mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner comprising: an outdoor unit ; and an indoor unit including an indoor heat exchanger and a decompression device, wherein the indoor heat exchanger has a first heat exchange portion and a second heat exchange portion , the decompression device is connected to the first heat exchange portion and the second heat exchange portion , wherein the air conditioner is configured to perform a cooling operation or a dehumidifying operation in which the first heat exchange portion (3 1a) and the second heat exchange portion function as evaporators and a reheat dehumidifying operation in which the first heat exchange portion functions as a condenser and the second heat exchange portion functions as the evaporator are performed, and characterized in that the second heat exchange portion is treated to be water repelling and the first heat exchange portion is treated to be hydrophilic. an outdoor unit ; and an indoor unit including an indoor heat exchanger and a decompression device, wherein the indoor heat exchanger has a first heat exchange portion and a second heat exchange portion , the decompression device is connected to the first heat exchange portion and the second heat exchange portion , wherein the air conditioner is configured to perform a cooling operation or a dehumidifying operation in which the first heat exchange portion (3 1a) and the second heat exchange portion function as evaporators and a reheat dehumidifying operation in which the first heat exchange portion functions as a condenser and the second heat exchange portion functions as the evaporator are performed, and characterized in that the second heat exchange portion is treated to be water repelling and the first heat exchange portion is treated to be hydrophilic.
A method of generating a three-dimensional model of an industrial plant, comprising: capturing, using an unmanned aerial vehicle , a number of visual images of an industrial plant ; and capturing, using the unmanned aerial vehicle , a number of infrared images of the industrial plant ; wherein the number of visual images and the number of infrared images include a number of lateral images of objects of the industrial plant captured by the unmanned aerial vehicle while travelling along the sides of the objects; storing an initial position of the unmanned aerial vehicle , wherein the initial position is a position of the unmanned aerial vehicle at the beginning of a pre-programmed route ; determining a relative position of the unmanned aerial vehicle , while travelling along the pre-programmed route , with respect to the initial position; determining, by a number of pressure and ultrasound sensors, heights of the objects of the industrial plant ; and forming a three-dimensional model of the industrial plant based on the heights of the plurality of the objects of the industrial plant and based on the relative position of the single unmanned aerial vehicle while the single unmanned aerial vehicle is travelling along the pre-programmed route by combining the number of visual images and the number of infrared images. capturing, using an unmanned aerial vehicle , a number of visual images of an industrial plant ; and capturing, using the unmanned aerial vehicle , a number of infrared images of the industrial plant ; wherein the number of visual images and the number of infrared images include a number of lateral images of objects of the industrial plant captured by the unmanned aerial vehicle while travelling along the sides of the objects; storing an initial position of the unmanned aerial vehicle , wherein the initial position is a position of the unmanned aerial vehicle at the beginning of a pre-programmed route ; determining a relative position of the unmanned aerial vehicle , while travelling along the pre-programmed route , with respect to the initial position; determining, by a number of pressure and ultrasound sensors, heights of the objects of the industrial plant ; and forming a three-dimensional model of the industrial plant based on the heights of the plurality of the objects of the industrial plant and based on the relative position of the single unmanned aerial vehicle while the single unmanned aerial vehicle is travelling along the pre-programmed route by combining the number of visual images and the number of infrared images.
An onboard device comprising: a speaker ; a microphone; a housing that forms a cavity inside, the housing internally including the speaker such that a sound emission surface of the speaker faces a direction substantially orthogonal to a front surface, the housing having a first opening formed in the front surface; a first microphone case provided on the front surface of the housing , the microphone being housed inside the first microphone case , the first microphone case having a sound pickup hole in a front surface of the first microphone case ; and a sound guide member comprising a second microphone case , a second outer plate , and a second microphone case cover and being juxtaposed with the first microphone case on the front surface of the housing , the sound guide member having a sound guide hole that passes through the sound guide member , wherein the first opening is provided in a vicinity of a top surface or a bottom surface of the housing ; the first opening has a height smaller than a height of the housing , as viewed from the front surface, a position and a size of a second opening on the first opening side of the sound guide hole substantially matches a position and a size of the first opening , a third opening on a front side of the sound guide hole is provided to be biased to a side far from the first microphone case , the third opening has a height higher than a height of the first opening , and at least a part of an inner wall of the sound guide hole is configured by combining a plurality of inclined surfaces having different directions. a speaker ; a microphone; a housing that forms a cavity inside, the housing internally including the speaker such that a sound emission surface of the speaker faces a direction substantially orthogonal to a front surface, the housing having a first opening formed in the front surface; a first microphone case provided on the front surface of the housing , the microphone being housed inside the first microphone case , the first microphone case having a sound pickup hole in a front surface of the first microphone case ; and a sound guide member comprising a second microphone case , a second outer plate , and a second microphone case cover and being juxtaposed with the first microphone case on the front surface of the housing , the sound guide member having a sound guide hole that passes through the sound guide member , wherein the first opening is provided in a vicinity of a top surface or a bottom surface of the housing ; the first opening has a height smaller than a height of the housing , as viewed from the front surface, a position and a size of a second opening on the first opening side of the sound guide hole substantially matches a position and a size of the first opening , a third opening on a front side of the sound guide hole is provided to be biased to a side far from the first microphone case , the third opening has a height higher than a height of the first opening , and at least a part of an inner wall of the sound guide hole is configured by combining a plurality of inclined surfaces having different directions.
Cooking system, in particular induction cooking system, comprising at least one hob with at least one extractor fan unit which, in at least one operating state, at least partially sucks developing vapours out from at least one cooking zone , with a set-down plate , with at least one carrier unit , which has at least one electronics receiving area which is provided to at least partially receive at least one electronics unit , wherein the carrier unit has at least one fan receiving area , which is provided to at least partially receive at least one element of the extractor fan unit , wherein the carrier unit has at least one carrier plate , which separates the electronics receiving area and the fan receiving area from one another, and wherein the electronics receiving area and the fan receiving area are arranged on opposing sides of the carrier plate with respect to a main extension plane of the carrier plate , and wherein the carrier unit is embodied in one piece, wherein the carrier unit is moulded in one piece, characterised by an external housing unit , which is embodied as a hob external housing unit and together with the set-down plate at least substantially defines a hob external housing, wherein the external housing unit partially defines a receiving space embodied as a cavity for mounting at least one hob component and has a housing base , which has a distance of at most 500 mm from the set-down plate , wherein in at least one operating state the carrier unit is arranged completely within the external housing unit , wherein the carrier plate divides a hob interior, which is completely defined by the set-down plate and the external housing unit , into two subspaces .
An aroma diffusing device comprising: a perfume holding part in which a perfume is held; an air blowing source configured to supply air to the perfume holding part ; an aroma discharge part through which the air having passed through the perfume holding part is discharged; an operation input part on which an operation input for the air blowing source is performed by a user; and an air blowing source control part configured to control a supply state of the air on a basis of an operation input on the operation input part , wherein the air blowing source control part is configured to control a supply time of the air, characterized in that the air blowing source control part is configured to: start supply of the air when the operation input is started; in a case where an elapsed time since the operation input is started is less than or equal to a first threshold value, stop supply of the air when the operation input is released; and stop supply of the air when the elapsed time since the operation input is started exceeds the first threshold value. a perfume holding part in which a perfume is held; an air blowing source configured to supply air to the perfume holding part ; an aroma discharge part through which the air having passed through the perfume holding part is discharged; an operation input part on which an operation input for the air blowing source is performed by a user; and an air blowing source control part configured to control a supply state of the air on a basis of an operation input on the operation input part , wherein the air blowing source control part is configured to control a supply time of the air, characterized in that the air blowing source control part is configured to: start supply of the air when the operation input is started; in a case where an elapsed time since the operation input is started is less than or equal to a first threshold value, stop supply of the air when the operation input is released; and stop supply of the air when the elapsed time since the operation input is started exceeds the first threshold value. start supply of the air when the operation input is started; in a case where an elapsed time since the operation input is started is less than or equal to a first threshold value, stop supply of the air when the operation input is released; and stop supply of the air when the elapsed time since the operation input is started exceeds the first threshold value.
A method for use in a management entity of a communication network, the management entity having an interface to at least one cognitive function module, the method comprising: obtaining, at the management entity, information about a trust level of the at least one cognitive function module, determining whether the trust level of the at least one cognitive function module fulfills a predetermined trust level, and if it is determined that the predetermined trust level is fulfilled, allowing an the- action of the at least one cognitive function module to be executed on the communication network under specific conditions. obtaining, at the management entity, information about a trust level of the at least one cognitive function module, determining whether the trust level of the at least one cognitive function module fulfills a predetermined trust level, and if it is determined that the predetermined trust level is fulfilled, allowing an the- action of the at least one cognitive function module to be executed on the communication network under specific conditions.
A processing device , comprising: a processing unit configured to - perform an authentication process (S114-S120) of authenticating a communication target device through communication of a first communication range (R1-1), and characterised in that the processing unit is configured to - disconnect (S222) the communication of a first communication range (R1-2) between the communication target device and the processing device when disconnection information, which corresponds to the communication target device and is used for disconnecting the communication of the first communication range (R1-2) which is being performed, is acquired (S216) from an external device , wherein the disconnection information is based on data including a determination result indicating that the communication target device is located within the second communication range (R2-1) of another processing device . a processing unit configured to - perform an authentication process (S114-S120) of authenticating a communication target device through communication of a first communication range (R1-1), and - perform an authentication process (S114-S120) of authenticating a communication target device through communication of a first communication range (R1-1), and characterised in that the processing unit is configured to - disconnect (S222) the communication of a first communication range (R1-2) between the communication target device and the processing device when disconnection information, which corresponds to the communication target device and is used for disconnecting the communication of the first communication range (R1-2) which is being performed, is acquired (S216) from an external device , wherein the disconnection information is based on data including a determination result indicating that the communication target device is located within the second communication range (R2-1) of another processing device . - disconnect (S222) the communication of a first communication range (R1-2) between the communication target device and the processing device when disconnection information, which corresponds to the communication target device and is used for disconnecting the communication of the first communication range (R1-2) which is being performed, is acquired (S216) from an external device , wherein the disconnection information is based on data including a determination result indicating that the communication target device is located within the second communication range (R2-1) of another processing device .
A ventilation construction for a wall opening of a functional building, comprising - at least one horizontally aligned shaft , - a plurality of cover elements , which are arranged in a non-rotatable manner on the at least one horizontally aligned shaft , - at least one bearing for the rotatable attachment of the at least one shaft to the functional building; characterised in - that the at least one shaft has a reduced cross-sectional area at least in sections, and - that the at least one bearing is arranged within the partial section of the shaft which has the reduced cross-sectional area. - at least one horizontally aligned shaft , - a plurality of cover elements , which are arranged in a non-rotatable manner on the at least one horizontally aligned shaft , - at least one bearing for the rotatable attachment of the at least one shaft to the functional building; - that the at least one shaft has a reduced cross-sectional area at least in sections, and - that the at least one bearing is arranged within the partial section of the shaft which has the reduced cross-sectional area.
An inverter arrangement comprising at least two grid-connected inverters for feeding current via a transformer into an electric power grid , which are coupled inductively to one another on the AC side, characterized in that the inverters each comprise - an output bridge arrangement that is actuated via a pulse width modulator , wherein a periodic auxiliary signal is used to determine switching times of the output bridge arrangement, - a synchronization unit for phase synchronization of the auxiliary signal with the electric power grid , wherein the synchronization unit is designed to set a predetermined phase offset (ΔΦ 0 ) of the periodic auxiliary signal with respect to a phase of the electric power grid , such that no compensation currents flow between the inductively coupled inverters , - wherein the synchronization unit comprises a PLL circuit. - an output bridge arrangement that is actuated via a pulse width modulator , wherein a periodic auxiliary signal is used to determine switching times of the output bridge arrangement, - a synchronization unit for phase synchronization of the auxiliary signal with the electric power grid , wherein the synchronization unit is designed to set a predetermined phase offset (ΔΦ 0 ) of the periodic auxiliary signal with respect to a phase of the electric power grid , such that no compensation currents flow between the inductively coupled inverters , - wherein the synchronization unit comprises a PLL circuit.
Method for establishing a temporally subsequent voice connection of a user of a call centre facility to the call centre facility after a temporally preceding voice connection of the user to the call centre facility has been established and has ended, wherein the temporally subsequent voice connection relates to the temporally preceding voice connection , wherein the method comprises the following steps: - in a first step, the temporally preceding voice connection between the user and the call centre facility is established, - in a second step following the first step, the temporally preceding voice connection is ended, - in a third step following the second step, a text-oriented message is transmitted to the user , wherein the text-oriented message indicates the possibility of establishing the temporally subsequent voice connection which relates to the temporally preceding voice connection , - in a fourth step following the third step, the temporally subsequent voice connection is established, - in a fifth step following the third step and preceding the fourth step, the establishment of the temporally subsequent voice connection is initiated or at least requested, wherein in the fifth step, a voice connection of the user to the call centre facility is set up and ended and, in the following fourth step, the temporally subsequent voice connection is established by a call-back from the call centre facility to the user , wherein in the fifth step a time specification from the user for establishing the temporally subsequent voice connection is transmitted to the call centre facility , wherein the time specification comprises information that the user is available in one or more future time windows for the establishment of the temporally subsequent voice connection . - in a first step, the temporally preceding voice connection between the user and the call centre facility is established, - in a second step following the first step, the temporally preceding voice connection is ended, - in a third step following the second step, a text-oriented message is transmitted to the user , wherein the text-oriented message indicates the possibility of establishing the temporally subsequent voice connection which relates to the temporally preceding voice connection , - in a fourth step following the third step, the temporally subsequent voice connection is established, - in a fifth step following the third step and preceding the fourth step, the establishment of the temporally subsequent voice connection is initiated or at least requested, wherein in the fifth step, a voice connection of the user to the call centre facility is set up and ended and, in the following fourth step, the temporally subsequent voice connection is established by a call-back from the call centre facility to the user , wherein in the fifth step a time specification from the user for establishing the temporally subsequent voice connection is transmitted to the call centre facility , wherein the time specification comprises information that the user is available in one or more future time windows for the establishment of the temporally subsequent voice connection .
An information processing device used to produce an article using an autonomous moving body and configured to control the that moving body to autonomously travel based on an operation command, the information processing device comprising: a control unit configured to perform functions including: receiving a request for production of an article from a user, specifying a maker of the article that corresponds to the received request, specifying an item to be used to produce the article that corresponds to the received request, obtaining information on a location of the specified maker and information on a location of the specified item, and generating an operation command for the moving body to cause the moving body to travel through the location of the maker and the location of the item based on the obtained information on the location of the maker and the obtained information on the location of the item; wherein the control unit is configured to perform functions including specifying parts that constitute the article as the item to be used to produce the article; wherein the moving body is a vehicle; characterised in that the maker of the article is a person or machine that rides in the moving body and moves with the moving body and in that the information processing device is configured such that the article is produced while the vehicle is travelling to a next waypoint. receiving a request for production of an article from a user, specifying a maker of the article that corresponds to the received request, specifying an item to be used to produce the article that corresponds to the received request, obtaining information on a location of the specified maker and information on a location of the specified item, and generating an operation command for the moving body to cause the moving body to travel through the location of the maker and the location of the item based on the obtained information on the location of the maker and the obtained information on the location of the item; wherein the control unit is configured to perform functions including specifying parts that constitute the article as the item to be used to produce the article; wherein the moving body is a vehicle; characterised in that the maker of the article is a person or machine that rides in the moving body and moves with the moving body and in that the information processing device is configured such that the article is produced while the vehicle is travelling to a next waypoint.