, 1520) a packet data unit, PDU, for transmission to a second node (435-d) of the wireless communication network based at least in part on the second ethernet frame, the PDU comprising a value corresponding to the ingress time for the first PTP message; and transmitting the PDU to the second node (435-d).
A bone graft material comprising: a flexible, porous matrix comprising a plurality of overlapping and interlocking bioactive glass fibers and bioactive glass particulates distributed throughout the fibers, the fibers and particulates each having varying diameters, and a range of pores defined by the spaces between said fibers and particulates, the varying diameters of the fibers and particulates controlling pore size and distribution of the range of pores and overall porosity of the matrix, the matrix further having a distributed porosity based on said range of pores such that the matrix is configured for staged resorption; wherein the range of pores comprises micropores and macropores; and wherein the matrix allows movement of the overlapping and interlocking fibers with respect to one another at at least some of their intersections. a flexible, porous matrix comprising a plurality of overlapping and interlocking bioactive glass fibers and bioactive glass particulates distributed throughout the fibers, the fibers and particulates each having varying diameters, and a range of pores defined by the spaces between said fibers and particulates, the varying diameters of the fibers and particulates controlling pore size and distribution of the range of pores and overall porosity of the matrix, the matrix further having a distributed porosity based on said range of pores such that the matrix is configured for staged resorption; wherein the range of pores comprises micropores and macropores; and wherein the matrix allows movement of the overlapping and interlocking fibers with respect to one another at at least some of their intersections.
System for controlling the carrying out of the manufacture of at least one product by vertical semi-continuous casting, with direct cooling, in particular aluminum alloy, in a fixed respective mold, said control system comprising: - at least one respective false bottom configured to form a movable bottom base of the fixed respective mold and to carry the product, during casting, - at least one weighing cell, on which the respective false bottom is disposed in abutment, the weighing cell being configured to take measurements representing the mass of the product carried by the respective false bottom during casting, and - a false-bottom support, to which the weighing cell is connected, configured to lower the/each false bottom with respect to the fixed respective mold, substantially in a vertical direction, during casting, - at least one processing unit connected to the/each weighing cell, and configured to process the measurements, to calculate the variation in mass of the product over the course of time. - at least one respective false bottom configured to form a movable bottom base of the fixed respective mold and to carry the product, during casting, - at least one weighing cell, on which the respective false bottom is disposed in abutment, the weighing cell being configured to take measurements representing the mass of the product carried by the respective false bottom during casting, and - a false-bottom support, to which the weighing cell is connected, configured to lower the/each false bottom with respect to the fixed respective mold, substantially in a vertical direction, during casting, - at least one processing unit connected to the/each weighing cell, and configured to process the measurements, to calculate the variation in mass of the product over the course of time.
A method for link data transmission to a plurality of nodes, comprising: establishing a tree connection among the plurality of nodes; receiving data to be transmitted at a current node; in the event that the current node receiving the data to be transmitted has at least one child node, sending by the current node the data to be transmitted to one of the at least one child node; and in the event that the current node receiving the data to be transmitted has at least one sibling node that has not obtained the data to be transmitted, sending by the current node the data to be transmitted to one of the at least one sibling node; wherein sending by the current node the data to be transmitted to one of the at least one child node comprises sending the data to be transmitted to a first child node that establishes a connection with the current node; and sending the data to be transmitted to one of the at least one sibling node comprises sending the data to be transmitted to a node that is the first node, subsequent to the current node, to establish a connection with a parent node of the current node. establishing a tree connection among the plurality of nodes; receiving data to be transmitted at a current node; in the event that the current node receiving the data to be transmitted has at least one child node, sending by the current node the data to be transmitted to one of the at least one child node; and in the event that the current node receiving the data to be transmitted has at least one sibling node that has not obtained the data to be transmitted, sending by the current node the data to be transmitted to one of the at least one sibling node; wherein sending by the current node the data to be transmitted to one of the at least one child node comprises sending the data to be transmitted to a first child node that establishes a connection with the current node; and sending the data to be transmitted to one of the at least one sibling node comprises sending the data to be transmitted to a node that is the first node, subsequent to the current node, to establish a connection with a parent node of the current node.
An isolated PMC virus RNA or DNA nucleotide sequence that binds PMC nucleic acid under stringent hybridization conditions characterized in that said isolated PMC virus RNA or DNA nucleotide sequence consists of: a) SEQ ID NO: 8, wherein when the isolated RNA or DNA nucleotide sequence is an RNA nucleotide sequence, thymidine (t) nucleotides are substituted with uridine (u) nucleotides; b) an RNA or DNA sequence having at least 90% sequence identity over at least 100 nucleotides with the nucleotide sequence set forth in SEQ ID NO: 8; or c) an RNA or DNA nucleotide sequence comprising the complement of the nucleotide sequence of (a), or (b). a) SEQ ID NO: 8, wherein when the isolated RNA or DNA nucleotide sequence is an RNA nucleotide sequence, thymidine (t) nucleotides are substituted with uridine (u) nucleotides; b) an RNA or DNA sequence having at least 90% sequence identity over at least 100 nucleotides with the nucleotide sequence set forth in SEQ ID NO: 8; or c) an RNA or DNA nucleotide sequence comprising the complement of the nucleotide sequence of (a), or (b).
A negative pressure wound dressing for use with breast incisions, the wound dressing comprising: a drape layer having a first surface and a second, wound-facing, surface, wherein the drape layer is substantially impermeable to liquid and substantially permeable to vapor; a manifold layer (124, 180, 204, 212, 1124) having a first surface and a second, wound-facing surface, the manifold layer (124, 180, 204, 212, 1124) having a perimeter defined by a first convex curved corner side surface having a first radius of curvature defining a first lobe, a second convex curved corner side surface having a second radius of curvature defining a second lobe, a third convex curved corner side surface having a third radius of curvature, wherein the third radius of curvature is smaller than the first radius of curvature and the second radius of curvature, and a concave connecting portion between the first lobe and the second lobe; a base layer configured to secure the drape layer to the manifold layer (124, 180, 204, 212, 1124) and configured to secure the wound dressing to a patient's tissue; and a reduced-pressure interface integrated with the drape layer. a drape layer having a first surface and a second, wound-facing, surface, wherein the drape layer is substantially impermeable to liquid and substantially permeable to vapor; a manifold layer (124, 180, 204, 212, 1124) having a first surface and a second, wound-facing surface, the manifold layer (124, 180, 204, 212, 1124) having a perimeter defined by a first convex curved corner side surface having a first radius of curvature defining a first lobe, a second convex curved corner side surface having a second radius of curvature defining a second lobe, a third convex curved corner side surface having a third radius of curvature, wherein the third radius of curvature is smaller than the first radius of curvature and the second radius of curvature, and a concave connecting portion between the first lobe and the second lobe; a base layer configured to secure the drape layer to the manifold layer (124, 180, 204, 212, 1124) and configured to secure the wound dressing to a patient's tissue; and a reduced-pressure interface integrated with the drape layer.
A membrane for sticking to living organism, wherein the membrane for sticking to living organism is self-supporting; the membrane for sticking to living organism is formed of regenerated cellulose having a weight average molecular weight of 150,000 or more, and the membrane for sticking to living organism has a thickness of between 20 nm and 1300 nm, inclusive; wherein the average weight molecular weight is determined by a GPC (Gel Permeation Chromatography); wherein the thickness is measured with a stylus profiling system; and wherein regenerated cellulose is a cellulose having crystal structure II. the membrane for sticking to living organism is self-supporting; the membrane for sticking to living organism is formed of regenerated cellulose having a weight average molecular weight of 150,000 or more, and the membrane for sticking to living organism has a thickness of between 20 nm and 1300 nm, inclusive; wherein the average weight molecular weight is determined by a GPC (Gel Permeation Chromatography); wherein the thickness is measured with a stylus profiling system; and wherein regenerated cellulose is a cellulose having crystal structure II.
A portable electronic device comprising: a communication section which communicates with an external device; and a control section; wherein the control section sets up a first speed as a communication speed which is used for communication between the communication section and the external device, and the communication section communicates with the external device at the first speed, wherein when a change request which requests change of the communication speed from the external device is received by the communication section at the first speed, the control section changes the communication speed from the first speed to a second different speed specified by the change request, characterized in that after changing the communication speed from the first speed to the second speed, the communication section receives check data with an error detection code transmitted from the external device at the second speed and the control section checks a receiving result of the check data using the error detection code and notifies the receiving result of the check data to the external device at the second speed by the communication section. a communication section which communicates with an external device; and a control section; wherein the control section sets up a first speed as a communication speed which is used for communication between the communication section and the external device, and the communication section communicates with the external device at the first speed, wherein when a change request which requests change of the communication speed from the external device is received by the communication section at the first speed, the control section changes the communication speed from the first speed to a second different speed specified by the change request, characterized in that after changing the communication speed from the first speed to the second speed, the communication section receives check data with an error detection code transmitted from the external device at the second speed and the control section checks a receiving result of the check data using the error detection code and notifies the receiving result of the check data to the external device at the second speed by the communication section.
A locking and recocking assembly for an inertially-actuated weapon which uses kinetic energy of recoil, comprising a self-contained body of mutually interconnected parts which are insertable as a self supporting unit into a sheath or barrel extension of a portable weapon so as to be accommodated completely within the sheath or barrel extension, the parts of said self-contained body comprising a rotating locking head, for the stable closure of the firing chamber of the weapon, a breechblock, a spring-loaded ejector member for expelling the case, and a recocking or recovery spring to return said breechblock to a locking position after opening of the firing chamber and ejecting of the case; said breechblock housing a recoil spring, and carrying the rotating locking head for stable closure and locking of the firing chamber of the weapon; said rotating locking head being provided with a helical rotation cam and said rotating locking head and said breechblock being provided with contacting helical surfaces (38, 39).
A security element for securing valuable articles, having a carrier having an areal region that is furnished in some regions with a reflective coating and whose areal expanse defines an x-y plane and a z-axis perpendicular thereto, and that consists of a relief region composed of a plurality of embossing elements (30, 32) whose size is given by a lateral dimension in the x-y plane and a vertical dimension in the z-direction, and of an outer region that lies outside the relief region, - the relief region comprising an inner region in which the embossing elements are completely reflective coated, and comprising an edge region that lies between the inner region and the outer region and in which a portion of the embossing elements are reflective coated and the rest of the embossing elements are uncoated, - the outer region being completely uncoated, and - the average lateral dimension of the embossing elements in the edge region being less than 90% of the average lateral dimension of the embossing elements in the inner region, and/ or the average vertical dimension of the embossing elements in the edge region being less than 90% of the average vertical dimension of the embossing elements in the inner region. - the relief region comprising an inner region in which the embossing elements are completely reflective coated, and comprising an edge region that lies between the inner region and the outer region and in which a portion of the embossing elements are reflective coated and the rest of the embossing elements are uncoated, - the outer region being completely uncoated, and - the average lateral dimension of the embossing elements in the edge region being less than 90% of the average lateral dimension of the embossing elements in the inner region, and/ or the average vertical dimension of the embossing elements in the edge region being less than 90% of the average vertical dimension of the embossing elements in the inner region.
Method for transmitting and checking the validity of configuration data in an electronic system with centralized storage of the configuration data, the electronic system comprising a plurality of electronic boards (12A,..., 12N) able to implement the operation of the electronic system using configuration data specific to each of these boards (12A,..., 12N) and a centralized storage module able to centrally store the configuration data for the set of electronic boards (12A,..., 12N), each electronic board (12A,..., 12N) comprising an internal memory designed to store a signature variable and configuration variables; the method comprising the following steps: - generation of an elementary signature for each of the electronic boards (12A,..., 12N) from the configuration data stored in the centralized storage module; - transmission to each electronic board (12A,..., 12N) of the elementary signature specific to this board (12A,..., 12N); - calculation by each electronic board (12A,..., 12N) of the signature variable according to the configuration variables stored in the internal memory of the electronic board (12A,..., 12N); - checking by each electronic board (12A,..., 12N) of the validity of the configuration variables stored in the internal memory of the board (12A,..., 12N) using the received elementary signature and the signature variable; and the method comprising the following step implemented for each electronic board (12A,..., 12N), for which, during the step of checking the validity of the configuration variables, the configuration variables are considered invalid: - retrieving the configuration data specific to this board (12A,..., 12N) and modifying the configuration variables starting from the retrieved configuration data. - generation of an elementary signature for each of the electronic boards (12A,..., 12N) from the configuration data stored in the centralized storage module; - transmission to each electronic board (12A,..., 12N) of the elementary signature specific to this board (12A,..., 12N); - calculation by each electronic board (12A,..., 12N) of the signature variable according to the configuration variables stored in the internal memory of the electronic board (12A,..., 12N); - checking by each electronic board (12A,..., 12N) of the validity of the configuration variables stored in the internal memory of the board (12A,..., 12N) using the received elementary signature and the signature variable; and - retrieving the configuration data specific to this board (12A,..., 12N) and modifying the configuration variables starting from the retrieved configuration data.
Electrical installation device having at least one base device which can be installed in a commercially available flush-mounted device box and which can be connected to at least one operator control or functional element by means of a carrier frame, characterized in that threaded holes for screwing in wall levelling elements are made continuously from the front face to the rear face of the carrier frame at least in the four corner regions, wherein the said wall levelling elements each have an external thread which corresponds to the said threaded holes and have a tool engagement area, which is accessible from the front face, for screwing in/unscrewing the said wall levelling elements.