mhurhangee/patent-ind-claim-en huggingface dataset:
- A dishwasher comprising a tub ; a sump wherein the washing water is collected; a circulation pump that provides the delivery of the washing water onto the items to be washed; a heat pump system at the lower part of the tub that provides the heating of the washing water; a compressor , a condenser receptacle , a condenser , an evaporator and at least one evaporator fan that constitute the heat pump system ; a hot air duct that enables the hot and humid air in the washing environment in the tub to be directed onto the evaporator so as to increase the amount of condensation on the evaporator surface; and a condensation receptacle that is disposed under the evaporator and wherein the water condensing on the evaporator is collected; characterized in that the evaporator fan is arranged to blow ambient air onto the evaporator so as to further increase the amount of condensation on the evaporator surface, and the dishwasher further comprises a water supply line and a water supply pump that delivers the water in the condensation receptacle to be used in the washing process.
An electronic apparatus , comprising: a sensor ; and a communicator ; characterized by comprising a processor configured to: based on sensing an input device being attached to the electronic apparatus , identify an area where the input device is attached among a plurality of areas based on a resistance of the area, the plurality of areas to which the input device is attachable each comprising resistances that are different from each other, and identify a control function assigned to the area (100-1, 100-2, 100-3) to which the input device is attached; and based on receiving a signal corresponding to a predetermined physical operation from the input device through the communicator , perform a control operation corresponding to the received signal based on the identified control function. a sensor ; and a communicator ; characterized by comprising a processor configured to: based on sensing an input device being attached to the electronic apparatus , identify an area where the input device is attached among a plurality of areas based on a resistance of the area, the plurality of areas to which the input device is attachable each comprising resistances that are different from each other, and identify a control function assigned to the area (100-1, 100-2, 100-3) to which the input device is attached; and based on receiving a signal corresponding to a predetermined physical operation from the input device through the communicator , perform a control operation corresponding to the received signal based on the identified control function.
A lighting system controller for controlling at least one controllable luminaire within a lighting system, the lighting system controller comprising: - a task definer configured to define at least one task to be performed by users of the lighting system; characterized in that the lighting system controller further comprising - a status determiner configured to determine a status of the at least one task, to receive sensor data from at least one sensor , and to compare the received sensor data against definitions provided by the task definer, wherein the at least one sensor is physically separated from the lighting system controller and is arranged for determining a state of an object interacted with by a user; - a control signal generator for receiving, from a physical or software defined switch, a lighting system signal input indicative of a lighting effect desired by a user, and to generate at least one lighting system signal indicative of the lighting effect desired by the user, based on the received lighting system signal input; and - a control signal controller configured to output the at least one lighting system signal to enable the at least one controllable luminaire to produce the lighting effect desired by the user when the status determiner determines that the at least one task has been completed, and to output the at least one lighting system signal to enable the at least one controllable luminaire to produce a warning light effect when the task status determiner determines that the at least one task has not been completed. - a task definer configured to define at least one task to be performed by users of the lighting system; characterized in that the lighting system controller further comprising - a status determiner configured to determine a status of the at least one task, to receive sensor data from at least one sensor , and to compare the received sensor data against definitions provided by the task definer, wherein the at least one sensor is physically separated from the lighting system controller and is arranged for determining a state of an object interacted with by a user; - a control signal generator for receiving, from a physical or software defined switch, a lighting system signal input indicative of a lighting effect desired by a user, and to generate at least one lighting system signal indicative of the lighting effect desired by the user, based on the received lighting system signal input; and - a control signal controller configured to output the at least one lighting system signal to enable the at least one controllable luminaire to produce the lighting effect desired by the user when the status determiner determines that the at least one task has been completed, and to output the at least one lighting system signal to enable the at least one controllable luminaire to produce a warning light effect when the task status determiner determines that the at least one task has not been completed.
A transmission method of Uplink Control Information, UCI, performed by a terminal, characterized in that , the method comprises: selecting (S210) one of a plurality of first UCIs as a target UCI, when there are a plurality of transmissions of the first UCIs, a plurality of Physical Uplink Control Channels, PUCCH, respectively carrying the first UCI do not overlap in time domain, and all of the plurality of PUCCHs carrying the first UCI overlap with a PUCCH carrying a second UCI in time domain; multiplexing (S220) the target UCI and the second UCI. selecting (S210) one of a plurality of first UCIs as a target UCI, when there are a plurality of transmissions of the first UCIs, a plurality of Physical Uplink Control Channels, PUCCH, respectively carrying the first UCI do not overlap in time domain, and all of the plurality of PUCCHs carrying the first UCI overlap with a PUCCH carrying a second UCI in time domain; multiplexing (S220) the target UCI and the second UCI.
A semiconductor device comprising: a semiconductor buffer structure comprising: a silicon substrate ; a nucleation layer on the silicon substrate; and a buffer layer on the nucleation layer, the buffer layer including: a first layer including a nitride semiconductor material having a uniform composition ratio; a second layer , including a same material as the nucleation layer, directly on the first layer; and a nitride semiconductor layer on the buffer layer ; and characterised in that the buffer layer further comprises a third layer , including a same material and a same composition ratio as the first layer, directly on the second layer; wherein the first layer comprises B x Al y In z Ga 1-x-y-z N (0≤x<1, 0<y<1, 0≤z<1, and 0≤x+y+z<1); and wherein the first layer and the third layer have smaller lattice constants than the nitride semiconductor layer . a silicon substrate ; a nucleation layer on the silicon substrate; and a buffer layer on the nucleation layer, the buffer layer including: a first layer including a nitride semiconductor material having a uniform composition ratio; a second layer , including a same material as the nucleation layer, directly on the first layer; and a first layer including a nitride semiconductor material having a uniform composition ratio; a second layer , including a same material as the nucleation layer, directly on the first layer; and a nitride semiconductor layer on the buffer layer ; and characterised in that the buffer layer further comprises a third layer , including a same material and a same composition ratio as the first layer, directly on the second layer; wherein the first layer comprises B x Al y In z Ga 1-x-y-z N (0≤x<1, 0<y<1, 0≤z<1, and 0≤x+y+z<1); and wherein the first layer and the third layer have smaller lattice constants than the nitride semiconductor layer .
A process for the manufacture of a double-walled cup for hot beverages in which a tube-shaped outer sleeve made of a paper material is axially slid onto a prefabricated inner cup and attached thereto, wherein the inner cup has in an area below a mouth roll or below a flange an abrupt change in size in the form of a shoulder , wherein between the mouth roll or the flange and the shoulder a supporting surface for the outer sleeve is located, wherein below the shoulder between the outer sleeve and an inner sleeve of the inner cup an essentially ring-shaped air space is located, along which space the outer sleeve and inner sleeve of the inner cup do not contact, wherein at the bottom end of the outer sleeve an inwardly oriented curled-in part is provided, with which the outer sleeve is supported on the inner cup , wherein a standing surface of the cup is formed by the inner cup , wherein, before being slid on, the tube-shaped outer sleeve is formed from a flat-laid blank by means of joining the ends of the blank , and wherein the ends of the blank are joined together by means of an adhesive applied onto the outer sleeve , wherein for joining the ends of the blank to the tube-shaped outer sleeve a thermoplastic material is used as an adhesive, wherein a hot-melt adhesive is used as a thermoplastic material, which hot-melt adhesive is applied to a defined area of the blank before joining of the ends of the blank to the tube-shaped outer sleeve , or that a sealing varnish is used as a thermoplastic material, which sealing varnish is applied to one of the ends of the flat blank in a procedural step preceding the forming of the outer sleeve , which sealing varnish hardens on the flat blank , and which sealing varnish is re-heated during the joining of the ends of the blank to a tube-shaped outer sleeve , thereby adhering the ends together.
Applicator tip for cosmetic product, the applicator tip comprising an attachment part suitable for being assembled to a support rod and an application part of said product extending along a main direction of longitudinal extension X, said main direction, between a proximal end and a distal end opposite the proximal end , the attachment part comprises a support finger external to the support rod , the application part being fixed to the support finger so as to envelop the major part of the support finger , the support finger and the application part being in discrete contact over a limited area in the vicinity of the distal end of the application part, the application part being configured to move from a rest position in which the support finger and the proximal end of the application part are free of contact to a use position in which the support finger and/or the application part bend so that the proximal end of the application part is at the point of entering, or comes into contact with, the support finger and/or the support rod , characterized in that the application part has an inner wall and an outer wall, said outer wall being merged with an applicator surface , said inner wall of the application part and the support finger forming a cavity in the form of a volume of revolution around the support finger , said cavity forming a reservoir.
An inductive charger rotatable dock for an electronic device , the dock comprising: a stator cap including a structural mount interface attached thereto for mounting the dock to a structure; a rotor frame with a circular bearing defined by a central opening , and a pair of opposed magnet support arms extending radially from the circular bearing ; a stator base to which the rotor frame is rotatably engaged within the circular bearing thereof, the stator base being coupled to the stator cap through the central opening of the rotor frame ; an inductive charging coil mounted to the stator base for electromagnetic coupling with an inductive charging receiver of the electronic device ; and one or more permanent magnets mounted to each of the pair of opposed magnet support arms for interacting with magnetic mount engagement points of the electronic device to mount the electronic device to the dock . a stator cap including a structural mount interface attached thereto for mounting the dock to a structure; a rotor frame with a circular bearing defined by a central opening , and a pair of opposed magnet support arms extending radially from the circular bearing ; a stator base to which the rotor frame is rotatably engaged within the circular bearing thereof, the stator base being coupled to the stator cap through the central opening of the rotor frame ; an inductive charging coil mounted to the stator base for electromagnetic coupling with an inductive charging receiver of the electronic device ; and one or more permanent magnets mounted to each of the pair of opposed magnet support arms for interacting with magnetic mount engagement points of the electronic device to mount the electronic device to the dock .
Sampling device for taking at least one sample of soft tissue from an organ, said device comprising a body and a needle formed by a stylet and a cannula coaxial with said stylet , said device comprising a mechanism for arming the needle , designed for sequentially moving the cannula and then the stylet from a rest position wherein the stylet and the cannula are extended towards the outside of the body , to a shooting position wherein the stylet and the cannula are retracted towards the rear of the body , and a triggering mechanism designed to release the stylet then the cannula and to allow their displacement from the shooting position to the rest position, the cannula being coupled kinematically to a cannula slider comprising at least one retaining element for retaining the cannula slider in a shooting position, the stylet being coupled kinematically to a stylet slider comprising at least one retaining element for retaining the stylet slider in a shooting position and means for unlocking the cannula slider , at least one element among said retaining element of the cannula slider and said retaining element of the stylet slider comprises at least a hook arranged for cooperating with a retaining device of said hook, the sampling device further comprises unlocking means of said hook arranged for releasing said retaining element from the corresponding retaining device and the sampling device further comprises at least one locking element (52, 52', 52", 52"') arranged for preventing said hook to be released from said corresponding retaining device when said locking element (52, 52', 52", 52'") is in a locking position and in order to allow said hook to be released from said corresponding retaining device when said locking element (52, 52', 52", 52'") is in a position allowing the shot, characterized in that the change from the locking element (52, 52', 52", 52"') being in the locking position to the locking element (52, 52', 52", 52'") being in the position allowing the shot is performed automatically.
Method for performing an analysis, identification and/or troubleshooting, preferably a remote maintenance, on a lifting platform of a heavy goods vehicle, wherein first a near-field connection , preferably a Bluetooth ® connection, is produced between at least one mobile communication means and a control unit of the lifting platform and identification data, verification data, operating parameters and/or error information data are interchanged between the communication means and the control unit, and these outbound data are transmitted to an electronic data processing network by the at least one mobile communication means via a far-field connection , and wherein the outbound data are taken as a basis for the data processing network to transmit inbound data directly back to the mobile communication means or for at least one network application to which the outbound data have previously been transmitted by the data processing network to transmit inbound data back to the mobile communication means , and wherein the interchange of the data between the lifting platform and the at least one mobile communication means is initialized by an operator or, in the event of a malfunction of the lifting platform, the data interchange between the lifting platform and the at least one mobile communication means is initialized automatically, and wherein pairing, i.e. the connection, between the lifting platform and the at least one mobile communication means is accomplished by entering a code into an operating unit of the lifting platform, the entered code being checked for validity by the operating unit of the lifting platform, and the operating unit using a protocol to activate the at least one mobile communication means if the validity check on the code is positive.
Electrostatic filter for cleaning a gas flow with an ionising unit and a separating unit , wherein during operation of the filter the gas flow flows along an inflow direction through the ionising unit , wherein for generating an electrical field, the ionising unit has an ionising element extending along a longitudinal axis and a counter electrode , in order to ionise particles present in the gas flow , wherein the longitudinal axis of the ionising element stands substantially orthogonally to the inflow direction , wherein the counter electrode has at least one electrode plate which extends substantially parallel to the inflow direction of the gas flow , wherein a voltage can be applied between the ionising element and the at least one electrode plate , such that an electrical field results, characterised in that the electrode plate , viewed in inflow direction has a front edge and a rear edge which are positioned in front of the ionising element viewed in inflow direction , wherein the separating unit has at least one deposition plate and at least one intermediate plate which extends substantially parallel to the deposition plate , wherein when a voltage is applied between the deposition plate and the intermediate plate an electrical field is generated between the deposition plate and the intermediate plate , wherein the deposition plate , viewed in inflow direction , has a front edge , the distance of which to the ionising element is equal to the spacing of the rear edge of the electrode plate of the counter electrode to the ionising element, wherein the rear edge of the electrode plate runs parallel to the longitudinal axis of the ionising element , and wherein the longitudinal axis of the ionising element , the electrode plate of the counter electrode and the deposition plate of the separating unit run parallel to one another.
A station association method, comprising: receiving, by a wake-up receiver of a station, STA, in a wake-up radio channel, a respective message sent by each one of a plurality of access points, APs; the wake-up receiver operating on low power and being additionally arranged to a main transceiver of the STA; wherein each of the respective messages carries a wake-up radio load information element, and the wake-up radio load information element comprises load information of the wake-up radio channel managed by the corresponding AP; wherein each of the respective messages further comprises maximum sleep time information of the corresponding AP; and the method further comprises: selecting, by the STA, based on the load information and the maximum sleep time information, a target AP from the plurality of APs, and performing association with the target AP for wake-up communication. receiving, by a wake-up receiver of a station, STA, in a wake-up radio channel, a respective message sent by each one of a plurality of access points, APs; the wake-up receiver operating on low power and being additionally arranged to a main transceiver of the STA; wherein each of the respective messages carries a wake-up radio load information element, and the wake-up radio load information element comprises load information of the wake-up radio channel managed by the corresponding AP; wherein each of the respective messages further comprises maximum sleep time information of the corresponding AP; and the method further comprises: selecting, by the STA, based on the load information and the maximum sleep time information, a target AP from the plurality of APs, and performing association with the target AP for wake-up communication.
A printhead die comprising: a plurality of actuators arranged in one or more rows extending in a length direction of the inkjet printhead die ; a plurality of discrete electrical connections in electrical communication with respective first electrodes of the plurality of actuators for providing drive signals to the respective first electrodes of the plurality of actuators ; a first electrical bus arranged in common electrical communication with second electrodes of a first group of the plurality of actuators via respective electrical traces for providing first signals to the second electrodes of the first group; and a second electrical bus arranged in common electrical communication with second electrodes of a second group of the plurality of actuators via respective electrical traces for providing second signals to the second electrodes of the second group; wherein a first row of the one or more rows comprises actuators of the first group and further comprises actuators of the second group. a plurality of actuators arranged in one or more rows extending in a length direction of the inkjet printhead die ; a plurality of discrete electrical connections in electrical communication with respective first electrodes of the plurality of actuators for providing drive signals to the respective first electrodes of the plurality of actuators ; a first electrical bus arranged in common electrical communication with second electrodes of a first group of the plurality of actuators via respective electrical traces for providing first signals to the second electrodes of the first group; and a second electrical bus arranged in common electrical communication with second electrodes of a second group of the plurality of actuators via respective electrical traces for providing second signals to the second electrodes of the second group; wherein a first row of the one or more rows comprises actuators of the first group and further comprises actuators of the second group.