mhurhangee/patent-ind-claim-en huggingface dataset:
A hall call registration apparatus of an elevator, comprising: a first personal authentication device configured to authenticate a user of an elevator; a hall call registration apparatus main body configured to perform destination floor call registration of an elevator on the basis of verification information including personal ID unique to the user who was verified by the first personal authentication device; characterized by : a destination floor changing device provided in a hall of the elevator and configured to accept an operation for the user to perform at least one of a change and a cancel of the destination floor call registration; and a second personal authentication device provided in the destination floor changing device and configured to authenticate the user, wherein in the case where a personal ID verified by the second personal authentication device is the same as a personal ID verified by the first personal authentication device, the hall call registration apparatus main body is configured to judge that the operation is performed by the user who is authenticated in the first personal authentication device and performs a change and/or a cancel of a destination floor of the destination floor call registration. a first personal authentication device configured to authenticate a user of an elevator; a hall call registration apparatus main body configured to perform destination floor call registration of an elevator on the basis of verification information including personal ID unique to the user who was verified by the first personal authentication device; characterized by : a destination floor changing device provided in a hall of the elevator and configured to accept an operation for the user to perform at least one of a change and a cancel of the destination floor call registration; and a second personal authentication device provided in the destination floor changing device and configured to authenticate the user, a destination floor changing device provided in a hall of the elevator and configured to accept an operation for the user to perform at least one of a change and a cancel of the destination floor call registration; and a second personal authentication device provided in the destination floor changing device and configured to authenticate the user, wherein in the case where a personal ID verified by the second personal authentication device is the same as a personal ID verified by the first personal authentication device, the hall call registration apparatus main body is configured to judge that the operation is performed by the user who is authenticated in the first personal authentication device and performs a change and/or a cancel of a destination floor of the destination floor call registration.
A status notification method, comprising: determining (S101) a lock status of a logical lane in a first optical module , wherein the first optical module belongs to a first network device , and the lock status comprises a locked state or an unlocked state; sending (S102) uplink notification information when the lock status indicates that the logical lane in the first optical module is locked, wherein the uplink notification information is used to enable a second optical module to determine that the logical lane in the first optical module is locked, the second optical module belongs to a second network device , and the first optical module is connected to the second optical module ; and obtaining (S103) downlink notification information, wherein the downlink notification information is used to enable the first optical module to determine that a logical lane in the second optical module is locked; wherein after the logical lane in the first optical module is locked and the logical lane in the second optical module is locked, the method further comprises: encrypting, by the first optical module , data sent to the second optical module ; or decrypting, by the first optical module , data received from the second optical module . determining (S101) a lock status of a logical lane in a first optical module , wherein the first optical module belongs to a first network device , and the lock status comprises a locked state or an unlocked state; sending (S102) uplink notification information when the lock status indicates that the logical lane in the first optical module is locked, wherein the uplink notification information is used to enable a second optical module to determine that the logical lane in the first optical module is locked, the second optical module belongs to a second network device , and the first optical module is connected to the second optical module ; and obtaining (S103) downlink notification information, wherein the downlink notification information is used to enable the first optical module to determine that a logical lane in the second optical module is locked; wherein after the logical lane in the first optical module is locked and the logical lane in the second optical module is locked, the method further comprises: encrypting, by the first optical module , data sent to the second optical module ; or decrypting, by the first optical module , data received from the second optical module . encrypting, by the first optical module , data sent to the second optical module ; or decrypting, by the first optical module , data received from the second optical module .
Elevator roller for an elevator system , the elevator roller comprising a roller body made of a metal material and a shell which forms a running surface of the elevator roller , the shell and the roller body each having a diametrically opposed corrugated profile extending in the circumferential direction on a common contact surface , the shell having, on the running surface , a V-ribbed profile aligned with the corrugated profile of the roller body , which V-ribbed profile has a rib spacing which substantially corresponds to a corrugation spacing of the corrugated profile , characterized in that the shell is made of a POM material.
An interlocking block configured to be assembled with another interlocking block having the same shape and the same size, comprising; a base in the shape of a pillar extending in a predetermined direction, the base having a surface formed with a pair of cutouts in bilateral symmetry in the predetermined direction, forming an end part , a thin part , a body part , another thin part , and another end part in this order along the predetermined direction, wherein: the width and the thickness of the base are the same; characterized in that the width of the base is W, then the length of the surface in the predetermined direction is 6W, and the distance from an end surface of the base to one of the pair of cutouts in the predetermined direction is W, and the length of each of the cutouts in the predetermined direction is W, and the depth of each of the cutouts is W/2, and the length of the body part in the predetermined direction is 2W. the width and the thickness of the base are the same; characterized in that the width of the base is W, then the length of the surface in the predetermined direction is 6W, and the distance from an end surface of the base to one of the pair of cutouts in the predetermined direction is W, and the length of each of the cutouts in the predetermined direction is W, and the depth of each of the cutouts is W/2, and the length of the body part in the predetermined direction is 2W.
An apparatus for cleaning a surface , in particular at solar collectors or photovoltaic installations, having at least one cleaning head which has at least one cleaning member , in particular a brush which can be set into rotation, and having a movement device for moving the cleaning head over at least a part of the surface to be cleaned, wherein the movement device has a first movement unit movable in a first movement direction (R1) and a second movement unit , wherein the cleaning head is movable transversely or obliquely to the first movement direction (R1) by means of the second movement unit along a guide means which is connected to the first movement unit , and wherein a control means is provided which is arranged at the first and/or second movement unit (16 or 22) and by which the first movement unit is automatically movable in dependence on a position of the second movement unit , characterized in that the control means has a proximity switch or a corresponding sensor which is configured to effect a drive of the first movement unit on an approach of the movement units , or in that the control means has a contact switch or a corresponding sensor which is configured to effect a drive of the first movement unit on a contact of the movement units . wherein the movement device has a first movement unit movable in a first movement direction (R1) and a second movement unit , wherein the cleaning head is movable transversely or obliquely to the first movement direction (R1) by means of the second movement unit along a guide means which is connected to the first movement unit , and wherein a control means is provided which is arranged at the first and/or second movement unit (16 or 22) and by which the first movement unit is automatically movable in dependence on a position of the second movement unit , characterized in that the control means has a proximity switch or a corresponding sensor which is configured to effect a drive of the first movement unit on an approach of the movement units , or in that the control means has a contact switch or a corresponding sensor which is configured to effect a drive of the first movement unit on a contact of the movement units .
A catalytic arrangement for an electrolyzer system or a fuel cell system, comprising a catalyst support unit and a catalyst layer , wherein the catalyst layer has a carbon matrix with a metal, non-metal and/or semi-metal doping , characterised in that the doping has one or more further metals, and in that the doping has aluminium (Al) and/or tin (Sn) as one or more further metals.
A power steering device intended to be installed on a receiving structure belonging to a vehicle, such as a cradle carrying a running gear of said vehicle, said device comprising a steering rack , as well as at least one subassembly, called « actuator subassembly » , which is intended to maneuver said rack and which comprises to this end at least one assist motor , a drive member , such as a drive pinion, arranged to be driven by the assist motor and to engage the rack in order to be able to drive the latter in displacement, as well as a carrier structure which carries the assist motor and which is arranged to support and guide the drive member and the rack relative to each other, said power steering device being characterized in that it also comprises a containment shell , which is distinct from the actuator subassembly , and which is formed by the combination of at least one first shell portion, called « base » , and of a second shell portion, called « bell-housing » , which are attached and fastened to each other by a sealed junction so as to surround the actuator subassembly with a protective envelope which isolates said actuator subassembly from the external environment of the steering device , so that said containment shell prevents said actuator subassembly from being exposed to water projections and to salt spray, when the power steering device is in place on the receiving structure of the vehicle.
A composite pressure vessel comprising, (a) A body comprising an inner liner which comprises a cylindrical portion extending along a longitudinal axis, X1, and which is made of a thermoplastic polymer material, and (b) An outer thermoset reinforcing structure wrapped around the body and made of a continuous fibre reinforced thermoset matrix composite, comprising reinforcing fibres and a thermoset matrix , Characterized in that, the body further comprises a thermoplastic reinforcement layer made of a continuous fibre reinforced thermoplastic composite, comprising reinforcing fibres and a thermoplastic matrix , which is adhered to the cylindrical portion of the inner liner . (a) A body comprising an inner liner which comprises a cylindrical portion extending along a longitudinal axis, X1, and which is made of a thermoplastic polymer material, and (b) An outer thermoset reinforcing structure wrapped around the body and made of a continuous fibre reinforced thermoset matrix composite, comprising reinforcing fibres and a thermoset matrix ,
A shutter, the shutter comprises: a shutter base provided with an exposure opening ; a shutter mechanism including a blade assembly and a synchronizer ring for driving the blade assembly , the synchronizer ring being movable between a first position and a second position, and the exposure opening being open when the synchronizer ring is in the first position and closed when the synchronizer ring is in the second position; and a braking member for decelerating the shutter mechanism, wherein the braking member includes a braking ring , the braking ring being configured to decelerate the shutter mechanism by limiting a position of the synchronizer ring , characterized in that the braking ring is provided with a plurality of limiting slots along the circumferential direction thereof, and wherein the plurality of limiting slots are distributed in the braking ring at equal intervals. a shutter base provided with an exposure opening ; a shutter mechanism including a blade assembly and a synchronizer ring for driving the blade assembly , the synchronizer ring being movable between a first position and a second position, and the exposure opening being open when the synchronizer ring is in the first position and closed when the synchronizer ring is in the second position; and a braking member for decelerating the shutter mechanism, wherein the braking member includes a braking ring , the braking ring being configured to decelerate the shutter mechanism by limiting a position of the synchronizer ring , characterized in that the braking ring is provided with a plurality of limiting slots along the circumferential direction thereof, and wherein the plurality of limiting slots are distributed in the braking ring at equal intervals.
Process for obtaining optically active pirlindole enantiomers, in the form of a free base or in the form of a pharmaceutically acceptable salt characterized by carrying out a resolution by crystallization with optically active acids of (rac)-pirlindole in the free base form, wherein such process comprises the isolation of (rac)-pirlindole in the free base form, dissolving it in an organic solvent selected from the group consisting of: methanol, ethanol, propanol, 1-butanol, 2-butanol, tert-butyl alcohol, 2-butanone, acetone, ethyl methyl ketone, methyl isobutyl ketone, dimethylsulfoxide, 1,2-dichloroethane, diethyl ether, dimethyl ether, dimethylformamide, methyl tert-butyl ether, 2-propanol, pyridine, toluene, xylene or mixtures thereof in any proportion, adding the optically active acid and stirring the suspension from 15 minutes to 2 hours as well as using an organic solvent selected from the same group in the purification.
A point-of-sale (POS) device comprising: a processor ; a network interface coupled to the processor that allows the POS device to communicate with a payment processing system over a network; and a memory storing a payment application that, when executed by the processor, causes the POS device to perform operations that include: receiving, by a secure input handler of the payment application executing in the POS device, a set of coordinates associated with a touch event from a driver module of a touchscreen of the POS device, wherein the touch event is performed on a user interface presented on the touchscreen; in response to the touch event, directing a function call indicative of the touch event to a secure user interface (UI) element of the payment application and not to a user input handler associated with an operating system of the POS device; and identifying, by the secure UI element of the payment application, an intended input represented by the touch event based on the set of coordinates, the set of coordinates directed to the payment application by the function call. a processor ; a network interface coupled to the processor that allows the POS device to communicate with a payment processing system over a network; and a memory storing a payment application that, when executed by the processor, causes the POS device to perform operations that include: receiving, by a secure input handler of the payment application executing in the POS device, a set of coordinates associated with a touch event from a driver module of a touchscreen of the POS device, wherein the touch event is performed on a user interface presented on the touchscreen; communicate with a payment processing system over a network; and a memory storing a payment application that, when executed by the processor, causes the POS device to perform operations that include: receiving, by a secure input handler of the payment application executing in the POS device, a set of coordinates associated with a touch event from a driver module of a touchscreen of the POS device, wherein the touch event is performed on a user interface presented on the touchscreen; in response to the touch event, directing a function call indicative of the touch event to a secure user interface (UI) element of the payment application and not to a user input handler associated with an operating system of the POS device; and identifying, by the secure UI element of the payment application, an intended input represented by the touch event based on the set of coordinates, the set of coordinates directed to the payment application by the function call.
A smoking article comprising a filter consisting of: a mouth end filter portion including a central filter plug having an outer surface and a peripheral region disposed about the outer surface of the central filter plug ; an exterior wrap disposed about the peripheral region of the mouth end filter portion ; and an upstream filter portion upstream of the mouth end filter portion , wherein the upstream filter portion is substantially the same diameter as the mouth end filter portion , and wherein the upstream filter portion contributes substantially more to filtering than the mouth end filter portion , and wherein the mouth end filter portion abuts the upstream filter portion , wherein the permeability of smoke through the peripheral region is five times or more greater than the permeability of smoke through the central filter plug ; and wherein the peripheral region comprises one or more channels through which smoke is configured to flow, wherein the one or more channels are formed from spacing between one or more strips disposed about the central filter plug , and wherein the one or more channels extend from the outer surface of the central filter plug to an inner surface of the exterior wrap . a mouth end filter portion including a central filter plug having an outer surface and a peripheral region disposed about the outer surface of the central filter plug ; an exterior wrap disposed about the peripheral region of the mouth end filter portion ; and an upstream filter portion upstream of the mouth end filter portion , wherein the upstream filter portion is substantially the same diameter as the mouth end filter portion , and wherein the upstream filter portion contributes substantially more to filtering than the mouth end filter portion , and wherein the mouth end filter portion abuts the upstream filter portion , wherein the permeability of smoke through the peripheral region is five times or more greater than the permeability of smoke through the central filter plug ; and wherein the peripheral region comprises one or more channels through which smoke is configured to flow, wherein the one or more channels are formed from spacing between one or more strips disposed about the central filter plug , and wherein the one or more channels extend from the outer surface of the central filter plug to an inner surface of the exterior wrap .
Device for regulating a flow of a fluid, in particular air, through a channel , wherein a cross-section of the channel can be varied by an element moving in the channel by means of an adjusting device on a clamping plate , the element moving in the channel being assigned a bracket which is connected at one end to the element moving in the channel and at the other end via a force accumulator to an articulation element on the clamping plate , the bracket being supported between the two connections, characterized in that the articulation element is a bolt which projects from the clamping plate , and the articulation element is arranged on the clamping plate such that its position can be changed.
A lithium cobalt-based positive electrode active material comprising sodium and calcium, wherein the total amount of the sodium and calcium is 150 ppm to 500 ppm based on the total weight of the lithium cobalt-based positive electrode active material, and wherein the sodium and calcium are included in lithium sites. wherein the total amount of the sodium and calcium is 150 ppm to 500 ppm based on the total weight of the lithium cobalt-based positive electrode active material, and wherein the sodium and calcium are included in lithium sites.
Control input protective circuit for an electrical component , which has a control input , which is designed to receive an electrical drive signal (AS), wherein the control input is connected to a reference potential via an electrical resistor (R), which is designed as a pull-down resistor, wherein an electrically controllable switch (S) is connected in series with the electrical resistor (R) in the signal path between the control input and the reference potential , wherein the switch (S) can be controlled by a controller , wherein the controller is designed to compare a voltage value of the drive signal (AS) with a predetermined limit value and to generate a control signal for opening the switch (S) when the voltage value exceeds the limit value, wherein the reference potential is determined by a circuit earth of the electrical component, and wherein the switch is connected directly to the reference potential in the signal path between the control input and the reference potential, characterized in that the electrical component has at least two control inputs (11, 112, ..., 11n), in that the control inputs are each connected to the reference potential via an electrical resistor (R1, R2, ..., Rn) and via the common electrical switch (S) connected in series with the resistors, in that the controller is designed to compare the voltage values of the drive signals (AS1, AS2, ..., ASn) applied to the control inputs (11, 112, ..., 11n) with a predetermined individual limit value and to generate a control signal for opening the switch (S) when the voltage value of at least one of the drive signals (AS1, AS2, ..., ASn) exceeds the limit value.