mhurhangee/ep-ind-claims huggingface dataset:
A foil laminating device (10, 20, 30) comprising at least two supply units (1a, 1b) for supplying at least two foils (A, B) for laminating, a lamination pinch for laminating the at least two foils (A, B) to each other, a transport unit for transporting the said foils (A, B) from the supply units (1a, 1b) to the lamination pinch, wherein at least one of the said foils (A, B) is segmented comprising mechanically weak zones (5, 35) separating subsequent foil segments for enabling real-time correction of a relative position between the said foils (A, B), wherein the transport unit comprises at least two support members (2, 22, 32) for simultaneous supporting at least two subsequent segments of the segmented foil in use, wherein the support members (2, 22, 32) are automatically actuatable for enabling their displacement, characterized in that, when a misalignment is determined the respective actuators of the support members (2, 22, 32) may be energized and the position of the segment supported by a support member (2, 22, 32) may be adjusted in space.
A method of wireless communication for user equipment, UE, comprising: receiving a first downlink control information, DCI, from a base station, wherein the first DCI indicates a resource block, RB, sized frequency allocation for the UE, receiving a second DCI from the base station, wherein the second DCI indicates a sub RB sized frequency allocation for the UE; and transmitting a plurality of uplink, UL, data transmissions to the base station in a variable frequency allocation, wherein a first subset of the plurality of LTL data transmissions is transmitted with the variable frequency allocation set to the RB sized frequency allocation and a second subset of the plurality of LTL data transmissions is transmitted with the variable frequency allocation set to the sub RB sized frequency allocation, wherein the first DCI comprises a first DCI format and the second DCI comprises a second DCI format, wherein the first DCI format used to indicate the RB sized frequency allocation is extended for use by the second DCI format to indicate the sub RB sized frequency allocation, and wherein a channel state information, CSI, request field in the first DCI format is reserved for use by the second DCI format to indicate the sub RB sized frequency allocation. receiving a first downlink control information, DCI, from a base station, wherein the first DCI indicates a resource block, RB, sized frequency allocation for the UE, receiving a second DCI from the base station, wherein the second DCI indicates a sub RB sized frequency allocation for the UE; and
A positive resist composition comprising: a resin whose solubility in an alkali developer is capable of being increased by the action of acid, the resin containing: a repeating unit having at least one of a dihydroxyadamantyl group and a trihydroxyadamantyl group; a repeating unit containing an acid-decomposable group having an alicyclic structure; and a repeating unit containing a group represented by the following formula (V-1): wherein R 1b to R 5b each independently represent a hydrogen atom or an alkyl, cycloalkyl or alkenyl group, which may be substituted, and any two of R 1b to R 5b may combine with each other to form a ring; and a compound capable of generating an acid upon irradiation with one of actinic rays and radiation; wherein the resin contains the repeating unit and the repeating unit at a composition molar ratio A1/A2 of from 0.4 to 0.8, and the total amount of the repeating unit and the repeating unit in the resin is 45 to 65 mole%. a resin whose solubility in an alkali developer is capable of being increased by the action of acid, the resin containing: a repeating unit having at least one of a dihydroxyadamantyl group and a trihydroxyadamantyl group; a repeating unit containing an acid-decomposable group having an alicyclic structure; and a repeating unit containing a group represented by the following formula (V-1): wherein R 1b to R 5b each independently represent a hydrogen atom or an alkyl, cycloalkyl or alkenyl group, which may be substituted, and any two of R 1b to R 5b may combine with each other to form a ring; and a repeating unit having at least one of a dihydroxyadamantyl group and a trihydroxyadamantyl group; a repeating unit containing an acid-decomposable group having an alicyclic structure; and a repeating unit containing a group represented by the following formula (V-1): wherein R 1b to R 5b each independently represent a hydrogen atom or an alkyl, cycloalkyl or alkenyl group, which may be substituted, and any two of R 1b to R 5b may combine with each other to form a ring; and a compound capable of generating an acid upon irradiation with one of actinic rays and radiation;
A method for managing device data, the method comprising the following steps: alerting a user of a medication dispensing device to communicate with a master system; generating, by the medication dispensing device, a status code based on device data indicating the status of the medication dispensing device, the status code encoding the device data; displaying the status code to the user; receiving an access code entered by the user through an input pad (206, 306) of the device, the access code being generated by the master system in response to receiving the status code via a communication channel, and provided to the user via the communication channel, the access code comprising device instructions for remote programming of the device; generating, by the master system, a report based on the status of the device encoded in the status code; checking validity of the access code, and if the access code is valid, interpreting the instructions to reprogram the device, otherwise signaling to the user that the access code is invalid. alerting a user of a medication dispensing device to communicate with a master system; generating, by the medication dispensing device, a status code based on device data indicating the status of the medication dispensing device, the status code encoding the device data; displaying the status code to the user; receiving an access code entered by the user through an input pad (206, 306) of the device, the access code being generated by the master system in response to receiving the status code via a communication channel, and provided to the user via the communication channel, the access code comprising device instructions for remote programming of the device; generating, by the master system, a report based on the status of the device encoded in the status code; checking validity of the access code, and if the access code is valid, interpreting the instructions to reprogram the device, otherwise signaling to the user that the access code is invalid.
A rectally insertable drug delivery device for localized drug delivery to the anal sphincter of a subject, comprising: a shell sized for rectal insertion and which contains an active pharmaceutical ingredient, said shell being impermeable to said active pharmaceutical ingredient, wherein a lower portion of said shell is configured with an aperture of a size which enables release of said active pharmaceutical ingredient from said shell through said aperture, said ingredient being suitable for treating the anal canal; wherein said shell is configured to be collapsible as said active pharmaceutical ingredient is released through said aperture. a shell sized for rectal insertion and which contains an active pharmaceutical ingredient, said shell being impermeable to said active pharmaceutical ingredient, wherein a lower portion of said shell is configured with an aperture of a size which enables release of said active pharmaceutical ingredient from said shell through said aperture, said ingredient being suitable for treating the anal canal; wherein said shell is configured to be collapsible as said active pharmaceutical ingredient is released through said aperture.
A method for the digital printing of a glass sheet, comprising the following steps: transporting the glass sheet in advancement on a mobile plane; during advancement, heating the glass sheet to a predetermined temperature, while the glass sheet is transported in advancement on the mobile plane; following the heating step and during advancement, applying a layer of ink to the glass sheet, according to a predetermined pattern, while the glass sheet is transported in advancement on the mobile plane; during advancement, following the step of applying a layer of ink, drying the layer of ink while the glass sheet is transported in advancement on the mobile plane. transporting the glass sheet in advancement on a mobile plane; during advancement, heating the glass sheet to a predetermined temperature, while the glass sheet is transported in advancement on the mobile plane; following the heating step and during advancement, applying a layer of ink to the glass sheet, according to a predetermined pattern, while the glass sheet is transported in advancement on the mobile plane; during advancement, following the step of applying a layer of ink, drying the layer of ink while the glass sheet is transported in advancement on the mobile plane.
An upper stage rocket of a multi-stage rocket system, the upper stage rocket comprising: an actively-cooled heat shield system including: a heat shield defining a windward side of the upper stage rocket; a tank onboard the upper stage rocket, the tank configured to store a coolant; a pump onboard the upper stage rocket, the pump configured to receive the coolant from the tank and output a pressurized coolant; a heat exchanger onboard the upper stage rocket, the heat exchanger integrally connected with the heat shield and configured to receive the pressurized coolant from the pump, transfer heat from the heat shield to the pressurized coolant to generate a heated fluid, and output the heated fluid; a turbine onboard the upper stage rocket, the turbine including: - an inlet configured to receive the heated fluid output from the heat exchanger; - a shaft coupled to the pump and including turbine blades mounted thereon, the shaft configured to rotate and thereby power the pump when the heated fluid received from the heat exchanger acts on the turbine blades; and - an outlet configured to output the heated fluid; and a propulsion engine disposed at an aft end of the upper stage rocket; wherein the aft end defines the windward side of the upper stage rocket during operation of the heat shield system. a heat shield defining a windward side of the upper stage rocket; a tank onboard the upper stage rocket, the tank configured to store a coolant; a pump onboard the upper stage rocket, the pump configured to receive the coolant from the tank and output a pressurized coolant; a heat exchanger onboard the upper stage rocket, the heat exchanger integrally connected with the heat shield and configured to receive the pressurized coolant from the pump, transfer heat from the heat shield to the pressurized coolant to generate a heated fluid, and output the heated fluid; a turbine onboard the upper stage rocket, the turbine including: - an inlet configured to receive the heated fluid output from the heat exchanger; - a shaft coupled to the pump and including turbine blades mounted thereon, the shaft configured to rotate and thereby power the pump when the heated fluid received from the heat exchanger acts on the turbine blades; and - an outlet configured to output the heated fluid; and - an inlet configured to receive the heated fluid output from the heat exchanger; - a shaft coupled to the pump and including turbine blades mounted thereon, the shaft configured to rotate and thereby power the pump when the heated fluid received from the heat exchanger acts on the turbine blades; and - an outlet configured to output the heated fluid; and a propulsion engine disposed at an aft end of the upper stage rocket; wherein the aft end defines the windward side of the upper stage rocket during operation of the heat shield system.
Framework-opening assembly for sliding walls, in particular for windows and French windows, said framework-opening assembly comprising an opening and a framework arranged to maintain at least one sliding wall in said opening, said opening defining an outer surface (Se) aligned with the floor of the building inside which is arranged said framework, and said framework comprising a fixed frame, an intermediate element comprising a profile intended to be fixed to said wall and moving means making it possible to move said wall relative to said fixed frame, said opening comprising at least one open groove passed through by the intermediate element, characterized in that said intermediate element comprises an axis which is connected at one of its ends to said profile and said axis passes through said open groove and at least one runner is connected to the other of the ends of said intermediate element, in that said runner comprises said moving means and in that said moving means cooperate with guiding means of said fixed frame so as to move the wall along a given trajectory, in that said moving means comprise at least one ball of spherical form mounted to rotate at the end of each runner, said ball being able to pivot in all directions and intended to cooperate with said guiding means of the fixed frame, in that said guiding means of the fixed frame comprise at least one guiding groove intended to receive and to guide said ball during its movement and in that said fixed frame is positioned entirely under the outer surface (Se) such that the fixed frame shows no protruding element outside the opening.
An electrochemical battery system, comprising: at least one electrochemical cell; a first sensor configured to generate a current signal indicative of an amplitude of a current passing into or out of the at least one electrochemical cell; a second sensor configured to generate a voltage signal indicative of a voltage across the at least one electrochemical cell; a memory in which command instructions are stored; and a processor configured to execute the command instructions to obtain the current signal and the voltage signal, and to generate kinetic parameters for an equivalent circuit model of the at least one electrochemical cell by obtaining a derivative of an open cell voltage (U ocv) with respect to a state of charge, obtaining an estimated nominal capacity (C nom) of the at least one electrochemical cell, and estimating the kinetic parameters using a modified least-square algorithm with forgetting factor wherein older data are given exponentially less weight in the estimation. at least one electrochemical cell; a first sensor configured to generate a current signal indicative of an amplitude of a current passing into or out of the at least one electrochemical cell; a second sensor configured to generate a voltage signal indicative of a voltage across the at least one electrochemical cell; a memory in which command instructions are stored; and a processor configured to execute the command instructions to obtain the current signal and the voltage signal, and to generate kinetic parameters for an equivalent circuit model of the at least one electrochemical cell by obtaining a derivative of an open cell voltage (U ocv) with respect to a state of charge, obtaining an estimated nominal capacity (C nom) of the at least one electrochemical cell, and estimating the kinetic parameters using a modified least-square algorithm with forgetting factor wherein older data are given exponentially less weight in the estimation. obtaining a derivative of an open cell voltage (U ocv) with respect to a state of charge, obtaining an estimated nominal capacity (C nom) of the at least one electrochemical cell, and estimating the kinetic parameters using a modified least-square algorithm with forgetting factor wherein older data are given exponentially less weight in the estimation.
A laundry washing/drying system comprising a first household appliance having a body, a drum which is disposed in the body and wherein the laundry to be dried is placed, a condenser which provides the dehumidification of the drying air, a tank which collects the condensate formed in the condenser and a tank outlet which is provided on the tank and which enables the condensate collected in the tank to be discharged; a second household appliance having a tub wherein the washing process is performed, at least one water inlet through which the washing water is taken to be transferred to the tub, at least one valve, a control unit which controls the valve so as to adjust the amount of water to be taken into the tub and at least one discharge line which is suitable to be connected to the tank outlet at one end and to the water inlet at the other end and which enables the condensate collected in the tank to be delivered from the tank outlet to the water inlet, at least one connection member which is provided on the discharge line, which has at least one inlet port and at least one outlet port, and which has a cross-sectional area smaller than the cross-sectional area of the discharge line so as to accelerate the water flow between the inlet port and the outlet port characterized by the at least one valve being provided on the water inlet, at least one second outlet port which is provided on the connection member, at least one second valve which is provided on the body of the first household appliance, and a second discharge line, one end of which is connected to the second outlet port and the other end to the at least one second valve.
A smoker for infusing smoke flavor and/or taste into a beverage or food, the smoker comprising: a body member having a through bore extending from a first end of the body member to an opposite second end of the body member in a first direction; and an insert configured to be received in the through bore at the first end and retained by the through bore at a position between the first end and the second end, wherein the through bore is configured to permit a flow of smoke from the combustible material out the through bore at the second end of the body member, and wherein the second end of the body member is configured to rest on a rim of a container to block the flow of air from the container where a surface of the second end of the body member 110) contacts the rim, characterized by the fact that the through bore and the insert are configured to define a chamber for receiving a combustible material between the insert and the first end, wherein the body member includes a groove in the surface of the second end, and wherein the groove extends in a second direction perpendicular to the first direction of the through bore from an outer periphery of the second end to a position spaced from the through bore, and wherein the second end of the body member is sized and configured to be placed on the rim of the container such that each groove crosses the rim of the container to permit air to flow from inside the container to outside the container via each groove. a body member having a through bore extending from a first end of the body member to an opposite second end of the body member in a first direction; and an insert configured to be received in the through bore at the first end and retained by the through bore at a position between the first end and the second end, wherein the through bore is configured to permit a flow of smoke from the combustible material out the through bore at the second end of the body member, and wherein the second end of the body member is configured to rest on a rim of a container to block the flow of air from the container where a surface of the second end of the body member 110) contacts the rim, characterized by the fact that the through bore and the insert are configured to define a chamber for receiving a combustible material between the insert and the first end, wherein the body member includes a groove in the surface of the second end, and wherein the groove extends in a second direction perpendicular to the first direction of the through bore from an outer periphery of the second end to a position spaced from the through bore, and wherein the second end of the body member is sized and configured to be placed on the rim of the container such that each groove crosses the rim of the container to permit air to flow from inside the container to outside the container via each groove.
A method for splitting a region in a distributed database, wherein a first region is set according to a preset condition when data is stored in a key-value type storage manner, the first region is a blank region reserved for storing new data of a key-value type, and the method comprises: when the new data of the key-value type needs to be stored in the first region, receiving a region split command, wherein the region split command comprises split point information of the first region; updating a state identifier that is of the first region and that is in a state table to a first identifier according to the region split command, wherein the first identifier is used to indicate that the first region no longer provides a read/write service; splitting the first region into at least two second regions according to the split point information recorded in the region split command, and recording state identifiers that are of the second regions and that are in the state table as second identifiers, wherein the second identifiers are used to indicate that the second regions can provide a read/write service; and instructing to record, in a metadata table, location information of a region node on which the at least two second regions are located, so that the region node on which the second regions used to store the new data of the key-value type are located can be found according to the metadata table. when the new data of the key-value type needs to be stored in the first region, receiving a region split command, wherein the region split command comprises split point information of the first region; updating a state identifier that is of the first region and that is in a state table to a first identifier according to the region split command, wherein the first identifier is used to indicate that the first region no longer provides a read/write service; splitting the first region into at least two second regions according to the split point information recorded in the region split command, and recording state identifiers that are of the second regions and that are in the state table as second identifiers, wherein the second identifiers are used to indicate that the second regions can provide a read/write service; and instructing to record, in a metadata table, location information of a region node on which the at least two second regions are located, so that the region node on which the second regions used to store the new data of the key-value type are located can be found according to the metadata table.
An electronic insect monitoring device (EIMD) comprising: a lure for attracting at least one target insect species; one or more sensors that generate one or more output signals in response to an insect approaching the lure;and an electronic controller configured to determine if the insect approaching the lure belongs to the at least one target insect species using the one or more output signals, characterized in that the one or more sensors are bio-impedance sensors comprising a high voltage electric discharge grid. a lure for attracting at least one target insect species; one or more sensors that generate one or more output signals in response to an insect approaching the lure;and an electronic controller configured to determine if the insect approaching the lure belongs to the at least one target insect species using the one or more output signals, characterized in that the one or more sensors are bio-impedance sensors comprising a high voltage electric discharge grid.