mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetically controlled smart sorting device for container lockpins, comprising a guide cylinder , a guide column , a universal joint and at least one magnetically controlled head ; characterised by a bidirectional retractable component mounted inside the guide cylinder , a bidirectional retractable component linkage , a magnetically controlled gripper , wherein the bidirectional retractable component is provided at an upper end of the guide cylinder , a lower portion of the bidirectional retractable component is connected to the bidirectional retractable component linkage , the bidirectional retractable component linkage is connected to the guide column , the universal joint is fixedly mounted on a lower portion of the guide column , and a lower portion of the universal joint is connected to the magnetically controlled gripper ; wherein the at least one magnetically controlled head is attached to a lower portion of the magnetically controlled gripper , and each magnetically controlled head of the at least one magnetically controlled head is configured to attract a selected lockpin when the magnetically controlled gripper presses against the selected lockpin; wherein an upper edge of the magnetically controlled gripper is provided with a guide slope . wherein the bidirectional retractable component is provided at an upper end of the guide cylinder , a lower portion of the bidirectional retractable component is connected to the bidirectional retractable component linkage , the bidirectional retractable component linkage is connected to the guide column , the universal joint is fixedly mounted on a lower portion of the guide column , and a lower portion of the universal joint is connected to the magnetically controlled gripper ; wherein the at least one magnetically controlled head is attached to a lower portion of the magnetically controlled gripper , and each magnetically controlled head of the at least one magnetically controlled head is configured to attract a selected lockpin when the magnetically controlled gripper presses against the selected lockpin; wherein an upper edge of the magnetically controlled gripper is provided with a guide slope .
A dispenser comprising: a first component comprising a storage cavity having an open end , the storage cavity containing a plurality of consumable products ; a closure member coupled to the first component and closing the open end of the storage cavity , the closure member comprising a dispensing aperture configured to permit one of the consumable products to fit therethrough at a time; and a second component pivotably coupled to the first component , the second component comprising a cup-shaped member configured to hold the one of the consumable products and a blocker arm ; wherein the second component is pivotable relative to the first component between: a closed state in which the cup-shaped member of the second component is at least partially located within the dispensing aperture of the closure member for loading one of the consumable products onto the cup-shaped member ; and an open state in which the cup-shaped member pivots away from the dispensing aperture to permit removal of the one of the consumable products from the cup-shaped member and the blocker arm prevents the consumable products remaining in the storage cavity from being dispensed through the dispensing aperture , characterized in that the second component defines an internal cavity comprising a floor , the cup-shaped member (250. 550) extending upwardly from the floor, and wherein a lower portion of the first component and the closure member nest within the internal cavity of the second component when the second component is in the closed state. a first component comprising a storage cavity having an open end , the storage cavity containing a plurality of consumable products ; a closure member coupled to the first component and closing the open end of the storage cavity , the closure member comprising a dispensing aperture configured to permit one of the consumable products to fit therethrough at a time; and a second component pivotably coupled to the first component , the second component comprising a cup-shaped member configured to hold the one of the consumable products and a blocker arm ; wherein the second component is pivotable relative to the first component between: a closed state in which the cup-shaped member of the second component is at least partially located within the dispensing aperture of the closure member for loading one of the consumable products onto the cup-shaped member ; and an open state in which the cup-shaped member pivots away from the dispensing aperture to permit removal of the one of the consumable products from the cup-shaped member and the blocker arm prevents the consumable products remaining in the storage cavity from being dispensed through the dispensing aperture , characterized in that the second component defines an internal cavity comprising a floor , the cup-shaped member (250. 550) extending upwardly from the floor, and wherein a lower portion of the first component and the closure member nest within the internal cavity of the second component when the second component is in the closed state.
Method to control operation of a washing machine , the washing machine including a rotatable drum having an inner surface and a tub housing the drum and connected to an external water source, the method comprising: o supplying water into the tub from the external water source till a level at which water does not enter into the drum ; o heating the water supplied in the tub to a temperature between 60°C and 95°C to produce steam; o supplying steam to the drum while keeping the water temperature between 60°C and 95°C; and rotating the drum at a speed at which laundry inserted in the drum at least partially remains attached to the inner wall of the drum for the majority of the time during which the steam is supplied to the drum, - the method further includes the step of: o accelerating or decelerating the drum at an acceleration lower than 100 rpm/s. o supplying water into the tub from the external water source till a level at which water does not enter into the drum ; o heating the water supplied in the tub to a temperature between 60°C and 95°C to produce steam; o supplying steam to the drum while keeping the water temperature between 60°C and 95°C; and rotating the drum at a speed at which laundry inserted in the drum at least partially remains attached to the inner wall of the drum for the majority of the time during which the steam is supplied to the drum, - the method further includes the step of: - the method further includes the step of: o accelerating or decelerating the drum at an acceleration lower than 100 rpm/s.
A mask interface (100; 300) comprising: a mask seal (110; 310) comprising: a seal inlet comprising a mask seal female connector portion, a frame (120; 320) comprising: a frame inlet comprising a female connector portion, a frame outlet comprising a male connector portion, and at least one attachment point configured to connect to headgear; a connector (130; 330) for connection of a conduit to the mask interface (100; 300), wherein the connector (130; 330) is configured to be rotatably connected to the frame inlet ; wherein the mask seal (110; 310) and frame (120; 320) are coupled by a coupling configured to enable independent movement between the frame (120; 320) and the mask seal (110; 310), and wherein the independent movement is relative movement between the portion of the frame (120; 320) that is coupled to the mask seal (110; 310) and the portion of the mask seal (110; 310) that is coupled to the frame (120; 320), wherein the coupling comprises a ball and socket type joint, defined by the female connector portion of the mask seal (110; 310) and the male connector portion of the frame outlet , and wherein the ball and socket type joint is configured to allow flexing in one direction easier than others. a mask seal (110; 310) comprising: a seal inlet comprising a mask seal female connector portion, a frame (120; 320) comprising: a frame inlet comprising a female connector portion, a frame outlet comprising a male connector portion, and at least one attachment point configured to connect to headgear; a frame inlet comprising a female connector portion, a frame outlet comprising a male connector portion, and at least one attachment point configured to connect to headgear; a connector (130; 330) for connection of a conduit to the mask interface (100; 300), wherein the connector (130; 330) is configured to be rotatably connected to the frame inlet ; wherein the mask seal (110; 310) and frame (120; 320) are coupled by a coupling configured to enable independent movement between the frame (120; 320) and the mask seal (110; 310), and wherein the independent movement is relative movement between the portion of the frame (120; 320) that is coupled to the mask seal (110; 310) and the portion of the mask seal (110; 310) that is coupled to the frame (120; 320), wherein the coupling comprises a ball and socket type joint, defined by the female connector portion of the mask seal (110; 310) and the male connector portion of the frame outlet , and wherein the ball and socket type joint is configured to allow flexing in one direction easier than others.
A method comprising: receiving , by a service complex having a plurality of service nodes, a packet associated with a service chain representing a series of services to be performed on the packet by one or more of the plurality of service nodes; identifying , by the service complex, one or more service chain performance constraints associated with the service chain; identifying , by the service complex and based on the service chain performance constraints, a service node to perform a service function on the packet; prior to applying the service function to the packet, determining , by the service complex, an expected impact that performance of the service function will have on satisfying the service chain performance constraints; and modifying , by the service complex, the packet by including information in the packet to reflect the expected impact that performance of the service function will have on satisfying the service chain performance constraints. receiving , by a service complex having a plurality of service nodes, a packet associated with a service chain representing a series of services to be performed on the packet by one or more of the plurality of service nodes; identifying , by the service complex, one or more service chain performance constraints associated with the service chain; identifying , by the service complex and based on the service chain performance constraints, a service node to perform a service function on the packet; prior to applying the service function to the packet, determining , by the service complex, an expected impact that performance of the service function will have on satisfying the service chain performance constraints; and modifying , by the service complex, the packet by including information in the packet to reflect the expected impact that performance of the service function will have on satisfying the service chain performance constraints.
A non-transitory machine-readable medium having instructions stored thereon which, when executed by a processor , cause the processor to: receive an image of a machine-readable code corresponding to a particular fire control panel of a fire system installed in a building; determine an identity of the particular fire control panel based on the image; provide an interface via a display for configuring a gateway device associated with the fire control panel responsive to receiving the indicator , the interface including a plurality of portions , wherein each portion is configured to receive a respective descriptor corresponding to the fire control panel ; receive the respective descriptors via a user input to the interface ; configure the gateway device based on the respective descriptors; receive a subsequent image of the machine-readable code ; and display a test status associated with the fire control panel via the display responsive to determining the identity of the particular fire control panel based on the subsequent image. receive an image of a machine-readable code corresponding to a particular fire control panel of a fire system installed in a building; determine an identity of the particular fire control panel based on the image; provide an interface via a display for configuring a gateway device associated with the fire control panel responsive to receiving the indicator , the interface including a plurality of portions , wherein each portion is configured to receive a respective descriptor corresponding to the fire control panel ; receive the respective descriptors via a user input to the interface ; configure the gateway device based on the respective descriptors; receive a subsequent image of the machine-readable code ; and display a test status associated with the fire control panel via the display responsive to determining the identity of the particular fire control panel based on the subsequent image.
A data communication method in a user equipment, UE, in a wireless communication system, the method comprising: transmitting, to a base station, a complete message associated with a handover; the handover complete message including a PDCP status report; re-establishing a Radio Link Control, RLC, layer based on the handover; receiving, through the re-established RLC layer, a Packet Data Convergence Protocol, PDCP, Packet associated with a Sequence Number, SN; and delivering, to a higher layer, at least one PDCP packet with consecutively associated SN starting from the SN associated with the received PDCP packet. transmitting, to a base station, a complete message associated with a handover; the handover complete message including a PDCP status report; re-establishing a Radio Link Control, RLC, layer based on the handover; receiving, through the re-established RLC layer, a Packet Data Convergence Protocol, PDCP, Packet associated with a Sequence Number, SN; and delivering, to a higher layer, at least one PDCP packet with consecutively associated SN starting from the SN associated with the received PDCP packet.
Guide device for a dispenser, the guide device comprising: a) a manually actuated kinematic mechanism with a dispenser receptacle , wherein the manually actuated kinematic mechanism comprises a manually actuated Cartesian X-Y kinematic system with an X axis and a Y axis , and a position sensor system comprises a linear path measurement system for the X axis and one for the Y axis ; b) a dispensing target holder , by which a plurality of dispensing targets arranged next to one another are mounted in a fixed position and free of play with respect to the kinematic mechanism ; wherein the kinematic mechanism is designed to hold the dispenser, and in particular a valve tip of the dispenser (100, 100', 100"), at a distance above the dispensing target holder ; c) the position sensor system for electronic detection of an actual position of the dispenser (100, 100', 100") and in particular of a valve tip of the dispenser in a plane above the dispensing target holder . a) a manually actuated kinematic mechanism with a dispenser receptacle , wherein the manually actuated kinematic mechanism comprises a manually actuated Cartesian X-Y kinematic system with an X axis and a Y axis , and a position sensor system comprises a linear path measurement system for the X axis and one for the Y axis ; b) a dispensing target holder , by which a plurality of dispensing targets arranged next to one another are mounted in a fixed position and free of play with respect to the kinematic mechanism ; wherein the kinematic mechanism is designed to hold the dispenser, and in particular a valve tip of the dispenser (100, 100', 100"), at a distance above the dispensing target holder ; c) the position sensor system for electronic detection of an actual position of the dispenser (100, 100', 100") and in particular of a valve tip of the dispenser in a plane above the dispensing target holder .
File for filing a cutting tooth of a saw chain, wherein, in a cross section, the file has a rough guide surface (41, 41', 41", 46) and at least one first file surface circumferentially adjoining the guide surface (41, 41', 41", 46), wherein the file has a second file surface circumferentially adjoining the first file surface , wherein the guide surface (41, 41', 41") includes a first angle (α') of greater than 90° with the first file surface , and wherein the guide surface (41, 41', 41") includes a second angle (β') of less than 90° with the second file surface , wherein, in the cross section, the first file surface , the second file surface and the guide surface (41, 41', 41", 46) are of straight form, wherein the file has a first longitudinal portion , which has the first file surface , the second file surface and the guide surface , characterized in that the file has a second longitudinal portion , whose cross section differs from the cross section in the first longitudinal portion , wherein the second longitudinal portion is arranged between the first longitudinal portion and a free end of the file , wherein, at the end situated opposite the free end , the file has a connecting piece which is intended for being fitted in a handle, wherein, in the second longitudinal portion , the file has a cross section which, in comparison with the cross section in the first longitudinal portion , is flattened at at least one side, and/or wherein, in the second longitudinal portion , the file has at least one surface which is inclined in relation to the longitudinal direction , and/or wherein, in the second longitudinal portion , the file has a longitudinal slot .
Brush core in the shape of a roller or a cylinder, being composed of double walled segmental parts , wherein in the mounted position said brush core is in the shape of a roller or a cylinder, wherein connecting blocks are provided to the outer wall of the double walled segmentally shaped parts so that a roller or cylindrically shaped brush roller is obtained for a broad brush machine for removing hail or snow of large surfaces, wherein the mutual connection of said double walled segmental parts includes an upper lip and a lower lip which are connected to each other with at least one screw comprising a screw head and an screw shaft; wherein in radial direction at least one threaded bore hole is provided in at least a lower thick lip for receiving said screw shaft; characterized in that said mutual connection of the double walled segmentally shaped parts consists of block shaped thick lips with only two in line zigzag running support surfaces forming one whole with the thicker executed ribs (14, 15; 16, 17; 18, 19) for obtaining a connection of the inner and outer wall (26, 27, 28; 29, 30, 31) of the doubled walled segmentally shaped parts with a higher bending strength; and in that said upper thick lip is provided with at least one bore hole for receiving said screw shaft and said screw head, said at least one screw is preferably a socket head screw.
A method performed by a user equipment, UE, for wireless communication, the method comprising: receiving an indicator of retransmission scheduling for a plurality of UEs; determining, based on a modulation and coding scheme, MCS, update in the indicator, resources for receiving a retransmission, wherein the MCS update indicates which resources are assigned to the UE for receiving the retransmission, based on the MCS requirements of the UE wherein the determining the resources comprises identifying resource blocks for receiving the retransmission based on a position of the UE in a sequential ordering of the plurality of UEs, wherein the identifying the resource blocks further comprises identifying at least a particular resource block in which the UE received a prior transmission and, based on the MCS update, identifying additional consecutive resource blocks mapped to the UE; and receiving the retransmission on the determined resources. receiving an indicator of retransmission scheduling for a plurality of UEs; determining, based on a modulation and coding scheme, MCS, update in the indicator, resources for receiving a retransmission, wherein the MCS update indicates which resources are assigned to the UE for receiving the retransmission, based on the MCS requirements of the UE wherein the determining the resources comprises identifying resource blocks for receiving the retransmission based on a position of the UE in a sequential ordering of the plurality of UEs, wherein the identifying the resource blocks further comprises identifying at least a particular resource block in which the UE received a prior transmission and, based on the MCS update, identifying additional consecutive resource blocks mapped to the UE; and receiving the retransmission on the determined resources.
A method, in an Optical Line Termination, OLT, for locating faults in a passive optical network, PON, said OLT, connected via optical fibers to a plurality of Optical Network Terminations, ONTs, wherein said method comprises: transmitting a diagnostic optical signal in said PON towards at least one diagnostic point, wherein said diagnostic signal comprises a plurality of respectively different signal patterns (PATTERN 1, PATTERN2, PATTERN3, PATTERN4) stored in a data base , each representing a respective unique signature and associated with a respective passive unique optical correlator (PC1, PC2, PC3, PC4) located at a respective diagnostic point, and being the respective unique signature of each of the passive unique optical correlators different from the respective unique signature of any other one of said passive unique optical correlators; receiving an upstream generated predetermined unique matching signal (M/CODE 1, M/CODE 2, M/CODE 3, M/CODE 4) from one or more of said plurality of passive unique optical correlators (PC1, PC2, PC3, PC4); detecting a presence or an absence, in said received predetermined unique matching signal, of a predetermined unique matching signal expected from a specific passive unique optical correlator out of said passive unique optical correlators; and judging about a fault in proximity of a specific diagnostic point, based on the presence or absence and/or a level of said predetermined unique matching signal (M/CODE 1, M/CODE 2, M/CODE 3, M/CODE 4) expected from the specific passive unique optical correlator (PC1, PC2, PC3, PC4) placed in said specific diagnostic point. transmitting a diagnostic optical signal in said PON towards at least one diagnostic point, wherein said diagnostic signal comprises a plurality of respectively different signal patterns (PATTERN 1, PATTERN2, PATTERN3, PATTERN4) stored in a data base , each representing a respective unique signature and associated with a respective passive unique optical correlator (PC1, PC2, PC3, PC4) located at a respective diagnostic point, and being the respective unique signature of each of the passive unique optical correlators different from the respective unique signature of any other one of said passive unique optical correlators; receiving an upstream generated predetermined unique matching signal (M/CODE 1, M/CODE 2, M/CODE 3, M/CODE 4) from one or more of said plurality of passive unique optical correlators (PC1, PC2, PC3, PC4); detecting a presence or an absence, in said received predetermined unique matching signal, of a predetermined unique matching signal expected from a specific passive unique optical correlator out of said passive unique optical correlators; and judging about a fault in proximity of a specific diagnostic point, based on the presence or absence and/or a level of said predetermined unique matching signal (M/CODE 1, M/CODE 2, M/CODE 3, M/CODE 4) expected from the specific passive unique optical correlator (PC1, PC2, PC3, PC4) placed in said specific diagnostic point.