mhurhangee/patent-ind-claim-en huggingface dataset:
A carton, comprising: a front portion and a rear portion ; first and second edges formed by respective first and second exterior folds joining the front portion to the rear portion thereby forming a top and a bottom ; the front portion including a first front interior vertical fold inwardly adjacent from the first edge and a second front interior vertical fold inwardly adjacent from and parallel to the second edge; the rear portion including a first rear interior vertical fold inwardly adjacent from the first edge and a second rear interior vertical fold inwardly adjacent from and parallel to the second edge; the front and rear portions including respective first front and rear horizontal folds upwardly adjacent from the bottom; one of the front portion and the rear portion including a second horizontal fold between the first front or rear horizontal fold and the bottom; a first front inclined fold portion extending from the first front interior vertical fold to the bottom; and a second front inclined fold portion extending from the second front interior vertical fold to the bottom; and a header attached to and covering the top, the header including a closure . a front portion and a rear portion ; first and second edges formed by respective first and second exterior folds joining the front portion to the rear portion thereby forming a top and a bottom ; the front portion including a first front interior vertical fold inwardly adjacent from the first edge and a second front interior vertical fold inwardly adjacent from and parallel to the second edge; the rear portion including a first rear interior vertical fold inwardly adjacent from the first edge and a second rear interior vertical fold inwardly adjacent from and parallel to the second edge; the front and rear portions including respective first front and rear horizontal folds upwardly adjacent from the bottom; one of the front portion and the rear portion including a second horizontal fold between the first front or rear horizontal fold and the bottom; a first front inclined fold portion extending from the first front interior vertical fold to the bottom; and a second front inclined fold portion extending from the second front interior vertical fold to the bottom; and a header attached to and covering the top, the header including a closure .
A membrane-type sensor having a membrane that allows a specific substance in a sample solution to permeate through the membrane and detecting the specific substance that has permeated through the membrane based on a current flowing between a working electrode and a counter electrode that are immersed in an internal solution (L), the membrane-type sensor being of an internal solution replenishment type that is configured to allow the internal solution (L) to be supplied from an outside, the membrane-type sensor comprising: a housing having a housing unit that contains the internal solution (L) and an electrode structure having a tip end surface on which the working electrode is exposed; and a lid member attached to a tip end portion of the housing unit , the lid member fixing the membrane by sandwiching the membrane between the lid member and the housing unit such that the membrane opposes the tip end surface of the electrode structure , wherein the lid member has an opposing surface that opposes the tip end surface of the electrode structure , and the membrane is sandwiched between the tip end surface of the electrode structure and the opposing surface of the lid member through a seal member (S2), is pressed against the tip end surface of the electrode structure by the seal member (S2), and is fixed in a liquid-tight manner. the membrane-type sensor being of an internal solution replenishment type that is configured to allow the internal solution (L) to be supplied from an outside, the membrane-type sensor comprising: a housing having a housing unit that contains the internal solution (L) and an electrode structure having a tip end surface on which the working electrode is exposed; and a lid member attached to a tip end portion of the housing unit , the lid member fixing the membrane by sandwiching the membrane between the lid member and the housing unit such that the membrane opposes the tip end surface of the electrode structure , wherein the lid member has an opposing surface that opposes the tip end surface of the electrode structure , and the membrane is sandwiched between the tip end surface of the electrode structure and the opposing surface of the lid member through a seal member (S2), is pressed against the tip end surface of the electrode structure by the seal member (S2), and is fixed in a liquid-tight manner. a housing having a housing unit that contains the internal solution (L) and an electrode structure having a tip end surface on which the working electrode is exposed; and a lid member attached to a tip end portion of the housing unit , the lid member fixing the membrane by sandwiching the membrane between the lid member and the housing unit such that the membrane opposes the tip end surface of the electrode structure , wherein the lid member has an opposing surface that opposes the tip end surface of the electrode structure , and the membrane is sandwiched between the tip end surface of the electrode structure and the opposing surface of the lid member through a seal member (S2), is pressed against the tip end surface of the electrode structure by the seal member (S2), and is fixed in a liquid-tight manner.
A method of operating a USB power-delivery source device, the method comprising: sending one or more source capabilities messages; if, after sending a source capabilities message, a response to the source capabilities message is not received within a predetermined time period, sending a next source capabilities message; characterised in that the method furthermore comprises: if, after sending a predetermined number of source capabilities messages, no response is received, waiting an extended period of time and then sending another source capabilities message; and turning off signal-receiving functionality of the USB power-delivery source device during the extended period of time. sending one or more source capabilities messages; if, after sending a source capabilities message, a response to the source capabilities message is not received within a predetermined time period, sending a next source capabilities message; characterised in that the method furthermore comprises: if, after sending a predetermined number of source capabilities messages, no response is received, waiting an extended period of time and then sending another source capabilities message; and turning off signal-receiving functionality of the USB power-delivery source device during the extended period of time.
A communication method of a terminal supporting carrier aggregation in a time division duplex, TDD 3GPP system, the method comprising: receiving, from a base station, downlink data on a primary cell and downlink data on a secondary cell, wherein the UL/DL configuration of the primary cell is different from the UL/DL configuration of the secondary cell; determining a larger value between a first value and a second value, wherein the first value is the number of elements in the set of downlink subframes of the primary cell for which HARQ-ACK feedback has to be transmitted in the associated uplink sub-frame of the primary cell according to the UL/DL configuration of the primary cell, wherein the second value is the number of elements in the set of downlink subframes of the secondary cell for which HARQ-ACK feedback has to be transmitted in the associated uplink sub-frame of the secondary cell according to the UL/DL configuration of the secondary cell; in case that the first value is less than the second value, setting one or more of hybrid automatic repeat request acknowledgement, HARQ-ACK, values for the primary cell to a discontinuous transmission, DTX, value; in case that the second value is less than the first value, setting one or more of HARQ-ACK values for the secondary cell to the DTX value; and transmitting, to the base station, HARQ-ACK feedback for the primary cell and the secondary cell, on the associated uplink subframe of the primary cell by using format 1b with channel selection for transmitting the HARQ-ACK feedback according to the larger value. receiving, from a base station, downlink data on a primary cell and downlink data on a secondary cell, wherein the UL/DL configuration of the primary cell is different from the UL/DL configuration of the secondary cell; determining a larger value between a first value and a second value, wherein the first value is the number of elements in the set of downlink subframes of the primary cell for which HARQ-ACK feedback has to be transmitted in the associated uplink sub-frame of the primary cell according to the UL/DL configuration of the primary cell, wherein the second value is the number of elements in the set of downlink subframes of the secondary cell for which HARQ-ACK feedback has to be transmitted in the associated uplink sub-frame of the secondary cell according to the UL/DL configuration of the secondary cell; in case that the first value is less than the second value, setting one or more of hybrid automatic repeat request acknowledgement, HARQ-ACK, values for the primary cell to a discontinuous transmission, DTX, value; in case that the second value is less than the first value, setting one or more of HARQ-ACK values for the secondary cell to the DTX value; and transmitting, to the base station, HARQ-ACK feedback for the primary cell and the secondary cell, on the associated uplink subframe of the primary cell by using format 1b with channel selection for transmitting the HARQ-ACK feedback according to the larger value.
A filter system (S) comprising a filter apparatus and a pump for pumping a liquid (W) to the filter apparatus ; wherein the filter apparatus comprises: a filter chamber comprising a plurality of mechanical filter elements for forming a static filter pack to perform mechanical filtration of the liquid (W), the mechanical filter elements each having an open cell structure comprising one or more filter cells; the filter apparatus is configured to generate a flow of the liquid through the mechanical filter elements during filtration; wherein during filtration the filter apparatus is configured to establish a flow rate per unit cross-sectional area of the static filter pack greater than 60m 3 /m 2 /h exclusive. a filter chamber comprising a plurality of mechanical filter elements for forming a static filter pack to perform mechanical filtration of the liquid (W), the mechanical filter elements each having an open cell structure comprising one or more filter cells; the filter apparatus is configured to generate a flow of the liquid through the mechanical filter elements during filtration; wherein during filtration the filter apparatus is configured to establish a flow rate per unit cross-sectional area of the static filter pack greater than 60m 3 /m 2 /h exclusive.
A brain stimulation system , comprising: a) a computer program product, e.g. a data carrier, preferably a non-transitory data carrier, or a data stream, comprising program code (PI, P1a) which, when loaded and executed on an electronic control unit , provides an operation control system , or b) an electronic control unit with a program code (P1, P1a) loaded on the electronic control unit , wherein the program code (P1, P1a), when executed on the electronic control unit , provides an operation control system , wherein the operation control system is configured to control a brain training and stimulation session for a brain , and wherein the operation control system comprises a plurality of control system functionalities, the control system functionalities comprising: - a stimulation functionality which is configured to cause the electronic control unit to issue a stimulation command to an electrical brain stimulation device to cause the electrical brain stimulation device to perform an electrical brain stimulation procedure; and - a presentation functionality which is configured to cause the electronic control unit to issue a presentation command in order to present a task to be performed by a user on a user interface , wherein the task is presented during the brain training and stimulation session, wherein the operation control system comprises a user condition monitoring functionality which is configured to determine based on user condition data indicative for the current cognitive load experienced by the user during the brain training and stimulation session whether the brain training and stimulation session is continued or whether the brain training and stimulation session is ended or interrupted only temporarily to avoid excessive cognitive load for the user. a) a computer program product, e.g. a data carrier, preferably a non-transitory data carrier, or a data stream, comprising program code (PI, P1a) which, when loaded and executed on an electronic control unit , provides an operation control system , or b) an electronic control unit with a program code (P1, P1a) loaded on the electronic control unit , wherein the program code (P1, P1a), when executed on the electronic control unit , provides an operation control system , - a stimulation functionality which is configured to cause the electronic control unit to issue a stimulation command to an electrical brain stimulation device to cause the electrical brain stimulation device to perform an electrical brain stimulation procedure; and - a presentation functionality which is configured to cause the electronic control unit to issue a presentation command in order to present a task to be performed by a user on a user interface ,
A multi-channel transmitter optical subassembly, TOSA, including a plurality of lasers (214-1 - 214-4), the TOSA comprising: a housing including a plurality of sidewalls , the plurality of sidewalls forming a compartment defined by an inner surface therein, the compartment including a light path , the light path being optically coupled to each of the plurality of lasers and extending laterally from a first end to a second end of the housing along a first major axis; a focus lens disposed at the second end of the housing, the focus lens having a center aligned with a center line of the light path to receive at least a portion of light emitted by the plurality of lasers via the light path and to output a focused light beam; and an optical coupling receptacle fixedly attached to the second end of the housing and configured to couple the light path to a fiber, the optical coupling receptacle including an optical isolator configured to receive the focused light beam and launch the focused light beam in a forward direction into the fiber while reducing backreflection, wherein a center line of the fiber is offset from the center of the focus lens and the center line of the light path, and wherein the offset passively compensates for beam displacement introduced by the optical isolator such that the focused light beam is launched generally into a center of the fiber. a housing including a plurality of sidewalls , the plurality of sidewalls forming a compartment defined by an inner surface therein, the compartment including a light path , the light path being optically coupled to each of the plurality of lasers and extending laterally from a first end to a second end of the housing along a first major axis; a focus lens disposed at the second end of the housing, the focus lens having a center aligned with a center line of the light path to receive at least a portion of light emitted by the plurality of lasers via the light path and to output a focused light beam; and an optical coupling receptacle fixedly attached to the second end of the housing and configured to couple the light path to a fiber, the optical coupling receptacle including an optical isolator configured to receive the focused light beam and launch the focused light beam in a forward direction into the fiber while reducing backreflection, wherein a center line of the fiber is offset from the center of the focus lens and the center line of the light path, and wherein the offset passively compensates for beam displacement introduced by the optical isolator such that the focused light beam is launched generally into a center of the fiber.
A method of bulk motion compensation of phased-based functional OCT, the method carried out by processing means and comprising: receiving a first complex-valued OCT A-scan, A n where A n is the n th repeated A -line from the n th consecutive B -frames at the same location; receiving a second complex-valued OCT A-scan, A n+1 ; determining a set of variance values for the first and second complex-valued OCT A-scans at different phases; determining a bulk motion phase shift, Δφ B from the set of variance values; and performing bulk motion compensation on the first or second complex-valued OCT A-scan using the bulk motion phase shift, Δφ B. receiving a first complex-valued OCT A-scan, A n where A n is the n th repeated A -line from the n th consecutive B -frames at the same location; receiving a second complex-valued OCT A-scan, A n+1 ; determining a set of variance values for the first and second complex-valued OCT A-scans at different phases; determining a bulk motion phase shift, Δφ B from the set of variance values; and performing bulk motion compensation on the first or second complex-valued OCT A-scan using the bulk motion phase shift, Δφ B.
Use of a sinterable powder mixture according for the production of sintered molded parts, wherein the sinterable powder mixture comprises - at least a metallic powder material as well as - a mixture and / or mixture concentrate, which comprises ∘ at least one pressing aid and ∘ at least one additive; wherein the additive is selected from a group of substances, which have releasable carbon dioxide, comprising organic carboxylic acids and / or their derivatives, wherein the additive is selected from a group comprising compounds with at least three carboxy groups, characterized in that the powder mixture is used for preventing surface stains, which comprise soot particles on sintered molded parts, which are produced out of metallic material. - at least a metallic powder material as well as - a mixture and / or mixture concentrate, which comprises ∘ at least one pressing aid and ∘ at least one additive; wherein the additive is selected from a group of substances, which have releasable carbon dioxide, comprising organic carboxylic acids and / or their derivatives, ∘ at least one pressing aid and ∘ at least one additive; wherein the additive is selected from a group of substances, which have releasable carbon dioxide, comprising organic carboxylic acids and / or their derivatives,
A rolling pallet, having a largely horizontal base and having wheels attached to the underside of the base , - at least two wheels each being pivotable about a largely vertical axis, and having at least one handle which extends mainly vertically and is arranged on the base , - the handle being in the form of a push-handle which can be attached detachably to the base and is L-shaped in side view (S), - the push-handle being in substantially two parts with a grip handle and at least one fixing arm , and - the grip handle forming the L-arm of the push-handle which stands mainly vertical to the base , while the other L-arm is formed by the fixing arm , which consequently runs largely horizontally and parallel to the base , characterised in that - the fixing arm has at least one spring clamp which is attached pivotably to the fixing arm . - at least two wheels each being pivotable about a largely vertical axis, and having at least one handle which extends mainly vertically and is arranged on the base , - the handle being in the form of a push-handle which can be attached detachably to the base and is L-shaped in side view (S), - the push-handle being in substantially two parts with a grip handle and at least one fixing arm , and - the grip handle forming the L-arm of the push-handle which stands mainly vertical to the base , while the other L-arm is formed by the fixing arm , which consequently runs largely horizontally and parallel to the base , - the fixing arm has at least one spring clamp which is attached pivotably to the fixing arm .
A system for controlling a heater comprising: a power source ; a memory configured to store programing; an MCU ; a transmitter ; a solution; a heater configured to heat the solution; a first sensor (132; 313) configured to detect a smoking action; and a second sensor (178; 313) operatively coupled to the heater; wherein the power source, the memory, the MCU, the heater, the first sensor, the second sensor, and the transmitter are electrically coupled, wherein the MCU can receive signals from the first sensor, receive signals from the second sensor, control the heater, and communicate with the transmitter; wherein the MCU is further configured to use programming stored in the memory to control the heater, to perform a heating cycle at the heater, to determine a type of solution based on a response to the heating cycle obtained from the second sensor, and characterized in that the MCU is further configured to control an amount of power delivered to the heater through a pulse width modulation, and in that the pulse width modulation is configured to increase a temperature of the heater in an exponential manner as a flow rate of air over the heater increases. a power source ; a memory configured to store programing; an MCU ; a transmitter ; a solution; a heater configured to heat the solution; a first sensor (132; 313) configured to detect a smoking action; and a second sensor (178; 313) operatively coupled to the heater; wherein the power source, the memory, the MCU, the heater, the first sensor, the second sensor, and the transmitter are electrically coupled, wherein the MCU can receive signals from the first sensor, receive signals from the second sensor, control the heater, and communicate with the transmitter; wherein the MCU is further configured to use programming stored in the memory to control the heater, to perform a heating cycle at the heater, to determine a type of solution based on a response to the heating cycle obtained from the second sensor, and characterized in that the MCU is further configured to control an amount of power delivered to the heater through a pulse width modulation, and in that the pulse width modulation is configured to increase a temperature of the heater in an exponential manner as a flow rate of air over the heater increases.
A printing apparatus, comprising: a printing unit configured to perform printing on a printing medium ; a transporting belt configured to transport the printing medium , the transporting belt having an endless shape; and a roller configured to circulate the transporting belt , the roller having a cylindrical shape, wherein a magnetic scale is arranged at the transporting belt along a transport direction of the printing medium , the magnetic scale having a magnetic pole changing at a predetermined pitch, the roller has an outer circumferential surface constituted of a magnetic body, and is in contact with the transporting belt at the outer circumferential surface , and charaterised in that a circumferential length of the outer circumferential surface of the roller is an integer multiple of the pitch of the magnetic scale . a printing unit configured to perform printing on a printing medium ; a transporting belt configured to transport the printing medium , the transporting belt having an endless shape; and a roller configured to circulate the transporting belt , the roller having a cylindrical shape, wherein a magnetic scale is arranged at the transporting belt along a transport direction of the printing medium , the magnetic scale having a magnetic pole changing at a predetermined pitch, the roller has an outer circumferential surface constituted of a magnetic body, and is in contact with the transporting belt at the outer circumferential surface , and charaterised in that a circumferential length of the outer circumferential surface of the roller is an integer multiple of the pitch of the magnetic scale .