mhurhangee/ep-ind-claims huggingface dataset:
A cleaving apparatus for a band-like glass film, which is configured such that the band-like glass film, which is being conveyed in a longitudinal direction thereof, is cleaved along a conveyance direction thereof using a thermal stress generated through localized heating and cooling of a heated region resulting from the localized heating, the localized heating and the cooling being performed on a preset cleaving line extending along the conveyance direction of the band-like glass film, the cleaving apparatus comprising support means for supporting a back surface side of the band-like glass film, characterized in that: the cleaving apparatus further comprises air supply means for supplying air to a front surface of the band-like glass film while supporting, by the support means, the back surface side of the band-like glass film to retain the band-like glass film on the support means at a position on an upstream side of a cleaving region in the conveyance direction, the cleaving region being defined as a region in which the band-like glass film is to be cleaved, and a width of air supply from the air supply means is set larger than a width of the band-like glass film. the cleaving apparatus further comprises air supply means for supplying air to a front surface of the band-like glass film while supporting, by the support means, the back surface side of the band-like glass film to retain the band-like glass film on the support means at a position on an upstream side of a cleaving region in the conveyance direction, the cleaving region being defined as a region in which the band-like glass film is to be cleaved, and a width of air supply from the air supply means is set larger than a width of the band-like glass film.
A framework for access provisioning in a physical access control system (PACS), the framework comprising: a permissions request interface, the permissions request interface configured to permit a user or an administrator to provide a request for a permission to access/revoke access to a resource in the PACS; a permissions recommendation module, the permissions recommendation module in operable communication with the permissions request interface to receive the request, the permissions recommendation module configured to automatically recommend a permission to be assigned to, or removed from, the user based on at least one of an attribute presented by the user, a static permission assigned to other users, and a used permission of other users in response to receiving the request; a permissions validation module in operable communication with the permissions recommendation module, the permission validation module operable to ensure that at least one of the permission to be assigned to or to be removed from the user does not violate an existing access control policy, that the permission to be assigned to the user is sufficient for reaching all permitted resources, and that the permission to be removed from the user denies access to all revoked resources; and an approval workflow identification module operably connected to the permission validation module, the approval workflow identification module configured to identify an approval process required to assign or remove the permission. a permissions request interface, the permissions request interface configured to permit a user or an administrator to provide a request for a permission to access/revoke access to a resource in the PACS; a permissions recommendation module, the permissions recommendation module in operable communication with the permissions request interface to receive the request, the permissions recommendation module configured to automatically recommend a permission to be assigned to, or removed from, the user based on at least one of an attribute presented by the user, a static permission assigned to other users, and a used permission of other users in response to receiving the request; a permissions validation module in operable communication with the permissions recommendation module, the permission validation module operable to ensure that at least one of the permission to be assigned to or to be removed from the user does not violate an existing access control policy, that the permission to be assigned to the user is sufficient for reaching all permitted resources, and that the permission to be removed from the user denies access to all revoked resources; and an approval workflow identification module operably connected to the permission validation module, the approval workflow identification module configured to identify an approval process required to assign or remove the permission.
Use of an aqueous inkjet ink for decorating a humidity-conditioning construction material, the ink comprising at least a colorant, a water-dispersible resin and water, and the water-dispersible resin comprising at least one water-dispersible urethane resin and at least one water-dispersible (meth)acrylic resin or water-dispersible styrene/(meth)acrylic resin, wherein the humidity-conditioning construction material has an amount of moisture adsorption, measured after 3 hours in accordance with JIS A 1470-1, of greater than 15 g/m 2.
Exhaust gas turbine comprising a nozzle ring having guide vanes, an outer gas inlet casing and an inner gas inlet casing, wherein the nozzle ring is fixed relative to the outer gas inlet casing independently of the inner gas inlet casing, characterized in that the nozzle ring is connected to the inner gas inlet casing in a bearing manner and thus the inner gas inlet casing is fixed relative to the outer gas inlet casing via the nozzle ring.
Method for storing and releasing electrical energy using a metal-air battery comprising: - a negative terminal, - a positive terminal, - a negative electrode, connected to the negative terminal, - a first positive air electrode, and - a second positive oxygen evolution electrode, comprising the following steps: (a) a discharging phase during which the first positive air electrode is connected to the positive terminal of the battery and the second positive oxygen evolution electrode is disconnected from the positive terminal of the battery; (b) a recharging phase during which the second positive oxygen evolution electrode is connected to the positive terminal of the battery and the first positive air electrode is disconnected from the positive terminal of the battery, and during which the potential of the negative electrode is measured relative to the first positive air electrode. - a negative terminal, - a positive terminal, - a negative electrode, connected to the negative terminal, - a first positive air electrode, and - a second positive oxygen evolution electrode, (a) a discharging phase during which the first positive air electrode is connected to the positive terminal of the battery and the second positive oxygen evolution electrode is disconnected from the positive terminal of the battery; (b) a recharging phase during which the second positive oxygen evolution electrode is connected to the positive terminal of the battery and the first positive air electrode is disconnected from the positive terminal of the battery, and during which the potential of the negative electrode is measured relative to the first positive air electrode.
A method of operating a message processing node (100, 202 1, 202 2, 202 n) in a message processing system, the message processing system comprising message processing nodes and a database that stores records for objects that are accessible by the message processing nodes of the system, the method comprising: upon receipt (300, 500) of a message for a transaction referring to an object for which a record is stored in a database (100A 206), processing (306, 508) the received message for the transaction if the record for the object is already locked by the message processing node or sending a request to the database (100A, 206) to lock the record for the object if the record for the object is not already locked by the message processing node; and where the record for the object is unlocked: receiving (304, 506) a message from the database (100A, 206) indicating that the request to lock the record for the object is successful; and processing (306, 508) the received message for the transaction; where the record for the object has been locked previously by another message processing node: receiving (308, 506) a message from the database (100A, 206) indicating that the request to lock the record for the object is unsuccessful and identifying the message processing node to which the record for the object is locked; and forwarding (310, 516) the received message for the transaction referring to the object to the identified message processing node. upon receipt (300, 500) of a message for a transaction referring to an object for which a record is stored in a database (100A 206), processing (306, 508) the received message for the transaction if the record for the object is already locked by the message processing node or sending a request to the database (100A, 206) to lock the record for the object if the record for the object is not already locked by the message processing node; and where the record for the object is unlocked: receiving (304, 506) a message from the database (100A, 206) indicating that the request to lock the record for the object is successful; and processing (306, 508) the received message for the transaction; receiving (304, 506) a message from the database (100A, 206) indicating that the request to lock the record for the object is successful; and processing (306, 508) the received message for the transaction; where the record for the object has been locked previously by another message processing node: receiving (308, 506) a message from the database (100A, 206) indicating that the request to lock the record for the object is unsuccessful and identifying the message processing node to which the record for the object is locked; and forwarding (310, 516) the received message for the transaction referring to the object to the identified message processing node. receiving (308, 506) a message from the database (100A, 206) indicating that the request to lock the record for the object is unsuccessful and identifying the message processing node to which the record for the object is locked; and forwarding (310, 516) the received message for the transaction referring to the object to the identified message processing node.
An acceleration sensor, comprising an SOI substrate in which a silicon oxide layer is formed on a silicon support layer and an active silicon layer is formed on the silicon oxide layer, the active silicon layer of the SOI substrate being formed to have a movable electrode supported by elastic beams and configured with a weight, and also have fixed electrodes (13xa, 13xb, 14ya, 14yb) disposed in a fixed manner around the movable electrode to face the movable electrode, through-holes penetrating in a Z-axis direction being formed over the entire surface on the inner side of an outer circumference of the movable electrode to which the elastic beams are connected, characterized in that the through-holes are disposed in block-shaped areas separately, and wherein the block-shaped areas are arranged in a lattice-like manner.
Method for noise rise estimation in a wireless communications system, comprising the steps of: measuring samples of at least received total wideband power; estimating a probability distribution for a first power quantity from at least said measured samples of at least received total wideband power; computing a conditional probability distribution of a noise floor measure based on at least said probability distribution for said first power quantity and stored information about a prior expected probability distribution of the noise floor; said step of computing being performed recursively and based on a previously computed conditional probability distribution of said noise floor measure, a previously computed product of complements of a previously computed cumulative error distribution of said first power quantity and a new probability distribution for said first power quantity; and calculating a value of a noise rise measure based on said conditional probability distribution for said noise floor measure and a probability distribution of the received total wideband power. measuring samples of at least received total wideband power; estimating a probability distribution for a first power quantity from at least said measured samples of at least received total wideband power; computing a conditional probability distribution of a noise floor measure based on at least said probability distribution for said first power quantity and stored information about a prior expected probability distribution of the noise floor; said step of computing being performed recursively and based on a previously computed conditional probability distribution of said noise floor measure, a previously computed product of complements of a previously computed cumulative error distribution of said first power quantity and a new probability distribution for said first power quantity; and calculating a value of a noise rise measure based on said conditional probability distribution for said noise floor measure and a probability distribution of the received total wideband power.
A structure of the front of a motor vehicle, for cushioning the impact of a pedestrian's head against the hood, the front part of this hood comprising a lock wire cooperating with a lock for locking the hood in a closed position and a front façade consisting of sheet metal extending transversely beneath the hood to the rear of the lock, this structure including a sheet metal part substantially in a right-angle shape, one of the two wings being fixed to the upper edge of the front façade and the other wing being fixed to a front edge of said façade, the lock being fixed to said other wing in such a way that the impact of a pedestrian's head on the hood, taken by the lock, can be transmitted to said other wing, where said front façade includes a substantially vertical wall comprising said upper edge and a substantially horizontal wall comprising said front edge, the fold which connects one of the two wings to the other wing of said sheet metal part being situated above said front edge of the façade and in front of said upper edge of this façade, characterized in that the wing which is connected to the upper edge of the façade being inclined downwards and the wing which is connected to the front edge of the façade being inclined towards the front.
A method performed by a first integrated access and backhaul, IAB, node for a distributed unit, DU, in a communication system, the method comprising: receiving a request message from a central unit, CU, of a donor node, the request message including: identification information for one or more backhaul link channels to be established, and indication information for indicating a type of information carried over each backhaul link channel of the one or more backhaul link channels to be established; and transmitting a response message to the CU of the donor node, the response message including at least one of: identification information for one or more backhaul link channels that are accepted to be established; or identification information for one or more backhaul link channels that are not accepted to be established, wherein each backhaul link channel corresponds to a channel for a radio link control, RLC, layer used for a backhaul link between the first IAB node and a second IAB node that is different from the first IAB node. receiving a request message from a central unit, CU, of a donor node, the request message including: identification information for one or more backhaul link channels to be established, and indication information for indicating a type of information carried over each backhaul link channel of the one or more backhaul link channels to be established; and identification information for one or more backhaul link channels to be established, and indication information for indicating a type of information carried over each backhaul link channel of the one or more backhaul link channels to be established; and transmitting a response message to the CU of the donor node, the response message including at least one of: identification information for one or more backhaul link channels that are accepted to be established; or identification information for one or more backhaul link channels that are not accepted to be established, identification information for one or more backhaul link channels that are accepted to be established; or identification information for one or more backhaul link channels that are not accepted to be established, wherein each backhaul link channel corresponds to a channel for a radio link control, RLC, layer used for a backhaul link between the first IAB node and a second IAB node that is different from the first IAB node.
A vacuum pump, in particular a turbomolecular pump, comprising a housing which encloses a pump space for a gas to be pumped in which a plurality of pump stages (16a, 16b) are arranged which are connected in series along an axis and are effective in the same direction, wherein the pump stages (16a, 16b) each have an inlet having an inlet region disposed within the housing, characterized in that the inlets are each arranged upstream of the pump stage (16a, 16b) and no further inlet is arranged between the inlets; and in that at least one deflection means (30, 34, 38, 40, 42) is provided which provides at least one flow path for the gas to be pumped that starts from a pump stage connected upstream and leads away from the inlet region of a pump stage connected downstream.
A nutritional composition comprising 10 to 50 wt.% vegetable lipids based on dry weight of the composition, and 0.5 to 20 wt.% phospholipids based on total lipid, wherein the phospholipids are derived from milk lipids, and said composition comprising lipid globules with a core comprising said vegetable lipids and a coating comprising said phospholipids, and wherein the lipid globules of the composition have i) a volume-weighted mode diameter above 1.0 μm, preferably between 1.0 and 10 μm, and/or ii) a diameter of 2 to 12 μm in an amount of at least 45, more preferably at least 55 volume % based on total lipid for use in prevention of obesity and/or reducing the risk of obesity, and wherein volume and size distribution of the lipid globules is determined by the method described in Michalski et al, 2001, Lait 81: 787-796, using a Mastersizer, Malvern Instruments, Malvern, UK, as particle size analyzer, and wherein the composition is for feeding a human subject with an age between 0 and 36 months and is for preventing obesity later in life and/or reducing the risk of obesity later in life of a human subject when said human subject has reached an age above 18 years. i) a volume-weighted mode diameter above 1.0 μm, preferably between 1.0 and 10 μm, and/or ii) a diameter of 2 to 12 μm in an amount of at least 45, more preferably at least 55 volume % based on total lipid
A method for manufacturing a soap from fatty and resin acids, according to which method a composition comprising fatty and resin acids is saponified with an alkali, characterized in that - an alkaline solution comprising water, a polar solvent selected from an aliphatic or aromatic alcohol or a ketone, and a base is formed, and - a fatty acid composition comprising resin acids is added to the alkaline solution in order to dissolve the acids contained therein into the alkaline solution, whereby the water content of the of the mixture formed by the alkaline solution and the fatty acid composition is 1 to 30 weight-%. - an alkaline solution comprising water, a polar solvent selected from an aliphatic or aromatic alcohol or a ketone, and a base is formed, and - a fatty acid composition comprising resin acids is added to the alkaline solution in order to dissolve the acids contained therein into the alkaline solution, whereby the water content of the of the mixture formed by the alkaline solution and the fatty acid composition is 1 to 30 weight-%.
A controller for varying the voltage provided to an electronically commutated motor, comprising: a circuit configured to generate both a pulse voltage direct current output and a continuous direct current output, wherein the circuit is configured to run the electronically commutated motor at an average speed that is below its minimum rated speed using the pulse voltage direct current, characterised in that the circuit is configured to automatically switch between providing the continuous direct current output when a controller speed setpoint requires a motor speed above the minimum rated speed and providing the pulse voltage direct current output when the controller speed setpoint requires a motor speed below the minimum rated speed. a circuit configured to generate both a pulse voltage direct current output and a continuous direct current output, wherein the circuit is configured to run the electronically commutated motor at an average speed that is below its minimum rated speed using the pulse voltage direct current, characterised in that the circuit is configured to automatically switch between providing the continuous direct current output when a controller speed setpoint requires a motor speed above the minimum rated speed and providing the pulse voltage direct current output when the controller speed setpoint requires a motor speed below the minimum rated speed.
Artillery ammunitions loading system, configured for loading ammunitions comprising at least a projectile in a cannon or a howitzer, the cannon or howitzer defining a longitudinal axis; said ammunitions loading system comprises a first movable means for loading projectiles and a second movable means for loading propelling charges alternatively and at least partially automatically supplying said cannon or howitzer for each firing cycle; the system being characterized in that: - said first movable means and said second movable means are mobile in a sliding manner along an axis that is parallel to said longitudinal axis between a respective pick-up position to pick up a projectile or a propelling charge and an insert position for inserting the projectile or propelling charge into the cannon or howitzer; - the system comprises linear actuator means for moving said first movable means and said second movable means along an axis that is transverse or orthogonal to said longitudinal axis between said pick-up position and said insert position; - said second movable means is configured to rotate in said pick-up position to pick up a propelling charge. - said first movable means and said second movable means are mobile in a sliding manner along an axis that is parallel to said longitudinal axis between a respective pick-up position to pick up a projectile or a propelling charge and an insert position for inserting the projectile or propelling charge into the cannon or howitzer; - the system comprises linear actuator means for moving said first movable means and said second movable means along an axis that is transverse or orthogonal to said longitudinal axis between said pick-up position and said insert position; - said second movable means is configured to rotate in said pick-up position to pick up a propelling charge.