mhurhangee/patent-ind-claim-en huggingface dataset:
Luggage-type leather article, including two at least partially rigid half-shells , a connecting strap provided on a first side of the luggage and permanently connecting the two half-shells, and a zip fastener that extends on either side of the connecting strap, along the periphery of the luggage, and is configured to connect the two half-shells in a closed configuration of luggage, with the periphery of the luggage being formed by the first side, a second side that extends from the first side, a third side opposite to the second side and which extends from the first side, and a fourth side opposite to the first side and which joins the second and third sides, and with the second and third sides being separated from the first side by respective first corner zones having a substantially rounded shape; wherein the zip fastener extends on each of the second and third sides rectilinearly and in a first horizontal plane (P1) as far as the respective first corner zones, wherein the zip fastener is curved as far as the first side , where it then extends as far as the connecting strap rectilinearly and in a second horizontal plane (P2) distinct from the first horizontal plane (P1).
A method of controlling movement of a carriage of a multi-leaf collimator of a radiotherapy apparatus, comprising: obtaining (S01, S101, S201) a desired position of each of a set of leaves on the carriage in each of a plurality of segments from a field, wherein a field defines a treatment plan and a segment from a field is defined by a radiation field formed by the leafs; determining (S02, S102, S202) an allowable moving range set of the carriage according to the desired position, wherein the allowable moving range set comprises a respective allowable moving range of the carriage in each of the segments; determining (S03) a respective position of the carriage in each of the segments according to the allowable moving range set; and controlling (S04, S104, S204) the movement of the carriage according to the determined respective positions of the carriage in the segments; wherein determining the allowable moving range set of the carriage comprises: determining, for each of the segments, endpoints of the respective allowable moving range of the carriage, wherein the endpoints represent minimum and maximum positions of the carriage when the leaves are in the desired positions in the segment and an end of the carriage is aligned with ends of the leaves . obtaining (S01, S101, S201) a desired position of each of a set of leaves on the carriage in each of a plurality of segments from a field, wherein a field defines a treatment plan and a segment from a field is defined by a radiation field formed by the leafs; determining (S02, S102, S202) an allowable moving range set of the carriage according to the desired position, wherein the allowable moving range set comprises a respective allowable moving range of the carriage in each of the segments; determining (S03) a respective position of the carriage in each of the segments according to the allowable moving range set; and controlling (S04, S104, S204) the movement of the carriage according to the determined respective positions of the carriage in the segments; wherein determining the allowable moving range set of the carriage comprises: determining, for each of the segments, endpoints of the respective allowable moving range of the carriage, wherein the endpoints represent minimum and maximum positions of the carriage when the leaves are in the desired positions in the segment and an end of the carriage is aligned with ends of the leaves . determining, for each of the segments, endpoints of the respective allowable moving range of the carriage, wherein the endpoints represent minimum and maximum positions of the carriage when the leaves are in the desired positions in the segment and an end of the carriage is aligned with ends of the leaves .
A metallic article for a photovoltaic cell comprising: a first region having a plurality of elements that are configured to serve as an electrical conduit for a light-incident surface of the photovoltaic cell; and a cell-to-cell interconnect integral with the first region , extending beyond the light-incident surface and directly coupling the metallic article to a neighboring photovoltaic cell, the cell-to-cell interconnect comprising: a link having i) a first link end coupled to an edge of the first region , ii) a second link end opposite the first link end and away from the edge of the first region and iii) a tapered neck along a length of the link , wherein the tapered neck is a breakage point when a force is applied to the cell-to-cell interconnect ; a plurality of appendages , each appendage having i) a first end coupled to the edge of the first region , ii) a second end opposite the first end and away from the edge of the first region , and iii) an appendage length that is greater than the length of the link , wherein the appendages are spaced apart from each other; and wherein the metallic article is a unitary, free-standing piece. a first region having a plurality of elements that are configured to serve as an electrical conduit for a light-incident surface of the photovoltaic cell; and a cell-to-cell interconnect integral with the first region , extending beyond the light-incident surface and directly coupling the metallic article to a neighboring photovoltaic cell, the cell-to-cell interconnect comprising: a link having i) a first link end coupled to an edge of the first region , ii) a second link end opposite the first link end and away from the edge of the first region and iii) a tapered neck along a length of the link , wherein the tapered neck is a breakage point when a force is applied to the cell-to-cell interconnect ; a plurality of appendages , each appendage having i) a first end coupled to the edge of the first region , ii) a second end opposite the first end and away from the edge of the first region , and iii) an appendage length that is greater than the length of the link , wherein the appendages are spaced apart from each other; and wherein the metallic article is a unitary, free-standing piece. a link having i) a first link end coupled to an edge of the first region , ii) a second link end opposite the first link end and away from the edge of the first region and iii) a tapered neck along a length of the link , wherein the tapered neck is a breakage point when a force is applied to the cell-to-cell interconnect ; a plurality of appendages , each appendage having i) a first end coupled to the edge of the first region , ii) a second end opposite the first end and away from the edge of the first region , and iii) an appendage length that is greater than the length of the link , wherein the appendages are spaced apart from each other; and wherein the metallic article is a unitary, free-standing piece.
Method for forming a layer of single-phase oxide (Fe, Cr) 2 O 3 with a rhombohedral structure on a steel or super alloy substrate comprising the following successive steps: a) supply of a steel or super alloy substrate covered by a surface layer , the steel comprising at least 2% by weight of chromium, b) removal of the surface layer to reach the substrate , using a subtraction step, advantageously a mechanical subtraction step, under an atmosphere containing at least 0.2 atm of dioxygen, the subtraction step generating a level of microstrains in the steel or super alloy crystalline lattice larger than 1.0 × 10 -3 and local heating at a rate of more than 400°C/s, so as to form a single-phase rhombohedral oxide (Fe, Cr) 2 O 3 layer , c) performance of a heat treatment under air at a partial water pressure of less than 10,000 ppm, and at a temperature varying from 400°C to 1000°C, so as to make the single-phase rhombohedral oxide layer formed in step b) grow to a thickness from 70nm to 150nm. a) supply of a steel or super alloy substrate covered by a surface layer , the steel comprising at least 2% by weight of chromium, b) removal of the surface layer to reach the substrate , using a subtraction step, advantageously a mechanical subtraction step, under an atmosphere containing at least 0.2 atm of dioxygen, the subtraction step generating a level of microstrains in the steel or super alloy crystalline lattice larger than 1.0 × 10 -3 and local heating at a rate of more than 400°C/s, so as to form a single-phase rhombohedral oxide (Fe, Cr) 2 O 3 layer , c) performance of a heat treatment under air at a partial water pressure of less than 10,000 ppm, and at a temperature varying from 400°C to 1000°C, so as to make the single-phase rhombohedral oxide layer formed in step b) grow to a thickness from 70nm to 150nm.
A display device comprising a body , a moving plate reciprocates relative to the body in a front-rear direction, and a display coupled to an outer surface of the moving plate , the display device further comprising: a bracket made of a metallic material and coupled to the body , the bracket comprising a moving guide formed in the front-rear direction, an upper cover extending from the left or right side of the moving guide in a left-right direction to form a concave recess , a pad accommodation hole formed as a hole penetrating the bracket , and a plurality of heat dissipation fins integrally formed on the outer side of the upper cover ; a rack coupled to the moving guide to slide in the front-rear direction, having gears repeatedly formed along the front-rear direction, and coupled to the moving plate ; an actuator seated in the recess and comprising a driving motor and a driving shaft rotated by the driving motor ; a driving gear coupled to the driving shaft and meshed with the gears of the rack . a thermal pad placed in the pad accommodation hole ; and a heat conduction block made of a metallic material and provided with a heat dissipation surface in close contact with the thermal pad and a heat absorption surface in close contact with or close to the driving motor . a bracket made of a metallic material and coupled to the body , the bracket comprising a moving guide formed in the front-rear direction, an upper cover extending from the left or right side of the moving guide in a left-right direction to form a concave recess , a pad accommodation hole formed as a hole penetrating the bracket , and a plurality of heat dissipation fins integrally formed on the outer side of the upper cover ; a rack coupled to the moving guide to slide in the front-rear direction, having gears repeatedly formed along the front-rear direction, and coupled to the moving plate ; an actuator seated in the recess and comprising a driving motor and a driving shaft rotated by the driving motor ; a driving gear coupled to the driving shaft and meshed with the gears of the rack . a thermal pad placed in the pad accommodation hole ; and a heat conduction block made of a metallic material and provided with a heat dissipation surface in close contact with the thermal pad and a heat absorption surface in close contact with or close to the driving motor .
Hand pump for fixing to a working surface , comprising a pump housing , an outlet and a pump unit wherein the outlet extends substantially laterally with respect to the pump housing in order to extend above a receptacle , wherein the pump unit is operable by substantially straight-lined operational movement of the outlet along the pump housing, and in that the pressure tube of the pump unit is connected with the outlet by means of a plunger arranged in the pump housing , the outlet is fixed to the plunger and the plunger and the pump housing are mutually coupled by means of a guide comprising guiding means in the pump housing, against tilting of the outlet with respect to the pump housing at the exertion of a pressing force (FP) on or near the outflow end of the outlet , wherein the plunger extends substantially in the direction of operation of the pump and is provided with guiding means at or near either side in the direction of operation, which means cooperate with guiding means of the pump housing for forming the guide, the guiding means of one of the plunger and the pump housing comprising rollers, moving on guiding surfaces comprised by the guiding means of the other one of the plunger and the pump housing .
A method for handling acknowledgements from nodes in a wireless radio ad-hoc network , comprising: transmitting (S102), by a gateway , a radio signalling to nodes (110a-110j) in said wireless radio ad-hoc network, said transmitted radio signalling being addressed to and requiring acknowledgement from at least one node in said wireless radio ad-hoc network; receiving said transmitted signal by a node of the nodes (110a-110j) in the wireless radio ad-hoc network , wherein said reception triggers counting of a timer in said node of the nodes, sending (S108), by the gateway , a configuration to the nodes (110a-110j) of how long each of said timers is to count; receiving, by a first node in said wireless radio ad-hoc network, a first radio signalling from at least one of said other nodes (110b-110j), wherein said received first radio signalling is sent as a signalling by a node of said other nodes (110b-110j) upon expiry of said respective timer, receiving (S112), by the gateway , a second radio signalling from said first node , wherein said received second radio signalling is forwarded by the first node upon expiry of said respective timer; and wherein said first and second radio signalling comprises one in-packet Bloom Filter, iBF, comprising acknowledgement of said transmitted radio signalling from at least one of said nodes (110a-110j). transmitting (S102), by a gateway , a radio signalling to nodes (110a-110j) in said wireless radio ad-hoc network, said transmitted radio signalling being addressed to and requiring acknowledgement from at least one node in said wireless radio ad-hoc network; receiving said transmitted signal by a node of the nodes (110a-110j) in the wireless radio ad-hoc network , wherein said reception triggers counting of a timer in said node of the nodes, sending (S108), by the gateway , a configuration to the nodes (110a-110j) of how long each of said timers is to count; receiving, by a first node in said wireless radio ad-hoc network, a first radio signalling from at least one of said other nodes (110b-110j), wherein said received first radio signalling is sent as a signalling by a node of said other nodes (110b-110j) upon expiry of said respective timer, receiving (S112), by the gateway , a second radio signalling from said first node , wherein said received second radio signalling is forwarded by the first node upon expiry of said respective timer;
A method of wireless communication by a user equipment , comprising: receiving from a base station, a channel list indicator corresponding to a subset of channels of a set of channels, for frequency hopping, wherein the channel list indicator is a bit indicator identifying a set of combinatorial factors, wherein the combinatorial factors are associated with respective indices that identify corresponding channels from the subset of channels; receiving from the base station, by the user equipment, an indicator of a quantity of channels that are to be selected from the set of channels as the subset of channels, wherein the user equipment receives the channel list indicator via a system information block, SIB, message on an anchor channel and receives the indicator of the quantity of channels via a master information block, MIB, message; and attempting , by the user equipment, to communicate with the base station using at least one channel of the subset of channels identified based at least in part on the channel list indicator and the indicator of the quantity of channels. receiving from a base station, a channel list indicator corresponding to a subset of channels of a set of channels, for frequency hopping, wherein the channel list indicator is a bit indicator identifying a set of combinatorial factors, wherein the combinatorial factors are associated with respective indices that identify corresponding channels from the subset of channels; receiving from the base station, by the user equipment, an indicator of a quantity of channels that are to be selected from the set of channels as the subset of channels, wherein the user equipment receives the channel list indicator via a system information block, SIB, message on an anchor channel and receives the indicator of the quantity of channels via a master information block, MIB, message; and attempting , by the user equipment, to communicate with the base station using at least one channel of the subset of channels identified based at least in part on the channel list indicator and the indicator of the quantity of channels.
An information transmission method, characterized by comprising: sending (S301), by a mobile edge computing, MEC, system, a radio network capability exposure request to a radio access node at a radio access network side; and receiving (S302), by the MEC system, radio network capability exposure response information returned by the radio access node; wherein the MEC system receives the radio network capability exposure response information returned by the radio access node through an Xm interface, wherein the Xm interface is configured to connect the radio access node and the MEC system; wherein in response to the MEC system receiving the radio network capability exposure response information returned by the radio access node, the method further comprises: receiving, by the MEC system, the radio network capability exposure response information returned by the radio access node through a radio network capability exposure network element, wherein the radio network capability exposure network element is configured to convert radio information in the received radio network capability exposure response information into an information format supported by the MEC system. sending (S301), by a mobile edge computing, MEC, system, a radio network capability exposure request to a radio access node at a radio access network side; and receiving (S302), by the MEC system, radio network capability exposure response information returned by the radio access node; wherein the MEC system receives the radio network capability exposure response information returned by the radio access node through an Xm interface, wherein the Xm interface is configured to connect the radio access node and the MEC system; wherein in response to the MEC system receiving the radio network capability exposure response information returned by the radio access node, the method further comprises: receiving, by the MEC system, the radio network capability exposure response information returned by the radio access node through a radio network capability exposure network element, wherein the radio network capability exposure network element is configured to convert radio information in the received radio network capability exposure response information into an information format supported by the MEC system. receiving, by the MEC system, the radio network capability exposure response information returned by the radio access node through a radio network capability exposure network element, wherein the radio network capability exposure network element is configured to convert radio information in the received radio network capability exposure response information into an information format supported by the MEC system.
Method for aerial disinfection of the interior of a vehicle, in particular a railway vehicle, which vehicle comprises air-circulation means controlled by command and control means of said vehicle between a closed-circuit circulation mode, in which the interior air circulates without being mixed with air coming from the exterior of the vehicle, and an open-circuit circulation mode, in which the interior air is refreshed with exterior air , which method comprises at least the successive steps of: • actuating the closed-circulation mode by the command and control means, • releasing an aerosol product into the interior air of the vehicle, • starting a timer for a predetermined period by the command and control means, during which period the control means maintain the closed-circuit circulation mode, the interior air mixed with the disinfectant recirculating inside the vehicle, • after the expiry of the predetermined period, evacuating the aerosol product by switching to the open-circulation mode by the command and control means, and • starting a second timer for a second predetermined period by the command and control means concomitantly with the step of evacuating the aerosol product, during which period the control means maintain the open-circuit circulation mode. • actuating the closed-circulation mode by the command and control means, • releasing an aerosol product into the interior air of the vehicle, • starting a timer for a predetermined period by the command and control means, during which period the control means maintain the closed-circuit circulation mode, the interior air mixed with the disinfectant recirculating inside the vehicle, • after the expiry of the predetermined period, evacuating the aerosol product by switching to the open-circulation mode by the command and control means, and • starting a second timer for a second predetermined period by the command and control means concomitantly with the step of evacuating the aerosol product, during which period the control means maintain the open-circuit circulation mode.
An apparatus for singling sheet goods , comprising a suction device with a first section and a second section movable relative to the first section , wherein the first section has at least one first opening and the second section at least one second opening which overlap upon a motion of the second section relative to the first section and thereby define an opening area with a first end and a second end , wherein the opening area extends starting at the first end up to the second end and a section of the opening area between the first end and the second end forms a suction area in which sheet goods to be singled can be sucked by the suction device , characterized in that the first end of the opening area is arranged spaced from the suction area .