mhurhangee/ep-ind-claims huggingface dataset:
A method for synchronizing contents of a local database with contents of a remote database, the method comprising: writing (S610, S711) at least one data transaction received from a user terminal (602, 702) from the local database to a local transaction log file (618, 710); assigning (S610, S711) a bin number to each of the at least one data transaction; determining (S614, S714), by a local replicator service (612, 712), if the assigned bin number has changed due to receipt of at least one subsequent data transaction; if the bin number has changed, inserting (S616, S716), by the local replicator service (612, 712), the at least one subsequent data transaction into a local sequence log file (622, 720) and assigning (S620, S718) the at least one subsequent data transaction a first sequence number; in response to a request by a remote replicator service (626, 724), providing, to the remote replicator service (626, 724), access to the first sequence number, the remote replicator service (626, 724) having access to a second sequence number stored in the remote database; and if the first sequence number does not match the second sequence number, providing, to the remote replicator service (626, 724), access to the at least one subsequent data transaction associated with the first sequence number, the remote replication service updating the remote database to include the at least one subsequent data transaction. writing (S610, S711) at least one data transaction received from a user terminal (602, 702) from the local database to a local transaction log file (618, 710); assigning (S610, S711) a bin number to each of the at least one data transaction; determining (S614, S714), by a local replicator service (612, 712), if the assigned bin number has changed due to receipt of at least one subsequent data transaction; if the bin number has changed, inserting (S616, S716), by the local replicator service (612, 712), the at least one subsequent data transaction into a local sequence log file (622, 720) and assigning (S620, S718) the at least one subsequent data transaction a first sequence number; in response to a request by a remote replicator service (626, 724), providing, to the remote replicator service (626, 724), access to the first sequence number, the remote replicator service (626, 724) having access to a second sequence number stored in the remote database; and if the first sequence number does not match the second sequence number, providing, to the remote replicator service (626, 724), access to the at least one subsequent data transaction associated with the first sequence number, the remote replication service updating the remote database to include the at least one subsequent data transaction.
Device for forming a multi-row packing unit without a film and/or a strapping band, whereby from a stream of containers or a plurality of transport lines comprising at least one compartmentalising and/or compressing unit for compartmentalising and compressing a predetermined number of containers which are combined to form the subsequent packing unit, with applicator elements being provided for applying bonding and adhesive agents such that at least one of the containers of the packing unit has an application of bonding or adhesive agent on at least one contact or touching surface, comprising at least one linear transporter on which the group of containers forming the subsequent packing unit can be transported from an inlet side in the direction of an outlet side, with the applicator elements for applying a liquid or free-flowing bonding or adhesive by spraying or sprinkling being provided in the region of the linear transporter, and with static and/or movable guide elements being each provided at the side of the linear transporter, with the laterally arranged guide elements being able to apply a lateral pressure on the containers which compresses the containers of the packing unit square to the transport direction, and with entraining elements being provided, each of which is associated with a packing unit.
A method for making a first draping ply of a fibrous preform on a tooling (100, 200) which comprises the steps consisting in: a. making an area called, catch area, on the draping surface (101, 201) of the tooling, said area being secured to said draping surface of the tooling; b. depositing a polymer (131, 132) by additive manufacturing over the surface of the tooling, said deposition being carried out over the catch area; c. draping the first ply while activating the tackiness of the polymer (131, 132) deposited by additive manufacturing so as to make the deposited fibres adhere on the polymer deposited by additive manufacturing. a. making an area called, catch area, on the draping surface (101, 201) of the tooling, said area being secured to said draping surface of the tooling; b. depositing a polymer (131, 132) by additive manufacturing over the surface of the tooling, said deposition being carried out over the catch area; c. draping the first ply while activating the tackiness of the polymer (131, 132) deposited by additive manufacturing so as to make the deposited fibres adhere on the polymer deposited by additive manufacturing.
A conductive diamond polycrystalline body formed substantially with diamond, wherein said diamond has a maximum particle diameter of at most 100 nm and an average particle diameter of at most 50 nm, and a particle of said diamond includes at least 10 ppm and at most 1,000 ppm of boron, and said polycrystalline body has a hardness of at least 80 GPa.
A method for updating a server route within a parking area with a route updating system, wherein the route updating system comprises: a registration unit arranged in a vehicle and being arranged to register a parking area route of the vehicle within the parking area, and a route server comprising a number of server routes within the parking area, wherein each server route comprises at least one server route part, and being arranged to update the server routes within the parking area, wherein the method comprises: - registering a parking area route by the registration unit, wherein the parking area route comprises at least one parking area route part, - uploading the registered parking area route to the route server by the registration unit, characterised in that the method further comprises: - assigning an initial time weight value to the registered parking area route by the route server, - comparing the registered parking area route with server routes to find one existing server route part that corresponds to a registered parking area route part, - updating the corresponding existing server route part by applying regression analysis of a distance between each of the parking area route parts and the corresponding existing server route parts to provide an updated server route part of an updated server route, - updating a server route time weight value of the updated server route by performing a mathematical operation with a previous server route time weight value and the initial time weight value of the registered parking area route, - providing the updated server route to a navigation server if the updated server route time weight value exceeds a threshold time weight value. - registering a parking area route by the registration unit, wherein the parking area route comprises at least one parking area route part, - uploading the registered parking area route to the route server by the registration unit, - assigning an initial time weight value to the registered parking area route by the route server, - comparing the registered parking area route with server routes to find one existing server route part that corresponds to a registered parking area route part, - updating the corresponding existing server route part by applying regression analysis of a distance between each of the parking area route parts and the corresponding existing server route parts to provide an updated server route part of an updated server route, - updating a server route time weight value of the updated server route by performing a mathematical operation with a previous server route time weight value and the initial time weight value of the registered parking area route, - providing the updated server route to a navigation server if the updated server route time weight value exceeds a threshold time weight value.
An electrode composition comprising: a silicon alloy capable of undergoing lithiation and delithiation graphitic carbon, a binder, and a conductive additive comprising carbon nanotubes, characterized in the silicon alloy having as formula SixFeyCz, where x, y and z represent atomic percent values and a) x > 2y + z, and b) x, y and z are each greater than 0. a silicon alloy capable of undergoing lithiation and delithiation graphitic carbon, a binder, and a conductive additive comprising carbon nanotubes, characterized in the silicon alloy having as formula SixFeyCz, where x, y and z represent atomic percent values and a) x > 2y + z, and b) x, y and z are each greater than 0.
Air purifier (2; 402) comprising: (a) a first flower pot (4; 404) and a second flower pot (6; 106; 206; 306; 406) which is housed inside the first flower pot (4; 404) wherein the second flower pot (6; 106; 206; 306; 406) is provided with one or more holes (7; 107; 207; 307; 407); and the first flower pot (4; 404) is provided with an opening (4c; 404c); (b) a control unit (12; 412) housed in said opening (4c; 404c) and comprising: a fan (32; 432) and preferably a grid (16; 416) covering said fan (32; 432) with respect to the outside of said first flower pot (4; 404); a temperature sensor; a humidity sensor; an air quality sensor; and a microcontroller suitable to receive data from the sensors (36, 38, 40) and to send signals to the fan (32; 432), characterized in that the air purifier comprises: (c) a self-watering unit, wherein the microcontroller contains an algorithm which, in case of low air quality signals from the air quality sensor, controls the self-watering unit of the air purifier such that the humidity in the matrix present in the second flower pot is raised. (a) a first flower pot (4; 404) and a second flower pot (6; 106; 206; 306; 406) which is housed inside the first flower pot (4; 404) wherein the second flower pot (6; 106; 206; 306; 406) is provided with one or more holes (7; 107; 207; 307; 407); and the first flower pot (4; 404) is provided with an opening (4c; 404c); the second flower pot (6; 106; 206; 306; 406) is provided with one or more holes (7; 107; 207; 307; 407); and the first flower pot (4; 404) is provided with an opening (4c; 404c); (b) a control unit (12; 412) housed in said opening (4c; 404c) and comprising: a fan (32; 432) and preferably a grid (16; 416) covering said fan (32; 432) with respect to the outside of said first flower pot (4; 404); a temperature sensor; a humidity sensor; an air quality sensor; and a microcontroller suitable to receive data from the sensors (36, 38, 40) and to send signals to the fan (32; 432), a fan (32; 432) and preferably a grid (16; 416) covering said fan (32; 432) with respect to the outside of said first flower pot (4; 404); a temperature sensor; a humidity sensor; an air quality sensor; and a microcontroller suitable to receive data from the sensors (36, 38, 40) and to send signals to the fan (32; 432),
A self-sealing butterfly valve, comprising a valve body, wherein a fluid passage is provided in the valve body, a valve plate of which an outer surface is covered with an elastic sealing layer is provided within the fluid passage, an upper portion of the valve plate is dynamically connected with a driving shaft which is rotatably connected to the valve body, a lower portion of the valve plate is rotatably connected with a supporting shaft which is connected to the valve body, and wherein the elastic sealing layer at outer edges of two end faces of the valve plate axially protrudes outwardly, forming two ring lips attached to an inner wall of the fluid passage, and the ring lips are gradually thicker from outside to inside, so that inner ring faces of the ring lips are inclined faces, and wherein an upper inflated portion for connection with the driving shaft is provided at the upper portion of the valve plate, a lower inflated portion for connection with the supporting shaft is provided at the lower portion of the valve plate, a lower surface of the upper inflated portion and an upper surface of the lower inflated portion are oppositely arranged, and an area of the lower surface of the upper inflated portion is greater than an area of the upper surface of the lower inflated portion.
A method for repairing or upgrading a failing or insufficiently performing insulated glass unit comprising an inner glass panel or panels and an outer glass panel spaced apart by a separator or separators and being housed within a window framing or curtain wall system, the method comprising: removing an inside glass stop from the window framing or curtain wall to provide access to the inner glass panel or panels; detaching the inner glass panel or panels from the outer glass panel via a breaking, cutting, or altering of the separator or separators, with the outer glass panel being retained in place within the window framing or curtain wall; applying a new separator or separators to one of the inner glass panel or panels or the outer glass panel; reaffixing the inner glass panel or panels to the outer glass panel, with the new separator or separators maintaining a space or spaces between the inner glass panel or panels and the outer glass panel to form a hermetically sealed cavity or cavities there between; and reinstalling in place the inside glass stop back onto the window framing, to secure the inner glass panel or panels in place. removing an inside glass stop from the window framing or curtain wall to provide access to the inner glass panel or panels; detaching the inner glass panel or panels from the outer glass panel via a breaking, cutting, or altering of the separator or separators, with the outer glass panel being retained in place within the window framing or curtain wall; applying a new separator or separators to one of the inner glass panel or panels or the outer glass panel; reaffixing the inner glass panel or panels to the outer glass panel, with the new separator or separators maintaining a space or spaces between the inner glass panel or panels and the outer glass panel to form a hermetically sealed cavity or cavities there between; and reinstalling in place the inside glass stop back onto the window framing, to secure the inner glass panel or panels in place.
A pixel structure, including: a display region, including an organic electroluminescent device; and a transparent region, provided side by side with the display region, and provided with a touch capacitor electrode which is made of a transparent conductive material, wherein the touch capacitor electrode and a cathode of the organic electroluminescent device are provided in the same layer and are made of the same material; and characterized in that, at least one insulation layer (23, 24, 261) of a plurality of insulation layers below the cathode of the organic electroluminescent device is formed so that a segment difference exists between the display region and the transparent region into which the at least one insulation layer (23, 24, 261) is extending, and due to the segment difference the touch capacitor electrode is disconnected from the cathode of the organic electroluminescent device and the touch capacitor electrode is formed to be an isolated electrode; and a thickness of the at least one insulation layer (23, 24, 261) in the display region is larger than the thickness of the extension of the at least one insulation layer (23, 24, 261) in the transparent region. a display region, including an organic electroluminescent device; and a transparent region, provided side by side with the display region, and provided with a touch capacitor electrode which is made of a transparent conductive material, wherein the touch capacitor electrode and a cathode of the organic electroluminescent device are provided in the same layer and are made of the same material; and characterized in that, at least one insulation layer (23, 24, 261) of a plurality of insulation layers below the cathode of the organic electroluminescent device is formed so that a segment difference exists between the display region and the transparent region into which the at least one insulation layer (23, 24, 261) is extending, and due to the segment difference the touch capacitor electrode is disconnected from the cathode of the organic electroluminescent device and the touch capacitor electrode is formed to be an isolated electrode; and a thickness of the at least one insulation layer (23, 24, 261) in the display region is larger than the thickness of the extension of the at least one insulation layer (23, 24, 261) in the transparent region.
A packaged enema, comprising: a stable dosage suspension of 5-aminosalicylic acid (5-ASA) contained within a substantially oxygen-free liquid carrier medium, said liquid carrier medium having a material avoidance of antioxidants for said 5-ASA; at least one application bottle containing said dosage suspension; a sealed, substantially oxygen-free barrier package containing therein said at least one application bottle containing said dosage suspension; and an oxygen scavenger disposed within said barrier package, wherein at least said barrier package prevents migration of oxygen into said dosage suspension upon prolonged storage. a stable dosage suspension of 5-aminosalicylic acid (5-ASA) contained within a substantially oxygen-free liquid carrier medium, said liquid carrier medium having a material avoidance of antioxidants for said 5-ASA; at least one application bottle containing said dosage suspension; a sealed, substantially oxygen-free barrier package containing therein said at least one application bottle containing said dosage suspension; and an oxygen scavenger disposed within said barrier package, wherein at least said barrier package prevents migration of oxygen into said dosage suspension upon prolonged storage.
A tray seal package for preserving respiring produce contained in the package, in particular vegetables, fruit, herbs, spices and/or flowers, the package comprising a tray and a sealing film defining a package volume for containing a portion of the produce and a package atmosphere, and comprising a packaging material providing the sealing film, in particular a polymer film, provided with at least one perforation enabling gas exchange with the atmosphere surrounding the package to form the package into a Controlled Atmosphere Package, wherein the packaging material has a Water Vapour Transmission Rate (WVTR), a carbon dioxide transmission rate (CO 2 TR) and an oxygen transmission rate (O 2 TR), wherein the CO 2 TR of the packaging material is larger than 1000 ml/(m 2.24 hrs), in particular in a range of 1000 - 15000 ml/(m 2.24 hrs) while larger than 1000 ml/(m 2.24 hrs), and a ratio β = CO 2 TR / O 2 TR of the packaging material is larger than 4, in particular in a range of 4 - 25, while larger than 4, characterised in that the WVTR of the packaging material is in a range of 100 - 1200 ml/(m2.24 hrs). the package comprising a tray and a sealing film defining a package volume for containing a portion of the produce and a package atmosphere, and comprising a packaging material providing the sealing film, in particular a polymer film, provided with at least one perforation enabling gas exchange with the atmosphere surrounding the package to form the package into a Controlled Atmosphere Package, defining a package volume for containing a portion of the produce and a package atmosphere, and comprising a packaging material providing the sealing film, in particular a polymer film, provided with at least one perforation enabling gas exchange with the atmosphere surrounding the package to form the package into a Controlled Atmosphere Package, wherein the packaging material has a Water Vapour Transmission Rate (WVTR), a carbon dioxide transmission rate (CO 2 TR) and an oxygen transmission rate (O 2 TR), wherein the CO 2 TR of the packaging material is larger than 1000 ml/(m 2.24 hrs), in particular in a range of 1000 - 15000 ml/(m 2.24 hrs) while larger than 1000 ml/(m 2.24 hrs), and a ratio β = CO 2 TR / O 2 TR of the packaging material is larger than 4, in particular in a range of 4 - 25, while larger than 4, characterised in that the WVTR of the packaging material is in a range of 100 - 1200 ml/(m2.24 hrs).
A laser beam emitting machine, comprising: • a laser head for emitting a laser beam onto a workpiece that is to be treated, • a movement unit (1, 2, 9) for spatially moving the laser head, movement unit having a linearly moving machine portal on which a transverse carriage is supported such that said carriage can be moved transversely and he laser head being mounted on said carriage, • a flexible fiber cable with a minimum permissible bending radius, said fiber cable transmitting the laser beam to the laser head and entering therein at an inlet point on an upper laser head end thereof, and • a cable guidance system (12, 13) for guiding the fiber cable at least over a portion of a length thereof, characterized in that the cable guidance system (12; 13) has a deflection unit that is mounted on the laser head and that predetermines a rigid deflection curve that extends above the inlet point and adjacent to the inlet point, and guides the fiber cable to the inlet point, and has a radius that is greater than the minimum permissible bending radius of the fiber cable, whereby fiber cable is supplied to the deflection curve from below, it is guided over the deflection bow and it is passed downwards at the side of the deflection bow adjacent to the laser head in a more or less straight line or at the most with a slight bend to the inlet point. • a laser head for emitting a laser beam onto a workpiece that is to be treated, • a movement unit (1, 2, 9) for spatially moving the laser head, movement unit having a linearly moving machine portal on which a transverse carriage is supported such that said carriage can be moved transversely and he laser head being mounted on said carriage, • a flexible fiber cable with a minimum permissible bending radius, said fiber cable transmitting the laser beam to the laser head and entering therein at an inlet point on an upper laser head end thereof, and • a cable guidance system (12, 13) for guiding the fiber cable at least over a portion of a length thereof,