mhurhangee/patent-ind-claim-en huggingface dataset:
A solar cell panel, comprising: a plurality of solar cells each including a semiconductor substrate and an electrode formed on the semiconductor substrate; and a wire for interconnecting the solar cells, wherein the electrode includes a bus-bar line having a pad portion for attachment of the wire and a line portion having a width smaller than a width of the pad portion , wherein the wire includes a first wire portion connected to the pad portion, and a second wire portion located on a portion excluding the pad portion , wherein the first wire portion has a thickness greater than a thickness of the second wire portion , and wherein the second wire portion is located over the line portion . a plurality of solar cells each including a semiconductor substrate and an electrode formed on the semiconductor substrate; and a wire for interconnecting the solar cells, wherein the electrode includes a bus-bar line having a pad portion for attachment of the wire and a line portion having a width smaller than a width of the pad portion , wherein the wire includes a first wire portion connected to the pad portion, and a second wire portion located on a portion excluding the pad portion , wherein the first wire portion has a thickness greater than a thickness of the second wire portion , and wherein the second wire portion is located over the line portion .
A compression stocking that at least covers an ankle portion (b), a lower calf portion (c) and a calf portion (d), wherein the stress when the calf portion (d) is stretched in the radial direction to a worn state, determined as described in the description, is 1 N to 7 N, the stress when the ankle portion (b) is stretched in the radial direction until it passes over the heel, determined as described in the description, is 1 N to 7 N, and initial load when the ankle portion (b) is stretched in the radial direction to an elongation rate of 10% is 1 N or less, characterized in that the elongation rate of the ankle portion (b) in the lengthwise direction during a load of 22.1 N, determined as described in the description, is 10 % to 100 %.
A manufacturing method for a powder, comprising subjecting a raw material mixture containing a fat, a milk protein, a filler, and at least one selected from the group consisting of a monosaccharide and a disaccharide, wherein the weight ratio of the monosaccharides and disaccharides is 2% or less with respect to the total weight of the raw material mixture, to heat treatment, wherein a total amount of monosaccharides and disaccharides in the powder is reduced by heat treatment of the raw material mixture as compared to a total amount of the monosaccharides and the disaccharides in the raw material mixture before heating; wherein the filler comprises polydextrose, dextrin, or a mixture thereof, and the heat treatment is performed at a temperature of from 90°C to 120°C for 30 to 120 minutes.
A suitcase with collapsible structure, capable of assuming an expanded configuration of normal use (C1) and a collapsed configuration (C2), comprising: a front shell provided with a perimetral edge ; a rear shell provided with a perimetral edge that can be associated to the edge of the front shell ; a perimetral side for distancing said front and rear shells, comprising a plurality of distancing walls defined between a first edge that in the configuration of use extends at the edge of the front shell and a second edge that extends at the edge of the rear shell , said walls being connected by foldable articulated angular portions ; a first reversible linear joining element for connecting at least one stretch of the first edge of the side to at least one stretch of the edge of the front shell ; and a second reversible linear joining element for connecting at least one stretch of the second edge of the side to at least one stretch of the edge of the rear shell ; wherein at least one wall of the side is provided with at least one intermediate folding line orthogonal to the edges of the side , wherein said side comprises a wall defined by a first side that can be articulated along a stretch of articulation with respect to a side of the edge of the front shell and a second side that can be articulated along a stretch of articulation with respect to a side of the edge of the rear shell ; and said wall comprises a first intermediate articulation line comprised between and parallel to said articulation stretches of the wall . a front shell provided with a perimetral edge ; a rear shell provided with a perimetral edge that can be associated to the edge of the front shell ; a perimetral side for distancing said front and rear shells, comprising a plurality of distancing walls defined between a first edge that in the configuration of use extends at the edge of the front shell and a second edge that extends at the edge of the rear shell , said walls being connected by foldable articulated angular portions ; a first reversible linear joining element for connecting at least one stretch of the first edge of the side to at least one stretch of the edge of the front shell ; and a second reversible linear joining element for connecting at least one stretch of the second edge of the side to at least one stretch of the edge of the rear shell ; wherein at least one wall of the side is provided with at least one intermediate folding line orthogonal to the edges of the side , wherein said side comprises a wall defined by a first side that can be articulated along a stretch of articulation with respect to a side of the edge of the front shell and a second side that can be articulated along a stretch of articulation with respect to a side of the edge of the rear shell ; and said wall comprises a first intermediate articulation line comprised between and parallel to said articulation stretches of the wall .
A method for distributing, via an energy distribution network , the electrical energy generated in a network of electrical connection points (1, 1', 1", 1′′′) by energy production plants (2, 2', 2", 2"') associated with the connection points, the method comprising the following steps: a. calculating, by local control units (5, 5', 5", 5"') connected to smart meters (4, 4', 4", 4′′′), the energy balances of the connection points and sending the energy balances within the network, b. calculating, by the control units of the connection points (1, 1") with positive energy balance, energy offers for the connection points with negative energy balance, taking into account an internal catalog of rules , and sending the calculated energy offers to the connection points with negative energy balance, c. selecting, by the control units of the connection points with negative energy balance, energy offers based on an internal catalog of rules (9', 9"'), calculating the required amount of energy, and sending orders to the selected control units (5, 5") of the connection points (1, 1") with positive energy balance, d. providing electrical energy according to the orders by the connection points (1, 1") with positive energy balance to the connection points with negative energy balance via electrical house connections (6, 6', 6", 6′′′) connected to the energy distribution network , characterized in that the control units (5, 5") of the connection points (1, 1") with positive energy balance calculate in step b) a distribution reserve, i.e. the additional amount of energy that they could still distribute taking into account their energy offers and their energy balance, and to send it to the connection points with negative energy balance together with the energy offers. a. calculating, by local control units (5, 5', 5", 5"') connected to smart meters (4, 4', 4", 4′′′), the energy balances of the connection points and sending the energy balances within the network, b. calculating, by the control units of the connection points (1, 1") with positive energy balance, energy offers for the connection points with negative energy balance, taking into account an internal catalog of rules , and sending the calculated energy offers to the connection points with negative energy balance, c. selecting, by the control units of the connection points with negative energy balance, energy offers based on an internal catalog of rules (9', 9"'), calculating the required amount of energy, and sending orders to the selected control units (5, 5") of the connection points (1, 1") with positive energy balance, d. providing electrical energy according to the orders by the connection points (1, 1") with positive energy balance to the connection points with negative energy balance via electrical house connections (6, 6', 6", 6′′′) connected to the energy distribution network ,
A method performed by a session management function, SMF , the method comprising: the SMF receiving (s202) a session request message transmitted by a User Equipment, UE , the session request message comprising a Data Network Name, DNN and Single-Network Slice Selection Assistance Information, S-NSSAI pair; after receiving the session request message, the SMF transmitting (s204) towards a policy control function, PCF , a policy create message that includes one or more of: i) the DNN and S-NSSAI pair from the session request message, ii) information indicating that a user plane for a Packet Data Unit, PDU session for the DNN and S-NSSAI pair is redundancy capable, and iii) subscription information for the UE that indicates that the subscriber is allowed to have redundant transmissions. the SMF receiving (s202) a session request message transmitted by a User Equipment, UE , the session request message comprising a Data Network Name, DNN and Single-Network Slice Selection Assistance Information, S-NSSAI pair; after receiving the session request message, the SMF transmitting (s204) towards a policy control function, PCF , a policy create message that includes one or more of: i) the DNN and S-NSSAI pair from the session request message, ii) information indicating that a user plane for a Packet Data Unit, PDU session for the DNN and S-NSSAI pair is redundancy capable, and iii) subscription information for the UE that indicates that the subscriber is allowed to have redundant transmissions. i) the DNN and S-NSSAI pair from the session request message, ii) information indicating that a user plane for a Packet Data Unit, PDU session for the DNN and S-NSSAI pair is redundancy capable, and iii) subscription information for the UE that indicates that the subscriber is allowed to have redundant transmissions.
A method for determining the position of a camera disposed on an overhead transfer device of a self-propelled harvesting machine , by means of which a target region (ZB) is captured to which harvested material (S) picked up by the harvesting machine is intended to be fed by means of the overhead transfer device , wherein a deflecting element is disposed at the free end of the overhead transfer device and the camera is disposed at a distance to the deflecting element, characterized in that at least one image of the free end of the overhead transfer device is produced by means of the camera , and in that the at least one image produced by the camera is evaluated by means of a processing unit of a control device of the harvesting machine and with the aid of the evaluation, the position of the camera in respect of a distance and/or an inclination to the deflecting element is determined.
An electric spindle for a machine tool, the electric spindle comprising: - a spindle body , - a rotary assembly comprising a spindle and a rotor , - a stator fixed inside the spindle body and configured to drive the rotation of the rotary assembly with respect to the spindle body about an axis (A), and - spindle equipment (12-13) and at least one rolling bearing , - the rotary assembly is hollow, and forms a housing extending along the axis (A) and passing at least in part through the rotor , the housing at least partially accommodating the spindle equipment (12-13), and - the rotary assembly is guided in rotation with respect to the spindle body by the rolling bearing , characterized in that the rolling bearing comprises an outer ring fixed to the rotary assembly , and an inner ring fixed to the spindle body . - a spindle body , - a rotary assembly comprising a spindle and a rotor , - a stator fixed inside the spindle body and configured to drive the rotation of the rotary assembly with respect to the spindle body about an axis (A), and - spindle equipment (12-13) and at least one rolling bearing , - the rotary assembly is hollow, and forms a housing extending along the axis (A) and passing at least in part through the rotor , the housing at least partially accommodating the spindle equipment (12-13), and - the rotary assembly is guided in rotation with respect to the spindle body by the rolling bearing ,
A mechanism for assisting in opening/closing a latch for a door leaf , the opening/closing assistance mechanism comprising an electric actuator configured to control a closing and an opening of the latch , the electric actuator being associated with a reducer comprising a drive means configured to perform a displacement stroke comprising a first stroke portion for opening the latch , and a second stroke portion for closing the latch , the reducer having a first reduction ratio on the first stroke portion, and a second reduction ratio on the second stroke portion, the first reduction ratio being different from the second reduction ratio, and preferably lower, in which the reducer comprises a first lever arm controlled in displacement by the drive means when the drive means performs the first stroke portion, and a second lever arm controlled in displacement by the drive means when the drive means performs the second stroke portion, the second lever arm being preferably shorter than the first lever arm , in which the reducer comprises a transmission means configured to be driven by the drive means , and to drive the first and second lever arms, in which the transmission means is a wheel whose displacement stroke is a rotation and/or the drive means is a wheel whose displacement stroke is a rotation, characterized in that the second lever arm is arranged on the transmission means so that the transmission means has an axis of rotation coinciding with the second axis of rotation (B) of the second lever arm . in which the reducer comprises a first lever arm controlled in displacement by the drive means when the drive means performs the first stroke portion, and a second lever arm controlled in displacement by the drive means when the drive means performs the second stroke portion, the second lever arm being preferably shorter than the first lever arm , in which the reducer comprises a transmission means configured to be driven by the drive means , and to drive the first and second lever arms, in which the transmission means is a wheel whose displacement stroke is a rotation and/or the drive means is a wheel whose displacement stroke is a rotation, characterized in that the second lever arm is arranged on the transmission means so that the transmission means has an axis of rotation coinciding with the second axis of rotation (B) of the second lever arm .
Cover for a workshop pit , comprising support elements (11, 12; 13) arranged in successive portions (14; 15) which are connected to each other to maintain the drive train during movement by means drive between an open position and a closed position of said cover and a guide device formed, on the one hand, inside the pit and on each upper edge , of a guide rail having a horizontal rolling track ; said cover is characterized in that , on said horizontal rolling track , is arranged a guide flat section making it possible to constitute a first rolling track referred to as "internal" and a second rolling track referred to as "external", and, on the other hand, at each lateral end of the support elements (11; 13) of each successive portion of the cover, a first double-roller device cooperating with the guide rail and making it possible to store each successive portion in vertical position when the cover is in the open position in a storage space provided at the end of the pit and which is performed by a storage ramp comprising a storage rolling track disposed in the extension of the first rolling track referred to as "internal" of said guide rail , said first double-roller device being constituted by a fixed pin carrying two freely rotatable rollers spaced from each other by a spacer in order to position respectively a first roller on the first rolling track referred to as "internal" and a second roller on the second rolling track referred to as "external" of each guide rail.
A reader device arranged to read access rights of an electronic access key for gaining access to open an electronically controlled physical lock , the reader device supporting a plurality of electronic access key protocols for entering into communication with an electronic access key and the reader device comprising: a near field radio frequency communication device arranged to read configuration data from an electronic configuration key ; a controller arranged to inactivate at least one electronic access key protocol in the reader device based on the configuration data ; wherein the near field radio frequency communication device is further arranged to read access data from an electronic access key ; and the reader device is arranged to send the access data to a controller unit for determining whether the electronic access key is eligible to open the electronically controlled physical lock , wherein the near field radio frequency communication device is further arranged to read reset data from an electronic reset key ; and the controller is arranged to reset the reader device based on the reset data, to thereby enable all of the supported plurality of electronic access key protocols in the reader device; wherein the reader device is only responsive to configuration data and reset data during a configuration period, wherein the configuration period starts when the reader device is powered up and the configuration period ends a configuration duration after when the reader device is powered up, wherein the configuration duration represents an amount of time and the configuration duration is a parameter which is stored in the reader device. a near field radio frequency communication device arranged to read configuration data from an electronic configuration key ; a controller arranged to inactivate at least one electronic access key protocol in the reader device based on the configuration data ; wherein the near field radio frequency communication device is further arranged to read access data from an electronic access key ; and the reader device is arranged to send the access data to a controller unit for determining whether the electronic access key is eligible to open the electronically controlled physical lock , wherein the near field radio frequency communication device is further arranged to read reset data from an electronic reset key ; and the controller is arranged to reset the reader device based on the reset data, to thereby enable all of the supported plurality of electronic access key protocols in the reader device; wherein the reader device is only responsive to configuration data and reset data during a configuration period, wherein the configuration period starts when the reader device is powered up and the configuration period ends a configuration duration after when the reader device is powered up, wherein the configuration duration represents an amount of time and the configuration duration is a parameter which is stored in the reader device.
A system for securing network traffic over one or more connections to a computing device, the system comprising: an IPsec encoder configured to obtain a datagram and encode the datagram, wherein the IPsec encoder includes an IPsec security association that is associated with a plurality of connections between a computing entity and the computing device; a packet analyzer configured to associate a first set of metadata with the encoded datagram; a classifier configured to associate a second set of metadata with the datagram based on attributes of the datagram; and a packet router of a gateway configured to: select a connection of the plurality of connections associated with the IPsec security association based at least on one of the first set of metadata associated with the encoded datagram and the second set of metadata associated with the datagram; and transmit the encoded datagram on the connection selected from the plurality of connections to the computing device. an IPsec encoder configured to obtain a datagram and encode the datagram, wherein the IPsec encoder includes an IPsec security association that is associated with a plurality of connections between a computing entity and the computing device; a packet analyzer configured to associate a first set of metadata with the encoded datagram; a classifier configured to associate a second set of metadata with the datagram based on attributes of the datagram; and a packet router of a gateway configured to: select a connection of the plurality of connections associated with the IPsec security association based at least on one of the first set of metadata associated with the encoded datagram and the second set of metadata associated with the datagram; and transmit the encoded datagram on the connection selected from the plurality of connections to the computing device. select a connection of the plurality of connections associated with the IPsec security association based at least on one of the first set of metadata associated with the encoded datagram and the second set of metadata associated with the datagram; and transmit the encoded datagram on the connection selected from the plurality of connections to the computing device.
A sanitary washing device , comprising: a nozzle configured to discharge water toward an ano-genital region of a human body; a valve unit provided on a pipe line between a water supply source and the nozzle, the valve unit including an electromagnetic valve ; a casing storing the nozzle and the valve unit; and a toilet seat pivotally supported to be rotatable with respect to the casing, a heater being provided inside the toilet seat, characterized in that at least a portion of the valve unit is disposed below the toilet seat, the casing includes a low portion and a high portion , the low portion being positioned below the toilet seat, the high portion being positioned backward of the low portion, a length in a vertical direction of the high portion being greater than a length in a vertical direction of the low portion, the valve unit is disposed in the low portion, an upper surface of the low portion becomes lower from a back toward a front, an upper end of the valve unit becomes lower from a back toward a front, and the toilet seat is provided along the upper surface of the low portion in a longitudinal direction. a nozzle configured to discharge water toward an ano-genital region of a human body; a valve unit provided on a pipe line between a water supply source and the nozzle, the valve unit including an electromagnetic valve ; a casing storing the nozzle and the valve unit; and a toilet seat pivotally supported to be rotatable with respect to the casing, a heater being provided inside the toilet seat, characterized in that at least a portion of the valve unit is disposed below the toilet seat, the casing includes a low portion and a high portion , the low portion being positioned below the toilet seat, the high portion being positioned backward of the low portion, a length in a vertical direction of the high portion being greater than a length in a vertical direction of the low portion, the valve unit is disposed in the low portion, an upper surface of the low portion becomes lower from a back toward a front, an upper end of the valve unit becomes lower from a back toward a front, and the toilet seat is provided along the upper surface of the low portion in a longitudinal direction.