mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly of at least two stackable transport trunks (M, M1, M2), each trunk (M) having a body with a generally parallelepiped shape, comprising a bottom and four sidewalls connected to the bottom and being closed by a removable lid , one of the sidewalls of each trunk comprising nesting means for engaging with the nesting means of a sidewall of another trunk on which it is stacked, said nesting means being adapted, when they engage, for defining a sliding link having a sliding direction parallel to the side faces having the nesting means and to the bottoms of the trunks and for guiding the translation of the trunks on each other, the corresponding sidewalls being adapted for enabling the engagement of the nesting means and enabling said translation, characterised in that each trunk (M) comprises nesting means on its four sidewalls comprising at least two mutually parallel interlocking ribs arranged on each corresponding side face, the opposite internal edges of which are separated by a space called internal gap (Ei), whilst the external edges facing towards the outside opposite the internal edges are separated by a space called external gap (Ee), for each pair of opposite sidewalls (4-6,5-7) the external gap (Ee) in the interlocking ribs on a wall being less than or equal to the internal gap (Ei) in the interlocking ribs on the opposite sidewall .
An electronic device comprising: a communicator including a circuit; a memory storing at least one instruction; and a processor configured to execute the at least one instruction, wherein the processor is configured to: identify whether one or more packets are encrypted on the basis of receving the one or more packets from an external device connected to the electronic device, acquire first information on whether each of the one or more packets is encrypted and second information on a received signal strength indicator, RSSI, of each of the one or more packets, and acquire, in response to an instruction for acquiring authenticated RSSI information of the external device is executed, the authenticated RSSI information of the external device by identifying RSSI information of an encrypted first packet from among the one or more packets on the basis of the first information and the second information. a communicator including a circuit; a memory storing at least one instruction; and a processor configured to execute the at least one instruction, wherein the processor is configured to: identify whether one or more packets are encrypted on the basis of receving the one or more packets from an external device connected to the electronic device, acquire first information on whether each of the one or more packets is encrypted and second information on a received signal strength indicator, RSSI, of each of the one or more packets, and acquire, in response to an instruction for acquiring authenticated RSSI information of the external device is executed, the authenticated RSSI information of the external device by identifying RSSI information of an encrypted first packet from among the one or more packets on the basis of the first information and the second information. identify whether one or more packets are encrypted on the basis of receving the one or more packets from an external device connected to the electronic device, acquire first information on whether each of the one or more packets is encrypted and second information on a received signal strength indicator, RSSI, of each of the one or more packets, and acquire, in response to an instruction for acquiring authenticated RSSI information of the external device is executed, the authenticated RSSI information of the external device by identifying RSSI information of an encrypted first packet from among the one or more packets on the basis of the first information and the second information.
A method performed by a localization controller for handling control of a vehicle operating in a mining environment , the vehicle being a member of a fleet of vehicles, the method comprising: obtaining a location of the vehicle and/or a location of another vehicle in the fleet of vehicles, the method being characterised in that : when determined that the obtained location is unreliable, obtaining at least one operational rule from a set of predetermined operational rules, which at least one operational rule is selected from the set of predetermined operational rules based on whether one or more conditions are fulfilled or not, wherein the one or more conditions comprises one or more out of: - a type of operation being performed by the vehicle , - a type of operation being performed by another vehicle in the fleet of vehicles, - a type of vehicle , and - a type of vehicle of another vehicle in the fleet of vehicles, and operating the vehicle and/or another vehicle in the fleet of vehicles in accordance with the at least one operational rule. when determined that the obtained location is unreliable, obtaining at least one operational rule from a set of predetermined operational rules, which at least one operational rule is selected from the set of predetermined operational rules based on whether one or more conditions are fulfilled or not, wherein the one or more conditions comprises one or more out of: - a type of operation being performed by the vehicle , - a type of operation being performed by another vehicle in the fleet of vehicles, - a type of vehicle , and - a type of vehicle of another vehicle in the fleet of vehicles, and - a type of operation being performed by the vehicle , - a type of operation being performed by another vehicle in the fleet of vehicles, - a type of vehicle , and - a type of vehicle of another vehicle in the fleet of vehicles, and operating the vehicle and/or another vehicle in the fleet of vehicles in accordance with the at least one operational rule.
Use of a device for the optical measurement of a closure cap , the device having - a robot having a moveable gripper for picking up the closure cap - a first, stationary optical sensor for determining or detecting at least a first parameter (OD, OV) of the closure cap ; - at least a further stationary optical sensor for determining or detecting at least a further parameter (CP, CPA, CPB, CC, LH, LW, LS, LC, C1, C2) of the closure cap , - and a chute for feeding a closure cap to be measured to the gripper of the robot; - wherein the robot is configured - to deposit the closure cap , received by the gripper , on a depositing surface for detecting or determining the first parameter (OD) in a detection area of the first stationary optical sensor ; - moving the closure cap , received by the gripper, within a detection range of the at least one further stationary optical sensor to determine or detect the at least one further parameter (CP, CPA, CPB, CC, LH, LW, LS, LC, C1, C2). - a robot having a moveable gripper for picking up the closure cap - a first, stationary optical sensor for determining or detecting at least a first parameter (OD, OV) of the closure cap ; - at least a further stationary optical sensor for determining or detecting at least a further parameter (CP, CPA, CPB, CC, LH, LW, LS, LC, C1, C2) of the closure cap , - and a chute for feeding a closure cap to be measured to the gripper of the robot; - wherein the robot is configured - to deposit the closure cap , received by the gripper , on a depositing surface for detecting or determining the first parameter (OD) in a detection area of the first stationary optical sensor ; - moving the closure cap , received by the gripper, within a detection range of the at least one further stationary optical sensor to determine or detect the at least one further parameter (CP, CPA, CPB, CC, LH, LW, LS, LC, C1, C2). - to deposit the closure cap , received by the gripper , on a depositing surface for detecting or determining the first parameter (OD) in a detection area of the first stationary optical sensor ; - moving the closure cap , received by the gripper, within a detection range of the at least one further stationary optical sensor to determine or detect the at least one further parameter (CP, CPA, CPB, CC, LH, LW, LS, LC, C1, C2).
A method for wireless communication performed by a user equipment, UE , configured to operate in a 3GPP system, comprising: determining an uplink response to be transmitted in response to a downlink transmission received from a first transmit/receive point, TRP (110a; 208), participating in coordinated multipoint, CoMP, transmissions to the UE with a second TRP (110d; 208); selecting which of the first TRP or the second TRP to transmit the uplink response to, based at least in part on the determined uplink response; and transmitting the uplink response to only the selected first or second TRP wherein the uplink response comprises a negative acknowledgment, NACK, and the selecting comprises selecting the second TRP; wherein a first set of time-frequency resources are allocated to the first TRP (110a; 208) and a second, different set of time-frequency resources are allocated to the second TRP (110d; 208), and wherein transmitting the uplink response comprises transmitting the NACK using the second set of time-frequency resources. determining an uplink response to be transmitted in response to a downlink transmission received from a first transmit/receive point, TRP (110a; 208), participating in coordinated multipoint, CoMP, transmissions to the UE with a second TRP (110d; 208); selecting which of the first TRP or the second TRP to transmit the uplink response to, based at least in part on the determined uplink response; and transmitting the uplink response to only the selected first or second TRP wherein the uplink response comprises a negative acknowledgment, NACK, and the selecting comprises selecting the second TRP; wherein a first set of time-frequency resources are allocated to the first TRP (110a; 208) and a second, different set of time-frequency resources are allocated to the second TRP (110d; 208), and wherein transmitting the uplink response comprises transmitting the NACK using the second set of time-frequency resources.
A decorative film comprising: a base layer ; a metal-treated layer formed on a lower surface of the base layer; and an adhesive resin layer formed on a lower surface of the metal-treated layer and comprising an adhesive resin and an amine accelerator, wherein the amine accelerator comprises at least one selected from aziridine compounds represented by Formula 6 or a glycidyl amine compound represented by Formula 3: wherein R 7 and R 11 are each independently C 1 to C 4 alkylene, R 8 and R 10 are each independently a single bond, C 1 to C 4 alkylene, or C 6 to C 12 arylene, R 9 is C 1 to C 4 alkylene, or C 6 to C 12 arylene, X and Y are each independently an oxygen or nitrogen atom, at least one of X and Y is a nitrogen atom, p and q are each 1 when X or Y is an oxygen atom, and p and q are each 2 when X or Y is a nitrogen atom. a base layer ; a metal-treated layer formed on a lower surface of the base layer; and an adhesive resin layer formed on a lower surface of the metal-treated layer and comprising an adhesive resin and an amine accelerator, wherein the amine accelerator comprises at least one selected from aziridine compounds represented by Formula 6 or a glycidyl amine compound represented by Formula 3:
A pre-filled straw with a cross-slit valve to be used for oral administration of liquid soluble ingredients, comprising: a straw body that is formed from two or more segments, which are attached together with a connection ; and a liquid soluble ingredient provided within the straw body; wherein the segments of the straw body on both its ends have a cross-slit valve closure at the end of the segment; and the valves and the segments of the straw body are attached to each other by molecular adhesion. a straw body that is formed from two or more segments, which are attached together with a connection ; and a liquid soluble ingredient provided within the straw body; wherein the segments of the straw body on both its ends have a cross-slit valve closure at the end of the segment; and the valves and the segments of the straw body are attached to each other by molecular adhesion.
A tackifier (B) containing a copolymer (C) that contains a structural unit derived from α-methylstyrene or isopropenyltoluene, and a structural unit derived from styrene, wherein the copolymer (C) satisfies requirements (i) to (iii) below: (i) a content of the structural unit derived from α-methylstyrene or isopropenyltoluene is in a range of 30 to 70 mol%; (ii) a softening point (Tm) measured by a ring and ball method in accordance with JIS K 2207 is in a range of 110 to 170°C; and (iii) a content of a low molecular weight substance having a molecular weight of 350 or less in terms of polystyrene is less than 1.5% by mass, the molecular weight being measured by gel permeation chromatography (GPC) with polystyrene standards and tetrahydrofuran as solvent. (i) a content of the structural unit derived from α-methylstyrene or isopropenyltoluene is in a range of 30 to 70 mol%; (ii) a softening point (Tm) measured by a ring and ball method in accordance with JIS K 2207 is in a range of 110 to 170°C; and (iii) a content of a low molecular weight substance having a molecular weight of 350 or less in terms of polystyrene is less than 1.5% by mass, the molecular weight being measured by gel permeation chromatography (GPC) with polystyrene standards and tetrahydrofuran as solvent.
A latch mechanism comprising: a housing ; a cap having a central axis and mounted for selective rotational movement relative to the housing about the central axis between a latched position and an unlatched position; and at least one indicator interposed between the cap and the housing, such that the cap is in covering relationship to at least a portion of the at least one indicator , the at least one indicator being mounted for radial movement outwardly from the central axis relative to the cap as the cap is rotated from the latched position to the unlatched position such that the cap is no longer in covering relationship to the portion of the at least one indicator , characterized in that the cap is configured to rotate between the latched position and the unlatched position without translating. a housing ; a cap having a central axis and mounted for selective rotational movement relative to the housing about the central axis between a latched position and an unlatched position; and at least one indicator interposed between the cap and the housing, such that the cap is in covering relationship to at least a portion of the at least one indicator , the at least one indicator being mounted for radial movement outwardly from the central axis relative to the cap as the cap is rotated from the latched position to the unlatched position such that the cap is no longer in covering relationship to the portion of the at least one indicator , characterized in that the cap is configured to rotate between the latched position and the unlatched position without translating.
Electrical battery monitoring device comprising: - a first group of electrical sensing switches connected in series on a first monitoring circuit , said sensing switches being adapted to switch between a first state and a second state depending on at least one parameter of at least one battery cell of a battery, - a second group of electrical sensing switches connected in series on a second monitoring circuit , said sensing switches being adapted to switch between a first state and a second state depending on at least one parameter of at least one battery cell of the battery, the second monitoring circuit being electrically isolated from the first monitoring circuit , - an input unit connected to the first monitoring circuit at a first input point and to the second monitoring circuit at a second input point , said input unit being adapted to provide an electrical input to the first monitoring circuit and to the second monitoring circuit , - a monitoring unit adapted to receive at least one electrical output from the first monitoring circuit and at least one electrical output from the second monitoring circuit , characterized in that : - the first monitoring circuit comprises at least two measuring points connected to the monitoring unit , said at least two measuring points being located downstream and separated from the first input point by at least one sensing switch , - the monitoring unit is adapted to receive at least two electrical outputs from the at least two measuring points of the first monitoring circuit , - the two measuring points are separated by at least one sensing switch . - a first group of electrical sensing switches connected in series on a first monitoring circuit , said sensing switches being adapted to switch between a first state and a second state depending on at least one parameter of at least one battery cell of a battery, - a second group of electrical sensing switches connected in series on a second monitoring circuit , said sensing switches being adapted to switch between a first state and a second state depending on at least one parameter of at least one battery cell of the battery, the second monitoring circuit being electrically isolated from the first monitoring circuit , - an input unit connected to the first monitoring circuit at a first input point and to the second monitoring circuit at a second input point , said input unit being adapted to provide an electrical input to the first monitoring circuit and to the second monitoring circuit , - a monitoring unit adapted to receive at least one electrical output from the first monitoring circuit and at least one electrical output from the second monitoring circuit , - the first monitoring circuit comprises at least two measuring points connected to the monitoring unit , said at least two measuring points being located downstream and separated from the first input point by at least one sensing switch , - the monitoring unit is adapted to receive at least two electrical outputs from the at least two measuring points of the first monitoring circuit , - the two measuring points are separated by at least one sensing switch .
Method for testing the operation of a driver assistance system of a motor vehicle in a collision situation or a near-collision situation, comprising the steps: - providing a test specimen and also a device for moving the test specimen , whereby reference data describing a state of the test specimen are acquired by a control apparatus of this device , - triggering a situation in which a collision of the motor vehicle and of the test specimen is imminent or is occurring, - the driver assistance system obtaining situation data during the triggering and simultaneously providing the reference data and the situation data in the same storage apparatus , characterised in that the triggering of the situation includes moving the motor vehicle or the test specimen in accordance with a specification, whereby the reference data are associated chronologically with the situation data so that sorting of the reference data and the situation data takes place in the storage apparatus according to the respective times of the data acquisition. - providing a test specimen and also a device for moving the test specimen , whereby reference data describing a state of the test specimen are acquired by a control apparatus of this device , - triggering a situation in which a collision of the motor vehicle and of the test specimen is imminent or is occurring, - the driver assistance system obtaining situation data during the triggering and simultaneously providing the reference data and the situation data in the same storage apparatus ,
A surgery system for performing eye surgery comprising: a cutting device for cutting a flap in a cornea of an eye undergoing eye surgery; a shaping device for performing ablation of an interior part of the cornea; and at least one display for displaying a single image (200; 300) that simultaneously presents a graphical representation of a planned or actual flap location superimposed with a graphical representation of a planned or actual area of ablation, wherein the single image (200; 300) further comprises an alert when an inconsistency between the planned flap location and the planned area of ablation is identified. a cutting device for cutting a flap in a cornea of an eye undergoing eye surgery; a shaping device for performing ablation of an interior part of the cornea; and at least one display for displaying a single image (200; 300) that simultaneously presents a graphical representation of a planned or actual flap location superimposed with a graphical representation of a planned or actual area of ablation, wherein the single image (200; 300) further comprises an alert when an inconsistency between the planned flap location and the planned area of ablation is identified.
A system for obtaining state information of a battery , comprising: a battery management system included in the battery ; at least one first harness cable connected to the battery management system and_configured to obtain data indicating state information of the battery from the battery management system ; a first junction box for transmitting the obtained data through the first harness cable , and an analyzer configured to output the data received from the first junction box to the outside and configured to provide a driving signal for driving the battery management system through the data received from the first junction box ; wherein at least one second harness cable directly connected to the battery to obtain data representing state information of the battery ; a second junction box for transmitting the obtained data through the second harness cable ; an AC impedance analyzer connected to the second junction box and detecting an AC impedance of the battery through data received from the second junction box ; and, a charge/discharge apparatus connected to the second junction box , thereby charging or discharging the battery to make the battery in a fully charged state, a fully discharged state, or a partial charged state. a battery management system included in the battery ; at least one first harness cable connected to the battery management system and_configured to obtain data indicating state information of the battery from the battery management system ; a first junction box for transmitting the obtained data through the first harness cable , and an analyzer configured to output the data received from the first junction box to the outside and configured to provide a driving signal for driving the battery management system through the data received from the first junction box ; wherein at least one second harness cable directly connected to the battery to obtain data representing state information of the battery ; a second junction box for transmitting the obtained data through the second harness cable ; an AC impedance analyzer connected to the second junction box and detecting an AC impedance of the battery through data received from the second junction box ; and, a charge/discharge apparatus connected to the second junction box , thereby charging or discharging the battery to make the battery in a fully charged state, a fully discharged state, or a partial charged state.