mhurhangee/patent-ind-claim-en huggingface dataset:
Switchable composite pane arrangement comprising at least: a. a first pane , b. a second pane , and c. an intermediate layer arranged therebetween, wherein the intermediate layer contains at least one first thermoplastic polymer film and one second thermoplastic polymer film as well as one SPD film arranged therebetween, and d. an edge sealing arranged in the outer edge region of the intermediate layer , containing a polyimide (PI), wherein the edge sealing covers the SPD film in the outer edge region and runs with a length (L) of at least 1 mm above and below the inner surfaces (I, II) of the SPD film , and wherein the edge sealing comprises a polyimide film, and wherein the first thermoplastic polymer film and the second thermoplastic polymer film have an outer edge protrusion at least 2 mm greater than the SPD film covered in the outer edge region by the edge sealing comprising a polyimide. a. a first pane , b. a second pane , and c. an intermediate layer arranged therebetween, wherein the intermediate layer contains at least one first thermoplastic polymer film and one second thermoplastic polymer film as well as one SPD film arranged therebetween, and d. an edge sealing arranged in the outer edge region of the intermediate layer , containing a polyimide (PI), wherein the edge sealing covers the SPD film in the outer edge region and runs with a length (L) of at least 1 mm above and below the inner surfaces (I, II) of the SPD film , and wherein the edge sealing comprises a polyimide film, and wherein the first thermoplastic polymer film and the second thermoplastic polymer film have an outer edge protrusion at least 2 mm greater than the SPD film covered in the outer edge region by the edge sealing comprising a polyimide.
A method for activating a user on a 3G-traffic Wi-Fi deviation network, characterized by comprising the steps of: - installing a control program on a user equipment (UME); - as a result of the installation sending (S21), through SMS message, from the UME to an authentication server , the IMSI and mobile subscriber integrated services digital Network, MSISDN, numbers of the UME ; - capturing from the received SMS, by means of the authentication server , the MSISDN number; - associating, by means of the authentication server , the captured MSISDN number to the sent IMSI number; - storing (S22) the sent IMSI and captured MSISDN numbers in a user's database located within the 3G-traffic Wi-Fi deviation network; - generating (S23) in the user's database a pair of public (UPK) and private keys, exclusively for the UME ; - sending (S24), through SMS message, from the authentication server to the UME , the user public key (UPK); - intercepting, by means of the UME , the SMS message containing the user public key (UPK); - sending (S25), from the UME to the authentication server , the IMSI/UPK pair; - validating the UME in the authentication server based on the sent IMSI/UPK pair; - storing (S26) the validation of the UME in the user database ; - consulting (S27), from the UME to the authentication server , an activation state of the UME , wherein the activation state is based on said validation; - sending (S28), from the authentication server to the UME , a reply on the activation state, based on said consultation (S27). - installing a control program on a user equipment (UME); - as a result of the installation sending (S21), through SMS message, from the UME to an authentication server , the IMSI and mobile subscriber integrated services digital Network, MSISDN, numbers of the UME ; - capturing from the received SMS, by means of the authentication server , the MSISDN number; - associating, by means of the authentication server , the captured MSISDN number to the sent IMSI number; - storing (S22) the sent IMSI and captured MSISDN numbers in a user's database located within the 3G-traffic Wi-Fi deviation network; - generating (S23) in the user's database a pair of public (UPK) and private keys, exclusively for the UME ; - sending (S24), through SMS message, from the authentication server to the UME , the user public key (UPK); - intercepting, by means of the UME , the SMS message containing the user public key (UPK); - sending (S25), from the UME to the authentication server , the IMSI/UPK pair; - validating the UME in the authentication server based on the sent IMSI/UPK pair; - storing (S26) the validation of the UME in the user database ; - consulting (S27), from the UME to the authentication server , an activation state of the UME , wherein the activation state is based on said validation; - sending (S28), from the authentication server to the UME , a reply on the activation state, based on said consultation (S27).
Process for making a chelating agent according to the general formula (I), R 1 -CH(COOX 1 )-N(CH 2 COOX 1 ) 2 (I) that contains at least one compound of general formulae (III a) to (III b), R 1 -CH(COOX 1 )-N(CH 2 COOX 1 )(CH 2 CONH 2 ) (III a) R 1 -CH(COOX 1 )-N(CH 2 CONH 2 ) 2 (III b) wherein R 1 is selected from hydrogen, C 1 -C 4 -alkyl, phenyl, benzyl, CH 2 OH, and CH 2 CH 2 COOX 1 , X 1 is (M x H 1-x ), M being selected from alkali metal, x is in the range of from 0.6 to 1, said process comprising the following steps: (a) providing a solid, a slurry or a solution of a compound according to general formula (II a) R 1 -CH(COOX 2 )-N(CH 2 CN) 2 (IIa) wherein X 2 is (M y H 1-y ), M being selected from alkali metal, y is in the range of from zero to 1, (b) contacting said solid or slurry or solution with an aqueous solution of alkali metal hydroxide, wherein the molar ratio of alkali metal ions to nitrile groups is in the range of from 0.7:1 to 0.9:1, (c) reacting said compound according to general formula (IIa) with said alkali metal hydroxide. R 1 is selected from hydrogen, C 1 -C 4 -alkyl, phenyl, benzyl, CH 2 OH, and CH 2 CH 2 COOX 1 , X 1 is (M x H 1-x ), M being selected from alkali metal, x is in the range of from 0.6 to 1, (a) providing a solid, a slurry or a solution of a compound according to general formula (II a) R 1 -CH(COOX 2 )-N(CH 2 CN) 2 (IIa) wherein X 2 is (M y H 1-y ), M being selected from alkali metal, y is in the range of from zero to 1, X 2 is (M y H 1-y ), M being selected from alkali metal, y is in the range of from zero to 1, (b) contacting said solid or slurry or solution with an aqueous solution of alkali metal hydroxide, wherein the molar ratio of alkali metal ions to nitrile groups is in the range of from 0.7:1 to 0.9:1, (c) reacting said compound according to general formula (IIa) with said alkali metal hydroxide.
An RFID tag assembly comprising: a passive mount-on-metal RFID tag , the RFID tag comprising an integrated circuit chip and a dipole antenna comprising first and second antenna portions, the first antenna portion being provided at one side of the RFID tag and the second antenna portion being provided at a second side of the RFID tag, generally opposite said one side;; a mounting base made of an electrically conductive material; and a cover made of a substantially RF transparent material and defining a recess , wherein the RFID tag is mounted directly on the mounting base with said one side of the RFID tag coupled directly to a first side of the mounting base and the cover is arranged over the RFID tag such that at least part of the RFID tag is located within the recess and the cover is fixed to the mounting base, such that the mounting base and the cover together encapsulate the RFID tag. a passive mount-on-metal RFID tag , the RFID tag comprising an integrated circuit chip and a dipole antenna comprising first and second antenna portions, the first antenna portion being provided at one side of the RFID tag and the second antenna portion being provided at a second side of the RFID tag, generally opposite said one side;; a mounting base made of an electrically conductive material; and a cover made of a substantially RF transparent material and defining a recess , wherein the RFID tag is mounted directly on the mounting base with said one side of the RFID tag coupled directly to a first side of the mounting base and the cover is arranged over the RFID tag such that at least part of the RFID tag is located within the recess and the cover is fixed to the mounting base, such that the mounting base and the cover together encapsulate the RFID tag.
A container comprising a base defining a recess for storing at least one object , and a lid moveable between a first position in which the recess is covered by the lid and a second position in which the recess is exposed for allowing the object to be removed from the recess, wherein the lid comprises a first end that is attached to the base, and a second free end opposite the first end and wherein the lid comprises at least one fold line for folding the lid into a plurality of smaller portions such that, in the second position, the lid is configured to act as a stand on which the base is supported, characterized in that the lid comprises a supporting portion which is configured, when supported on a horizontal surface when the lid is in the second position, to suspend the base above said horizontal surface.
An apparatus for providing negative-pressure therapy, the apparatus comprising: a first housing ; a second housing ; a panel coupled to the second housing ; a first fluid channel integrated into the panel ; a second fluid channel integrated into the panel ; a first channel port integrated into the panel and fluidly coupled to the first fluid channel ; a second channel port integrated into the panel and fluidly coupled to the second fluid channel ; and a pump disposed between the first housing and the second housing , the pump comprising a negative-pressure port fluidly coupled to the first channel port the apparatus being characterized by the pump comprising a positive-pressure port fluidly coupled to the second channel port ; a canister port coupled to the panel and fluidly coupled to the first fluid channel upstream of the negative-pressure port ; an expansion chamber coupled to the panel and fluidly coupled to the second fluid channel downstream of the positive-pressure port ; and an adhesive label coupled to the panel over the first fluid channel and the second fluid channel . a first housing ; a second housing ; a panel coupled to the second housing ; a first fluid channel integrated into the panel ; a second fluid channel integrated into the panel ; a first channel port integrated into the panel and fluidly coupled to the first fluid channel ; a second channel port integrated into the panel and fluidly coupled to the second fluid channel ; and a pump disposed between the first housing and the second housing , the pump comprising a negative-pressure port fluidly coupled to the first channel port the apparatus being characterized by the pump comprising a positive-pressure port fluidly coupled to the second channel port ; a canister port coupled to the panel and fluidly coupled to the first fluid channel upstream of the negative-pressure port ; an expansion chamber coupled to the panel and fluidly coupled to the second fluid channel downstream of the positive-pressure port ; and an adhesive label coupled to the panel over the first fluid channel and the second fluid channel .
A rotary cutting tool with a longitudinal axis , comprising: a shank portion ; and a cutting portion extending from the shank portion to a cutting tip , the cutting portion having a length of cut, and a plurality of blades separated by flutes extending along the length of cut, each of the blades including a leading face , a trailing face , a land surface extending between the leading face and the trailing face , and a cutting edge at the intersection between the leading face and the land surface , each blade forming a wave pattern having a wave length and an amplitude wherein each cutting edge defines a varying helix angle, characterized in that the wave pattern begins at a first distance (d1) from the cutting tip for a first blade of the plurality of blades , the wave pattern repeating at the first distance (d1) for each alternating blade of the plurality of blades and that the wave pattern begins at a second, different distance (d2) from the cutting tip for a second blade of the plurality of blades , the second blade immediately adjacent the first blade, the wave pattern repeating at the second distance (d2) for each alternating blade of the plurality of blades , wherein a radial rake angle of each cutting edge of each blade is always positive along the length of cut and varies between about 5 degrees to about 15 degrees, wherein the radial rake angle is smaller at a point of a minimum helix angle defined by the corresponding cutting edge than at a point of a maximum helix angle defined by the corresponding cutting edge . a shank portion ; and a cutting portion extending from the shank portion to a cutting tip , the cutting portion having a length of cut, and a plurality of blades separated by flutes extending along the length of cut, each of the blades including a leading face , a trailing face , a land surface extending between the leading face and the trailing face , and a cutting edge at the intersection between the leading face and the land surface , each blade forming a wave pattern having a wave length and an amplitude wherein each cutting edge defines a varying helix angle, characterized in that the wave pattern begins at a first distance (d1) from the cutting tip for a first blade of the plurality of blades , the wave pattern repeating at the first distance (d1) for each alternating blade of the plurality of blades and that the wave pattern begins at a second, different distance (d2) from the cutting tip for a second blade of the plurality of blades , the second blade immediately adjacent the first blade, the wave pattern repeating at the second distance (d2) for each alternating blade of the plurality of blades , wherein a radial rake angle of each cutting edge of each blade is always positive along the length of cut and varies between about 5 degrees to about 15 degrees, wherein the radial rake angle is smaller at a point of a minimum helix angle defined by the corresponding cutting edge than at a point of a maximum helix angle defined by the corresponding cutting edge .
Destination call-giving device for giving destination calls in an elevator system, which destination call-giving device comprises means available to a user for selecting a destination floor from a plurality of floors that are in a certain sequence, and an output (O1) for communicating the selected destination floor to the control system of the elevator system , which means for selecting a destination floor comprise a touch-sensitive display forming a user interface for presenting to the user information related to the selection of a destination floor and for receiving the input of the user, wherein the destination floor is arranged to be selectable by the user from the aforementioned plurality of floors by moving a touching point on the touch-sensitive display , wherein the means for selecting a destination floor are arranged to present on a touch-sensitive display a sliding indicator to be moved in a first and a second direction, said directions being opposite to each other, which sliding indicator can be moved with the aforementioned movement of a touching point, characterized in that the sliding indicator has a limited range of movement on the touch-sensitive display , which range of movement has a first end and a second end, and the position of the sliding indicator at the first end of the range of movement corresponds to the selection of the topmost floor of the aforementioned floor plurality, and the position of the sliding indicator at the second end of the range of movement corresponds to the selection of the bottommost floor of the aforementioned floor plurality.
A method for managing service calls, the method performed by a 5G signal routing engine, the method comprising: receiving a network function, NF, endpoint address; storing, in a forwarding table, the received NF endpoint address; receiving, from a requestor, a web protocol call directed to the NF endpoint; converting the web protocol call into a micro-services protocol call; transmitting, to the NF endpoint, the micro-services protocol call by using the NF endpoint address stored in the forwarding table; receiving, from the NF endpoint, a NF response in the micro-services protocol call; converting the micro-services protocol response to the web protocol; and transmitting, to the requestor, the web protocol response, wherein the micro-services protocol is gRPC. receiving a network function, NF, endpoint address; storing, in a forwarding table, the received NF endpoint address; receiving, from a requestor, a web protocol call directed to the NF endpoint; converting the web protocol call into a micro-services protocol call; transmitting, to the NF endpoint, the micro-services protocol call by using the NF endpoint address stored in the forwarding table; receiving, from the NF endpoint, a NF response in the micro-services protocol call; converting the micro-services protocol response to the web protocol; and transmitting, to the requestor, the web protocol response, wherein the micro-services protocol is gRPC.
A method for monitoring User Equipment, UE, reachability, by a Mobile Management Entity, MME, in a wireless communication system, comprising: receiving a message for monitoring the UE reachability from a Home Subscriber Server, HSS; when UE reachability related indication is included in the message, setting an Active Time of the UE by using the UE reachability related indication; monitoring the UE when the UE will become reachable; and based on the monitoring, reporting a monitoring report regarding the UE reachability to the HSS, characterized in that the UE reachability related indication is used for setting the Active Time of the UE so that the UE stays reachable to allow a Service Capability Server or an Application Server to deliver downlink data to the UE after the HSS receives the monitoring report, and so that if the Active Time is allocated to a UE during Tracking Area Unit, TAU, procedure , then when the UE transits from connected state to idle state, the UE stays in the idle state during the allocated Active Time, and wherein an S1 connection of the UE is maintained based on the allocated Active Time. receiving a message for monitoring the UE reachability from a Home Subscriber Server, HSS; when UE reachability related indication is included in the message, setting an Active Time of the UE by using the UE reachability related indication; monitoring the UE when the UE will become reachable; and based on the monitoring, reporting a monitoring report regarding the UE reachability to the HSS, characterized in that the UE reachability related indication is used for setting the Active Time of the UE so that the UE stays reachable to allow a Service Capability Server or an Application Server to deliver downlink data to the UE after the HSS receives the monitoring report, and so that if the Active Time is allocated to a UE during Tracking Area Unit, TAU, procedure , then when the UE transits from connected state to idle state, the UE stays in the idle state during the allocated Active Time, and wherein an S1 connection of the UE is maintained based on the allocated Active Time.
A press arrangement with a further processing module for producing and processing compacts from powder material, wherein the press arrangement has: a controller, a press frame, a pressing unit , which is arranged on the press frame, for pressing a compact from powder material, wherein the pressing unit has: a die with a cavity for receiving powder material, at least two punches (6, 8; 6', 8') which, together with the cavity, provide a mold for a compact, and at least one drive unit for moving at least one punch relative to at least one second punch along a pressing axis (A) of the pressing unit, and a further processing module with at least one processing unit (12a-b) for machining a compact , wherein the controller is adapted such that it at least partially ejects a compact from the die after a pressing operation, after the at least partial ejection, holds said compact clamped between the at least two punches (6, 8; 6', 8'), and processes a compact , which is at least partially ejected from the die and is held clamped between the at least two punches (6, 8; 6', 8'), with the at least one processing unit (12a-b). a controller, a press frame, a pressing unit , which is arranged on the press frame, for pressing a compact from powder material, wherein the pressing unit has: a die with a cavity for receiving powder material, at least two punches (6, 8; 6', 8') which, together with the cavity, provide a mold for a compact, and at least one drive unit for moving at least one punch relative to at least one second punch along a pressing axis (A) of the pressing unit, and a further processing module with at least one processing unit (12a-b) for machining a compact , wherein the controller is adapted such that it at least partially ejects a compact from the die after a pressing operation, after the at least partial ejection, holds said compact clamped between the at least two punches (6, 8; 6', 8'), and processes a compact , which is at least partially ejected from the die and is held clamped between the at least two punches (6, 8; 6', 8'), with the at least one processing unit (12a-b). a die with a cavity for receiving powder material, at least two punches (6, 8; 6', 8') which, together with the cavity, provide a mold for a compact, and at least one drive unit for moving at least one punch relative to at least one second punch along a pressing axis (A) of the pressing unit, and a further processing module with at least one processing unit (12a-b) for machining a compact , wherein the controller is adapted such that it at least partially ejects a compact from the die after a pressing operation, after the at least partial ejection, holds said compact clamped between the at least two punches (6, 8; 6', 8'), and processes a compact , which is at least partially ejected from the die and is held clamped between the at least two punches (6, 8; 6', 8'), with the at least one processing unit (12a-b).