mhurhangee/patent-ind-claim-en huggingface dataset:
A system for administrating a plurality of packages of playing cards or chips, which has been provided with an ID code being unique to each of the packages of playing cards or the chips, the system comprising: a storage for containing the packages of playing cards or the chips for monitoring each of ID codes provided with the packages of playing cards or the chips; and an administrating controller , which has been provided with a computer readable medium that stores a database in relation to the ID codes of the packages of playing cards or the chips, wherein further the system has a ID code reader for obtaining ID-code information on each of the ID codes of the packages of playing cards or the chips in the storage , and a communication means for sending the ID-code information obtained by the ID code reader to the administrating controller , characterized in that the administrating controller is configured to obtain repeatedly every ID-code information of each packages of playing cards or the chips in the storage and inspect whether there is a mismatch between the packages of playing cards or the chips existing in the storage and the packages of playing cards or the chips which had been contained in the storage . a storage for containing the packages of playing cards or the chips for monitoring each of ID codes provided with the packages of playing cards or the chips; and an administrating controller , which has been provided with a computer readable medium that stores a database in relation to the ID codes of the packages of playing cards or the chips, wherein further the system has a ID code reader for obtaining ID-code information on each of the ID codes of the packages of playing cards or the chips in the storage , and a communication means for sending the ID-code information obtained by the ID code reader to the administrating controller ,
A confectionery packaging for a confectionery, the confectionery packaging including a single confectionery product being ovoid in shape, the packaging comprising a first preformed part and a second preformed part, wherein the first and second parts are sealed together about the confectionery at flanges that extend away from main surfaces of each part, said main surfaces substantially conforming to the shape of the confectionery product, such that the main surfaces of each part are shaped so that the outside of the packaging, except for the flanges, substantially corresponds to the ovoid shape of the ovoid confectionery product, so that the packaging substantially maintains the outer ovoid profile of the ovoid confectionery product, and such that a formed internal space corresponds to the ovoid shape and size of the packaged ovoid confectionery product; said flanges of the first and second parts being brought together at a flange seal, and characterised in that the flange seal extends at an angle between a major and a minor axis of the ovoid confectionery product.
A thermal interface material for transferring heat by interposing between two materials, wherein the thermal interface material comprises a graphite film, the graphite film has a thickness T of 200 nm to 3 um, and a ratio Ra/T of an arithmetic average roughness Ra on a surface of the graphite film to the thickness T of the graphite film is 0.1 to 30, characterized in that each of the arithmetic average roughnesses Ra is 0.3 um to 6.0 um on a surface of the graphite film, and a ratio Ra/Rave of each of the arithmetic average roughnesses Ra on two or more parts of the graphite film to an average Rave of the arithmetic average roughnesses Ra is 0.2 to 5.0.
A method for black starting a power supply device , wherein the power supply device comprises at least one bidirectional inverter having an AC-side connection for a grid and a battery connected to the DC side of the bidirectional inverter , wherein the battery has, in addition to two battery poles for a connection to a supply interface of the bidirectional inverter , at least one control line , the supply with voltage of which causes the battery to be put into operation, and an activation device , adapted to provide at an interface to the control line a voltage supplied by an auxiliary battery when the activation device is actuated in the event of a black start, the voltage being suitable for starting up the Battery , wherein - a method step involves the activation device of the power supply device being operated, so that the activation device applies a voltage to the control line of the battery such that the battery is put into an operating state, which is different from a shut-down state or a standby mode, wherein the voltage provided by the activation device is provided by the auxiliary battery , and - a further method step involves the bidirectional inverter being put into an operating state, which is different from a shut-down state or a standby mode, after the voltage provided by the auxiliary battery is applied to the control line . - a method step involves the activation device of the power supply device being operated, so that the activation device applies a voltage to the control line of the battery such that the battery is put into an operating state, which is different from a shut-down state or a standby mode, wherein the voltage provided by the activation device is provided by the auxiliary battery , and - a further method step involves the bidirectional inverter being put into an operating state, which is different from a shut-down state or a standby mode, after the voltage provided by the auxiliary battery is applied to the control line .
A reinforcement ring for being mounted on an outer circumference of a rotor of an electric machinery, comprising more than two separate members and more than two connection members, wherein the more than two connection members are in correspondence with the more than two separate members , and the more than two separate members are connected to each other to form an annular body through the more than two connection members, wherein at least two of the more than two connection members are movable connection members, and the corresponding separate members are movably connected to each other by the movable connection members, which allows the reinforcement ring to detachably attach to the outer circumference of the rotor ; and characterized in that , the movable connection members comprise: a rotation adjusting member , wherein the corresponding separate members are connected in a manner that the corresponding separate members are rotatable relative to each other through the rotation adjustment member ; and/or a distance adjusting member , wherein the corresponding separate members are connected in a manner that the corresponding separate members are allowed to be close to or away from each other through the distance adjusting member . wherein the more than two connection members are in correspondence with the more than two separate members , and the more than two separate members are connected to each other to form an annular body through the more than two connection members, wherein at least two of the more than two connection members are movable connection members, and the corresponding separate members are movably connected to each other by the movable connection members, which allows the reinforcement ring to detachably attach to the outer circumference of the rotor ; and characterized in that , the movable connection members comprise: a rotation adjusting member , wherein the corresponding separate members are connected in a manner that the corresponding separate members are rotatable relative to each other through the rotation adjustment member ; and/or a distance adjusting member , wherein the corresponding separate members are connected in a manner that the corresponding separate members are allowed to be close to or away from each other through the distance adjusting member . a rotation adjusting member , wherein the corresponding separate members are connected in a manner that the corresponding separate members are rotatable relative to each other through the rotation adjustment member ; and/or a distance adjusting member , wherein the corresponding separate members are connected in a manner that the corresponding separate members are allowed to be close to or away from each other through the distance adjusting member .
Trim for a wall opening adjoining a window, in particular a cellar window, having masonry covers for covering an inner wall of the wall opening forming a breast, a lintel and jambs, and having a fascia adjoining the masonry covers and comprising an end surface for attachment of a light well , characterised in that the trim comprises a trim base forming two masonry covers and the fascia , which trim base can be displaced between a transport position, in which the surfaces of the masonry covers and the end surface lie in a plane, and an installation position, in which the surfaces of the masonry covers are orientated transversely to the end surface, and in that two further separately mountable masonry covers for covering the inner wall not covered by the trim base are disposed on the masonry covers of the trim base which are opposite each other in the installation position.
A medical system , comprising: a supply lumen and an exhaust lumen ; a medical device in fluid communication with the supply lumen and the exhaust lumen; a first coolant reservoir ; a second coolant reservoir having a volumetric capacity smaller than the volumetric capacity of the first coolant reservoir, wherein the first coolant reservoir is selectively switchable from being in fluid communication with either the supply lumen or the second coolant reservoir ; and a vacuum source , wherein the exhaust lumen is selectively switchable from being in fluid communication with either the second coolant reservoir or the vacuum source . a supply lumen and an exhaust lumen ; a medical device in fluid communication with the supply lumen and the exhaust lumen; a first coolant reservoir ; a second coolant reservoir having a volumetric capacity smaller than the volumetric capacity of the first coolant reservoir, wherein the first coolant reservoir is selectively switchable from being in fluid communication with either the supply lumen or the second coolant reservoir ; and a vacuum source , wherein the exhaust lumen is selectively switchable from being in fluid communication with either the second coolant reservoir or the vacuum source .
Water supply system for an aircraft with a water tank , a pressure source and a plurality of consumers with buffer reservoirs , wherein the plurality of consumers are connected to the water tank via lines and the pressure source , wherein each consumer of the plurality of consumers with buffer tanks has a buffer tank for water, a filling valve and a consumer valve , wherein in each consumer of the plurality of consumers with buffer tanks the filling valve is arranged between the respective buffer tank and the pressure source and is configured in such a way that the respective buffer tank can be filled by opening the filling valve , and the consumer valve is arranged and configured in such a way that water can be removed from the buffer tank by opening the consumer valve , characterised in that each consumer with a buffer tank is configured to transmit at least one status parameter, which describes a status of the buffer tank of the respective consumer, to a control system of the water supply system , and wherein the control system is configured to control the opening and closing of the filling valves of the consumers with buffer tanks , taking into account the transmitted status parameters, in such a way that a water withdrawal from the water tank by the pressure source does not exceed a limit value at any time. wherein each consumer of the plurality of consumers with buffer tanks has a buffer tank for water, a filling valve and a consumer valve , wherein in each consumer of the plurality of consumers with buffer tanks the filling valve is arranged between the respective buffer tank and the pressure source and is configured in such a way that the respective buffer tank can be filled by opening the filling valve , and the consumer valve is arranged and configured in such a way that water can be removed from the buffer tank by opening the consumer valve , characterised in that each consumer with a buffer tank is configured to transmit at least one status parameter, which describes a status of the buffer tank of the respective consumer, to a control system of the water supply system , and wherein the control system is configured to control the opening and closing of the filling valves of the consumers with buffer tanks , taking into account the transmitted status parameters, in such a way that a water withdrawal from the water tank by the pressure source does not exceed a limit value at any time.
Water absorption sheet for sanitary napkins comprising a nonwoven fabric for sanitary materials comprising polyester based fiber with a flattened multilobar cross section containing 6 or more convex portions along the cross-sectional circumference, the surface of the nonwoven fabric for sanitary materials being covered with olefin based nonwoven fabric, the polyester based fiber with a flattened multilobar cross section meeting the following requirements to simultaneously: • flatness (A/B) = 2.0 to 3.0, • degree of irregularity (C/D) = 1.0 to 5.0, and • convex ratio (E/B) = 0.6 to 0.9, wherein A: A denotes the maximum length across the fiber cross section, B: B denotes the maximum width of the fiber cross section, C: C denotes the length of the line connecting the apexes of the adjacent convex portions in the largest irregular shape part of the fiber cross section, D: D denotes the length of the line that extends perpendicularly from the line C connecting two convex portions to the bottom of the concave portion, and E: E denotes the length of the second longest width next to the maximum width B of the cross section. • flatness (A/B) = 2.0 to 3.0, • degree of irregularity (C/D) = 1.0 to 5.0, and • convex ratio (E/B) = 0.6 to 0.9, A: A denotes the maximum length across the fiber cross section, B: B denotes the maximum width of the fiber cross section, C: C denotes the length of the line connecting the apexes of the adjacent convex portions in the largest irregular shape part of the fiber cross section, D: D denotes the length of the line that extends perpendicularly from the line C connecting two convex portions to the bottom of the concave portion, and E: E denotes the length of the second longest width next to the maximum width B of the cross section.
A method to encode with a processor a high dynamic range (HDR) image, the method comprising: receiving an input HDR image with an input color gamut and an input dynamic range; applying a tone mapping and a gamut mapping function to the input HDR image to generate a first base image in a first dynamic range and a first color space, wherein the first color space comprises a first color gamut, wherein the first dynamic range is lower than the input dynamic range and the first color gamut is narrower than the input color gamut; applying a color transform process for transforming images from the first color space to a second color space, to the first base image to generate a second base image in the second color space with a second color gamut and in the first dynamic range, wherein the second color gamut is wider than the first color gamut and wherein the second base image has a lower dynamic range than the dynamic range of the input HDR image; generating HDR metadata related to the second color space, in response to the input HDR image and the second base image; and generating an output coded HDR image based on the first base image and the HDR metadata . receiving an input HDR image with an input color gamut and an input dynamic range; applying a tone mapping and a gamut mapping function to the input HDR image to generate a first base image in a first dynamic range and a first color space, wherein the first color space comprises a first color gamut, wherein the first dynamic range is lower than the input dynamic range and the first color gamut is narrower than the input color gamut; applying a color transform process for transforming images from the first color space to a second color space, to the first base image to generate a second base image in the second color space with a second color gamut and in the first dynamic range, wherein the second color gamut is wider than the first color gamut and wherein the second base image has a lower dynamic range than the dynamic range of the input HDR image; generating HDR metadata related to the second color space, in response to the input HDR image and the second base image; and generating an output coded HDR image based on the first base image and the HDR metadata .
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; a module frame for housing the battery cell stack ; and a partition wall portion located between the battery cell stack and the module frame , wherein the partition wall portion comprises a first partition wall member located between the upper portion of the battery cell stack and the module frame , and wherein the partition wall portion comprises at least two second partition wall members extending in a vertical direction from the first partition wall member , wherein the at least two second partition wall members are extended up to a lower portion of the module frame ,the second partition wall members are located separately from each other so as to have a predetermined interval in the stacking direction of the battery cell stack , and the second partition wall members in a central region of the battery stack are spaced apart by a narrower interval than in an outer region of the battery stack . a battery cell stack in which a plurality of battery cells are stacked; a module frame for housing the battery cell stack ; and a partition wall portion located between the battery cell stack and the module frame , wherein the partition wall portion comprises a first partition wall member located between the upper portion of the battery cell stack and the module frame , and wherein the partition wall portion comprises at least two second partition wall members extending in a vertical direction from the first partition wall member , wherein the at least two second partition wall members are extended up to a lower portion of the module frame ,the second partition wall members are located separately from each other so as to have a predetermined interval in the stacking direction of the battery cell stack , and
A security method in a telecommunications network comprising a radio access network system and a core network system , wherein the radio access network system is configured to provide a wireless radio interface for at least one user device , wherein a shared secret key is stored in both the user device and the core network system, wherein the core network system pre-stores a RAN only indication associated with the user device to transmit at least one vector to the radio access network system, the method comprising the steps in the radio access network system of: only receiving (S31) from the core network system for a user device for which the RAN only indication has been pre-stored, the at least one vector comprising one or more values derived from the shared secret key; storing the at least one vector in the radio access network system; after storing the at least one vector, performing (S33) at least one of an authentication procedure and a key agreement procedure for the user device over the wireless radio interface using the one or more values of the received vector for establishing a connection between the user device and the radio access network system. only receiving (S31) from the core network system for a user device for which the RAN only indication has been pre-stored, the at least one vector comprising one or more values derived from the shared secret key; storing the at least one vector in the radio access network system; after storing the at least one vector, performing (S33) at least one of an authentication procedure and a key agreement procedure for the user device over the wireless radio interface using the one or more values of the received vector for establishing a connection between the user device and the radio access network system.
A method for forming pieces of food dough, comprising: an extruding step to continuously extrude food dough downward through a nozzle ; a cutting step to cut the food dough into the pieces of food dough along a radial direction of the extruded food dough by moving a cutting blade forward; a dropping step to drop the pieces of food dough while the pieces are moving along the moving direction of the cutting blade; and a locating step to locate the pieces of food dough onto a carrying-out conveyor , which is disposed below the nozzle and moves in the direction that the cutting blade moves forward. an extruding step to continuously extrude food dough downward through a nozzle ; a cutting step to cut the food dough into the pieces of food dough along a radial direction of the extruded food dough by moving a cutting blade forward; a dropping step to drop the pieces of food dough while the pieces are moving along the moving direction of the cutting blade; and a locating step to locate the pieces of food dough onto a carrying-out conveyor , which is disposed below the nozzle and moves in the direction that the cutting blade moves forward.
An electric switch comprising a mechanism module and a contact module , the contact module comprising a base element , a cover element , fixed contacts and a rotary roll for receiving moving contacts , the mechanism module comprising a base element , a cover element , a front pipeshaft for controlling the switch from the front side of the mechanism module , an inner pipeshaft for controlling the switch from a side end of the mechanism module , the pipeshafts being engaged to each other by teeth to form a gear for transferring a moment from the front pipeshaft to the inner pipeshaft , characterised by a lever with a round shaped first end and second end received and rotatably supported by apertures formed on both side walls of the mechanism module for transferring a moment to the roll , the lever arranged to receive the inner pipeshaft , the inner pipeshaft and the lever being rotatably engaged with each other, and at least one main spring for giving a rotational moment to the lever and being connected at a first end to the base element , wherein the second end of the main spring is connected to the lever .